diff --git a/seed/skills/ffmpeg/chat/messages.json b/seed/skills/ffmpeg/chat/messages.json new file mode 100644 index 00000000..57516bfb --- /dev/null +++ b/seed/skills/ffmpeg/chat/messages.json @@ -0,0 +1 @@ +[{"role":"user","text":"\ninput file: /home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md\nSKILL.md: /home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md\ndir: /home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg\n\nBe aware of any extra files alongside the same dir as the skill file we're handling, for possible extra context. You can also, if pertinent, create scripts or other files that will help you in the future.\n\n\nHelp me understand and improve this skill file"},{"role":"system","text":"\n\nYou have access to the following skills. When a user's request matches a skill, read its SKILL.md file for detailed instructions before proceeding.\n\nAvailable skills:\n- whisper.cpp: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md for full instructions)\n- ffmpeg: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md for full instructions)\n- fizzy-cli: Manage Fizzy boards, cards, columns, and comments from the command line. Use when the user wants to create, list, update, or organize cards and boards on Fizzy. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/fizzy-cli/SKILL.md for full instructions)\n- mlx.audio: Generate speech from text and transcribe audio using mlx-audio. Use when the user wants text-to-speech synthesis, speech-to-text transcription, voice cloning, audio separation, or speech-to-speech processing on Apple Silicon. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/mlxaudio/SKILL.md for full instructions)\n- sharp: Process images using the sharp Node.js library. Use when the user wants to resize, convert, crop, composite, transform, or optimize images programmatically. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/sharp/SKILL.md for full instructions)\n- mutagen: Read and write audio metadata using the mutagen Python library. Use when the user wants to read, edit, embed, or remove tags (title, artist, album, cover art, lyrics, etc.) in MP3, FLAC, MP4/M4A, OGG, and other audio files. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/mutagen/SKILL.md for full instructions)\n- Convert Audio To MP3: Convert audio files to MP3 320kbps using a shell script. Use when the user wants to convert an artist's audio files (FLAC, WAV, OGG, etc.) to MP3 format. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/convert-audio-to-mp3/SKILL.md for full instructions)\n- Isoflow: Generate isometric infrastructure and network diagrams as JSON. Use when the user wants to create architecture diagrams, network topologies, cloud infrastructure visuals, or any isometric diagram using Isoflow. (read /home/pastilhas/projects/officer.dev/data/skills/isoflow/SKILL.md for full instructions)"},{"role":"assistant","text":"\n\nLet me start by reading the skill file and checking for any extra files in the same directory."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md"},"toolUseId":"toolu_01QikwocC89WvAuEQb2v2Tyo","output":" 1→---\n 2→name: ffmpeg\n 3→description: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files.\n 4→---\n 5→\n 6→# FFmpeg\n 7→\n 8→CLI reference for FFmpeg v8.x — a complete, cross-platform solution for recording, converting, and streaming audio and video.\n 9→\n 10→Official docs: https://www.ffmpeg.org/documentation.html\n 11→\n 12→## Tools\n 13→\n 14→| Tool | Purpose |\n 15→|------|---------|\n 16→| `ffmpeg` | Transcode, convert, filter, mux/demux multimedia |\n 17→| `ffprobe` | Analyze and inspect multimedia streams |\n 18→| `ffplay` | Play multimedia files (interactive) |\n 19→\n 20→---\n 21→\n 22→## ffmpeg\n 23→\n 24→### Synopsis\n 25→\n 26→```\n 27→ffmpeg [global_options] {[input_options] -i input_url} ... {[output_options] output_url} ...\n 28→```\n 29→\n 30→Options before `-i` apply to the input; options before the output URL apply to the output.\n 31→\n 32→### Global Options\n 33→\n 34→| Flag | Description |\n 35→|------|-------------|\n 36→| `-y` | Overwrite output files without asking |\n 37→| `-n` | Do not overwrite; exit if output exists |\n 38→| `-hide_banner` | Suppress copyright/build info banner |\n 39→| `-loglevel level` | Set log level: `quiet`, `error`, `warning`, `info` (default), `verbose`, `debug` |\n 40→| `-stats` | Print encoding progress/statistics |\n 41→| `-progress url` | Send machine-readable progress to url |\n 42→| `-report` | Dump full command line and log to a file |\n 43→| `-filter_threads n` | Number of threads for filter processing |\n 44→\n 45→### Input/Output Options\n 46→\n 47→| Flag | Description |\n 48→|------|-------------|\n 49→| `-i url` | Input file URL |\n 50→| `-f fmt` | Force input or output format |\n 51→| `-c[:stream] codec` | Select encoder/decoder; use `copy` for stream copying |\n 52→| `-t duration` | Limit duration (as input: read limit; as output: write limit) |\n 53→| `-to position` | Stop at position (timestamp) |\n 54→| `-ss position` | Seek to position (before `-i`: fast input seek; after: output seek) |\n 55→| `-sseof position` | Seek relative to end of file |\n 56→| `-itsoffset offset` | Set input time offset |\n 57→| `-itsscale scale` | Rescale input timestamps |\n 58→| `-metadata key=value` | Set metadata key/value pair |\n 59→| `-disposition value` | Set stream disposition flags |\n 60→| `-target type` | Specify target type: `vcd`, `svcd`, `dvd`, `dv`, `dv50` |\n 61→| `-stream_loop n` | Loop input stream n times (-1 = infinite) |\n 62→| `-frames[:stream] n` | Stop after n frames |\n 63→| `-fs limit` | Set file size limit in bytes |\n 64→| `-timestamp date` | Set recording timestamp |\n 65→\n 66→### Video Options\n 67→\n 68→| Flag | Description |\n 69→|------|-------------|\n 70→| `-vn` | Disable video |\n 71→| `-vcodec codec` | Set video codec (alias for `-c:v`) |\n 72→| `-r fps` | Set frame rate |\n 73→| `-fpsmax fps` | Set maximum frame rate |\n 74→| `-s WxH` | Set frame size |\n 75→| `-aspect ratio` | Set display aspect ratio (e.g. `16:9`) |\n 76→| `-pix_fmt format` | Set pixel format |\n 77→| `-vf filtergraph` | Apply video filter graph (alias for `-filter:v`) |\n 78→| `-pass n` | Two-pass encoding pass (1 or 2) |\n 79→| `-passlogfile prefix` | Two-pass log file prefix |\n 80→| `-vframes n` | Set number of video frames to output |\n 81→| `-autorotate` | Auto-rotate based on metadata (default on) |\n 82→| `-display_rotation angle` | Set video rotation metadata |\n 83→| `-display_hflip` | Horizontal flip metadata |\n 84→| `-display_vflip` | Vertical flip metadata |\n 85→| `-force_key_frames expr` | Force keyframes at specified times/expression |\n 86→| `-copyinkf` | Copy non-key frames at the beginning during stream copy |\n 87→\n 88→### Audio Options\n 89→\n 90→| Flag | Description |\n 91→|------|-------------|\n 92→| `-an` | Disable audio |\n 93→| `-acodec codec` | Set audio codec (alias for `-c:a`) |\n 94→| `-ar freq` | Set audio sample rate (Hz) |\n 95→| `-ac channels` | Set number of audio channels |\n 96→| `-af filtergraph` | Apply audio filter graph (alias for `-filter:a`) |\n 97→| `-sample_fmt fmt` | Set audio sample format |\n 98→| `-channel_layout layout` | Set audio channel layout |\n 99→| `-aq q` | Set audio quality (codec-specific VBR) |\n 100→| `-aframes n` | Set number of audio frames to output |\n 101→\n 102→### Subtitle Options\n 103→\n 104→| Flag | Description |\n 105→|------|-------------|\n 106→| `-sn` | Disable subtitles |\n 107→| `-scodec codec` | Set subtitle codec (alias for `-c:s`) |\n 108→| `-fix_sub_duration` | Fix subtitle durations to avoid overlap |\n 109→\n 110→### Stream Selection\n 111→\n 112→| Flag | Description |\n 113→|------|-------------|\n 114→| `-map input:stream` | Manually select streams for output |\n 115→| `-dn` | Disable data streams |\n 116→\n 117→Stream specifiers: `v` (video), `V` (video, no images), `a` (audio), `s` (subtitle), `d` (data). Index with `:N` (e.g. `a:0` = first audio).\n 118→\n 119→### Hardware Acceleration\n 120→\n 121→| Flag | Description |\n 122→|------|-------------|\n 123→| `-hwaccel method` | HW accel method: `cuda`, `vaapi`, `qsv`, `vulkan`, `auto` |\n 124→| `-hwaccel_device device` | Select HW device |\n 125→| `-init_hw_device type=name` | Initialize HW device |\n 126→\n 127→---\n 128→\n 129→## ffprobe\n 130→\n 131→### Synopsis\n 132→\n 133→```\n 134→ffprobe [options] input_url\n 135→```\n 136→\n 137→### Main Options\n 138→\n 139→| Flag | Description |\n 140→|------|-------------|\n 141→| `-show_format` | Show container format info |\n 142→| `-show_streams` | Show per-stream info |\n 143→| `-show_packets` | Show per-packet info |\n 144→| `-show_frames` | Show per-frame info |\n 145→| `-show_chapters` | Show chapter info |\n 146→| `-show_programs` | Show program info |\n 147→| `-show_entries section=key1,key2` | Show only specific fields |\n 148→| `-show_error` | Show probe errors |\n 149→| `-select_streams specifier` | Filter to specific streams (e.g. `v:0`, `a`) |\n 150→| `-count_frames` | Count frames per stream |\n 151→| `-count_packets` | Count packets per stream |\n 152→| `-read_intervals intervals` | Analyze specific time ranges |\n 153→\n 154→### Output Formats\n 155→\n 156→Set with `-output_format` (or `-of`, `-print_format`):\n 157→\n 158→| Format | Description |\n 159→|--------|-------------|\n 160→| `default` | `[SECTION] key=value [/SECTION]` |\n 161→| `json` | JSON output (most useful for parsing) |\n 162→| `xml` | XML output |\n 163→| `csv` | Comma-separated values |\n 164→| `flat` | Flat `key=value` per line |\n 165→| `ini` | INI-style sections |\n 166→\n 167→### Display Options\n 168→\n 169→| Flag | Description |\n 170→|------|-------------|\n 171→| `-pretty` | Human-readable units and time formatting |\n 172→| `-unit` | Show value units |\n 173→| `-sexagesimal` | Format times as HH:MM:SS.us |\n 174→| `-hide_banner` | Suppress copyright/build info |\n 175→| `-o output_url` | Write output to file instead of stdout |\n 176→\n 177→---\n 178→\n 179→## Common Codecs\n 180→\n 181→### Video Encoders\n 182→\n 183→#### libx264 (H.264)\n 184→\n 185→| Option | Description |\n 186→|--------|-------------|\n 187→| `-preset` | Speed/quality: `ultrafast`, `superfast`, `veryfast`, `faster`, `fast`, `medium` (default), `slow`, `slower`, `veryslow` |\n 188→| `-crf` | Constant quality: 0 (lossless) to 51 (worst). 18-23 is typical |\n 189→| `-profile:v` | `baseline`, `main`, `high` |\n 190→| `-tune` | `film`, `animation`, `grain`, `stillimage`, `fastdecode`, `zerolatency` |\n 191→| `-b:v` | Target bitrate (e.g. `2M`) |\n 192→\n 193→#### libx265 (H.265/HEVC)\n 194→\n 195→| Option | Description |\n 196→|--------|-------------|\n 197→| `-preset` | Same presets as x264 |\n 198→| `-crf` | 0-51, default 28. Similar quality to x264 at lower bitrate |\n 199→| `-profile:v` | `main`, `main10`, `main12` |\n 200→| `-b:v` | Target bitrate |\n 201→\n 202→#### libvpx-vp9 (VP9)\n 203→\n 204→| Option | Description |\n 205→|--------|-------------|\n 206→| `-crf` | 0-63. 31 is a good default |\n 207→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 208→| `-cpu-used` | Speed: 0 (slowest/best) to 8 (fastest) |\n 209→| `-deadline` | `best`, `good` (default), `realtime` |\n 210→| `-row-mt 1` | Enable row-based multithreading |\n 211→\n 212→#### libsvtav1 (SVT-AV1)\n 213→\n 214→| Option | Description |\n 215→|--------|-------------|\n 216→| `-crf` | 0-63. 30 is a good default |\n 217→| `-preset` | 0 (slowest/best) to 13 (fastest). 8 is a good default |\n 218→| `-b:v` | Target bitrate |\n 219→\n 220→#### libaom-av1 (AOM AV1)\n 221→\n 222→| Option | Description |\n 223→|--------|-------------|\n 224→| `-crf` | 0-63 |\n 225→| `-cpu-used` | 0 (best) to 8 (fastest) |\n 226→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 227→| `-tiles` | Tile columns x rows for parallelism |\n 228→\n 229→### Audio Encoders\n 230→\n 231→#### aac (Native AAC)\n 232→\n 233→| Option | Description |\n 234→|--------|-------------|\n 235→| `-b:a` | Bitrate: `128k`, `192k`, `256k` |\n 236→| `-profile:a` | `aac_low` (default), `aac_he`, `aac_he_v2` |\n 237→\n 238→#### libmp3lame (MP3)\n 239→\n 240→| Option | Description |\n 241→|--------|-------------|\n 242→| `-b:a` | CBR bitrate: `128k`, `192k`, `320k` |\n 243→| `-q:a` | VBR quality: 0 (best) to 9 (worst). 2 is a good default |\n 244→\n 245→#### libopus (Opus)\n 246→\n 247→| Option | Description |\n 248→|--------|-------------|\n 249→| `-b:a` | Bitrate: `64k` to `256k`. 128k is a good default |\n 250→| `-vbr` | `on` (default), `off`, `constrained` |\n 251→| `-application` | `audio` (default), `voip`, `lowdelay` |\n 252→\n 253→#### libvorbis (Vorbis)\n 254→\n 255→| Option | Description |\n 256→|--------|-------------|\n 257→| `-q:a` | VBR quality: -1 to 10. 5 is a good default |\n 258→| `-b:a` | ABR bitrate |\n 259→\n 260→#### flac (FLAC)\n 261→\n 262→| Option | Description |\n 263→|--------|-------------|\n 264→| `-compression_level` | 0 (fast) to 12 (best). 5 is default |\n 265→\n 266→---\n 267→\n 268→## Common Container Formats\n 269→\n 270→| Format | Extensions | Notes |\n 271→|--------|-----------|-------|\n 272→| `mp4` | .mp4, .m4a, .m4v | Use `-movflags +faststart` for web streaming |\n 273→| `matroska` | .mkv | Supports virtually all codecs |\n 274→| `webm` | .webm | VP8/VP9/AV1 + Vorbis/Opus for web |\n 275→| `avi` | .avi | Legacy; limited codec support |\n 276→| `mpegts` | .ts | Broadcast transport stream |\n 277→| `ogg` | .ogg, .ogv | Vorbis/Opus/Theora container |\n 278→| `wav` | .wav | Uncompressed PCM audio |\n 279→| `flac` | .flac | Lossless audio |\n 280→| `mp3` | .mp3 | MPEG audio layer 3 |\n 281→| `hls` | .m3u8 | HTTP Live Streaming |\n 282→| `dash` | .mpd | DASH adaptive streaming |\n 283→| `gif` | .gif | Animated GIF |\n 284→| `image2` | various | Image sequence input/output |\n 285→| `concat` | text file | Concatenation demuxer (file list) |\n 286→| `null` | — | Discard output (benchmarking) |\n 287→\n 288→---\n 289→\n 290→## Common Video Filters (`-vf`)\n 291→\n 292→| Filter | Description | Example |\n 293→|--------|-------------|---------|\n 294→| `scale=W:H` | Resize video. Use `-1` or `-2` to auto-calculate | `scale=1280:720`, `scale=-2:480` |\n 295→| `crop=W:H:X:Y` | Crop to WxH starting at X,Y | `crop=640:480:100:50` |\n 296→| `pad=W:H:X:Y:color` | Pad video with borders | `pad=1920:1080:(ow-iw)/2:(oh-ih)/2:black` |\n 297→| `overlay=X:Y` | Composite second input over first | `overlay=10:10` |\n 298→| `transpose=N` | Rotate: 0=90ccw+vflip, 1=90cw, 2=90ccw, 3=90cw+vflip | `transpose=1` |\n 299→| `hflip` / `vflip` | Horizontal / vertical flip | `hflip` |\n 300→| `rotate=angle` | Rotate by arbitrary angle (radians) | `rotate=PI/4` |\n 301→| `fps=N` | Change frame rate | `fps=30` |\n 302→| `setpts=expr` | Modify presentation timestamps | `setpts=0.5*PTS` (2x speed) |\n 303→| `trim=start:end` | Extract time range | `trim=start=10:end=20` |\n 304→| `drawtext=opts` | Overlay text | `drawtext=text='Hello':fontsize=24:x=10:y=10` |\n 305→| `fade=t=type:st=S:d=D` | Fade in/out | `fade=t=in:st=0:d=2` |\n 306→| `eq=opts` | Adjust brightness/contrast/saturation | `eq=brightness=0.1:contrast=1.2` |\n 307→| `format=pix_fmt` | Convert pixel format | `format=yuv420p` |\n 308→| `concat=n:v:a` | Concatenate segments | `concat=n=2:v=1:a=1` |\n 309→| `split` / `select` | Duplicate / select frames | `select='eq(pict_type,I)'` |\n 310→| `deinterlace` / `yadif` | Remove interlacing | `yadif=1` |\n 311→| `boxblur=R` | Apply box blur | `boxblur=5:1` |\n 312→| `subtitles=file` | Burn in subtitles from file | `subtitles=subs.srt` |\n 313→| `palettegen` / `paletteuse` | Generate/apply palette for GIF | Used in two-pass GIF creation |\n 314→| `colorchannelmixer` | Mix color channels | `colorchannelmixer=.3:.4:.3:0:.3:.4:.3:0:.3:.4:.3` (grayscale) |\n 315→\n 316→## Common Audio Filters (`-af`)\n 317→\n 318→| Filter | Description | Example |\n 319→|--------|-------------|---------|\n 320→| `volume=V` | Adjust volume | `volume=1.5`, `volume=-3dB` |\n 321→| `loudnorm` | EBU R128 loudness normalization | `loudnorm=I=-16:TP=-1.5:LRA=11` |\n 322→| `atempo=T` | Change tempo (0.5-100.0) | `atempo=2.0` (2x speed) |\n 323→| `aresample=rate` | Resample audio | `aresample=44100` |\n 324→| `amerge` | Merge audio channels | `amerge=inputs=2` |\n 325→| `afade=t=type:st=S:d=D` | Audio fade in/out | `afade=t=in:st=0:d=3` |\n 326→| `highpass=f=freq` | High-pass filter | `highpass=f=200` |\n 327→| `lowpass=f=freq` | Low-pass filter | `lowpass=f=3000` |\n 328→| `equalizer=f:t:w:g` | Parametric EQ | `equalizer=f=1000:t=q:w=1:g=5` |\n 329→| `acompressor` | Dynamic range compression | `acompressor=threshold=-20dB:ratio=4` |\n 330→| `silenceremove` | Remove silence | `silenceremove=1:0:-50dB` |\n 331→| `silencedetect` | Detect silence | `silencedetect=n=-30dB:d=2` |\n 332→| `adelay=delays` | Delay audio channels | `adelay=1000\\|1000` (ms) |\n 333→| `aecho=id:ig:delays:decays` | Add echo effect | `aecho=0.8:0.88:60:0.4` |\n 334→| `pan=layout:gains` | Remix channels | `pan=mono\\|c0=0.5*c0+0.5*c1` |\n 335→\n 336→---\n 337→\n 338→## Common Recipes\n 339→\n 340→### Convert format\n 341→\n 342→```bash\n 343→ffmpeg -i input.mkv output.mp4\n 344→```\n 345→\n 346→### Transcode with CRF quality\n 347→\n 348→```bash\n 349→ffmpeg -i input.mp4 -c:v libx264 -crf 20 -c:a aac -b:a 192k output.mp4\n 350→```\n 351→\n 352→### Extract audio\n 353→\n 354→```bash\n 355→ffmpeg -i video.mp4 -vn -c:a copy audio.m4a\n 356→```\n 357→\n 358→### Extract video (no audio)\n 359→\n 360→```bash\n 361→ffmpeg -i input.mp4 -an -c:v copy output.mp4\n 362→```\n 363→\n 364→### Trim / cut\n 365→\n 366→```bash\n 367→ffmpeg -ss 00:01:30 -to 00:03:00 -i input.mp4 -c copy output.mp4\n 368→```\n 369→\n 370→### Resize video\n 371→\n 372→```bash\n 373→ffmpeg -i input.mp4 -vf \"scale=1280:720\" -c:a copy output.mp4\n 374→```\n 375→\n 376→### Compress video (lower quality)\n 377→\n 378→```bash\n 379→ffmpeg -i input.mp4 -c:v libx264 -crf 28 -preset fast -c:a aac -b:a 128k output.mp4\n 380→```\n 381→\n 382→### Two-pass encoding\n 383→\n 384→```bash\n 385→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 1 -f null /dev/null\n 386→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 2 output.mp4\n 387→```\n 388→\n 389→### Concatenate files (concat demuxer)\n 390→\n 391→```bash\n 392→# files.txt contains:\n 393→# file 'part1.mp4'\n 394→# file 'part2.mp4'\n 395→ffmpeg -f concat -safe 0 -i files.txt -c copy output.mp4\n 396→```\n 397→\n 398→### Add subtitles (burn-in)\n 399→\n 400→```bash\n 401→ffmpeg -i input.mp4 -vf \"subtitles=subs.srt\" output.mp4\n 402→```\n 403→\n 404→### Create GIF\n 405→\n 406→```bash\n 407→ffmpeg -i input.mp4 -vf \"fps=10,scale=320:-1:flags=lanczos,split[s0][s1];[s0]palettegen[p];[s1][p]paletteuse\" output.gif\n 408→```\n 409→\n 410→### Add watermark / overlay\n 411→\n 412→```bash\n 413→ffmpeg -i video.mp4 -i logo.png -filter_complex \"overlay=10:10\" output.mp4\n 414→```\n 415→\n 416→### Change speed (video + audio)\n 417→\n 418→```bash\n 419→ffmpeg -i input.mp4 -vf \"setpts=0.5*PTS\" -af \"atempo=2.0\" output.mp4\n 420→```\n 421→\n 422→### Extract frames as images\n 423→\n 424→```bash\n 425→ffmpeg -i input.mp4 -vf \"fps=1\" frame_%04d.png\n 426→```\n 427→\n 428→### Merge audio and video\n 429→\n 430→```bash\n 431→ffmpeg -i video.mp4 -i audio.m4a -c:v copy -c:a copy -shortest output.mp4\n 432→```\n 433→\n 434→### Normalize audio loudness\n 435→\n 436→```bash\n 437→ffmpeg -i input.mp4 -af \"loudnorm=I=-16:TP=-1.5:LRA=11\" -c:v copy output.mp4\n 438→```\n 439→\n 440→### Convert to web-optimized MP4\n 441→\n 442→```bash\n 443→ffmpeg -i input.mp4 -c:v libx264 -crf 23 -preset medium -c:a aac -b:a 128k -movflags +faststart output.mp4\n 444→```\n 445→\n 446→### Probe file info (JSON)\n 447→\n 448→```bash\n 449→ffprobe -v quiet -print_format json -show_format -show_streams input.mp4\n 450→```\n 451→\n 452→### Get duration only\n 453→\n 454→```bash\n 455→ffprobe -v quiet -show_entries format=duration -of default=noprint_wrappers=1:nokey=1 input.mp4\n 456→```\n 457→\n 458→### Get resolution only\n 459→\n 460→```bash\n 461→ffprobe -v quiet -select_streams v:0 -show_entries stream=width,height -of csv=s=x:p=0 input.mp4\n 462→```\n 463→\n 464→---\n 465→\n 466→## Source\n 467→\n 468→- Website: https://ffmpeg.org/\n 469→- Documentation: https://www.ffmpeg.org/documentation.html\n 470→- CLI reference: https://www.ffmpeg.org/ffmpeg.html\n 471→- Filters reference: https://www.ffmpeg.org/ffmpeg-filters.html\n 472→- Codecs reference: https://www.ffmpeg.org/ffmpeg-codecs.html\n 473→- Formats reference: https://www.ffmpeg.org/ffmpeg-formats.html\n 474→- Wiki: https://trac.ffmpeg.org/wiki\n 475→","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"ls -la /home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/","description":"List all files in ffmpeg skill directory"},"toolUseId":"toolu_01VEPXEBKB2crm7DKx6qGg41","output":"drwxr-xr-x - pastilhas 17 Feb 22:22 chat\n.rw-r--r-- 15k pastilhas 15 Feb 23:41 SKILL.md","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/TASKS.md"},"toolUseId":"toolu_01UjsGbyCwECxKD8Gc94EikD","output":" 1→# Tasks\n 2→\n 3→A task is a set of instructions to accomplish an atomic goal. Each task lives in its own directory under `tasks/` and is defined by a `TASK.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→tasks/\n 9→ /\n 10→ TASK.md\n 11→```\n 12→\n 13→## TASK.md Format\n 14→\n 15→A task file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown instructions).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: Task Name\n 22→description: A short description of what the task does.\n 23→version: 1\n 24→author: pastilhas\n 25→tags:\n 26→ - tag1\n 27→ - tag2\n 28→skills:\n 29→ - skill-name\n 30→trigger:\n 31→ - type: file\n 32→ extensions:\n 33→ - ext1\n 34→ - ext2\n 35→ - type: directory\n 36→inputs:\n 37→ - name: input_name\n 38→ description: What this input is.\n 39→ required: true\n 40→---\n 41→```\n 42→\n 43→#### Fields\n 44→\n 45→| Field | Type | Required | Description |\n 46→|-------|------|----------|-------------|\n 47→| `name` | string | yes | Human-readable name of the task. |\n 48→| `description` | string | yes | Short description of what the task does. |\n 49→| `version` | integer | no | Version number of the task definition. |\n 50→| `author` | string | no | Author of the task. |\n 51→| `tags` | string[] | no | Tags for categorization. |\n 52→| `skills` | string[] | no | Skills required to execute the task. |\n 53→| `trigger` | object[] | no | List of triggers that define when this task is applicable. |\n 54→| `trigger[].type` | string | yes | What the trigger applies to (`file` or `directory`). |\n 55→| `trigger[].extensions` | string[] | no | File extensions that match this trigger. Only applicable when `type` is `file`. |\n 56→| `inputs` | object[] | no | Inputs the task expects. |\n 57→| `inputs[].name` | string | yes | Name of the input parameter. |\n 58→| `inputs[].description` | string | yes | Description of the input. |\n 59→| `inputs[].required` | boolean | no | Whether the input is required. |\n 60→\n 61→### Body\n 62→\n 63→The body contains:\n 64→\n 65→1. **Title** — `# Task Name`, matching the frontmatter `name`.\n 66→2. **Description** — A one-line summary, matching the frontmatter `description`.\n 67→3. **Steps** — An ordered list under `## Steps` describing the instructions to accomplish the task.\n 68→\n 69→### Example\n 70→\n 71→```markdown\n 72→---\n 73→name: Transcribe Audio File\n 74→description: Transcribe an audio file to text using whisper.cpp.\n 75→version: 1\n 76→author: pastilhas\n 77→tags:\n 78→ - audio\n 79→ - transcription\n 80→skills:\n 81→ - whisper.cpp\n 82→trigger:\n 83→ - type: file\n 84→ extensions:\n 85→ - mp3\n 86→ - wav\n 87→ - m4a\n 88→inputs:\n 89→ - name: file_path\n 90→ description: Path to the audio file to transcribe.\n 91→ required: true\n 92→---\n 93→\n 94→# Transcribe Audio File\n 95→\n 96→Transcribe an audio file to text using whisper.cpp.\n 97→\n 98→## Steps\n 99→\n 100→1. First step.\n 101→2. Second step.\n 102→3. Third step.\n 103→```\n 104→","isError":false},{"role":"assistant","text":"Now let me also check nearby skill files for comparison, and see what other skills look like structurally."},{"role":"tool","toolName":"Bash","toolInput":{"command":"ls -la /home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/chat/","description":"List chat directory contents"},"toolUseId":"toolu_01MbbctxtLbHpi7C5kmJmvwE","output":".rw-r--r-- 28k pastilhas 17 Feb 22:23 messages.json\n.rw-r--r-- 45 pastilhas 17 Feb 22:23 meta.json","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/*/SKILL.md"},"toolUseId":"toolu_01FwnCfmAXsge1ouN2HrFmev","output":"No files found","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/skills/*/SKILL.md","path":"/home/pastilhas/projects/officer.dev"},"toolUseId":"toolu_01LLwCobNSRah14feAVrXG1w","output":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/fizzy-cli/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/mlxaudio/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/sharp/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/mutagen/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/convert-audio-to-mp3/SKILL.md\n/home/pastilhas/projects/officer.dev/data/skills/isoflow/SKILL.md","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md"},"toolUseId":"toolu_01WJ1iz1ERGz2sCpy65iEPwq","output":" 1→---\n 2→name: whisper.cpp\n 3→description: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file.\n 4→---\n 5→\n 6→# Whisper.cpp\n 7→\n 8→API reference for the whisper.cpp HTTP server running at `http://macmini:8178`.\n 9→\n 10→whisper.cpp is a C/C++ port of OpenAI's Whisper speech recognition model. The server accepts audio files via HTTP and returns transcriptions in various formats.\n 11→\n 12→## Server\n 13→\n 14→- **Base URL:** `http://macmini:8178`\n 15→- **No authentication required**\n 16→\n 17→## Endpoints\n 18→\n 19→### POST /inference\n 20→\n 21→Transcribes an audio file. Accepts `multipart/form-data`.\n 22→\n 23→#### Example\n 24→\n 25→```bash\n 26→curl -s http://macmini:8178/inference \\\n 27→ -F file=\"@/path/to/audio.mp3\" \\\n 28→ -F temperature=\"0.0\" \\\n 29→ -F temperature_inc=\"0.2\" \\\n 30→ -F response_format=\"json\"\n 31→```\n 32→\n 33→#### Parameters\n 34→\n 35→##### File (required)\n 36→\n 37→| Parameter | Type | Description |\n 38→|-----------|------|-------------|\n 39→| `file` | file | Audio file to transcribe. Accepts at least WAV and MP3. |\n 40→\n 41→##### Response Format\n 42→\n 43→| Parameter | Type | Default | Description |\n 44→|-----------|------|---------|-------------|\n 45→| `response_format` | string | `json` | Output format: `json`, `verbose_json` (or `vjson`), `text`, `srt`, `vtt` |\n 46→\n 47→##### Language\n 48→\n 49→| Parameter | Type | Default | Description |\n 50→|-----------|------|---------|-------------|\n 51→| `language` | string | `en` | Spoken language code (e.g. `en`, `pt`, `es`, `fr`). Use `auto` for auto-detection. |\n 52→| `detect_language` | bool | `false` | Exit after detecting the language (no transcription). |\n 53→| `translate` | bool | `false` | Translate from source language to English. |\n 54→\n 55→##### Decoding\n 56→\n 57→| Parameter | Type | Default | Description |\n 58→|-----------|------|---------|-------------|\n 59→| `temperature` | float | `0.0` | Sampling temperature. `0.0` is deterministic. |\n 60→| `temperature_inc` | float | `0.2` | Temperature increment on fallback attempts. |\n 61→| `best_of` | int | `2` | Number of candidate decodings to keep. |\n 62→| `beam_size` | int | `-1` | Beam search size. `-1` disables beam search. |\n 63→| `entropy_thold` | float | `2.40` | Entropy threshold — decoder fails and retries if exceeded. |\n 64→| `logprob_thold` | float | `-1.00` | Log probability threshold for decoder failure. |\n 65→| `no_fallback` | bool | `false` | Disable temperature fallback on decode failure. |\n 66→\n 67→##### Segmentation\n 68→\n 69→| Parameter | Type | Default | Description |\n 70→|-----------|------|---------|-------------|\n 71→| `max_len` | int | `0` | Maximum segment length in characters. `0` for unlimited. |\n 72→| `max_context` | int | `-1` | Maximum text context tokens to store. `-1` for unlimited. |\n 73→| `split_on_word` | bool | `false` | Split segments at word boundaries instead of token boundaries. |\n 74→| `no_timestamps` | bool | `false` | Suppress timestamps in output. |\n 75→| `word_thold` | float | `0.01` | Word timestamp probability threshold. |\n 76→\n 77→##### Audio Processing\n 78→\n 79→| Parameter | Type | Default | Description |\n 80→|-----------|------|---------|-------------|\n 81→| `offset_t` | int | `0` | Time offset in milliseconds — skip this much audio from the start. |\n 82→| `offset_n` | int | `0` | Segment index offset. |\n 83→| `duration` | int | `0` | Duration of audio to process in milliseconds. `0` for all. |\n 84→| `audio_ctx` | int | `0` | Audio context size. `0` for all. |\n 85→\n 86→##### Speaker Diarization\n 87→\n 88→| Parameter | Type | Default | Description |\n 89→|-----------|------|---------|-------------|\n 90→| `diarize` | bool | `false` | Enable speaker diarization (requires stereo audio). |\n 91→| `tinydiarize` | bool | `false` | Enable tinydiarize (requires a tdrz model). |\n 92→\n 93→##### Voice Activity Detection (VAD)\n 94→\n 95→| Parameter | Type | Default | Description |\n 96→|-----------|------|---------|-------------|\n 97→| `vad` | bool | `false` | Enable VAD preprocessing. |\n 98→| `vad_threshold` | float | `0.50` | Speech confidence threshold (0.0–1.0). |\n 99→| `vad_min_speech_duration_ms` | int | `250` | Minimum speech segment duration in ms. |\n 100→| `vad_min_silence_duration_ms` | int | `100` | Minimum silence duration to split segments. |\n 101→| `vad_max_speech_duration_s` | float | `FLT_MAX` | Auto-split segments longer than this (seconds). |\n 102→| `vad_speech_pad_ms` | int | `30` | Padding added around speech segments (ms). |\n 103→| `vad_samples_overlap` | float | `0.10` | Overlap between segments (seconds). |\n 104→\n 105→##### Other\n 106→\n 107→| Parameter | Type | Default | Description |\n 108→|-----------|------|---------|-------------|\n 109→| `prompt` | string | `\"\"` | Initial prompt to condition the model (e.g. for vocabulary hints). |\n 110→| `suppress_nst` | bool | `false` | Suppress non-speech tokens. |\n 111→| `no_context` | bool | `false` | Do not use previous audio context for subsequent segments. |\n 112→| `debug_mode` | bool | `false` | Enable debug output. |\n 113→\n 114→#### Response Formats\n 115→\n 116→##### `json` (default)\n 117→\n 118→Minimal JSON with just the transcribed text.\n 119→\n 120→```json\n 121→{\"text\": \"The transcribed content goes here.\"}\n 122→```\n 123→\n 124→##### `verbose_json` (or `vjson`)\n 125→\n 126→Extended JSON including task type, language, audio duration, per-segment timestamps, token-level timing, confidence scores, and language probability distribution.\n 127→\n 128→##### `text`\n 129→\n 130→Plain text transcription. Includes speaker labels if diarization is enabled.\n 131→\n 132→##### `srt`\n 133→\n 134→SubRip subtitle format with sequential numbering, `HH:MM:SS,mmm` timestamps, and text content.\n 135→\n 136→```\n 137→1\n 138→00:00:00,000 --> 00:00:03,500\n 139→The transcribed content goes here.\n 140→```\n 141→\n 142→##### `vtt`\n 143→\n 144→WebVTT subtitle format with `WEBVTT` header and `HH:MM:SS.mmm` timestamps.\n 145→\n 146→```\n 147→WEBVTT\n 148→\n 149→00:00:00.000 --> 00:00:03.500\n 150→The transcribed content goes here.\n 151→```\n 152→\n 153→### POST /load\n 154→\n 155→Loads a different model file on the server at runtime.\n 156→\n 157→```bash\n 158→curl -s http://macmini:8178/load \\\n 159→ -F model=\"/path/to/model.bin\"\n 160→```\n 161→\n 162→| Parameter | Type | Description |\n 163→|-----------|------|-------------|\n 164→| `model` | string | Path to the model file on the server. |\n 165→\n 166→## Supported Audio Formats\n 167→\n 168→The server accepts at least WAV (16-bit PCM) and MP3 files directly. If the server was started with `--convert`, it can use ffmpeg to handle additional formats (ogg, flac, m4a, etc.).\n 169→\n 170→## Source\n 171→\n 172→- Repository: https://github.com/ggml-org/whisper.cpp\n 173→- Server docs: https://github.com/ggml-org/whisper.cpp/blob/master/examples/server/README.md\n 174→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/sharp/SKILL.md"},"toolUseId":"toolu_018CDjw4E7dMppf7nwP4jDQT","output":" 1→---\n 2→name: sharp\n 3→description: Process images using the sharp Node.js library. Use when the user wants to resize, convert, crop, composite, transform, or optimize images programmatically.\n 4→---\n 5→\n 6→# Sharp\n 7→\n 8→API reference for sharp — a high-performance Node.js image processing library built on libvips.\n 9→\n 10→Typically 4-5x faster than ImageMagick/GraphicsMagick. Supports JPEG, PNG, WebP, GIF, AVIF, TIFF, SVG, HEIF, JP2, and JXL.\n 11→\n 12→Official docs: https://sharp.pixelplumbing.com\n 13→Repository: https://github.com/lovell/sharp\n 14→\n 15→## Installation\n 16→\n 17→```bash\n 18→npm install sharp\n 19→```\n 20→\n 21→Requires Node.js ^18.17.0 or >= 20.3.0 (or Deno/Bun with Node-API v9).\n 22→\n 23→## Usage\n 24→\n 25→Sharp uses a fluent, chainable API. Every call returns a Sharp instance.\n 26→\n 27→```js\n 28→import sharp from 'sharp';\n 29→\n 30→await sharp('input.jpg')\n 31→ .resize(800, 600)\n 32→ .jpeg({ quality: 80 })\n 33→ .toFile('output.jpg');\n 34→```\n 35→\n 36→Sharp implements `stream.Duplex` — it can be piped to/from.\n 37→\n 38→---\n 39→\n 40→## Constructor\n 41→\n 42→```js\n 43→sharp([input], [options])\n 44→```\n 45→\n 46→- `input` (Buffer | string | Array): Image buffer, file path, array of inputs, or omit for stream input.\n 47→\n 48→### Options\n 49→\n 50→| Option | Type | Default | Description |\n 51→|--------|------|---------|-------------|\n 52→| `failOn` | string | `'warning'` | `'none'`, `'truncated'`, `'error'`, `'warning'` |\n 53→| `limitInputPixels` | number \\| boolean | `268402689` | Max pixels; `false` to disable |\n 54→| `unlimited` | boolean | `false` | Remove memory safety for JPEG/PNG/SVG/HEIF |\n 55→| `autoOrient` | boolean | `false` | Auto-rotate per EXIF Orientation |\n 56→| `sequentialRead` | boolean | `true` | Sequential vs random access |\n 57→| `density` | number | `72` | DPI for vector images (1-100000) |\n 58→| `ignoreIcc` | boolean | `false` | Ignore embedded ICC profile |\n 59→| `pages` | number | `1` | Pages to extract; `-1` for all |\n 60→| `page` | number | `0` | Starting page (zero-based) |\n 61→| `animated` | boolean | `false` | Read all frames (equiv. `pages: -1`) |\n 62→\n 63→### Raw Input\n 64→\n 65→```js\n 66→sharp(buffer, { raw: { width: 100, height: 100, channels: 4 } })\n 67→```\n 68→\n 69→| Property | Type | Description |\n 70→|----------|------|-------------|\n 71→| `width` | number | Pixel width |\n 72→| `height` | number | Pixel height |\n 73→| `channels` | number | 1-4 |\n 74→| `premultiplied` | boolean | Skip premultiplication (default `false`) |\n 75→\n 76→### Create New Image\n 77→\n 78→```js\n 79→sharp({ create: { width: 300, height: 200, channels: 4, background: '#ff0000' } })\n 80→```\n 81→\n 82→| Property | Type | Description |\n 83→|----------|------|-------------|\n 84→| `width` | number | Pixel width |\n 85→| `height` | number | Pixel height |\n 86→| `channels` | number | 3 (RGB) or 4 (RGBA) |\n 87→| `background` | string \\| Object | Color (parsed by color module) |\n 88→| `noise` | Object | `{ type: 'gaussian', mean: 128, sigma: 30 }` |\n 89→\n 90→### Render Text\n 91→\n 92→```js\n 93→sharp({ text: { text: 'Hello', font: 'Arial', dpi: 150 } })\n 94→```\n 95→\n 96→| Property | Type | Default | Description |\n 97→|----------|------|---------|-------------|\n 98→| `text` | string | -- | UTF-8; supports Pango markup |\n 99→| `font` | string | -- | Font name |\n 100→| `fontfile` | string | -- | Absolute path to font file |\n 101→| `width` | number | `0` | Word-wrap boundary; 0 = no wrap |\n 102→| `height` | number | `0` | Max height |\n 103→| `align` | string | `'left'` | `'left'`, `'centre'`, `'center'`, `'right'` |\n 104→| `justify` | boolean | `false` | Text justification |\n 105→| `dpi` | number | `72` | Render resolution |\n 106→| `rgba` | boolean | `false` | RGBA for color emoji/Pango markup |\n 107→| `spacing` | number | `0` | Line height in points |\n 108→| `wrap` | string | `'word'` | `'word'`, `'char'`, `'word-char'`, `'none'` |\n 109→\n 110→### Join Array\n 111→\n 112→```js\n 113→sharp([img1, img2, img3], { join: { across: 3, shim: 10 } })\n 114→```\n 115→\n 116→| Property | Type | Default | Description |\n 117→|----------|------|---------|-------------|\n 118→| `across` | number | `1` | Images per row |\n 119→| `animated` | boolean | `false` | Join as animated image |\n 120→| `shim` | number | `0` | Pixel gap between images |\n 121→| `background` | string \\| Object | -- | Gap fill color |\n 122→| `halign` | string | `'left'` | `'left'`, `'centre'`, `'right'` |\n 123→| `valign` | string | `'top'` | `'top'`, `'centre'`, `'bottom'` |\n 124→\n 125→### Clone\n 126→\n 127→```js\n 128→const pipeline = sharp('input.jpg');\n 129→const clone1 = pipeline.clone().resize(200).toFile('thumb.jpg');\n 130→const clone2 = pipeline.clone().resize(800).toFile('large.jpg');\n 131→```\n 132→\n 133→---\n 134→\n 135→## Resize\n 136→\n 137→```js\n 138→.resize([width], [height], [options])\n 139→```\n 140→\n 141→| Option | Type | Default | Description |\n 142→|--------|------|---------|-------------|\n 143→| `width` | number | -- | Target width (null to auto-scale) |\n 144→| `height` | number | -- | Target height (null to auto-scale) |\n 145→| `fit` | string | `'cover'` | `'cover'`, `'contain'`, `'fill'`, `'inside'`, `'outside'` |\n 146→| `position` | string | `'centre'` | Gravity/position for cover/contain |\n 147→| `background` | string \\| Object | `{r:0,g:0,b:0,alpha:1}` | Fill color for `contain` |\n 148→| `kernel` | string | `'lanczos3'` | `'nearest'`, `'linear'`, `'cubic'`, `'mitchell'`, `'lanczos2'`, `'lanczos3'` |\n 149→| `withoutEnlargement` | boolean | `false` | Don't upscale |\n 150→| `withoutReduction` | boolean | `false` | Don't downscale |\n 151→| `fastShrinkOnLoad` | boolean | `true` | JPEG/WebP shrink-on-load |\n 152→\n 153→**Fit modes:**\n 154→- `cover` — crop to fill both dimensions\n 155→- `contain` — letterbox within dimensions\n 156→- `fill` — stretch to exact dimensions (ignores aspect ratio)\n 157→- `inside` — fit within, no exceeding\n 158→- `outside` — minimum size meeting both dimensions\n 159→\n 160→**Position values:** `top`, `right top`, `right`, `right bottom`, `bottom`, `left bottom`, `left`, `left top`, `north`, `northeast`, `east`, `southeast`, `south`, `southwest`, `west`, `northwest`, `centre`/`center`\n 161→\n 162→**Strategy (cover only):** `entropy`, `attention`\n 163→\n 164→Only one resize per pipeline.\n 165→\n 166→---\n 167→\n 168→## Operations\n 169→\n 170→### Rotation & Orientation\n 171→\n 172→| Method | Description |\n 173→|--------|-------------|\n 174→| `.rotate([angle], [options])` | Rotate by degrees; omit angle for EXIF auto-rotate. `options.background` for fill color |\n 175→| `.autoOrient()` | Auto-orient from EXIF, then remove Orientation tag |\n 176→| `.flip([flip])` | Vertical mirror (default `true`) |\n 177→| `.flop([flop])` | Horizontal mirror (default `true`) |\n 178→\n 179→### Transform\n 180→\n 181→| Method | Description |\n 182→|--------|-------------|\n 183→| `.affine(matrix, [options])` | 2x2 affine transform. Options: `background`, `idx`, `idy`, `odx`, `ody`, `interpolator` |\n 184→| `.extend(extend)` | Add padding. Number for uniform, or `{ top, right, bottom, left, extendWith, background }`. `extendWith`: `'background'`, `'copy'`, `'repeat'`, `'mirror'` |\n 185→| `.extract({ left, top, width, height })` | Crop region. Can be called before and/or after resize |\n 186→| `.trim([options])` | Auto-crop to content. Options: `background` (default top-left pixel), `threshold` (default `10`), `lineArt` |\n 187→\n 188→### Enhancement\n 189→\n 190→| Method | Description |\n 191→|--------|-------------|\n 192→| `.sharpen([options])` | Sharpen. `options.sigma` (0.000001-10), `.m1` (flat), `.m2` (jagged), `.x1`, `.y2`, `.y3` |\n 193→| `.blur([options])` | No args: 3x3 box blur. `options.sigma` (0.3-1000) for Gaussian. Options: `precision`, `minAmplitude` |\n 194→| `.median([size])` | Median filter, default 3x3 |\n 195→| `.gamma([gamma], [gammaOut])` | Gamma correction (1.0-3.0, default 2.2) |\n 196→| `.normalise([options])` | Stretch luminance. `options.lower` (default `1`), `.upper` (default `99`) percentiles |\n 197→| `.clahe({ width, height, [maxSlope] })` | Contrast Limited Adaptive Histogram Equalization |\n 198→\n 199→### Morphology\n 200→\n 201→| Method | Description |\n 202→|--------|-------------|\n 203→| `.dilate([width])` | Dilation, default 1px |\n 204→| `.erode([width])` | Erosion, default 1px |\n 205→\n 206→### Pixel Operations\n 207→\n 208→| Method | Description |\n 209→|--------|-------------|\n 210→| `.negate([options])` | Invert colors. `options.alpha` (default `true`) |\n 211→| `.threshold([value], [options])` | Binarize at threshold (0-255, default 128). `options.greyscale` (default `true`) |\n 212→| `.boolean(operand, operator)` | Bitwise op with another image: `'and'`, `'or'`, `'eor'` |\n 213→| `.linear([a], [b])` | Per-channel linear transform: `a * pixel + b` |\n 214→| `.recomb(matrix)` | 3x3 or 4x4 color recombination matrix |\n 215→| `.modulate([options])` | Adjust `brightness` (multiply), `saturation` (multiply), `hue` (degrees), `lightness` (add) |\n 216→| `.convolve(kernel)` | Custom convolution: `{ width, height, kernel, scale, offset }` |\n 217→| `.flatten([options])` | Merge alpha with `options.background`, remove alpha |\n 218→| `.unflatten()` | Add alpha; white becomes transparent (experimental) |\n 219→\n 220→---\n 221→\n 222→## Colour\n 223→\n 224→| Method | Description |\n 225→|--------|-------------|\n 226→| `.tint(color)` | Apply tint, preserving alpha |\n 227→| `.greyscale([bool])` | Convert to 8-bit greyscale (alias: `.grayscale()`) |\n 228→| `.pipelineColourspace(space)` | Set pipeline colorspace (e.g. `'rgb16'`, `'lab'`, `'grey16'`) |\n 229→| `.toColourspace(space)` | Set output colorspace (e.g. `'srgb'`, `'cmyk'`, `'b-w'`) |\n 230→\n 231→---\n 232→\n 233→## Channel\n 234→\n 235→| Method | Description |\n 236→|--------|-------------|\n 237→| `.removeAlpha()` | Remove alpha channel |\n 238→| `.ensureAlpha([alpha])` | Add alpha if missing. `alpha`: 0 (transparent) to 1 (opaque, default) |\n 239→| `.extractChannel(channel)` | Extract single channel: `0`-`3` or `'red'`, `'green'`, `'blue'`, `'alpha'` |\n 240→| `.joinChannel(images, [options])` | Add channel(s) from other image(s) |\n 241→| `.bandbool(op)` | Bitwise across all bands: `'and'`, `'or'`, `'eor'` |\n 242→\n 243→---\n 244→\n 245→## Composite\n 246→\n 247→```js\n 248→.composite(images)\n 249→```\n 250→\n 251→Overlay images onto the pipeline image. `images` is an array of objects:\n 252→\n 253→| Property | Type | Default | Description |\n 254→|----------|------|---------|-------------|\n 255→| `input` | Buffer \\| string | -- | Image data, file path, or `create`/`text` object |\n 256→| `blend` | string | `'over'` | Blend mode |\n 257→| `gravity` | string | `'centre'` | Placement gravity |\n 258→| `top` | number | -- | Pixel offset from top (overrides gravity) |\n 259→| `left` | number | -- | Pixel offset from left (overrides gravity) |\n 260→| `tile` | boolean | `false` | Repeat overlay across image |\n 261→| `premultiplied` | boolean | `false` | Skip premultiplication |\n 262→| `density` | number | `72` | DPI for vector overlays |\n 263→\n 264→**Blend modes:** `over`, `multiply`, `screen`, `overlay`, `darken`, `lighten`, `hard-light`, `soft-light`, `difference`, `exclusion`, `colour-dodge`, `colour-burn`, `add`, `saturate`, `clear`, `source`, `in`, `out`, `atop`, `dest`, `dest-over`, `dest-in`, `dest-out`, `dest-atop`, `xor`\n 265→\n 266→```js\n 267→await sharp('base.png')\n 268→ .composite([{ input: 'overlay.png', gravity: 'southeast' }])\n 269→ .toFile('output.png');\n 270→```\n 271→\n 272→---\n 273→\n 274→## Output\n 275→\n 276→### Write to File\n 277→\n 278→```js\n 279→await sharp('input.jpg').resize(800).toFile('output.jpg');\n 280→```\n 281→\n 282→Format inferred from extension. Returns `{ format, size, width, height, channels, premultiplied }`.\n 283→\n 284→### Write to Buffer\n 285→\n 286→```js\n 287→const buffer = await sharp('input.jpg').resize(800).toBuffer();\n 288→// or with info:\n 289→const { data, info } = await sharp('input.jpg').resize(800).toBuffer({ resolveWithObject: true });\n 290→```\n 291→\n 292→### Format Methods\n 293→\n 294→#### JPEG\n 295→\n 296→```js\n 297→.jpeg([options])\n 298→```\n 299→\n 300→| Option | Type | Default | Description |\n 301→|--------|------|---------|-------------|\n 302→| `quality` | number | `80` | 1-100 |\n 303→| `progressive` | boolean | `false` | Progressive JPEG |\n 304→| `chromaSubsampling` | string | `'4:2:0'` | `'4:2:0'` or `'4:4:4'` |\n 305→| `mozjpeg` | boolean | `false` | MozJPEG optimizations |\n 306→| `force` | boolean | `true` | Force JPEG output |\n 307→\n 308→#### PNG\n 309→\n 310→```js\n 311→.png([options])\n 312→```\n 313→\n 314→| Option | Type | Default | Description |\n 315→|--------|------|---------|-------------|\n 316→| `progressive` | boolean | `false` | Progressive (interlace) |\n 317→| `compressionLevel` | number | `6` | 0-9 |\n 318→| `adaptiveFiltering` | boolean | `false` | Adaptive row filtering |\n 319→| `palette` | boolean | `false` | Quantise to palette |\n 320→| `quality` | number | `100` | Palette quality (1-100) |\n 321→| `effort` | number | `7` | CPU effort (1-10, palette mode) |\n 322→| `colours`/`colors` | number | `256` | Max palette colors (2-256) |\n 323→| `dither` | number | `1.0` | Floyd-Steinberg dithering level |\n 324→| `force` | boolean | `true` | Force PNG output |\n 325→\n 326→#### WebP\n 327→\n 328→```js\n 329→.webp([options])\n 330→```\n 331→\n 332→| Option | Type | Default | Description |\n 333→|--------|------|---------|-------------|\n 334→| `quality` | number | `80` | 1-100 |\n 335→| `alphaQuality` | number | `100` | 0-100 |\n 336→| `lossless` | boolean | `false` | Lossless compression |\n 337→| `nearLossless` | boolean | `false` | Near-lossless mode |\n 338→| `smartSubsample` | boolean | `false` | Smart chroma subsampling |\n 339→| `preset` | string | `'default'` | `'default'`, `'photo'`, `'picture'`, `'drawing'`, `'icon'`, `'text'` |\n 340→| `effort` | number | `4` | 0-6 |\n 341→| `loop` | number | `0` | Animation loops (0 = infinite) |\n 342→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 343→| `force` | boolean | `true` | Force WebP output |\n 344→\n 345→#### AVIF\n 346→\n 347→```js\n 348→.avif([options])\n 349→```\n 350→\n 351→| Option | Type | Default | Description |\n 352→|--------|------|---------|-------------|\n 353→| `quality` | number | `50` | 1-100 |\n 354→| `lossless` | boolean | `false` | Lossless mode |\n 355→| `effort` | number | `4` | 0-9 |\n 356→| `chromaSubsampling` | string | `'4:4:4'` | Chroma subsampling |\n 357→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 358→\n 359→#### GIF\n 360→\n 361→```js\n 362→.gif([options])\n 363→```\n 364→\n 365→| Option | Type | Default | Description |\n 366→|--------|------|---------|-------------|\n 367→| `reuse` | boolean | `true` | Reuse palette |\n 368→| `progressive` | boolean | `false` | Progressive (interlace) |\n 369→| `colours`/`colors` | number | `256` | 2-256 |\n 370→| `effort` | number | `7` | 1-10 |\n 371→| `dither` | number | `1.0` | 0-1 |\n 372→| `loop` | number | `0` | 0 = infinite |\n 373→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 374→| `force` | boolean | `true` | Force GIF output |\n 375→\n 376→#### TIFF\n 377→\n 378→```js\n 379→.tiff([options])\n 380→```\n 381→\n 382→| Option | Type | Default | Description |\n 383→|--------|------|---------|-------------|\n 384→| `quality` | number | `80` | 1-100 |\n 385→| `compression` | string | `'jpeg'` | `'none'`, `'jpeg'`, `'deflate'`, `'packbits'`, `'lzw'`, `'webp'`, `'zstd'`, `'jp2k'`, `'ccittfax4'` |\n 386→| `predictor` | string | `'horizontal'` | `'none'`, `'horizontal'`, `'float'` |\n 387→| `pyramid` | boolean | `false` | Write image pyramid |\n 388→| `tile` | boolean | `false` | Tiled TIFF |\n 389→| `tileWidth` | number | `256` | Tile width |\n 390→| `tileHeight` | number | `256` | Tile height |\n 391→| `bitdepth` | number | `8` | 1, 2, 4, or 8 |\n 392→| `force` | boolean | `true` | Force TIFF output |\n 393→\n 394→#### HEIF\n 395→\n 396→```js\n 397→.heif({ compression: 'hevc' })\n 398→```\n 399→\n 400→| Option | Type | Default | Description |\n 401→|--------|------|---------|-------------|\n 402→| `compression` | string | required | `'av1'` or `'hevc'` |\n 403→| `quality` | number | `50` | 1-100 |\n 404→| `lossless` | boolean | `false` | Lossless mode |\n 405→| `effort` | number | `4` | 0-9 |\n 406→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 407→\n 408→#### Raw\n 409→\n 410→```js\n 411→.raw([options])\n 412→```\n 413→\n 414→- `options.depth` (string, default `'uchar'`): `'char'`, `'uchar'`, `'short'`, `'ushort'`, `'int'`, `'uint'`, `'float'`, `'double'`\n 415→\n 416→#### Tile (DZI / Zoomify / IIIF)\n 417→\n 418→```js\n 419→.tile([options])\n 420→```\n 421→\n 422→| Option | Type | Default | Description |\n 423→|--------|------|---------|-------------|\n 424→| `size` | number | `256` | Tile size (1-8192) |\n 425→| `overlap` | number | `0` | Tile overlap (0-8192) |\n 426→| `layout` | string | `'dz'` | `'dz'`, `'iiif'`, `'iiif3'`, `'zoomify'`, `'google'` |\n 427→| `container` | string | `'fs'` | `'fs'` or `'zip'` |\n 428→| `angle` | number | `0` | Rotation (multiple of 90) |\n 429→| `background` | string \\| Object | white | Fill color |\n 430→\n 431→---\n 432→\n 433→## Metadata & Stats\n 434→\n 435→### metadata()\n 436→\n 437→```js\n 438→const meta = await sharp('input.jpg').metadata();\n 439→```\n 440→\n 441→Returns without decoding pixels:\n 442→\n 443→| Property | Type | Description |\n 444→|----------|------|-------------|\n 445→| `format` | string | `'jpeg'`, `'png'`, `'webp'`, `'gif'`, `'svg'`, etc. |\n 446→| `width` | number | Pixel width |\n 447→| `height` | number | Pixel height |\n 448→| `space` | string | Color space (`'srgb'`, `'rgb'`, `'cmyk'`, `'b-w'`, etc.) |\n 449→| `channels` | number | Band count |\n 450→| `depth` | string | Pixel depth (`'uchar'`, `'ushort'`, `'float'`, etc.) |\n 451→| `density` | number | DPI |\n 452→| `chromaSubsampling` | string | e.g. `'4:2:0'` |\n 453→| `isProgressive` | boolean | Progressive/interlaced |\n 454→| `hasAlpha` | boolean | Has alpha channel |\n 455→| `hasProfile` | boolean | Has ICC profile |\n 456→| `orientation` | number | EXIF orientation (1-8) |\n 457→| `pages` | number | Page count |\n 458→| `size` | number | Total bytes (Buffer/Stream input) |\n 459→| `exif` | Buffer | Raw EXIF |\n 460→| `icc` | Buffer | ICC profile |\n 461→| `xmp` | Buffer | XMP data |\n 462→\n 463→### stats()\n 464→\n 465→```js\n 466→const stats = await sharp('input.jpg').stats();\n 467→```\n 468→\n 469→Returns pixel-derived statistics:\n 470→\n 471→| Property | Type | Description |\n 472→|----------|------|-------------|\n 473→| `channels` | Array | Per-channel: `min`, `max`, `sum`, `mean`, `stdev`, `minX`, `minY`, `maxX`, `maxY` |\n 474→| `isOpaque` | boolean | Fully opaque |\n 475→| `entropy` | number | Greyscale entropy |\n 476→| `sharpness` | number | Laplacian sharpness |\n 477→| `dominant` | Object | Dominant sRGB color |\n 478→\n 479→---\n 480→\n 481→## Metadata Preservation\n 482→\n 483→By default, sharp strips all metadata and converts to sRGB.\n 484→\n 485→| Method | Description |\n 486→|--------|-------------|\n 487→| `.keepMetadata()` | Preserve all metadata (EXIF, ICC, XMP, IPTC) |\n 488→| `.keepExif()` | Preserve EXIF only |\n 489→| `.withExif(exif)` | Set EXIF (replaces input). Object keyed by IFD |\n 490→| `.withExifMerge(exif)` | Merge with existing EXIF |\n 491→| `.keepIccProfile()` | Preserve ICC profile |\n 492→| `.withIccProfile(icc, [options])` | Set ICC: path or `'srgb'`, `'p3'`, `'cmyk'` |\n 493→| `.keepXmp()` | Preserve XMP |\n 494→| `.withXmp(xmp)` | Set XMP (XML string) |\n 495→| `.withMetadata([options])` | Preserve most metadata. Options: `orientation`, `density` |\n 496→\n 497→---\n 498→\n 499→## Timeout\n 500→\n 501→```js\n 502→.timeout({ seconds: 30 })\n 503→```\n 504→\n 505→Abort processing after N seconds. `0` = no timeout (default).\n 506→\n 507→---\n 508→\n 509→## Utility (Static)\n 510→\n 511→| Property/Method | Description |\n 512→|-----------------|-------------|\n 513→| `sharp.format` | Object with available input/output format booleans |\n 514→| `sharp.versions` | Version info for sharp, libvips, dependencies |\n 515→| `sharp.interpolators` | Enum: `nearest`, `bilinear`, `bicubic`, `lbb`, `nohalo`, `vsqbs` |\n 516→| `sharp.cache([options])` | Get/set cache: `{ memory: 50, files: 20, items: 100 }` |\n 517→| `sharp.concurrency([n])` | Get/set thread count (default: CPU cores) |\n 518→| `sharp.counters()` | Returns `{ queue, process }` |\n 519→| `sharp.simd([bool])` | Enable/disable SIMD (default `true`) |\n 520→| `sharp.block({ operation })` | Block specific operations |\n 521→| `sharp.unblock({ operation })` | Unblock operations |\n 522→\n 523→---\n 524→\n 525→## Common Recipes\n 526→\n 527→### Resize and convert format\n 528→\n 529→```js\n 530→await sharp('input.png')\n 531→ .resize(800, 600)\n 532→ .webp({ quality: 80 })\n 533→ .toFile('output.webp');\n 534→```\n 535→\n 536→### Resize to fit within bounds (no upscale)\n 537→\n 538→```js\n 539→await sharp('input.jpg')\n 540→ .resize(1200, 800, { fit: 'inside', withoutEnlargement: true })\n 541→ .toFile('output.jpg');\n 542→```\n 543→\n 544→### Create thumbnail (cover crop)\n 545→\n 546→```js\n 547→await sharp('input.jpg')\n 548→ .resize(250, 250, { fit: 'cover', position: 'attention' })\n 549→ .toFile('thumb.jpg');\n 550→```\n 551→\n 552→### Crop region\n 553→\n 554→```js\n 555→await sharp('input.jpg')\n 556→ .extract({ left: 100, top: 50, width: 400, height: 300 })\n 557→ .toFile('cropped.jpg');\n 558→```\n 559→\n 560→### Add watermark overlay\n 561→\n 562→```js\n 563→await sharp('photo.jpg')\n 564→ .composite([{ input: 'watermark.png', gravity: 'southeast' }])\n 565→ .toFile('watermarked.jpg');\n 566→```\n 567→\n 568→### Composite text overlay\n 569→\n 570→```js\n 571→await sharp('photo.jpg')\n 572→ .composite([{\n 573→ input: { text: { text: 'Hello World', font: 'sans', dpi: 200, rgba: true } },\n 574→ gravity: 'south'\n 575→ }])\n 576→ .toFile('annotated.jpg');\n 577→```\n 578→\n 579→### Convert to greyscale\n 580→\n 581→```js\n 582→await sharp('input.jpg')\n 583→ .greyscale()\n 584→ .toFile('grey.jpg');\n 585→```\n 586→\n 587→### Blur\n 588→\n 589→```js\n 590→await sharp('input.jpg')\n 591→ .blur({ sigma: 5 })\n 592→ .toFile('blurred.jpg');\n 593→```\n 594→\n 595→### Rotate\n 596→\n 597→```js\n 598→await sharp('input.jpg')\n 599→ .rotate(90)\n 600→ .toFile('rotated.jpg');\n 601→```\n 602→\n 603→### Auto-orient from EXIF\n 604→\n 605→```js\n 606→await sharp('input.jpg')\n 607→ .autoOrient()\n 608→ .toFile('oriented.jpg');\n 609→```\n 610→\n 611→### Extend with padding\n 612→\n 613→```js\n 614→await sharp('input.png')\n 615→ .extend({ top: 20, bottom: 20, left: 20, right: 20, background: '#ffffff' })\n 616→ .toFile('padded.png');\n 617→```\n 618→\n 619→### Auto-trim whitespace\n 620→\n 621→```js\n 622→await sharp('input.png')\n 623→ .trim({ threshold: 10 })\n 624→ .toFile('trimmed.png');\n 625→```\n 626→\n 627→### Optimize JPEG for web\n 628→\n 629→```js\n 630→await sharp('input.jpg')\n 631→ .resize(1920, null, { withoutEnlargement: true })\n 632→ .jpeg({ quality: 75, mozjpeg: true, progressive: true })\n 633→ .toFile('optimized.jpg');\n 634→```\n 635→\n 636→### Generate AVIF from JPEG\n 637→\n 638→```js\n 639→await sharp('input.jpg')\n 640→ .avif({ quality: 50, effort: 4 })\n 641→ .toFile('output.avif');\n 642→```\n 643→\n 644→### Extract channel\n 645→\n 646→```js\n 647→await sharp('input.png')\n 648→ .extractChannel('red')\n 649→ .toFile('red-channel.png');\n 650→```\n 651→\n 652→### Get image metadata\n 653→\n 654→```js\n 655→const { width, height, format, space } = await sharp('input.jpg').metadata();\n 656→```\n 657→\n 658→### Buffer round-trip\n 659→\n 660→```js\n 661→const buffer = await sharp('input.jpg')\n 662→ .resize(300)\n 663→ .png()\n 664→ .toBuffer();\n 665→```\n 666→\n 667→### Create solid color image\n 668→\n 669→```js\n 670→await sharp({ create: { width: 100, height: 100, channels: 4, background: '#ff6600' } })\n 671→ .png()\n 672→ .toFile('orange.png');\n 673→```\n 674→\n 675→### Join images into grid\n 676→\n 677→```js\n 678→await sharp(['a.png', 'b.png', 'c.png', 'd.png'], { join: { across: 2 } })\n 679→ .toFile('grid.png');\n 680→```\n 681→\n 682→### Preserve metadata\n 683→\n 684→```js\n 685→await sharp('input.jpg')\n 686→ .resize(800)\n 687→ .keepMetadata()\n 688→ .toFile('output.jpg');\n 689→```\n 690→\n 691→### Animated GIF resize\n 692→\n 693→```js\n 694→await sharp('input.gif', { animated: true })\n 695→ .resize(200)\n 696→ .gif()\n 697→ .toFile('small.gif');\n 698→```\n 699→\n 700→### Multiple outputs from one input\n 701→\n 702→```js\n 703→const pipeline = sharp('input.jpg');\n 704→await Promise.all([\n 705→ pipeline.clone().resize(200).toFile('thumb.jpg'),\n 706→ pipeline.clone().resize(800).toFile('medium.jpg'),\n 707→ pipeline.clone().resize(1600).toFile('large.jpg'),\n 708→]);\n 709→```\n 710→\n 711→---\n 712→\n 713→## Source\n 714→\n 715→- Repository: https://github.com/lovell/sharp\n 716→- Documentation: https://sharp.pixelplumbing.com\n 717→- API — Constructor: https://sharp.pixelplumbing.com/api-constructor\n 718→- API — Input: https://sharp.pixelplumbing.com/api-input\n 719→- API — Resize: https://sharp.pixelplumbing.com/api-resize\n 720→- API — Operations: https://sharp.pixelplumbing.com/api-operation\n 721→- API — Colour: https://sharp.pixelplumbing.com/api-colour\n 722→- API — Channel: https://sharp.pixelplumbing.com/api-channel\n 723→- API — Composite: https://sharp.pixelplumbing.com/api-composite\n 724→- API — Output: https://sharp.pixelplumbing.com/api-output\n 725→- API — Utility: https://sharp.pixelplumbing.com/api-utility\n 726→","isError":false},{"role":"assistant","text":"Now I have a good understanding of the skill file and how it compares to others. Here's my analysis:\n\n---\n\n## Analysis of the FFmpeg SKILL.md\n\n### What's Good\n\nThe file is **well-structured and comprehensive**. It covers:\n\n- All three tools (`ffmpeg`, `ffprobe`, `ffplay`)\n- Complete flag reference tables for video, audio, subtitle, stream selection, and hardware acceleration\n- Codec-specific options for all major encoders (x264, x265, VP9, SVT-AV1, AAC, MP3, Opus, etc.)\n- Container format reference\n- Both video and audio filter tables with examples\n- 20+ practical recipes covering the most common use cases\n- Clean frontmatter with name and description\n\n### What Could Be Improved\n\nComparing it to your other skills (whisper.cpp, sharp), here are the gaps:\n\n1. **No behavioral instructions for the AI agent.** The file reads like a pure reference manual. It doesn't tell the agent *how* to use ffmpeg well — e.g., \"always use `-y` to avoid blocking on overwrite prompts,\" \"always use `-hide_banner` to reduce noise in output,\" \"prefer probing first to understand the input before transcoding.\" The other skills implicitly guide behavior through their structure (whisper.cpp's endpoint-focused layout, sharp's chainable API pattern).\n\n2. **Missing `-movflags +faststart` in recipes that should have it.** It's mentioned in the container formats table, but the \"Transcode with CRF quality\" and \"Compress video\" recipes output MP4 without it.\n\n3. **No guidance on error handling / output parsing.** When ffmpeg fails, its stderr output can be verbose and confusing. A note about common error patterns or how to interpret exit codes would help the agent recover.\n\n4. **No note about `-y` flag for non-interactive use.** This is critical — without `-y`, ffmpeg will prompt for overwrite confirmation and hang in a non-interactive shell. Every recipe should include it, or there should be a prominent note at the top.\n\n5. **`ffplay` is listed but never documented.** It has a row in the tools table but no section. Since `ffplay` requires a display and is interactive, it's probably not useful for a CLI agent — it should either be documented briefly or removed.\n\n6. **No mention of `pipe:` protocol.** Reading from/writing to stdin/stdout via `pipe:0`/`pipe:1` is useful for chaining with other tools.\n\n7. **Missing some practical recipes:** extracting a thumbnail/poster frame, converting audio between formats (e.g., FLAC to MP3), stripping metadata, remuxing without re-encoding, looping a short clip.\n\n---\n\nWant me to apply these improvements to the file? Here's what I'd do:\n\n1. Add a brief \"Usage Notes\" section at the top with agent-oriented guidance (`-y`, `-hide_banner`, probe-first pattern)\n2. Remove `ffplay` from the tools table (or add a one-liner note that it's interactive-only)\n3. Fix existing recipes to include `-y` and `-movflags +faststart` where appropriate\n4. Add a few missing practical recipes (thumbnail extraction, audio conversion, remux, strip metadata)\n5. Add a note about `pipe:` protocol for stdin/stdout chaining"},{"role":"result","costUsd":0.251656,"durationMs":38774,"numTurns":9,"isError":false}] \ No newline at end of file diff --git a/seed/skills/ffmpeg/chat/meta.json b/seed/skills/ffmpeg/chat/meta.json new file mode 100644 index 00000000..1cdaf645 --- /dev/null +++ b/seed/skills/ffmpeg/chat/meta.json @@ -0,0 +1 @@ +{"id":"8ce0e4ad-5739-42e6-9169-075b6deb2f3e"} \ No newline at end of file diff --git a/seed/skills/fizzy-cli/chat/messages.json b/seed/skills/fizzy-cli/chat/messages.json deleted file mode 100644 index b24723bb..00000000 --- a/seed/skills/fizzy-cli/chat/messages.json +++ /dev/null @@ -1 +0,0 @@ -[{"role":"user","text":"Help me create the content for this new skill file: /home/pastilhas/projects/officer.dev/data/skills/fizzy-cli/SKILL.md\nuse https://github.com/robzolkos/fizzy-cli for refference"},{"role":"assistant","text":"\n\nLet me start by reading the existing skill file and fetching information about fizzy-cli from the GitHub repository."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/fizzy-cli/SKILL.md"},"toolUseId":"toolu_018zTYy7TPaB2CTWi6BKgZwC","output":" 1→---\n 2→name: fizzy-cli\n 3→description: \n 4→---\n 5→","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/robzolkos/fizzy-cli","prompt":"Extract all details about fizzy-cli: what it is, how to install it, how to use it, all command-line options and flags, examples, and any other relevant information."},"toolUseId":"toolu_01Ca6E4Eij539KgVTfri5ob6","output":"# Fizzy CLI: Comprehensive Overview\n\n## What It Is\nFizzy CLI is a command-line interface for the Fizzy API, enabling users to manage boards, cards, and related items from the terminal. It's written in Go and supports multiple platforms.\n\n## Installation Methods\n\n**Arch Linux (AUR):**\n```bash\nyay -S fizzy-cli\n```\n\n**macOS (Homebrew):**\n```bash\nbrew install robzolkos/fizzy-cli/fizzy-cli\n```\n\n**Debian/Ubuntu:**\nDownload `.deb` packages from releases and install via `dpkg`.\n\n**Fedora/RHEL:**\nDownload `.rpm` packages from releases and install via `rpm`.\n\n**Windows:**\nDownload `fizzy-windows-amd64.exe` from GitHub Releases, rename to `fizzy.exe`, and add to PATH.\n\n**Via Go:**\n```bash\ngo install github.com/robzolkos/fizzy-cli/cmd/fizzy@latest\n```\n\n**Binary or Source:**\nAvailable directly from GitHub Releases or by cloning and building locally.\n\n## Configuration\n\nConfiguration supports three priority levels (highest to lowest):\n1. Command-line flags (`--token`, `--account`, `--api-url`)\n2. Environment variables (`FIZZY_TOKEN`, `FIZZY_ACCOUNT`, `FIZZY_API_URL`, `FIZZY_BOARD`)\n3. Local project config (`.fizzy.yaml` in current/parent directories)\n4. Global config (`~/.config/fizzy/config.yaml` or `~/.fizzy/config.yaml`)\n5. Defaults\n\n**Setup wizard:** Run `fizzy setup` for interactive configuration.\n\n## Global Options\n\n| Option | Environment Variable | Purpose |\n|--------|----------------------|---------|\n| `--token` | `FIZZY_TOKEN` | API access token |\n| `--account` | `FIZZY_ACCOUNT` | Account identifier |\n| `--api-url` | `FIZZY_API_URL` | API base URL (default: https://app.fizzy.do) |\n| `--verbose` | — | Display request/response details |\n\n## Command Categories\n\n### Boards\n- `fizzy board list` — List all boards\n- `fizzy board show BOARD_ID` — Display board details\n- `fizzy board create --name \"Name\"` — Create new board\n- `fizzy board update BOARD_ID --name \"Name\"` — Modify board\n- `fizzy board delete BOARD_ID` — Remove board\n\n### Cards\n**List cards** (with extensive filtering):\n```bash\nfizzy card list [--board ID] [--column ID] [--tag ID] [--assignee ID]\nfizzy card list [--sort newest|oldest|latest] [--search \"text\"]\nfizzy card list [--created thisweek] [--closed thisweek] [--unassigned]\n```\n\n**CRUD operations:**\n- `fizzy card show 42` — View card details\n- `fizzy card create --board ID --title \"Title\"` — Add card\n- `fizzy card update 42 --title \"New title\"` — Modify card\n- `fizzy card delete 42` — Remove card\n\n**Card actions:**\n- Close/reopen: `fizzy card close 42` / `fizzy card reopen 42`\n- Move: `fizzy card move 42 --to BOARD_ID` / `fizzy card postpone 42`\n- Column assignment: `fizzy card column 42 --column COLUMN_ID`\n- Assignment: `fizzy card assign 42 --user USER_ID`\n- Tags: `fizzy card tag 42 --tag \"bug\"`\n- Pins: `fizzy card pin 42` / `fizzy card unpin 42`\n- Golden cards: `fizzy card golden 42` / `fizzy card ungolden 42`\n- Watchers: `fizzy card watch 42` / `fizzy card unwatch 42`\n\n### Card Attachments\n- `fizzy card attachments show 42` — List attachments\n- `fizzy card attachments download 42` — Download all attachments\n- `fizzy card attachments download 42 1` — Download specific attachment\n\n### Columns\n- `fizzy column list --board ID` — List columns\n- `fizzy column show COLUMN_ID --board ID` — View column\n- `fizzy column create --board ID --name \"Name\"` — Add column\n- `fizzy column update COLUMN_ID --board ID --name \"Name\"` — Modify\n- `fizzy column delete COLUMN_ID --board ID` — Remove\n\n### Comments\n- `fizzy comment list --card 42` — List comments\n- `fizzy comment show COMMENT_ID --card 42` — View comment\n- `fizzy comment create --card 42 --body \"Text\"` — Add comment\n- `fizzy comment update COMMENT_ID --card 42 --body \"Text\"` — Edit\n- `fizzy comment delete COMMENT_ID --card 42` — Remove\n\n### Comment Attachments\n- `fizzy comment attachments show --card 42` — List attachments\n- `fizzy comment attachments download --card 42` — Download all\n- `fizzy comment attachments download --card 42 1` — Download specific\n\n### Steps (To-Do Items)\n- `fizzy step show STEP_ID --card 42` — View step\n- `fizzy step create --card 42 --content \"Task\"` — Add step\n- `fizzy step update STEP_ID --card 42 --completed` — Mark complete\n- `fizzy step delete STEP_ID --card 42` — Remove\n\n### Reactions\n- `fizzy reaction list --card 42` — List card reactions\n- `fizzy reaction create --card 42 --content \"👍\"` — Add reaction\n- `fizzy reaction delete REACTION_ID --card 42` — Remove reaction\n\n### Other Resources\n- `fizzy user list` / `fizzy user show USER_ID` — User information\n- `fizzy tag list` — Available tags\n- `fizzy pin list` — Your pinned cards\n- `fizzy search \"term\"` — Full-text card search\n- `fizzy notification list` — Notifications; `read`, `unread`, `read-all` actions\n\n### File Uploads\n```bash\nfizzy upload file /path/to/file.png\n# Returns: { \"signed_id\": \"...\", \"attachable_sgid\": \"...\" }\n```\n\nUse `signed_id` for card headers; `attachable_sgid` for inline images in rich text.\n\n## Key Features\n\n- **Multiple configuration sources** with clear precedence\n- **Rich filtering and sorting** for card queries\n- **Status management** (open, closed, not-now, golden, stalled)\n- **Pseudo-columns** (not-now, maybe, done) alongside real columns\n- **Bulk operations** (download multiple attachments, manage reactions)\n- **Custom timestamps** for data imports\n- **Verbose mode** for debugging API interactions\n\n## License\nMIT\n\n---\n\n**Repository:** [github.com/robzolkos/fizzy-cli](https://github.com/robzolkos/fizzy-cli) | **83 stars** | **11 forks**","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/whisper.cpp/SKILL.md"},"toolUseId":"toolu_01WmJnT7riHDq5wiCmHQ7v1f","output":" 1→---\n 2→name: whisper.cpp\n 3→description: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file.\n 4→---\n 5→\n 6→# Whisper.cpp\n 7→\n 8→API reference for the whisper.cpp HTTP server running at `http://macmini:8178`.\n 9→\n 10→whisper.cpp is a C/C++ port of OpenAI's Whisper speech recognition model. The server accepts audio files via HTTP and returns transcriptions in various formats.\n 11→\n 12→## Server\n 13→\n 14→- **Base URL:** `http://macmini:8178`\n 15→- **No authentication required**\n 16→\n 17→## Endpoints\n 18→\n 19→### POST /inference\n 20→\n 21→Transcribes an audio file. Accepts `multipart/form-data`.\n 22→\n 23→#### Example\n 24→\n 25→```bash\n 26→curl -s http://macmini:8178/inference \\\n 27→ -F file=\"@/path/to/audio.mp3\" \\\n 28→ -F temperature=\"0.0\" \\\n 29→ -F temperature_inc=\"0.2\" \\\n 30→ -F response_format=\"json\"\n 31→```\n 32→\n 33→#### Parameters\n 34→\n 35→##### File (required)\n 36→\n 37→| Parameter | Type | Description |\n 38→|-----------|------|-------------|\n 39→| `file` | file | Audio file to transcribe. Accepts at least WAV and MP3. |\n 40→\n 41→##### Response Format\n 42→\n 43→| Parameter | Type | Default | Description |\n 44→|-----------|------|---------|-------------|\n 45→| `response_format` | string | `json` | Output format: `json`, `verbose_json` (or `vjson`), `text`, `srt`, `vtt` |\n 46→\n 47→##### Language\n 48→\n 49→| Parameter | Type | Default | Description |\n 50→|-----------|------|---------|-------------|\n 51→| `language` | string | `en` | Spoken language code (e.g. `en`, `pt`, `es`, `fr`). Use `auto` for auto-detection. |\n 52→| `detect_language` | bool | `false` | Exit after detecting the language (no transcription). |\n 53→| `translate` | bool | `false` | Translate from source language to English. |\n 54→\n 55→##### Decoding\n 56→\n 57→| Parameter | Type | Default | Description |\n 58→|-----------|------|---------|-------------|\n 59→| `temperature` | float | `0.0` | Sampling temperature. `0.0` is deterministic. |\n 60→| `temperature_inc` | float | `0.2` | Temperature increment on fallback attempts. |\n 61→| `best_of` | int | `2` | Number of candidate decodings to keep. |\n 62→| `beam_size` | int | `-1` | Beam search size. `-1` disables beam search. |\n 63→| `entropy_thold` | float | `2.40` | Entropy threshold — decoder fails and retries if exceeded. |\n 64→| `logprob_thold` | float | `-1.00` | Log probability threshold for decoder failure. |\n 65→| `no_fallback` | bool | `false` | Disable temperature fallback on decode failure. |\n 66→\n 67→##### Segmentation\n 68→\n 69→| Parameter | Type | Default | Description |\n 70→|-----------|------|---------|-------------|\n 71→| `max_len` | int | `0` | Maximum segment length in characters. `0` for unlimited. |\n 72→| `max_context` | int | `-1` | Maximum text context tokens to store. `-1` for unlimited. |\n 73→| `split_on_word` | bool | `false` | Split segments at word boundaries instead of token boundaries. |\n 74→| `no_timestamps` | bool | `false` | Suppress timestamps in output. |\n 75→| `word_thold` | float | `0.01` | Word timestamp probability threshold. |\n 76→\n 77→##### Audio Processing\n 78→\n 79→| Parameter | Type | Default | Description |\n 80→|-----------|------|---------|-------------|\n 81→| `offset_t` | int | `0` | Time offset in milliseconds — skip this much audio from the start. |\n 82→| `offset_n` | int | `0` | Segment index offset. |\n 83→| `duration` | int | `0` | Duration of audio to process in milliseconds. `0` for all. |\n 84→| `audio_ctx` | int | `0` | Audio context size. `0` for all. |\n 85→\n 86→##### Speaker Diarization\n 87→\n 88→| Parameter | Type | Default | Description |\n 89→|-----------|------|---------|-------------|\n 90→| `diarize` | bool | `false` | Enable speaker diarization (requires stereo audio). |\n 91→| `tinydiarize` | bool | `false` | Enable tinydiarize (requires a tdrz model). |\n 92→\n 93→##### Voice Activity Detection (VAD)\n 94→\n 95→| Parameter | Type | Default | Description |\n 96→|-----------|------|---------|-------------|\n 97→| `vad` | bool | `false` | Enable VAD preprocessing. |\n 98→| `vad_threshold` | float | `0.50` | Speech confidence threshold (0.0–1.0). |\n 99→| `vad_min_speech_duration_ms` | int | `250` | Minimum speech segment duration in ms. |\n 100→| `vad_min_silence_duration_ms` | int | `100` | Minimum silence duration to split segments. |\n 101→| `vad_max_speech_duration_s` | float | `FLT_MAX` | Auto-split segments longer than this (seconds). |\n 102→| `vad_speech_pad_ms` | int | `30` | Padding added around speech segments (ms). |\n 103→| `vad_samples_overlap` | float | `0.10` | Overlap between segments (seconds). |\n 104→\n 105→##### Other\n 106→\n 107→| Parameter | Type | Default | Description |\n 108→|-----------|------|---------|-------------|\n 109→| `prompt` | string | `\"\"` | Initial prompt to condition the model (e.g. for vocabulary hints). |\n 110→| `suppress_nst` | bool | `false` | Suppress non-speech tokens. |\n 111→| `no_context` | bool | `false` | Do not use previous audio context for subsequent segments. |\n 112→| `debug_mode` | bool | `false` | Enable debug output. |\n 113→\n 114→#### Response Formats\n 115→\n 116→##### `json` (default)\n 117→\n 118→Minimal JSON with just the transcribed text.\n 119→\n 120→```json\n 121→{\"text\": \"The transcribed content goes here.\"}\n 122→```\n 123→\n 124→##### `verbose_json` (or `vjson`)\n 125→\n 126→Extended JSON including task type, language, audio duration, per-segment timestamps, token-level timing, confidence scores, and language probability distribution.\n 127→\n 128→##### `text`\n 129→\n 130→Plain text transcription. Includes speaker labels if diarization is enabled.\n 131→\n 132→##### `srt`\n 133→\n 134→SubRip subtitle format with sequential numbering, `HH:MM:SS,mmm` timestamps, and text content.\n 135→\n 136→```\n 137→1\n 138→00:00:00,000 --> 00:00:03,500\n 139→The transcribed content goes here.\n 140→```\n 141→\n 142→##### `vtt`\n 143→\n 144→WebVTT subtitle format with `WEBVTT` header and `HH:MM:SS.mmm` timestamps.\n 145→\n 146→```\n 147→WEBVTT\n 148→\n 149→00:00:00.000 --> 00:00:03.500\n 150→The transcribed content goes here.\n 151→```\n 152→\n 153→### POST /load\n 154→\n 155→Loads a different model file on the server at runtime.\n 156→\n 157→```bash\n 158→curl -s http://macmini:8178/load \\\n 159→ -F model=\"/path/to/model.bin\"\n 160→```\n 161→\n 162→| Parameter | Type | Description |\n 163→|-----------|------|-------------|\n 164→| `model` | string | Path to the model file on the server. |\n 165→\n 166→## Supported Audio Formats\n 167→\n 168→The server accepts at least WAV (16-bit PCM) and MP3 files directly. If the server was started with `--convert`, it can use ffmpeg to handle additional formats (ogg, flac, m4a, etc.).\n 169→\n 170→## Source\n 171→\n 172→- Repository: https://github.com/ggml-org/whisper.cpp\n 173→- Server docs: https://github.com/ggml-org/whisper.cpp/blob/master/examples/server/README.md\n 174→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/ffmpeg/SKILL.md"},"toolUseId":"toolu_01L86G4vkwCuU2jEtLjfA1ho","output":" 1→---\n 2→name: ffmpeg\n 3→description: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files.\n 4→---\n 5→\n 6→# FFmpeg\n 7→\n 8→CLI reference for FFmpeg v8.x — a complete, cross-platform solution for recording, converting, and streaming audio and video.\n 9→\n 10→Official docs: https://www.ffmpeg.org/documentation.html\n 11→\n 12→## Tools\n 13→\n 14→| Tool | Purpose |\n 15→|------|---------|\n 16→| `ffmpeg` | Transcode, convert, filter, mux/demux multimedia |\n 17→| `ffprobe` | Analyze and inspect multimedia streams |\n 18→| `ffplay` | Play multimedia files (interactive) |\n 19→\n 20→---\n 21→\n 22→## ffmpeg\n 23→\n 24→### Synopsis\n 25→\n 26→```\n 27→ffmpeg [global_options] {[input_options] -i input_url} ... {[output_options] output_url} ...\n 28→```\n 29→\n 30→Options before `-i` apply to the input; options before the output URL apply to the output.\n 31→\n 32→### Global Options\n 33→\n 34→| Flag | Description |\n 35→|------|-------------|\n 36→| `-y` | Overwrite output files without asking |\n 37→| `-n` | Do not overwrite; exit if output exists |\n 38→| `-hide_banner` | Suppress copyright/build info banner |\n 39→| `-loglevel level` | Set log level: `quiet`, `error`, `warning`, `info` (default), `verbose`, `debug` |\n 40→| `-stats` | Print encoding progress/statistics |\n 41→| `-progress url` | Send machine-readable progress to url |\n 42→| `-report` | Dump full command line and log to a file |\n 43→| `-filter_threads n` | Number of threads for filter processing |\n 44→\n 45→### Input/Output Options\n 46→\n 47→| Flag | Description |\n 48→|------|-------------|\n 49→| `-i url` | Input file URL |\n 50→| `-f fmt` | Force input or output format |\n 51→| `-c[:stream] codec` | Select encoder/decoder; use `copy` for stream copying |\n 52→| `-t duration` | Limit duration (as input: read limit; as output: write limit) |\n 53→| `-to position` | Stop at position (timestamp) |\n 54→| `-ss position` | Seek to position (before `-i`: fast input seek; after: output seek) |\n 55→| `-sseof position` | Seek relative to end of file |\n 56→| `-itsoffset offset` | Set input time offset |\n 57→| `-itsscale scale` | Rescale input timestamps |\n 58→| `-metadata key=value` | Set metadata key/value pair |\n 59→| `-disposition value` | Set stream disposition flags |\n 60→| `-target type` | Specify target type: `vcd`, `svcd`, `dvd`, `dv`, `dv50` |\n 61→| `-stream_loop n` | Loop input stream n times (-1 = infinite) |\n 62→| `-frames[:stream] n` | Stop after n frames |\n 63→| `-fs limit` | Set file size limit in bytes |\n 64→| `-timestamp date` | Set recording timestamp |\n 65→\n 66→### Video Options\n 67→\n 68→| Flag | Description |\n 69→|------|-------------|\n 70→| `-vn` | Disable video |\n 71→| `-vcodec codec` | Set video codec (alias for `-c:v`) |\n 72→| `-r fps` | Set frame rate |\n 73→| `-fpsmax fps` | Set maximum frame rate |\n 74→| `-s WxH` | Set frame size |\n 75→| `-aspect ratio` | Set display aspect ratio (e.g. `16:9`) |\n 76→| `-pix_fmt format` | Set pixel format |\n 77→| `-vf filtergraph` | Apply video filter graph (alias for `-filter:v`) |\n 78→| `-pass n` | Two-pass encoding pass (1 or 2) |\n 79→| `-passlogfile prefix` | Two-pass log file prefix |\n 80→| `-vframes n` | Set number of video frames to output |\n 81→| `-autorotate` | Auto-rotate based on metadata (default on) |\n 82→| `-display_rotation angle` | Set video rotation metadata |\n 83→| `-display_hflip` | Horizontal flip metadata |\n 84→| `-display_vflip` | Vertical flip metadata |\n 85→| `-force_key_frames expr` | Force keyframes at specified times/expression |\n 86→| `-copyinkf` | Copy non-key frames at the beginning during stream copy |\n 87→\n 88→### Audio Options\n 89→\n 90→| Flag | Description |\n 91→|------|-------------|\n 92→| `-an` | Disable audio |\n 93→| `-acodec codec` | Set audio codec (alias for `-c:a`) |\n 94→| `-ar freq` | Set audio sample rate (Hz) |\n 95→| `-ac channels` | Set number of audio channels |\n 96→| `-af filtergraph` | Apply audio filter graph (alias for `-filter:a`) |\n 97→| `-sample_fmt fmt` | Set audio sample format |\n 98→| `-channel_layout layout` | Set audio channel layout |\n 99→| `-aq q` | Set audio quality (codec-specific VBR) |\n 100→| `-aframes n` | Set number of audio frames to output |\n 101→\n 102→### Subtitle Options\n 103→\n 104→| Flag | Description |\n 105→|------|-------------|\n 106→| `-sn` | Disable subtitles |\n 107→| `-scodec codec` | Set subtitle codec (alias for `-c:s`) |\n 108→| `-fix_sub_duration` | Fix subtitle durations to avoid overlap |\n 109→\n 110→### Stream Selection\n 111→\n 112→| Flag | Description |\n 113→|------|-------------|\n 114→| `-map input:stream` | Manually select streams for output |\n 115→| `-dn` | Disable data streams |\n 116→\n 117→Stream specifiers: `v` (video), `V` (video, no images), `a` (audio), `s` (subtitle), `d` (data). Index with `:N` (e.g. `a:0` = first audio).\n 118→\n 119→### Hardware Acceleration\n 120→\n 121→| Flag | Description |\n 122→|------|-------------|\n 123→| `-hwaccel method` | HW accel method: `cuda`, `vaapi`, `qsv`, `vulkan`, `auto` |\n 124→| `-hwaccel_device device` | Select HW device |\n 125→| `-init_hw_device type=name` | Initialize HW device |\n 126→\n 127→---\n 128→\n 129→## ffprobe\n 130→\n 131→### Synopsis\n 132→\n 133→```\n 134→ffprobe [options] input_url\n 135→```\n 136→\n 137→### Main Options\n 138→\n 139→| Flag | Description |\n 140→|------|-------------|\n 141→| `-show_format` | Show container format info |\n 142→| `-show_streams` | Show per-stream info |\n 143→| `-show_packets` | Show per-packet info |\n 144→| `-show_frames` | Show per-frame info |\n 145→| `-show_chapters` | Show chapter info |\n 146→| `-show_programs` | Show program info |\n 147→| `-show_entries section=key1,key2` | Show only specific fields |\n 148→| `-show_error` | Show probe errors |\n 149→| `-select_streams specifier` | Filter to specific streams (e.g. `v:0`, `a`) |\n 150→| `-count_frames` | Count frames per stream |\n 151→| `-count_packets` | Count packets per stream |\n 152→| `-read_intervals intervals` | Analyze specific time ranges |\n 153→\n 154→### Output Formats\n 155→\n 156→Set with `-output_format` (or `-of`, `-print_format`):\n 157→\n 158→| Format | Description |\n 159→|--------|-------------|\n 160→| `default` | `[SECTION] key=value [/SECTION]` |\n 161→| `json` | JSON output (most useful for parsing) |\n 162→| `xml` | XML output |\n 163→| `csv` | Comma-separated values |\n 164→| `flat` | Flat `key=value` per line |\n 165→| `ini` | INI-style sections |\n 166→\n 167→### Display Options\n 168→\n 169→| Flag | Description |\n 170→|------|-------------|\n 171→| `-pretty` | Human-readable units and time formatting |\n 172→| `-unit` | Show value units |\n 173→| `-sexagesimal` | Format times as HH:MM:SS.us |\n 174→| `-hide_banner` | Suppress copyright/build info |\n 175→| `-o output_url` | Write output to file instead of stdout |\n 176→\n 177→---\n 178→\n 179→## Common Codecs\n 180→\n 181→### Video Encoders\n 182→\n 183→#### libx264 (H.264)\n 184→\n 185→| Option | Description |\n 186→|--------|-------------|\n 187→| `-preset` | Speed/quality: `ultrafast`, `superfast`, `veryfast`, `faster`, `fast`, `medium` (default), `slow`, `slower`, `veryslow` |\n 188→| `-crf` | Constant quality: 0 (lossless) to 51 (worst). 18-23 is typical |\n 189→| `-profile:v` | `baseline`, `main`, `high` |\n 190→| `-tune` | `film`, `animation`, `grain`, `stillimage`, `fastdecode`, `zerolatency` |\n 191→| `-b:v` | Target bitrate (e.g. `2M`) |\n 192→\n 193→#### libx265 (H.265/HEVC)\n 194→\n 195→| Option | Description |\n 196→|--------|-------------|\n 197→| `-preset` | Same presets as x264 |\n 198→| `-crf` | 0-51, default 28. Similar quality to x264 at lower bitrate |\n 199→| `-profile:v` | `main`, `main10`, `main12` |\n 200→| `-b:v` | Target bitrate |\n 201→\n 202→#### libvpx-vp9 (VP9)\n 203→\n 204→| Option | Description |\n 205→|--------|-------------|\n 206→| `-crf` | 0-63. 31 is a good default |\n 207→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 208→| `-cpu-used` | Speed: 0 (slowest/best) to 8 (fastest) |\n 209→| `-deadline` | `best`, `good` (default), `realtime` |\n 210→| `-row-mt 1` | Enable row-based multithreading |\n 211→\n 212→#### libsvtav1 (SVT-AV1)\n 213→\n 214→| Option | Description |\n 215→|--------|-------------|\n 216→| `-crf` | 0-63. 30 is a good default |\n 217→| `-preset` | 0 (slowest/best) to 13 (fastest). 8 is a good default |\n 218→| `-b:v` | Target bitrate |\n 219→\n 220→#### libaom-av1 (AOM AV1)\n 221→\n 222→| Option | Description |\n 223→|--------|-------------|\n 224→| `-crf` | 0-63 |\n 225→| `-cpu-used` | 0 (best) to 8 (fastest) |\n 226→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 227→| `-tiles` | Tile columns x rows for parallelism |\n 228→\n 229→### Audio Encoders\n 230→\n 231→#### aac (Native AAC)\n 232→\n 233→| Option | Description |\n 234→|--------|-------------|\n 235→| `-b:a` | Bitrate: `128k`, `192k`, `256k` |\n 236→| `-profile:a` | `aac_low` (default), `aac_he`, `aac_he_v2` |\n 237→\n 238→#### libmp3lame (MP3)\n 239→\n 240→| Option | Description |\n 241→|--------|-------------|\n 242→| `-b:a` | CBR bitrate: `128k`, `192k`, `320k` |\n 243→| `-q:a` | VBR quality: 0 (best) to 9 (worst). 2 is a good default |\n 244→\n 245→#### libopus (Opus)\n 246→\n 247→| Option | Description |\n 248→|--------|-------------|\n 249→| `-b:a` | Bitrate: `64k` to `256k`. 128k is a good default |\n 250→| `-vbr` | `on` (default), `off`, `constrained` |\n 251→| `-application` | `audio` (default), `voip`, `lowdelay` |\n 252→\n 253→#### libvorbis (Vorbis)\n 254→\n 255→| Option | Description |\n 256→|--------|-------------|\n 257→| `-q:a` | VBR quality: -1 to 10. 5 is a good default |\n 258→| `-b:a` | ABR bitrate |\n 259→\n 260→#### flac (FLAC)\n 261→\n 262→| Option | Description |\n 263→|--------|-------------|\n 264→| `-compression_level` | 0 (fast) to 12 (best). 5 is default |\n 265→\n 266→---\n 267→\n 268→## Common Container Formats\n 269→\n 270→| Format | Extensions | Notes |\n 271→|--------|-----------|-------|\n 272→| `mp4` | .mp4, .m4a, .m4v | Use `-movflags +faststart` for web streaming |\n 273→| `matroska` | .mkv | Supports virtually all codecs |\n 274→| `webm` | .webm | VP8/VP9/AV1 + Vorbis/Opus for web |\n 275→| `avi` | .avi | Legacy; limited codec support |\n 276→| `mpegts` | .ts | Broadcast transport stream |\n 277→| `ogg` | .ogg, .ogv | Vorbis/Opus/Theora container |\n 278→| `wav` | .wav | Uncompressed PCM audio |\n 279→| `flac` | .flac | Lossless audio |\n 280→| `mp3` | .mp3 | MPEG audio layer 3 |\n 281→| `hls` | .m3u8 | HTTP Live Streaming |\n 282→| `dash` | .mpd | DASH adaptive streaming |\n 283→| `gif` | .gif | Animated GIF |\n 284→| `image2` | various | Image sequence input/output |\n 285→| `concat` | text file | Concatenation demuxer (file list) |\n 286→| `null` | — | Discard output (benchmarking) |\n 287→\n 288→---\n 289→\n 290→## Common Video Filters (`-vf`)\n 291→\n 292→| Filter | Description | Example |\n 293→|--------|-------------|---------|\n 294→| `scale=W:H` | Resize video. Use `-1` or `-2` to auto-calculate | `scale=1280:720`, `scale=-2:480` |\n 295→| `crop=W:H:X:Y` | Crop to WxH starting at X,Y | `crop=640:480:100:50` |\n 296→| `pad=W:H:X:Y:color` | Pad video with borders | `pad=1920:1080:(ow-iw)/2:(oh-ih)/2:black` |\n 297→| `overlay=X:Y` | Composite second input over first | `overlay=10:10` |\n 298→| `transpose=N` | Rotate: 0=90ccw+vflip, 1=90cw, 2=90ccw, 3=90cw+vflip | `transpose=1` |\n 299→| `hflip` / `vflip` | Horizontal / vertical flip | `hflip` |\n 300→| `rotate=angle` | Rotate by arbitrary angle (radians) | `rotate=PI/4` |\n 301→| `fps=N` | Change frame rate | `fps=30` |\n 302→| `setpts=expr` | Modify presentation timestamps | `setpts=0.5*PTS` (2x speed) |\n 303→| `trim=start:end` | Extract time range | `trim=start=10:end=20` |\n 304→| `drawtext=opts` | Overlay text | `drawtext=text='Hello':fontsize=24:x=10:y=10` |\n 305→| `fade=t=type:st=S:d=D` | Fade in/out | `fade=t=in:st=0:d=2` |\n 306→| `eq=opts` | Adjust brightness/contrast/saturation | `eq=brightness=0.1:contrast=1.2` |\n 307→| `format=pix_fmt` | Convert pixel format | `format=yuv420p` |\n 308→| `concat=n:v:a` | Concatenate segments | `concat=n=2:v=1:a=1` |\n 309→| `split` / `select` | Duplicate / select frames | `select='eq(pict_type,I)'` |\n 310→| `deinterlace` / `yadif` | Remove interlacing | `yadif=1` |\n 311→| `boxblur=R` | Apply box blur | `boxblur=5:1` |\n 312→| `subtitles=file` | Burn in subtitles from file | `subtitles=subs.srt` |\n 313→| `palettegen` / `paletteuse` | Generate/apply palette for GIF | Used in two-pass GIF creation |\n 314→| `colorchannelmixer` | Mix color channels | `colorchannelmixer=.3:.4:.3:0:.3:.4:.3:0:.3:.4:.3` (grayscale) |\n 315→\n 316→## Common Audio Filters (`-af`)\n 317→\n 318→| Filter | Description | Example |\n 319→|--------|-------------|---------|\n 320→| `volume=V` | Adjust volume | `volume=1.5`, `volume=-3dB` |\n 321→| `loudnorm` | EBU R128 loudness normalization | `loudnorm=I=-16:TP=-1.5:LRA=11` |\n 322→| `atempo=T` | Change tempo (0.5-100.0) | `atempo=2.0` (2x speed) |\n 323→| `aresample=rate` | Resample audio | `aresample=44100` |\n 324→| `amerge` | Merge audio channels | `amerge=inputs=2` |\n 325→| `afade=t=type:st=S:d=D` | Audio fade in/out | `afade=t=in:st=0:d=3` |\n 326→| `highpass=f=freq` | High-pass filter | `highpass=f=200` |\n 327→| `lowpass=f=freq` | Low-pass filter | `lowpass=f=3000` |\n 328→| `equalizer=f:t:w:g` | Parametric EQ | `equalizer=f=1000:t=q:w=1:g=5` |\n 329→| `acompressor` | Dynamic range compression | `acompressor=threshold=-20dB:ratio=4` |\n 330→| `silenceremove` | Remove silence | `silenceremove=1:0:-50dB` |\n 331→| `silencedetect` | Detect silence | `silencedetect=n=-30dB:d=2` |\n 332→| `adelay=delays` | Delay audio channels | `adelay=1000\\|1000` (ms) |\n 333→| `aecho=id:ig:delays:decays` | Add echo effect | `aecho=0.8:0.88:60:0.4` |\n 334→| `pan=layout:gains` | Remix channels | `pan=mono\\|c0=0.5*c0+0.5*c1` |\n 335→\n 336→---\n 337→\n 338→## Common Recipes\n 339→\n 340→### Convert format\n 341→\n 342→```bash\n 343→ffmpeg -i input.mkv output.mp4\n 344→```\n 345→\n 346→### Transcode with CRF quality\n 347→\n 348→```bash\n 349→ffmpeg -i input.mp4 -c:v libx264 -crf 20 -c:a aac -b:a 192k output.mp4\n 350→```\n 351→\n 352→### Extract audio\n 353→\n 354→```bash\n 355→ffmpeg -i video.mp4 -vn -c:a copy audio.m4a\n 356→```\n 357→\n 358→### Extract video (no audio)\n 359→\n 360→```bash\n 361→ffmpeg -i input.mp4 -an -c:v copy output.mp4\n 362→```\n 363→\n 364→### Trim / cut\n 365→\n 366→```bash\n 367→ffmpeg -ss 00:01:30 -to 00:03:00 -i input.mp4 -c copy output.mp4\n 368→```\n 369→\n 370→### Resize video\n 371→\n 372→```bash\n 373→ffmpeg -i input.mp4 -vf \"scale=1280:720\" -c:a copy output.mp4\n 374→```\n 375→\n 376→### Compress video (lower quality)\n 377→\n 378→```bash\n 379→ffmpeg -i input.mp4 -c:v libx264 -crf 28 -preset fast -c:a aac -b:a 128k output.mp4\n 380→```\n 381→\n 382→### Two-pass encoding\n 383→\n 384→```bash\n 385→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 1 -f null /dev/null\n 386→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 2 output.mp4\n 387→```\n 388→\n 389→### Concatenate files (concat demuxer)\n 390→\n 391→```bash\n 392→# files.txt contains:\n 393→# file 'part1.mp4'\n 394→# file 'part2.mp4'\n 395→ffmpeg -f concat -safe 0 -i files.txt -c copy output.mp4\n 396→```\n 397→\n 398→### Add subtitles (burn-in)\n 399→\n 400→```bash\n 401→ffmpeg -i input.mp4 -vf \"subtitles=subs.srt\" output.mp4\n 402→```\n 403→\n 404→### Create GIF\n 405→\n 406→```bash\n 407→ffmpeg -i input.mp4 -vf \"fps=10,scale=320:-1:flags=lanczos,split[s0][s1];[s0]palettegen[p];[s1][p]paletteuse\" output.gif\n 408→```\n 409→\n 410→### Add watermark / overlay\n 411→\n 412→```bash\n 413→ffmpeg -i video.mp4 -i logo.png -filter_complex \"overlay=10:10\" output.mp4\n 414→```\n 415→\n 416→### Change speed (video + audio)\n 417→\n 418→```bash\n 419→ffmpeg -i input.mp4 -vf \"setpts=0.5*PTS\" -af \"atempo=2.0\" output.mp4\n 420→```\n 421→\n 422→### Extract frames as images\n 423→\n 424→```bash\n 425→ffmpeg -i input.mp4 -vf \"fps=1\" frame_%04d.png\n 426→```\n 427→\n 428→### Merge audio and video\n 429→\n 430→```bash\n 431→ffmpeg -i video.mp4 -i audio.m4a -c:v copy -c:a copy -shortest output.mp4\n 432→```\n 433→\n 434→### Normalize audio loudness\n 435→\n 436→```bash\n 437→ffmpeg -i input.mp4 -af \"loudnorm=I=-16:TP=-1.5:LRA=11\" -c:v copy output.mp4\n 438→```\n 439→\n 440→### Convert to web-optimized MP4\n 441→\n 442→```bash\n 443→ffmpeg -i input.mp4 -c:v libx264 -crf 23 -preset medium -c:a aac -b:a 128k -movflags +faststart output.mp4\n 444→```\n 445→\n 446→### Probe file info (JSON)\n 447→\n 448→```bash\n 449→ffprobe -v quiet -print_format json -show_format -show_streams input.mp4\n 450→```\n 451→\n 452→### Get duration only\n 453→\n 454→```bash\n 455→ffprobe -v quiet -show_entries format=duration -of default=noprint_wrappers=1:nokey=1 input.mp4\n 456→```\n 457→\n 458→### Get resolution only\n 459→\n 460→```bash\n 461→ffprobe -v quiet -select_streams v:0 -show_entries stream=width,height -of csv=s=x:p=0 input.mp4\n 462→```\n 463→\n 464→---\n 465→\n 466→## Source\n 467→\n 468→- Website: https://ffmpeg.org/\n 469→- Documentation: https://www.ffmpeg.org/documentation.html\n 470→- CLI reference: https://www.ffmpeg.org/ffmpeg.html\n 471→- Filters reference: https://www.ffmpeg.org/ffmpeg-filters.html\n 472→- Codecs reference: https://www.ffmpeg.org/ffmpeg-codecs.html\n 473→- Formats reference: https://www.ffmpeg.org/ffmpeg-formats.html\n 474→- Wiki: https://trac.ffmpeg.org/wiki\n 475→","isError":false},{"role":"assistant","text":"Now I have a good understanding of fizzy-cli and the style/format used in the other skill files. Let me create the SKILL.md content."},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/skills/fizzy-cli/SKILL.md","old_string":"---\nname: fizzy-cli\ndescription: \n---","new_string":"---\nname: fizzy-cli\ndescription: Manage Fizzy boards, cards, columns, and comments from the command line. Use when the user wants to create, list, update, or organize cards and boards on Fizzy.\n---\n\n# Fizzy CLI\n\nCLI reference for fizzy-cli — a command-line interface for the Fizzy API to manage boards, cards, columns, comments, and more.\n\nSource: https://github.com/robzolkos/fizzy-cli\n\n## Configuration\n\nConfiguration sources in order of precedence (highest first):\n\n1. **Command-line flags** (`--token`, `--account`, `--api-url`)\n2. **Environment variables** (`FIZZY_TOKEN`, `FIZZY_ACCOUNT`, `FIZZY_API_URL`, `FIZZY_BOARD`)\n3. **Local project config** (`.fizzy.yaml` in current or parent directories)\n4. **Global config** (`~/.config/fizzy/config.yaml` or `~/.fizzy/config.yaml`)\n\nRun `fizzy setup` for interactive configuration.\n\n## Global Options\n\n| Flag | Env Variable | Description |\n|------|-------------|-------------|\n| `--token` | `FIZZY_TOKEN` | API access token |\n| `--account` | `FIZZY_ACCOUNT` | Account identifier |\n| `--api-url` | `FIZZY_API_URL` | API base URL (default: `https://app.fizzy.do`) |\n| `--verbose` | — | Display request/response details |\n\n---\n\n## Commands\n\n### Boards\n\n| Command | Description |\n|---------|-------------|\n| `fizzy board list` | List all boards |\n| `fizzy board show BOARD_ID` | Display board details |\n| `fizzy board create --name \"Name\"` | Create a new board |\n| `fizzy board update BOARD_ID --name \"Name\"` | Update a board |\n| `fizzy board delete BOARD_ID` | Delete a board |\n\n### Cards\n\n#### List cards\n\n```bash\nfizzy card list [--board ID] [--column ID] [--tag ID] [--assignee ID]\nfizzy card list [--sort newest|oldest|latest] [--search \"text\"]\nfizzy card list [--created thisweek] [--closed thisweek] [--unassigned]\n```\n\n#### CRUD\n\n| Command | Description |\n|---------|-------------|\n| `fizzy card show CARD_ID` | View card details |\n| `fizzy card create --board ID --title \"Title\"` | Create a card |\n| `fizzy card update CARD_ID --title \"Title\"` | Update a card |\n| `fizzy card delete CARD_ID` | Delete a card |\n\n#### Card actions\n\n| Command | Description |\n|---------|-------------|\n| `fizzy card close CARD_ID` | Close a card |\n| `fizzy card reopen CARD_ID` | Reopen a card |\n| `fizzy card move CARD_ID --to BOARD_ID` | Move card to another board |\n| `fizzy card postpone CARD_ID` | Postpone a card |\n| `fizzy card column CARD_ID --column COLUMN_ID` | Assign card to a column |\n| `fizzy card assign CARD_ID --user USER_ID` | Assign card to a user |\n| `fizzy card tag CARD_ID --tag \"tag\"` | Tag a card |\n| `fizzy card pin CARD_ID` | Pin a card |\n| `fizzy card unpin CARD_ID` | Unpin a card |\n| `fizzy card golden CARD_ID` | Mark card as golden |\n| `fizzy card ungolden CARD_ID` | Remove golden status |\n| `fizzy card watch CARD_ID` | Watch a card |\n| `fizzy card unwatch CARD_ID` | Unwatch a card |\n\n#### Card attachments\n\n| Command | Description |\n|---------|-------------|\n| `fizzy card attachments show CARD_ID` | List attachments |\n| `fizzy card attachments download CARD_ID` | Download all attachments |\n| `fizzy card attachments download CARD_ID ATT_ID` | Download specific attachment |\n\n### Columns\n\n| Command | Description |\n|---------|-------------|\n| `fizzy column list --board ID` | List columns |\n| `fizzy column show COLUMN_ID --board ID` | View column |\n| `fizzy column create --board ID --name \"Name\"` | Create column |\n| `fizzy column update COLUMN_ID --board ID --name \"Name\"` | Update column |\n| `fizzy column delete COLUMN_ID --board ID` | Delete column |\n\n### Comments\n\n| Command | Description |\n|---------|-------------|\n| `fizzy comment list --card CARD_ID` | List comments |\n| `fizzy comment show COMMENT_ID --card CARD_ID` | View comment |\n| `fizzy comment create --card CARD_ID --body \"Text\"` | Add comment |\n| `fizzy comment update COMMENT_ID --card CARD_ID --body \"Text\"` | Edit comment |\n| `fizzy comment delete COMMENT_ID --card CARD_ID` | Delete comment |\n\n#### Comment attachments\n\n| Command | Description |\n|---------|-------------|\n| `fizzy comment attachments show --card CARD_ID` | List attachments |\n| `fizzy comment attachments download --card CARD_ID` | Download all |\n| `fizzy comment attachments download --card CARD_ID ATT_ID` | Download specific |\n\n### Steps (To-Do Items)\n\n| Command | Description |\n|---------|-------------|\n| `fizzy step show STEP_ID --card CARD_ID` | View step |\n| `fizzy step create --card CARD_ID --content \"Task\"` | Create step |\n| `fizzy step update STEP_ID --card CARD_ID --completed` | Mark step complete |\n| `fizzy step delete STEP_ID --card CARD_ID` | Delete step |\n\n### Reactions\n\n| Command | Description |\n|---------|-------------|\n| `fizzy reaction list --card CARD_ID` | List reactions |\n| `fizzy reaction create --card CARD_ID --content \"👍\"` | Add reaction |\n| `fizzy reaction delete REACTION_ID --card CARD_ID` | Remove reaction |\n\n### Users & Tags\n\n| Command | Description |\n|---------|-------------|\n| `fizzy user list` | List users |\n| `fizzy user show USER_ID` | View user details |\n| `fizzy tag list` | List available tags |\n\n### Pins, Search & Notifications\n\n| Command | Description |\n|---------|-------------|\n| `fizzy pin list` | List pinned cards |\n| `fizzy search \"term\"` | Full-text card search |\n| `fizzy notification list` | List notifications |\n| `fizzy notification read ID` | Mark notification as read |\n| `fizzy notification unread ID` | Mark notification as unread |\n| `fizzy notification read-all` | Mark all notifications as read |\n\n### File Uploads\n\n```bash\nfizzy upload file /path/to/file.png\n# Returns: { \"signed_id\": \"...\", \"attachable_sgid\": \"...\" }\n```\n\nUse `signed_id` for card headers; `attachable_sgid` for inline images in rich text.\n\n---\n\n## Source\n\n- Repository: https://github.com/robzolkos/fizzy-cli"},"toolUseId":"toolu_017rgVDnJ32j3iCCdKm2EQXE","output":"The file /home/pastilhas/projects/officer.dev/data/skills/fizzy-cli/SKILL.md has been updated successfully.","isError":false}] \ No newline at end of file diff --git a/seed/skills/fizzy-cli/chat/meta.json b/seed/skills/fizzy-cli/chat/meta.json deleted file mode 100644 index f3865004..00000000 --- a/seed/skills/fizzy-cli/chat/meta.json +++ /dev/null @@ -1 +0,0 @@ -{"id":"44cc6c97-2a5e-4c39-86a7-121e4ecf2bab"} \ No newline at end of file diff --git a/seed/skills/mlxaudio/chat/messages.json b/seed/skills/mlxaudio/chat/messages.json deleted file mode 100644 index a259ff79..00000000 --- a/seed/skills/mlxaudio/chat/messages.json +++ /dev/null @@ -1 +0,0 @@ -[{"role":"user","text":"Help me create the content for this new skill file: /home/pastilhas/projects/officer.dev/data/skills/mlxaudio/SKILL.md\nfrom https://github.com/Blaizzy/mlx-audio"},{"role":"assistant","text":"\n\nLet me start by reading the current (empty) SKILL.md file and fetching information about the mlx-audio project."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/mlxaudio/SKILL.md"},"toolUseId":"toolu_01MXmpTWFrzx5Wm2fUTBEqcQ","output":" 1→---\n 2→name: mlx.audio\n 3→description: \n 4→---\n 5→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/whisper.cpp/SKILL.md"},"toolUseId":"toolu_01RfdTasfwALeQhE26dkENTD","output":" 1→---\n 2→name: whisper.cpp\n 3→description: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file.\n 4→---\n 5→\n 6→# Whisper.cpp\n 7→\n 8→API reference for the whisper.cpp HTTP server running at `http://macmini:8178`.\n 9→\n 10→whisper.cpp is a C/C++ port of OpenAI's Whisper speech recognition model. The server accepts audio files via HTTP and returns transcriptions in various formats.\n 11→\n 12→## Server\n 13→\n 14→- **Base URL:** `http://macmini:8178`\n 15→- **No authentication required**\n 16→\n 17→## Endpoints\n 18→\n 19→### POST /inference\n 20→\n 21→Transcribes an audio file. Accepts `multipart/form-data`.\n 22→\n 23→#### Example\n 24→\n 25→```bash\n 26→curl -s http://macmini:8178/inference \\\n 27→ -F file=\"@/path/to/audio.mp3\" \\\n 28→ -F temperature=\"0.0\" \\\n 29→ -F temperature_inc=\"0.2\" \\\n 30→ -F response_format=\"json\"\n 31→```\n 32→\n 33→#### Parameters\n 34→\n 35→##### File (required)\n 36→\n 37→| Parameter | Type | Description |\n 38→|-----------|------|-------------|\n 39→| `file` | file | Audio file to transcribe. Accepts at least WAV and MP3. |\n 40→\n 41→##### Response Format\n 42→\n 43→| Parameter | Type | Default | Description |\n 44→|-----------|------|---------|-------------|\n 45→| `response_format` | string | `json` | Output format: `json`, `verbose_json` (or `vjson`), `text`, `srt`, `vtt` |\n 46→\n 47→##### Language\n 48→\n 49→| Parameter | Type | Default | Description |\n 50→|-----------|------|---------|-------------|\n 51→| `language` | string | `en` | Spoken language code (e.g. `en`, `pt`, `es`, `fr`). Use `auto` for auto-detection. |\n 52→| `detect_language` | bool | `false` | Exit after detecting the language (no transcription). |\n 53→| `translate` | bool | `false` | Translate from source language to English. |\n 54→\n 55→##### Decoding\n 56→\n 57→| Parameter | Type | Default | Description |\n 58→|-----------|------|---------|-------------|\n 59→| `temperature` | float | `0.0` | Sampling temperature. `0.0` is deterministic. |\n 60→| `temperature_inc` | float | `0.2` | Temperature increment on fallback attempts. |\n 61→| `best_of` | int | `2` | Number of candidate decodings to keep. |\n 62→| `beam_size` | int | `-1` | Beam search size. `-1` disables beam search. |\n 63→| `entropy_thold` | float | `2.40` | Entropy threshold — decoder fails and retries if exceeded. |\n 64→| `logprob_thold` | float | `-1.00` | Log probability threshold for decoder failure. |\n 65→| `no_fallback` | bool | `false` | Disable temperature fallback on decode failure. |\n 66→\n 67→##### Segmentation\n 68→\n 69→| Parameter | Type | Default | Description |\n 70→|-----------|------|---------|-------------|\n 71→| `max_len` | int | `0` | Maximum segment length in characters. `0` for unlimited. |\n 72→| `max_context` | int | `-1` | Maximum text context tokens to store. `-1` for unlimited. |\n 73→| `split_on_word` | bool | `false` | Split segments at word boundaries instead of token boundaries. |\n 74→| `no_timestamps` | bool | `false` | Suppress timestamps in output. |\n 75→| `word_thold` | float | `0.01` | Word timestamp probability threshold. |\n 76→\n 77→##### Audio Processing\n 78→\n 79→| Parameter | Type | Default | Description |\n 80→|-----------|------|---------|-------------|\n 81→| `offset_t` | int | `0` | Time offset in milliseconds — skip this much audio from the start. |\n 82→| `offset_n` | int | `0` | Segment index offset. |\n 83→| `duration` | int | `0` | Duration of audio to process in milliseconds. `0` for all. |\n 84→| `audio_ctx` | int | `0` | Audio context size. `0` for all. |\n 85→\n 86→##### Speaker Diarization\n 87→\n 88→| Parameter | Type | Default | Description |\n 89→|-----------|------|---------|-------------|\n 90→| `diarize` | bool | `false` | Enable speaker diarization (requires stereo audio). |\n 91→| `tinydiarize` | bool | `false` | Enable tinydiarize (requires a tdrz model). |\n 92→\n 93→##### Voice Activity Detection (VAD)\n 94→\n 95→| Parameter | Type | Default | Description |\n 96→|-----------|------|---------|-------------|\n 97→| `vad` | bool | `false` | Enable VAD preprocessing. |\n 98→| `vad_threshold` | float | `0.50` | Speech confidence threshold (0.0–1.0). |\n 99→| `vad_min_speech_duration_ms` | int | `250` | Minimum speech segment duration in ms. |\n 100→| `vad_min_silence_duration_ms` | int | `100` | Minimum silence duration to split segments. |\n 101→| `vad_max_speech_duration_s` | float | `FLT_MAX` | Auto-split segments longer than this (seconds). |\n 102→| `vad_speech_pad_ms` | int | `30` | Padding added around speech segments (ms). |\n 103→| `vad_samples_overlap` | float | `0.10` | Overlap between segments (seconds). |\n 104→\n 105→##### Other\n 106→\n 107→| Parameter | Type | Default | Description |\n 108→|-----------|------|---------|-------------|\n 109→| `prompt` | string | `\"\"` | Initial prompt to condition the model (e.g. for vocabulary hints). |\n 110→| `suppress_nst` | bool | `false` | Suppress non-speech tokens. |\n 111→| `no_context` | bool | `false` | Do not use previous audio context for subsequent segments. |\n 112→| `debug_mode` | bool | `false` | Enable debug output. |\n 113→\n 114→#### Response Formats\n 115→\n 116→##### `json` (default)\n 117→\n 118→Minimal JSON with just the transcribed text.\n 119→\n 120→```json\n 121→{\"text\": \"The transcribed content goes here.\"}\n 122→```\n 123→\n 124→##### `verbose_json` (or `vjson`)\n 125→\n 126→Extended JSON including task type, language, audio duration, per-segment timestamps, token-level timing, confidence scores, and language probability distribution.\n 127→\n 128→##### `text`\n 129→\n 130→Plain text transcription. Includes speaker labels if diarization is enabled.\n 131→\n 132→##### `srt`\n 133→\n 134→SubRip subtitle format with sequential numbering, `HH:MM:SS,mmm` timestamps, and text content.\n 135→\n 136→```\n 137→1\n 138→00:00:00,000 --> 00:00:03,500\n 139→The transcribed content goes here.\n 140→```\n 141→\n 142→##### `vtt`\n 143→\n 144→WebVTT subtitle format with `WEBVTT` header and `HH:MM:SS.mmm` timestamps.\n 145→\n 146→```\n 147→WEBVTT\n 148→\n 149→00:00:00.000 --> 00:00:03.500\n 150→The transcribed content goes here.\n 151→```\n 152→\n 153→### POST /load\n 154→\n 155→Loads a different model file on the server at runtime.\n 156→\n 157→```bash\n 158→curl -s http://macmini:8178/load \\\n 159→ -F model=\"/path/to/model.bin\"\n 160→```\n 161→\n 162→| Parameter | Type | Description |\n 163→|-----------|------|-------------|\n 164→| `model` | string | Path to the model file on the server. |\n 165→\n 166→## Supported Audio Formats\n 167→\n 168→The server accepts at least WAV (16-bit PCM) and MP3 files directly. If the server was started with `--convert`, it can use ffmpeg to handle additional formats (ogg, flac, m4a, etc.).\n 169→\n 170→## Source\n 171→\n 172→- Repository: https://github.com/ggml-org/whisper.cpp\n 173→- Server docs: https://github.com/ggml-org/whisper.cpp/blob/master/examples/server/README.md\n 174→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/ffmpeg/SKILL.md"},"toolUseId":"toolu_0164FTK5nf9HT8m3GArB4jgy","output":" 1→---\n 2→name: ffmpeg\n 3→description: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files.\n 4→---\n 5→\n 6→# FFmpeg\n 7→\n 8→CLI reference for FFmpeg v8.x — a complete, cross-platform solution for recording, converting, and streaming audio and video.\n 9→\n 10→Official docs: https://www.ffmpeg.org/documentation.html\n 11→\n 12→## Tools\n 13→\n 14→| Tool | Purpose |\n 15→|------|---------|\n 16→| `ffmpeg` | Transcode, convert, filter, mux/demux multimedia |\n 17→| `ffprobe` | Analyze and inspect multimedia streams |\n 18→| `ffplay` | Play multimedia files (interactive) |\n 19→\n 20→---\n 21→\n 22→## ffmpeg\n 23→\n 24→### Synopsis\n 25→\n 26→```\n 27→ffmpeg [global_options] {[input_options] -i input_url} ... {[output_options] output_url} ...\n 28→```\n 29→\n 30→Options before `-i` apply to the input; options before the output URL apply to the output.\n 31→\n 32→### Global Options\n 33→\n 34→| Flag | Description |\n 35→|------|-------------|\n 36→| `-y` | Overwrite output files without asking |\n 37→| `-n` | Do not overwrite; exit if output exists |\n 38→| `-hide_banner` | Suppress copyright/build info banner |\n 39→| `-loglevel level` | Set log level: `quiet`, `error`, `warning`, `info` (default), `verbose`, `debug` |\n 40→| `-stats` | Print encoding progress/statistics |\n 41→| `-progress url` | Send machine-readable progress to url |\n 42→| `-report` | Dump full command line and log to a file |\n 43→| `-filter_threads n` | Number of threads for filter processing |\n 44→\n 45→### Input/Output Options\n 46→\n 47→| Flag | Description |\n 48→|------|-------------|\n 49→| `-i url` | Input file URL |\n 50→| `-f fmt` | Force input or output format |\n 51→| `-c[:stream] codec` | Select encoder/decoder; use `copy` for stream copying |\n 52→| `-t duration` | Limit duration (as input: read limit; as output: write limit) |\n 53→| `-to position` | Stop at position (timestamp) |\n 54→| `-ss position` | Seek to position (before `-i`: fast input seek; after: output seek) |\n 55→| `-sseof position` | Seek relative to end of file |\n 56→| `-itsoffset offset` | Set input time offset |\n 57→| `-itsscale scale` | Rescale input timestamps |\n 58→| `-metadata key=value` | Set metadata key/value pair |\n 59→| `-disposition value` | Set stream disposition flags |\n 60→| `-target type` | Specify target type: `vcd`, `svcd`, `dvd`, `dv`, `dv50` |\n 61→| `-stream_loop n` | Loop input stream n times (-1 = infinite) |\n 62→| `-frames[:stream] n` | Stop after n frames |\n 63→| `-fs limit` | Set file size limit in bytes |\n 64→| `-timestamp date` | Set recording timestamp |\n 65→\n 66→### Video Options\n 67→\n 68→| Flag | Description |\n 69→|------|-------------|\n 70→| `-vn` | Disable video |\n 71→| `-vcodec codec` | Set video codec (alias for `-c:v`) |\n 72→| `-r fps` | Set frame rate |\n 73→| `-fpsmax fps` | Set maximum frame rate |\n 74→| `-s WxH` | Set frame size |\n 75→| `-aspect ratio` | Set display aspect ratio (e.g. `16:9`) |\n 76→| `-pix_fmt format` | Set pixel format |\n 77→| `-vf filtergraph` | Apply video filter graph (alias for `-filter:v`) |\n 78→| `-pass n` | Two-pass encoding pass (1 or 2) |\n 79→| `-passlogfile prefix` | Two-pass log file prefix |\n 80→| `-vframes n` | Set number of video frames to output |\n 81→| `-autorotate` | Auto-rotate based on metadata (default on) |\n 82→| `-display_rotation angle` | Set video rotation metadata |\n 83→| `-display_hflip` | Horizontal flip metadata |\n 84→| `-display_vflip` | Vertical flip metadata |\n 85→| `-force_key_frames expr` | Force keyframes at specified times/expression |\n 86→| `-copyinkf` | Copy non-key frames at the beginning during stream copy |\n 87→\n 88→### Audio Options\n 89→\n 90→| Flag | Description |\n 91→|------|-------------|\n 92→| `-an` | Disable audio |\n 93→| `-acodec codec` | Set audio codec (alias for `-c:a`) |\n 94→| `-ar freq` | Set audio sample rate (Hz) |\n 95→| `-ac channels` | Set number of audio channels |\n 96→| `-af filtergraph` | Apply audio filter graph (alias for `-filter:a`) |\n 97→| `-sample_fmt fmt` | Set audio sample format |\n 98→| `-channel_layout layout` | Set audio channel layout |\n 99→| `-aq q` | Set audio quality (codec-specific VBR) |\n 100→| `-aframes n` | Set number of audio frames to output |\n 101→\n 102→### Subtitle Options\n 103→\n 104→| Flag | Description |\n 105→|------|-------------|\n 106→| `-sn` | Disable subtitles |\n 107→| `-scodec codec` | Set subtitle codec (alias for `-c:s`) |\n 108→| `-fix_sub_duration` | Fix subtitle durations to avoid overlap |\n 109→\n 110→### Stream Selection\n 111→\n 112→| Flag | Description |\n 113→|------|-------------|\n 114→| `-map input:stream` | Manually select streams for output |\n 115→| `-dn` | Disable data streams |\n 116→\n 117→Stream specifiers: `v` (video), `V` (video, no images), `a` (audio), `s` (subtitle), `d` (data). Index with `:N` (e.g. `a:0` = first audio).\n 118→\n 119→### Hardware Acceleration\n 120→\n 121→| Flag | Description |\n 122→|------|-------------|\n 123→| `-hwaccel method` | HW accel method: `cuda`, `vaapi`, `qsv`, `vulkan`, `auto` |\n 124→| `-hwaccel_device device` | Select HW device |\n 125→| `-init_hw_device type=name` | Initialize HW device |\n 126→\n 127→---\n 128→\n 129→## ffprobe\n 130→\n 131→### Synopsis\n 132→\n 133→```\n 134→ffprobe [options] input_url\n 135→```\n 136→\n 137→### Main Options\n 138→\n 139→| Flag | Description |\n 140→|------|-------------|\n 141→| `-show_format` | Show container format info |\n 142→| `-show_streams` | Show per-stream info |\n 143→| `-show_packets` | Show per-packet info |\n 144→| `-show_frames` | Show per-frame info |\n 145→| `-show_chapters` | Show chapter info |\n 146→| `-show_programs` | Show program info |\n 147→| `-show_entries section=key1,key2` | Show only specific fields |\n 148→| `-show_error` | Show probe errors |\n 149→| `-select_streams specifier` | Filter to specific streams (e.g. `v:0`, `a`) |\n 150→| `-count_frames` | Count frames per stream |\n 151→| `-count_packets` | Count packets per stream |\n 152→| `-read_intervals intervals` | Analyze specific time ranges |\n 153→\n 154→### Output Formats\n 155→\n 156→Set with `-output_format` (or `-of`, `-print_format`):\n 157→\n 158→| Format | Description |\n 159→|--------|-------------|\n 160→| `default` | `[SECTION] key=value [/SECTION]` |\n 161→| `json` | JSON output (most useful for parsing) |\n 162→| `xml` | XML output |\n 163→| `csv` | Comma-separated values |\n 164→| `flat` | Flat `key=value` per line |\n 165→| `ini` | INI-style sections |\n 166→\n 167→### Display Options\n 168→\n 169→| Flag | Description |\n 170→|------|-------------|\n 171→| `-pretty` | Human-readable units and time formatting |\n 172→| `-unit` | Show value units |\n 173→| `-sexagesimal` | Format times as HH:MM:SS.us |\n 174→| `-hide_banner` | Suppress copyright/build info |\n 175→| `-o output_url` | Write output to file instead of stdout |\n 176→\n 177→---\n 178→\n 179→## Common Codecs\n 180→\n 181→### Video Encoders\n 182→\n 183→#### libx264 (H.264)\n 184→\n 185→| Option | Description |\n 186→|--------|-------------|\n 187→| `-preset` | Speed/quality: `ultrafast`, `superfast`, `veryfast`, `faster`, `fast`, `medium` (default), `slow`, `slower`, `veryslow` |\n 188→| `-crf` | Constant quality: 0 (lossless) to 51 (worst). 18-23 is typical |\n 189→| `-profile:v` | `baseline`, `main`, `high` |\n 190→| `-tune` | `film`, `animation`, `grain`, `stillimage`, `fastdecode`, `zerolatency` |\n 191→| `-b:v` | Target bitrate (e.g. `2M`) |\n 192→\n 193→#### libx265 (H.265/HEVC)\n 194→\n 195→| Option | Description |\n 196→|--------|-------------|\n 197→| `-preset` | Same presets as x264 |\n 198→| `-crf` | 0-51, default 28. Similar quality to x264 at lower bitrate |\n 199→| `-profile:v` | `main`, `main10`, `main12` |\n 200→| `-b:v` | Target bitrate |\n 201→\n 202→#### libvpx-vp9 (VP9)\n 203→\n 204→| Option | Description |\n 205→|--------|-------------|\n 206→| `-crf` | 0-63. 31 is a good default |\n 207→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 208→| `-cpu-used` | Speed: 0 (slowest/best) to 8 (fastest) |\n 209→| `-deadline` | `best`, `good` (default), `realtime` |\n 210→| `-row-mt 1` | Enable row-based multithreading |\n 211→\n 212→#### libsvtav1 (SVT-AV1)\n 213→\n 214→| Option | Description |\n 215→|--------|-------------|\n 216→| `-crf` | 0-63. 30 is a good default |\n 217→| `-preset` | 0 (slowest/best) to 13 (fastest). 8 is a good default |\n 218→| `-b:v` | Target bitrate |\n 219→\n 220→#### libaom-av1 (AOM AV1)\n 221→\n 222→| Option | Description |\n 223→|--------|-------------|\n 224→| `-crf` | 0-63 |\n 225→| `-cpu-used` | 0 (best) to 8 (fastest) |\n 226→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 227→| `-tiles` | Tile columns x rows for parallelism |\n 228→\n 229→### Audio Encoders\n 230→\n 231→#### aac (Native AAC)\n 232→\n 233→| Option | Description |\n 234→|--------|-------------|\n 235→| `-b:a` | Bitrate: `128k`, `192k`, `256k` |\n 236→| `-profile:a` | `aac_low` (default), `aac_he`, `aac_he_v2` |\n 237→\n 238→#### libmp3lame (MP3)\n 239→\n 240→| Option | Description |\n 241→|--------|-------------|\n 242→| `-b:a` | CBR bitrate: `128k`, `192k`, `320k` |\n 243→| `-q:a` | VBR quality: 0 (best) to 9 (worst). 2 is a good default |\n 244→\n 245→#### libopus (Opus)\n 246→\n 247→| Option | Description |\n 248→|--------|-------------|\n 249→| `-b:a` | Bitrate: `64k` to `256k`. 128k is a good default |\n 250→| `-vbr` | `on` (default), `off`, `constrained` |\n 251→| `-application` | `audio` (default), `voip`, `lowdelay` |\n 252→\n 253→#### libvorbis (Vorbis)\n 254→\n 255→| Option | Description |\n 256→|--------|-------------|\n 257→| `-q:a` | VBR quality: -1 to 10. 5 is a good default |\n 258→| `-b:a` | ABR bitrate |\n 259→\n 260→#### flac (FLAC)\n 261→\n 262→| Option | Description |\n 263→|--------|-------------|\n 264→| `-compression_level` | 0 (fast) to 12 (best). 5 is default |\n 265→\n 266→---\n 267→\n 268→## Common Container Formats\n 269→\n 270→| Format | Extensions | Notes |\n 271→|--------|-----------|-------|\n 272→| `mp4` | .mp4, .m4a, .m4v | Use `-movflags +faststart` for web streaming |\n 273→| `matroska` | .mkv | Supports virtually all codecs |\n 274→| `webm` | .webm | VP8/VP9/AV1 + Vorbis/Opus for web |\n 275→| `avi` | .avi | Legacy; limited codec support |\n 276→| `mpegts` | .ts | Broadcast transport stream |\n 277→| `ogg` | .ogg, .ogv | Vorbis/Opus/Theora container |\n 278→| `wav` | .wav | Uncompressed PCM audio |\n 279→| `flac` | .flac | Lossless audio |\n 280→| `mp3` | .mp3 | MPEG audio layer 3 |\n 281→| `hls` | .m3u8 | HTTP Live Streaming |\n 282→| `dash` | .mpd | DASH adaptive streaming |\n 283→| `gif` | .gif | Animated GIF |\n 284→| `image2` | various | Image sequence input/output |\n 285→| `concat` | text file | Concatenation demuxer (file list) |\n 286→| `null` | — | Discard output (benchmarking) |\n 287→\n 288→---\n 289→\n 290→## Common Video Filters (`-vf`)\n 291→\n 292→| Filter | Description | Example |\n 293→|--------|-------------|---------|\n 294→| `scale=W:H` | Resize video. Use `-1` or `-2` to auto-calculate | `scale=1280:720`, `scale=-2:480` |\n 295→| `crop=W:H:X:Y` | Crop to WxH starting at X,Y | `crop=640:480:100:50` |\n 296→| `pad=W:H:X:Y:color` | Pad video with borders | `pad=1920:1080:(ow-iw)/2:(oh-ih)/2:black` |\n 297→| `overlay=X:Y` | Composite second input over first | `overlay=10:10` |\n 298→| `transpose=N` | Rotate: 0=90ccw+vflip, 1=90cw, 2=90ccw, 3=90cw+vflip | `transpose=1` |\n 299→| `hflip` / `vflip` | Horizontal / vertical flip | `hflip` |\n 300→| `rotate=angle` | Rotate by arbitrary angle (radians) | `rotate=PI/4` |\n 301→| `fps=N` | Change frame rate | `fps=30` |\n 302→| `setpts=expr` | Modify presentation timestamps | `setpts=0.5*PTS` (2x speed) |\n 303→| `trim=start:end` | Extract time range | `trim=start=10:end=20` |\n 304→| `drawtext=opts` | Overlay text | `drawtext=text='Hello':fontsize=24:x=10:y=10` |\n 305→| `fade=t=type:st=S:d=D` | Fade in/out | `fade=t=in:st=0:d=2` |\n 306→| `eq=opts` | Adjust brightness/contrast/saturation | `eq=brightness=0.1:contrast=1.2` |\n 307→| `format=pix_fmt` | Convert pixel format | `format=yuv420p` |\n 308→| `concat=n:v:a` | Concatenate segments | `concat=n=2:v=1:a=1` |\n 309→| `split` / `select` | Duplicate / select frames | `select='eq(pict_type,I)'` |\n 310→| `deinterlace` / `yadif` | Remove interlacing | `yadif=1` |\n 311→| `boxblur=R` | Apply box blur | `boxblur=5:1` |\n 312→| `subtitles=file` | Burn in subtitles from file | `subtitles=subs.srt` |\n 313→| `palettegen` / `paletteuse` | Generate/apply palette for GIF | Used in two-pass GIF creation |\n 314→| `colorchannelmixer` | Mix color channels | `colorchannelmixer=.3:.4:.3:0:.3:.4:.3:0:.3:.4:.3` (grayscale) |\n 315→\n 316→## Common Audio Filters (`-af`)\n 317→\n 318→| Filter | Description | Example |\n 319→|--------|-------------|---------|\n 320→| `volume=V` | Adjust volume | `volume=1.5`, `volume=-3dB` |\n 321→| `loudnorm` | EBU R128 loudness normalization | `loudnorm=I=-16:TP=-1.5:LRA=11` |\n 322→| `atempo=T` | Change tempo (0.5-100.0) | `atempo=2.0` (2x speed) |\n 323→| `aresample=rate` | Resample audio | `aresample=44100` |\n 324→| `amerge` | Merge audio channels | `amerge=inputs=2` |\n 325→| `afade=t=type:st=S:d=D` | Audio fade in/out | `afade=t=in:st=0:d=3` |\n 326→| `highpass=f=freq` | High-pass filter | `highpass=f=200` |\n 327→| `lowpass=f=freq` | Low-pass filter | `lowpass=f=3000` |\n 328→| `equalizer=f:t:w:g` | Parametric EQ | `equalizer=f=1000:t=q:w=1:g=5` |\n 329→| `acompressor` | Dynamic range compression | `acompressor=threshold=-20dB:ratio=4` |\n 330→| `silenceremove` | Remove silence | `silenceremove=1:0:-50dB` |\n 331→| `silencedetect` | Detect silence | `silencedetect=n=-30dB:d=2` |\n 332→| `adelay=delays` | Delay audio channels | `adelay=1000\\|1000` (ms) |\n 333→| `aecho=id:ig:delays:decays` | Add echo effect | `aecho=0.8:0.88:60:0.4` |\n 334→| `pan=layout:gains` | Remix channels | `pan=mono\\|c0=0.5*c0+0.5*c1` |\n 335→\n 336→---\n 337→\n 338→## Common Recipes\n 339→\n 340→### Convert format\n 341→\n 342→```bash\n 343→ffmpeg -i input.mkv output.mp4\n 344→```\n 345→\n 346→### Transcode with CRF quality\n 347→\n 348→```bash\n 349→ffmpeg -i input.mp4 -c:v libx264 -crf 20 -c:a aac -b:a 192k output.mp4\n 350→```\n 351→\n 352→### Extract audio\n 353→\n 354→```bash\n 355→ffmpeg -i video.mp4 -vn -c:a copy audio.m4a\n 356→```\n 357→\n 358→### Extract video (no audio)\n 359→\n 360→```bash\n 361→ffmpeg -i input.mp4 -an -c:v copy output.mp4\n 362→```\n 363→\n 364→### Trim / cut\n 365→\n 366→```bash\n 367→ffmpeg -ss 00:01:30 -to 00:03:00 -i input.mp4 -c copy output.mp4\n 368→```\n 369→\n 370→### Resize video\n 371→\n 372→```bash\n 373→ffmpeg -i input.mp4 -vf \"scale=1280:720\" -c:a copy output.mp4\n 374→```\n 375→\n 376→### Compress video (lower quality)\n 377→\n 378→```bash\n 379→ffmpeg -i input.mp4 -c:v libx264 -crf 28 -preset fast -c:a aac -b:a 128k output.mp4\n 380→```\n 381→\n 382→### Two-pass encoding\n 383→\n 384→```bash\n 385→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 1 -f null /dev/null\n 386→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 2 output.mp4\n 387→```\n 388→\n 389→### Concatenate files (concat demuxer)\n 390→\n 391→```bash\n 392→# files.txt contains:\n 393→# file 'part1.mp4'\n 394→# file 'part2.mp4'\n 395→ffmpeg -f concat -safe 0 -i files.txt -c copy output.mp4\n 396→```\n 397→\n 398→### Add subtitles (burn-in)\n 399→\n 400→```bash\n 401→ffmpeg -i input.mp4 -vf \"subtitles=subs.srt\" output.mp4\n 402→```\n 403→\n 404→### Create GIF\n 405→\n 406→```bash\n 407→ffmpeg -i input.mp4 -vf \"fps=10,scale=320:-1:flags=lanczos,split[s0][s1];[s0]palettegen[p];[s1][p]paletteuse\" output.gif\n 408→```\n 409→\n 410→### Add watermark / overlay\n 411→\n 412→```bash\n 413→ffmpeg -i video.mp4 -i logo.png -filter_complex \"overlay=10:10\" output.mp4\n 414→```\n 415→\n 416→### Change speed (video + audio)\n 417→\n 418→```bash\n 419→ffmpeg -i input.mp4 -vf \"setpts=0.5*PTS\" -af \"atempo=2.0\" output.mp4\n 420→```\n 421→\n 422→### Extract frames as images\n 423→\n 424→```bash\n 425→ffmpeg -i input.mp4 -vf \"fps=1\" frame_%04d.png\n 426→```\n 427→\n 428→### Merge audio and video\n 429→\n 430→```bash\n 431→ffmpeg -i video.mp4 -i audio.m4a -c:v copy -c:a copy -shortest output.mp4\n 432→```\n 433→\n 434→### Normalize audio loudness\n 435→\n 436→```bash\n 437→ffmpeg -i input.mp4 -af \"loudnorm=I=-16:TP=-1.5:LRA=11\" -c:v copy output.mp4\n 438→```\n 439→\n 440→### Convert to web-optimized MP4\n 441→\n 442→```bash\n 443→ffmpeg -i input.mp4 -c:v libx264 -crf 23 -preset medium -c:a aac -b:a 128k -movflags +faststart output.mp4\n 444→```\n 445→\n 446→### Probe file info (JSON)\n 447→\n 448→```bash\n 449→ffprobe -v quiet -print_format json -show_format -show_streams input.mp4\n 450→```\n 451→\n 452→### Get duration only\n 453→\n 454→```bash\n 455→ffprobe -v quiet -show_entries format=duration -of default=noprint_wrappers=1:nokey=1 input.mp4\n 456→```\n 457→\n 458→### Get resolution only\n 459→\n 460→```bash\n 461→ffprobe -v quiet -select_streams v:0 -show_entries stream=width,height -of csv=s=x:p=0 input.mp4\n 462→```\n 463→\n 464→---\n 465→\n 466→## Source\n 467→\n 468→- Website: https://ffmpeg.org/\n 469→- Documentation: https://www.ffmpeg.org/documentation.html\n 470→- CLI reference: https://www.ffmpeg.org/ffmpeg.html\n 471→- Filters reference: https://www.ffmpeg.org/ffmpeg-filters.html\n 472→- Codecs reference: https://www.ffmpeg.org/ffmpeg-codecs.html\n 473→- Formats reference: https://www.ffmpeg.org/ffmpeg-formats.html\n 474→- Wiki: https://trac.ffmpeg.org/wiki\n 475→","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/Blaizzy/mlx-audio","prompt":"Extract all information about mlx-audio: what it is, installation instructions, CLI usage, Python API usage, all available commands, supported models, supported features (TTS, STT, voice activity detection, etc.), configuration options, and any examples. Be comprehensive."},"toolUseId":"toolu_01BTviqNNX8vHWJ2Ci1yB8xS","output":"# MLX-Audio: Comprehensive Overview\n\n## What It Is\n\nMLX-Audio is a speech processing library built on Apple's MLX framework. It provides \"fast and efficient text-to-speech (TTS), speech-to-text (STT), and speech-to-speech (STS)\" capabilities optimized for Apple Silicon devices.\n\n## Installation\n\n**Via pip:**\n```bash\npip install mlx-audio\n```\n\n**CLI tools with uv (latest from PyPI):**\n```bash\nuv tool install --force mlx-audio --prerelease=allow\n```\n\n**Development setup:**\n```bash\ngit clone https://github.com/Blaizzy/mlx-audio.git\ncd mlx-audio\npip install -e \".[dev]\"\n```\n\n## Key Features\n\nThe library offers \"fast inference optimized for Apple Silicon (M series chips)\" along with multilingual support, voice customization, quantization options (3-bit through 8-bit), and an OpenAI-compatible REST API.\n\n## CLI Commands\n\n### TTS Generation\n```bash\nmlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello, world!' --lang_code a\nmlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello!' --voice af_heart --speed 1.2 --lang_code a\nmlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello!' --play --lang_code a\nmlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello!' --output_path ./my_audio --lang_code a\n```\n\n### STT Transcription\n```bash\npython -m mlx_audio.stt.generate --model mlx-community/VibeVoice-ASR-bf16 --audio meeting.wav --output-path output --format json --max-tokens 8192 --verbose\npython -m mlx_audio.stt.generate --model mlx-community/parakeet-tdt-0.6b-v3 --audio speech.wav --output-path output --format json --verbose\n```\n\n## Python API Usage\n\n### TTS Example\n```python\nfrom mlx_audio.tts.utils import load_model\n\nmodel = load_model(\"mlx-community/Kokoro-82M-bf16\")\nfor result in model.generate(\"Hello from MLX-Audio!\", voice=\"af_heart\"):\n audio = result.audio # mx.array waveform\n```\n\n### STT Example\n```python\nfrom mlx_audio.stt.generate import generate_transcription\n\nresult = generate_transcription(\n model=\"mlx-community/whisper-large-v3-turbo-asr-fp16\",\n audio=\"audio.wav\",\n)\nprint(result.text)\n```\n\n### Qwen3-ASR with Forced Alignment\n```python\nfrom mlx_audio.stt import load\n\nmodel = load(\"mlx-community/Qwen3-ASR-0.6B-8bit\")\nresult = model.generate(\"audio.wav\", language=\"English\")\nprint(result.text)\n\naligner = load(\"mlx-community/Qwen3-ForcedAligner-0.6B-8bit\")\nresult = aligner.generate(\"audio.wav\", text=\"I have a dream\", language=\"English\")\nfor item in result:\n print(f\"[{item.start_time:.2f}s - {item.end_time:.2f}s] {item.text}\")\n```\n\n### Voice Cloning (CSM)\n```bash\nmlx_audio.tts.generate --model mlx-community/csm-1b --text \"Hello from Sesame.\" --ref_audio ./reference_voice.wav --play\n```\n\n### VibeVoice-ASR with Context\n```python\nresult = model.generate(\n audio=\"technical_talk.wav\",\n context=\"MLX, Apple Silicon, PyTorch, Transformer\",\n max_tokens=8192,\n temperature=0.0,\n)\n```\n\n### Streaming Transcription\n```python\n# VibeVoice-ASR streaming\nfor text in model.stream_transcribe(audio=\"speech.wav\", max_tokens=4096):\n print(text, end=\"\", flush=True)\n\n# Parakeet streaming\nfor chunk in model.generate(\"long_audio.wav\", stream=True):\n print(chunk.text, end=\"\", flush=True)\n\n# Voxtral Realtime streaming\nfor chunk in model.generate(\"audio.wav\", stream=True):\n print(chunk, end=\"\", flush=True)\n```\n\n## Supported TTS Models\n\n| Model | Description | Languages |\n|-------|-------------|-----------|\n| **Kokoro** | Fast, high-quality multilingual | EN, JA, ZH, FR, ES, IT, PT, HI |\n| **Qwen3-TTS** | Alibaba's multilingual with voice design | ZH, EN, JA, KO, + more |\n| **CSM** | Voice cloning | EN |\n| **Dia** | Dialogue-focused | EN |\n| **OuteTTS** | Efficient model | EN |\n| **Spark** | SparkTTS | EN, ZH |\n| **Chatterbox** | Expressive multilingual | EN, ES, FR, DE, IT, PT, PL, TR, RU, NL, CS, AR, ZH, JA, HU, KO |\n| **Soprano** | High-quality | EN |\n\n**Kokoro Voice Examples:** af_heart, af_bella, af_nova, af_sky (American female); am_adam, am_echo (American male); bf_alice, bf_emma (British female); bm_daniel, bm_george (British male); jf_alpha, jm_kumo (Japanese); zf_xiaobei, zm_yunxi (Chinese)\n\n**Language Codes:** a (American English), b (British English), j (Japanese), z (Mandarin Chinese), e (Spanish), f (French)\n\n## Supported STT Models\n\n| Model | Description | Languages |\n|-------|-------------|-----------|\n| **Whisper** | OpenAI's robust model | 99+ languages |\n| **Qwen3-ASR** | Alibaba's multilingual | ZH, EN, JA, KO, + more |\n| **Qwen3-ForcedAligner** | Word-level alignment | ZH, EN, JA, KO, + more |\n| **Parakeet** | NVIDIA's accurate STT | EN (v2), 25 EU languages (v3) |\n| **Voxtral** | Mistral's speech model | Multiple |\n| **Voxtral Realtime** | 4B streaming STT | Multiple |\n| **VibeVoice-ASR** | Microsoft's 9B with diarization | Multiple |\n\n**Parakeet v3 Languages:** Bulgarian, Croatian, Czech, Danish, Dutch, English, Estonian, Finnish, French, German, Greek, Hungarian, Italian, Latvian, Lithuanian, Maltese, Polish, Portuguese, Romanian, Slovak, Slovenian, Spanish, Swedish, Russian, Ukrainian\n\n## VAD/Speaker Diarization Models\n\n| Model | Description | \n|-------|-------------|\n| **Sortformer v1** | NVIDIA's end-to-end (up to 4 speakers) |\n| **Sortformer v2.1** | Streaming diarization with AOSC compression |\n\n## Speech-to-Speech (STS) Models\n\n| Model | Purpose |\n|-------|---------|\n| **SAM-Audio** | Text-guided source separation |\n| **Liquid2.5-Audio** | Speech/text-to-speech and STT |\n| **MossFormer2 SE** | Speech enhancement/noise removal |\n\n## Configuration Options\n\n### TTS Parameters\n- `--text`: Input text to synthesize\n- `--voice`: Voice preset selection\n- `--speed`: Speech speed adjustment (e.g., 1.2)\n- `--lang_code`: Language code\n- `--play`: Play audio immediately\n- `--output_path`: Directory for saving audio\n- `--ref_audio`: Reference audio for voice cloning\n\n### STT Parameters\n- `--audio`: Input audio file\n- `--model`: Model identifier\n- `--language`: Language specification\n- `--max_tokens`: Token limit (e.g., 8192)\n- `--temperature`: Generation temperature (0.0 for deterministic)\n- `--context`: Hotwords/metadata for context\n- `--output_path`: Output directory\n- `--format`: Output format (json, etc.)\n- `--stream`: Enable streaming mode\n- `--transcription_delay_ms`: Latency setting (Voxtral Realtime)\n- `--verbose`: Detailed logging\n\n## License\n\nThe project is licensed under MIT.","isError":false},{"role":"assistant","text":"Now let me fetch the README more thoroughly, particularly for details about the API server and quantization."},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/Blaizzy/mlx-audio/blob/main/README.md","prompt":"Extract the complete raw content of the README. Focus on: 1) The REST API / OpenAI-compatible server setup and usage, 2) Quantization details, 3) Any additional CLI flags or Python API details not covered before. Get everything."},"toolUseId":"toolu_019imtWTE2Lakb4ZaZMFMcD9","output":"# MLX-Audio README: REST API, Quantization & Advanced Features\n\n## Web Interface & API Server\n\nThe project supports an OpenAI-compatible REST API server. Starting the server enables both a web interface with 3D audio visualization and programmatic access to all audio processing models.\n\n**Starting the Server:**\nLaunch the API server with a simple command to make all TTS, STT, and other audio models accessible via HTTP endpoints.\n\n**API Endpoints:**\nThe server implements OpenAI-compatible REST endpoints, allowing developers to integrate MLX-Audio into existing applications designed for OpenAI's API. This includes standard endpoints for speech synthesis, transcription, and other audio operations.\n\n## Quantization\n\nThe library supports multiple quantization levels: 3-bit, 4-bit, 6-bit, 8-bit, and additional precision options. Quantization reduces model size and improves inference speed on Apple Silicon while maintaining quality. Users can select pre-quantized model variants from Hugging Face (e.g., \"mlx-community/model-name-4bit\") or quantize models locally.\n\n## Additional CLI & Python API Features\n\n- **Speech speed control**: Adjust playback speed for TTS generation\n- **Output path specification**: Save generated audio to custom directories\n- **Immediate playback**: Use `--play` flag to hear results instantly\n- **Streaming support**: Several models support streaming transcription for real-time processing\n- **Context/hotwords**: VibeVoice-ASR and other models accept context strings to improve technical term recognition\n- **Model variants**: Choose between different precision levels and model sizes for performance/quality tradeoffs\n\nThe library emphasizes ease of use across command-line, Python API, and web interface paradigms for audio processing workflows.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/Blaizzy/mlx-audio/tree/main/mlx_audio/tts","prompt":"List all files and directories in the TTS module. Look for any server.py, api.py, or similar files that indicate REST API functionality."},"toolUseId":"toolu_01VNu3dPPG68dArCP19kaXH9","output":"# TTS Module Contents\n\nBased on the GitHub page content, the TTS (Text-to-Speech) module directory structure includes:\n\n**Files:**\n- `__init__.py`\n- `audio_player.py`\n- `generate.py`\n- `utils.py`\n\n**Subdirectories:**\n- `models/`\n- `tests/`\n\n## API Functionality Assessment\n\nThere is **no evidence of REST API files** (such as `server.py` or `api.py`) within the TTS module itself. The module appears focused on core TTS functionality through generation, audio playback, and utility functions rather than exposing HTTP endpoints.\n\n**Note:** The parent `mlx_audio` directory does contain a `server.py` file, which may provide API capabilities at the package level, but this is separate from the TTS module's direct implementation.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/Blaizzy/mlx-audio/blob/main/mlx_audio/server.py","prompt":"Extract the full content of this server.py file. I need to understand: 1) How to start the server (command), 2) All available API endpoints and their parameters, 3) Request/response formats, 4) Any configuration options. Get everything."},"toolUseId":"toolu_017WJRxSMxEMSVeMGNLcgC22","output":"# MLX Audio Server - Complete Documentation\n\n## Starting the Server\n\n**Command:**\n```bash\npython -m mlx_audio.server [OPTIONS]\n```\n\n**Key startup options:**\n- `--host`: Server host (default: localhost)\n- `--port`: Server port (default: 8000)\n- `--allowed-origins`: CORS allowed origins (default: *)\n- `--workers`: Number of workers (int or float, default: 2)\n- `--reload`: Enable auto-reload\n- `--start-ui`: Launch Studio UI alongside API\n- `--log-dir`: Directory for server logs (default: logs)\n\n## API Endpoints\n\n### Model Management\n\n**GET `/v1/models`**\n- Returns list of available models in OpenAI-compatible format\n- Response: `{\"object\": \"list\", \"data\": [{\"id\": model_name, \"object\": \"model\", ...}]}`\n\n**POST `/v1/models`**\n- Adds new model to API\n- Parameter: `model_name` (query string)\n- Response: `{\"status\": \"success\", \"message\": \"Model {name} added successfully\"}`\n\n**DELETE `/v1/models`**\n- Removes model from API\n- Parameter: `model_name` (query string)\n- Response: 204 No Content on success, 404 if not found\n\n### Speech Generation (TTS)\n\n**POST `/v1/audio/speech`**\n- Generates speech from text\n- Request body (SpeechRequest):\n```\n{\n \"model\": str (required),\n \"input\": str (required),\n \"voice\": str | None,\n \"speed\": float (default: 1.0),\n \"gender\": str (default: \"male\"),\n \"pitch\": float (default: 1.0),\n \"instruct\": str | None,\n \"lang_code\": str (default: \"a\"),\n \"ref_audio\": str | None,\n \"ref_text\": str | None,\n \"temperature\": float (default: 0.7),\n \"top_p\": float (default: 0.95),\n \"top_k\": int (default: 40),\n \"repetition_penalty\": float (default: 1.0),\n \"response_format\": str (default: \"mp3\"),\n \"stream\": bool (default: False),\n \"streaming_interval\": float (default: 2.0),\n \"max_tokens\": int (default: 1200),\n \"verbose\": bool (default: False)\n}\n```\n- Response: Audio stream with appropriate content-type\n\n### Speech-to-Text (STT)\n\n**POST `/v1/audio/transcriptions`**\n- Transcribes audio file\n- Parameters (form-data):\n - `file`: Audio file (required)\n - `model`: Model name (required)\n - `language`: Optional language code\n - `verbose`: Boolean (default: False)\n - `max_tokens`: Integer (default: 1024)\n - `chunk_duration`: Float (default: 30.0)\n - `frame_threshold`: Integer (default: 25)\n - `stream`: Boolean (default: False)\n - `context`: Optional context string\n - `prefill_step_size`: Integer (default: 2048)\n - `text`: Optional text parameter\n\n- Response: NDJSON stream with transcription chunks\n```\n{\"text\": str, \"accumulated\": str}\nor\n{\"text\": str, \"start\": float, \"end\": float, \"is_final\": bool, \"language\": str}\n```\n\n**WebSocket `/v1/audio/transcriptions/realtime`**\n- Real-time transcription via WebSocket\n- Initial message (JSON):\n```\n{\n \"model\": str,\n \"language\": str | None,\n \"sample_rate\": int (default: 16000),\n \"streaming\": bool (default: True)\n}\n```\n- Audio: Send as binary frames (int16 PCM)\n- Responses:\n - `{\"status\": \"ready\", \"message\": \"...\"}`\n - `{\"type\": \"delta\", \"delta\": str}`\n - `{\"type\": \"complete\", \"text\": str, \"segments\": null, ...}`\n\n### Audio Separation\n\n**POST `/v1/audio/separations`**\n- Separates audio using SAM Audio model\n- Parameters (form-data):\n - `file`: Audio file (required)\n - `model`: Model name (default: mlx-community/sam-audio-large-fp16)\n - `description`: Target description (default: \"speech\")\n - `method`: ODE method \"midpoint\" or \"euler\" (default: midpoint)\n - `steps`: ODE steps 2/4/8/16/32 (default: 16)\n\n- Response (SeparationResponse):\n```\n{\n \"target\": \"base64_encoded_wav\",\n \"residual\": \"base64_encoded_wav\",\n \"sample_rate\": int\n}\n```\n\n### Root\n\n**GET `/`**\n- Welcome message with link to UI (http://localhost:3000)\n\n## Configuration\n\n**Environment Variables:**\n- `MLX_AUDIO_NUM_WORKERS`: Override worker count\n- `MLX_AUDIO_ALLOWED_ORIGINS`: Comma-separated CORS origins\n\n**CORS Middleware:**\nConfigured automatically on startup; can be reconfigured via `setup_cors(app, origins_list)`\n\n## Architecture Notes\n\n- Uses FastAPI with async/await\n- Implements asyncio locks for thread-safe model management\n- VAD (Voice Activity Detection) enabled for real-time transcription\n- Supports streaming and non-streaming inference modes\n- Sanitizes NaN/Infinity values for JSON compatibility","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/Blaizzy/mlx-audio/tree/main/mlx_audio","prompt":"List all files and directories in the mlx_audio root package directory."},"toolUseId":"toolu_01TfedYLiRZqsWufnn4awqmw","output":"# Files and Directories in mlx_audio Root Package\n\nBased on the repository structure provided, the mlx_audio root package contains:\n\n**Directories:**\n- codec\n- sts\n- stt\n- tests\n- tts\n- ui\n- vad\n\n**Files:**\n- `__init__.py`\n- `audio_io.py`\n- `base.py`\n- `convert.py`\n- `dsp.py`\n- `server.py`\n- `utils.py`\n- `version.py`\n\nThis appears to be an audio processing library with modules for speech-to-text (stt), text-to-speech (tts), voice activity detection (vad), speech translation (sts), and codec handling.","isError":false},{"role":"assistant","text":"Now I have comprehensive information. Let me write the SKILL.md file."},{"role":"tool","toolName":"Write","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/mlxaudio/SKILL.md","content":"---\nname: mlx.audio\ndescription: Generate speech from text and transcribe audio using mlx-audio. Use when the user wants text-to-speech synthesis, speech-to-text transcription, voice cloning, audio separation, or speech-to-speech processing on Apple Silicon.\n---\n\n# MLX-Audio\n\nA speech processing library built on Apple's MLX framework, providing TTS, STT, speech-to-speech (STS), and audio separation optimized for Apple Silicon.\n\n- **Repository:** https://github.com/Blaizzy/mlx-audio\n- **License:** MIT\n\n## CLI Tools\n\n### Text-to-Speech (TTS)\n\n```bash\nmlx_audio.tts.generate --model --text '' [options]\n```\n\n| Flag | Type | Default | Description |\n|------|------|---------|-------------|\n| `--model` | string | required | HuggingFace model ID |\n| `--text` | string | required | Text to synthesize |\n| `--voice` | string | — | Voice preset (model-specific) |\n| `--speed` | float | 1.0 | Speech speed multiplier |\n| `--lang_code` | string | `a` | Language code |\n| `--play` | flag | — | Play audio immediately |\n| `--output_path` | string | — | Directory to save audio |\n| `--ref_audio` | string | — | Reference audio for voice cloning (CSM) |\n\n#### Language Codes\n\n| Code | Language |\n|------|----------|\n| `a` | American English |\n| `b` | British English |\n| `j` | Japanese |\n| `z` | Mandarin Chinese |\n| `e` | Spanish |\n| `f` | French |\n\n#### Kokoro Voices\n\n| Voice | Description |\n|-------|-------------|\n| `af_heart`, `af_bella`, `af_nova`, `af_sky` | American female |\n| `am_adam`, `am_echo` | American male |\n| `bf_alice`, `bf_emma` | British female |\n| `bm_daniel`, `bm_george` | British male |\n| `jf_alpha`, `jm_kumo` | Japanese |\n| `zf_xiaobei`, `zm_yunxi` | Chinese |\n\n#### Examples\n\n```bash\n# Basic generation\nmlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello, world!' --lang_code a\n\n# With voice and speed\nmlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello!' --voice af_heart --speed 1.2 --lang_code a\n\n# Play immediately\nmlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello!' --play --lang_code a\n\n# Voice cloning with CSM\nmlx_audio.tts.generate --model mlx-community/csm-1b --text \"Hello from Sesame.\" --ref_audio ./reference_voice.wav --play\n```\n\n### Speech-to-Text (STT)\n\n```bash\npython -m mlx_audio.stt.generate --model --audio [options]\n```\n\n| Flag | Type | Default | Description |\n|------|------|---------|-------------|\n| `--model` | string | required | HuggingFace model ID |\n| `--audio` | string | required | Input audio file |\n| `--language` | string | — | Language code |\n| `--max-tokens` | int | 1024 | Maximum output tokens |\n| `--temperature` | float | 0.0 | Sampling temperature |\n| `--context` | string | — | Hotwords/metadata for context |\n| `--output-path` | string | — | Output directory |\n| `--format` | string | — | Output format (e.g. `json`) |\n| `--stream` | flag | — | Enable streaming mode |\n| `--verbose` | flag | — | Detailed logging |\n\n#### Examples\n\n```bash\n# Basic transcription\npython -m mlx_audio.stt.generate --model mlx-community/whisper-large-v3-turbo-asr-fp16 --audio speech.wav --verbose\n\n# With context for technical terms\npython -m mlx_audio.stt.generate --model mlx-community/VibeVoice-ASR-bf16 --audio meeting.wav --context \"MLX, Apple Silicon, PyTorch\" --max-tokens 8192 --format json --verbose\n\n# Parakeet model\npython -m mlx_audio.stt.generate --model mlx-community/parakeet-tdt-0.6b-v3 --audio speech.wav --format json --verbose\n```\n\n---\n\n## Python API\n\n### TTS\n\n```python\nfrom mlx_audio.tts.utils import load_model\n\nmodel = load_model(\"mlx-community/Kokoro-82M-bf16\")\nfor result in model.generate(\"Hello from MLX-Audio!\", voice=\"af_heart\"):\n audio = result.audio # mx.array waveform\n```\n\n### STT\n\n```python\nfrom mlx_audio.stt.generate import generate_transcription\n\nresult = generate_transcription(\n model=\"mlx-community/whisper-large-v3-turbo-asr-fp16\",\n audio=\"audio.wav\",\n)\nprint(result.text)\n```\n\n### STT with Streaming\n\n```python\nfrom mlx_audio.stt import load\n\n# VibeVoice-ASR streaming\nmodel = load(\"mlx-community/VibeVoice-ASR-bf16\")\nfor text in model.stream_transcribe(audio=\"speech.wav\", max_tokens=4096):\n print(text, end=\"\", flush=True)\n\n# Parakeet streaming\nmodel = load(\"mlx-community/parakeet-tdt-0.6b-v3\")\nfor chunk in model.generate(\"long_audio.wav\", stream=True):\n print(chunk.text, end=\"\", flush=True)\n```\n\n### Forced Alignment (Qwen3)\n\n```python\nfrom mlx_audio.stt import load\n\naligner = load(\"mlx-community/Qwen3-ForcedAligner-0.6B-8bit\")\nresult = aligner.generate(\"audio.wav\", text=\"I have a dream\", language=\"English\")\nfor item in result:\n print(f\"[{item.start_time:.2f}s - {item.end_time:.2f}s] {item.text}\")\n```\n\n---\n\n## REST API Server (OpenAI-compatible)\n\n### Starting the Server\n\n```bash\npython -m mlx_audio.server [OPTIONS]\n```\n\n| Flag | Type | Default | Description |\n|------|------|---------|-------------|\n| `--host` | string | `localhost` | Server host |\n| `--port` | int | `8000` | Server port |\n| `--allowed-origins` | string | `*` | CORS allowed origins |\n| `--workers` | int/float | `2` | Number of workers |\n| `--reload` | flag | — | Enable auto-reload |\n| `--start-ui` | flag | — | Launch Studio UI alongside API |\n| `--log-dir` | string | `logs` | Directory for server logs |\n\n### Endpoints\n\n#### GET /v1/models\n\nList available models.\n\n```bash\ncurl http://localhost:8000/v1/models\n```\n\n#### POST /v1/models?model_name=\\\n\nAdd a model to the server.\n\n#### DELETE /v1/models?model_name=\\\n\nRemove a model from the server.\n\n#### POST /v1/audio/speech\n\nGenerate speech from text.\n\n```bash\ncurl -X POST http://localhost:8000/v1/audio/speech \\\n -H \"Content-Type: application/json\" \\\n -d '{\n \"model\": \"mlx-community/Kokoro-82M-bf16\",\n \"input\": \"Hello, world!\",\n \"voice\": \"af_heart\",\n \"speed\": 1.0,\n \"lang_code\": \"a\",\n \"response_format\": \"mp3\"\n }' --output speech.mp3\n```\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| `model` | string | required | Model ID |\n| `input` | string | required | Text to synthesize |\n| `voice` | string | — | Voice preset |\n| `speed` | float | 1.0 | Speech speed |\n| `lang_code` | string | `a` | Language code |\n| `ref_audio` | string | — | Reference audio path (voice cloning) |\n| `ref_text` | string | — | Reference transcript |\n| `response_format` | string | `mp3` | Output format |\n| `stream` | bool | false | Enable streaming |\n| `streaming_interval` | float | 2.0 | Streaming chunk interval |\n| `temperature` | float | 0.7 | Sampling temperature |\n| `top_p` | float | 0.95 | Nucleus sampling |\n| `top_k` | int | 40 | Top-k sampling |\n| `repetition_penalty` | float | 1.0 | Repetition penalty |\n| `max_tokens` | int | 1200 | Maximum tokens |\n| `gender` | string | `male` | Gender hint |\n| `pitch` | float | 1.0 | Pitch adjustment |\n| `instruct` | string | — | Instruction text |\n\n#### POST /v1/audio/transcriptions\n\nTranscribe an audio file (multipart/form-data).\n\n```bash\ncurl -X POST http://localhost:8000/v1/audio/transcriptions \\\n -F file=@audio.wav \\\n -F model=mlx-community/whisper-large-v3-turbo-asr-fp16\n```\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| `file` | file | required | Audio file |\n| `model` | string | required | Model ID |\n| `language` | string | — | Language code |\n| `max_tokens` | int | 1024 | Maximum tokens |\n| `chunk_duration` | float | 30.0 | Chunk duration (seconds) |\n| `stream` | bool | false | Enable streaming |\n| `context` | string | — | Hotwords/context |\n| `text` | string | — | Reference text |\n| `verbose` | bool | false | Detailed output |\n\nResponse (NDJSON stream):\n\n```json\n{\"text\": \"chunk text\", \"accumulated\": \"full text so far\"}\n```\n\n#### WebSocket /v1/audio/transcriptions/realtime\n\nReal-time transcription via WebSocket. Send initial config as JSON, then stream int16 PCM audio as binary frames.\n\n```json\n{\n \"model\": \"mlx-community/whisper-large-v3-turbo-asr-fp16\",\n \"sample_rate\": 16000,\n \"streaming\": true\n}\n```\n\n#### POST /v1/audio/separations\n\nSeparate audio sources (multipart/form-data).\n\n```bash\ncurl -X POST http://localhost:8000/v1/audio/separations \\\n -F file=@audio.wav \\\n -F model=mlx-community/sam-audio-large-fp16 \\\n -F description=\"speech\"\n```\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| `file` | file | required | Audio file |\n| `model` | string | `mlx-community/sam-audio-large-fp16` | Model ID |\n| `description` | string | `speech` | Target description |\n| `method` | string | `midpoint` | ODE method (`midpoint` or `euler`) |\n| `steps` | int | 16 | ODE steps (2/4/8/16/32) |\n\nResponse:\n\n```json\n{\n \"target\": \"\",\n \"residual\": \"\",\n \"sample_rate\": 44100\n}\n```\n\n---\n\n## Supported Models\n\n### TTS Models\n\n| Model | Languages | Notes |\n|-------|-----------|-------|\n| Kokoro | EN, JA, ZH, FR, ES, IT, PT, HI | Fast, high-quality multilingual |\n| Qwen3-TTS | ZH, EN, JA, KO, + more | Voice design via instruction |\n| CSM | EN | Voice cloning with reference audio |\n| Dia | EN | Dialogue-focused |\n| OuteTTS | EN | Efficient |\n| Spark | EN, ZH | SparkTTS |\n| Chatterbox | EN, ES, FR, DE, IT, PT, PL, TR, RU, NL, CS, AR, ZH, JA, HU, KO | Expressive multilingual |\n| Soprano | EN | High-quality |\n\n### STT Models\n\n| Model | Languages | Notes |\n|-------|-----------|-------|\n| Whisper | 99+ languages | OpenAI's robust model |\n| Qwen3-ASR | ZH, EN, JA, KO, + more | Alibaba multilingual |\n| Qwen3-ForcedAligner | ZH, EN, JA, KO, + more | Word-level alignment |\n| Parakeet | EN (v2), 25 EU languages (v3) | NVIDIA, high accuracy |\n| Voxtral | Multiple | Mistral speech model |\n| Voxtral Realtime | Multiple | 4B streaming STT |\n| VibeVoice-ASR | Multiple | Microsoft 9B, supports diarization and context |\n\n### Other Models\n\n| Model | Type | Description |\n|-------|------|-------------|\n| Sortformer v1/v2.1 | VAD/Diarization | Speaker diarization (up to 4 speakers) |\n| SAM-Audio | Separation | Text-guided source separation |\n| Liquid2.5-Audio | STS | Speech/text-to-speech and STT |\n| MossFormer2 SE | Enhancement | Speech enhancement / noise removal |\n\nModels are available from `mlx-community` on HuggingFace with various quantization levels (3-bit through 8-bit and fp16/bf16).\n\n## Source\n\n- Repository: https://github.com/Blaizzy/mlx-audio\n- HuggingFace: https://huggingface.co/mlx-community\n"},"toolUseId":"toolu_0189M4gCkmdB8zkFsFYPXooY","output":"The file /home/pastilhas/projects/officer.dev/data/skills/mlxaudio/SKILL.md has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 1→---\n 2→name: mlx.audio\n 3→description: Generate speech from text and transcribe audio using mlx-audio. Use when the user wants text-to-speech synthesis, speech-to-text transcription, voice cloning, audio separation, or speech-to-speech processing on Apple Silicon.\n 4→---\n 5→\n 6→# MLX-Audio\n 7→\n 8→A speech processing library built on Apple's MLX framework, providing TTS, STT, speech-to-speech (STS), and audio separation optimized for Apple Silicon.\n 9→\n 10→- **Repository:** https://github.com/Blaizzy/mlx-audio\n 11→- **License:** MIT\n 12→\n 13→## CLI Tools\n 14→\n 15→### Text-to-Speech (TTS)\n 16→\n 17→```bash\n 18→mlx_audio.tts.generate --model --text '' [options]\n 19→```\n 20→\n 21→| Flag | Type | Default | Description |\n 22→|------|------|---------|-------------|\n 23→| `--model` | string | required | HuggingFace model ID |\n 24→| `--text` | string | required | Text to synthesize |\n 25→| `--voice` | string | — | Voice preset (model-specific) |\n 26→| `--speed` | float | 1.0 | Speech speed multiplier |\n 27→| `--lang_code` | string | `a` | Language code |\n 28→| `--play` | flag | — | Play audio immediately |\n 29→| `--output_path` | string | — | Directory to save audio |\n 30→| `--ref_audio` | string | — | Reference audio for voice cloning (CSM) |\n 31→\n 32→#### Language Codes\n 33→\n 34→| Code | Language |\n 35→|------|----------|\n 36→| `a` | American English |\n 37→| `b` | British English |\n 38→| `j` | Japanese |\n 39→| `z` | Mandarin Chinese |\n 40→| `e` | Spanish |\n 41→| `f` | French |\n 42→\n 43→#### Kokoro Voices\n 44→\n 45→| Voice | Description |\n 46→|-------|-------------|\n 47→| `af_heart`, `af_bella`, `af_nova`, `af_sky` | American female |\n 48→| `am_adam`, `am_echo` | American male |\n 49→| `bf_alice`, `bf_emma` | British female |\n 50→| `bm_daniel`, `bm_george` | British male |\n 51→| `jf_alpha`, `jm_kumo` | Japanese |\n 52→| `zf_xiaobei`, `zm_yunxi` | Chinese |\n 53→\n 54→#### Examples\n 55→\n 56→```bash\n 57→# Basic generation\n 58→mlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello, world!' --lang_code a\n 59→\n 60→# With voice and speed\n 61→mlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello!' --voice af_heart --speed 1.2 --lang_code a\n 62→\n 63→# Play immediately\n 64→mlx_audio.tts.generate --model mlx-community/Kokoro-82M-bf16 --text 'Hello!' --play --lang_code a\n 65→\n 66→# Voice cloning with CSM\n 67→mlx_audio.tts.generate --model mlx-community/csm-1b --text \"Hello from Sesame.\" --ref_audio ./reference_voice.wav --play\n 68→```\n 69→\n 70→### Speech-to-Text (STT)\n 71→\n 72→```bash\n 73→python -m mlx_audio.stt.generate --model --audio [options]\n 74→```\n 75→\n 76→| Flag | Type | Default | Description |\n 77→|------|------|---------|-------------|\n 78→| `--model` | string | required | HuggingFace model ID |\n 79→| `--audio` | string | required | Input audio file |\n 80→| `--language` | string | — | Language code |\n 81→| `--max-tokens` | int | 1024 | Maximum output tokens |\n 82→| `--temperature` | float | 0.0 | Sampling temperature |\n 83→| `--context` | string | — | Hotwords/metadata for context |\n 84→| `--output-path` | string | — | Output directory |\n 85→| `--format` | string | — | Output format (e.g. `json`) |\n 86→| `--stream` | flag | — | Enable streaming mode |\n 87→| `--verbose` | flag | — | Detailed logging |\n 88→\n 89→#### Examples\n 90→\n 91→```bash\n 92→# Basic transcription\n 93→python -m mlx_audio.stt.generate --model mlx-community/whisper-large-v3-turbo-asr-fp16 --audio speech.wav --verbose\n 94→\n 95→# With context for technical terms\n 96→python -m mlx_audio.stt.generate --model mlx-community/VibeVoice-ASR-bf16 --audio meeting.wav --context \"MLX, Apple Silicon, PyTorch\" --max-tokens 8192 --format json --verbose\n 97→\n 98→# Parakeet model\n 99→python -m mlx_audio.stt.generate --model mlx-community/parakeet-tdt-0.6b-v3 --audio speech.wav --format json --verbose\n 100→```\n 101→\n 102→---\n 103→\n 104→## Python API\n 105→\n 106→### TTS\n 107→\n 108→```python\n 109→from mlx_audio.tts.utils import load_model\n 110→\n 111→model = load_model(\"mlx-community/Kokoro-82M-bf16\")\n 112→for result in model.generate(\"Hello from MLX-Audio!\", voice=\"af_heart\"):\n 113→ audio = result.audio # mx.array waveform\n 114→```\n 115→\n 116→### STT\n 117→\n 118→```python\n 119→from mlx_audio.stt.generate import generate_transcription\n 120→\n 121→result = generate_transcription(\n 122→ model=\"mlx-community/whisper-large-v3-turbo-asr-fp16\",\n 123→ audio=\"audio.wav\",\n 124→)\n 125→print(result.text)\n 126→```\n 127→\n 128→### STT with Streaming\n 129→\n 130→```python\n 131→from mlx_audio.stt import load\n 132→\n 133→# VibeVoice-ASR streaming\n 134→model = load(\"mlx-community/VibeVoice-ASR-bf16\")\n 135→for text in model.stream_transcribe(audio=\"speech.wav\", max_tokens=4096):\n 136→ print(text, end=\"\", flush=True)\n 137→\n 138→# Parakeet streaming\n 139→model = load(\"mlx-community/parakeet-tdt-0.6b-v3\")\n 140→for chunk in model.generate(\"long_audio.wav\", stream=True):\n 141→ print(chunk.text, end=\"\", flush=True)\n 142→```\n 143→\n 144→### Forced Alignment (Qwen3)\n 145→\n 146→```python\n 147→from mlx_audio.stt import load\n 148→\n 149→aligner = load(\"mlx-community/Qwen3-ForcedAligner-0.6B-8bit\")\n 150→result = aligner.generate(\"audio.wav\", text=\"I have a dream\", language=\"English\")\n 151→for item in result:\n 152→ print(f\"[{item.start_time:.2f}s - {item.end_time:.2f}s] {item.text}\")\n 153→```\n 154→\n 155→---\n 156→\n 157→## REST API Server (OpenAI-compatible)\n 158→\n 159→### Starting the Server\n 160→\n 161→```bash\n 162→python -m mlx_audio.server [OPTIONS]\n 163→```\n 164→\n 165→| Flag | Type | Default | Description |\n 166→|------|------|---------|-------------|\n 167→| `--host` | string | `localhost` | Server host |\n 168→| `--port` | int | `8000` | Server port |\n 169→| `--allowed-origins` | string | `*` | CORS allowed origins |\n 170→| `--workers` | int/float | `2` | Number of workers |\n 171→| `--reload` | flag | — | Enable auto-reload |\n 172→| `--start-ui` | flag | — | Launch Studio UI alongside API |\n 173→| `--log-dir` | string | `logs` | Directory for server logs |\n 174→\n 175→### Endpoints\n 176→\n 177→#### GET /v1/models\n 178→\n 179→List available models.\n 180→\n 181→```bash\n 182→curl http://localhost:8000/v1/models\n 183→```\n 184→\n 185→#### POST /v1/models?model_name=\\\n 186→\n 187→Add a model to the server.\n 188→\n 189→#### DELETE /v1/models?model_name=\\\n 190→\n 191→Remove a model from the server.\n 192→\n 193→#### POST /v1/audio/speech\n 194→\n 195→Generate speech from text.\n 196→\n 197→```bash\n 198→curl -X POST http://localhost:8000/v1/audio/speech \\\n 199→ -H \"Content-Type: application/json\" \\\n 200→ -d '{\n 201→ \"model\": \"mlx-community/Kokoro-82M-bf16\",\n 202→ \"input\": \"Hello, world!\",\n 203→ \"voice\": \"af_heart\",\n 204→ \"speed\": 1.0,\n 205→ \"lang_code\": \"a\",\n 206→ \"response_format\": \"mp3\"\n 207→ }' --output speech.mp3\n 208→```\n 209→\n 210→| Parameter | Type | Default | Description |\n 211→|-----------|------|---------|-------------|\n 212→| `model` | string | required | Model ID |\n 213→| `input` | string | required | Text to synthesize |\n 214→| `voice` | string | — | Voice preset |\n 215→| `speed` | float | 1.0 | Speech speed |\n 216→| `lang_code` | string | `a` | Language code |\n 217→| `ref_audio` | string | — | Reference audio path (voice cloning) |\n 218→| `ref_text` | string | — | Reference transcript |\n 219→| `response_format` | string | `mp3` | Output format |\n 220→| `stream` | bool | false | Enable streaming |\n 221→| `streaming_interval` | float | 2.0 | Streaming chunk interval |\n 222→| `temperature` | float | 0.7 | Sampling temperature |\n 223→| `top_p` | float | 0.95 | Nucleus sampling |\n 224→| `top_k` | int | 40 | Top-k sampling |\n 225→| `repetition_penalty` | float | 1.0 | Repetition penalty |\n 226→| `max_tokens` | int | 1200 | Maximum tokens |\n 227→| `gender` | string | `male` | Gender hint |\n 228→| `pitch` | float | 1.0 | Pitch adjustment |\n 229→| `instruct` | string | — | Instruction text |\n 230→\n 231→#### POST /v1/audio/transcriptions\n 232→\n 233→Transcribe an audio file (multipart/form-data).\n 234→\n 235→```bash\n 236→curl -X POST http://localhost:8000/v1/audio/transcriptions \\\n 237→ -F file=@audio.wav \\\n 238→ -F model=mlx-community/whisper-large-v3-turbo-asr-fp16\n 239→```\n 240→\n 241→| Parameter | Type | Default | Description |\n 242→|-----------|------|---------|-------------|\n 243→| `file` | file | required | Audio file |\n 244→| `model` | string | required | Model ID |\n 245→| `language` | string | — | Language code |\n 246→| `max_tokens` | int | 1024 | Maximum tokens |\n 247→| `chunk_duration` | float | 30.0 | Chunk duration (seconds) |\n 248→| `stream` | bool | false | Enable streaming |\n 249→| `context` | string | — | Hotwords/context |\n 250→| `text` | string | — | Reference text |\n 251→| `verbose` | bool | false | Detailed output |\n 252→\n 253→Response (NDJSON stream):\n 254→\n 255→```json\n 256→{\"text\": \"chunk text\", \"accumulated\": \"full text so far\"}\n 257→```\n 258→\n 259→#### WebSocket /v1/audio/transcriptions/realtime\n 260→\n 261→Real-time transcription via WebSocket. Send initial config as JSON, then stream int16 PCM audio as binary frames.\n 262→\n 263→```json\n 264→{\n 265→ \"model\": \"mlx-community/whisper-large-v3-turbo-asr-fp16\",\n 266→ \"sample_rate\": 16000,\n 267→ \"streaming\": true\n 268→}\n 269→```\n 270→\n 271→#### POST /v1/audio/separations\n 272→\n 273→Separate audio sources (multipart/form-data).\n 274→\n 275→```bash\n 276→curl -X POST http://localhost:8000/v1/audio/separations \\\n 277→ -F file=@audio.wav \\\n 278→ -F model=mlx-community/sam-audio-large-fp16 \\\n 279→ -F description=\"speech\"\n 280→```\n 281→\n 282→| Parameter | Type | Default | Description |\n 283→|-----------|------|---------|-------------|\n 284→| `file` | file | required | Audio file |\n 285→| `model` | string | `mlx-community/sam-audio-large-fp16` | Model ID |\n 286→| `description` | string | `speech` | Target description |\n 287→| `method` | string | `midpoint` | ODE method (`midpoint` or `euler`) |\n 288→| `steps` | int | 16 | ODE steps (2/4/8/16/32) |\n 289→\n 290→Response:\n 291→\n 292→```json\n 293→{\n 294→ \"target\": \"\",\n 295→ \"residual\": \"\",\n 296→ \"sample_rate\": 44100\n 297→}\n 298→```\n 299→\n 300→---\n 301→\n 302→## Supported Models\n 303→\n 304→### TTS Models\n 305→\n 306→| Model | Languages | Notes |\n 307→|-------|-----------|-------|\n 308→| Kokoro | EN, JA, ZH, FR, ES, IT, PT, HI | Fast, high-quality multilingual |\n 309→| Qwen3-TTS | ZH, EN, JA, KO, + more | Voice design via instruction |\n 310→| CSM | EN | Voice cloning with reference audio |\n 311→| Dia | EN | Dialogue-focused |\n 312→| OuteTTS | EN | Efficient |\n 313→| Spark | EN, ZH | SparkTTS |\n 314→| Chatterbox | EN, ES, FR, DE, IT, PT, PL, TR, RU, NL, CS, AR, ZH, JA, HU, KO | Expressive multilingual |\n 315→| Soprano | EN | High-quality |\n 316→\n 317→### STT Models\n 318→\n 319→| Model | Languages | Notes |\n 320→|-------|-----------|-------|\n 321→| Whisper | 99+ languages | OpenAI's robust model |\n 322→| Qwen3-ASR | ZH, EN, JA, KO, + more | Alibaba multilingual |\n 323→| Qwen3-ForcedAligner | ZH, EN, JA, KO, + more | Word-level alignment |\n 324→| Parakeet | EN (v2), 25 EU languages (v3) | NVIDIA, high accuracy |\n 325→| Voxtral | Multiple | Mistral speech model |\n 326→| Voxtral Realtime | Multiple | 4B streaming STT |\n 327→| VibeVoice-ASR | Multiple | Microsoft 9B, supports diarization and context |\n 328→\n 329→### Other Models\n 330→\n 331→| Model | Type | Description |\n 332→|-------|------|-------------|\n 333→| Sortformer v1/v2.1 | VAD/Diarization | Speaker diarization (up to 4 speakers) |\n 334→| SAM-Audio | Separation | Text-guided source separation |\n 335→| Liquid2.5-Audio | STS | Speech/text-to-speech and STT |\n 336→| MossFormer2 SE | Enhancement | Speech enhancement / noise removal |\n 337→\n 338→Models are available from `mlx-community` on HuggingFace with various quantization levels (3-bit through 8-bit and fp16/bf16).\n 339→\n 340→## Source\n 341→\n 342→- Repository: https://github.com/Blaizzy/mlx-audio\n 343→- HuggingFace: https://huggingface.co/mlx-community\n 344→","isError":false}] \ No newline at end of file diff --git a/seed/skills/mlxaudio/chat/meta.json b/seed/skills/mlxaudio/chat/meta.json deleted file mode 100644 index c1dbf9c2..00000000 --- a/seed/skills/mlxaudio/chat/meta.json +++ /dev/null @@ -1 +0,0 @@ -{"id":"6abfee78-52e6-4d64-9641-5ad92f2995c3"} \ No newline at end of file diff --git a/seed/skills/mutagen/chat/messages.json b/seed/skills/mutagen/chat/messages.json deleted file mode 100644 index d33c73be..00000000 --- a/seed/skills/mutagen/chat/messages.json +++ /dev/null @@ -1 +0,0 @@ -[{"role":"user","text":"Help me create the content for this new skill file: /home/pastilhas/projects/officer.dev/data/skills/mutagen/SKILL.md\nuse \nhttps://mutagen.readthedocs.io/en/latest/\nhttps://github.com/quodlibet/mutagen\nand\nhttps://pypi.org/project/mutagen/"},{"role":"assistant","text":"\n\nI'll research mutagen from the provided sources to create a comprehensive skill file."},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/","prompt":"Extract all key information about mutagen: what it is, what it does, supported formats, main API classes, installation, and common usage patterns. Get as much detail as possible about the library's capabilities."},"toolUseId":"toolu_01Q9QxqUx5Bfw5tQAPMKisiz","output":"# Mutagen: Audio Metadata Library\n\n## What It Is\nMutagen is \"a Python module to handle audio metadata.\" It's an open-source library built specifically for managing tags in audio files across multiple formats.\n\n## Supported Audio Formats\nThe library handles ASF, FLAC, MP4, Monkey's Audio, MP3, Musepack, Ogg Opus, Ogg FLAC, Ogg Speex, Ogg Theora, Ogg Vorbis, True Audio, WavPack, OptimFROG, and AIFF files.\n\n## Key Capabilities\n- **ID3 Support**: \"All versions of ID3v2 are supported, and all standard ID3v2.4 frames are parsed\"\n- **MP3 Analysis**: Reads Xing headers for accurate bitrate and length calculation\n- **Tag Editing**: Can modify ID3 and APEv2 tags regardless of audio format\n- **Stream Manipulation**: Handles Ogg streams at the packet/page level\n- **Advanced Features**: Freeform keys, multiple values, and full Unicode support\n\n## Installation\nInstall via pip: `python3 -m pip install mutagen` or through package managers like apt.\n\n## Requirements\n- Python 3.10+ (CPython and PyPy)\n- Works on Linux, Windows, and macOS\n- No external dependencies beyond Python's standard library\n- Licensed under GPL v2 or later\n\n## Real-World Usage\nMajor projects using Mutagen include Quod Libet, Beets, MusicBrainz Picard, Puddletag, and Exaile, demonstrating its reliability in production environments.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/quodlibet/mutagen","prompt":"Extract information about mutagen: description, features, installation, supported file formats, and usage examples. Get README content."},"toolUseId":"toolu_01EUrQLUBHVLc74ze5k3wWgS","output":"# Mutagen: Python Audio Metadata Handler\n\n## Overview\nMutagen is a Python library for reading and editing audio metadata across multiple file formats. According to the repository, it's \"a Python module to handle audio metadata\" with support for numerous formats and tag types.\n\n## Supported Audio Formats\nThe library handles: ASF, FLAC, MP4, Monkey's Audio, MP3, Musepack, Ogg Opus, Ogg FLAC, Ogg Speex, Ogg Theora, Ogg Vorbis, True Audio, WavPack, OptimFROG, and AIFF files.\n\n## Key Features\n- **ID3 Support**: All ID3v2 versions, with comprehensive ID3v2.4 frame parsing\n- **Bitrate Calculation**: Reads Xing headers for accurate MP3 bitrate/length analysis\n- **Tag Editing**: Modify ID3 and APEv2 tags regardless of audio format\n- **Stream Manipulation**: Enables Ogg packet/page-level editing\n\n## Technical Requirements\n- **Python Version**: 3.10 or later (CPython and PyPy)\n- **Platforms**: Linux, Windows, macOS\n- **Dependencies**: None outside Python's standard library\n- **License**: GPL version 2 or later\n\n## Documentation & Repository\n- Full documentation: https://mutagen.readthedocs.org\n- GitHub: quodlibet/mutagen\n- Project Status: 1,853 commits, 1.8k stars, 186 forks, used by ~32k projects","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://pypi.org/project/mutagen/","prompt":"Extract all details about the mutagen package: version, description, supported Python versions, dependencies, installation instructions, and any usage examples."},"toolUseId":"toolu_01XqahXxKTNGMjLwp7h9Ut1G","output":"# Mutagen Package Details\n\n## Version & Release\n**Current Version:** 1.47.0 (Released September 3, 2023)\n\n## Description\nMutagen is \"a Python module to handle audio metadata.\" It provides comprehensive support for reading and writing tags across numerous audio formats including ASF, FLAC, MP4, MP3, Ogg Vorbis, and many others. The library handles all ID3v2 versions and standard frames, can read Xing headers for accurate MP3 bitrate calculation, and allows editing of ID3 and APEv2 tags.\n\n## Python Support\n- **Minimum Version:** Python 3.7+\n- **Compatibility:** CPython and PyPy\n- **Operating Systems:** Linux, Windows, macOS\n\n## Dependencies\n**None** — The package \"has no dependencies outside the Python standard library.\"\n\n## Installation\n```\npip install mutagen\n```\n\n## License\nGNU General Public License v2 or later (GPLv2+)\n\n## Key Features\n- Supports 10+ audio formats\n- Reads Xing headers for MP3 analysis\n- Can manipulate Ogg streams at packet/page level\n- Cross-platform compatibility\n\n## Additional Resources\n- **Homepage:** https://github.com/quodlibet/mutagen\n- **Documentation:** https://mutagen.readthedocs.org\n- **Maintainers:** lazka, piman","isError":false},{"role":"assistant","text":"Now let me get more details on the API — the main classes and common usage patterns."},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/base.html","prompt":"Extract the base API classes, their methods, and how they work. Focus on FileType, Metadata, Tags classes and their key methods like save(), delete(), add_tags(), etc."},"toolUseId":"toolu_01LGtm6caE3yPYnRsFw8gCVX","output":"# Mutagen Base API Classes Overview\n\n## Core Class Hierarchy\n\n**FileType** serves as an abstract wrapper for tags and audio stream information. It implements a dictionary-like interface and contains two primary attributes:\n- `info`: A StreamInfo object holding length, bitrate, and sample rate data\n- `tags`: A Tags object containing metadata, or None if absent\n\n**Tags** functions as the foundational class for most tag objects in Mutagen, providing a dict-like interface and a `pprint()` method for displaying tag information.\n\n**Metadata** extends Tags for standalone tagging formats independent of container formats. It adds file-level operations beyond simple tag storage.\n\n## Key Methods\n\n### FileType Methods\n- `save()`: Persists metadata tags to the file\n- `delete()`: Removes all tag traces from the file\n- `add_tags()`: Introduces new tags (raises error if tags already exist)\n- `pprint()`: Returns formatted stream information and tag key-value pairs\n- `mime` (property): Provides a list of applicable MIME types\n\n### Metadata Methods\nBoth `save()` and `delete()` accept an optional `filething` parameter, allowing operations on different files than the original source.\n\n## Supporting Classes\n\n**StreamInfo** provides an abstract interface for audio stream metadata (subclasses implement format-specific details).\n\n**PaddingInfo** manages file padding during saves through callback functions, allowing customization via `get_default_padding()`.\n\nThe architecture enables format-agnostic file handling—`mutagen.File()` auto-detects file types and returns appropriate FileType instances.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/mp3.html","prompt":"Extract the MP3 API: classes, methods, how to read/write MP3 tags, key attributes like bitrate, length, sample_rate. Include usage examples if any."},"toolUseId":"toolu_011QeJGn4f2dsJzVLULuuAQt","output":"# MP3 API Reference\n\n## Main Classes\n\n**MP3**\nThe primary class for handling MPEG audio files. As noted in the documentation, it \"bases\" on `ID3FileType` and provides access to audio stream information and ID3 tags.\n\nKey properties:\n- `info`: Returns an `MPEGInfo` object containing stream details\n- `tags`: Provides access to `mutagen.id3.ID3` for reading/writing metadata\n- `mime`: Returns applicable MIME types\n\n**MPEGInfo**\nParses and stores MPEG audio stream characteristics. The documentation states it \"parses information about an MPEG audio file\" and \"also reads the Xing VBR header format.\"\n\n**EasyMP3**\nA simplified alternative that uses `EasyID3` instead of raw ID3 for more user-friendly tag access.\n\n## Key Audio Attributes\n\n- **length**: Audio duration in seconds (float)\n- **bitrate**: Bits per second (int); estimated from first frame if VBR mode unknown\n- **sample_rate**: Sampling frequency in Hz (int)\n- **channels**: Number of audio channels (int)\n- **bitrate_mode**: Enum indicating CBR, VBR, ABR, or UNKNOWN mode\n\n## Additional Attributes\n\n- **encoder_info**: Encoder name/version; starts with \"LAME\" if present\n- **encoder_settings**: Encoder configuration details (format varies)\n- **track_gain/peak**: ReplayGain values or None\n- **album_gain**: Album-level ReplayGain value or None\n\n## BitrateMode Enum\n\n- `UNKNOWN`: Probably CBR but unconfirmed\n- `CBR`: Constant Bitrate\n- `VBR`: Variable Bitrate\n- `ABR`: Average Bitrate variant\n\nThe documentation provides no explicit usage examples in this reference section.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/mp4.html","prompt":"Extract the MP4/M4A API: classes, tag keys, how to read/write MP4 tags, cover art handling, and any examples."},"toolUseId":"toolu_01YWvsr5SXx1aeXH1X4xHjkA","output":"# MP4/M4A API Reference Summary\n\n## Main Classes\n\n**MP4** - The primary class for reading/writing MPEG-4 audio files (M4A, M4B, M4P formats). It contains:\n- `info` attribute: MP4Info object with audio stream details\n- `tags` attribute: MP4Tags object for metadata\n- Methods: `save()`, `pprint()`, `add_tags()`, `score()`\n\n**MP4Tags** - Dictionary-based metadata container supporting iTunes-compatible tags. Supports \"four byte identifier\" keys plus freeform '—-' keys.\n\n**MP4Info** - Stream information including:\n- `bitrate` (int, bits per second)\n- `length` (float, seconds)\n- `channels` (int)\n- `sample_rate` (int, Hz)\n- `bits_per_sample` (int)\n- `codec` (text, e.g., \"mp4a.40.2\", \"alac\")\n- `codec_description` (human-readable name)\n\n## Common Tag Keys\n\n**Text tags**: title (©nam), album (©alb), artist (©ART), composer (©wrt), genre (©gen), lyrics (©lyr), and many others\n\n**Numeric tags**: track number (trkn), disc number (disk), tempo (tmpo)\n\n**Boolean tags**: compilation (cpil), gapless (pgap)\n\n**Special**: `covr` for cover artwork (MP4Cover objects)\n\n## Cover Art Handling\n\n**MP4Cover** - Subclass for album artwork with `imageformat` attribute indicating JPEG or PNG format.\n\n## EasyMP4 Alternative\n\n**EasyMP4** and **EasyMP4Tags** provide simplified, case-insensitive string-based access to common tags, suitable when full MP4 metadata feature set isn't needed.\n\n## AtomDataType Enum\n\nDefines data format constants for freeform tags (UTF8, UTF16, JPEG, PNG, INTEGER, etc.).","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/flac.html","prompt":"Extract the FLAC API: classes, methods, how to read/write FLAC tags, picture handling, and any examples."},"toolUseId":"toolu_01UqASKDn8zxdiTra3hQBv95","output":"# FLAC API Summary\n\n## Main Classes\n\n**FLAC** - The primary class for reading/writing FLAC audio files. Inherits from `FileType` and accepts a file path or file object.\n\n**StreamInfo** - Contains audio metadata including sample rate, channels, bit depth, and calculated properties like duration and bitrate. The documentation notes: \"changes to this one will rewritten to the file when it is saved.\"\n\n**Picture** - Manages embedded album art with properties for MIME type, dimensions, color depth, and image data.\n\n**CueSheet** - Handles embedded cue sheets with track information and lead-in/lead-out markers.\n\n## Key Methods\n\n- `add_tags()` - Inserts a Vorbis comment block for metadata\n- `save()` - Writes metadata blocks with optional ID3 tag removal and padding control\n- `delete()` - Removes Vorbis comments from files\n- `add_picture()` / `clear_pictures()` - Manages embedded images\n- `score()` - Static method for file type detection\n\n## Tag Access\n\nTags are accessed via the `tags` attribute, which returns a `VCommentDict` object supporting standard Vorbis comment operations.\n\n## Picture Example Pattern\n\nThe documentation provides this workflow: instantiate a `Picture` object, read image data into the `data` property, set `type`, `mime`, and dimension attributes, then add via `add_picture()`.\n\n## Scope\n\nThis module handles native FLAC files only—\"This module does not handle Ogg FLAC files.\"","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/id3.html","prompt":"Extract the ID3 API: main classes, common frames (TIT2, TPE1, TALB, APIC, etc.), how to set text frames, how to embed cover art, and any usage examples."},"toolUseId":"toolu_01GRRyktBcfyFbQaFTrrnJzs","output":"# ID3 API Summary\n\n## Main Classes\n\n**ID3**: The primary class for reading/writing ID3v2 tags. Initialize with a filename or create empty: `ID3(\"foo.mp3\")`. Supports both ID3v2.3 and v2.4 formats.\n\n**EasyID3**: A wrapper providing simpler, Vorbis-like access to ID3 tags with case-insensitive ASCII keys. Recommended for straightforward tag manipulation.\n\n**ID3FileType**: Handles files with ID3 tags when the specific audio format is unknown.\n\n## Common Frame Types\n\nThe API represents different tag types as distinct classes:\n- **TIT2**: Title\n- **TPE1**: Artist/performer\n- **TALB**: Album\n- **APIC**: Attached picture (cover art)\n\nEach frame class has specific attributes documented individually.\n\n## Setting Text Frames\n\nText frames are handled through the ID3Tags interface using frame IDs as keys: `id3['TIT2'] = TIT2(text=['My Title'])`. Multiple values are supported through list assignment.\n\n## Embedding Cover Art\n\nThe **APIC** frame stores image data. Set it with the picture bytes, mime type, and PictureType enumeration (e.g., `COVER_FRONT = 3`).\n\n## Key Methods\n\n- `load()`: Load tags from file with options for version translation and ID3v1 support\n- `save()`: Write tags with v1/v2 version control and padding configuration\n- `delete()`: Remove tags from file\n- `getall(key)`: Retrieve all frames matching a key pattern\n- `update_to_v23()` / `update_to_v24()`: Convert between ID3 versions before saving\n\nThe documentation emphasizes calling version conversion methods before saving if you need specific ID3 formats.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/id3_frames.html","prompt":"Extract the most common ID3 frame classes and their parameters. Focus on: TIT2 (title), TPE1 (artist), TALB (album), TRCK (track), TDRC (date), TCON (genre), APIC (picture), COMM (comment), USLT (lyrics). Show the constructor parameters for each."},"toolUseId":"toolu_015yuZ29stnHNbKHwWXRstnt","output":"# Common ID3 Frame Classes and Parameters\n\nBased on the documentation, here are the key ID3 frame constructors:\n\n**TIT2 (Title)**\n`TIT2(encoding=, text=[])`\n- Inherits from TextFrame with text list and encoding attributes\n\n**TPE1 (Lead Artist/Performer)**\n`TPE1(encoding=, text=[])`\n- TextFrame subclass for storing performer information\n\n**TALB (Album)**\n`TALB(encoding=, text=[])`\n- TextFrame for album name, supports multiple values\n\n**TRCK (Track Number)**\n`TRCK(encoding=, text=[])`\n- Extends NumericPartTextFrame; supports \"X/Y\" format via unary plus operator\n\n**TDRC (Recording Time)**\n`TDRC(encoding=, text=[])`\n- TimeStampTextFrame containing \"ID3TimeStamp objects, not strings\"\n\n**TCON (Genre)**\n`TCON(encoding=, text=[])`\n- TextFrame with special `genres` property for parsed genre data\n\n**APIC (Attached Picture)**\n`APIC(encoding=, mime='', type=, desc='', data=b'', salt='')`\n- Includes MIME type, description, raw image bytes, and optional salt for uniqueness\n\n**COMM (User Comment)**\n`COMM(encoding=, lang='XXX', desc='', text=[])`\n- TextFrame with ISO language code and description attributes\n\n**USLT (Unsynchronised Lyrics)**\n`USLT(encoding=, lang='XXX', desc='', text='')`\n- Stores plain text lyrics with language code and description","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/user/id3.html","prompt":"Extract all usage examples and tutorials for working with ID3 tags in mutagen. Get code examples for reading, writing, and modifying tags."},"toolUseId":"toolu_016yEggq4sUBmN633bZx6N7J","output":"# ID3 Tag Usage Examples in Mutagen\n\n## Basic Operations\n\n**Setting a Title:**\nThe documentation shows that to set a title in an ID3 tag, you import the necessary classes and add a frame:\n```python\nfrom mutagen.id3 import ID3, TIT2\n\naudio = ID3(\"example.mp3\")\naudio.add(TIT2(encoding=3, text=u\"An example\"))\naudio.save()\n```\n\n## Reading Tags\n\n**Accessing All Frames:**\nUse the `getall()` method to retrieve frames of a specific type:\n```python\nfor frame in mutagen.File(\"song.mp3\").tags.getall(\"TXXX\"):\n # Process each frame\n```\n\n**Dict Interface:**\nID3 tags support dict-like access where keys represent frame types with their unique identifiers.\n\n## Modifying and Deleting\n\n**Adding Frames:**\nThe `add()` method replaces existing frames with matching hash keys. For example, adding a new TALB (album) frame replaces the previous one since only one is permitted per spec.\n\n**Removing Frames:**\nUse `delall()` to remove all frames of a specific type.\n\n## Version Management\n\n**Loading and Saving as v2.3:**\n```python\nfrom mutagen.id3 import ID3\n\naudio = ID3(\"example.mp3\", v2_version=3)\naudio.save(v2_version=3)\n```\n\nBy default, mutagen upgrades tags to v2.4, but you can specify v2.3 during both loading and saving.\n\n## Advanced Features\n\n**EasyID3 Interface:**\nFor simpler tag editing without learning the full spec:\n```python\nfrom mutagen.easyid3 import EasyID3\naudio = EasyID3(\"example.mp3\")\naudio[\"title\"] = u\"An example\"\naudio.save()\n```\n\n**Chapter Support:**\nThe documentation demonstrates adding CTOC (table of contents) and CHAP (chapter) frames with timestamps and titles.\n\n**Frame Uniqueness Management:**\nWhen frames require unique identifiers (like APIC descriptions), adjust the HashKey if you need multiple frames without replacing existing ones.","isError":false},{"role":"assistant","text":"Now let me look at the existing skill files for format reference."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/ffmpeg/SKILL.md"},"toolUseId":"toolu_01QudAQpWUy8DcrE7j3nLXDA","output":" 1→---\n 2→name: ffmpeg\n 3→description: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files.\n 4→---\n 5→\n 6→# FFmpeg\n 7→\n 8→CLI reference for FFmpeg v8.x — a complete, cross-platform solution for recording, converting, and streaming audio and video.\n 9→\n 10→Official docs: https://www.ffmpeg.org/documentation.html\n 11→\n 12→## Tools\n 13→\n 14→| Tool | Purpose |\n 15→|------|---------|\n 16→| `ffmpeg` | Transcode, convert, filter, mux/demux multimedia |\n 17→| `ffprobe` | Analyze and inspect multimedia streams |\n 18→| `ffplay` | Play multimedia files (interactive) |\n 19→\n 20→---\n 21→\n 22→## ffmpeg\n 23→\n 24→### Synopsis\n 25→\n 26→```\n 27→ffmpeg [global_options] {[input_options] -i input_url} ... {[output_options] output_url} ...\n 28→```\n 29→\n 30→Options before `-i` apply to the input; options before the output URL apply to the output.\n 31→\n 32→### Global Options\n 33→\n 34→| Flag | Description |\n 35→|------|-------------|\n 36→| `-y` | Overwrite output files without asking |\n 37→| `-n` | Do not overwrite; exit if output exists |\n 38→| `-hide_banner` | Suppress copyright/build info banner |\n 39→| `-loglevel level` | Set log level: `quiet`, `error`, `warning`, `info` (default), `verbose`, `debug` |\n 40→| `-stats` | Print encoding progress/statistics |\n 41→| `-progress url` | Send machine-readable progress to url |\n 42→| `-report` | Dump full command line and log to a file |\n 43→| `-filter_threads n` | Number of threads for filter processing |\n 44→\n 45→### Input/Output Options\n 46→\n 47→| Flag | Description |\n 48→|------|-------------|\n 49→| `-i url` | Input file URL |\n 50→| `-f fmt` | Force input or output format |\n 51→| `-c[:stream] codec` | Select encoder/decoder; use `copy` for stream copying |\n 52→| `-t duration` | Limit duration (as input: read limit; as output: write limit) |\n 53→| `-to position` | Stop at position (timestamp) |\n 54→| `-ss position` | Seek to position (before `-i`: fast input seek; after: output seek) |\n 55→| `-sseof position` | Seek relative to end of file |\n 56→| `-itsoffset offset` | Set input time offset |\n 57→| `-itsscale scale` | Rescale input timestamps |\n 58→| `-metadata key=value` | Set metadata key/value pair |\n 59→| `-disposition value` | Set stream disposition flags |\n 60→| `-target type` | Specify target type: `vcd`, `svcd`, `dvd`, `dv`, `dv50` |\n 61→| `-stream_loop n` | Loop input stream n times (-1 = infinite) |\n 62→| `-frames[:stream] n` | Stop after n frames |\n 63→| `-fs limit` | Set file size limit in bytes |\n 64→| `-timestamp date` | Set recording timestamp |\n 65→\n 66→### Video Options\n 67→\n 68→| Flag | Description |\n 69→|------|-------------|\n 70→| `-vn` | Disable video |\n 71→| `-vcodec codec` | Set video codec (alias for `-c:v`) |\n 72→| `-r fps` | Set frame rate |\n 73→| `-fpsmax fps` | Set maximum frame rate |\n 74→| `-s WxH` | Set frame size |\n 75→| `-aspect ratio` | Set display aspect ratio (e.g. `16:9`) |\n 76→| `-pix_fmt format` | Set pixel format |\n 77→| `-vf filtergraph` | Apply video filter graph (alias for `-filter:v`) |\n 78→| `-pass n` | Two-pass encoding pass (1 or 2) |\n 79→| `-passlogfile prefix` | Two-pass log file prefix |\n 80→| `-vframes n` | Set number of video frames to output |\n 81→| `-autorotate` | Auto-rotate based on metadata (default on) |\n 82→| `-display_rotation angle` | Set video rotation metadata |\n 83→| `-display_hflip` | Horizontal flip metadata |\n 84→| `-display_vflip` | Vertical flip metadata |\n 85→| `-force_key_frames expr` | Force keyframes at specified times/expression |\n 86→| `-copyinkf` | Copy non-key frames at the beginning during stream copy |\n 87→\n 88→### Audio Options\n 89→\n 90→| Flag | Description |\n 91→|------|-------------|\n 92→| `-an` | Disable audio |\n 93→| `-acodec codec` | Set audio codec (alias for `-c:a`) |\n 94→| `-ar freq` | Set audio sample rate (Hz) |\n 95→| `-ac channels` | Set number of audio channels |\n 96→| `-af filtergraph` | Apply audio filter graph (alias for `-filter:a`) |\n 97→| `-sample_fmt fmt` | Set audio sample format |\n 98→| `-channel_layout layout` | Set audio channel layout |\n 99→| `-aq q` | Set audio quality (codec-specific VBR) |\n 100→| `-aframes n` | Set number of audio frames to output |\n 101→\n 102→### Subtitle Options\n 103→\n 104→| Flag | Description |\n 105→|------|-------------|\n 106→| `-sn` | Disable subtitles |\n 107→| `-scodec codec` | Set subtitle codec (alias for `-c:s`) |\n 108→| `-fix_sub_duration` | Fix subtitle durations to avoid overlap |\n 109→\n 110→### Stream Selection\n 111→\n 112→| Flag | Description |\n 113→|------|-------------|\n 114→| `-map input:stream` | Manually select streams for output |\n 115→| `-dn` | Disable data streams |\n 116→\n 117→Stream specifiers: `v` (video), `V` (video, no images), `a` (audio), `s` (subtitle), `d` (data). Index with `:N` (e.g. `a:0` = first audio).\n 118→\n 119→### Hardware Acceleration\n 120→\n 121→| Flag | Description |\n 122→|------|-------------|\n 123→| `-hwaccel method` | HW accel method: `cuda`, `vaapi`, `qsv`, `vulkan`, `auto` |\n 124→| `-hwaccel_device device` | Select HW device |\n 125→| `-init_hw_device type=name` | Initialize HW device |\n 126→\n 127→---\n 128→\n 129→## ffprobe\n 130→\n 131→### Synopsis\n 132→\n 133→```\n 134→ffprobe [options] input_url\n 135→```\n 136→\n 137→### Main Options\n 138→\n 139→| Flag | Description |\n 140→|------|-------------|\n 141→| `-show_format` | Show container format info |\n 142→| `-show_streams` | Show per-stream info |\n 143→| `-show_packets` | Show per-packet info |\n 144→| `-show_frames` | Show per-frame info |\n 145→| `-show_chapters` | Show chapter info |\n 146→| `-show_programs` | Show program info |\n 147→| `-show_entries section=key1,key2` | Show only specific fields |\n 148→| `-show_error` | Show probe errors |\n 149→| `-select_streams specifier` | Filter to specific streams (e.g. `v:0`, `a`) |\n 150→| `-count_frames` | Count frames per stream |\n 151→| `-count_packets` | Count packets per stream |\n 152→| `-read_intervals intervals` | Analyze specific time ranges |\n 153→\n 154→### Output Formats\n 155→\n 156→Set with `-output_format` (or `-of`, `-print_format`):\n 157→\n 158→| Format | Description |\n 159→|--------|-------------|\n 160→| `default` | `[SECTION] key=value [/SECTION]` |\n 161→| `json` | JSON output (most useful for parsing) |\n 162→| `xml` | XML output |\n 163→| `csv` | Comma-separated values |\n 164→| `flat` | Flat `key=value` per line |\n 165→| `ini` | INI-style sections |\n 166→\n 167→### Display Options\n 168→\n 169→| Flag | Description |\n 170→|------|-------------|\n 171→| `-pretty` | Human-readable units and time formatting |\n 172→| `-unit` | Show value units |\n 173→| `-sexagesimal` | Format times as HH:MM:SS.us |\n 174→| `-hide_banner` | Suppress copyright/build info |\n 175→| `-o output_url` | Write output to file instead of stdout |\n 176→\n 177→---\n 178→\n 179→## Common Codecs\n 180→\n 181→### Video Encoders\n 182→\n 183→#### libx264 (H.264)\n 184→\n 185→| Option | Description |\n 186→|--------|-------------|\n 187→| `-preset` | Speed/quality: `ultrafast`, `superfast`, `veryfast`, `faster`, `fast`, `medium` (default), `slow`, `slower`, `veryslow` |\n 188→| `-crf` | Constant quality: 0 (lossless) to 51 (worst). 18-23 is typical |\n 189→| `-profile:v` | `baseline`, `main`, `high` |\n 190→| `-tune` | `film`, `animation`, `grain`, `stillimage`, `fastdecode`, `zerolatency` |\n 191→| `-b:v` | Target bitrate (e.g. `2M`) |\n 192→\n 193→#### libx265 (H.265/HEVC)\n 194→\n 195→| Option | Description |\n 196→|--------|-------------|\n 197→| `-preset` | Same presets as x264 |\n 198→| `-crf` | 0-51, default 28. Similar quality to x264 at lower bitrate |\n 199→| `-profile:v` | `main`, `main10`, `main12` |\n 200→| `-b:v` | Target bitrate |\n 201→\n 202→#### libvpx-vp9 (VP9)\n 203→\n 204→| Option | Description |\n 205→|--------|-------------|\n 206→| `-crf` | 0-63. 31 is a good default |\n 207→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 208→| `-cpu-used` | Speed: 0 (slowest/best) to 8 (fastest) |\n 209→| `-deadline` | `best`, `good` (default), `realtime` |\n 210→| `-row-mt 1` | Enable row-based multithreading |\n 211→\n 212→#### libsvtav1 (SVT-AV1)\n 213→\n 214→| Option | Description |\n 215→|--------|-------------|\n 216→| `-crf` | 0-63. 30 is a good default |\n 217→| `-preset` | 0 (slowest/best) to 13 (fastest). 8 is a good default |\n 218→| `-b:v` | Target bitrate |\n 219→\n 220→#### libaom-av1 (AOM AV1)\n 221→\n 222→| Option | Description |\n 223→|--------|-------------|\n 224→| `-crf` | 0-63 |\n 225→| `-cpu-used` | 0 (best) to 8 (fastest) |\n 226→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 227→| `-tiles` | Tile columns x rows for parallelism |\n 228→\n 229→### Audio Encoders\n 230→\n 231→#### aac (Native AAC)\n 232→\n 233→| Option | Description |\n 234→|--------|-------------|\n 235→| `-b:a` | Bitrate: `128k`, `192k`, `256k` |\n 236→| `-profile:a` | `aac_low` (default), `aac_he`, `aac_he_v2` |\n 237→\n 238→#### libmp3lame (MP3)\n 239→\n 240→| Option | Description |\n 241→|--------|-------------|\n 242→| `-b:a` | CBR bitrate: `128k`, `192k`, `320k` |\n 243→| `-q:a` | VBR quality: 0 (best) to 9 (worst). 2 is a good default |\n 244→\n 245→#### libopus (Opus)\n 246→\n 247→| Option | Description |\n 248→|--------|-------------|\n 249→| `-b:a` | Bitrate: `64k` to `256k`. 128k is a good default |\n 250→| `-vbr` | `on` (default), `off`, `constrained` |\n 251→| `-application` | `audio` (default), `voip`, `lowdelay` |\n 252→\n 253→#### libvorbis (Vorbis)\n 254→\n 255→| Option | Description |\n 256→|--------|-------------|\n 257→| `-q:a` | VBR quality: -1 to 10. 5 is a good default |\n 258→| `-b:a` | ABR bitrate |\n 259→\n 260→#### flac (FLAC)\n 261→\n 262→| Option | Description |\n 263→|--------|-------------|\n 264→| `-compression_level` | 0 (fast) to 12 (best). 5 is default |\n 265→\n 266→---\n 267→\n 268→## Common Container Formats\n 269→\n 270→| Format | Extensions | Notes |\n 271→|--------|-----------|-------|\n 272→| `mp4` | .mp4, .m4a, .m4v | Use `-movflags +faststart` for web streaming |\n 273→| `matroska` | .mkv | Supports virtually all codecs |\n 274→| `webm` | .webm | VP8/VP9/AV1 + Vorbis/Opus for web |\n 275→| `avi` | .avi | Legacy; limited codec support |\n 276→| `mpegts` | .ts | Broadcast transport stream |\n 277→| `ogg` | .ogg, .ogv | Vorbis/Opus/Theora container |\n 278→| `wav` | .wav | Uncompressed PCM audio |\n 279→| `flac` | .flac | Lossless audio |\n 280→| `mp3` | .mp3 | MPEG audio layer 3 |\n 281→| `hls` | .m3u8 | HTTP Live Streaming |\n 282→| `dash` | .mpd | DASH adaptive streaming |\n 283→| `gif` | .gif | Animated GIF |\n 284→| `image2` | various | Image sequence input/output |\n 285→| `concat` | text file | Concatenation demuxer (file list) |\n 286→| `null` | — | Discard output (benchmarking) |\n 287→\n 288→---\n 289→\n 290→## Common Video Filters (`-vf`)\n 291→\n 292→| Filter | Description | Example |\n 293→|--------|-------------|---------|\n 294→| `scale=W:H` | Resize video. Use `-1` or `-2` to auto-calculate | `scale=1280:720`, `scale=-2:480` |\n 295→| `crop=W:H:X:Y` | Crop to WxH starting at X,Y | `crop=640:480:100:50` |\n 296→| `pad=W:H:X:Y:color` | Pad video with borders | `pad=1920:1080:(ow-iw)/2:(oh-ih)/2:black` |\n 297→| `overlay=X:Y` | Composite second input over first | `overlay=10:10` |\n 298→| `transpose=N` | Rotate: 0=90ccw+vflip, 1=90cw, 2=90ccw, 3=90cw+vflip | `transpose=1` |\n 299→| `hflip` / `vflip` | Horizontal / vertical flip | `hflip` |\n 300→| `rotate=angle` | Rotate by arbitrary angle (radians) | `rotate=PI/4` |\n 301→| `fps=N` | Change frame rate | `fps=30` |\n 302→| `setpts=expr` | Modify presentation timestamps | `setpts=0.5*PTS` (2x speed) |\n 303→| `trim=start:end` | Extract time range | `trim=start=10:end=20` |\n 304→| `drawtext=opts` | Overlay text | `drawtext=text='Hello':fontsize=24:x=10:y=10` |\n 305→| `fade=t=type:st=S:d=D` | Fade in/out | `fade=t=in:st=0:d=2` |\n 306→| `eq=opts` | Adjust brightness/contrast/saturation | `eq=brightness=0.1:contrast=1.2` |\n 307→| `format=pix_fmt` | Convert pixel format | `format=yuv420p` |\n 308→| `concat=n:v:a` | Concatenate segments | `concat=n=2:v=1:a=1` |\n 309→| `split` / `select` | Duplicate / select frames | `select='eq(pict_type,I)'` |\n 310→| `deinterlace` / `yadif` | Remove interlacing | `yadif=1` |\n 311→| `boxblur=R` | Apply box blur | `boxblur=5:1` |\n 312→| `subtitles=file` | Burn in subtitles from file | `subtitles=subs.srt` |\n 313→| `palettegen` / `paletteuse` | Generate/apply palette for GIF | Used in two-pass GIF creation |\n 314→| `colorchannelmixer` | Mix color channels | `colorchannelmixer=.3:.4:.3:0:.3:.4:.3:0:.3:.4:.3` (grayscale) |\n 315→\n 316→## Common Audio Filters (`-af`)\n 317→\n 318→| Filter | Description | Example |\n 319→|--------|-------------|---------|\n 320→| `volume=V` | Adjust volume | `volume=1.5`, `volume=-3dB` |\n 321→| `loudnorm` | EBU R128 loudness normalization | `loudnorm=I=-16:TP=-1.5:LRA=11` |\n 322→| `atempo=T` | Change tempo (0.5-100.0) | `atempo=2.0` (2x speed) |\n 323→| `aresample=rate` | Resample audio | `aresample=44100` |\n 324→| `amerge` | Merge audio channels | `amerge=inputs=2` |\n 325→| `afade=t=type:st=S:d=D` | Audio fade in/out | `afade=t=in:st=0:d=3` |\n 326→| `highpass=f=freq` | High-pass filter | `highpass=f=200` |\n 327→| `lowpass=f=freq` | Low-pass filter | `lowpass=f=3000` |\n 328→| `equalizer=f:t:w:g` | Parametric EQ | `equalizer=f=1000:t=q:w=1:g=5` |\n 329→| `acompressor` | Dynamic range compression | `acompressor=threshold=-20dB:ratio=4` |\n 330→| `silenceremove` | Remove silence | `silenceremove=1:0:-50dB` |\n 331→| `silencedetect` | Detect silence | `silencedetect=n=-30dB:d=2` |\n 332→| `adelay=delays` | Delay audio channels | `adelay=1000\\|1000` (ms) |\n 333→| `aecho=id:ig:delays:decays` | Add echo effect | `aecho=0.8:0.88:60:0.4` |\n 334→| `pan=layout:gains` | Remix channels | `pan=mono\\|c0=0.5*c0+0.5*c1` |\n 335→\n 336→---\n 337→\n 338→## Common Recipes\n 339→\n 340→### Convert format\n 341→\n 342→```bash\n 343→ffmpeg -i input.mkv output.mp4\n 344→```\n 345→\n 346→### Transcode with CRF quality\n 347→\n 348→```bash\n 349→ffmpeg -i input.mp4 -c:v libx264 -crf 20 -c:a aac -b:a 192k output.mp4\n 350→```\n 351→\n 352→### Extract audio\n 353→\n 354→```bash\n 355→ffmpeg -i video.mp4 -vn -c:a copy audio.m4a\n 356→```\n 357→\n 358→### Extract video (no audio)\n 359→\n 360→```bash\n 361→ffmpeg -i input.mp4 -an -c:v copy output.mp4\n 362→```\n 363→\n 364→### Trim / cut\n 365→\n 366→```bash\n 367→ffmpeg -ss 00:01:30 -to 00:03:00 -i input.mp4 -c copy output.mp4\n 368→```\n 369→\n 370→### Resize video\n 371→\n 372→```bash\n 373→ffmpeg -i input.mp4 -vf \"scale=1280:720\" -c:a copy output.mp4\n 374→```\n 375→\n 376→### Compress video (lower quality)\n 377→\n 378→```bash\n 379→ffmpeg -i input.mp4 -c:v libx264 -crf 28 -preset fast -c:a aac -b:a 128k output.mp4\n 380→```\n 381→\n 382→### Two-pass encoding\n 383→\n 384→```bash\n 385→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 1 -f null /dev/null\n 386→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 2 output.mp4\n 387→```\n 388→\n 389→### Concatenate files (concat demuxer)\n 390→\n 391→```bash\n 392→# files.txt contains:\n 393→# file 'part1.mp4'\n 394→# file 'part2.mp4'\n 395→ffmpeg -f concat -safe 0 -i files.txt -c copy output.mp4\n 396→```\n 397→\n 398→### Add subtitles (burn-in)\n 399→\n 400→```bash\n 401→ffmpeg -i input.mp4 -vf \"subtitles=subs.srt\" output.mp4\n 402→```\n 403→\n 404→### Create GIF\n 405→\n 406→```bash\n 407→ffmpeg -i input.mp4 -vf \"fps=10,scale=320:-1:flags=lanczos,split[s0][s1];[s0]palettegen[p];[s1][p]paletteuse\" output.gif\n 408→```\n 409→\n 410→### Add watermark / overlay\n 411→\n 412→```bash\n 413→ffmpeg -i video.mp4 -i logo.png -filter_complex \"overlay=10:10\" output.mp4\n 414→```\n 415→\n 416→### Change speed (video + audio)\n 417→\n 418→```bash\n 419→ffmpeg -i input.mp4 -vf \"setpts=0.5*PTS\" -af \"atempo=2.0\" output.mp4\n 420→```\n 421→\n 422→### Extract frames as images\n 423→\n 424→```bash\n 425→ffmpeg -i input.mp4 -vf \"fps=1\" frame_%04d.png\n 426→```\n 427→\n 428→### Merge audio and video\n 429→\n 430→```bash\n 431→ffmpeg -i video.mp4 -i audio.m4a -c:v copy -c:a copy -shortest output.mp4\n 432→```\n 433→\n 434→### Normalize audio loudness\n 435→\n 436→```bash\n 437→ffmpeg -i input.mp4 -af \"loudnorm=I=-16:TP=-1.5:LRA=11\" -c:v copy output.mp4\n 438→```\n 439→\n 440→### Convert to web-optimized MP4\n 441→\n 442→```bash\n 443→ffmpeg -i input.mp4 -c:v libx264 -crf 23 -preset medium -c:a aac -b:a 128k -movflags +faststart output.mp4\n 444→```\n 445→\n 446→### Probe file info (JSON)\n 447→\n 448→```bash\n 449→ffprobe -v quiet -print_format json -show_format -show_streams input.mp4\n 450→```\n 451→\n 452→### Get duration only\n 453→\n 454→```bash\n 455→ffprobe -v quiet -show_entries format=duration -of default=noprint_wrappers=1:nokey=1 input.mp4\n 456→```\n 457→\n 458→### Get resolution only\n 459→\n 460→```bash\n 461→ffprobe -v quiet -select_streams v:0 -show_entries stream=width,height -of csv=s=x:p=0 input.mp4\n 462→```\n 463→\n 464→---\n 465→\n 466→## Source\n 467→\n 468→- Website: https://ffmpeg.org/\n 469→- Documentation: https://www.ffmpeg.org/documentation.html\n 470→- CLI reference: https://www.ffmpeg.org/ffmpeg.html\n 471→- Filters reference: https://www.ffmpeg.org/ffmpeg-filters.html\n 472→- Codecs reference: https://www.ffmpeg.org/ffmpeg-codecs.html\n 473→- Formats reference: https://www.ffmpeg.org/ffmpeg-formats.html\n 474→- Wiki: https://trac.ffmpeg.org/wiki\n 475→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/sharp/SKILL.md"},"toolUseId":"toolu_012yXnAhDav51Wkx6uX24jL6","output":" 1→---\n 2→name: sharp\n 3→description: Process images using the sharp Node.js library. Use when the user wants to resize, convert, crop, composite, transform, or optimize images programmatically.\n 4→---\n 5→\n 6→# Sharp\n 7→\n 8→API reference for sharp — a high-performance Node.js image processing library built on libvips.\n 9→\n 10→Typically 4-5x faster than ImageMagick/GraphicsMagick. Supports JPEG, PNG, WebP, GIF, AVIF, TIFF, SVG, HEIF, JP2, and JXL.\n 11→\n 12→Official docs: https://sharp.pixelplumbing.com\n 13→Repository: https://github.com/lovell/sharp\n 14→\n 15→## Installation\n 16→\n 17→```bash\n 18→npm install sharp\n 19→```\n 20→\n 21→Requires Node.js ^18.17.0 or >= 20.3.0 (or Deno/Bun with Node-API v9).\n 22→\n 23→## Usage\n 24→\n 25→Sharp uses a fluent, chainable API. Every call returns a Sharp instance.\n 26→\n 27→```js\n 28→import sharp from 'sharp';\n 29→\n 30→await sharp('input.jpg')\n 31→ .resize(800, 600)\n 32→ .jpeg({ quality: 80 })\n 33→ .toFile('output.jpg');\n 34→```\n 35→\n 36→Sharp implements `stream.Duplex` — it can be piped to/from.\n 37→\n 38→---\n 39→\n 40→## Constructor\n 41→\n 42→```js\n 43→sharp([input], [options])\n 44→```\n 45→\n 46→- `input` (Buffer | string | Array): Image buffer, file path, array of inputs, or omit for stream input.\n 47→\n 48→### Options\n 49→\n 50→| Option | Type | Default | Description |\n 51→|--------|------|---------|-------------|\n 52→| `failOn` | string | `'warning'` | `'none'`, `'truncated'`, `'error'`, `'warning'` |\n 53→| `limitInputPixels` | number \\| boolean | `268402689` | Max pixels; `false` to disable |\n 54→| `unlimited` | boolean | `false` | Remove memory safety for JPEG/PNG/SVG/HEIF |\n 55→| `autoOrient` | boolean | `false` | Auto-rotate per EXIF Orientation |\n 56→| `sequentialRead` | boolean | `true` | Sequential vs random access |\n 57→| `density` | number | `72` | DPI for vector images (1-100000) |\n 58→| `ignoreIcc` | boolean | `false` | Ignore embedded ICC profile |\n 59→| `pages` | number | `1` | Pages to extract; `-1` for all |\n 60→| `page` | number | `0` | Starting page (zero-based) |\n 61→| `animated` | boolean | `false` | Read all frames (equiv. `pages: -1`) |\n 62→\n 63→### Raw Input\n 64→\n 65→```js\n 66→sharp(buffer, { raw: { width: 100, height: 100, channels: 4 } })\n 67→```\n 68→\n 69→| Property | Type | Description |\n 70→|----------|------|-------------|\n 71→| `width` | number | Pixel width |\n 72→| `height` | number | Pixel height |\n 73→| `channels` | number | 1-4 |\n 74→| `premultiplied` | boolean | Skip premultiplication (default `false`) |\n 75→\n 76→### Create New Image\n 77→\n 78→```js\n 79→sharp({ create: { width: 300, height: 200, channels: 4, background: '#ff0000' } })\n 80→```\n 81→\n 82→| Property | Type | Description |\n 83→|----------|------|-------------|\n 84→| `width` | number | Pixel width |\n 85→| `height` | number | Pixel height |\n 86→| `channels` | number | 3 (RGB) or 4 (RGBA) |\n 87→| `background` | string \\| Object | Color (parsed by color module) |\n 88→| `noise` | Object | `{ type: 'gaussian', mean: 128, sigma: 30 }` |\n 89→\n 90→### Render Text\n 91→\n 92→```js\n 93→sharp({ text: { text: 'Hello', font: 'Arial', dpi: 150 } })\n 94→```\n 95→\n 96→| Property | Type | Default | Description |\n 97→|----------|------|---------|-------------|\n 98→| `text` | string | -- | UTF-8; supports Pango markup |\n 99→| `font` | string | -- | Font name |\n 100→| `fontfile` | string | -- | Absolute path to font file |\n 101→| `width` | number | `0` | Word-wrap boundary; 0 = no wrap |\n 102→| `height` | number | `0` | Max height |\n 103→| `align` | string | `'left'` | `'left'`, `'centre'`, `'center'`, `'right'` |\n 104→| `justify` | boolean | `false` | Text justification |\n 105→| `dpi` | number | `72` | Render resolution |\n 106→| `rgba` | boolean | `false` | RGBA for color emoji/Pango markup |\n 107→| `spacing` | number | `0` | Line height in points |\n 108→| `wrap` | string | `'word'` | `'word'`, `'char'`, `'word-char'`, `'none'` |\n 109→\n 110→### Join Array\n 111→\n 112→```js\n 113→sharp([img1, img2, img3], { join: { across: 3, shim: 10 } })\n 114→```\n 115→\n 116→| Property | Type | Default | Description |\n 117→|----------|------|---------|-------------|\n 118→| `across` | number | `1` | Images per row |\n 119→| `animated` | boolean | `false` | Join as animated image |\n 120→| `shim` | number | `0` | Pixel gap between images |\n 121→| `background` | string \\| Object | -- | Gap fill color |\n 122→| `halign` | string | `'left'` | `'left'`, `'centre'`, `'right'` |\n 123→| `valign` | string | `'top'` | `'top'`, `'centre'`, `'bottom'` |\n 124→\n 125→### Clone\n 126→\n 127→```js\n 128→const pipeline = sharp('input.jpg');\n 129→const clone1 = pipeline.clone().resize(200).toFile('thumb.jpg');\n 130→const clone2 = pipeline.clone().resize(800).toFile('large.jpg');\n 131→```\n 132→\n 133→---\n 134→\n 135→## Resize\n 136→\n 137→```js\n 138→.resize([width], [height], [options])\n 139→```\n 140→\n 141→| Option | Type | Default | Description |\n 142→|--------|------|---------|-------------|\n 143→| `width` | number | -- | Target width (null to auto-scale) |\n 144→| `height` | number | -- | Target height (null to auto-scale) |\n 145→| `fit` | string | `'cover'` | `'cover'`, `'contain'`, `'fill'`, `'inside'`, `'outside'` |\n 146→| `position` | string | `'centre'` | Gravity/position for cover/contain |\n 147→| `background` | string \\| Object | `{r:0,g:0,b:0,alpha:1}` | Fill color for `contain` |\n 148→| `kernel` | string | `'lanczos3'` | `'nearest'`, `'linear'`, `'cubic'`, `'mitchell'`, `'lanczos2'`, `'lanczos3'` |\n 149→| `withoutEnlargement` | boolean | `false` | Don't upscale |\n 150→| `withoutReduction` | boolean | `false` | Don't downscale |\n 151→| `fastShrinkOnLoad` | boolean | `true` | JPEG/WebP shrink-on-load |\n 152→\n 153→**Fit modes:**\n 154→- `cover` — crop to fill both dimensions\n 155→- `contain` — letterbox within dimensions\n 156→- `fill` — stretch to exact dimensions (ignores aspect ratio)\n 157→- `inside` — fit within, no exceeding\n 158→- `outside` — minimum size meeting both dimensions\n 159→\n 160→**Position values:** `top`, `right top`, `right`, `right bottom`, `bottom`, `left bottom`, `left`, `left top`, `north`, `northeast`, `east`, `southeast`, `south`, `southwest`, `west`, `northwest`, `centre`/`center`\n 161→\n 162→**Strategy (cover only):** `entropy`, `attention`\n 163→\n 164→Only one resize per pipeline.\n 165→\n 166→---\n 167→\n 168→## Operations\n 169→\n 170→### Rotation & Orientation\n 171→\n 172→| Method | Description |\n 173→|--------|-------------|\n 174→| `.rotate([angle], [options])` | Rotate by degrees; omit angle for EXIF auto-rotate. `options.background` for fill color |\n 175→| `.autoOrient()` | Auto-orient from EXIF, then remove Orientation tag |\n 176→| `.flip([flip])` | Vertical mirror (default `true`) |\n 177→| `.flop([flop])` | Horizontal mirror (default `true`) |\n 178→\n 179→### Transform\n 180→\n 181→| Method | Description |\n 182→|--------|-------------|\n 183→| `.affine(matrix, [options])` | 2x2 affine transform. Options: `background`, `idx`, `idy`, `odx`, `ody`, `interpolator` |\n 184→| `.extend(extend)` | Add padding. Number for uniform, or `{ top, right, bottom, left, extendWith, background }`. `extendWith`: `'background'`, `'copy'`, `'repeat'`, `'mirror'` |\n 185→| `.extract({ left, top, width, height })` | Crop region. Can be called before and/or after resize |\n 186→| `.trim([options])` | Auto-crop to content. Options: `background` (default top-left pixel), `threshold` (default `10`), `lineArt` |\n 187→\n 188→### Enhancement\n 189→\n 190→| Method | Description |\n 191→|--------|-------------|\n 192→| `.sharpen([options])` | Sharpen. `options.sigma` (0.000001-10), `.m1` (flat), `.m2` (jagged), `.x1`, `.y2`, `.y3` |\n 193→| `.blur([options])` | No args: 3x3 box blur. `options.sigma` (0.3-1000) for Gaussian. Options: `precision`, `minAmplitude` |\n 194→| `.median([size])` | Median filter, default 3x3 |\n 195→| `.gamma([gamma], [gammaOut])` | Gamma correction (1.0-3.0, default 2.2) |\n 196→| `.normalise([options])` | Stretch luminance. `options.lower` (default `1`), `.upper` (default `99`) percentiles |\n 197→| `.clahe({ width, height, [maxSlope] })` | Contrast Limited Adaptive Histogram Equalization |\n 198→\n 199→### Morphology\n 200→\n 201→| Method | Description |\n 202→|--------|-------------|\n 203→| `.dilate([width])` | Dilation, default 1px |\n 204→| `.erode([width])` | Erosion, default 1px |\n 205→\n 206→### Pixel Operations\n 207→\n 208→| Method | Description |\n 209→|--------|-------------|\n 210→| `.negate([options])` | Invert colors. `options.alpha` (default `true`) |\n 211→| `.threshold([value], [options])` | Binarize at threshold (0-255, default 128). `options.greyscale` (default `true`) |\n 212→| `.boolean(operand, operator)` | Bitwise op with another image: `'and'`, `'or'`, `'eor'` |\n 213→| `.linear([a], [b])` | Per-channel linear transform: `a * pixel + b` |\n 214→| `.recomb(matrix)` | 3x3 or 4x4 color recombination matrix |\n 215→| `.modulate([options])` | Adjust `brightness` (multiply), `saturation` (multiply), `hue` (degrees), `lightness` (add) |\n 216→| `.convolve(kernel)` | Custom convolution: `{ width, height, kernel, scale, offset }` |\n 217→| `.flatten([options])` | Merge alpha with `options.background`, remove alpha |\n 218→| `.unflatten()` | Add alpha; white becomes transparent (experimental) |\n 219→\n 220→---\n 221→\n 222→## Colour\n 223→\n 224→| Method | Description |\n 225→|--------|-------------|\n 226→| `.tint(color)` | Apply tint, preserving alpha |\n 227→| `.greyscale([bool])` | Convert to 8-bit greyscale (alias: `.grayscale()`) |\n 228→| `.pipelineColourspace(space)` | Set pipeline colorspace (e.g. `'rgb16'`, `'lab'`, `'grey16'`) |\n 229→| `.toColourspace(space)` | Set output colorspace (e.g. `'srgb'`, `'cmyk'`, `'b-w'`) |\n 230→\n 231→---\n 232→\n 233→## Channel\n 234→\n 235→| Method | Description |\n 236→|--------|-------------|\n 237→| `.removeAlpha()` | Remove alpha channel |\n 238→| `.ensureAlpha([alpha])` | Add alpha if missing. `alpha`: 0 (transparent) to 1 (opaque, default) |\n 239→| `.extractChannel(channel)` | Extract single channel: `0`-`3` or `'red'`, `'green'`, `'blue'`, `'alpha'` |\n 240→| `.joinChannel(images, [options])` | Add channel(s) from other image(s) |\n 241→| `.bandbool(op)` | Bitwise across all bands: `'and'`, `'or'`, `'eor'` |\n 242→\n 243→---\n 244→\n 245→## Composite\n 246→\n 247→```js\n 248→.composite(images)\n 249→```\n 250→\n 251→Overlay images onto the pipeline image. `images` is an array of objects:\n 252→\n 253→| Property | Type | Default | Description |\n 254→|----------|------|---------|-------------|\n 255→| `input` | Buffer \\| string | -- | Image data, file path, or `create`/`text` object |\n 256→| `blend` | string | `'over'` | Blend mode |\n 257→| `gravity` | string | `'centre'` | Placement gravity |\n 258→| `top` | number | -- | Pixel offset from top (overrides gravity) |\n 259→| `left` | number | -- | Pixel offset from left (overrides gravity) |\n 260→| `tile` | boolean | `false` | Repeat overlay across image |\n 261→| `premultiplied` | boolean | `false` | Skip premultiplication |\n 262→| `density` | number | `72` | DPI for vector overlays |\n 263→\n 264→**Blend modes:** `over`, `multiply`, `screen`, `overlay`, `darken`, `lighten`, `hard-light`, `soft-light`, `difference`, `exclusion`, `colour-dodge`, `colour-burn`, `add`, `saturate`, `clear`, `source`, `in`, `out`, `atop`, `dest`, `dest-over`, `dest-in`, `dest-out`, `dest-atop`, `xor`\n 265→\n 266→```js\n 267→await sharp('base.png')\n 268→ .composite([{ input: 'overlay.png', gravity: 'southeast' }])\n 269→ .toFile('output.png');\n 270→```\n 271→\n 272→---\n 273→\n 274→## Output\n 275→\n 276→### Write to File\n 277→\n 278→```js\n 279→await sharp('input.jpg').resize(800).toFile('output.jpg');\n 280→```\n 281→\n 282→Format inferred from extension. Returns `{ format, size, width, height, channels, premultiplied }`.\n 283→\n 284→### Write to Buffer\n 285→\n 286→```js\n 287→const buffer = await sharp('input.jpg').resize(800).toBuffer();\n 288→// or with info:\n 289→const { data, info } = await sharp('input.jpg').resize(800).toBuffer({ resolveWithObject: true });\n 290→```\n 291→\n 292→### Format Methods\n 293→\n 294→#### JPEG\n 295→\n 296→```js\n 297→.jpeg([options])\n 298→```\n 299→\n 300→| Option | Type | Default | Description |\n 301→|--------|------|---------|-------------|\n 302→| `quality` | number | `80` | 1-100 |\n 303→| `progressive` | boolean | `false` | Progressive JPEG |\n 304→| `chromaSubsampling` | string | `'4:2:0'` | `'4:2:0'` or `'4:4:4'` |\n 305→| `mozjpeg` | boolean | `false` | MozJPEG optimizations |\n 306→| `force` | boolean | `true` | Force JPEG output |\n 307→\n 308→#### PNG\n 309→\n 310→```js\n 311→.png([options])\n 312→```\n 313→\n 314→| Option | Type | Default | Description |\n 315→|--------|------|---------|-------------|\n 316→| `progressive` | boolean | `false` | Progressive (interlace) |\n 317→| `compressionLevel` | number | `6` | 0-9 |\n 318→| `adaptiveFiltering` | boolean | `false` | Adaptive row filtering |\n 319→| `palette` | boolean | `false` | Quantise to palette |\n 320→| `quality` | number | `100` | Palette quality (1-100) |\n 321→| `effort` | number | `7` | CPU effort (1-10, palette mode) |\n 322→| `colours`/`colors` | number | `256` | Max palette colors (2-256) |\n 323→| `dither` | number | `1.0` | Floyd-Steinberg dithering level |\n 324→| `force` | boolean | `true` | Force PNG output |\n 325→\n 326→#### WebP\n 327→\n 328→```js\n 329→.webp([options])\n 330→```\n 331→\n 332→| Option | Type | Default | Description |\n 333→|--------|------|---------|-------------|\n 334→| `quality` | number | `80` | 1-100 |\n 335→| `alphaQuality` | number | `100` | 0-100 |\n 336→| `lossless` | boolean | `false` | Lossless compression |\n 337→| `nearLossless` | boolean | `false` | Near-lossless mode |\n 338→| `smartSubsample` | boolean | `false` | Smart chroma subsampling |\n 339→| `preset` | string | `'default'` | `'default'`, `'photo'`, `'picture'`, `'drawing'`, `'icon'`, `'text'` |\n 340→| `effort` | number | `4` | 0-6 |\n 341→| `loop` | number | `0` | Animation loops (0 = infinite) |\n 342→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 343→| `force` | boolean | `true` | Force WebP output |\n 344→\n 345→#### AVIF\n 346→\n 347→```js\n 348→.avif([options])\n 349→```\n 350→\n 351→| Option | Type | Default | Description |\n 352→|--------|------|---------|-------------|\n 353→| `quality` | number | `50` | 1-100 |\n 354→| `lossless` | boolean | `false` | Lossless mode |\n 355→| `effort` | number | `4` | 0-9 |\n 356→| `chromaSubsampling` | string | `'4:4:4'` | Chroma subsampling |\n 357→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 358→\n 359→#### GIF\n 360→\n 361→```js\n 362→.gif([options])\n 363→```\n 364→\n 365→| Option | Type | Default | Description |\n 366→|--------|------|---------|-------------|\n 367→| `reuse` | boolean | `true` | Reuse palette |\n 368→| `progressive` | boolean | `false` | Progressive (interlace) |\n 369→| `colours`/`colors` | number | `256` | 2-256 |\n 370→| `effort` | number | `7` | 1-10 |\n 371→| `dither` | number | `1.0` | 0-1 |\n 372→| `loop` | number | `0` | 0 = infinite |\n 373→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 374→| `force` | boolean | `true` | Force GIF output |\n 375→\n 376→#### TIFF\n 377→\n 378→```js\n 379→.tiff([options])\n 380→```\n 381→\n 382→| Option | Type | Default | Description |\n 383→|--------|------|---------|-------------|\n 384→| `quality` | number | `80` | 1-100 |\n 385→| `compression` | string | `'jpeg'` | `'none'`, `'jpeg'`, `'deflate'`, `'packbits'`, `'lzw'`, `'webp'`, `'zstd'`, `'jp2k'`, `'ccittfax4'` |\n 386→| `predictor` | string | `'horizontal'` | `'none'`, `'horizontal'`, `'float'` |\n 387→| `pyramid` | boolean | `false` | Write image pyramid |\n 388→| `tile` | boolean | `false` | Tiled TIFF |\n 389→| `tileWidth` | number | `256` | Tile width |\n 390→| `tileHeight` | number | `256` | Tile height |\n 391→| `bitdepth` | number | `8` | 1, 2, 4, or 8 |\n 392→| `force` | boolean | `true` | Force TIFF output |\n 393→\n 394→#### HEIF\n 395→\n 396→```js\n 397→.heif({ compression: 'hevc' })\n 398→```\n 399→\n 400→| Option | Type | Default | Description |\n 401→|--------|------|---------|-------------|\n 402→| `compression` | string | required | `'av1'` or `'hevc'` |\n 403→| `quality` | number | `50` | 1-100 |\n 404→| `lossless` | boolean | `false` | Lossless mode |\n 405→| `effort` | number | `4` | 0-9 |\n 406→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 407→\n 408→#### Raw\n 409→\n 410→```js\n 411→.raw([options])\n 412→```\n 413→\n 414→- `options.depth` (string, default `'uchar'`): `'char'`, `'uchar'`, `'short'`, `'ushort'`, `'int'`, `'uint'`, `'float'`, `'double'`\n 415→\n 416→#### Tile (DZI / Zoomify / IIIF)\n 417→\n 418→```js\n 419→.tile([options])\n 420→```\n 421→\n 422→| Option | Type | Default | Description |\n 423→|--------|------|---------|-------------|\n 424→| `size` | number | `256` | Tile size (1-8192) |\n 425→| `overlap` | number | `0` | Tile overlap (0-8192) |\n 426→| `layout` | string | `'dz'` | `'dz'`, `'iiif'`, `'iiif3'`, `'zoomify'`, `'google'` |\n 427→| `container` | string | `'fs'` | `'fs'` or `'zip'` |\n 428→| `angle` | number | `0` | Rotation (multiple of 90) |\n 429→| `background` | string \\| Object | white | Fill color |\n 430→\n 431→---\n 432→\n 433→## Metadata & Stats\n 434→\n 435→### metadata()\n 436→\n 437→```js\n 438→const meta = await sharp('input.jpg').metadata();\n 439→```\n 440→\n 441→Returns without decoding pixels:\n 442→\n 443→| Property | Type | Description |\n 444→|----------|------|-------------|\n 445→| `format` | string | `'jpeg'`, `'png'`, `'webp'`, `'gif'`, `'svg'`, etc. |\n 446→| `width` | number | Pixel width |\n 447→| `height` | number | Pixel height |\n 448→| `space` | string | Color space (`'srgb'`, `'rgb'`, `'cmyk'`, `'b-w'`, etc.) |\n 449→| `channels` | number | Band count |\n 450→| `depth` | string | Pixel depth (`'uchar'`, `'ushort'`, `'float'`, etc.) |\n 451→| `density` | number | DPI |\n 452→| `chromaSubsampling` | string | e.g. `'4:2:0'` |\n 453→| `isProgressive` | boolean | Progressive/interlaced |\n 454→| `hasAlpha` | boolean | Has alpha channel |\n 455→| `hasProfile` | boolean | Has ICC profile |\n 456→| `orientation` | number | EXIF orientation (1-8) |\n 457→| `pages` | number | Page count |\n 458→| `size` | number | Total bytes (Buffer/Stream input) |\n 459→| `exif` | Buffer | Raw EXIF |\n 460→| `icc` | Buffer | ICC profile |\n 461→| `xmp` | Buffer | XMP data |\n 462→\n 463→### stats()\n 464→\n 465→```js\n 466→const stats = await sharp('input.jpg').stats();\n 467→```\n 468→\n 469→Returns pixel-derived statistics:\n 470→\n 471→| Property | Type | Description |\n 472→|----------|------|-------------|\n 473→| `channels` | Array | Per-channel: `min`, `max`, `sum`, `mean`, `stdev`, `minX`, `minY`, `maxX`, `maxY` |\n 474→| `isOpaque` | boolean | Fully opaque |\n 475→| `entropy` | number | Greyscale entropy |\n 476→| `sharpness` | number | Laplacian sharpness |\n 477→| `dominant` | Object | Dominant sRGB color |\n 478→\n 479→---\n 480→\n 481→## Metadata Preservation\n 482→\n 483→By default, sharp strips all metadata and converts to sRGB.\n 484→\n 485→| Method | Description |\n 486→|--------|-------------|\n 487→| `.keepMetadata()` | Preserve all metadata (EXIF, ICC, XMP, IPTC) |\n 488→| `.keepExif()` | Preserve EXIF only |\n 489→| `.withExif(exif)` | Set EXIF (replaces input). Object keyed by IFD |\n 490→| `.withExifMerge(exif)` | Merge with existing EXIF |\n 491→| `.keepIccProfile()` | Preserve ICC profile |\n 492→| `.withIccProfile(icc, [options])` | Set ICC: path or `'srgb'`, `'p3'`, `'cmyk'` |\n 493→| `.keepXmp()` | Preserve XMP |\n 494→| `.withXmp(xmp)` | Set XMP (XML string) |\n 495→| `.withMetadata([options])` | Preserve most metadata. Options: `orientation`, `density` |\n 496→\n 497→---\n 498→\n 499→## Timeout\n 500→\n 501→```js\n 502→.timeout({ seconds: 30 })\n 503→```\n 504→\n 505→Abort processing after N seconds. `0` = no timeout (default).\n 506→\n 507→---\n 508→\n 509→## Utility (Static)\n 510→\n 511→| Property/Method | Description |\n 512→|-----------------|-------------|\n 513→| `sharp.format` | Object with available input/output format booleans |\n 514→| `sharp.versions` | Version info for sharp, libvips, dependencies |\n 515→| `sharp.interpolators` | Enum: `nearest`, `bilinear`, `bicubic`, `lbb`, `nohalo`, `vsqbs` |\n 516→| `sharp.cache([options])` | Get/set cache: `{ memory: 50, files: 20, items: 100 }` |\n 517→| `sharp.concurrency([n])` | Get/set thread count (default: CPU cores) |\n 518→| `sharp.counters()` | Returns `{ queue, process }` |\n 519→| `sharp.simd([bool])` | Enable/disable SIMD (default `true`) |\n 520→| `sharp.block({ operation })` | Block specific operations |\n 521→| `sharp.unblock({ operation })` | Unblock operations |\n 522→\n 523→---\n 524→\n 525→## Common Recipes\n 526→\n 527→### Resize and convert format\n 528→\n 529→```js\n 530→await sharp('input.png')\n 531→ .resize(800, 600)\n 532→ .webp({ quality: 80 })\n 533→ .toFile('output.webp');\n 534→```\n 535→\n 536→### Resize to fit within bounds (no upscale)\n 537→\n 538→```js\n 539→await sharp('input.jpg')\n 540→ .resize(1200, 800, { fit: 'inside', withoutEnlargement: true })\n 541→ .toFile('output.jpg');\n 542→```\n 543→\n 544→### Create thumbnail (cover crop)\n 545→\n 546→```js\n 547→await sharp('input.jpg')\n 548→ .resize(250, 250, { fit: 'cover', position: 'attention' })\n 549→ .toFile('thumb.jpg');\n 550→```\n 551→\n 552→### Crop region\n 553→\n 554→```js\n 555→await sharp('input.jpg')\n 556→ .extract({ left: 100, top: 50, width: 400, height: 300 })\n 557→ .toFile('cropped.jpg');\n 558→```\n 559→\n 560→### Add watermark overlay\n 561→\n 562→```js\n 563→await sharp('photo.jpg')\n 564→ .composite([{ input: 'watermark.png', gravity: 'southeast' }])\n 565→ .toFile('watermarked.jpg');\n 566→```\n 567→\n 568→### Composite text overlay\n 569→\n 570→```js\n 571→await sharp('photo.jpg')\n 572→ .composite([{\n 573→ input: { text: { text: 'Hello World', font: 'sans', dpi: 200, rgba: true } },\n 574→ gravity: 'south'\n 575→ }])\n 576→ .toFile('annotated.jpg');\n 577→```\n 578→\n 579→### Convert to greyscale\n 580→\n 581→```js\n 582→await sharp('input.jpg')\n 583→ .greyscale()\n 584→ .toFile('grey.jpg');\n 585→```\n 586→\n 587→### Blur\n 588→\n 589→```js\n 590→await sharp('input.jpg')\n 591→ .blur({ sigma: 5 })\n 592→ .toFile('blurred.jpg');\n 593→```\n 594→\n 595→### Rotate\n 596→\n 597→```js\n 598→await sharp('input.jpg')\n 599→ .rotate(90)\n 600→ .toFile('rotated.jpg');\n 601→```\n 602→\n 603→### Auto-orient from EXIF\n 604→\n 605→```js\n 606→await sharp('input.jpg')\n 607→ .autoOrient()\n 608→ .toFile('oriented.jpg');\n 609→```\n 610→\n 611→### Extend with padding\n 612→\n 613→```js\n 614→await sharp('input.png')\n 615→ .extend({ top: 20, bottom: 20, left: 20, right: 20, background: '#ffffff' })\n 616→ .toFile('padded.png');\n 617→```\n 618→\n 619→### Auto-trim whitespace\n 620→\n 621→```js\n 622→await sharp('input.png')\n 623→ .trim({ threshold: 10 })\n 624→ .toFile('trimmed.png');\n 625→```\n 626→\n 627→### Optimize JPEG for web\n 628→\n 629→```js\n 630→await sharp('input.jpg')\n 631→ .resize(1920, null, { withoutEnlargement: true })\n 632→ .jpeg({ quality: 75, mozjpeg: true, progressive: true })\n 633→ .toFile('optimized.jpg');\n 634→```\n 635→\n 636→### Generate AVIF from JPEG\n 637→\n 638→```js\n 639→await sharp('input.jpg')\n 640→ .avif({ quality: 50, effort: 4 })\n 641→ .toFile('output.avif');\n 642→```\n 643→\n 644→### Extract channel\n 645→\n 646→```js\n 647→await sharp('input.png')\n 648→ .extractChannel('red')\n 649→ .toFile('red-channel.png');\n 650→```\n 651→\n 652→### Get image metadata\n 653→\n 654→```js\n 655→const { width, height, format, space } = await sharp('input.jpg').metadata();\n 656→```\n 657→\n 658→### Buffer round-trip\n 659→\n 660→```js\n 661→const buffer = await sharp('input.jpg')\n 662→ .resize(300)\n 663→ .png()\n 664→ .toBuffer();\n 665→```\n 666→\n 667→### Create solid color image\n 668→\n 669→```js\n 670→await sharp({ create: { width: 100, height: 100, channels: 4, background: '#ff6600' } })\n 671→ .png()\n 672→ .toFile('orange.png');\n 673→```\n 674→\n 675→### Join images into grid\n 676→\n 677→```js\n 678→await sharp(['a.png', 'b.png', 'c.png', 'd.png'], { join: { across: 2 } })\n 679→ .toFile('grid.png');\n 680→```\n 681→\n 682→### Preserve metadata\n 683→\n 684→```js\n 685→await sharp('input.jpg')\n 686→ .resize(800)\n 687→ .keepMetadata()\n 688→ .toFile('output.jpg');\n 689→```\n 690→\n 691→### Animated GIF resize\n 692→\n 693→```js\n 694→await sharp('input.gif', { animated: true })\n 695→ .resize(200)\n 696→ .gif()\n 697→ .toFile('small.gif');\n 698→```\n 699→\n 700→### Multiple outputs from one input\n 701→\n 702→```js\n 703→const pipeline = sharp('input.jpg');\n 704→await Promise.all([\n 705→ pipeline.clone().resize(200).toFile('thumb.jpg'),\n 706→ pipeline.clone().resize(800).toFile('medium.jpg'),\n 707→ pipeline.clone().resize(1600).toFile('large.jpg'),\n 708→]);\n 709→```\n 710→\n 711→---\n 712→\n 713→## Source\n 714→\n 715→- Repository: https://github.com/lovell/sharp\n 716→- Documentation: https://sharp.pixelplumbing.com\n 717→- API — Constructor: https://sharp.pixelplumbing.com/api-constructor\n 718→- API — Input: https://sharp.pixelplumbing.com/api-input\n 719→- API — Resize: https://sharp.pixelplumbing.com/api-resize\n 720→- API — Operations: https://sharp.pixelplumbing.com/api-operation\n 721→- API — Colour: https://sharp.pixelplumbing.com/api-colour\n 722→- API — Channel: https://sharp.pixelplumbing.com/api-channel\n 723→- API — Composite: https://sharp.pixelplumbing.com/api-composite\n 724→- API — Output: https://sharp.pixelplumbing.com/api-output\n 725→- API — Utility: https://sharp.pixelplumbing.com/api-utility\n 726→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/mutagen/SKILL.md"},"toolUseId":"toolu_01KGnmY7xoX3byTGneLk83hU","output":" 1→---\n 2→name: mutagen\n 3→description: \n 4→---\n 5→","isError":false},{"role":"assistant","text":"Now I have a clear picture of the format and all the mutagen details. Let me also fetch the Ogg Vorbis and EasyID3 pages for completeness."},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/oggvorbis.html","prompt":"Extract the OggVorbis API: classes, methods, tag access, and attributes."},"toolUseId":"toolu_01Rd6R4iqGwPnq89EiUrk5FT","output":"# OggVorbis API Summary\n\n## Main Class\n**`mutagen.oggvorbis.OggVorbis`** — Handles reading and writing Ogg Vorbis comments. It inherits from `OggFileType` and processes \"the first Vorbis stream found\" in a file.\n\n### Key Attributes\n- **`info`** (`OggVorbisInfo`): Stream metadata\n- **`tags`** (`VCommentDict`): Comment dictionary for metadata access\n\n### Methods\n- **`score(filename, fileobj, header)`** — Static method returning an integer confidence score for file type matching\n\n## Info Class\n**`mutagen.oggvorbis.OggVorbisInfo`** — Provides stream information with these attributes:\n- **`length`** (float): Duration in seconds\n- **`channels`** (int): Channel count\n- **`bitrate`** (int): Nominal bitrate in bits/second\n- **`sample_rate`** (int): Sample rate in Hz\n- **`pprint()`** — Method returning formatted stream information as text\n\n## Tag Access\nComments are accessed through the `tags` attribute using the `VCommentDict` interface, enabling standard metadata field manipulation.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://mutagen.readthedocs.io/en/latest/api/ogg.html","prompt":"Extract information about the Ogg module API."},"toolUseId":"toolu_013wgygrJKAfjeWqzUAEfTs3","output":"# Ogg Module API Overview\n\nThe Ogg module in Mutagen provides functionality to \"Read and write Ogg bitstreams and pages.\" However, it's important to note that this implementation \"does _not_ read or write Ogg Vorbis files\" — users needing Vorbis support should use `mutagen.oggvorbis` instead.\n\n## Core Class: OggFileType\n\nThe module centers on the `OggFileType` class, which extends the base `FileType` and offers standard file operations:\n\n- **load()** — Retrieves file information from a filename\n- **save()** — Persists tags to a file, with optional padding configuration\n- **delete()** — Removes tags from a file\n- **add_tags()** — Adds new tags to files\n\nAll methods can raise `mutagen.MutagenError` exceptions.\n\n## Technical Basis\n\nThe implementation follows \"RFC 3533 standard\" and supports Ogg bitstream format version 0. This makes it suitable for working with Ogg container structures rather than specific codecs like Vorbis, FLAC, Opus, Speex, or Theora (which have their own dedicated modules).","isError":false},{"role":"assistant","text":"Now I have everything I need. Let me write the SKILL.md file."},{"role":"tool","toolName":"Write","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/mutagen/SKILL.md","content":"---\nname: mutagen\ndescription: Read and write audio metadata using the mutagen Python library. Use when the user wants to read, edit, embed, or remove tags (title, artist, album, cover art, lyrics, etc.) in MP3, FLAC, MP4/M4A, OGG, and other audio files.\n---\n\n# Mutagen\n\nAPI reference for mutagen — a Python library for reading and writing audio metadata (tags) across multiple formats.\n\nNo dependencies outside the Python standard library. Supports Python 3.10+ (CPython and PyPy).\n\nOfficial docs: https://mutagen.readthedocs.io\nRepository: https://github.com/quodlibet/mutagen\n\n## Installation\n\n```bash\npip install mutagen\n```\n\n## Supported Formats\n\n| Format | Class | Tag System |\n|--------|-------|------------|\n| MP3 | `mutagen.mp3.MP3` / `EasyMP3` | ID3v2 |\n| FLAC | `mutagen.flac.FLAC` | Vorbis Comments |\n| MP4 / M4A | `mutagen.mp4.MP4` / `EasyMP4` | iTunes-style atoms |\n| Ogg Vorbis | `mutagen.oggvorbis.OggVorbis` | Vorbis Comments |\n| Ogg Opus | `mutagen.oggopus.OggOpus` | Vorbis Comments |\n| Ogg FLAC | `mutagen.oggflac.OggFLAC` | Vorbis Comments |\n| Ogg Speex | `mutagen.oggspeex.OggSpeex` | Vorbis Comments |\n| Ogg Theora | `mutagen.oggtheora.OggTheora` | Vorbis Comments |\n| ASF / WMA | `mutagen.asf.ASF` | ASF attributes |\n| AIFF | `mutagen.aiff.AIFF` | ID3v2 |\n| WavPack | `mutagen.wavpack.WavPack` | APEv2 |\n| Musepack | `mutagen.musepack.Musepack` | APEv2 |\n| Monkey's Audio | `mutagen.monkeysaudio.MonkeysAudio` | APEv2 |\n| True Audio | `mutagen.trueaudio.TrueAudio` | ID3v2 / APEv2 |\n| OptimFROG | `mutagen.optimfrog.OptimFROG` | APEv2 |\n\n## Core API\n\n### Auto-Detection with `mutagen.File()`\n\n```python\nimport mutagen\n\naudio = mutagen.File(\"song.mp3\") # auto-detects format\nprint(audio.info.length) # duration in seconds\nprint(audio.tags) # tag object (format-specific)\n```\n\n`mutagen.File()` returns the appropriate `FileType` subclass, or `None` if unrecognized.\n\nPass `easy=True` to get simplified tag access (EasyID3/EasyMP4):\n\n```python\naudio = mutagen.File(\"song.mp3\", easy=True)\naudio[\"title\"] = [\"My Song\"]\naudio.save()\n```\n\n### FileType (Base Class)\n\nAll format classes inherit from `FileType` and share this interface:\n\n| Attribute / Method | Description |\n|--------------------|-------------|\n| `.info` | `StreamInfo` object — `length`, `bitrate`, `sample_rate`, `channels` |\n| `.tags` | Tag object (dict-like), or `None` if no tags |\n| `.mime` | List of applicable MIME types |\n| `.save()` | Write tags to file |\n| `.delete()` | Remove all tags from file |\n| `.add_tags()` | Create new empty tag object (raises error if tags exist) |\n| `.pprint()` | Human-readable stream info and tags |\n\n---\n\n## ID3 Tags (MP3, AIFF, TrueAudio)\n\n### Reading / Writing with Raw ID3\n\n```python\nfrom mutagen.mp3 import MP3\nfrom mutagen.id3 import ID3, TIT2, TPE1, TALB, TRCK, TDRC, TCON, APIC, COMM, USLT\n\naudio = MP3(\"song.mp3\")\n\n# Read\nprint(audio[\"TIT2\"].text[0]) # title\nprint(audio[\"TPE1\"].text[0]) # artist\n\n# Write\naudio[\"TIT2\"] = TIT2(encoding=3, text=[\"My Title\"])\naudio[\"TPE1\"] = TPE1(encoding=3, text=[\"My Artist\"])\naudio.save()\n```\n\n### Common ID3 Frames\n\n| Frame | Class | Description | Constructor |\n|-------|-------|-------------|-------------|\n| `TIT2` | TextFrame | Title | `TIT2(encoding=3, text=[\"...\"])` |\n| `TPE1` | TextFrame | Artist / Performer | `TPE1(encoding=3, text=[\"...\"])` |\n| `TPE2` | TextFrame | Album Artist | `TPE2(encoding=3, text=[\"...\"])` |\n| `TALB` | TextFrame | Album | `TALB(encoding=3, text=[\"...\"])` |\n| `TRCK` | NumericPartTextFrame | Track number (`\"N/Total\"`) | `TRCK(encoding=3, text=[\"1/12\"])` |\n| `TPOS` | NumericPartTextFrame | Disc number (`\"N/Total\"`) | `TPOS(encoding=3, text=[\"1/2\"])` |\n| `TDRC` | TimeStampTextFrame | Recording date | `TDRC(encoding=3, text=[\"2024\"])` |\n| `TCON` | TextFrame | Genre | `TCON(encoding=3, text=[\"Rock\"])` |\n| `TCOM` | TextFrame | Composer | `TCOM(encoding=3, text=[\"...\"])` |\n| `TBPM` | NumericTextFrame | BPM | `TBPM(encoding=3, text=[\"120\"])` |\n| `COMM` | TextFrame | Comment | `COMM(encoding=3, lang=\"eng\", desc=\"\", text=[\"...\"])` |\n| `USLT` | TextFrame | Lyrics | `USLT(encoding=3, lang=\"eng\", desc=\"\", text=\"...\")` |\n| `APIC` | Frame | Attached picture | `APIC(encoding=3, mime=\"image/jpeg\", type=3, desc=\"\", data=bytes)` |\n\n### Encoding Values\n\n| Value | Encoding |\n|-------|----------|\n| `0` | Latin-1 |\n| `1` | UTF-16 |\n| `2` | UTF-16BE |\n| `3` | UTF-8 (recommended) |\n\n### APIC Picture Types\n\n| Value | Meaning |\n|-------|---------|\n| `0` | Other |\n| `3` | Cover (front) |\n| `4` | Cover (back) |\n| `6` | Media (e.g. label side of CD) |\n\n### ID3 Methods\n\n| Method | Description |\n|--------|-------------|\n| `.add(frame)` | Add a frame (replaces matching frame) |\n| `.getall(key)` | Get all frames matching key prefix |\n| `.delall(key)` | Delete all frames matching key prefix |\n| `.update_to_v23()` | Convert tags to ID3v2.3 (call before saving as v2.3) |\n| `.update_to_v24()` | Convert tags to ID3v2.4 |\n| `.save(v2_version=4)` | Save; set `v2_version=3` for ID3v2.3 |\n\n### EasyID3 (Simplified Interface)\n\n```python\nfrom mutagen.easyid3 import EasyID3\n\naudio = EasyID3(\"song.mp3\")\naudio[\"title\"] = [\"My Title\"]\naudio[\"artist\"] = [\"My Artist\"]\naudio[\"album\"] = [\"My Album\"]\naudio[\"tracknumber\"] = [\"1/12\"]\naudio[\"date\"] = [\"2024\"]\naudio[\"genre\"] = [\"Rock\"]\naudio.save()\n```\n\nAvailable EasyID3 keys: `title`, `artist`, `albumartist`, `album`, `tracknumber`, `discnumber`, `date`, `genre`, `composer`, `bpm`, `length`, `organization`, `website`, and more.\n\n---\n\n## MP3 Stream Info\n\n```python\nfrom mutagen.mp3 import MP3\n\naudio = MP3(\"song.mp3\")\ninfo = audio.info\n```\n\n| Attribute | Type | Description |\n|-----------|------|-------------|\n| `info.length` | float | Duration in seconds |\n| `info.bitrate` | int | Bits per second |\n| `info.sample_rate` | int | Sampling frequency (Hz) |\n| `info.channels` | int | Number of channels |\n| `info.bitrate_mode` | BitrateMode | `UNKNOWN`, `CBR`, `VBR`, `ABR` |\n| `info.encoder_info` | str | Encoder name/version |\n| `info.track_gain` | float\\|None | ReplayGain track gain |\n| `info.track_peak` | float\\|None | ReplayGain track peak |\n| `info.album_gain` | float\\|None | ReplayGain album gain |\n\n---\n\n## FLAC\n\n```python\nfrom mutagen.flac import FLAC\n\naudio = FLAC(\"song.flac\")\n```\n\nFLAC uses Vorbis Comments — tags are simple string key-value pairs (case-insensitive keys, multiple values per key).\n\n### Reading / Writing Tags\n\n```python\naudio[\"title\"] = [\"My Title\"]\naudio[\"artist\"] = [\"My Artist\"]\naudio[\"album\"] = [\"My Album\"]\naudio[\"tracknumber\"] = [\"1\"]\naudio[\"date\"] = [\"2024\"]\naudio.save()\n```\n\n### Stream Info\n\n| Attribute | Type | Description |\n|-----------|------|-------------|\n| `info.length` | float | Duration in seconds |\n| `info.bitrate` | int | Bits per second |\n| `info.sample_rate` | int | Sampling frequency (Hz) |\n| `info.channels` | int | Number of channels |\n| `info.bits_per_sample` | int | Bit depth |\n| `info.total_samples` | int | Total number of samples |\n\n### Embedded Pictures\n\n```python\nfrom mutagen.flac import FLAC, Picture\n\naudio = FLAC(\"song.flac\")\n\n# Add picture\npic = Picture()\nwith open(\"cover.jpg\", \"rb\") as f:\n pic.data = f.read()\npic.type = 3 # front cover\npic.mime = \"image/jpeg\"\npic.width = 500\npic.height = 500\npic.depth = 24\naudio.add_picture(pic)\naudio.save()\n\n# Read pictures\nfor pic in audio.pictures:\n print(pic.mime, pic.type, len(pic.data))\n\n# Remove all pictures\naudio.clear_pictures()\naudio.save()\n```\n\n---\n\n## MP4 / M4A\n\n```python\nfrom mutagen.mp4 import MP4\n\naudio = MP4(\"song.m4a\")\n```\n\n### Common Tag Keys\n\n| Key | Description |\n|-----|-------------|\n| `\"\\xa9nam\"` | Title |\n| `\"\\xa9ART\"` | Artist |\n| `\"\\xa9alb\"` | Album |\n| `\"aART\"` | Album artist |\n| `\"\\xa9wrt\"` | Composer |\n| `\"\\xa9gen\"` | Genre |\n| `\"\\xa9day\"` | Year / Date |\n| `\"\\xa9lyr\"` | Lyrics |\n| `\"\\xa9cmt\"` | Comment |\n| `\"trkn\"` | Track number — `[(track, total)]` |\n| `\"disk\"` | Disc number — `[(disc, total)]` |\n| `\"tmpo\"` | BPM — `[120]` |\n| `\"cpil\"` | Compilation — `True`/`False` |\n| `\"pgap\"` | Gapless playback — `True`/`False` |\n| `\"covr\"` | Cover art — list of `MP4Cover` objects |\n\n### Reading / Writing Tags\n\n```python\naudio[\"\\xa9nam\"] = [\"My Title\"]\naudio[\"\\xa9ART\"] = [\"My Artist\"]\naudio[\"trkn\"] = [(1, 12)]\naudio.save()\n```\n\n### Cover Art\n\n```python\nfrom mutagen.mp4 import MP4, MP4Cover\n\naudio = MP4(\"song.m4a\")\n\n# Add cover\nwith open(\"cover.jpg\", \"rb\") as f:\n cover = MP4Cover(f.read(), imageformat=MP4Cover.FORMAT_JPEG)\naudio[\"covr\"] = [cover]\naudio.save()\n\n# Read cover\nfor cover in audio[\"covr\"]:\n print(cover.imageformat) # FORMAT_JPEG or FORMAT_PNG\n # cover is bytes-like — write directly to file\n```\n\n### MP4 Cover Formats\n\n| Constant | Value |\n|----------|-------|\n| `MP4Cover.FORMAT_JPEG` | JPEG |\n| `MP4Cover.FORMAT_PNG` | PNG |\n\n### Stream Info\n\n| Attribute | Type | Description |\n|-----------|------|-------------|\n| `info.length` | float | Duration in seconds |\n| `info.bitrate` | int | Bits per second |\n| `info.sample_rate` | int | Sampling frequency (Hz) |\n| `info.channels` | int | Number of channels |\n| `info.bits_per_sample` | int | Bit depth |\n| `info.codec` | str | Codec identifier (e.g. `\"mp4a.40.2\"`, `\"alac\"`) |\n| `info.codec_description` | str | Human-readable codec name |\n\n### EasyMP4\n\n```python\nfrom mutagen.easymp4 import EasyMP4\n\naudio = EasyMP4(\"song.m4a\")\naudio[\"title\"] = [\"My Title\"]\naudio[\"artist\"] = [\"My Artist\"]\naudio.save()\n```\n\n---\n\n## Ogg Vorbis\n\n```python\nfrom mutagen.oggvorbis import OggVorbis\n\naudio = OggVorbis(\"song.ogg\")\n```\n\nUses Vorbis Comments — same string key-value interface as FLAC:\n\n```python\naudio[\"title\"] = [\"My Title\"]\naudio[\"artist\"] = [\"My Artist\"]\naudio.save()\n```\n\n### Stream Info\n\n| Attribute | Type | Description |\n|-----------|------|-------------|\n| `info.length` | float | Duration in seconds |\n| `info.bitrate` | int | Nominal bitrate (bits/s) |\n| `info.sample_rate` | int | Sampling frequency (Hz) |\n| `info.channels` | int | Number of channels |\n\n---\n\n## Ogg Opus\n\n```python\nfrom mutagen.oggopus import OggOpus\n\naudio = OggOpus(\"song.opus\")\naudio[\"title\"] = [\"My Title\"]\naudio.save()\n```\n\nSame Vorbis Comments interface. Stream info includes `info.length`, `info.channels`.\n\n---\n\n## Common Recipes\n\n### Read all tags (any format)\n\n```python\nimport mutagen\n\naudio = mutagen.File(\"song.mp3\")\nfor key, value in audio.tags.items():\n print(f\"{key}: {value}\")\n```\n\n### Set title and artist (any format, easy mode)\n\n```python\nimport mutagen\n\naudio = mutagen.File(\"song.mp3\", easy=True)\naudio[\"title\"] = [\"My Title\"]\naudio[\"artist\"] = [\"My Artist\"]\naudio.save()\n```\n\n### Embed cover art in MP3\n\n```python\nfrom mutagen.mp3 import MP3\nfrom mutagen.id3 import ID3, APIC\n\naudio = MP3(\"song.mp3\")\nif audio.tags is None:\n audio.add_tags()\n\nwith open(\"cover.jpg\", \"rb\") as f:\n audio.tags.add(APIC(\n encoding=3,\n mime=\"image/jpeg\",\n type=3, # front cover\n desc=\"Cover\",\n data=f.read()\n ))\naudio.save()\n```\n\n### Extract cover art from MP3\n\n```python\nfrom mutagen.mp3 import MP3\n\naudio = MP3(\"song.mp3\")\nfor tag in audio.tags.getall(\"APIC\"):\n with open(\"extracted_cover.jpg\", \"wb\") as f:\n f.write(tag.data)\n```\n\n### Embed cover art in FLAC\n\n```python\nfrom mutagen.flac import FLAC, Picture\n\naudio = FLAC(\"song.flac\")\npic = Picture()\nwith open(\"cover.jpg\", \"rb\") as f:\n pic.data = f.read()\npic.type = 3\npic.mime = \"image/jpeg\"\npic.width = 500\npic.height = 500\npic.depth = 24\naudio.add_picture(pic)\naudio.save()\n```\n\n### Embed cover art in MP4/M4A\n\n```python\nfrom mutagen.mp4 import MP4, MP4Cover\n\naudio = MP4(\"song.m4a\")\nwith open(\"cover.jpg\", \"rb\") as f:\n audio[\"covr\"] = [MP4Cover(f.read(), imageformat=MP4Cover.FORMAT_JPEG)]\naudio.save()\n```\n\n### Add lyrics to MP3\n\n```python\nfrom mutagen.mp3 import MP3\nfrom mutagen.id3 import USLT\n\naudio = MP3(\"song.mp3\")\naudio.tags.add(USLT(encoding=3, lang=\"eng\", desc=\"\", text=\"Lyrics here...\"))\naudio.save()\n```\n\n### Remove all tags\n\n```python\nimport mutagen\n\naudio = mutagen.File(\"song.mp3\")\naudio.delete()\naudio.save()\n```\n\n### Copy tags between files\n\n```python\nfrom mutagen.easyid3 import EasyID3\n\nsrc = EasyID3(\"source.mp3\")\ndst = EasyID3(\"dest.mp3\")\nfor key in src:\n dst[key] = src[key]\ndst.save()\n```\n\n### Batch-read metadata from directory\n\n```python\nimport mutagen\nfrom pathlib import Path\n\nfor path in Path(\".\").glob(\"*.mp3\"):\n audio = mutagen.File(str(path), easy=True)\n if audio and audio.tags:\n title = audio.tags.get(\"title\", [\"Unknown\"])[0]\n artist = audio.tags.get(\"artist\", [\"Unknown\"])[0]\n print(f\"{path.name}: {artist} - {title}\")\n```\n\n### Save as ID3v2.3 (compatibility)\n\n```python\nfrom mutagen.mp3 import MP3\n\naudio = MP3(\"song.mp3\")\naudio.tags.update_to_v23()\naudio.save(v2_version=3)\n```\n\n---\n\n## Source\n\n- Repository: https://github.com/quodlibet/mutagen\n- Documentation: https://mutagen.readthedocs.io/en/latest/\n- PyPI: https://pypi.org/project/mutagen/\n- API — Base: https://mutagen.readthedocs.io/en/latest/api/base.html\n- API — ID3: https://mutagen.readthedocs.io/en/latest/api/id3.html\n- API — ID3 Frames: https://mutagen.readthedocs.io/en/latest/api/id3_frames.html\n- API — MP3: https://mutagen.readthedocs.io/en/latest/api/mp3.html\n- API — MP4: https://mutagen.readthedocs.io/en/latest/api/mp4.html\n- API — FLAC: https://mutagen.readthedocs.io/en/latest/api/flac.html\n- API — Ogg Vorbis: https://mutagen.readthedocs.io/en/latest/api/oggvorbis.html\n"},"toolUseId":"toolu_013nHUqXn8z5M1bVZ7x7sEgH","output":"The file /home/pastilhas/projects/officer.dev/data/skills/mutagen/SKILL.md has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 1→---\n 2→name: mutagen\n 3→description: Read and write audio metadata using the mutagen Python library. Use when the user wants to read, edit, embed, or remove tags (title, artist, album, cover art, lyrics, etc.) in MP3, FLAC, MP4/M4A, OGG, and other audio files.\n 4→---\n 5→\n 6→# Mutagen\n 7→\n 8→API reference for mutagen — a Python library for reading and writing audio metadata (tags) across multiple formats.\n 9→\n 10→No dependencies outside the Python standard library. Supports Python 3.10+ (CPython and PyPy).\n 11→\n 12→Official docs: https://mutagen.readthedocs.io\n 13→Repository: https://github.com/quodlibet/mutagen\n 14→\n 15→## Installation\n 16→\n 17→```bash\n 18→pip install mutagen\n 19→```\n 20→\n 21→## Supported Formats\n 22→\n 23→| Format | Class | Tag System |\n 24→|--------|-------|------------|\n 25→| MP3 | `mutagen.mp3.MP3` / `EasyMP3` | ID3v2 |\n 26→| FLAC | `mutagen.flac.FLAC` | Vorbis Comments |\n 27→| MP4 / M4A | `mutagen.mp4.MP4` / `EasyMP4` | iTunes-style atoms |\n 28→| Ogg Vorbis | `mutagen.oggvorbis.OggVorbis` | Vorbis Comments |\n 29→| Ogg Opus | `mutagen.oggopus.OggOpus` | Vorbis Comments |\n 30→| Ogg FLAC | `mutagen.oggflac.OggFLAC` | Vorbis Comments |\n 31→| Ogg Speex | `mutagen.oggspeex.OggSpeex` | Vorbis Comments |\n 32→| Ogg Theora | `mutagen.oggtheora.OggTheora` | Vorbis Comments |\n 33→| ASF / WMA | `mutagen.asf.ASF` | ASF attributes |\n 34→| AIFF | `mutagen.aiff.AIFF` | ID3v2 |\n 35→| WavPack | `mutagen.wavpack.WavPack` | APEv2 |\n 36→| Musepack | `mutagen.musepack.Musepack` | APEv2 |\n 37→| Monkey's Audio | `mutagen.monkeysaudio.MonkeysAudio` | APEv2 |\n 38→| True Audio | `mutagen.trueaudio.TrueAudio` | ID3v2 / APEv2 |\n 39→| OptimFROG | `mutagen.optimfrog.OptimFROG` | APEv2 |\n 40→\n 41→## Core API\n 42→\n 43→### Auto-Detection with `mutagen.File()`\n 44→\n 45→```python\n 46→import mutagen\n 47→\n 48→audio = mutagen.File(\"song.mp3\") # auto-detects format\n 49→print(audio.info.length) # duration in seconds\n 50→print(audio.tags) # tag object (format-specific)\n 51→```\n 52→\n 53→`mutagen.File()` returns the appropriate `FileType` subclass, or `None` if unrecognized.\n 54→\n 55→Pass `easy=True` to get simplified tag access (EasyID3/EasyMP4):\n 56→\n 57→```python\n 58→audio = mutagen.File(\"song.mp3\", easy=True)\n 59→audio[\"title\"] = [\"My Song\"]\n 60→audio.save()\n 61→```\n 62→\n 63→### FileType (Base Class)\n 64→\n 65→All format classes inherit from `FileType` and share this interface:\n 66→\n 67→| Attribute / Method | Description |\n 68→|--------------------|-------------|\n 69→| `.info` | `StreamInfo` object — `length`, `bitrate`, `sample_rate`, `channels` |\n 70→| `.tags` | Tag object (dict-like), or `None` if no tags |\n 71→| `.mime` | List of applicable MIME types |\n 72→| `.save()` | Write tags to file |\n 73→| `.delete()` | Remove all tags from file |\n 74→| `.add_tags()` | Create new empty tag object (raises error if tags exist) |\n 75→| `.pprint()` | Human-readable stream info and tags |\n 76→\n 77→---\n 78→\n 79→## ID3 Tags (MP3, AIFF, TrueAudio)\n 80→\n 81→### Reading / Writing with Raw ID3\n 82→\n 83→```python\n 84→from mutagen.mp3 import MP3\n 85→from mutagen.id3 import ID3, TIT2, TPE1, TALB, TRCK, TDRC, TCON, APIC, COMM, USLT\n 86→\n 87→audio = MP3(\"song.mp3\")\n 88→\n 89→# Read\n 90→print(audio[\"TIT2\"].text[0]) # title\n 91→print(audio[\"TPE1\"].text[0]) # artist\n 92→\n 93→# Write\n 94→audio[\"TIT2\"] = TIT2(encoding=3, text=[\"My Title\"])\n 95→audio[\"TPE1\"] = TPE1(encoding=3, text=[\"My Artist\"])\n 96→audio.save()\n 97→```\n 98→\n 99→### Common ID3 Frames\n 100→\n 101→| Frame | Class | Description | Constructor |\n 102→|-------|-------|-------------|-------------|\n 103→| `TIT2` | TextFrame | Title | `TIT2(encoding=3, text=[\"...\"])` |\n 104→| `TPE1` | TextFrame | Artist / Performer | `TPE1(encoding=3, text=[\"...\"])` |\n 105→| `TPE2` | TextFrame | Album Artist | `TPE2(encoding=3, text=[\"...\"])` |\n 106→| `TALB` | TextFrame | Album | `TALB(encoding=3, text=[\"...\"])` |\n 107→| `TRCK` | NumericPartTextFrame | Track number (`\"N/Total\"`) | `TRCK(encoding=3, text=[\"1/12\"])` |\n 108→| `TPOS` | NumericPartTextFrame | Disc number (`\"N/Total\"`) | `TPOS(encoding=3, text=[\"1/2\"])` |\n 109→| `TDRC` | TimeStampTextFrame | Recording date | `TDRC(encoding=3, text=[\"2024\"])` |\n 110→| `TCON` | TextFrame | Genre | `TCON(encoding=3, text=[\"Rock\"])` |\n 111→| `TCOM` | TextFrame | Composer | `TCOM(encoding=3, text=[\"...\"])` |\n 112→| `TBPM` | NumericTextFrame | BPM | `TBPM(encoding=3, text=[\"120\"])` |\n 113→| `COMM` | TextFrame | Comment | `COMM(encoding=3, lang=\"eng\", desc=\"\", text=[\"...\"])` |\n 114→| `USLT` | TextFrame | Lyrics | `USLT(encoding=3, lang=\"eng\", desc=\"\", text=\"...\")` |\n 115→| `APIC` | Frame | Attached picture | `APIC(encoding=3, mime=\"image/jpeg\", type=3, desc=\"\", data=bytes)` |\n 116→\n 117→### Encoding Values\n 118→\n 119→| Value | Encoding |\n 120→|-------|----------|\n 121→| `0` | Latin-1 |\n 122→| `1` | UTF-16 |\n 123→| `2` | UTF-16BE |\n 124→| `3` | UTF-8 (recommended) |\n 125→\n 126→### APIC Picture Types\n 127→\n 128→| Value | Meaning |\n 129→|-------|---------|\n 130→| `0` | Other |\n 131→| `3` | Cover (front) |\n 132→| `4` | Cover (back) |\n 133→| `6` | Media (e.g. label side of CD) |\n 134→\n 135→### ID3 Methods\n 136→\n 137→| Method | Description |\n 138→|--------|-------------|\n 139→| `.add(frame)` | Add a frame (replaces matching frame) |\n 140→| `.getall(key)` | Get all frames matching key prefix |\n 141→| `.delall(key)` | Delete all frames matching key prefix |\n 142→| `.update_to_v23()` | Convert tags to ID3v2.3 (call before saving as v2.3) |\n 143→| `.update_to_v24()` | Convert tags to ID3v2.4 |\n 144→| `.save(v2_version=4)` | Save; set `v2_version=3` for ID3v2.3 |\n 145→\n 146→### EasyID3 (Simplified Interface)\n 147→\n 148→```python\n 149→from mutagen.easyid3 import EasyID3\n 150→\n 151→audio = EasyID3(\"song.mp3\")\n 152→audio[\"title\"] = [\"My Title\"]\n 153→audio[\"artist\"] = [\"My Artist\"]\n 154→audio[\"album\"] = [\"My Album\"]\n 155→audio[\"tracknumber\"] = [\"1/12\"]\n 156→audio[\"date\"] = [\"2024\"]\n 157→audio[\"genre\"] = [\"Rock\"]\n 158→audio.save()\n 159→```\n 160→\n 161→Available EasyID3 keys: `title`, `artist`, `albumartist`, `album`, `tracknumber`, `discnumber`, `date`, `genre`, `composer`, `bpm`, `length`, `organization`, `website`, and more.\n 162→\n 163→---\n 164→\n 165→## MP3 Stream Info\n 166→\n 167→```python\n 168→from mutagen.mp3 import MP3\n 169→\n 170→audio = MP3(\"song.mp3\")\n 171→info = audio.info\n 172→```\n 173→\n 174→| Attribute | Type | Description |\n 175→|-----------|------|-------------|\n 176→| `info.length` | float | Duration in seconds |\n 177→| `info.bitrate` | int | Bits per second |\n 178→| `info.sample_rate` | int | Sampling frequency (Hz) |\n 179→| `info.channels` | int | Number of channels |\n 180→| `info.bitrate_mode` | BitrateMode | `UNKNOWN`, `CBR`, `VBR`, `ABR` |\n 181→| `info.encoder_info` | str | Encoder name/version |\n 182→| `info.track_gain` | float\\|None | ReplayGain track gain |\n 183→| `info.track_peak` | float\\|None | ReplayGain track peak |\n 184→| `info.album_gain` | float\\|None | ReplayGain album gain |\n 185→\n 186→---\n 187→\n 188→## FLAC\n 189→\n 190→```python\n 191→from mutagen.flac import FLAC\n 192→\n 193→audio = FLAC(\"song.flac\")\n 194→```\n 195→\n 196→FLAC uses Vorbis Comments — tags are simple string key-value pairs (case-insensitive keys, multiple values per key).\n 197→\n 198→### Reading / Writing Tags\n 199→\n 200→```python\n 201→audio[\"title\"] = [\"My Title\"]\n 202→audio[\"artist\"] = [\"My Artist\"]\n 203→audio[\"album\"] = [\"My Album\"]\n 204→audio[\"tracknumber\"] = [\"1\"]\n 205→audio[\"date\"] = [\"2024\"]\n 206→audio.save()\n 207→```\n 208→\n 209→### Stream Info\n 210→\n 211→| Attribute | Type | Description |\n 212→|-----------|------|-------------|\n 213→| `info.length` | float | Duration in seconds |\n 214→| `info.bitrate` | int | Bits per second |\n 215→| `info.sample_rate` | int | Sampling frequency (Hz) |\n 216→| `info.channels` | int | Number of channels |\n 217→| `info.bits_per_sample` | int | Bit depth |\n 218→| `info.total_samples` | int | Total number of samples |\n 219→\n 220→### Embedded Pictures\n 221→\n 222→```python\n 223→from mutagen.flac import FLAC, Picture\n 224→\n 225→audio = FLAC(\"song.flac\")\n 226→\n 227→# Add picture\n 228→pic = Picture()\n 229→with open(\"cover.jpg\", \"rb\") as f:\n 230→ pic.data = f.read()\n 231→pic.type = 3 # front cover\n 232→pic.mime = \"image/jpeg\"\n 233→pic.width = 500\n 234→pic.height = 500\n 235→pic.depth = 24\n 236→audio.add_picture(pic)\n 237→audio.save()\n 238→\n 239→# Read pictures\n 240→for pic in audio.pictures:\n 241→ print(pic.mime, pic.type, len(pic.data))\n 242→\n 243→# Remove all pictures\n 244→audio.clear_pictures()\n 245→audio.save()\n 246→```\n 247→\n 248→---\n 249→\n 250→## MP4 / M4A\n 251→\n 252→```python\n 253→from mutagen.mp4 import MP4\n 254→\n 255→audio = MP4(\"song.m4a\")\n 256→```\n 257→\n 258→### Common Tag Keys\n 259→\n 260→| Key | Description |\n 261→|-----|-------------|\n 262→| `\"\\xa9nam\"` | Title |\n 263→| `\"\\xa9ART\"` | Artist |\n 264→| `\"\\xa9alb\"` | Album |\n 265→| `\"aART\"` | Album artist |\n 266→| `\"\\xa9wrt\"` | Composer |\n 267→| `\"\\xa9gen\"` | Genre |\n 268→| `\"\\xa9day\"` | Year / Date |\n 269→| `\"\\xa9lyr\"` | Lyrics |\n 270→| `\"\\xa9cmt\"` | Comment |\n 271→| `\"trkn\"` | Track number — `[(track, total)]` |\n 272→| `\"disk\"` | Disc number — `[(disc, total)]` |\n 273→| `\"tmpo\"` | BPM — `[120]` |\n 274→| `\"cpil\"` | Compilation — `True`/`False` |\n 275→| `\"pgap\"` | Gapless playback — `True`/`False` |\n 276→| `\"covr\"` | Cover art — list of `MP4Cover` objects |\n 277→\n 278→### Reading / Writing Tags\n 279→\n 280→```python\n 281→audio[\"\\xa9nam\"] = [\"My Title\"]\n 282→audio[\"\\xa9ART\"] = [\"My Artist\"]\n 283→audio[\"trkn\"] = [(1, 12)]\n 284→audio.save()\n 285→```\n 286→\n 287→### Cover Art\n 288→\n 289→```python\n 290→from mutagen.mp4 import MP4, MP4Cover\n 291→\n 292→audio = MP4(\"song.m4a\")\n 293→\n 294→# Add cover\n 295→with open(\"cover.jpg\", \"rb\") as f:\n 296→ cover = MP4Cover(f.read(), imageformat=MP4Cover.FORMAT_JPEG)\n 297→audio[\"covr\"] = [cover]\n 298→audio.save()\n 299→\n 300→# Read cover\n 301→for cover in audio[\"covr\"]:\n 302→ print(cover.imageformat) # FORMAT_JPEG or FORMAT_PNG\n 303→ # cover is bytes-like — write directly to file\n 304→```\n 305→\n 306→### MP4 Cover Formats\n 307→\n 308→| Constant | Value |\n 309→|----------|-------|\n 310→| `MP4Cover.FORMAT_JPEG` | JPEG |\n 311→| `MP4Cover.FORMAT_PNG` | PNG |\n 312→\n 313→### Stream Info\n 314→\n 315→| Attribute | Type | Description |\n 316→|-----------|------|-------------|\n 317→| `info.length` | float | Duration in seconds |\n 318→| `info.bitrate` | int | Bits per second |\n 319→| `info.sample_rate` | int | Sampling frequency (Hz) |\n 320→| `info.channels` | int | Number of channels |\n 321→| `info.bits_per_sample` | int | Bit depth |\n 322→| `info.codec` | str | Codec identifier (e.g. `\"mp4a.40.2\"`, `\"alac\"`) |\n 323→| `info.codec_description` | str | Human-readable codec name |\n 324→\n 325→### EasyMP4\n 326→\n 327→```python\n 328→from mutagen.easymp4 import EasyMP4\n 329→\n 330→audio = EasyMP4(\"song.m4a\")\n 331→audio[\"title\"] = [\"My Title\"]\n 332→audio[\"artist\"] = [\"My Artist\"]\n 333→audio.save()\n 334→```\n 335→\n 336→---\n 337→\n 338→## Ogg Vorbis\n 339→\n 340→```python\n 341→from mutagen.oggvorbis import OggVorbis\n 342→\n 343→audio = OggVorbis(\"song.ogg\")\n 344→```\n 345→\n 346→Uses Vorbis Comments — same string key-value interface as FLAC:\n 347→\n 348→```python\n 349→audio[\"title\"] = [\"My Title\"]\n 350→audio[\"artist\"] = [\"My Artist\"]\n 351→audio.save()\n 352→```\n 353→\n 354→### Stream Info\n 355→\n 356→| Attribute | Type | Description |\n 357→|-----------|------|-------------|\n 358→| `info.length` | float | Duration in seconds |\n 359→| `info.bitrate` | int | Nominal bitrate (bits/s) |\n 360→| `info.sample_rate` | int | Sampling frequency (Hz) |\n 361→| `info.channels` | int | Number of channels |\n 362→\n 363→---\n 364→\n 365→## Ogg Opus\n 366→\n 367→```python\n 368→from mutagen.oggopus import OggOpus\n 369→\n 370→audio = OggOpus(\"song.opus\")\n 371→audio[\"title\"] = [\"My Title\"]\n 372→audio.save()\n 373→```\n 374→\n 375→Same Vorbis Comments interface. Stream info includes `info.length`, `info.channels`.\n 376→\n 377→---\n 378→\n 379→## Common Recipes\n 380→\n 381→### Read all tags (any format)\n 382→\n 383→```python\n 384→import mutagen\n 385→\n 386→audio = mutagen.File(\"song.mp3\")\n 387→for key, value in audio.tags.items():\n 388→ print(f\"{key}: {value}\")\n 389→```\n 390→\n 391→### Set title and artist (any format, easy mode)\n 392→\n 393→```python\n 394→import mutagen\n 395→\n 396→audio = mutagen.File(\"song.mp3\", easy=True)\n 397→audio[\"title\"] = [\"My Title\"]\n 398→audio[\"artist\"] = [\"My Artist\"]\n 399→audio.save()\n 400→```\n 401→\n 402→### Embed cover art in MP3\n 403→\n 404→```python\n 405→from mutagen.mp3 import MP3\n 406→from mutagen.id3 import ID3, APIC\n 407→\n 408→audio = MP3(\"song.mp3\")\n 409→if audio.tags is None:\n 410→ audio.add_tags()\n 411→\n 412→with open(\"cover.jpg\", \"rb\") as f:\n 413→ audio.tags.add(APIC(\n 414→ encoding=3,\n 415→ mime=\"image/jpeg\",\n 416→ type=3, # front cover\n 417→ desc=\"Cover\",\n 418→ data=f.read()\n 419→ ))\n 420→audio.save()\n 421→```\n 422→\n 423→### Extract cover art from MP3\n 424→\n 425→```python\n 426→from mutagen.mp3 import MP3\n 427→\n 428→audio = MP3(\"song.mp3\")\n 429→for tag in audio.tags.getall(\"APIC\"):\n 430→ with open(\"extracted_cover.jpg\", \"wb\") as f:\n 431→ f.write(tag.data)\n 432→```\n 433→\n 434→### Embed cover art in FLAC\n 435→\n 436→```python\n 437→from mutagen.flac import FLAC, Picture\n 438→\n 439→audio = FLAC(\"song.flac\")\n 440→pic = Picture()\n 441→with open(\"cover.jpg\", \"rb\") as f:\n 442→ pic.data = f.read()\n 443→pic.type = 3\n 444→pic.mime = \"image/jpeg\"\n 445→pic.width = 500\n 446→pic.height = 500\n 447→pic.depth = 24\n 448→audio.add_picture(pic)\n 449→audio.save()\n 450→```\n 451→\n 452→### Embed cover art in MP4/M4A\n 453→\n 454→```python\n 455→from mutagen.mp4 import MP4, MP4Cover\n 456→\n 457→audio = MP4(\"song.m4a\")\n 458→with open(\"cover.jpg\", \"rb\") as f:\n 459→ audio[\"covr\"] = [MP4Cover(f.read(), imageformat=MP4Cover.FORMAT_JPEG)]\n 460→audio.save()\n 461→```\n 462→\n 463→### Add lyrics to MP3\n 464→\n 465→```python\n 466→from mutagen.mp3 import MP3\n 467→from mutagen.id3 import USLT\n 468→\n 469→audio = MP3(\"song.mp3\")\n 470→audio.tags.add(USLT(encoding=3, lang=\"eng\", desc=\"\", text=\"Lyrics here...\"))\n 471→audio.save()\n 472→```\n 473→\n 474→### Remove all tags\n 475→\n 476→```python\n 477→import mutagen\n 478→\n 479→audio = mutagen.File(\"song.mp3\")\n 480→audio.delete()\n 481→audio.save()\n 482→```\n 483→\n 484→### Copy tags between files\n 485→\n 486→```python\n 487→from mutagen.easyid3 import EasyID3\n 488→\n 489→src = EasyID3(\"source.mp3\")\n 490→dst = EasyID3(\"dest.mp3\")\n 491→for key in src:\n 492→ dst[key] = src[key]\n 493→dst.save()\n 494→```\n 495→\n 496→### Batch-read metadata from directory\n 497→\n 498→```python\n 499→import mutagen\n 500→from pathlib import Path\n 501→\n 502→for path in Path(\".\").glob(\"*.mp3\"):\n 503→ audio = mutagen.File(str(path), easy=True)\n 504→ if audio and audio.tags:\n 505→ title = audio.tags.get(\"title\", [\"Unknown\"])[0]\n 506→ artist = audio.tags.get(\"artist\", [\"Unknown\"])[0]\n 507→ print(f\"{path.name}: {artist} - {title}\")\n 508→```\n 509→\n 510→### Save as ID3v2.3 (compatibility)\n 511→\n 512→```python\n 513→from mutagen.mp3 import MP3\n 514→\n 515→audio = MP3(\"song.mp3\")\n 516→audio.tags.update_to_v23()\n 517→audio.save(v2_version=3)\n 518→```\n 519→\n 520→---\n 521→\n 522→## Source\n 523→\n 524→- Repository: https://github.com/quodlibet/mutagen\n 525→- Documentation: https://mutagen.readthedocs.io/en/latest/\n 526→- PyPI: https://pypi.org/project/mutagen/\n 527→- API — Base: https://mutagen.readthedocs.io/en/latest/api/base.html\n 528→- API — ID3: https://mutagen.readthedocs.io/en/latest/api/id3.html\n 529→- API — ID3 Frames: https://mutagen.readthedocs.io/en/latest/api/id3_frames.html\n 530→- API — MP3: https://mutagen.readthedocs.io/en/latest/api/mp3.html\n 531→- API — MP4: https://mutagen.readthedocs.io/en/latest/api/mp4.html\n 532→- API — FLAC: https://mutagen.readthedocs.io/en/latest/api/flac.html\n 533→- API — Ogg Vorbis: https://mutagen.readthedocs.io/en/latest/api/oggvorbis.html\n 534→","isError":false}] \ No newline at end of file diff --git a/seed/skills/mutagen/chat/meta.json b/seed/skills/mutagen/chat/meta.json deleted file mode 100644 index 7514d728..00000000 --- a/seed/skills/mutagen/chat/meta.json +++ /dev/null @@ -1 +0,0 @@ -{"id":"da96d8ac-cb9d-4d46-81b6-d2cfde733863"} \ No newline at end of file diff --git a/seed/skills/sharp/chat/messages.json b/seed/skills/sharp/chat/messages.json deleted file mode 100644 index d53a6ac0..00000000 --- a/seed/skills/sharp/chat/messages.json +++ /dev/null @@ -1 +0,0 @@ -[{"role":"user","text":"Help me create the content for this new skill file: /home/pastilhas/projects/officer.dev/data/skills/sharp/SKILL.md\nuse https://github.com/lovell/sharp"},{"role":"assistant","text":"\n\nLet me start by reading the existing SKILL.md file and another skill's SKILL.md for reference on the format, plus fetch info about the sharp library."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/sharp/SKILL.md"},"toolUseId":"toolu_01UhVV2srmHDMuj76w8P8neh","output":" 1→---\n 2→name: sharp\n 3→description: \n 4→---\n 5→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/ffmpeg/SKILL.md"},"toolUseId":"toolu_01UCCqYAfpLfDjgGGJywEtBr","output":" 1→---\n 2→name: ffmpeg\n 3→description: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files.\n 4→---\n 5→\n 6→# FFmpeg\n 7→\n 8→CLI reference for FFmpeg v8.x — a complete, cross-platform solution for recording, converting, and streaming audio and video.\n 9→\n 10→Official docs: https://www.ffmpeg.org/documentation.html\n 11→\n 12→## Tools\n 13→\n 14→| Tool | Purpose |\n 15→|------|---------|\n 16→| `ffmpeg` | Transcode, convert, filter, mux/demux multimedia |\n 17→| `ffprobe` | Analyze and inspect multimedia streams |\n 18→| `ffplay` | Play multimedia files (interactive) |\n 19→\n 20→---\n 21→\n 22→## ffmpeg\n 23→\n 24→### Synopsis\n 25→\n 26→```\n 27→ffmpeg [global_options] {[input_options] -i input_url} ... {[output_options] output_url} ...\n 28→```\n 29→\n 30→Options before `-i` apply to the input; options before the output URL apply to the output.\n 31→\n 32→### Global Options\n 33→\n 34→| Flag | Description |\n 35→|------|-------------|\n 36→| `-y` | Overwrite output files without asking |\n 37→| `-n` | Do not overwrite; exit if output exists |\n 38→| `-hide_banner` | Suppress copyright/build info banner |\n 39→| `-loglevel level` | Set log level: `quiet`, `error`, `warning`, `info` (default), `verbose`, `debug` |\n 40→| `-stats` | Print encoding progress/statistics |\n 41→| `-progress url` | Send machine-readable progress to url |\n 42→| `-report` | Dump full command line and log to a file |\n 43→| `-filter_threads n` | Number of threads for filter processing |\n 44→\n 45→### Input/Output Options\n 46→\n 47→| Flag | Description |\n 48→|------|-------------|\n 49→| `-i url` | Input file URL |\n 50→| `-f fmt` | Force input or output format |\n 51→| `-c[:stream] codec` | Select encoder/decoder; use `copy` for stream copying |\n 52→| `-t duration` | Limit duration (as input: read limit; as output: write limit) |\n 53→| `-to position` | Stop at position (timestamp) |\n 54→| `-ss position` | Seek to position (before `-i`: fast input seek; after: output seek) |\n 55→| `-sseof position` | Seek relative to end of file |\n 56→| `-itsoffset offset` | Set input time offset |\n 57→| `-itsscale scale` | Rescale input timestamps |\n 58→| `-metadata key=value` | Set metadata key/value pair |\n 59→| `-disposition value` | Set stream disposition flags |\n 60→| `-target type` | Specify target type: `vcd`, `svcd`, `dvd`, `dv`, `dv50` |\n 61→| `-stream_loop n` | Loop input stream n times (-1 = infinite) |\n 62→| `-frames[:stream] n` | Stop after n frames |\n 63→| `-fs limit` | Set file size limit in bytes |\n 64→| `-timestamp date` | Set recording timestamp |\n 65→\n 66→### Video Options\n 67→\n 68→| Flag | Description |\n 69→|------|-------------|\n 70→| `-vn` | Disable video |\n 71→| `-vcodec codec` | Set video codec (alias for `-c:v`) |\n 72→| `-r fps` | Set frame rate |\n 73→| `-fpsmax fps` | Set maximum frame rate |\n 74→| `-s WxH` | Set frame size |\n 75→| `-aspect ratio` | Set display aspect ratio (e.g. `16:9`) |\n 76→| `-pix_fmt format` | Set pixel format |\n 77→| `-vf filtergraph` | Apply video filter graph (alias for `-filter:v`) |\n 78→| `-pass n` | Two-pass encoding pass (1 or 2) |\n 79→| `-passlogfile prefix` | Two-pass log file prefix |\n 80→| `-vframes n` | Set number of video frames to output |\n 81→| `-autorotate` | Auto-rotate based on metadata (default on) |\n 82→| `-display_rotation angle` | Set video rotation metadata |\n 83→| `-display_hflip` | Horizontal flip metadata |\n 84→| `-display_vflip` | Vertical flip metadata |\n 85→| `-force_key_frames expr` | Force keyframes at specified times/expression |\n 86→| `-copyinkf` | Copy non-key frames at the beginning during stream copy |\n 87→\n 88→### Audio Options\n 89→\n 90→| Flag | Description |\n 91→|------|-------------|\n 92→| `-an` | Disable audio |\n 93→| `-acodec codec` | Set audio codec (alias for `-c:a`) |\n 94→| `-ar freq` | Set audio sample rate (Hz) |\n 95→| `-ac channels` | Set number of audio channels |\n 96→| `-af filtergraph` | Apply audio filter graph (alias for `-filter:a`) |\n 97→| `-sample_fmt fmt` | Set audio sample format |\n 98→| `-channel_layout layout` | Set audio channel layout |\n 99→| `-aq q` | Set audio quality (codec-specific VBR) |\n 100→| `-aframes n` | Set number of audio frames to output |\n 101→\n 102→### Subtitle Options\n 103→\n 104→| Flag | Description |\n 105→|------|-------------|\n 106→| `-sn` | Disable subtitles |\n 107→| `-scodec codec` | Set subtitle codec (alias for `-c:s`) |\n 108→| `-fix_sub_duration` | Fix subtitle durations to avoid overlap |\n 109→\n 110→### Stream Selection\n 111→\n 112→| Flag | Description |\n 113→|------|-------------|\n 114→| `-map input:stream` | Manually select streams for output |\n 115→| `-dn` | Disable data streams |\n 116→\n 117→Stream specifiers: `v` (video), `V` (video, no images), `a` (audio), `s` (subtitle), `d` (data). Index with `:N` (e.g. `a:0` = first audio).\n 118→\n 119→### Hardware Acceleration\n 120→\n 121→| Flag | Description |\n 122→|------|-------------|\n 123→| `-hwaccel method` | HW accel method: `cuda`, `vaapi`, `qsv`, `vulkan`, `auto` |\n 124→| `-hwaccel_device device` | Select HW device |\n 125→| `-init_hw_device type=name` | Initialize HW device |\n 126→\n 127→---\n 128→\n 129→## ffprobe\n 130→\n 131→### Synopsis\n 132→\n 133→```\n 134→ffprobe [options] input_url\n 135→```\n 136→\n 137→### Main Options\n 138→\n 139→| Flag | Description |\n 140→|------|-------------|\n 141→| `-show_format` | Show container format info |\n 142→| `-show_streams` | Show per-stream info |\n 143→| `-show_packets` | Show per-packet info |\n 144→| `-show_frames` | Show per-frame info |\n 145→| `-show_chapters` | Show chapter info |\n 146→| `-show_programs` | Show program info |\n 147→| `-show_entries section=key1,key2` | Show only specific fields |\n 148→| `-show_error` | Show probe errors |\n 149→| `-select_streams specifier` | Filter to specific streams (e.g. `v:0`, `a`) |\n 150→| `-count_frames` | Count frames per stream |\n 151→| `-count_packets` | Count packets per stream |\n 152→| `-read_intervals intervals` | Analyze specific time ranges |\n 153→\n 154→### Output Formats\n 155→\n 156→Set with `-output_format` (or `-of`, `-print_format`):\n 157→\n 158→| Format | Description |\n 159→|--------|-------------|\n 160→| `default` | `[SECTION] key=value [/SECTION]` |\n 161→| `json` | JSON output (most useful for parsing) |\n 162→| `xml` | XML output |\n 163→| `csv` | Comma-separated values |\n 164→| `flat` | Flat `key=value` per line |\n 165→| `ini` | INI-style sections |\n 166→\n 167→### Display Options\n 168→\n 169→| Flag | Description |\n 170→|------|-------------|\n 171→| `-pretty` | Human-readable units and time formatting |\n 172→| `-unit` | Show value units |\n 173→| `-sexagesimal` | Format times as HH:MM:SS.us |\n 174→| `-hide_banner` | Suppress copyright/build info |\n 175→| `-o output_url` | Write output to file instead of stdout |\n 176→\n 177→---\n 178→\n 179→## Common Codecs\n 180→\n 181→### Video Encoders\n 182→\n 183→#### libx264 (H.264)\n 184→\n 185→| Option | Description |\n 186→|--------|-------------|\n 187→| `-preset` | Speed/quality: `ultrafast`, `superfast`, `veryfast`, `faster`, `fast`, `medium` (default), `slow`, `slower`, `veryslow` |\n 188→| `-crf` | Constant quality: 0 (lossless) to 51 (worst). 18-23 is typical |\n 189→| `-profile:v` | `baseline`, `main`, `high` |\n 190→| `-tune` | `film`, `animation`, `grain`, `stillimage`, `fastdecode`, `zerolatency` |\n 191→| `-b:v` | Target bitrate (e.g. `2M`) |\n 192→\n 193→#### libx265 (H.265/HEVC)\n 194→\n 195→| Option | Description |\n 196→|--------|-------------|\n 197→| `-preset` | Same presets as x264 |\n 198→| `-crf` | 0-51, default 28. Similar quality to x264 at lower bitrate |\n 199→| `-profile:v` | `main`, `main10`, `main12` |\n 200→| `-b:v` | Target bitrate |\n 201→\n 202→#### libvpx-vp9 (VP9)\n 203→\n 204→| Option | Description |\n 205→|--------|-------------|\n 206→| `-crf` | 0-63. 31 is a good default |\n 207→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 208→| `-cpu-used` | Speed: 0 (slowest/best) to 8 (fastest) |\n 209→| `-deadline` | `best`, `good` (default), `realtime` |\n 210→| `-row-mt 1` | Enable row-based multithreading |\n 211→\n 212→#### libsvtav1 (SVT-AV1)\n 213→\n 214→| Option | Description |\n 215→|--------|-------------|\n 216→| `-crf` | 0-63. 30 is a good default |\n 217→| `-preset` | 0 (slowest/best) to 13 (fastest). 8 is a good default |\n 218→| `-b:v` | Target bitrate |\n 219→\n 220→#### libaom-av1 (AOM AV1)\n 221→\n 222→| Option | Description |\n 223→|--------|-------------|\n 224→| `-crf` | 0-63 |\n 225→| `-cpu-used` | 0 (best) to 8 (fastest) |\n 226→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 227→| `-tiles` | Tile columns x rows for parallelism |\n 228→\n 229→### Audio Encoders\n 230→\n 231→#### aac (Native AAC)\n 232→\n 233→| Option | Description |\n 234→|--------|-------------|\n 235→| `-b:a` | Bitrate: `128k`, `192k`, `256k` |\n 236→| `-profile:a` | `aac_low` (default), `aac_he`, `aac_he_v2` |\n 237→\n 238→#### libmp3lame (MP3)\n 239→\n 240→| Option | Description |\n 241→|--------|-------------|\n 242→| `-b:a` | CBR bitrate: `128k`, `192k`, `320k` |\n 243→| `-q:a` | VBR quality: 0 (best) to 9 (worst). 2 is a good default |\n 244→\n 245→#### libopus (Opus)\n 246→\n 247→| Option | Description |\n 248→|--------|-------------|\n 249→| `-b:a` | Bitrate: `64k` to `256k`. 128k is a good default |\n 250→| `-vbr` | `on` (default), `off`, `constrained` |\n 251→| `-application` | `audio` (default), `voip`, `lowdelay` |\n 252→\n 253→#### libvorbis (Vorbis)\n 254→\n 255→| Option | Description |\n 256→|--------|-------------|\n 257→| `-q:a` | VBR quality: -1 to 10. 5 is a good default |\n 258→| `-b:a` | ABR bitrate |\n 259→\n 260→#### flac (FLAC)\n 261→\n 262→| Option | Description |\n 263→|--------|-------------|\n 264→| `-compression_level` | 0 (fast) to 12 (best). 5 is default |\n 265→\n 266→---\n 267→\n 268→## Common Container Formats\n 269→\n 270→| Format | Extensions | Notes |\n 271→|--------|-----------|-------|\n 272→| `mp4` | .mp4, .m4a, .m4v | Use `-movflags +faststart` for web streaming |\n 273→| `matroska` | .mkv | Supports virtually all codecs |\n 274→| `webm` | .webm | VP8/VP9/AV1 + Vorbis/Opus for web |\n 275→| `avi` | .avi | Legacy; limited codec support |\n 276→| `mpegts` | .ts | Broadcast transport stream |\n 277→| `ogg` | .ogg, .ogv | Vorbis/Opus/Theora container |\n 278→| `wav` | .wav | Uncompressed PCM audio |\n 279→| `flac` | .flac | Lossless audio |\n 280→| `mp3` | .mp3 | MPEG audio layer 3 |\n 281→| `hls` | .m3u8 | HTTP Live Streaming |\n 282→| `dash` | .mpd | DASH adaptive streaming |\n 283→| `gif` | .gif | Animated GIF |\n 284→| `image2` | various | Image sequence input/output |\n 285→| `concat` | text file | Concatenation demuxer (file list) |\n 286→| `null` | — | Discard output (benchmarking) |\n 287→\n 288→---\n 289→\n 290→## Common Video Filters (`-vf`)\n 291→\n 292→| Filter | Description | Example |\n 293→|--------|-------------|---------|\n 294→| `scale=W:H` | Resize video. Use `-1` or `-2` to auto-calculate | `scale=1280:720`, `scale=-2:480` |\n 295→| `crop=W:H:X:Y` | Crop to WxH starting at X,Y | `crop=640:480:100:50` |\n 296→| `pad=W:H:X:Y:color` | Pad video with borders | `pad=1920:1080:(ow-iw)/2:(oh-ih)/2:black` |\n 297→| `overlay=X:Y` | Composite second input over first | `overlay=10:10` |\n 298→| `transpose=N` | Rotate: 0=90ccw+vflip, 1=90cw, 2=90ccw, 3=90cw+vflip | `transpose=1` |\n 299→| `hflip` / `vflip` | Horizontal / vertical flip | `hflip` |\n 300→| `rotate=angle` | Rotate by arbitrary angle (radians) | `rotate=PI/4` |\n 301→| `fps=N` | Change frame rate | `fps=30` |\n 302→| `setpts=expr` | Modify presentation timestamps | `setpts=0.5*PTS` (2x speed) |\n 303→| `trim=start:end` | Extract time range | `trim=start=10:end=20` |\n 304→| `drawtext=opts` | Overlay text | `drawtext=text='Hello':fontsize=24:x=10:y=10` |\n 305→| `fade=t=type:st=S:d=D` | Fade in/out | `fade=t=in:st=0:d=2` |\n 306→| `eq=opts` | Adjust brightness/contrast/saturation | `eq=brightness=0.1:contrast=1.2` |\n 307→| `format=pix_fmt` | Convert pixel format | `format=yuv420p` |\n 308→| `concat=n:v:a` | Concatenate segments | `concat=n=2:v=1:a=1` |\n 309→| `split` / `select` | Duplicate / select frames | `select='eq(pict_type,I)'` |\n 310→| `deinterlace` / `yadif` | Remove interlacing | `yadif=1` |\n 311→| `boxblur=R` | Apply box blur | `boxblur=5:1` |\n 312→| `subtitles=file` | Burn in subtitles from file | `subtitles=subs.srt` |\n 313→| `palettegen` / `paletteuse` | Generate/apply palette for GIF | Used in two-pass GIF creation |\n 314→| `colorchannelmixer` | Mix color channels | `colorchannelmixer=.3:.4:.3:0:.3:.4:.3:0:.3:.4:.3` (grayscale) |\n 315→\n 316→## Common Audio Filters (`-af`)\n 317→\n 318→| Filter | Description | Example |\n 319→|--------|-------------|---------|\n 320→| `volume=V` | Adjust volume | `volume=1.5`, `volume=-3dB` |\n 321→| `loudnorm` | EBU R128 loudness normalization | `loudnorm=I=-16:TP=-1.5:LRA=11` |\n 322→| `atempo=T` | Change tempo (0.5-100.0) | `atempo=2.0` (2x speed) |\n 323→| `aresample=rate` | Resample audio | `aresample=44100` |\n 324→| `amerge` | Merge audio channels | `amerge=inputs=2` |\n 325→| `afade=t=type:st=S:d=D` | Audio fade in/out | `afade=t=in:st=0:d=3` |\n 326→| `highpass=f=freq` | High-pass filter | `highpass=f=200` |\n 327→| `lowpass=f=freq` | Low-pass filter | `lowpass=f=3000` |\n 328→| `equalizer=f:t:w:g` | Parametric EQ | `equalizer=f=1000:t=q:w=1:g=5` |\n 329→| `acompressor` | Dynamic range compression | `acompressor=threshold=-20dB:ratio=4` |\n 330→| `silenceremove` | Remove silence | `silenceremove=1:0:-50dB` |\n 331→| `silencedetect` | Detect silence | `silencedetect=n=-30dB:d=2` |\n 332→| `adelay=delays` | Delay audio channels | `adelay=1000\\|1000` (ms) |\n 333→| `aecho=id:ig:delays:decays` | Add echo effect | `aecho=0.8:0.88:60:0.4` |\n 334→| `pan=layout:gains` | Remix channels | `pan=mono\\|c0=0.5*c0+0.5*c1` |\n 335→\n 336→---\n 337→\n 338→## Common Recipes\n 339→\n 340→### Convert format\n 341→\n 342→```bash\n 343→ffmpeg -i input.mkv output.mp4\n 344→```\n 345→\n 346→### Transcode with CRF quality\n 347→\n 348→```bash\n 349→ffmpeg -i input.mp4 -c:v libx264 -crf 20 -c:a aac -b:a 192k output.mp4\n 350→```\n 351→\n 352→### Extract audio\n 353→\n 354→```bash\n 355→ffmpeg -i video.mp4 -vn -c:a copy audio.m4a\n 356→```\n 357→\n 358→### Extract video (no audio)\n 359→\n 360→```bash\n 361→ffmpeg -i input.mp4 -an -c:v copy output.mp4\n 362→```\n 363→\n 364→### Trim / cut\n 365→\n 366→```bash\n 367→ffmpeg -ss 00:01:30 -to 00:03:00 -i input.mp4 -c copy output.mp4\n 368→```\n 369→\n 370→### Resize video\n 371→\n 372→```bash\n 373→ffmpeg -i input.mp4 -vf \"scale=1280:720\" -c:a copy output.mp4\n 374→```\n 375→\n 376→### Compress video (lower quality)\n 377→\n 378→```bash\n 379→ffmpeg -i input.mp4 -c:v libx264 -crf 28 -preset fast -c:a aac -b:a 128k output.mp4\n 380→```\n 381→\n 382→### Two-pass encoding\n 383→\n 384→```bash\n 385→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 1 -f null /dev/null\n 386→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 2 output.mp4\n 387→```\n 388→\n 389→### Concatenate files (concat demuxer)\n 390→\n 391→```bash\n 392→# files.txt contains:\n 393→# file 'part1.mp4'\n 394→# file 'part2.mp4'\n 395→ffmpeg -f concat -safe 0 -i files.txt -c copy output.mp4\n 396→```\n 397→\n 398→### Add subtitles (burn-in)\n 399→\n 400→```bash\n 401→ffmpeg -i input.mp4 -vf \"subtitles=subs.srt\" output.mp4\n 402→```\n 403→\n 404→### Create GIF\n 405→\n 406→```bash\n 407→ffmpeg -i input.mp4 -vf \"fps=10,scale=320:-1:flags=lanczos,split[s0][s1];[s0]palettegen[p];[s1][p]paletteuse\" output.gif\n 408→```\n 409→\n 410→### Add watermark / overlay\n 411→\n 412→```bash\n 413→ffmpeg -i video.mp4 -i logo.png -filter_complex \"overlay=10:10\" output.mp4\n 414→```\n 415→\n 416→### Change speed (video + audio)\n 417→\n 418→```bash\n 419→ffmpeg -i input.mp4 -vf \"setpts=0.5*PTS\" -af \"atempo=2.0\" output.mp4\n 420→```\n 421→\n 422→### Extract frames as images\n 423→\n 424→```bash\n 425→ffmpeg -i input.mp4 -vf \"fps=1\" frame_%04d.png\n 426→```\n 427→\n 428→### Merge audio and video\n 429→\n 430→```bash\n 431→ffmpeg -i video.mp4 -i audio.m4a -c:v copy -c:a copy -shortest output.mp4\n 432→```\n 433→\n 434→### Normalize audio loudness\n 435→\n 436→```bash\n 437→ffmpeg -i input.mp4 -af \"loudnorm=I=-16:TP=-1.5:LRA=11\" -c:v copy output.mp4\n 438→```\n 439→\n 440→### Convert to web-optimized MP4\n 441→\n 442→```bash\n 443→ffmpeg -i input.mp4 -c:v libx264 -crf 23 -preset medium -c:a aac -b:a 128k -movflags +faststart output.mp4\n 444→```\n 445→\n 446→### Probe file info (JSON)\n 447→\n 448→```bash\n 449→ffprobe -v quiet -print_format json -show_format -show_streams input.mp4\n 450→```\n 451→\n 452→### Get duration only\n 453→\n 454→```bash\n 455→ffprobe -v quiet -show_entries format=duration -of default=noprint_wrappers=1:nokey=1 input.mp4\n 456→```\n 457→\n 458→### Get resolution only\n 459→\n 460→```bash\n 461→ffprobe -v quiet -select_streams v:0 -show_entries stream=width,height -of csv=s=x:p=0 input.mp4\n 462→```\n 463→\n 464→---\n 465→\n 466→## Source\n 467→\n 468→- Website: https://ffmpeg.org/\n 469→- Documentation: https://www.ffmpeg.org/documentation.html\n 470→- CLI reference: https://www.ffmpeg.org/ffmpeg.html\n 471→- Filters reference: https://www.ffmpeg.org/ffmpeg-filters.html\n 472→- Codecs reference: https://www.ffmpeg.org/ffmpeg-codecs.html\n 473→- Formats reference: https://www.ffmpeg.org/ffmpeg-formats.html\n 474→- Wiki: https://trac.ffmpeg.org/wiki\n 475→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/whisper.cpp/SKILL.md"},"toolUseId":"toolu_01DNCSj7RzRbN4Lp4FbFbnd2","output":" 1→---\n 2→name: whisper.cpp\n 3→description: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file.\n 4→---\n 5→\n 6→# Whisper.cpp\n 7→\n 8→API reference for the whisper.cpp HTTP server running at `http://macmini:8178`.\n 9→\n 10→whisper.cpp is a C/C++ port of OpenAI's Whisper speech recognition model. The server accepts audio files via HTTP and returns transcriptions in various formats.\n 11→\n 12→## Server\n 13→\n 14→- **Base URL:** `http://macmini:8178`\n 15→- **No authentication required**\n 16→\n 17→## Endpoints\n 18→\n 19→### POST /inference\n 20→\n 21→Transcribes an audio file. Accepts `multipart/form-data`.\n 22→\n 23→#### Example\n 24→\n 25→```bash\n 26→curl -s http://macmini:8178/inference \\\n 27→ -F file=\"@/path/to/audio.mp3\" \\\n 28→ -F temperature=\"0.0\" \\\n 29→ -F temperature_inc=\"0.2\" \\\n 30→ -F response_format=\"json\"\n 31→```\n 32→\n 33→#### Parameters\n 34→\n 35→##### File (required)\n 36→\n 37→| Parameter | Type | Description |\n 38→|-----------|------|-------------|\n 39→| `file` | file | Audio file to transcribe. Accepts at least WAV and MP3. |\n 40→\n 41→##### Response Format\n 42→\n 43→| Parameter | Type | Default | Description |\n 44→|-----------|------|---------|-------------|\n 45→| `response_format` | string | `json` | Output format: `json`, `verbose_json` (or `vjson`), `text`, `srt`, `vtt` |\n 46→\n 47→##### Language\n 48→\n 49→| Parameter | Type | Default | Description |\n 50→|-----------|------|---------|-------------|\n 51→| `language` | string | `en` | Spoken language code (e.g. `en`, `pt`, `es`, `fr`). Use `auto` for auto-detection. |\n 52→| `detect_language` | bool | `false` | Exit after detecting the language (no transcription). |\n 53→| `translate` | bool | `false` | Translate from source language to English. |\n 54→\n 55→##### Decoding\n 56→\n 57→| Parameter | Type | Default | Description |\n 58→|-----------|------|---------|-------------|\n 59→| `temperature` | float | `0.0` | Sampling temperature. `0.0` is deterministic. |\n 60→| `temperature_inc` | float | `0.2` | Temperature increment on fallback attempts. |\n 61→| `best_of` | int | `2` | Number of candidate decodings to keep. |\n 62→| `beam_size` | int | `-1` | Beam search size. `-1` disables beam search. |\n 63→| `entropy_thold` | float | `2.40` | Entropy threshold — decoder fails and retries if exceeded. |\n 64→| `logprob_thold` | float | `-1.00` | Log probability threshold for decoder failure. |\n 65→| `no_fallback` | bool | `false` | Disable temperature fallback on decode failure. |\n 66→\n 67→##### Segmentation\n 68→\n 69→| Parameter | Type | Default | Description |\n 70→|-----------|------|---------|-------------|\n 71→| `max_len` | int | `0` | Maximum segment length in characters. `0` for unlimited. |\n 72→| `max_context` | int | `-1` | Maximum text context tokens to store. `-1` for unlimited. |\n 73→| `split_on_word` | bool | `false` | Split segments at word boundaries instead of token boundaries. |\n 74→| `no_timestamps` | bool | `false` | Suppress timestamps in output. |\n 75→| `word_thold` | float | `0.01` | Word timestamp probability threshold. |\n 76→\n 77→##### Audio Processing\n 78→\n 79→| Parameter | Type | Default | Description |\n 80→|-----------|------|---------|-------------|\n 81→| `offset_t` | int | `0` | Time offset in milliseconds — skip this much audio from the start. |\n 82→| `offset_n` | int | `0` | Segment index offset. |\n 83→| `duration` | int | `0` | Duration of audio to process in milliseconds. `0` for all. |\n 84→| `audio_ctx` | int | `0` | Audio context size. `0` for all. |\n 85→\n 86→##### Speaker Diarization\n 87→\n 88→| Parameter | Type | Default | Description |\n 89→|-----------|------|---------|-------------|\n 90→| `diarize` | bool | `false` | Enable speaker diarization (requires stereo audio). |\n 91→| `tinydiarize` | bool | `false` | Enable tinydiarize (requires a tdrz model). |\n 92→\n 93→##### Voice Activity Detection (VAD)\n 94→\n 95→| Parameter | Type | Default | Description |\n 96→|-----------|------|---------|-------------|\n 97→| `vad` | bool | `false` | Enable VAD preprocessing. |\n 98→| `vad_threshold` | float | `0.50` | Speech confidence threshold (0.0–1.0). |\n 99→| `vad_min_speech_duration_ms` | int | `250` | Minimum speech segment duration in ms. |\n 100→| `vad_min_silence_duration_ms` | int | `100` | Minimum silence duration to split segments. |\n 101→| `vad_max_speech_duration_s` | float | `FLT_MAX` | Auto-split segments longer than this (seconds). |\n 102→| `vad_speech_pad_ms` | int | `30` | Padding added around speech segments (ms). |\n 103→| `vad_samples_overlap` | float | `0.10` | Overlap between segments (seconds). |\n 104→\n 105→##### Other\n 106→\n 107→| Parameter | Type | Default | Description |\n 108→|-----------|------|---------|-------------|\n 109→| `prompt` | string | `\"\"` | Initial prompt to condition the model (e.g. for vocabulary hints). |\n 110→| `suppress_nst` | bool | `false` | Suppress non-speech tokens. |\n 111→| `no_context` | bool | `false` | Do not use previous audio context for subsequent segments. |\n 112→| `debug_mode` | bool | `false` | Enable debug output. |\n 113→\n 114→#### Response Formats\n 115→\n 116→##### `json` (default)\n 117→\n 118→Minimal JSON with just the transcribed text.\n 119→\n 120→```json\n 121→{\"text\": \"The transcribed content goes here.\"}\n 122→```\n 123→\n 124→##### `verbose_json` (or `vjson`)\n 125→\n 126→Extended JSON including task type, language, audio duration, per-segment timestamps, token-level timing, confidence scores, and language probability distribution.\n 127→\n 128→##### `text`\n 129→\n 130→Plain text transcription. Includes speaker labels if diarization is enabled.\n 131→\n 132→##### `srt`\n 133→\n 134→SubRip subtitle format with sequential numbering, `HH:MM:SS,mmm` timestamps, and text content.\n 135→\n 136→```\n 137→1\n 138→00:00:00,000 --> 00:00:03,500\n 139→The transcribed content goes here.\n 140→```\n 141→\n 142→##### `vtt`\n 143→\n 144→WebVTT subtitle format with `WEBVTT` header and `HH:MM:SS.mmm` timestamps.\n 145→\n 146→```\n 147→WEBVTT\n 148→\n 149→00:00:00.000 --> 00:00:03.500\n 150→The transcribed content goes here.\n 151→```\n 152→\n 153→### POST /load\n 154→\n 155→Loads a different model file on the server at runtime.\n 156→\n 157→```bash\n 158→curl -s http://macmini:8178/load \\\n 159→ -F model=\"/path/to/model.bin\"\n 160→```\n 161→\n 162→| Parameter | Type | Description |\n 163→|-----------|------|-------------|\n 164→| `model` | string | Path to the model file on the server. |\n 165→\n 166→## Supported Audio Formats\n 167→\n 168→The server accepts at least WAV (16-bit PCM) and MP3 files directly. If the server was started with `--convert`, it can use ffmpeg to handle additional formats (ogg, flac, m4a, etc.).\n 169→\n 170→## Source\n 171→\n 172→- Repository: https://github.com/ggml-org/whisper.cpp\n 173→- Server docs: https://github.com/ggml-org/whisper.cpp/blob/master/examples/server/README.md\n 174→","isError":false},{"role":"assistant","text":"Now let me fetch the sharp GitHub README to understand its full API."},{"role":"tool","toolName":"Task","toolInput":{"description":"Fetch sharp API documentation","prompt":"Fetch comprehensive information about the sharp Node.js image processing library from these URLs. I need to understand its full API to write a CLI/programmatic reference document.\n\nFetch these pages and extract all relevant API details:\n\n1. https://github.com/lovell/sharp - Main README, installation, overview\n2. https://sharp.pixelplumbing.com/api-constructor - Constructor API\n3. https://sharp.pixelplumbing.com/api-input - Input options\n4. https://sharp.pixelplumbing.com/api-output - Output options (toFile, toBuffer, toFormat, jpeg, png, webp, avif, tiff, gif, heif, raw, tile)\n5. https://sharp.pixelplumbing.com/api-resize - Resize operations\n6. https://sharp.pixelplumbing.com/api-operation - Operations (rotate, flip, flop, sharpen, blur, extend, extract, trim, etc.)\n7. https://sharp.pixelplumbing.com/api-colour - Colour operations (tint, greyscale, pipelineColourspace, toColourspace)\n8. https://sharp.pixelplumbing.com/api-channel - Channel operations (removeAlpha, ensureAlpha, extractChannel, joinChannel, bandbool)\n9. https://sharp.pixelplumbing.com/api-composite - Compositing (overlay images)\n10. https://sharp.pixelplumbing.com/api-utility - Utility (metadata, stats, toBuffer, etc.)\n\nFor each page, extract:\n- Method signatures\n- Parameter names, types, defaults, and descriptions\n- Return types\n- Important notes or constraints\n\nReturn ALL the information in a structured format so I can write a comprehensive SKILL.md reference document.","subagent_type":"general-purpose"},"toolUseId":"toolu_01A3qpHESGVbcmKESYHRE39q","output":"Here is the comprehensive structured reference for the **sharp** Node.js image processing library, compiled from all 10 documentation pages.\n\n---\n\n## SHARP API REFERENCE\n\n### Overview\n\nSharp is a high-performance Node.js image processing library built on libvips. It is typically 4-5x faster than ImageMagick/GraphicsMagick. It supports JPEG, PNG, WebP, GIF, AVIF, TIFF, SVG, HEIF, JP2, and JXL formats. Licensed under Apache 2.0.\n\n**Runtime requirements:** Node.js ^18.17.0 or >= 20.3.0, Deno, or Bun (any runtime supporting Node-API v9).\n\n**Installation:** `npm install sharp`\n\n---\n\n### 1. CONSTRUCTOR\n\n**Signature:** `sharp([input], [options])`\n\n**Returns:** Sharp instance (implements `stream.Duplex`). Emits `info` and `warning` events.\n\n**`input`** (optional): `Buffer | ArrayBuffer | Uint8Array | Uint8ClampedArray | Int8Array | Uint16Array | Int16Array | Uint32Array | Int32Array | Float32Array | Float64Array | string | Array`\n- Buffer/typed array containing image data\n- String filesystem path\n- Array of inputs (joined together)\n- Omit for streaming input\n\n**`options`** (optional Object):\n\n| Option | Type | Default | Description |\n|---|---|---|---|\n| `failOn` | string | `'warning'` | Abort sensitivity: `'none'`, `'truncated'`, `'error'`, `'warning'` |\n| `limitInputPixels` | number \\| boolean | `268402689` | Max pixels (width x height); `false` removes limit |\n| `unlimited` | boolean | `false` | Remove memory safety features for JPEG, PNG, SVG, HEIF |\n| `autoOrient` | boolean | `false` | Auto-rotate/flip per EXIF Orientation tag |\n| `sequentialRead` | boolean | `true` | Use sequential vs random access reading |\n| `density` | number | `72` | DPI for vector images (1-100000) |\n| `ignoreIcc` | boolean | `false` | Ignore embedded ICC profile |\n| `pages` | number | `1` | Pages to extract from multi-page images; `-1` for all |\n| `page` | number | `0` | Starting page index (zero-based) |\n| `animated` | boolean | `false` | Read all frames (equivalent to `pages: -1`) |\n\n**`options.raw`** (Object, for raw pixel input):\n\n| Property | Type | Required | Description |\n|---|---|---|---|\n| `width` | number | Yes | Pixel width |\n| `height` | number | Yes | Pixel height |\n| `channels` | number | Yes | 1-4 channels |\n| `premultiplied` | boolean | No (default `false`) | Skip premultiplication if already applied |\n| `pageHeight` | number | No | Frame height for animated images |\n\n**`options.create`** (Object, create a new image):\n\n| Property | Type | Required | Description |\n|---|---|---|---|\n| `width` | number | Yes | Pixel width |\n| `height` | number | Yes | Pixel height |\n| `channels` | number | Yes | 3 (RGB) or 4 (RGBA) |\n| `background` | string \\| Object | No | Color parsed by color module |\n| `pageHeight` | number | No | Frame height for animated images |\n| `noise` | Object | No | `{type: 'gaussian', mean: 128, sigma: 30}` |\n\n**`options.text`** (Object, render text as image):\n\n| Property | Type | Default | Description |\n|---|---|---|---|\n| `text` | string | -- | UTF-8 string; supports Pango markup |\n| `font` | string | -- | Font name |\n| `fontfile` | string | -- | Absolute path to font file |\n| `width` | number | `0` | Word-wrap pixel boundary; 0 = no wrap |\n| `height` | number | `0` | Max pixel height |\n| `align` | string | `'left'` | `'left'`, `'centre'`, `'center'`, `'right'` |\n| `justify` | boolean | `false` | Text justification |\n| `dpi` | number | `72` | Render resolution (ignored if height specified) |\n| `rgba` | boolean | `false` | RGBA for color emoji and Pango markup |\n| `spacing` | number | `0` | Line height in points |\n| `wrap` | string | `'word'` | `'word'`, `'char'`, `'word-char'`, `'none'` |\n\n**`options.join`** (Object, for array input composition):\n\n| Property | Type | Default | Description |\n|---|---|---|---|\n| `across` | number | `1` | Images per row |\n| `animated` | boolean | `false` | Join as animated image |\n| `shim` | number | `0` | Pixels between images |\n| `background` | string \\| Object | -- | Gap fill color |\n| `halign` | string | `'left'` | `'left'`, `'centre'`, `'center'`, `'right'` |\n| `valign` | string | `'top'` | `'top'`, `'centre'`, `'center'`, `'bottom'` |\n\n**Format-specific constructor options:**\n- `options.tiff.subifd` (number, default `-1`): OME-TIFF sub-image directory index\n- `options.svg.stylesheet` (string): Custom CSS for SVG\n- `options.svg.highBitdepth` (boolean, default `false`): 32-bit vs 8-bit per channel\n- `options.pdf.background` (string \\| Object): Fill for transparent areas\n- `options.openSlide.level` (number, default `0`): Multi-level extraction index\n- `options.jp2.oneshot` (boolean, default `false`): Single-operation tiled decoding\n\n**`clone() => Sharp`**: Returns new instance sharing parent input for multiple independent output pipelines.\n\n---\n\n### 2. INPUT / METADATA\n\n**`metadata([callback]) => Promise | Sharp`**\n\nFast access to image metadata without decoding pixels. Returns:\n\n| Property | Type | Description |\n|---|---|---|\n| `format` | string | Decoder name (jpeg, png, webp, gif, svg, etc.) |\n| `size` | number | Total bytes (Stream/Buffer input only) |\n| `width` | number | Pixel width |\n| `height` | number | Pixel height |\n| `space` | string | Color space (srgb, rgb, cmyk, lab, b-w, etc.) |\n| `channels` | number | Band count |\n| `depth` | string | Pixel format (uchar, char, ushort, float, etc.) |\n| `density` | number | DPI if present |\n| `chromaSubsampling` | string | e.g. `'4:2:0'` or `'4:4:4'` |\n| `isProgressive` | boolean | Progressive/interlaced encoding |\n| `isPalette` | boolean | Palette-based |\n| `bitsPerSample` | number | Bits per channel |\n| `pages` | number | Page count |\n| `pageHeight` | number | Height per page |\n| `loop` | number | Animation loop count |\n| `delay` | Array | Frame delays |\n| `hasAlpha` | boolean | Has alpha channel |\n| `hasProfile` | boolean | Has ICC profile |\n| `isOpaque` | boolean | Fully opaque |\n| `orientation` | number | EXIF orientation (1-8) |\n| `exif` | Buffer | EXIF data |\n| `icc` | Buffer | ICC profile |\n| `iptc` | Buffer | IPTC data |\n| `xmp` | Buffer | XMP data |\n| `xmpAsString` | string | XMP as string |\n| `dominant` | Object | Dominant sRGB color |\n\n**`stats([callback]) => Promise`**\n\nPixel-derived statistics (from original input, not after operations). Returns:\n\n| Property | Type | Description |\n|---|---|---|\n| `channels` | Array | Per-channel: min, max, sum, squaresSum, mean, stdev, minX, minY, maxX, maxY |\n| `isOpaque` | boolean | Fully opaque or no alpha |\n| `entropy` | number | Greyscale entropy estimation |\n| `sharpness` | number | Laplacian-based sharpness |\n| `dominant` | Object | Most dominant sRGB color |\n\n---\n\n### 3. RESIZE\n\n**`resize([width], [height], [options]) => Sharp`**\n\n| Option | Type | Default | Description |\n|---|---|---|---|\n| `width` | number | -- | Target width (null/undefined to auto-scale) |\n| `height` | number | -- | Target height (null/undefined to auto-scale) |\n| `fit` | string | `'cover'` | `'cover'`, `'contain'`, `'fill'`, `'inside'`, `'outside'` |\n| `position` | string | `'centre'` | Position for cover/contain (see below) |\n| `background` | string \\| Object | `{r:0,g:0,b:0,alpha:1}` | Fill color for `contain` |\n| `kernel` | string | `'lanczos3'` | `'nearest'`, `'linear'`, `'cubic'`, `'mitchell'`, `'lanczos2'`, `'lanczos3'`, `'mks2013'`, `'mks2021'` |\n| `withoutEnlargement` | boolean | `false` | Prevent upscaling |\n| `withoutReduction` | boolean | `false` | Prevent downscaling |\n| `fastShrinkOnLoad` | boolean | `true` | JPEG/WebP shrink-on-load |\n\n**Fit modes:**\n- `cover`: Crop to fill both dimensions (preserves aspect ratio)\n- `contain`: Letterbox to fit within dimensions (preserves aspect ratio)\n- `fill`: Stretch to exact dimensions (ignores aspect ratio)\n- `inside`: Fit within dimensions without exceeding (preserves aspect ratio)\n- `outside`: Minimum size while meeting dimensions (preserves aspect ratio)\n\n**Position values:** `top`, `right top`, `right`, `right bottom`, `bottom`, `left bottom`, `left`, `left top`, `north`, `northeast`, `east`, `southeast`, `south`, `southwest`, `west`, `northwest`, `centre`/`center`\n\n**Strategy (cover only):** `entropy` (Shannon entropy), `attention` (luminance/saturation/skin tone)\n\n**Constraint:** Only one resize per pipeline.\n\n---\n\n### 4. OPERATIONS\n\n**`rotate([angle], [options]) => Sharp`**\n- `angle` (number): Degrees; auto from EXIF if omitted\n- `options.background` (string \\| Object, default `'#000000'`): Fill color\n- Converts angles to valid positive rotation. One rotation per pipeline.\n\n**`autoOrient() => Sharp`**\n- Auto-orient from EXIF Orientation tag, then removes the tag.\n\n**`flip([flip]) => Sharp`**\n- `flip` (boolean, default `true`): Vertical mirror (up-down about x-axis)\n- Does not work with multi-page images.\n\n**`flop([flop]) => Sharp`**\n- `flop` (boolean, default `true`): Horizontal mirror (left-right about y-axis)\n\n**`affine(matrix, [options]) => Sharp`**\n- `matrix` (Array): 2x2 or flat length-4 transformation matrix\n- `options.background` (string \\| Object, default `'#000000'`)\n- `options.idx`, `options.idy` (number, default `0`): Input offsets\n- `options.odx`, `options.ody` (number, default `0`): Output offsets\n- `options.interpolator` (string, default `sharp.interpolators.bicubic`)\n\n**`sharpen([options], [flat], [jagged]) => Sharp`**\n- `options.sigma` (number, 0.000001-10): Gaussian mask sigma\n- `options.m1` (number, default `1.0`): Flat area sharpening (0-1000000)\n- `options.m2` (number, default `2.0`): Jagged area sharpening (0-1000000)\n- `options.x1` (number, default `2.0`): Flat/jagged threshold (0-1000000)\n- `options.y2` (number, default `10.0`): Max brightening (0-1000000)\n- `options.y3` (number, default `20.0`): Max darkening (0-1000000)\n- `flat`, `jagged` deprecated in favor of `options.m1`, `options.m2`\n\n**`median([size]) => Sharp`**\n- `size` (number, default `3`): Square mask dimension (size x size)\n\n**`blur([options]) => Sharp`**\n- Without params: 3x3 box blur\n- `options.sigma` (number, 0.3-1000): Gaussian blur sigma\n- `options.precision` (string, default `'integer'`): `'integer'`, `'float'`, `'approximate'`\n- `options.minAmplitude` (number, default `0.2`, 0.001-1): Mask accuracy\n\n**`dilate([width]) => Sharp`**\n- `width` (number, default `1`): Dilation width in pixels\n\n**`erode([width]) => Sharp`**\n- `width` (number, default `1`): Erosion width in pixels\n\n**`flatten([options]) => Sharp`**\n- `options.background` (string \\| Object, default `{r:0,g:0,b:0}`): Merge alpha with background, remove alpha\n\n**`unflatten() => Sharp`** (experimental)\n- Add alpha channel; white pixels become fully transparent.\n\n**`gamma([gamma], [gammaOut]) => Sharp`**\n- `gamma` (number, default `2.2`, 1.0-3.0)\n- `gammaOut` (number, 1.0-3.0, defaults to `gamma`)\n- JPEG/WebP inputs lose shrink-on-load optimization.\n\n**`negate([options]) => Sharp`**\n- `options.alpha` (boolean, default `true`): Whether to negate alpha channel\n\n**`normalise([options]) => Sharp`** (alias: `normalize`)\n- `options.lower` (number, default `1`): Underexposure percentile\n- `options.upper` (number, default `99`): Overexposure percentile\n- Stretches luminance to full dynamic range.\n\n**`clahe(options) => Sharp`**\n- `options.width` (number, required): Search window width\n- `options.height` (number, required): Search window height\n- `options.maxSlope` (number, default `3`, 0-100): Brightening level\n\n**`convolve(kernel) => Sharp`**\n- `kernel.width` (number, required)\n- `kernel.height` (number, required)\n- `kernel.kernel` (Array, required): width*height values\n- `kernel.scale` (number, default sum of kernel)\n- `kernel.offset` (number, default `0`)\n\n**`threshold([threshold], [options]) => Sharp`**\n- `threshold` (number, default `128`, 0-255)\n- `options.greyscale` / `options.grayscale` (boolean, default `true`)\n\n**`boolean(operand, operator, [options]) => Sharp`**\n- `operand` (Buffer \\| string): Image data or file path\n- `operator` (string): `'and'`, `'or'`, `'eor'`\n- `options.raw` (Object): `{width, height, channels}` for raw input\n\n**`linear([a], [b]) => Sharp`**\n- `a` (number \\| Array, default `[]`): Multiplier per channel\n- `b` (number \\| Array, default `[]`): Offset per channel\n- Formula: `a * input + b`\n\n**`recomb(inputMatrix) => Sharp`**\n- `inputMatrix` (Array): 3x3 or 4x4 recombination matrix\n\n**`modulate([options]) => Sharp`**\n- `options.brightness` (number): Multiplicative brightness\n- `options.saturation` (number): Saturation multiplier\n- `options.hue` (number): Hue rotation in degrees\n- `options.lightness` (number): Additive lightness\n\n**`extend(extend) => Sharp`**\n- `extend` (number \\| Object): Uniform padding or per-edge\n- `options.top`, `left`, `bottom`, `right` (number, default `0`)\n- `options.extendWith` (string, default `'background'`): `'background'`, `'copy'`, `'repeat'`, `'mirror'`\n- `options.background` (string \\| Object, default `{r:0,g:0,b:0,alpha:1}`)\n- Always applies after resize and extract.\n\n**`extract(options) => Sharp`**\n- `options.left` (number): Zero-indexed horizontal offset\n- `options.top` (number): Zero-indexed vertical offset\n- `options.width` (number): Region width\n- `options.height` (number): Region height\n- Can be called before resize (pre-resize crop) or after resize (post-resize crop), or both.\n\n**`trim([options]) => Sharp`**\n- `options.background` (string \\| Object, default top-left pixel)\n- `options.threshold` (number, default `10`): Color match tolerance\n- `options.lineArt` (boolean, default `false`): Optimize for vector/line art\n- Response info includes `trimOffsetLeft` and `trimOffsetTop`.\n\n---\n\n### 5. COLOUR\n\n**`tint(tint) => Sharp`**\n- `tint` (string \\| Object): Color parsed by color module. Preserves alpha.\n\n**`greyscale([greyscale]) => Sharp`** (alias: `grayscale`)\n- `greyscale` (boolean, default `true`): 8-bit greyscale conversion (256 shades)\n- Use `gamma()` for non-linear source spaces like sRGB.\n\n**`pipelineColourspace([colourspace]) => Sharp`** (alias: `pipelineColorspace`)\n- `colourspace` (string): `'rgb16'`, `'scrgb'`, `'lab'`, `'grey16'`, etc.\n- Sets colorspace at pipeline start; all operations execute in this space. Since v0.29.0.\n\n**`toColourspace([colourspace]) => Sharp`** (alias: `toColorspace`)\n- `colourspace` (string): `'srgb'`, `'rgb'`, `'cmyk'`, `'lab'`, `'b-w'`, etc.\n- Output colorspace. Default: web-friendly sRGB.\n\n---\n\n### 6. CHANNEL\n\n**`removeAlpha() => Sharp`**\n- Removes alpha channel. No-op if none exists.\n\n**`ensureAlpha([alpha]) => Sharp`** (since v0.21.2)\n- `alpha` (number, default `1`): Transparency level (0=transparent, 1=opaque)\n\n**`extractChannel(channel) => Sharp`**\n- `channel` (number \\| string): Zero-indexed band number, or `'red'`, `'green'`, `'blue'`, `'alpha'`\n- Output: b-w (8-bit) or grey16 (16-bit)\n\n**`joinChannel(images, options) => Sharp`**\n- `images` (string \\| Buffer \\| Array): Image source(s)\n- `options` (Object): Same as sharp() constructor options\n- Channel order: sRGB = R(0), G(1), B(2), A(3); CMYK = M(0), C(1), Y(2), K(3), A(4)\n\n**`bandbool(boolOp) => Sharp`**\n- `boolOp` (string): `'and'`, `'or'`, `'eor'`\n- Produces single-channel image from bitwise operation across all bands.\n\n---\n\n### 7. COMPOSITE\n\n**`composite(images) => Sharp`** (since v0.22.0)\n\n`images` is an Array of objects, each with:\n\n| Property | Type | Default | Description |\n|---|---|---|---|\n| `input` | Buffer \\| string | -- | Image buffer, file path, or use `create`/`text` sub-object |\n| `blend` | string | `'over'` | Blend mode (see below) |\n| `gravity` | string | `'centre'` | Overlay placement |\n| `top` | number | -- | Pixel offset from top (overrides gravity) |\n| `left` | number | -- | Pixel offset from left (overrides gravity) |\n| `tile` | boolean | `false` | Repeat overlay across entire image |\n| `premultiplied` | boolean | `false` | Avoid premultiplication |\n| `density` | number | `72` | DPI for vector overlays |\n| `autoOrient` | boolean | `false` | Apply EXIF orientation |\n| `animated` | boolean | `false` | Read all frames |\n| `raw` | Object | -- | `{width, height, channels}` for raw pixel data |\n| `failOn` | string | `'warning'` | Error sensitivity |\n| `limitInputPixels` | number \\| boolean | `268402689` | Max pixels |\n\nThe `input` property also supports `create` (with `width`, `height`, `channels`, `background`) and `text` (same properties as constructor `options.text`).\n\n**Blend modes (24):** `clear`, `source`, `over`, `in`, `out`, `atop`, `dest`, `dest-over`, `dest-in`, `dest-out`, `dest-atop`, `xor`, `add`, `saturate`, `multiply`, `screen`, `overlay`, `darken`, `lighten`, `colour-dodge`/`color-dodge`, `colour-burn`/`color-burn`, `hard-light`, `soft-light`, `difference`, `exclusion`\n\n**Constraints:** All pipeline operations apply to input before compositing. Overlay images cannot exceed base image dimensions.\n\n---\n\n### 8. OUTPUT\n\n**`toFile(fileOut, [callback]) => Promise`**\n- Format inferred from extension (.jpg, .png, .webp, .avif, .tiff, .gif, .dzi, .v)\n- Returns info: `{format, size, width, height, channels, premultiplied, cropOffsetLeft, cropOffsetTop, attentionX, attentionY, pageHeight, pages, textAutofitDpi}`\n\n**`toBuffer([options], [callback]) => Promise`**\n- `options.resolveWithObject` (boolean, default `false`): Resolve with `{data, info}` instead of raw buffer\n\n**`toFormat(format, options) => Sharp`**\n- `format` (string \\| Object): Format ID or `{id: string}`\n\n**`jpeg([options]) => Sharp`**\n\n| Option | Type | Default |\n|---|---|---|\n| `quality` | number | `80` (1-100) |\n| `progressive` | boolean | `false` |\n| `chromaSubsampling` | string | `'4:2:0'` |\n| `optimiseCoding`/`optimizeCoding` | boolean | `true` |\n| `mozjpeg` | boolean | `false` |\n| `trellisQuantisation` | boolean | `false` |\n| `overshootDeringing` | boolean | `false` |\n| `optimiseScans`/`optimizeScans` | boolean | `false` |\n| `quantisationTable`/`quantizationTable` | number | `0` (0-8) |\n| `force` | boolean | `true` |\n\n**`png([options]) => Sharp`**\n\n| Option | Type | Default |\n|---|---|---|\n| `progressive` | boolean | `false` |\n| `compressionLevel` | number | `6` (0-9) |\n| `adaptiveFiltering` | boolean | `false` |\n| `palette` | boolean | `false` |\n| `quality` | number | `100` (enables palette) |\n| `effort` | number | `7` (1-10, enables palette) |\n| `colours`/`colors` | number | `256` (enables palette) |\n| `dither` | number | `1.0` (Floyd-Steinberg, enables palette) |\n| `force` | boolean | `true` |\n\n**`webp([options]) => Sharp`**\n\n| Option | Type | Default |\n|---|---|---|\n| `quality` | number | `80` (1-100) |\n| `alphaQuality` | number | `100` (0-100) |\n| `lossless` | boolean | `false` |\n| `nearLossless` | boolean | `false` |\n| `smartSubsample` | boolean | `false` |\n| `smartDeblock` | boolean | `false` |\n| `preset` | string | `'default'` (`default`, `photo`, `picture`, `drawing`, `icon`, `text`) |\n| `effort` | number | `4` (0-6) |\n| `loop` | number | `0` (0=infinite) |\n| `delay` | number \\| Array | -- |\n| `minSize` | boolean | `false` |\n| `mixed` | boolean | `false` |\n| `force` | boolean | `true` |\n\n**`avif([options]) => Sharp`** (since v0.27.0)\n\n| Option | Type | Default |\n|---|---|---|\n| `quality` | number | `50` (1-100) |\n| `lossless` | boolean | `false` |\n| `effort` | number | `4` (0-9) |\n| `chromaSubsampling` | string | `'4:4:4'` |\n| `bitdepth` | number | `8` (8, 10, or 12) |\n\n**`gif([options]) => Sharp`** (since v0.30.0)\n\n| Option | Type | Default |\n|---|---|---|\n| `reuse` | boolean | `true` |\n| `progressive` | boolean | `false` |\n| `colours`/`colors` | number | `256` (2-256) |\n| `effort` | number | `7` (1-10) |\n| `dither` | number | `1.0` (0-1) |\n| `interFrameMaxError` | number | `0` (0-32) |\n| `interPaletteMaxError` | number | `3` (0-256) |\n| `keepDuplicateFrames` | boolean | `false` |\n| `loop` | number | `0` |\n| `delay` | number \\| Array | -- |\n| `force` | boolean | `true` |\n\n**`heif(options) => Sharp`** (since v0.23.0, requires libvips with libheif/libde265/x265)\n\n| Option | Type | Default |\n|---|---|---|\n| `compression` | string | required (`'av1'` or `'hevc'`) |\n| `quality` | number | `50` (1-100) |\n| `lossless` | boolean | `false` |\n| `effort` | number | `4` (0-9) |\n| `chromaSubsampling` | string | `'4:4:4'` |\n| `bitdepth` | number | `8` (8, 10, or 12) |\n\n**`jp2([options]) => Sharp`** (since v0.29.1, requires custom libvips with OpenJPEG)\n\n| Option | Type | Default |\n|---|---|---|\n| `quality` | number | `80` (1-100) |\n| `lossless` | boolean | `false` |\n| `tileWidth` | number | `512` |\n| `tileHeight` | number | `512` |\n| `chromaSubsampling` | string | `'4:4:4'` |\n\n**`tiff([options]) => Sharp`**\n\n| Option | Type | Default |\n|---|---|---|\n| `quality` | number | `80` (1-100) |\n| `compression` | string | `'jpeg'` (`none`, `jpeg`, `deflate`, `packbits`, `ccittfax4`, `lzw`, `webp`, `zstd`, `jp2k`) |\n| `bigtiff` | boolean | `false` |\n| `predictor` | string | `'horizontal'` (`none`, `horizontal`, `float`) |\n| `pyramid` | boolean | `false` |\n| `tile` | boolean | `false` |\n| `tileWidth` | number | `256` |\n| `tileHeight` | number | `256` |\n| `xres` | number | `1.0` (pixels/mm) |\n| `yres` | number | `1.0` (pixels/mm) |\n| `resolutionUnit` | string | `'inch'` |\n| `bitdepth` | number | `8` (1, 2, or 4) |\n| `miniswhite` | boolean | `false` |\n| `force` | boolean | `true` |\n\n**`jxl([options]) => Sharp`** (since v0.31.3, EXPERIMENTAL, requires custom libvips with libjxl)\n\n| Option | Type | Default |\n|---|---|---|\n| `distance` | number | `1.0` (0-15) |\n| `quality` | number | -- (1-100, overrides distance) |\n| `decodingTier` | number | `0` (0-4) |\n| `lossless` | boolean | `false` |\n| `effort` | number | `7` (1-9) |\n| `loop` | number | `0` |\n| `delay` | number \\| Array | -- |\n\n**`raw([options]) => Sharp`**\n- `options.depth` (string, default `'uchar'`): `char`, `uchar`, `short`, `ushort`, `int`, `uint`, `float`, `complex`, `double`, `dpcomplex`\n\n**`tile([options]) => Sharp`**\n\n| Option | Type | Default |\n|---|---|---|\n| `size` | number | `256` (1-8192) |\n| `overlap` | number | `0` (0-8192) |\n| `angle` | number | `0` (multiple of 90) |\n| `background` | string \\| Object | `{r:255,g:255,b:255,alpha:1}` |\n| `depth` | string | -- (`onepixel`, `onetile`, `one`) |\n| `skipBlanks` | number | `-1` (or `5` for google layout) |\n| `container` | string | `'fs'` (`fs`, `zip`) |\n| `layout` | string | `'dz'` (`dz`, `iiif`, `iiif3`, `zoomify`, `google`) |\n| `centre`/`center` | boolean | `false` |\n| `id` | string | `'https://example.com/iiif'` |\n| `basename` | string | -- |\n\n**`timeout(options) => Sharp`** (since v0.29.2)\n- `options.seconds` (number): 0 = indefinite (default)\n\n---\n\n### 9. METADATA PRESERVATION (Output)\n\n**`keepExif() => Sharp`** (since v0.33.0) -- Preserve all EXIF. Not supported for TIFF output.\n\n**`withExif(exif) => Sharp`** (since v0.33.0) -- Set EXIF, ignoring input.\n- `exif`: `Object>` keyed by IFD (IFD0, IFD1, IFD3, etc.)\n\n**`withExifMerge(exif) => Sharp`** (since v0.33.0) -- Merge with existing EXIF.\n\n**`keepIccProfile() => Sharp`** (since v0.33.0) -- Preserve ICC profile.\n\n**`withIccProfile(icc, [options]) => Sharp`** (since v0.33.0)\n- `icc` (string): Path or built-in (`'srgb'`, `'p3'`, `'cmyk'`)\n- `options.attach` (boolean, default `true`): Include in output metadata\n\n**`keepXmp() => Sharp`** (since v0.34.3) -- Preserve XMP metadata.\n\n**`withXmp(xmp) => Sharp`** (since v0.34.3) -- Set XMP (PNG, JPEG, WebP, TIFF).\n- `xmp` (string): XMP XML string\n\n**`keepMetadata() => Sharp`** (since v0.33.0) -- Preserve all metadata (EXIF, ICC, XMP, IPTC). Default behavior strips everything and converts to sRGB.\n\n**`withMetadata([options]) => Sharp`** -- Preserve most metadata, add sRGB ICC profile.\n- `options.orientation` (number): EXIF Orientation (1-8)\n- `options.density` (number): DPI\n\n---\n\n### 10. UTILITY (Static/Module)\n\n**`sharp.format`** -- Object with booleans for available input/output formats.\n\n**`sharp.interpolators`** -- Read-only enum:\n- `nearest`, `bilinear`, `bicubic` (default), `locallyBoundedBicubic` (`'lbb'`), `nohalo`, `vertexSplitQuadraticBasisSpline` (`'vsqbs'`)\n\n**`sharp.versions`** -- Version numbers of sharp, libvips, and dependencies.\n\n**`sharp.queue`** -- EventEmitter; emits `'change'` on task queue/complete.\n\n**`sharp.cache([options]) => Object`**\n- `options` (Object \\| boolean): `{memory: 50, files: 20, items: 100}` (defaults). Returns cache stats.\n\n**`sharp.concurrency([concurrency]) => number`**\n- Default: CPU core count. Pass `0` to reset.\n\n**`sharp.counters() => Object`**\n- Returns `{queue: number, process: number}`.\n\n**`sharp.simd([simd]) => boolean`**\n- Enable/disable SIMD (default `true`).\n\n**`sharp.block(options)`** (since v0.32.4)\n- `options.operation` (Array): Operation names to block.\n\n**`sharp.unblock(options)`** (since v0.32.4)\n- `options.operation` (Array): Operation names to unblock.\n\n---\n\nThis covers the complete sharp API surface: constructor with all input variants (buffer, file, stream, raw, create, text, join, format-specific options), the clone method, metadata/stats, resize with all fit/position/kernel options, 22+ image operations (rotate, flip, flop, affine, sharpen, median, blur, dilate, erode, flatten, unflatten, gamma, negate, normalise, clahe, convolve, threshold, boolean, linear, recomb, modulate, extend, extract, trim), colour operations (tint, greyscale, pipelineColourspace, toColourspace), channel operations (removeAlpha, ensureAlpha, extractChannel, joinChannel, bandbool), compositing with 24 blend modes, all 12 output format methods with every option, metadata preservation methods (keepExif, withExif, withExifMerge, keepIccProfile, withIccProfile, keepXmp, withXmp, keepMetadata, withMetadata), tile output, timeout, and all static utility methods/properties.\nagentId: ac5d0fc (for resuming to continue this agent's work if needed)\ntotal_tokens: 35625\ntool_uses: 10\nduration_ms: 179911","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://github.com/lovell/sharp","prompt":"Extract ALL information about the sharp library: description, features, installation instructions, basic usage examples, supported formats, performance notes, requirements, and any API overview. Be comprehensive."},"toolUseId":"toolu_01DsN6npZb8dVXTeZeKeWX1B","output":"# Sharp Library: Comprehensive Overview\n\n## Description\nSharp is a high-performance Node.js image processing module designed to convert large images into smaller, web-friendly formats. It leverages libvips as its underlying image processing engine, delivering exceptional speed compared to ImageMagick and GraphicsMagick alternatives.\n\n## Core Features\n- **Image Resizing**: Typically 4x-5x faster than ImageMagick/GraphicsMagick\n- **Format Support**: JPEG, PNG, WebP, GIF, and AVIF output formats; TIFF input support\n- **Advanced Operations**: Rotation, extraction, compositing, and gamma correction\n- **Color Management**: Proper handling of color spaces, ICC profiles, and alpha transparency\n- **Quality**: Lanczos resampling maintains visual quality while prioritizing speed\n- **Streaming**: Full support for Node.js streams\n\n## Runtime Compatibility\nWorks with JavaScript runtimes supporting Node-API v9:\n- Node.js (^18.17.0 or >= 20.3.0)\n- Deno\n- Bun\n\n## Installation\n```\nnpm install sharp\n```\n\n## Usage Examples\n\n**Callback Pattern**:\n```javascript\nconst sharp = require('sharp');\nsharp(inputBuffer)\n .resize(320, 240)\n .toFile('output.webp', (err, info) => { ... });\n```\n\n**Promise-Based**:\n```javascript\nsharp('input.jpg')\n .rotate()\n .resize(200)\n .jpeg({ mozjpeg: true })\n .toBuffer()\n .then(data => { ... });\n```\n\n**Async/Await with Image Creation**:\n```javascript\nconst png = await sharp({\n create: {\n width: 48,\n height: 48,\n channels: 4,\n background: { r: 255, g: 0, b: 0, alpha: 0.5 }\n }\n})\n .png()\n .toBuffer();\n```\n\n**Stream Processing**:\nSupports piping readable streams through transformations to writable streams.\n\n## System Requirements\nMost modern macOS, Windows, and Linux installations require no additional dependencies.\n\n## Project Metadata\n- **License**: Apache 2.0\n- **Repository**: 31.9k stars, 1.4k forks\n- **Active Maintenance**: 107 releases, 223 contributors\n- **Adoption**: Used by 2.2 million projects\n\n## Documentation & Resources\nComplete details available at sharp.pixelplumbing.com, including installation guides, API documentation, performance benchmarks, and changelog.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-constructor","prompt":"Extract ALL constructor API details: method signatures, every parameter name with type, default value, and description. Include all options object properties, return types, examples, and any notes or constraints. Be exhaustive - I need every single parameter and option documented."},"toolUseId":"toolu_01MTP3hBvkiW5cqB3Ss8YDnA","output":"# Sharp Constructor API - Complete Reference\n\n## Sharp Constructor\n\n**Signature:** `new Sharp([input], [options])`\n\n**Returns:** Sharp instance (implements `stream.Duplex`)\n\n**Emits:** `info` and `warning` events\n\n**Throws:** Error for invalid parameters\n\n---\n\n## Input Parameter\n\n**Type:** `Buffer | ArrayBuffer | Uint8Array | Uint8ClampedArray | Int8Array | Uint16Array | Int16Array | Uint32Array | Int32Array | Float32Array | Float64Array | string | Array`\n\n**Optional.** Can be:\n- Buffer/typed arrays with JPEG, PNG, WebP, AVIF, GIF, SVG, or TIFF data\n- TypedArray with raw pixel data\n- Filesystem path string to image file\n- Array of inputs (joined together)\n- Streamed input when omitted\n\n---\n\n## Options Parameter\n\n**Type:** Object (all properties optional)\n\n### Core Processing Options\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `failOn` | string | `'warning'` | Abort sensitivity: 'none', 'truncated', 'error', 'warning' (ordered by severity) |\n| `limitInputPixels` | number \\| boolean | 268402689 | Max pixels (width × height); false removes limit, true uses default |\n| `unlimited` | boolean | false | Remove memory-exhaustion safety features for JPEG, PNG, SVG, HEIF |\n| `autoOrient` | boolean | false | Rotate/flip per EXIF Orientation metadata |\n| `sequentialRead` | boolean | true | Use sequential vs. random access for reading |\n\n### Image Metadata Options\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `density` | number | 72 | DPI for vector images (range: 1–100000) |\n| `ignoreIcc` | boolean | false | Ignore embedded ICC profile |\n| `pages` | number | 1 | Pages to extract from multi-page images; -1 for all |\n| `page` | number | 0 | Starting page index (zero-based) |\n| `animated` | boolean | false | Read all frames; equivalent to `pages: -1` |\n\n---\n\n## Raw Pixel Input (options.raw)\n\n**Type:** Object (describes raw pixel data)\n\n| Property | Type | Required | Description |\n|----------|------|----------|-------------|\n| `width` | number | Yes | Integral pixel width |\n| `height` | number | Yes | Integral pixel height |\n| `channels` | number | Yes | 1–4 channels |\n| `premultiplied` | boolean | No (default false) | Skip premultiplication if already applied |\n| `pageHeight` | number | No | Frame height for animated images |\n\n---\n\n## Create New Image (options.create)\n\n**Type:** Object (describes generated image)\n\n| Property | Type | Required | Description |\n|----------|------|----------|-------------|\n| `width` | number | Yes | Integral pixel width |\n| `height` | number | Yes | Integral pixel height |\n| `channels` | number | Yes | 3 (RGB) or 4 (RGBA) |\n| `background` | string \\| Object | No | Color (parsed by color module) |\n| `pageHeight` | number | No | Frame height for animated images |\n| `noise` | Object | No | Noise generation config |\n\n### Noise Generation (options.create.noise)\n\n| Property | Type | Default | Description |\n|----------|------|---------|-------------|\n| `type` | string | — | Currently only `'gaussian'` supported |\n| `mean` | number | 128 | Mean pixel value |\n| `sigma` | number | 30 | Standard deviation |\n\n---\n\n## Text Rendering (options.text)\n\n**Type:** Object (describes text image creation)\n\n| Property | Type | Default | Description |\n|----------|------|---------|-------------|\n| `text` | string | — | UTF-8 string; supports Pango markup (e.g., `text`) |\n| `font` | string | — | Font name for rendering |\n| `fontfile` | string | — | Absolute path to custom font file |\n| `width` | number | 0 | Word-wrap at pixel boundary; 0 = no wrap |\n| `height` | number | 0 | Max pixel height (auto-fits text when set with width) |\n| `align` | string | `'left'` | 'left', 'centre', 'center', or 'right' |\n| `justify` | boolean | false | Apply text justification |\n| `dpi` | number | 72 | Render resolution (ignored if height specified) |\n| `rgba` | boolean | false | Enable RGBA for color emoji and Pango markup |\n| `spacing` | number | 0 | Line height in points |\n| `wrap` | string | `'word'` | 'word', 'char', 'word-char', or 'none' |\n\n---\n\n## Image Joining (options.join)\n\n**Type:** Object (describes array input composition)\n\n| Property | Type | Default | Description |\n|----------|------|---------|-------------|\n| `across` | number | 1 | Horizontal image count per row |\n| `animated` | boolean | false | Join as animated image |\n| `shim` | number | 0 | Pixels between images |\n| `background` | string \\| Object | — | Color for gaps (parsed by color module) |\n| `halign` | string | `'left'` | Horizontal: 'left', 'centre', 'center', 'right' |\n| `valign` | string | `'top'` | Vertical: 'top', 'centre', 'center', 'bottom' |\n\n---\n\n## Format-Specific Options\n\n### TIFF (options.tiff)\n- `subifd` (number, default -1): OME-TIFF sub-image directory index\n\n### SVG (options.svg)\n- `stylesheet` (string): Custom CSS applied during cascade\n- `highBitdepth` (boolean, default false): 32-bit/channel vs. 8-bit/channel\n\n### PDF (options.pdf)\n- `background` (string | Object): Transparent area fill color\n\n### OpenSlide (options.openSlide)\n- `level` (number, default 0): Multi-level extraction index\n\n### JPEG 2000 (options.jp2)\n- `oneshot` (boolean, default false): Single-operation tiled decoding\n\n---\n\n## clone()\n\n**Signature:** `clone() ⇒ Sharp`\n\nReturns new instance sharing parent's input. Enables multiple independent output pipelines from a single input stream.\n\n**Usage:** Attach different transformations (resize, extract, etc.) to cloned instances for parallel processing.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-input","prompt":"Extract ALL input API details: every method signature, every parameter name with type, default value, and description. Include all options object properties, return types, examples, and any notes or constraints. Be exhaustive - I need every single method, parameter and option documented."},"toolUseId":"toolu_01DrqbKC8ib5LUQf5ETHii8y","output":"# Sharp Input Metadata API\n\nBased on the documentation provided, here are the input API details:\n\n## metadata() Method\n\n**Signature:** `metadata([callback]) ⇒ Promise. | Sharp`\n\n**Purpose:** Fast access to uncached image metadata without decompressing pixel data.\n\n**Parameters:**\n- `callback` (optional, function): Called with arguments `(err, metadata)`\n\n**Return Value:** Promise resolving to metadata object (or Sharp instance if callback provided)\n\n**Metadata Object Properties:**\n- `format` (string): Decoder name (jpeg, png, webp, gif, svg)\n- `size` (number): Total image bytes (Stream/Buffer input only)\n- `width`, `height` (number): Pixel dimensions\n- `space` (string): Color space (srgb, rgb, cmyk, lab, b-w, etc.)\n- `channels` (number): Band count (e.g., 3 for sRGB, 4 for CMYK)\n- `depth` (string): Pixel format (uchar, char, ushort, float, etc.)\n- `density` (number): DPI if present\n- `chromaSubsampling` (string): JPEG subsampling (4:2:0 or 4:4:4)\n- `isProgressive`, `isPalette` (boolean): Image encoding properties\n- `bitsPerSample` (number): Bits per channel\n- `pages`, `pageHeight`, `loop`, `delay` (number/array): Animation data\n- `hasAlpha`, `hasProfile`, `isOpaque` (boolean): Image properties\n- `orientation` (number): EXIF orientation value\n- `exif`, `icc`, `iptc`, `xmp`, `xmpAsString` (buffer/string): Metadata buffers\n- `dominant` (object): Dominant sRGB color from histogram\n\n---\n\n## stats() Method\n\n**Signature:** `stats([callback]) ⇒ Promise.`\n\n**Purpose:** Access pixel-derived statistics for every channel.\n\n**Parameters:**\n- `callback` (optional, function): Called with arguments `(err, stats)`\n\n**Return Value:** Promise resolving to statistics object\n\n**Statistics Object Properties:**\n- `channels` (array): Per-channel stats including min, max, sum, squaresSum, mean, stdev, minX, minY, maxX, maxY\n- `isOpaque` (boolean): True if fully opaque or no alpha channel\n- `entropy` (number): Greyscale entropy estimation\n- `sharpness` (number): Laplacian-based sharpness estimation\n- `dominant` (object): Most dominant sRGB color\n\n**Important Note:** Statistics derive from original input; operations must be written to buffer first.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-output","prompt":"Extract ALL output API details: every method (toFile, toBuffer, toFormat, jpeg, png, webp, avif, tiff, gif, heif, jxl, raw, tile, timeout, keepExif, withExif, keepIccProfile, withIccProfile, keepMetadata, withMetadata) with their complete signatures, every parameter name with type, default value, and description. Include all options, return types, examples, and constraints. Be exhaustive."},"toolUseId":"toolu_01862oHWpgFywdRg63axkB3Y","output":"# Sharp Output API Documentation\n\n## Core Output Methods\n\n### toFile(fileOut, [callback])\n**Returns:** `Promise.`\n\nWrites output to a filesystem path. Format inferred from extension (.jpg, .png, .webp, .avif, .tiff, .gif, .dzi, .v supported).\n\n| Parameter | Type | Description |\n|-----------|------|-------------|\n| fileOut | string | Target file path |\n| [callback] | function | Optional callback(err, info) |\n\n**Info object contains:** format, size (bytes), width, height, channels, premultiplied, cropOffsetLeft, cropOffsetTop (if cropped), attentionX/Y (attention crop), pageHeight/pages (animated), textAutofitDpi (text output)\n\n---\n\n### toBuffer([options], [callback])\n**Returns:** `Promise.`\n\nOutputs to Buffer. Supports JPEG, PNG, WebP, AVIF, TIFF, GIF, raw pixel data.\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| [options] | Object | | |\n| [options.resolveWithObject] | boolean | false | Resolve with {data, info} instead of raw data |\n| [callback] | function | | Optional callback(err, data, info) |\n\n---\n\n## Format-Specific Methods\n\n### toFormat(format, options)\n**Returns:** `Sharp`\n\nForces output to specified format.\n\n| Parameter | Type | Description |\n|-----------|------|-------------|\n| format | string \\| Object | Format ID or object with 'id' property |\n| options | Object | Format-specific options |\n\n---\n\n### jpeg([options])\n**Returns:** `Sharp`\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| quality | number | 80 | 1-100 |\n| progressive | boolean | false | Interlaced scan |\n| chromaSubsampling | string | '4:2:0' | '4:4:4' prevents subsampling |\n| optimiseCoding / optimizeCoding | boolean | true | Huffman optimization |\n| mozjpeg | boolean | false | Enables trellis, overshoot, optimised scans, table 3 |\n| trellisQuantisation | boolean | false | |\n| overshootDeringing | boolean | false | |\n| optimiseScans / optimizeScans | boolean | false | Forces progressive |\n| quantisationTable / quantizationTable | number | 0 | 0-8 |\n| force | boolean | true | Force JPEG even if input differs |\n\n---\n\n### png([options])\n**Returns:** `Sharp`\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| progressive | boolean | false | Interlaced |\n| compressionLevel | number | 6 | zlib 0-9 |\n| adaptiveFiltering | boolean | false | Row filtering |\n| palette | boolean | false | Palette-based with alpha |\n| quality | number | 100 | Lowest colors for quality (enables palette) |\n| effort | number | 7 | 1-10 CPU effort (enables palette) |\n| colours / colors | number | 256 | Max palette entries (enables palette) |\n| dither | number | 1.0 | Floyd-Steinberg diffusion (enables palette) |\n| force | boolean | true | |\n\n---\n\n### webp([options])\n**Returns:** `Sharp`\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| quality | number | 80 | 1-100 |\n| alphaQuality | number | 100 | 0-100 alpha layer |\n| lossless | boolean | false | |\n| nearLossless | boolean | false | |\n| smartSubsample | boolean | false | High-quality chroma |\n| smartDeblock | boolean | false | Auto deblock (slow) |\n| preset | string | 'default' | default, photo, picture, drawing, icon, text |\n| effort | number | 4 | 0-6 CPU effort |\n| loop | number | 0 | Animation iterations (0=infinite) |\n| delay | number \\| Array. | | Frame delays (ms) |\n| minSize | boolean | false | Minimize via key frames (slow) |\n| mixed | boolean | false | Lossy/lossless mix (slow) |\n| force | boolean | true | |\n\n---\n\n### gif([options])\n**Returns:** `Sharp` *(Since v0.30.0)*\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| reuse | boolean | true | Reuse input palette |\n| progressive | boolean | false | Interlaced |\n| colours / colors | number | 256 | 2-256 entries |\n| effort | number | 7 | 1-10 |\n| dither | number | 1.0 | 0-1 Floyd-Steinberg |\n| interFrameMaxError | number | 0 | 0-32 transparency error |\n| interPaletteMaxError | number | 3 | 0-256 palette reuse error |\n| keepDuplicateFrames | boolean | false | Keep duplicate frames |\n| loop | number | 0 | Animation (0=infinite) |\n| delay | number \\| Array. | | Frame delays (ms) |\n| force | boolean | true | |\n\n---\n\n### avif([options])\n**Returns:** `Sharp` *(Since v0.27.0)*\n\nImage sequences unsupported. Prebuilt binaries: 8-bit only. Experimental on Windows ARM64 (requires ARM64v8.4+).\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| quality | number | 50 | 1-100 |\n| lossless | boolean | false | |\n| effort | number | 4 | 0-9 |\n| chromaSubsampling | string | '4:4:4' | '4:2:0' option |\n| bitdepth | number | 8 | 8, 10, or 12 bit |\n\n---\n\n### heif(options)\n**Returns:** `Sharp` *(Since v0.23.0)*\n\nRequires global libvips with libheif, libde265, x265 for HEIC (patent-encumbered).\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| compression | string | required | av1 or hevc |\n| quality | number | 50 | 1-100 |\n| lossless | boolean | false | |\n| effort | number | 4 | 0-9 |\n| chromaSubsampling | string | '4:4:4' | '4:2:0' option |\n| bitdepth | number | 8 | 8, 10, or 12 bit |\n\n---\n\n### jp2([options])\n**Returns:** `Sharp` *(Since v0.29.1)*\n\nRequires custom libvips with OpenJPEG; prebuilt binaries exclude this.\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| quality | number | 80 | 1-100 |\n| lossless | boolean | false | |\n| tileWidth | number | 512 | Horizontal tile |\n| tileHeight | number | 512 | Vertical tile |\n| chromaSubsampling | string | '4:4:4' | '4:2:0' option |\n\n---\n\n### tiff([options])\n**Returns:** `Sharp`\n\nDensity via [withMetadata](#withmetadata) instead of xres/yres.\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| quality | number | 80 | 1-100 |\n| force | boolean | true | |\n| compression | string | 'jpeg' | none, jpeg, deflate, packbits, ccittfax4, lzw, webp, zstd, jp2k |\n| bigtiff | boolean | false | BigTIFF variant |\n| predictor | string | 'horizontal' | none, horizontal, float |\n| pyramid | boolean | false | Image pyramid |\n| tile | boolean | false | Tiled TIFF |\n| tileWidth | number | 256 | |\n| tileHeight | number | 256 | |\n| xres | number | 1.0 | pixels/mm |\n| yres | number | 1.0 | pixels/mm |\n| resolutionUnit | string | 'inch' | inch, cm |\n| bitdepth | number | 8 | 1, 2, or 4 bit |\n| miniswhite | boolean | false | 1-bit as miniswhite |\n\n---\n\n### jxl([options])\n**Returns:** `Sharp` *(Since v0.31.3)*\n\n**Experimental—do not use in production.** Requires custom libvips with libjxl; prebuilt binaries exclude this.\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| distance | number | 1.0 | 0-15 max encoding error |\n| quality | number | | 1-100 (overrides distance) |\n| decodingTier | number | 0 | 0-4 decode speed |\n| lossless | boolean | false | |\n| effort | number | 7 | 1-9 |\n| loop | number | 0 | Animation (0=infinite) |\n| delay | number \\| Array. | | Frame delays (ms) |\n\n---\n\n### raw([options])\n**Returns:** `Sharp`\n\nUncompressed pixel data, left-to-right, top-to-bottom, no padding. RGB/RGBA for non-greyscale.\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| [options.depth] | string | 'uchar' | char, uchar, short, ushort, int, uint, float, complex, double, dpcomplex |\n\n---\n\n### tile([options])\n**Returns:** `Sharp`\n\nTile-based deep zoom (pyramid). Set format via toFormat, jpeg, png, or webp. Use .zip/.szi extension with toFile for archive.\n\n| Option | Type | Default | Notes |\n|--------|------|---------|-------|\n| size | number | 256 | 1-8192 pixels |\n| overlap | number | 0 | 0-8192 pixels |\n| angle | number | 0 | Multiple of 90 |\n| background | string \\| Object | \"{r:255, g:255, b:255, alpha:1}\" | Parsed by color module |\n| depth | string | | onepixel, onetile, or one |\n| skipBlanks | number | -1 / 5 | 0-255 (8-bit) or 0-65535 (16-bit); 5 for google layout, -1 default |\n| container | string | 'fs' | fs or zip |\n| layout | string | 'dz' | dz, iiif, iiif3, zoomify, google |\n| centre / center | boolean | false | Centre image |\n| id | string | 'https://example.com/iiif' | IIIF @id/id attribute |\n| basename | string | | Name in zip directory |\n\n---\n\n### timeout(options)\n**Returns:** `Sharp` *(Since v0.29.2)*\n\nSets processing timeout starting when libvips opens input. Thread wait time excluded.\n\n| Option | Type | Description |\n|--------|------|-------------|\n| options.seconds | number | 0 = indefinite (default) |\n\n---\n\n## Metadata Handling Methods\n\n### keepExif()\n**Returns:** `Sharp` *(Since v0.33.0)*\n\nPreserves all EXIF metadata. Unsupported for TIFF output.\n\n---\n\n### withExif(exif)\n**Returns:** `Sharp` *(Since v0.33.0)*\n\nSets EXIF metadata, ignoring input EXIF.\n\n| Parameter | Type | Description |\n|-----------|------|-------------|\n| exif | Object.> | Keys: IFD0, IFD1, IFD3, etc.; values are key/value string pairs |\n\n---\n\n### withExifMerge(exif)\n**Returns:** `Sharp` *(Since v0.33.0)*\n\nUpdates/merges EXIF metadata with input image's EXIF.\n\n| Parameter | Type | Description |\n|-----------|------|-------------|\n| exif | Object.> | Keys: IFD0, IFD1, etc. |\n\n---\n\n### keepIccProfile()\n**Returns:** `Sharp` *(Since v0.33.0)*\n\nPreserves ICC profile. Use with [toColourspace](/api-colour/#tocolourspace) and optionally [pipelineColourspace](/api-colour/#pipelinecolourspace) when input/output colour spaces differ.\n\n---\n\n### withIccProfile(icc, [options])\n**Returns:** `Sharp` *(Since v0.33.0)*\n\nTransforms using ICC profile and attaches to output.\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| icc | string | | Filesystem path or built-in (srgb, p3, cmyk) |\n| [options] | Object | | |\n| [options.attach] | number | true | Include profile in metadata |\n\n---\n\n### keepXmp()\n**Returns:** `Sharp` *(Since v0.34.3)*\n\nPreserves XMP metadata.\n\n---\n\n### withXmp(xmp)\n**Returns:** `Sharp` *(Since v0.34.3)*\n\nSets XMP metadata. Supported by PNG, JPEG, WebP, TIFF output.\n\n| Parameter | Type | Description |\n|-----------|------|-------------|\n| xmp | string | XMP XML string to embed |\n\n---\n\n### keepMetadata()\n**Returns:** `Sharp` *(Since v0.33.0)*\n\nPreserves all metadata (EXIF, ICC, XMP, IPTC). Default behavior strips all metadata and converts to sRGB.\n\n---\n\n### withMetadata([options])\n**Returns:** `Sharp`\n\nPreserves most metadata (EXIF, XMP, IPTC) and adds sRGB ICC profile when appropriate.\n\n| Option | Type | Description |\n|--------|------|-------------|\n| [options.orientation] | number | EXIF Orientation tag (1-8) |\n| [options.density] | number | Pixels per inch (DPI) |\n\n---\n\n## Summary Table\n\n| Method | Returns | Key Purpose |\n|--------|---------|-------------|\n| toFile | Promise. | Write to filesystem |\n| toBuffer | Promise. | Write to memory |\n| toFormat | Sharp | Force format |\n| jpeg, png, webp, gif, avif, heif, jp2, tiff, jxl | Sharp | Format options |\n| raw | Sharp | Uncompressed pixels |\n| tile | Sharp | Deep zoom pyramid |\n| timeout | Sharp | Processing timeout |\n| keepExif, withExif, withExifMerge | Sharp | EXIF control |\n| keepIccProfile, withIccProfile | Sharp | ICC color profile |\n| keepXmp, withXmp | Sharp | XMP metadata |\n| keepMetadata, withMetadata | Sharp | All/most metadata |","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-resize","prompt":"Extract ALL resize API details: every method signature, every parameter name with type, default value, and description. Include all options like width, height, fit, position, kernel, withoutEnlargement, withoutReduction, fastShrinkOnLoad. Include return types, examples, and constraints. Be exhaustive."},"toolUseId":"toolu_0189nieTWiR41FkNxLx9VwFg","output":"# Sharp Resize API: Complete Reference\n\n## resize() Method\n\n**Signature:** `resize([width], [height], [options]) ⇒ Sharp`\n\n**Purpose:** Adjusts image dimensions to specified width, height, or both.\n\n### Parameters\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| `[width]` | number | — | Target width in pixels; use `null`/`undefined` to auto-scale based on height |\n| `[height]` | number | — | Target height in pixels; use `null`/`undefined` to auto-scale based on width |\n| `[options]` | Object | — | Configuration object for advanced control |\n\n### Options Object\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `width` | number | — | Alternative width specification; takes priority if both methods used |\n| `height` | number | — | Alternative height specification; takes priority if both methods used |\n| `fit` | string | `'cover'` | Scaling strategy: `cover`, `contain`, `fill`, `inside`, `outside` |\n| `position` | string | `'centre'` | Placement for `cover`/`contain`: cardinal/intercardinal directions or gravity terms |\n| `background` | string/Object | `{r:0,g:0,b:0,alpha:1}` | Fill color for `contain` fit; parsed by color module |\n| `kernel` | string | `'lanczos3'` | Reduction kernel: `nearest`, `linear`, `cubic`, `mitchell`, `lanczos2`, `lanczos3`, `mks2013`, `mks2021` |\n| `withoutEnlargement` | boolean | `false` | Prevents upscaling when dimensions already meet targets |\n| `withoutReduction` | boolean | `false` | Prevents downscaling when dimensions exceed targets |\n| `fastShrinkOnLoad` | boolean | `true` | Leverages JPEG/WebP shrink-on-load; may cause minor moiré or rounding |\n\n### Fit Modes\n\n- **cover:** Preserves aspect ratio; crops to fill both dimensions\n- **contain:** Preserves aspect ratio; letterboxes to fit within dimensions\n- **fill:** Ignores aspect ratio; stretches to exact dimensions\n- **inside:** Preserves aspect ratio; maximizes size without exceeding dimensions\n- **outside:** Preserves aspect ratio; minimizes size while meeting minimum dimensions\n\n### Position/Gravity Values\n\nPosition: `top`, `right top`, `right`, `right bottom`, `bottom`, `left bottom`, `left`, `left top`\n\nGravity: `north`, `northeast`, `east`, `southeast`, `south`, `southwest`, `west`, `northwest`, `center`/`centre`\n\nStrategy (cover only): `entropy` (Shannon entropy focus) or `attention` (luminance/saturation/skin tone focus)\n\n### Return Type\n`Sharp` (chainable)\n\n### Throws\n`Error` for invalid parameters\n\n### Key Constraints\n\n- Only one resize operation per pipeline; subsequent calls ignored\n- Operations order: resize occurs after extraction/trim, before extend\n- Upsampling kernels map: `nearest`, `linear`, `cubic` direct; others map to `cubic`\n\n---\n\n## extend() Method\n\n**Signature:** `extend(extend) ⇒ Sharp`\n\n**Purpose:** Adds padding/extrusion to image edges with background color or derived pixels.\n\n### Parameters\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| `extend` | number/Object | — | Uniform edge count or per-edge configuration |\n\n### Options (as Object)\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `top` | number | 0 | Pixels to add above image |\n| `left` | number | 0 | Pixels to add to left |\n| `bottom` | number | 0 | Pixels to add below |\n| `right` | number | 0 | Pixels to add to right |\n| `extendWith` | string | `'background'` | Population method: `background`, `copy`, `repeat`, `mirror` |\n| `background` | string/Object | `{r:0,g:0,b:0,alpha:1}` | Fill color; parsed by color module |\n\n### Return Type\n`Sharp` (chainable)\n\n### Execution Order\nAlways applies after resize and extract operations\n\n---\n\n## extract() Method\n\n**Signature:** `extract(options) ⇒ Sharp`\n\n**Purpose:** Crops a rectangular region from the image.\n\n### Parameters\n\n| Parameter | Type | Description |\n|-----------|------|-------------|\n| `options` | Object | Region definition |\n| `options.left` | number | Zero-indexed horizontal offset |\n| `options.top` | number | Zero-indexed vertical offset |\n| `options.width` | number | Region width |\n| `options.height` | number | Region height |\n\n### Return Type\n`Sharp` (chainable)\n\n### Usage Patterns\n\n- **Pre-resize:** Call before `resize()` for initial cropping\n- **Post-resize:** Call after `resize()` for final cropping\n- **Sandwich:** Call twice around `resize()` for extract-resize-extract workflow\n\n---\n\n## trim() Method\n\n**Signature:** `trim([options]) ⇒ Sharp`\n\n**Purpose:** Removes edge pixels matching background color similarity threshold.\n\n### Parameters\n\n| Parameter | Type | Default | Description |\n|-----------|------|---------|-------------|\n| `[options]` | Object | — | Configuration object |\n| `options.background` | string/Object | `'top-left pixel'` | Reference color; parsed by color module |\n| `options.threshold` | number | 10 | Tolerance for color matching (positive number) |\n| `options.lineArt` | boolean | `false` | Optimizes for vector/line art rather than photography |\n\n### Return Type\n`Sharp` (chainable)\n\n### Behavior\n\n- Alpha channel images use combined bounding box of both channels\n- No trimming occurs if result would eliminate entire image\n- Response `info` includes `trimOffsetLeft` and `trimOffsetTop` properties","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-operation","prompt":"Extract ALL operation API details: every method (rotate, flip, flop, affine, sharpen, median, blur, flatten, unflatten, gamma, negate, normalise, normalize, clahe, convolve, threshold, boolean, linear, recomb, modulate, extend, extract, trim) with complete signatures, every parameter with type, default, description. Include return types, examples, constraints. Be exhaustive."},"toolUseId":"toolu_01Dt5mqoHT7iWgKz4GeCcRAN","output":"# Sharp Image Operations API Reference\n\n## Complete Method Signatures\n\n### rotate\n**Signature:** `rotate([angle], [options]) ⇒ Sharp`\n\n- **angle** (number, default: `auto`): Rotation angle in degrees\n- **options.background** (string|Object, default: `\"#000000\"`): Background color parsed by color module\n- **Returns:** Sharp instance\n- **Constraint:** Only one rotation per pipeline; previous calls ignored\n- **Note:** Converts angles to valid positive rotation (e.g., -450° → 270°)\n\n### autoOrient\n**Signature:** `autoOrient() ⇒ Sharp`\n\n- **Returns:** Sharp instance\n- **Behavior:** \"Auto-orient based on the EXIF `Orientation` tag, then remove the tag\"\n- **Note:** Mirroring inferred from EXIF data\n\n### flip\n**Signature:** `flip([flip]) ⇒ Sharp`\n\n- **flip** (boolean, default: `true`): Enable vertical mirroring\n- **Returns:** Sharp instance\n- **Behavior:** \"Mirror the image vertically (up-down) about the x-axis\"\n- **Constraint:** Does not work correctly with multi-page images\n\n### flop\n**Signature:** `flop([flop]) ⇒ Sharp`\n\n- **flop** (boolean, default: `true`): Enable horizontal mirroring\n- **Returns:** Sharp instance\n- **Behavior:** \"Mirror the image horizontally (left-right) about the y-axis\"\n\n### affine\n**Signature:** `affine(matrix, [options]) ⇒ Sharp`\n\n- **matrix** (Array of numbers|2D array): Transformation matrix (length 4 or 2x2)\n- **options.background** (string|Object, default: `\"#000000\"`): Fill color\n- **options.idx** (number, default: `0`): Input horizontal offset\n- **options.idy** (number, default: `0`): Input vertical offset\n- **options.odx** (number, default: `0`): Output horizontal offset\n- **options.ody** (number, default: `0`): Output vertical offset\n- **options.interpolator** (string, default: `sharp.interpolators.bicubic`): Interpolation method\n- **Returns:** Sharp instance\n- **Constraint:** Occurs after resizing, extraction, rotation\n\n### sharpen\n**Signature:** `sharpen([options], [flat], [jagged]) ⇒ Sharp`\n\n- **options** (object|number): Configuration object\n - **sigma** (number, 0.000001–10): Gaussian mask sigma where `sigma = 1 + radius / 2`\n - **m1** (number, default: `1.0`, 0–1000000): Flat area sharpening level\n - **m2** (number, default: `2.0`, 0–1000000): Jagged area sharpening level\n - **x1** (number, default: `2.0`, 0–1000000): Flat/jagged threshold\n - **y2** (number, default: `10.0`, 0–1000000): Max brightening\n - **y3** (number, default: `20.0`, 0–1000000): Max darkening\n- **flat** (number, deprecated): Use `options.m1`\n- **jagged** (number, deprecated): Use `options.m2`\n- **Returns:** Sharp instance\n\n### median\n**Signature:** `median([size]) ⇒ Sharp`\n\n- **size** (number, default: `3`): Square mask dimension (size × size)\n- **Returns:** Sharp instance\n- **Behavior:** Applies median filtering with default 3×3 window\n\n### blur\n**Signature:** `blur([options]) ⇒ Sharp`\n\n- **options** (object|number|boolean):\n - **sigma** (number, 0.3–1000): Gaussian blur sigma\n - **precision** (string, default: `\"integer\"`): One of `integer`, `float`, `approximate`\n - **minAmplitude** (number, default: `0.2`, 0.001–1): Mask accuracy control\n- **Returns:** Sharp instance\n- **Behavior:** Without parameters performs 3×3 box blur; with sigma performs Gaussian blur\n\n### dilate\n**Signature:** `dilate([width]) ⇒ Sharp`\n\n- **width** (number, default: `1`): Dilation width in pixels\n- **Returns:** Sharp instance\n- **Behavior:** \"Expand foreground objects using the dilate morphological operator\"\n\n### erode\n**Signature:** `erode([width]) ⇒ Sharp`\n\n- **width** (number, default: `1`): Erosion width in pixels\n- **Returns:** Sharp instance\n- **Behavior:** \"Shrink foreground objects using the erode morphological operator\"\n\n### flatten\n**Signature:** `flatten([options]) ⇒ Sharp`\n\n- **options.background** (string|Object, default: `{r: 0, g: 0, b: 0}`): Background color\n- **Returns:** Sharp instance\n- **Behavior:** \"Merge alpha transparency channel, if any, with a background, then remove the alpha channel\"\n\n### unflatten\n**Signature:** `unflatten() ⇒ Sharp`\n\n- **Returns:** Sharp instance\n- **Behavior:** \"Ensure the image has an alpha channel with all white pixel values made fully transparent\"\n- **Status:** Experimental API\n\n### gamma\n**Signature:** `gamma([gamma], [gammaOut]) ⇒ Sharp`\n\n- **gamma** (number, default: `2.2`, 1.0–3.0): Gamma correction factor\n- **gammaOut** (number, 1.0–3.0): Output gamma (defaults to `gamma` if omitted)\n- **Returns:** Sharp instance\n- **Note:** JPEG/WebP inputs lose shrink-on-load optimization\n\n### negate\n**Signature:** `negate([options]) ⇒ Sharp`\n\n- **options.alpha** (boolean, default: `true`): Whether to negate alpha channel\n- **Returns:** Sharp instance\n- **Behavior:** Produces image negative\n\n### normalise\n**Signature:** `normalise([options]) ⇒ Sharp`\n\n- **options.lower** (number, default: `1`): Percentile threshold for underexposure\n- **options.upper** (number, default: `99`): Percentile threshold for overexposure\n- **Returns:** Sharp instance\n- **Behavior:** \"Enhance output image contrast by stretching its luminance to cover a full dynamic range\"\n\n### normalize\n**Signature:** `normalize([options]) ⇒ Sharp`\n\nAlternative American spelling of `normalise` with identical parameters and behavior.\n\n### clahe\n**Signature:** `clahe(options) ⇒ Sharp`\n\n- **options.width** (number, required): Search window integral width in pixels\n- **options.height** (number, required): Search window integral height in pixels\n- **options.maxSlope** (number, default: `3`, 0–100): Brightening level (0 disables limiting)\n- **Returns:** Sharp instance\n- **Behavior:** \"Perform contrast limiting adaptive histogram equalization [CLAHE]\"\n\n### convolve\n**Signature:** `convolve(kernel) ⇒ Sharp`\n\n- **kernel.width** (number, required): Kernel width in pixels\n- **kernel.height** (number, required): Kernel height in pixels\n- **kernel.kernel** (array, required): Array of width×height values\n- **kernel.scale** (number, default: `sum`): Kernel scale\n- **kernel.offset** (number, default: `0`): Kernel offset\n- **Returns:** Sharp instance\n\n### threshold\n**Signature:** `threshold([threshold], [options]) ⇒ Sharp`\n\n- **threshold** (number, default: `128`, 0–255): Threshold level\n- **options.greyscale** (boolean, default: `true`): Convert to single-channel grayscale\n- **options.grayscale** (boolean, default: `true`): Alternative spelling\n- **Returns:** Sharp instance\n- **Behavior:** Pixels ≥ threshold become 255; others become 0\n\n### boolean\n**Signature:** `boolean(operand, operator, [options]) ⇒ Sharp`\n\n- **operand** (Buffer|string): Image data or file path\n- **operator** (string): One of `and`, `or`, `eor` (bitwise operations)\n- **options.raw** (object): Raw pixel metadata\n - **raw.width** (number): Operand width\n - **raw.height** (number): Operand height\n - **raw.channels** (number): Channel count\n- **Returns:** Sharp instance\n\n### linear\n**Signature:** `linear([a], [b]) ⇒ Sharp`\n\n- **a** (number|array, default: `[]`): Multiplier per channel\n- **b** (number|array, default: `[]`): Offset per channel\n- **Returns:** Sharp instance\n- **Formula:** `a * input + b`\n- **Note:** Array lengths must match channel count\n\n### recomb\n**Signature:** `recomb(inputMatrix) ⇒ Sharp`\n\n- **inputMatrix** (3×3 or 4×4 array): Recombination matrix\n- **Returns:** Sharp instance\n- **Example usage:** Sepia filter via color matrix transformation\n\n### modulate\n**Signature:** `modulate([options]) ⇒ Sharp`\n\n- **options.brightness** (number): Multiplicative brightness factor\n- **options.saturation** (number): Saturation multiplier\n- **options.hue** (number): Hue rotation in degrees\n- **options.lightness** (number): Additive lightness value\n- **Returns:** Sharp instance\n- **Note:** \"Brightness and lightness both operate on luminance, with the difference being that brightness is multiplicative whereas lightness is additive\"\n\n---\n\n**Note:** The provided documentation does not include `extend`, `extract`, or `trim` operations. Only the 22 explicitly documented methods are detailed above.","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-colour","prompt":"Extract ALL colour/color API details: every method (tint, greyscale, grayscale, pipelineColourspace, pipelineColorspace, toColourspace, toColorspace) with complete signatures, every parameter with type, default, description. Include return types, examples, constraints, available colourspace values. Be exhaustive."},"toolUseId":"toolu_01XgLfXm9vKeuiQ7nFRXior7","output":"# Sharp Colour/Color API Reference\n\n## Complete Method Signatures\n\n### tint()\n**Signature:** `tint(tint) ⇒ Sharp`\n\n**Parameter:**\n- `tint` (string | Object): Color specification parsed by the color module\n\n**Behavior:** Applies tint to images while preserving alpha channels\n\n**Example:**\n```javascript\nconst output = await sharp(input)\n .tint({ r: 255, g: 240, b: 16 })\n .toBuffer();\n```\n\n**Throws:** Error on invalid parameters\n\n---\n\n### greyscale() / grayscale()\n**Signature:** `greyscale([greyscale]) ⇒ Sharp`\n\n**Parameter:**\n- `[greyscale]` (Boolean, default: true): Enable/disable conversion\n\n**Behavior:** Converts to \"8-bit greyscale; 256 shades of grey\" using linear operation. Output defaults to web-friendly sRGB with three identical color channels unless overridden. Alpha channels remain unchanged.\n\n**Note:** Documentation advises using `gamma()` with greyscale for non-linear source spaces like sRGB\n\n**Example:**\n```javascript\nconst output = await sharp(input).greyscale().toBuffer();\n```\n\n---\n\n### pipelineColourspace() / pipelineColorspace()\n**Signature:** `pipelineColourspace([colourspace]) ⇒ Sharp`\n\n**Parameter:**\n- `[colourspace]` (string): Pipeline colorspace identifier\n\n**Valid Values:** `rgb16`, `scrgb`, `lab`, `grey16` (see [libvips Interpretation enum](https://www.libvips.org/API/current/enum.Interpretation.html))\n\n**Behavior:** Sets conversion point at pipeline start; all operations execute in specified space before final output conversion\n\n**Since:** v0.29.0\n\n**Example:**\n```javascript\nawait sharp(input)\n .pipelineColourspace('rgb16')\n .toColourspace('srgb')\n .toFile('16bpc-pipeline-to-8bpc-output.png');\n```\n\n**Throws:** Error on invalid parameters\n\n---\n\n### toColourspace() / toColorspace()\n**Signature:** `toColourspace([colourspace]) ⇒ Sharp`\n\n**Parameter:**\n- `[colourspace]` (string): Output colorspace identifier\n\n**Valid Values:** `srgb`, `rgb`, `cmyk`, `lab`, `b-w` (see [libvips Interpretation enum](https://www.libvips.org/API/current/enum.Interpretation.html))\n\n**Default Behavior:** Web-friendly sRGB with additional channels as alpha\n\n**Example:**\n```javascript\nawait sharp(input)\n .toColourspace('rgb16')\n .toFile('16-bpp.png');\n```\n\n**Throws:** Error on invalid parameters","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-channel","prompt":"Extract ALL channel API details: every method (removeAlpha, ensureAlpha, extractChannel, joinChannel, bandbool) with complete signatures, every parameter with type, default, description. Include return types, examples, constraints. Be exhaustive."},"toolUseId":"toolu_012WAjbmb2vFSSDTNmXMcFjX","output":"# Sharp Channel Manipulation API Details\n\n## removeAlpha()\n**Signature:** `removeAlpha() ⇒ Sharp`\n\n**Description:** Eliminates alpha channels from images. Acts as a no-operation if no alpha channel exists.\n\n**Parameters:** None\n\n**Return Type:** Sharp\n\n**Example:**\n```javascript\nsharp('rgba.png').removeAlpha().toFile('rgb.png')\n```\n\n---\n\n## ensureAlpha()\n**Signature:** `ensureAlpha([alpha]) ⇒ Sharp`\n\n**Parameters:**\n- `alpha` (number, optional, default: 1) — \"alpha transparency level (0=fully-transparent, 1=fully-opaque)\"\n\n**Return Type:** Sharp\n\n**Throws:** Error for invalid alpha transparency levels\n\n**Since:** v0.21.2\n\n**Examples:**\n```javascript\nawait sharp('rgb.jpg').ensureAlpha().toFile('rgba.png')\nawait sharp(rgb).ensureAlpha(0).toBuffer()\n```\n\n---\n\n## extractChannel()\n**Signature:** `extractChannel(channel) ⇒ Sharp`\n\n**Parameters:**\n- `channel` (number | string) — \"zero-indexed channel/band number to extract, or `red`, `green`, `blue` or `alpha`\"\n\n**Return Type:** Sharp\n\n**Output Colorspace:** b-w (8-bit) or grey16 (16-bit)\n\n**Throws:** Error for invalid channel selection\n\n**Examples:**\n```javascript\nawait sharp(input).extractChannel('green').toFile('green.jpg')\nconst [red1, red2, ...] = await sharp(input).extractChannel(0).raw().toBuffer()\n```\n\n---\n\n## joinChannel()\n**Signature:** `joinChannel(images, options) ⇒ Sharp`\n\n**Parameters:**\n- `images` (string | Buffer | Array) — one or more image sources\n- `options` (Object) — image options matching sharp() constructor format\n\n**Return Type:** Sharp\n\n**Channel Ordering:**\n- sRGB: Red (0), Green (1), Blue (2), Alpha (3)\n- CMYK: Magenta (0), Cyan (1), Yellow (2), Black (3), Alpha (4)\n\n**Throws:** Error for invalid parameters\n\n---\n\n## bandbool()\n**Signature:** `bandbool(boolOp) ⇒ Sharp`\n\n**Parameters:**\n- `boolOp` (string) — \"one of `and`, `or` or `eor` to perform that bitwise operation\"\n\n**Return Type:** Sharp\n\n**Output:** Single-channel image from bitwise operations across all input bands\n\n**Throws:** Error for invalid parameters\n\n**Example:**\n```javascript\nsharp('3-channel-rgb-input.png').bandbool(sharp.bool.and).toFile('1-channel-output.png')\n```","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-composite","prompt":"Extract ALL composite API details: the composite method signature, every parameter and option (input, blend, gravity, top, left, tile, premultiplied, density, raw, animated, failOn, limitInputPixels, create), all blend mode values, return types, examples, constraints. Be exhaustive."},"toolUseId":"toolu_01L2R8u1245kZGV8csxnxgkA","output":"# Sharp Compositing API Reference\n\n## Method Signature\n```\ncomposite(images) ⇒ Sharp\n```\n\n## Core Description\n\"Composite image(s) over the processed (resized, extracted etc.) image.\" Images must be same size or smaller than the processed image.\n\n## Parameter Structure\n\n**images**: Array of composite objects\n\n### Input Options\n- **input**: Buffer, file path string, or Create object\n - **create**: Blank overlay specification\n - width (Number)\n - height (Number)\n - channels (Number, 3-4)\n - background (String/Object) - parsed by color module\n - **text**: Text image creation\n - text (string) - UTF-8 with Pango markup support\n - font (string) - font name\n - fontfile (string) - absolute filesystem path\n - width (number, default: 0) - word-wrap pixels\n - height (number, default: 0) - pixel height\n - align (string, default: 'left') - 'left'/'centre'/'center'/'right'\n - justify (boolean, default: false)\n - dpi (number, default: 72) - render resolution\n - rgba (boolean, default: false) - RGBA output\n - spacing (number, default: 0) - line height in points\n\n### Positioning Options\n- **gravity** (String, default: 'centre') - overlay placement point\n- **top** (Number) - pixel offset from top\n- **left** (Number) - pixel offset from left\n*(top/left take precedence over gravity)*\n\n### Blending Options\n- **blend** (String, default: 'over') - compositing mode\n- **premultiplied** (Boolean, default: false) - avoid premultiplication\n\n### Rendering Options\n- **tile** (Boolean, default: false) - repeat across entire image\n- **density** (Number, default: 72) - DPI for vector overlays\n- **autoOrient** (Boolean, default: false) - apply EXIF orientation\n- **animated** (boolean, default: false) - read all frames\n- **raw** (Object) - raw pixel data specification\n - width, height, channels\n- **failOn** (string, default: 'warning')\n- **limitInputPixels** (number/boolean, default: 268402689)\n\n## Blend Modes (24 total)\n`clear`, `source`, `over`, `in`, `out`, `atop`, `dest`, `dest-over`, `dest-in`, `dest-out`, `dest-atop`, `xor`, `add`, `saturate`, `multiply`, `screen`, `overlay`, `darken`, `lighten`, `colour-dodge`, `color-dodge`, `colour-burn`, `color-burn`, `hard-light`, `soft-light`, `difference`, `exclusion`\n\n## Constraints\n- \"Other operations in the same processing pipeline will always be applied to the input image before composition\"\n- Overlay images cannot exceed base image dimensions\n- Returns Sharp object for chaining\n\n## Available Since\nv0.22.0","isError":false},{"role":"tool","toolName":"WebFetch","toolInput":{"url":"https://sharp.pixelplumbing.com/api-utility","prompt":"Extract ALL utility API details: every method (metadata, stats, toBuffer, toFile) and static/module-level utilities (sharp.format, sharp.interpolators, sharp.versions, sharp.queue, sharp.cache, sharp.concurrency, sharp.counters, sharp.simd, sharp.block) with complete signatures, parameters, return types, output object shapes. Be exhaustive."},"toolUseId":"toolu_011oonVC49Ge9DwPPeW84Sfd","output":"# Sharp Utility API Reference\n\n## Static/Module-Level Properties\n\n### `sharp.versions`\nReturns an Object containing version numbers of sharp, libvips, and dependencies.\n\n### `sharp.interpolators`\nRead-only enum Object with interpolation methods:\n- `nearest` (string): \"nearest\" - Nearest neighbour, enlargement only\n- `bilinear` (string): \"bilinear\" - Bilinear interpolation\n- `bicubic` (string): \"bicubic\" - Bicubic (default)\n- `locallyBoundedBicubic` (string): \"lbb\" - Prevents acutance\n- `nohalo` (string): \"nohalo\" - Prevents acutance, 3x slower\n- `vertexSplitQuadraticBasisSpline` (string): \"vsqbs\" - Prevents staircasing\n\n### `sharp.format`\nReturns Object with nested booleans representing available input/output formats.\n\n### `sharp.queue`\nEventEmitter emitting `change` events when tasks are queued or complete.\n\n## Static Methods\n\n### `sharp.cache([options])` → Object\nGets/sets libvips operation cache limits. Returns cache statistics.\n\n**Parameters:**\n- `[options]` (Object|boolean, default: true)\n - `[memory]` (number, default: 50) - Max MB for cache\n - `[files]` (number, default: 20) - Max open files\n - `[items]` (number, default: 100) - Max cached operations\n\n### `sharp.concurrency([concurrency])` → number\nGets/sets max threads per image. Default: CPU core count.\n\n**Parameters:**\n- `[concurrency]` (number) - Pass 0 to reset to core count\n\n### `sharp.counters()` → Object\nReturns internal task counters: `{queue: number, process: number}`\n\n### `sharp.simd([simd])` → boolean\nGets/sets SIMD vector unit usage (requires highway support).\n\n**Parameters:**\n- `[simd]` (boolean, default: true)\n\n### `sharp.block(options)`\nBlocks libvips operations at runtime (v0.32.4+).\n\n**Parameters:**\n- `options.operation` (Array) - Operation names to block\n\n### `sharp.unblock(options)`\nUnblocks libvips operations at runtime (v0.32.4+).\n\n**Parameters:**\n- `options.operation` (Array) - Operation names to unblock","isError":false},{"role":"assistant","text":"Now I have all the information needed. Let me write the SKILL.md file."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/sharp/SKILL.md"},"toolUseId":"toolu_01Rh3BKiE4hxRRVgULfUbTuR","output":" 1→---\n 2→name: sharp\n 3→description: \n 4→---\n 5→","isError":false},{"role":"tool","toolName":"Write","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/sharp/SKILL.md","content":"---\nname: sharp\ndescription: Process images using the sharp Node.js library. Use when the user wants to resize, convert, crop, composite, transform, or optimize images programmatically.\n---\n\n# Sharp\n\nAPI reference for sharp — a high-performance Node.js image processing library built on libvips.\n\nTypically 4-5x faster than ImageMagick/GraphicsMagick. Supports JPEG, PNG, WebP, GIF, AVIF, TIFF, SVG, HEIF, JP2, and JXL.\n\nOfficial docs: https://sharp.pixelplumbing.com\nRepository: https://github.com/lovell/sharp\n\n## Installation\n\n```bash\nnpm install sharp\n```\n\nRequires Node.js ^18.17.0 or >= 20.3.0 (or Deno/Bun with Node-API v9).\n\n## Usage\n\nSharp uses a fluent, chainable API. Every call returns a Sharp instance.\n\n```js\nimport sharp from 'sharp';\n\nawait sharp('input.jpg')\n .resize(800, 600)\n .jpeg({ quality: 80 })\n .toFile('output.jpg');\n```\n\nSharp implements `stream.Duplex` — it can be piped to/from.\n\n---\n\n## Constructor\n\n```js\nsharp([input], [options])\n```\n\n- `input` (Buffer | string | Array): Image buffer, file path, array of inputs, or omit for stream input.\n\n### Options\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `failOn` | string | `'warning'` | `'none'`, `'truncated'`, `'error'`, `'warning'` |\n| `limitInputPixels` | number \\| boolean | `268402689` | Max pixels; `false` to disable |\n| `unlimited` | boolean | `false` | Remove memory safety for JPEG/PNG/SVG/HEIF |\n| `autoOrient` | boolean | `false` | Auto-rotate per EXIF Orientation |\n| `sequentialRead` | boolean | `true` | Sequential vs random access |\n| `density` | number | `72` | DPI for vector images (1-100000) |\n| `ignoreIcc` | boolean | `false` | Ignore embedded ICC profile |\n| `pages` | number | `1` | Pages to extract; `-1` for all |\n| `page` | number | `0` | Starting page (zero-based) |\n| `animated` | boolean | `false` | Read all frames (equiv. `pages: -1`) |\n\n### Raw Input\n\n```js\nsharp(buffer, { raw: { width: 100, height: 100, channels: 4 } })\n```\n\n| Property | Type | Description |\n|----------|------|-------------|\n| `width` | number | Pixel width |\n| `height` | number | Pixel height |\n| `channels` | number | 1-4 |\n| `premultiplied` | boolean | Skip premultiplication (default `false`) |\n\n### Create New Image\n\n```js\nsharp({ create: { width: 300, height: 200, channels: 4, background: '#ff0000' } })\n```\n\n| Property | Type | Description |\n|----------|------|-------------|\n| `width` | number | Pixel width |\n| `height` | number | Pixel height |\n| `channels` | number | 3 (RGB) or 4 (RGBA) |\n| `background` | string \\| Object | Color (parsed by color module) |\n| `noise` | Object | `{ type: 'gaussian', mean: 128, sigma: 30 }` |\n\n### Render Text\n\n```js\nsharp({ text: { text: 'Hello', font: 'Arial', dpi: 150 } })\n```\n\n| Property | Type | Default | Description |\n|----------|------|---------|-------------|\n| `text` | string | -- | UTF-8; supports Pango markup |\n| `font` | string | -- | Font name |\n| `fontfile` | string | -- | Absolute path to font file |\n| `width` | number | `0` | Word-wrap boundary; 0 = no wrap |\n| `height` | number | `0` | Max height |\n| `align` | string | `'left'` | `'left'`, `'centre'`, `'center'`, `'right'` |\n| `justify` | boolean | `false` | Text justification |\n| `dpi` | number | `72` | Render resolution |\n| `rgba` | boolean | `false` | RGBA for color emoji/Pango markup |\n| `spacing` | number | `0` | Line height in points |\n| `wrap` | string | `'word'` | `'word'`, `'char'`, `'word-char'`, `'none'` |\n\n### Join Array\n\n```js\nsharp([img1, img2, img3], { join: { across: 3, shim: 10 } })\n```\n\n| Property | Type | Default | Description |\n|----------|------|---------|-------------|\n| `across` | number | `1` | Images per row |\n| `animated` | boolean | `false` | Join as animated image |\n| `shim` | number | `0` | Pixel gap between images |\n| `background` | string \\| Object | -- | Gap fill color |\n| `halign` | string | `'left'` | `'left'`, `'centre'`, `'right'` |\n| `valign` | string | `'top'` | `'top'`, `'centre'`, `'bottom'` |\n\n### Clone\n\n```js\nconst pipeline = sharp('input.jpg');\nconst clone1 = pipeline.clone().resize(200).toFile('thumb.jpg');\nconst clone2 = pipeline.clone().resize(800).toFile('large.jpg');\n```\n\n---\n\n## Resize\n\n```js\n.resize([width], [height], [options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `width` | number | -- | Target width (null to auto-scale) |\n| `height` | number | -- | Target height (null to auto-scale) |\n| `fit` | string | `'cover'` | `'cover'`, `'contain'`, `'fill'`, `'inside'`, `'outside'` |\n| `position` | string | `'centre'` | Gravity/position for cover/contain |\n| `background` | string \\| Object | `{r:0,g:0,b:0,alpha:1}` | Fill color for `contain` |\n| `kernel` | string | `'lanczos3'` | `'nearest'`, `'linear'`, `'cubic'`, `'mitchell'`, `'lanczos2'`, `'lanczos3'` |\n| `withoutEnlargement` | boolean | `false` | Don't upscale |\n| `withoutReduction` | boolean | `false` | Don't downscale |\n| `fastShrinkOnLoad` | boolean | `true` | JPEG/WebP shrink-on-load |\n\n**Fit modes:**\n- `cover` — crop to fill both dimensions\n- `contain` — letterbox within dimensions\n- `fill` — stretch to exact dimensions (ignores aspect ratio)\n- `inside` — fit within, no exceeding\n- `outside` — minimum size meeting both dimensions\n\n**Position values:** `top`, `right top`, `right`, `right bottom`, `bottom`, `left bottom`, `left`, `left top`, `north`, `northeast`, `east`, `southeast`, `south`, `southwest`, `west`, `northwest`, `centre`/`center`\n\n**Strategy (cover only):** `entropy`, `attention`\n\nOnly one resize per pipeline.\n\n---\n\n## Operations\n\n### Rotation & Orientation\n\n| Method | Description |\n|--------|-------------|\n| `.rotate([angle], [options])` | Rotate by degrees; omit angle for EXIF auto-rotate. `options.background` for fill color |\n| `.autoOrient()` | Auto-orient from EXIF, then remove Orientation tag |\n| `.flip([flip])` | Vertical mirror (default `true`) |\n| `.flop([flop])` | Horizontal mirror (default `true`) |\n\n### Transform\n\n| Method | Description |\n|--------|-------------|\n| `.affine(matrix, [options])` | 2x2 affine transform. Options: `background`, `idx`, `idy`, `odx`, `ody`, `interpolator` |\n| `.extend(extend)` | Add padding. Number for uniform, or `{ top, right, bottom, left, extendWith, background }`. `extendWith`: `'background'`, `'copy'`, `'repeat'`, `'mirror'` |\n| `.extract({ left, top, width, height })` | Crop region. Can be called before and/or after resize |\n| `.trim([options])` | Auto-crop to content. Options: `background` (default top-left pixel), `threshold` (default `10`), `lineArt` |\n\n### Enhancement\n\n| Method | Description |\n|--------|-------------|\n| `.sharpen([options])` | Sharpen. `options.sigma` (0.000001-10), `.m1` (flat), `.m2` (jagged), `.x1`, `.y2`, `.y3` |\n| `.blur([options])` | No args: 3x3 box blur. `options.sigma` (0.3-1000) for Gaussian. Options: `precision`, `minAmplitude` |\n| `.median([size])` | Median filter, default 3x3 |\n| `.gamma([gamma], [gammaOut])` | Gamma correction (1.0-3.0, default 2.2) |\n| `.normalise([options])` | Stretch luminance. `options.lower` (default `1`), `.upper` (default `99`) percentiles |\n| `.clahe({ width, height, [maxSlope] })` | Contrast Limited Adaptive Histogram Equalization |\n\n### Morphology\n\n| Method | Description |\n|--------|-------------|\n| `.dilate([width])` | Dilation, default 1px |\n| `.erode([width])` | Erosion, default 1px |\n\n### Pixel Operations\n\n| Method | Description |\n|--------|-------------|\n| `.negate([options])` | Invert colors. `options.alpha` (default `true`) |\n| `.threshold([value], [options])` | Binarize at threshold (0-255, default 128). `options.greyscale` (default `true`) |\n| `.boolean(operand, operator)` | Bitwise op with another image: `'and'`, `'or'`, `'eor'` |\n| `.linear([a], [b])` | Per-channel linear transform: `a * pixel + b` |\n| `.recomb(matrix)` | 3x3 or 4x4 color recombination matrix |\n| `.modulate([options])` | Adjust `brightness` (multiply), `saturation` (multiply), `hue` (degrees), `lightness` (add) |\n| `.convolve(kernel)` | Custom convolution: `{ width, height, kernel, scale, offset }` |\n| `.flatten([options])` | Merge alpha with `options.background`, remove alpha |\n| `.unflatten()` | Add alpha; white becomes transparent (experimental) |\n\n---\n\n## Colour\n\n| Method | Description |\n|--------|-------------|\n| `.tint(color)` | Apply tint, preserving alpha |\n| `.greyscale([bool])` | Convert to 8-bit greyscale (alias: `.grayscale()`) |\n| `.pipelineColourspace(space)` | Set pipeline colorspace (e.g. `'rgb16'`, `'lab'`, `'grey16'`) |\n| `.toColourspace(space)` | Set output colorspace (e.g. `'srgb'`, `'cmyk'`, `'b-w'`) |\n\n---\n\n## Channel\n\n| Method | Description |\n|--------|-------------|\n| `.removeAlpha()` | Remove alpha channel |\n| `.ensureAlpha([alpha])` | Add alpha if missing. `alpha`: 0 (transparent) to 1 (opaque, default) |\n| `.extractChannel(channel)` | Extract single channel: `0`-`3` or `'red'`, `'green'`, `'blue'`, `'alpha'` |\n| `.joinChannel(images, [options])` | Add channel(s) from other image(s) |\n| `.bandbool(op)` | Bitwise across all bands: `'and'`, `'or'`, `'eor'` |\n\n---\n\n## Composite\n\n```js\n.composite(images)\n```\n\nOverlay images onto the pipeline image. `images` is an array of objects:\n\n| Property | Type | Default | Description |\n|----------|------|---------|-------------|\n| `input` | Buffer \\| string | -- | Image data, file path, or `create`/`text` object |\n| `blend` | string | `'over'` | Blend mode |\n| `gravity` | string | `'centre'` | Placement gravity |\n| `top` | number | -- | Pixel offset from top (overrides gravity) |\n| `left` | number | -- | Pixel offset from left (overrides gravity) |\n| `tile` | boolean | `false` | Repeat overlay across image |\n| `premultiplied` | boolean | `false` | Skip premultiplication |\n| `density` | number | `72` | DPI for vector overlays |\n\n**Blend modes:** `over`, `multiply`, `screen`, `overlay`, `darken`, `lighten`, `hard-light`, `soft-light`, `difference`, `exclusion`, `colour-dodge`, `colour-burn`, `add`, `saturate`, `clear`, `source`, `in`, `out`, `atop`, `dest`, `dest-over`, `dest-in`, `dest-out`, `dest-atop`, `xor`\n\n```js\nawait sharp('base.png')\n .composite([{ input: 'overlay.png', gravity: 'southeast' }])\n .toFile('output.png');\n```\n\n---\n\n## Output\n\n### Write to File\n\n```js\nawait sharp('input.jpg').resize(800).toFile('output.jpg');\n```\n\nFormat inferred from extension. Returns `{ format, size, width, height, channels, premultiplied }`.\n\n### Write to Buffer\n\n```js\nconst buffer = await sharp('input.jpg').resize(800).toBuffer();\n// or with info:\nconst { data, info } = await sharp('input.jpg').resize(800).toBuffer({ resolveWithObject: true });\n```\n\n### Format Methods\n\n#### JPEG\n\n```js\n.jpeg([options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `quality` | number | `80` | 1-100 |\n| `progressive` | boolean | `false` | Progressive JPEG |\n| `chromaSubsampling` | string | `'4:2:0'` | `'4:2:0'` or `'4:4:4'` |\n| `mozjpeg` | boolean | `false` | MozJPEG optimizations |\n| `force` | boolean | `true` | Force JPEG output |\n\n#### PNG\n\n```js\n.png([options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `progressive` | boolean | `false` | Progressive (interlace) |\n| `compressionLevel` | number | `6` | 0-9 |\n| `adaptiveFiltering` | boolean | `false` | Adaptive row filtering |\n| `palette` | boolean | `false` | Quantise to palette |\n| `quality` | number | `100` | Palette quality (1-100) |\n| `effort` | number | `7` | CPU effort (1-10, palette mode) |\n| `colours`/`colors` | number | `256` | Max palette colors (2-256) |\n| `dither` | number | `1.0` | Floyd-Steinberg dithering level |\n| `force` | boolean | `true` | Force PNG output |\n\n#### WebP\n\n```js\n.webp([options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `quality` | number | `80` | 1-100 |\n| `alphaQuality` | number | `100` | 0-100 |\n| `lossless` | boolean | `false` | Lossless compression |\n| `nearLossless` | boolean | `false` | Near-lossless mode |\n| `smartSubsample` | boolean | `false` | Smart chroma subsampling |\n| `preset` | string | `'default'` | `'default'`, `'photo'`, `'picture'`, `'drawing'`, `'icon'`, `'text'` |\n| `effort` | number | `4` | 0-6 |\n| `loop` | number | `0` | Animation loops (0 = infinite) |\n| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n| `force` | boolean | `true` | Force WebP output |\n\n#### AVIF\n\n```js\n.avif([options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `quality` | number | `50` | 1-100 |\n| `lossless` | boolean | `false` | Lossless mode |\n| `effort` | number | `4` | 0-9 |\n| `chromaSubsampling` | string | `'4:4:4'` | Chroma subsampling |\n| `bitdepth` | number | `8` | 8, 10, or 12 |\n\n#### GIF\n\n```js\n.gif([options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `reuse` | boolean | `true` | Reuse palette |\n| `progressive` | boolean | `false` | Progressive (interlace) |\n| `colours`/`colors` | number | `256` | 2-256 |\n| `effort` | number | `7` | 1-10 |\n| `dither` | number | `1.0` | 0-1 |\n| `loop` | number | `0` | 0 = infinite |\n| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n| `force` | boolean | `true` | Force GIF output |\n\n#### TIFF\n\n```js\n.tiff([options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `quality` | number | `80` | 1-100 |\n| `compression` | string | `'jpeg'` | `'none'`, `'jpeg'`, `'deflate'`, `'packbits'`, `'lzw'`, `'webp'`, `'zstd'`, `'jp2k'`, `'ccittfax4'` |\n| `predictor` | string | `'horizontal'` | `'none'`, `'horizontal'`, `'float'` |\n| `pyramid` | boolean | `false` | Write image pyramid |\n| `tile` | boolean | `false` | Tiled TIFF |\n| `tileWidth` | number | `256` | Tile width |\n| `tileHeight` | number | `256` | Tile height |\n| `bitdepth` | number | `8` | 1, 2, 4, or 8 |\n| `force` | boolean | `true` | Force TIFF output |\n\n#### HEIF\n\n```js\n.heif({ compression: 'hevc' })\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `compression` | string | required | `'av1'` or `'hevc'` |\n| `quality` | number | `50` | 1-100 |\n| `lossless` | boolean | `false` | Lossless mode |\n| `effort` | number | `4` | 0-9 |\n| `bitdepth` | number | `8` | 8, 10, or 12 |\n\n#### Raw\n\n```js\n.raw([options])\n```\n\n- `options.depth` (string, default `'uchar'`): `'char'`, `'uchar'`, `'short'`, `'ushort'`, `'int'`, `'uint'`, `'float'`, `'double'`\n\n#### Tile (DZI / Zoomify / IIIF)\n\n```js\n.tile([options])\n```\n\n| Option | Type | Default | Description |\n|--------|------|---------|-------------|\n| `size` | number | `256` | Tile size (1-8192) |\n| `overlap` | number | `0` | Tile overlap (0-8192) |\n| `layout` | string | `'dz'` | `'dz'`, `'iiif'`, `'iiif3'`, `'zoomify'`, `'google'` |\n| `container` | string | `'fs'` | `'fs'` or `'zip'` |\n| `angle` | number | `0` | Rotation (multiple of 90) |\n| `background` | string \\| Object | white | Fill color |\n\n---\n\n## Metadata & Stats\n\n### metadata()\n\n```js\nconst meta = await sharp('input.jpg').metadata();\n```\n\nReturns without decoding pixels:\n\n| Property | Type | Description |\n|----------|------|-------------|\n| `format` | string | `'jpeg'`, `'png'`, `'webp'`, `'gif'`, `'svg'`, etc. |\n| `width` | number | Pixel width |\n| `height` | number | Pixel height |\n| `space` | string | Color space (`'srgb'`, `'rgb'`, `'cmyk'`, `'b-w'`, etc.) |\n| `channels` | number | Band count |\n| `depth` | string | Pixel depth (`'uchar'`, `'ushort'`, `'float'`, etc.) |\n| `density` | number | DPI |\n| `chromaSubsampling` | string | e.g. `'4:2:0'` |\n| `isProgressive` | boolean | Progressive/interlaced |\n| `hasAlpha` | boolean | Has alpha channel |\n| `hasProfile` | boolean | Has ICC profile |\n| `orientation` | number | EXIF orientation (1-8) |\n| `pages` | number | Page count |\n| `size` | number | Total bytes (Buffer/Stream input) |\n| `exif` | Buffer | Raw EXIF |\n| `icc` | Buffer | ICC profile |\n| `xmp` | Buffer | XMP data |\n\n### stats()\n\n```js\nconst stats = await sharp('input.jpg').stats();\n```\n\nReturns pixel-derived statistics:\n\n| Property | Type | Description |\n|----------|------|-------------|\n| `channels` | Array | Per-channel: `min`, `max`, `sum`, `mean`, `stdev`, `minX`, `minY`, `maxX`, `maxY` |\n| `isOpaque` | boolean | Fully opaque |\n| `entropy` | number | Greyscale entropy |\n| `sharpness` | number | Laplacian sharpness |\n| `dominant` | Object | Dominant sRGB color |\n\n---\n\n## Metadata Preservation\n\nBy default, sharp strips all metadata and converts to sRGB.\n\n| Method | Description |\n|--------|-------------|\n| `.keepMetadata()` | Preserve all metadata (EXIF, ICC, XMP, IPTC) |\n| `.keepExif()` | Preserve EXIF only |\n| `.withExif(exif)` | Set EXIF (replaces input). Object keyed by IFD |\n| `.withExifMerge(exif)` | Merge with existing EXIF |\n| `.keepIccProfile()` | Preserve ICC profile |\n| `.withIccProfile(icc, [options])` | Set ICC: path or `'srgb'`, `'p3'`, `'cmyk'` |\n| `.keepXmp()` | Preserve XMP |\n| `.withXmp(xmp)` | Set XMP (XML string) |\n| `.withMetadata([options])` | Preserve most metadata. Options: `orientation`, `density` |\n\n---\n\n## Timeout\n\n```js\n.timeout({ seconds: 30 })\n```\n\nAbort processing after N seconds. `0` = no timeout (default).\n\n---\n\n## Utility (Static)\n\n| Property/Method | Description |\n|-----------------|-------------|\n| `sharp.format` | Object with available input/output format booleans |\n| `sharp.versions` | Version info for sharp, libvips, dependencies |\n| `sharp.interpolators` | Enum: `nearest`, `bilinear`, `bicubic`, `lbb`, `nohalo`, `vsqbs` |\n| `sharp.cache([options])` | Get/set cache: `{ memory: 50, files: 20, items: 100 }` |\n| `sharp.concurrency([n])` | Get/set thread count (default: CPU cores) |\n| `sharp.counters()` | Returns `{ queue, process }` |\n| `sharp.simd([bool])` | Enable/disable SIMD (default `true`) |\n| `sharp.block({ operation })` | Block specific operations |\n| `sharp.unblock({ operation })` | Unblock operations |\n\n---\n\n## Common Recipes\n\n### Resize and convert format\n\n```js\nawait sharp('input.png')\n .resize(800, 600)\n .webp({ quality: 80 })\n .toFile('output.webp');\n```\n\n### Resize to fit within bounds (no upscale)\n\n```js\nawait sharp('input.jpg')\n .resize(1200, 800, { fit: 'inside', withoutEnlargement: true })\n .toFile('output.jpg');\n```\n\n### Create thumbnail (cover crop)\n\n```js\nawait sharp('input.jpg')\n .resize(250, 250, { fit: 'cover', position: 'attention' })\n .toFile('thumb.jpg');\n```\n\n### Crop region\n\n```js\nawait sharp('input.jpg')\n .extract({ left: 100, top: 50, width: 400, height: 300 })\n .toFile('cropped.jpg');\n```\n\n### Add watermark overlay\n\n```js\nawait sharp('photo.jpg')\n .composite([{ input: 'watermark.png', gravity: 'southeast' }])\n .toFile('watermarked.jpg');\n```\n\n### Composite text overlay\n\n```js\nawait sharp('photo.jpg')\n .composite([{\n input: { text: { text: 'Hello World', font: 'sans', dpi: 200, rgba: true } },\n gravity: 'south'\n }])\n .toFile('annotated.jpg');\n```\n\n### Convert to greyscale\n\n```js\nawait sharp('input.jpg')\n .greyscale()\n .toFile('grey.jpg');\n```\n\n### Blur\n\n```js\nawait sharp('input.jpg')\n .blur({ sigma: 5 })\n .toFile('blurred.jpg');\n```\n\n### Rotate\n\n```js\nawait sharp('input.jpg')\n .rotate(90)\n .toFile('rotated.jpg');\n```\n\n### Auto-orient from EXIF\n\n```js\nawait sharp('input.jpg')\n .autoOrient()\n .toFile('oriented.jpg');\n```\n\n### Extend with padding\n\n```js\nawait sharp('input.png')\n .extend({ top: 20, bottom: 20, left: 20, right: 20, background: '#ffffff' })\n .toFile('padded.png');\n```\n\n### Auto-trim whitespace\n\n```js\nawait sharp('input.png')\n .trim({ threshold: 10 })\n .toFile('trimmed.png');\n```\n\n### Optimize JPEG for web\n\n```js\nawait sharp('input.jpg')\n .resize(1920, null, { withoutEnlargement: true })\n .jpeg({ quality: 75, mozjpeg: true, progressive: true })\n .toFile('optimized.jpg');\n```\n\n### Generate AVIF from JPEG\n\n```js\nawait sharp('input.jpg')\n .avif({ quality: 50, effort: 4 })\n .toFile('output.avif');\n```\n\n### Extract channel\n\n```js\nawait sharp('input.png')\n .extractChannel('red')\n .toFile('red-channel.png');\n```\n\n### Get image metadata\n\n```js\nconst { width, height, format, space } = await sharp('input.jpg').metadata();\n```\n\n### Buffer round-trip\n\n```js\nconst buffer = await sharp('input.jpg')\n .resize(300)\n .png()\n .toBuffer();\n```\n\n### Create solid color image\n\n```js\nawait sharp({ create: { width: 100, height: 100, channels: 4, background: '#ff6600' } })\n .png()\n .toFile('orange.png');\n```\n\n### Join images into grid\n\n```js\nawait sharp(['a.png', 'b.png', 'c.png', 'd.png'], { join: { across: 2 } })\n .toFile('grid.png');\n```\n\n### Preserve metadata\n\n```js\nawait sharp('input.jpg')\n .resize(800)\n .keepMetadata()\n .toFile('output.jpg');\n```\n\n### Animated GIF resize\n\n```js\nawait sharp('input.gif', { animated: true })\n .resize(200)\n .gif()\n .toFile('small.gif');\n```\n\n### Multiple outputs from one input\n\n```js\nconst pipeline = sharp('input.jpg');\nawait Promise.all([\n pipeline.clone().resize(200).toFile('thumb.jpg'),\n pipeline.clone().resize(800).toFile('medium.jpg'),\n pipeline.clone().resize(1600).toFile('large.jpg'),\n]);\n```\n\n---\n\n## Source\n\n- Repository: https://github.com/lovell/sharp\n- Documentation: https://sharp.pixelplumbing.com\n- API — Constructor: https://sharp.pixelplumbing.com/api-constructor\n- API — Input: https://sharp.pixelplumbing.com/api-input\n- API — Resize: https://sharp.pixelplumbing.com/api-resize\n- API — Operations: https://sharp.pixelplumbing.com/api-operation\n- API — Colour: https://sharp.pixelplumbing.com/api-colour\n- API — Channel: https://sharp.pixelplumbing.com/api-channel\n- API — Composite: https://sharp.pixelplumbing.com/api-composite\n- API — Output: https://sharp.pixelplumbing.com/api-output\n- API — Utility: https://sharp.pixelplumbing.com/api-utility\n"},"toolUseId":"toolu_01RV3MitgwCQWi7JtfxogBb8","output":"The file /home/pastilhas/projects/officer.dev/data/skills/sharp/SKILL.md has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 1→---\n 2→name: sharp\n 3→description: Process images using the sharp Node.js library. Use when the user wants to resize, convert, crop, composite, transform, or optimize images programmatically.\n 4→---\n 5→\n 6→# Sharp\n 7→\n 8→API reference for sharp — a high-performance Node.js image processing library built on libvips.\n 9→\n 10→Typically 4-5x faster than ImageMagick/GraphicsMagick. Supports JPEG, PNG, WebP, GIF, AVIF, TIFF, SVG, HEIF, JP2, and JXL.\n 11→\n 12→Official docs: https://sharp.pixelplumbing.com\n 13→Repository: https://github.com/lovell/sharp\n 14→\n 15→## Installation\n 16→\n 17→```bash\n 18→npm install sharp\n 19→```\n 20→\n 21→Requires Node.js ^18.17.0 or >= 20.3.0 (or Deno/Bun with Node-API v9).\n 22→\n 23→## Usage\n 24→\n 25→Sharp uses a fluent, chainable API. Every call returns a Sharp instance.\n 26→\n 27→```js\n 28→import sharp from 'sharp';\n 29→\n 30→await sharp('input.jpg')\n 31→ .resize(800, 600)\n 32→ .jpeg({ quality: 80 })\n 33→ .toFile('output.jpg');\n 34→```\n 35→\n 36→Sharp implements `stream.Duplex` — it can be piped to/from.\n 37→\n 38→---\n 39→\n 40→## Constructor\n 41→\n 42→```js\n 43→sharp([input], [options])\n 44→```\n 45→\n 46→- `input` (Buffer | string | Array): Image buffer, file path, array of inputs, or omit for stream input.\n 47→\n 48→### Options\n 49→\n 50→| Option | Type | Default | Description |\n 51→|--------|------|---------|-------------|\n 52→| `failOn` | string | `'warning'` | `'none'`, `'truncated'`, `'error'`, `'warning'` |\n 53→| `limitInputPixels` | number \\| boolean | `268402689` | Max pixels; `false` to disable |\n 54→| `unlimited` | boolean | `false` | Remove memory safety for JPEG/PNG/SVG/HEIF |\n 55→| `autoOrient` | boolean | `false` | Auto-rotate per EXIF Orientation |\n 56→| `sequentialRead` | boolean | `true` | Sequential vs random access |\n 57→| `density` | number | `72` | DPI for vector images (1-100000) |\n 58→| `ignoreIcc` | boolean | `false` | Ignore embedded ICC profile |\n 59→| `pages` | number | `1` | Pages to extract; `-1` for all |\n 60→| `page` | number | `0` | Starting page (zero-based) |\n 61→| `animated` | boolean | `false` | Read all frames (equiv. `pages: -1`) |\n 62→\n 63→### Raw Input\n 64→\n 65→```js\n 66→sharp(buffer, { raw: { width: 100, height: 100, channels: 4 } })\n 67→```\n 68→\n 69→| Property | Type | Description |\n 70→|----------|------|-------------|\n 71→| `width` | number | Pixel width |\n 72→| `height` | number | Pixel height |\n 73→| `channels` | number | 1-4 |\n 74→| `premultiplied` | boolean | Skip premultiplication (default `false`) |\n 75→\n 76→### Create New Image\n 77→\n 78→```js\n 79→sharp({ create: { width: 300, height: 200, channels: 4, background: '#ff0000' } })\n 80→```\n 81→\n 82→| Property | Type | Description |\n 83→|----------|------|-------------|\n 84→| `width` | number | Pixel width |\n 85→| `height` | number | Pixel height |\n 86→| `channels` | number | 3 (RGB) or 4 (RGBA) |\n 87→| `background` | string \\| Object | Color (parsed by color module) |\n 88→| `noise` | Object | `{ type: 'gaussian', mean: 128, sigma: 30 }` |\n 89→\n 90→### Render Text\n 91→\n 92→```js\n 93→sharp({ text: { text: 'Hello', font: 'Arial', dpi: 150 } })\n 94→```\n 95→\n 96→| Property | Type | Default | Description |\n 97→|----------|------|---------|-------------|\n 98→| `text` | string | -- | UTF-8; supports Pango markup |\n 99→| `font` | string | -- | Font name |\n 100→| `fontfile` | string | -- | Absolute path to font file |\n 101→| `width` | number | `0` | Word-wrap boundary; 0 = no wrap |\n 102→| `height` | number | `0` | Max height |\n 103→| `align` | string | `'left'` | `'left'`, `'centre'`, `'center'`, `'right'` |\n 104→| `justify` | boolean | `false` | Text justification |\n 105→| `dpi` | number | `72` | Render resolution |\n 106→| `rgba` | boolean | `false` | RGBA for color emoji/Pango markup |\n 107→| `spacing` | number | `0` | Line height in points |\n 108→| `wrap` | string | `'word'` | `'word'`, `'char'`, `'word-char'`, `'none'` |\n 109→\n 110→### Join Array\n 111→\n 112→```js\n 113→sharp([img1, img2, img3], { join: { across: 3, shim: 10 } })\n 114→```\n 115→\n 116→| Property | Type | Default | Description |\n 117→|----------|------|---------|-------------|\n 118→| `across` | number | `1` | Images per row |\n 119→| `animated` | boolean | `false` | Join as animated image |\n 120→| `shim` | number | `0` | Pixel gap between images |\n 121→| `background` | string \\| Object | -- | Gap fill color |\n 122→| `halign` | string | `'left'` | `'left'`, `'centre'`, `'right'` |\n 123→| `valign` | string | `'top'` | `'top'`, `'centre'`, `'bottom'` |\n 124→\n 125→### Clone\n 126→\n 127→```js\n 128→const pipeline = sharp('input.jpg');\n 129→const clone1 = pipeline.clone().resize(200).toFile('thumb.jpg');\n 130→const clone2 = pipeline.clone().resize(800).toFile('large.jpg');\n 131→```\n 132→\n 133→---\n 134→\n 135→## Resize\n 136→\n 137→```js\n 138→.resize([width], [height], [options])\n 139→```\n 140→\n 141→| Option | Type | Default | Description |\n 142→|--------|------|---------|-------------|\n 143→| `width` | number | -- | Target width (null to auto-scale) |\n 144→| `height` | number | -- | Target height (null to auto-scale) |\n 145→| `fit` | string | `'cover'` | `'cover'`, `'contain'`, `'fill'`, `'inside'`, `'outside'` |\n 146→| `position` | string | `'centre'` | Gravity/position for cover/contain |\n 147→| `background` | string \\| Object | `{r:0,g:0,b:0,alpha:1}` | Fill color for `contain` |\n 148→| `kernel` | string | `'lanczos3'` | `'nearest'`, `'linear'`, `'cubic'`, `'mitchell'`, `'lanczos2'`, `'lanczos3'` |\n 149→| `withoutEnlargement` | boolean | `false` | Don't upscale |\n 150→| `withoutReduction` | boolean | `false` | Don't downscale |\n 151→| `fastShrinkOnLoad` | boolean | `true` | JPEG/WebP shrink-on-load |\n 152→\n 153→**Fit modes:**\n 154→- `cover` — crop to fill both dimensions\n 155→- `contain` — letterbox within dimensions\n 156→- `fill` — stretch to exact dimensions (ignores aspect ratio)\n 157→- `inside` — fit within, no exceeding\n 158→- `outside` — minimum size meeting both dimensions\n 159→\n 160→**Position values:** `top`, `right top`, `right`, `right bottom`, `bottom`, `left bottom`, `left`, `left top`, `north`, `northeast`, `east`, `southeast`, `south`, `southwest`, `west`, `northwest`, `centre`/`center`\n 161→\n 162→**Strategy (cover only):** `entropy`, `attention`\n 163→\n 164→Only one resize per pipeline.\n 165→\n 166→---\n 167→\n 168→## Operations\n 169→\n 170→### Rotation & Orientation\n 171→\n 172→| Method | Description |\n 173→|--------|-------------|\n 174→| `.rotate([angle], [options])` | Rotate by degrees; omit angle for EXIF auto-rotate. `options.background` for fill color |\n 175→| `.autoOrient()` | Auto-orient from EXIF, then remove Orientation tag |\n 176→| `.flip([flip])` | Vertical mirror (default `true`) |\n 177→| `.flop([flop])` | Horizontal mirror (default `true`) |\n 178→\n 179→### Transform\n 180→\n 181→| Method | Description |\n 182→|--------|-------------|\n 183→| `.affine(matrix, [options])` | 2x2 affine transform. Options: `background`, `idx`, `idy`, `odx`, `ody`, `interpolator` |\n 184→| `.extend(extend)` | Add padding. Number for uniform, or `{ top, right, bottom, left, extendWith, background }`. `extendWith`: `'background'`, `'copy'`, `'repeat'`, `'mirror'` |\n 185→| `.extract({ left, top, width, height })` | Crop region. Can be called before and/or after resize |\n 186→| `.trim([options])` | Auto-crop to content. Options: `background` (default top-left pixel), `threshold` (default `10`), `lineArt` |\n 187→\n 188→### Enhancement\n 189→\n 190→| Method | Description |\n 191→|--------|-------------|\n 192→| `.sharpen([options])` | Sharpen. `options.sigma` (0.000001-10), `.m1` (flat), `.m2` (jagged), `.x1`, `.y2`, `.y3` |\n 193→| `.blur([options])` | No args: 3x3 box blur. `options.sigma` (0.3-1000) for Gaussian. Options: `precision`, `minAmplitude` |\n 194→| `.median([size])` | Median filter, default 3x3 |\n 195→| `.gamma([gamma], [gammaOut])` | Gamma correction (1.0-3.0, default 2.2) |\n 196→| `.normalise([options])` | Stretch luminance. `options.lower` (default `1`), `.upper` (default `99`) percentiles |\n 197→| `.clahe({ width, height, [maxSlope] })` | Contrast Limited Adaptive Histogram Equalization |\n 198→\n 199→### Morphology\n 200→\n 201→| Method | Description |\n 202→|--------|-------------|\n 203→| `.dilate([width])` | Dilation, default 1px |\n 204→| `.erode([width])` | Erosion, default 1px |\n 205→\n 206→### Pixel Operations\n 207→\n 208→| Method | Description |\n 209→|--------|-------------|\n 210→| `.negate([options])` | Invert colors. `options.alpha` (default `true`) |\n 211→| `.threshold([value], [options])` | Binarize at threshold (0-255, default 128). `options.greyscale` (default `true`) |\n 212→| `.boolean(operand, operator)` | Bitwise op with another image: `'and'`, `'or'`, `'eor'` |\n 213→| `.linear([a], [b])` | Per-channel linear transform: `a * pixel + b` |\n 214→| `.recomb(matrix)` | 3x3 or 4x4 color recombination matrix |\n 215→| `.modulate([options])` | Adjust `brightness` (multiply), `saturation` (multiply), `hue` (degrees), `lightness` (add) |\n 216→| `.convolve(kernel)` | Custom convolution: `{ width, height, kernel, scale, offset }` |\n 217→| `.flatten([options])` | Merge alpha with `options.background`, remove alpha |\n 218→| `.unflatten()` | Add alpha; white becomes transparent (experimental) |\n 219→\n 220→---\n 221→\n 222→## Colour\n 223→\n 224→| Method | Description |\n 225→|--------|-------------|\n 226→| `.tint(color)` | Apply tint, preserving alpha |\n 227→| `.greyscale([bool])` | Convert to 8-bit greyscale (alias: `.grayscale()`) |\n 228→| `.pipelineColourspace(space)` | Set pipeline colorspace (e.g. `'rgb16'`, `'lab'`, `'grey16'`) |\n 229→| `.toColourspace(space)` | Set output colorspace (e.g. `'srgb'`, `'cmyk'`, `'b-w'`) |\n 230→\n 231→---\n 232→\n 233→## Channel\n 234→\n 235→| Method | Description |\n 236→|--------|-------------|\n 237→| `.removeAlpha()` | Remove alpha channel |\n 238→| `.ensureAlpha([alpha])` | Add alpha if missing. `alpha`: 0 (transparent) to 1 (opaque, default) |\n 239→| `.extractChannel(channel)` | Extract single channel: `0`-`3` or `'red'`, `'green'`, `'blue'`, `'alpha'` |\n 240→| `.joinChannel(images, [options])` | Add channel(s) from other image(s) |\n 241→| `.bandbool(op)` | Bitwise across all bands: `'and'`, `'or'`, `'eor'` |\n 242→\n 243→---\n 244→\n 245→## Composite\n 246→\n 247→```js\n 248→.composite(images)\n 249→```\n 250→\n 251→Overlay images onto the pipeline image. `images` is an array of objects:\n 252→\n 253→| Property | Type | Default | Description |\n 254→|----------|------|---------|-------------|\n 255→| `input` | Buffer \\| string | -- | Image data, file path, or `create`/`text` object |\n 256→| `blend` | string | `'over'` | Blend mode |\n 257→| `gravity` | string | `'centre'` | Placement gravity |\n 258→| `top` | number | -- | Pixel offset from top (overrides gravity) |\n 259→| `left` | number | -- | Pixel offset from left (overrides gravity) |\n 260→| `tile` | boolean | `false` | Repeat overlay across image |\n 261→| `premultiplied` | boolean | `false` | Skip premultiplication |\n 262→| `density` | number | `72` | DPI for vector overlays |\n 263→\n 264→**Blend modes:** `over`, `multiply`, `screen`, `overlay`, `darken`, `lighten`, `hard-light`, `soft-light`, `difference`, `exclusion`, `colour-dodge`, `colour-burn`, `add`, `saturate`, `clear`, `source`, `in`, `out`, `atop`, `dest`, `dest-over`, `dest-in`, `dest-out`, `dest-atop`, `xor`\n 265→\n 266→```js\n 267→await sharp('base.png')\n 268→ .composite([{ input: 'overlay.png', gravity: 'southeast' }])\n 269→ .toFile('output.png');\n 270→```\n 271→\n 272→---\n 273→\n 274→## Output\n 275→\n 276→### Write to File\n 277→\n 278→```js\n 279→await sharp('input.jpg').resize(800).toFile('output.jpg');\n 280→```\n 281→\n 282→Format inferred from extension. Returns `{ format, size, width, height, channels, premultiplied }`.\n 283→\n 284→### Write to Buffer\n 285→\n 286→```js\n 287→const buffer = await sharp('input.jpg').resize(800).toBuffer();\n 288→// or with info:\n 289→const { data, info } = await sharp('input.jpg').resize(800).toBuffer({ resolveWithObject: true });\n 290→```\n 291→\n 292→### Format Methods\n 293→\n 294→#### JPEG\n 295→\n 296→```js\n 297→.jpeg([options])\n 298→```\n 299→\n 300→| Option | Type | Default | Description |\n 301→|--------|------|---------|-------------|\n 302→| `quality` | number | `80` | 1-100 |\n 303→| `progressive` | boolean | `false` | Progressive JPEG |\n 304→| `chromaSubsampling` | string | `'4:2:0'` | `'4:2:0'` or `'4:4:4'` |\n 305→| `mozjpeg` | boolean | `false` | MozJPEG optimizations |\n 306→| `force` | boolean | `true` | Force JPEG output |\n 307→\n 308→#### PNG\n 309→\n 310→```js\n 311→.png([options])\n 312→```\n 313→\n 314→| Option | Type | Default | Description |\n 315→|--------|------|---------|-------------|\n 316→| `progressive` | boolean | `false` | Progressive (interlace) |\n 317→| `compressionLevel` | number | `6` | 0-9 |\n 318→| `adaptiveFiltering` | boolean | `false` | Adaptive row filtering |\n 319→| `palette` | boolean | `false` | Quantise to palette |\n 320→| `quality` | number | `100` | Palette quality (1-100) |\n 321→| `effort` | number | `7` | CPU effort (1-10, palette mode) |\n 322→| `colours`/`colors` | number | `256` | Max palette colors (2-256) |\n 323→| `dither` | number | `1.0` | Floyd-Steinberg dithering level |\n 324→| `force` | boolean | `true` | Force PNG output |\n 325→\n 326→#### WebP\n 327→\n 328→```js\n 329→.webp([options])\n 330→```\n 331→\n 332→| Option | Type | Default | Description |\n 333→|--------|------|---------|-------------|\n 334→| `quality` | number | `80` | 1-100 |\n 335→| `alphaQuality` | number | `100` | 0-100 |\n 336→| `lossless` | boolean | `false` | Lossless compression |\n 337→| `nearLossless` | boolean | `false` | Near-lossless mode |\n 338→| `smartSubsample` | boolean | `false` | Smart chroma subsampling |\n 339→| `preset` | string | `'default'` | `'default'`, `'photo'`, `'picture'`, `'drawing'`, `'icon'`, `'text'` |\n 340→| `effort` | number | `4` | 0-6 |\n 341→| `loop` | number | `0` | Animation loops (0 = infinite) |\n 342→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 343→| `force` | boolean | `true` | Force WebP output |\n 344→\n 345→#### AVIF\n 346→\n 347→```js\n 348→.avif([options])\n 349→```\n 350→\n 351→| Option | Type | Default | Description |\n 352→|--------|------|---------|-------------|\n 353→| `quality` | number | `50` | 1-100 |\n 354→| `lossless` | boolean | `false` | Lossless mode |\n 355→| `effort` | number | `4` | 0-9 |\n 356→| `chromaSubsampling` | string | `'4:4:4'` | Chroma subsampling |\n 357→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 358→\n 359→#### GIF\n 360→\n 361→```js\n 362→.gif([options])\n 363→```\n 364→\n 365→| Option | Type | Default | Description |\n 366→|--------|------|---------|-------------|\n 367→| `reuse` | boolean | `true` | Reuse palette |\n 368→| `progressive` | boolean | `false` | Progressive (interlace) |\n 369→| `colours`/`colors` | number | `256` | 2-256 |\n 370→| `effort` | number | `7` | 1-10 |\n 371→| `dither` | number | `1.0` | 0-1 |\n 372→| `loop` | number | `0` | 0 = infinite |\n 373→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 374→| `force` | boolean | `true` | Force GIF output |\n 375→\n 376→#### TIFF\n 377→\n 378→```js\n 379→.tiff([options])\n 380→```\n 381→\n 382→| Option | Type | Default | Description |\n 383→|--------|------|---------|-------------|\n 384→| `quality` | number | `80` | 1-100 |\n 385→| `compression` | string | `'jpeg'` | `'none'`, `'jpeg'`, `'deflate'`, `'packbits'`, `'lzw'`, `'webp'`, `'zstd'`, `'jp2k'`, `'ccittfax4'` |\n 386→| `predictor` | string | `'horizontal'` | `'none'`, `'horizontal'`, `'float'` |\n 387→| `pyramid` | boolean | `false` | Write image pyramid |\n 388→| `tile` | boolean | `false` | Tiled TIFF |\n 389→| `tileWidth` | number | `256` | Tile width |\n 390→| `tileHeight` | number | `256` | Tile height |\n 391→| `bitdepth` | number | `8` | 1, 2, 4, or 8 |\n 392→| `force` | boolean | `true` | Force TIFF output |\n 393→\n 394→#### HEIF\n 395→\n 396→```js\n 397→.heif({ compression: 'hevc' })\n 398→```\n 399→\n 400→| Option | Type | Default | Description |\n 401→|--------|------|---------|-------------|\n 402→| `compression` | string | required | `'av1'` or `'hevc'` |\n 403→| `quality` | number | `50` | 1-100 |\n 404→| `lossless` | boolean | `false` | Lossless mode |\n 405→| `effort` | number | `4` | 0-9 |\n 406→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 407→\n 408→#### Raw\n 409→\n 410→```js\n 411→.raw([options])\n 412→```\n 413→\n 414→- `options.depth` (string, default `'uchar'`): `'char'`, `'uchar'`, `'short'`, `'ushort'`, `'int'`, `'uint'`, `'float'`, `'double'`\n 415→\n 416→#### Tile (DZI / Zoomify / IIIF)\n 417→\n 418→```js\n 419→.tile([options])\n 420→```\n 421→\n 422→| Option | Type | Default | Description |\n 423→|--------|------|---------|-------------|\n 424→| `size` | number | `256` | Tile size (1-8192) |\n 425→| `overlap` | number | `0` | Tile overlap (0-8192) |\n 426→| `layout` | string | `'dz'` | `'dz'`, `'iiif'`, `'iiif3'`, `'zoomify'`, `'google'` |\n 427→| `container` | string | `'fs'` | `'fs'` or `'zip'` |\n 428→| `angle` | number | `0` | Rotation (multiple of 90) |\n 429→| `background` | string \\| Object | white | Fill color |\n 430→\n 431→---\n 432→\n 433→## Metadata & Stats\n 434→\n 435→### metadata()\n 436→\n 437→```js\n 438→const meta = await sharp('input.jpg').metadata();\n 439→```\n 440→\n 441→Returns without decoding pixels:\n 442→\n 443→| Property | Type | Description |\n 444→|----------|------|-------------|\n 445→| `format` | string | `'jpeg'`, `'png'`, `'webp'`, `'gif'`, `'svg'`, etc. |\n 446→| `width` | number | Pixel width |\n 447→| `height` | number | Pixel height |\n 448→| `space` | string | Color space (`'srgb'`, `'rgb'`, `'cmyk'`, `'b-w'`, etc.) |\n 449→| `channels` | number | Band count |\n 450→| `depth` | string | Pixel depth (`'uchar'`, `'ushort'`, `'float'`, etc.) |\n 451→| `density` | number | DPI |\n 452→| `chromaSubsampling` | string | e.g. `'4:2:0'` |\n 453→| `isProgressive` | boolean | Progressive/interlaced |\n 454→| `hasAlpha` | boolean | Has alpha channel |\n 455→| `hasProfile` | boolean | Has ICC profile |\n 456→| `orientation` | number | EXIF orientation (1-8) |\n 457→| `pages` | number | Page count |\n 458→| `size` | number | Total bytes (Buffer/Stream input) |\n 459→| `exif` | Buffer | Raw EXIF |\n 460→| `icc` | Buffer | ICC profile |\n 461→| `xmp` | Buffer | XMP data |\n 462→\n 463→### stats()\n 464→\n 465→```js\n 466→const stats = await sharp('input.jpg').stats();\n 467→```\n 468→\n 469→Returns pixel-derived statistics:\n 470→\n 471→| Property | Type | Description |\n 472→|----------|------|-------------|\n 473→| `channels` | Array | Per-channel: `min`, `max`, `sum`, `mean`, `stdev`, `minX`, `minY`, `maxX`, `maxY` |\n 474→| `isOpaque` | boolean | Fully opaque |\n 475→| `entropy` | number | Greyscale entropy |\n 476→| `sharpness` | number | Laplacian sharpness |\n 477→| `dominant` | Object | Dominant sRGB color |\n 478→\n 479→---\n 480→\n 481→## Metadata Preservation\n 482→\n 483→By default, sharp strips all metadata and converts to sRGB.\n 484→\n 485→| Method | Description |\n 486→|--------|-------------|\n 487→| `.keepMetadata()` | Preserve all metadata (EXIF, ICC, XMP, IPTC) |\n 488→| `.keepExif()` | Preserve EXIF only |\n 489→| `.withExif(exif)` | Set EXIF (replaces input). Object keyed by IFD |\n 490→| `.withExifMerge(exif)` | Merge with existing EXIF |\n 491→| `.keepIccProfile()` | Preserve ICC profile |\n 492→| `.withIccProfile(icc, [options])` | Set ICC: path or `'srgb'`, `'p3'`, `'cmyk'` |\n 493→| `.keepXmp()` | Preserve XMP |\n 494→| `.withXmp(xmp)` | Set XMP (XML string) |\n 495→| `.withMetadata([options])` | Preserve most metadata. Options: `orientation`, `density` |\n 496→\n 497→---\n 498→\n 499→## Timeout\n 500→\n 501→```js\n 502→.timeout({ seconds: 30 })\n 503→```\n 504→\n 505→Abort processing after N seconds. `0` = no timeout (default).\n 506→\n 507→---\n 508→\n 509→## Utility (Static)\n 510→\n 511→| Property/Method | Description |\n 512→|-----------------|-------------|\n 513→| `sharp.format` | Object with available input/output format booleans |\n 514→| `sharp.versions` | Version info for sharp, libvips, dependencies |\n 515→| `sharp.interpolators` | Enum: `nearest`, `bilinear`, `bicubic`, `lbb`, `nohalo`, `vsqbs` |\n 516→| `sharp.cache([options])` | Get/set cache: `{ memory: 50, files: 20, items: 100 }` |\n 517→| `sharp.concurrency([n])` | Get/set thread count (default: CPU cores) |\n 518→| `sharp.counters()` | Returns `{ queue, process }` |\n 519→| `sharp.simd([bool])` | Enable/disable SIMD (default `true`) |\n 520→| `sharp.block({ operation })` | Block specific operations |\n 521→| `sharp.unblock({ operation })` | Unblock operations |\n 522→\n 523→---\n 524→\n 525→## Common Recipes\n 526→\n 527→### Resize and convert format\n 528→\n 529→```js\n 530→await sharp('input.png')\n 531→ .resize(800, 600)\n 532→ .webp({ quality: 80 })\n 533→ .toFile('output.webp');\n 534→```\n 535→\n 536→### Resize to fit within bounds (no upscale)\n 537→\n 538→```js\n 539→await sharp('input.jpg')\n 540→ .resize(1200, 800, { fit: 'inside', withoutEnlargement: true })\n 541→ .toFile('output.jpg');\n 542→```\n 543→\n 544→### Create thumbnail (cover crop)\n 545→\n 546→```js\n 547→await sharp('input.jpg')\n 548→ .resize(250, 250, { fit: 'cover', position: 'attention' })\n 549→ .toFile('thumb.jpg');\n 550→```\n 551→\n 552→### Crop region\n 553→\n 554→```js\n 555→await sharp('input.jpg')\n 556→ .extract({ left: 100, top: 50, width: 400, height: 300 })\n 557→ .toFile('cropped.jpg');\n 558→```\n 559→\n 560→### Add watermark overlay\n 561→\n 562→```js\n 563→await sharp('photo.jpg')\n 564→ .composite([{ input: 'watermark.png', gravity: 'southeast' }])\n 565→ .toFile('watermarked.jpg');\n 566→```\n 567→\n 568→### Composite text overlay\n 569→\n 570→```js\n 571→await sharp('photo.jpg')\n 572→ .composite([{\n 573→ input: { text: { text: 'Hello World', font: 'sans', dpi: 200, rgba: true } },\n 574→ gravity: 'south'\n 575→ }])\n 576→ .toFile('annotated.jpg');\n 577→```\n 578→\n 579→### Convert to greyscale\n 580→\n 581→```js\n 582→await sharp('input.jpg')\n 583→ .greyscale()\n 584→ .toFile('grey.jpg');\n 585→```\n 586→\n 587→### Blur\n 588→\n 589→```js\n 590→await sharp('input.jpg')\n 591→ .blur({ sigma: 5 })\n 592→ .toFile('blurred.jpg');\n 593→```\n 594→\n 595→### Rotate\n 596→\n 597→```js\n 598→await sharp('input.jpg')\n 599→ .rotate(90)\n 600→ .toFile('rotated.jpg');\n 601→```\n 602→\n 603→### Auto-orient from EXIF\n 604→\n 605→```js\n 606→await sharp('input.jpg')\n 607→ .autoOrient()\n 608→ .toFile('oriented.jpg');\n 609→```\n 610→\n 611→### Extend with padding\n 612→\n 613→```js\n 614→await sharp('input.png')\n 615→ .extend({ top: 20, bottom: 20, left: 20, right: 20, background: '#ffffff' })\n 616→ .toFile('padded.png');\n 617→```\n 618→\n 619→### Auto-trim whitespace\n 620→\n 621→```js\n 622→await sharp('input.png')\n 623→ .trim({ threshold: 10 })\n 624→ .toFile('trimmed.png');\n 625→```\n 626→\n 627→### Optimize JPEG for web\n 628→\n 629→```js\n 630→await sharp('input.jpg')\n 631→ .resize(1920, null, { withoutEnlargement: true })\n 632→ .jpeg({ quality: 75, mozjpeg: true, progressive: true })\n 633→ .toFile('optimized.jpg');\n 634→```\n 635→\n 636→### Generate AVIF from JPEG\n 637→\n 638→```js\n 639→await sharp('input.jpg')\n 640→ .avif({ quality: 50, effort: 4 })\n 641→ .toFile('output.avif');\n 642→```\n 643→\n 644→### Extract channel\n 645→\n 646→```js\n 647→await sharp('input.png')\n 648→ .extractChannel('red')\n 649→ .toFile('red-channel.png');\n 650→```\n 651→\n 652→### Get image metadata\n 653→\n 654→```js\n 655→const { width, height, format, space } = await sharp('input.jpg').metadata();\n 656→```\n 657→\n 658→### Buffer round-trip\n 659→\n 660→```js\n 661→const buffer = await sharp('input.jpg')\n 662→ .resize(300)\n 663→ .png()\n 664→ .toBuffer();\n 665→```\n 666→\n 667→### Create solid color image\n 668→\n 669→```js\n 670→await sharp({ create: { width: 100, height: 100, channels: 4, background: '#ff6600' } })\n 671→ .png()\n 672→ .toFile('orange.png');\n 673→```\n 674→\n 675→### Join images into grid\n 676→\n 677→```js\n 678→await sharp(['a.png', 'b.png', 'c.png', 'd.png'], { join: { across: 2 } })\n 679→ .toFile('grid.png');\n 680→```\n 681→\n 682→### Preserve metadata\n 683→\n 684→```js\n 685→await sharp('input.jpg')\n 686→ .resize(800)\n 687→ .keepMetadata()\n 688→ .toFile('output.jpg');\n 689→```\n 690→\n 691→### Animated GIF resize\n 692→\n 693→```js\n 694→await sharp('input.gif', { animated: true })\n 695→ .resize(200)\n 696→ .gif()\n 697→ .toFile('small.gif');\n 698→```\n 699→\n 700→### Multiple outputs from one input\n 701→\n 702→```js\n 703→const pipeline = sharp('input.jpg');\n 704→await Promise.all([\n 705→ pipeline.clone().resize(200).toFile('thumb.jpg'),\n 706→ pipeline.clone().resize(800).toFile('medium.jpg'),\n 707→ pipeline.clone().resize(1600).toFile('large.jpg'),\n 708→]);\n 709→```\n 710→\n 711→---\n 712→\n 713→## Source\n 714→\n 715→- Repository: https://github.com/lovell/sharp\n 716→- Documentation: https://sharp.pixelplumbing.com\n 717→- API — Constructor: https://sharp.pixelplumbing.com/api-constructor\n 718→- API — Input: https://sharp.pixelplumbing.com/api-input\n 719→- API — Resize: https://sharp.pixelplumbing.com/api-resize\n 720→- API — Operations: https://sharp.pixelplumbing.com/api-operation\n 721→- API — Colour: https://sharp.pixelplumbing.com/api-colour\n 722→- API — Channel: https://sharp.pixelplumbing.com/api-channel\n 723→- API — Composite: https://sharp.pixelplumbing.com/api-composite\n 724→- API — Output: https://sharp.pixelplumbing.com/api-output\n 725→- API — Utility: https://sharp.pixelplumbing.com/api-utility\n 726→","isError":false}] \ No newline at end of file diff --git a/seed/skills/sharp/chat/meta.json b/seed/skills/sharp/chat/meta.json deleted file mode 100644 index d245cd7f..00000000 --- a/seed/skills/sharp/chat/meta.json +++ /dev/null @@ -1 +0,0 @@ -{"id":"36336dc9-e6e5-49c2-8a5b-a972001f95ce"} \ No newline at end of file diff --git a/seed/skills/whisper.cpp/chat/messages.json b/seed/skills/whisper.cpp/chat/messages.json new file mode 100644 index 00000000..453dee59 --- /dev/null +++ b/seed/skills/whisper.cpp/chat/messages.json @@ -0,0 +1 @@ +[{"role":"user","text":"\ninput file: /home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md\nSKILL.md: /home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md\n\n\nHelp me understand and improve this skill file"},{"role":"system","text":"\n\nYou have access to the following skills. When a user's request matches a skill, read its SKILL.md file for detailed instructions before proceeding.\n\nAvailable skills:\n- whisper.cpp: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md for full instructions)\n- ffmpeg: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md for full instructions)\n- fizzy-cli: Manage Fizzy boards, cards, columns, and comments from the command line. Use when the user wants to create, list, update, or organize cards and boards on Fizzy. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/fizzy-cli/SKILL.md for full instructions)\n- mlx.audio: Generate speech from text and transcribe audio using mlx-audio. Use when the user wants text-to-speech synthesis, speech-to-text transcription, voice cloning, audio separation, or speech-to-speech processing on Apple Silicon. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/mlxaudio/SKILL.md for full instructions)\n- sharp: Process images using the sharp Node.js library. Use when the user wants to resize, convert, crop, composite, transform, or optimize images programmatically. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/sharp/SKILL.md for full instructions)\n- mutagen: Read and write audio metadata using the mutagen Python library. Use when the user wants to read, edit, embed, or remove tags (title, artist, album, cover art, lyrics, etc.) in MP3, FLAC, MP4/M4A, OGG, and other audio files. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/mutagen/SKILL.md for full instructions)\n- Convert Audio To MP3: Convert audio files to MP3 320kbps using a shell script. Use when the user wants to convert an artist's audio files (FLAC, WAV, OGG, etc.) to MP3 format. (read /home/pastilhas/projects/officer.dev/monorepo/seed/skills/convert-audio-to-mp3/SKILL.md for full instructions)\n- Isoflow: Generate isometric infrastructure and network diagrams as JSON. Use when the user wants to create architecture diagrams, network topologies, cloud infrastructure visuals, or any isometric diagram using Isoflow. (read /home/pastilhas/projects/officer.dev/data/skills/isoflow/SKILL.md for full instructions)"},{"role":"assistant","text":"\n\nLet me start by reading the skill file."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md"},"toolUseId":"toolu_01H6oNdUQGLC8wo4MACr2pzv","output":" 1→---\n 2→name: whisper.cpp\n 3→description: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file.\n 4→---\n 5→\n 6→# Whisper.cpp\n 7→\n 8→API reference for the whisper.cpp HTTP server running at `http://macmini:8178`.\n 9→\n 10→whisper.cpp is a C/C++ port of OpenAI's Whisper speech recognition model. The server accepts audio files via HTTP and returns transcriptions in various formats.\n 11→\n 12→## Server\n 13→\n 14→- **Base URL:** `http://macmini:8178`\n 15→- **No authentication required**\n 16→\n 17→## Endpoints\n 18→\n 19→### POST /inference\n 20→\n 21→Transcribes an audio file. Accepts `multipart/form-data`.\n 22→\n 23→#### Example\n 24→\n 25→```bash\n 26→curl -s http://macmini:8178/inference \\\n 27→ -F file=\"@/path/to/audio.mp3\" \\\n 28→ -F temperature=\"0.0\" \\\n 29→ -F temperature_inc=\"0.2\" \\\n 30→ -F response_format=\"json\"\n 31→```\n 32→\n 33→#### Parameters\n 34→\n 35→##### File (required)\n 36→\n 37→| Parameter | Type | Description |\n 38→|-----------|------|-------------|\n 39→| `file` | file | Audio file to transcribe. Accepts at least WAV and MP3. |\n 40→\n 41→##### Response Format\n 42→\n 43→| Parameter | Type | Default | Description |\n 44→|-----------|------|---------|-------------|\n 45→| `response_format` | string | `json` | Output format: `json`, `verbose_json` (or `vjson`), `text`, `srt`, `vtt` |\n 46→\n 47→##### Language\n 48→\n 49→| Parameter | Type | Default | Description |\n 50→|-----------|------|---------|-------------|\n 51→| `language` | string | `en` | Spoken language code (e.g. `en`, `pt`, `es`, `fr`). Use `auto` for auto-detection. |\n 52→| `detect_language` | bool | `false` | Exit after detecting the language (no transcription). |\n 53→| `translate` | bool | `false` | Translate from source language to English. |\n 54→\n 55→##### Decoding\n 56→\n 57→| Parameter | Type | Default | Description |\n 58→|-----------|------|---------|-------------|\n 59→| `temperature` | float | `0.0` | Sampling temperature. `0.0` is deterministic. |\n 60→| `temperature_inc` | float | `0.2` | Temperature increment on fallback attempts. |\n 61→| `best_of` | int | `2` | Number of candidate decodings to keep. |\n 62→| `beam_size` | int | `-1` | Beam search size. `-1` disables beam search. |\n 63→| `entropy_thold` | float | `2.40` | Entropy threshold — decoder fails and retries if exceeded. |\n 64→| `logprob_thold` | float | `-1.00` | Log probability threshold for decoder failure. |\n 65→| `no_fallback` | bool | `false` | Disable temperature fallback on decode failure. |\n 66→\n 67→##### Segmentation\n 68→\n 69→| Parameter | Type | Default | Description |\n 70→|-----------|------|---------|-------------|\n 71→| `max_len` | int | `0` | Maximum segment length in characters. `0` for unlimited. |\n 72→| `max_context` | int | `-1` | Maximum text context tokens to store. `-1` for unlimited. |\n 73→| `split_on_word` | bool | `false` | Split segments at word boundaries instead of token boundaries. |\n 74→| `no_timestamps` | bool | `false` | Suppress timestamps in output. |\n 75→| `word_thold` | float | `0.01` | Word timestamp probability threshold. |\n 76→\n 77→##### Audio Processing\n 78→\n 79→| Parameter | Type | Default | Description |\n 80→|-----------|------|---------|-------------|\n 81→| `offset_t` | int | `0` | Time offset in milliseconds — skip this much audio from the start. |\n 82→| `offset_n` | int | `0` | Segment index offset. |\n 83→| `duration` | int | `0` | Duration of audio to process in milliseconds. `0` for all. |\n 84→| `audio_ctx` | int | `0` | Audio context size. `0` for all. |\n 85→\n 86→##### Speaker Diarization\n 87→\n 88→| Parameter | Type | Default | Description |\n 89→|-----------|------|---------|-------------|\n 90→| `diarize` | bool | `false` | Enable speaker diarization (requires stereo audio). |\n 91→| `tinydiarize` | bool | `false` | Enable tinydiarize (requires a tdrz model). |\n 92→\n 93→##### Voice Activity Detection (VAD)\n 94→\n 95→| Parameter | Type | Default | Description |\n 96→|-----------|------|---------|-------------|\n 97→| `vad` | bool | `false` | Enable VAD preprocessing. |\n 98→| `vad_threshold` | float | `0.50` | Speech confidence threshold (0.0–1.0). |\n 99→| `vad_min_speech_duration_ms` | int | `250` | Minimum speech segment duration in ms. |\n 100→| `vad_min_silence_duration_ms` | int | `100` | Minimum silence duration to split segments. |\n 101→| `vad_max_speech_duration_s` | float | `FLT_MAX` | Auto-split segments longer than this (seconds). |\n 102→| `vad_speech_pad_ms` | int | `30` | Padding added around speech segments (ms). |\n 103→| `vad_samples_overlap` | float | `0.10` | Overlap between segments (seconds). |\n 104→\n 105→##### Other\n 106→\n 107→| Parameter | Type | Default | Description |\n 108→|-----------|------|---------|-------------|\n 109→| `prompt` | string | `\"\"` | Initial prompt to condition the model (e.g. for vocabulary hints). |\n 110→| `suppress_nst` | bool | `false` | Suppress non-speech tokens. |\n 111→| `no_context` | bool | `false` | Do not use previous audio context for subsequent segments. |\n 112→| `debug_mode` | bool | `false` | Enable debug output. |\n 113→\n 114→#### Response Formats\n 115→\n 116→##### `json` (default)\n 117→\n 118→Minimal JSON with just the transcribed text.\n 119→\n 120→```json\n 121→{\"text\": \"The transcribed content goes here.\"}\n 122→```\n 123→\n 124→##### `verbose_json` (or `vjson`)\n 125→\n 126→Extended JSON including task type, language, audio duration, per-segment timestamps, token-level timing, confidence scores, and language probability distribution.\n 127→\n 128→##### `text`\n 129→\n 130→Plain text transcription. Includes speaker labels if diarization is enabled.\n 131→\n 132→##### `srt`\n 133→\n 134→SubRip subtitle format with sequential numbering, `HH:MM:SS,mmm` timestamps, and text content.\n 135→\n 136→```\n 137→1\n 138→00:00:00,000 --> 00:00:03,500\n 139→The transcribed content goes here.\n 140→```\n 141→\n 142→##### `vtt`\n 143→\n 144→WebVTT subtitle format with `WEBVTT` header and `HH:MM:SS.mmm` timestamps.\n 145→\n 146→```\n 147→WEBVTT\n 148→\n 149→00:00:00.000 --> 00:00:03.500\n 150→The transcribed content goes here.\n 151→```\n 152→\n 153→### POST /load\n 154→\n 155→Loads a different model file on the server at runtime.\n 156→\n 157→```bash\n 158→curl -s http://macmini:8178/load \\\n 159→ -F model=\"/path/to/model.bin\"\n 160→```\n 161→\n 162→| Parameter | Type | Description |\n 163→|-----------|------|-------------|\n 164→| `model` | string | Path to the model file on the server. |\n 165→\n 166→## Supported Audio Formats\n 167→\n 168→The server accepts at least WAV (16-bit PCM) and MP3 files directly. If the server was started with `--convert`, it can use ffmpeg to handle additional formats (ogg, flac, m4a, etc.).\n 169→\n 170→## Source\n 171→\n 172→- Repository: https://github.com/ggml-org/whisper.cpp\n 173→- Server docs: https://github.com/ggml-org/whisper.cpp/blob/master/examples/server/README.md\n 174→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/TASKS.md"},"toolUseId":"toolu_016ZW4ZM74zkgQrA2kJzT7qp","output":" 1→# Tasks\n 2→\n 3→A task is a set of instructions to accomplish an atomic goal. Each task lives in its own directory under `tasks/` and is defined by a `TASK.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→tasks/\n 9→ /\n 10→ TASK.md\n 11→```\n 12→\n 13→## TASK.md Format\n 14→\n 15→A task file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown instructions).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: Task Name\n 22→description: A short description of what the task does.\n 23→version: 1\n 24→author: pastilhas\n 25→tags:\n 26→ - tag1\n 27→ - tag2\n 28→skills:\n 29→ - skill-name\n 30→trigger:\n 31→ - type: file\n 32→ extensions:\n 33→ - ext1\n 34→ - ext2\n 35→ - type: directory\n 36→inputs:\n 37→ - name: input_name\n 38→ description: What this input is.\n 39→ required: true\n 40→---\n 41→```\n 42→\n 43→#### Fields\n 44→\n 45→| Field | Type | Required | Description |\n 46→|-------|------|----------|-------------|\n 47→| `name` | string | yes | Human-readable name of the task. |\n 48→| `description` | string | yes | Short description of what the task does. |\n 49→| `version` | integer | no | Version number of the task definition. |\n 50→| `author` | string | no | Author of the task. |\n 51→| `tags` | string[] | no | Tags for categorization. |\n 52→| `skills` | string[] | no | Skills required to execute the task. |\n 53→| `trigger` | object[] | no | List of triggers that define when this task is applicable. |\n 54→| `trigger[].type` | string | yes | What the trigger applies to (`file` or `directory`). |\n 55→| `trigger[].extensions` | string[] | no | File extensions that match this trigger. Only applicable when `type` is `file`. |\n 56→| `inputs` | object[] | no | Inputs the task expects. |\n 57→| `inputs[].name` | string | yes | Name of the input parameter. |\n 58→| `inputs[].description` | string | yes | Description of the input. |\n 59→| `inputs[].required` | boolean | no | Whether the input is required. |\n 60→\n 61→### Body\n 62→\n 63→The body contains:\n 64→\n 65→1. **Title** — `# Task Name`, matching the frontmatter `name`.\n 66→2. **Description** — A one-line summary, matching the frontmatter `description`.\n 67→3. **Steps** — An ordered list under `## Steps` describing the instructions to accomplish the task.\n 68→\n 69→### Example\n 70→\n 71→```markdown\n 72→---\n 73→name: Transcribe Audio File\n 74→description: Transcribe an audio file to text using whisper.cpp.\n 75→version: 1\n 76→author: pastilhas\n 77→tags:\n 78→ - audio\n 79→ - transcription\n 80→skills:\n 81→ - whisper.cpp\n 82→trigger:\n 83→ - type: file\n 84→ extensions:\n 85→ - mp3\n 86→ - wav\n 87→ - m4a\n 88→inputs:\n 89→ - name: file_path\n 90→ description: Path to the audio file to transcribe.\n 91→ required: true\n 92→---\n 93→\n 94→# Transcribe Audio File\n 95→\n 96→Transcribe an audio file to text using whisper.cpp.\n 97→\n 98→## Steps\n 99→\n 100→1. First step.\n 101→2. Second step.\n 102→3. Third step.\n 103→```\n 104→","isError":false},{"role":"assistant","text":"Now let me also check if there's a standard format for skill files, similar to the TASKS.md documentation."},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/SKILLS.md"},"toolUseId":"toolu_01VGBbkZyyivJo9YRDx8YvDo","output":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/SKILLS.md","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/*/SKILL.md"},"toolUseId":"toolu_014iBtbzJhcemTrhd3EUwpE9","output":"No files found","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/SKILLS.md"},"toolUseId":"toolu_01Bi9Fs4apMzzs3UQPz3mSfd","output":" 1→# Skills\n 2→\n 3→A skill provides reference documentation for a specific tool or service. Skills are used by tasks to accomplish their goals. Each skill lives in its own directory under `skills/` and is defined by a `SKILL.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→skills/\n 9→ /\n 10→ SKILL.md\n 11→```\n 12→\n 13→## SKILL.md Format\n 14→\n 15→A skill file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown documentation).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: skill-name\n 22→description: What this skill does and when to use it.\n 23→---\n 24→```\n 25→\n 26→#### Fields\n 27→\n 28→| Field | Type | Required | Description |\n 29→|-------|------|----------|-------------|\n 30→| `name` | string | yes | Identifier for the skill. |\n 31→| `description` | string | yes | What the skill does and when to use it. Should include trigger phrases (e.g., \"Use when the user wants to...\"). |\n 32→\n 33→### Body\n 34→\n 35→The body contains reference documentation for the tool or service. The structure varies depending on the type of skill, but typically includes:\n 36→\n 37→- **Title** — `# Skill Name`\n 38→- **Overview** — What the tool is and how it works.\n 39→- **Usage** — How to invoke the tool (endpoints, CLI synopsis, etc.).\n 40→- **Parameters/Options** — Detailed reference tables.\n 41→- **Examples** — Common usage patterns and recipes.\n 42→- **Source** — Links to official documentation and repositories.\n 43→\n 44→### Existing Skills\n 45→\n 46→| Skill | Type | Description |\n 47→|-------|------|-------------|\n 48→| `whisper.cpp` | HTTP API | Speech-to-text transcription via a local whisper.cpp server. |\n 49→| `ffmpeg` | CLI | Audio/video processing, conversion, and analysis. |\n 50→","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/**/SKILL.md"},"toolUseId":"toolu_013TuF8iaytm7Q9rqdajsdGF","output":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/whisper.cpp/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/fizzy-cli/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/mlxaudio/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/sharp/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/mutagen/SKILL.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/skills/convert-audio-to-mp3/SKILL.md","isError":false},{"role":"assistant","text":"Let me look at a couple other skill files to compare quality and patterns."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/ffmpeg/SKILL.md"},"toolUseId":"toolu_01SHHCMRCYSZb2Er8qAeaHTB","output":" 1→---\n 2→name: ffmpeg\n 3→description: Process audio and video files using ffmpeg/ffprobe. Use when the user wants to convert, transcode, trim, merge, extract, resize, compress, or analyze multimedia files.\n 4→---\n 5→\n 6→# FFmpeg\n 7→\n 8→CLI reference for FFmpeg v8.x — a complete, cross-platform solution for recording, converting, and streaming audio and video.\n 9→\n 10→Official docs: https://www.ffmpeg.org/documentation.html\n 11→\n 12→## Tools\n 13→\n 14→| Tool | Purpose |\n 15→|------|---------|\n 16→| `ffmpeg` | Transcode, convert, filter, mux/demux multimedia |\n 17→| `ffprobe` | Analyze and inspect multimedia streams |\n 18→| `ffplay` | Play multimedia files (interactive) |\n 19→\n 20→---\n 21→\n 22→## ffmpeg\n 23→\n 24→### Synopsis\n 25→\n 26→```\n 27→ffmpeg [global_options] {[input_options] -i input_url} ... {[output_options] output_url} ...\n 28→```\n 29→\n 30→Options before `-i` apply to the input; options before the output URL apply to the output.\n 31→\n 32→### Global Options\n 33→\n 34→| Flag | Description |\n 35→|------|-------------|\n 36→| `-y` | Overwrite output files without asking |\n 37→| `-n` | Do not overwrite; exit if output exists |\n 38→| `-hide_banner` | Suppress copyright/build info banner |\n 39→| `-loglevel level` | Set log level: `quiet`, `error`, `warning`, `info` (default), `verbose`, `debug` |\n 40→| `-stats` | Print encoding progress/statistics |\n 41→| `-progress url` | Send machine-readable progress to url |\n 42→| `-report` | Dump full command line and log to a file |\n 43→| `-filter_threads n` | Number of threads for filter processing |\n 44→\n 45→### Input/Output Options\n 46→\n 47→| Flag | Description |\n 48→|------|-------------|\n 49→| `-i url` | Input file URL |\n 50→| `-f fmt` | Force input or output format |\n 51→| `-c[:stream] codec` | Select encoder/decoder; use `copy` for stream copying |\n 52→| `-t duration` | Limit duration (as input: read limit; as output: write limit) |\n 53→| `-to position` | Stop at position (timestamp) |\n 54→| `-ss position` | Seek to position (before `-i`: fast input seek; after: output seek) |\n 55→| `-sseof position` | Seek relative to end of file |\n 56→| `-itsoffset offset` | Set input time offset |\n 57→| `-itsscale scale` | Rescale input timestamps |\n 58→| `-metadata key=value` | Set metadata key/value pair |\n 59→| `-disposition value` | Set stream disposition flags |\n 60→| `-target type` | Specify target type: `vcd`, `svcd`, `dvd`, `dv`, `dv50` |\n 61→| `-stream_loop n` | Loop input stream n times (-1 = infinite) |\n 62→| `-frames[:stream] n` | Stop after n frames |\n 63→| `-fs limit` | Set file size limit in bytes |\n 64→| `-timestamp date` | Set recording timestamp |\n 65→\n 66→### Video Options\n 67→\n 68→| Flag | Description |\n 69→|------|-------------|\n 70→| `-vn` | Disable video |\n 71→| `-vcodec codec` | Set video codec (alias for `-c:v`) |\n 72→| `-r fps` | Set frame rate |\n 73→| `-fpsmax fps` | Set maximum frame rate |\n 74→| `-s WxH` | Set frame size |\n 75→| `-aspect ratio` | Set display aspect ratio (e.g. `16:9`) |\n 76→| `-pix_fmt format` | Set pixel format |\n 77→| `-vf filtergraph` | Apply video filter graph (alias for `-filter:v`) |\n 78→| `-pass n` | Two-pass encoding pass (1 or 2) |\n 79→| `-passlogfile prefix` | Two-pass log file prefix |\n 80→| `-vframes n` | Set number of video frames to output |\n 81→| `-autorotate` | Auto-rotate based on metadata (default on) |\n 82→| `-display_rotation angle` | Set video rotation metadata |\n 83→| `-display_hflip` | Horizontal flip metadata |\n 84→| `-display_vflip` | Vertical flip metadata |\n 85→| `-force_key_frames expr` | Force keyframes at specified times/expression |\n 86→| `-copyinkf` | Copy non-key frames at the beginning during stream copy |\n 87→\n 88→### Audio Options\n 89→\n 90→| Flag | Description |\n 91→|------|-------------|\n 92→| `-an` | Disable audio |\n 93→| `-acodec codec` | Set audio codec (alias for `-c:a`) |\n 94→| `-ar freq` | Set audio sample rate (Hz) |\n 95→| `-ac channels` | Set number of audio channels |\n 96→| `-af filtergraph` | Apply audio filter graph (alias for `-filter:a`) |\n 97→| `-sample_fmt fmt` | Set audio sample format |\n 98→| `-channel_layout layout` | Set audio channel layout |\n 99→| `-aq q` | Set audio quality (codec-specific VBR) |\n 100→| `-aframes n` | Set number of audio frames to output |\n 101→\n 102→### Subtitle Options\n 103→\n 104→| Flag | Description |\n 105→|------|-------------|\n 106→| `-sn` | Disable subtitles |\n 107→| `-scodec codec` | Set subtitle codec (alias for `-c:s`) |\n 108→| `-fix_sub_duration` | Fix subtitle durations to avoid overlap |\n 109→\n 110→### Stream Selection\n 111→\n 112→| Flag | Description |\n 113→|------|-------------|\n 114→| `-map input:stream` | Manually select streams for output |\n 115→| `-dn` | Disable data streams |\n 116→\n 117→Stream specifiers: `v` (video), `V` (video, no images), `a` (audio), `s` (subtitle), `d` (data). Index with `:N` (e.g. `a:0` = first audio).\n 118→\n 119→### Hardware Acceleration\n 120→\n 121→| Flag | Description |\n 122→|------|-------------|\n 123→| `-hwaccel method` | HW accel method: `cuda`, `vaapi`, `qsv`, `vulkan`, `auto` |\n 124→| `-hwaccel_device device` | Select HW device |\n 125→| `-init_hw_device type=name` | Initialize HW device |\n 126→\n 127→---\n 128→\n 129→## ffprobe\n 130→\n 131→### Synopsis\n 132→\n 133→```\n 134→ffprobe [options] input_url\n 135→```\n 136→\n 137→### Main Options\n 138→\n 139→| Flag | Description |\n 140→|------|-------------|\n 141→| `-show_format` | Show container format info |\n 142→| `-show_streams` | Show per-stream info |\n 143→| `-show_packets` | Show per-packet info |\n 144→| `-show_frames` | Show per-frame info |\n 145→| `-show_chapters` | Show chapter info |\n 146→| `-show_programs` | Show program info |\n 147→| `-show_entries section=key1,key2` | Show only specific fields |\n 148→| `-show_error` | Show probe errors |\n 149→| `-select_streams specifier` | Filter to specific streams (e.g. `v:0`, `a`) |\n 150→| `-count_frames` | Count frames per stream |\n 151→| `-count_packets` | Count packets per stream |\n 152→| `-read_intervals intervals` | Analyze specific time ranges |\n 153→\n 154→### Output Formats\n 155→\n 156→Set with `-output_format` (or `-of`, `-print_format`):\n 157→\n 158→| Format | Description |\n 159→|--------|-------------|\n 160→| `default` | `[SECTION] key=value [/SECTION]` |\n 161→| `json` | JSON output (most useful for parsing) |\n 162→| `xml` | XML output |\n 163→| `csv` | Comma-separated values |\n 164→| `flat` | Flat `key=value` per line |\n 165→| `ini` | INI-style sections |\n 166→\n 167→### Display Options\n 168→\n 169→| Flag | Description |\n 170→|------|-------------|\n 171→| `-pretty` | Human-readable units and time formatting |\n 172→| `-unit` | Show value units |\n 173→| `-sexagesimal` | Format times as HH:MM:SS.us |\n 174→| `-hide_banner` | Suppress copyright/build info |\n 175→| `-o output_url` | Write output to file instead of stdout |\n 176→\n 177→---\n 178→\n 179→## Common Codecs\n 180→\n 181→### Video Encoders\n 182→\n 183→#### libx264 (H.264)\n 184→\n 185→| Option | Description |\n 186→|--------|-------------|\n 187→| `-preset` | Speed/quality: `ultrafast`, `superfast`, `veryfast`, `faster`, `fast`, `medium` (default), `slow`, `slower`, `veryslow` |\n 188→| `-crf` | Constant quality: 0 (lossless) to 51 (worst). 18-23 is typical |\n 189→| `-profile:v` | `baseline`, `main`, `high` |\n 190→| `-tune` | `film`, `animation`, `grain`, `stillimage`, `fastdecode`, `zerolatency` |\n 191→| `-b:v` | Target bitrate (e.g. `2M`) |\n 192→\n 193→#### libx265 (H.265/HEVC)\n 194→\n 195→| Option | Description |\n 196→|--------|-------------|\n 197→| `-preset` | Same presets as x264 |\n 198→| `-crf` | 0-51, default 28. Similar quality to x264 at lower bitrate |\n 199→| `-profile:v` | `main`, `main10`, `main12` |\n 200→| `-b:v` | Target bitrate |\n 201→\n 202→#### libvpx-vp9 (VP9)\n 203→\n 204→| Option | Description |\n 205→|--------|-------------|\n 206→| `-crf` | 0-63. 31 is a good default |\n 207→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 208→| `-cpu-used` | Speed: 0 (slowest/best) to 8 (fastest) |\n 209→| `-deadline` | `best`, `good` (default), `realtime` |\n 210→| `-row-mt 1` | Enable row-based multithreading |\n 211→\n 212→#### libsvtav1 (SVT-AV1)\n 213→\n 214→| Option | Description |\n 215→|--------|-------------|\n 216→| `-crf` | 0-63. 30 is a good default |\n 217→| `-preset` | 0 (slowest/best) to 13 (fastest). 8 is a good default |\n 218→| `-b:v` | Target bitrate |\n 219→\n 220→#### libaom-av1 (AOM AV1)\n 221→\n 222→| Option | Description |\n 223→|--------|-------------|\n 224→| `-crf` | 0-63 |\n 225→| `-cpu-used` | 0 (best) to 8 (fastest) |\n 226→| `-b:v` | Target bitrate (set to `0` for pure CRF mode) |\n 227→| `-tiles` | Tile columns x rows for parallelism |\n 228→\n 229→### Audio Encoders\n 230→\n 231→#### aac (Native AAC)\n 232→\n 233→| Option | Description |\n 234→|--------|-------------|\n 235→| `-b:a` | Bitrate: `128k`, `192k`, `256k` |\n 236→| `-profile:a` | `aac_low` (default), `aac_he`, `aac_he_v2` |\n 237→\n 238→#### libmp3lame (MP3)\n 239→\n 240→| Option | Description |\n 241→|--------|-------------|\n 242→| `-b:a` | CBR bitrate: `128k`, `192k`, `320k` |\n 243→| `-q:a` | VBR quality: 0 (best) to 9 (worst). 2 is a good default |\n 244→\n 245→#### libopus (Opus)\n 246→\n 247→| Option | Description |\n 248→|--------|-------------|\n 249→| `-b:a` | Bitrate: `64k` to `256k`. 128k is a good default |\n 250→| `-vbr` | `on` (default), `off`, `constrained` |\n 251→| `-application` | `audio` (default), `voip`, `lowdelay` |\n 252→\n 253→#### libvorbis (Vorbis)\n 254→\n 255→| Option | Description |\n 256→|--------|-------------|\n 257→| `-q:a` | VBR quality: -1 to 10. 5 is a good default |\n 258→| `-b:a` | ABR bitrate |\n 259→\n 260→#### flac (FLAC)\n 261→\n 262→| Option | Description |\n 263→|--------|-------------|\n 264→| `-compression_level` | 0 (fast) to 12 (best). 5 is default |\n 265→\n 266→---\n 267→\n 268→## Common Container Formats\n 269→\n 270→| Format | Extensions | Notes |\n 271→|--------|-----------|-------|\n 272→| `mp4` | .mp4, .m4a, .m4v | Use `-movflags +faststart` for web streaming |\n 273→| `matroska` | .mkv | Supports virtually all codecs |\n 274→| `webm` | .webm | VP8/VP9/AV1 + Vorbis/Opus for web |\n 275→| `avi` | .avi | Legacy; limited codec support |\n 276→| `mpegts` | .ts | Broadcast transport stream |\n 277→| `ogg` | .ogg, .ogv | Vorbis/Opus/Theora container |\n 278→| `wav` | .wav | Uncompressed PCM audio |\n 279→| `flac` | .flac | Lossless audio |\n 280→| `mp3` | .mp3 | MPEG audio layer 3 |\n 281→| `hls` | .m3u8 | HTTP Live Streaming |\n 282→| `dash` | .mpd | DASH adaptive streaming |\n 283→| `gif` | .gif | Animated GIF |\n 284→| `image2` | various | Image sequence input/output |\n 285→| `concat` | text file | Concatenation demuxer (file list) |\n 286→| `null` | — | Discard output (benchmarking) |\n 287→\n 288→---\n 289→\n 290→## Common Video Filters (`-vf`)\n 291→\n 292→| Filter | Description | Example |\n 293→|--------|-------------|---------|\n 294→| `scale=W:H` | Resize video. Use `-1` or `-2` to auto-calculate | `scale=1280:720`, `scale=-2:480` |\n 295→| `crop=W:H:X:Y` | Crop to WxH starting at X,Y | `crop=640:480:100:50` |\n 296→| `pad=W:H:X:Y:color` | Pad video with borders | `pad=1920:1080:(ow-iw)/2:(oh-ih)/2:black` |\n 297→| `overlay=X:Y` | Composite second input over first | `overlay=10:10` |\n 298→| `transpose=N` | Rotate: 0=90ccw+vflip, 1=90cw, 2=90ccw, 3=90cw+vflip | `transpose=1` |\n 299→| `hflip` / `vflip` | Horizontal / vertical flip | `hflip` |\n 300→| `rotate=angle` | Rotate by arbitrary angle (radians) | `rotate=PI/4` |\n 301→| `fps=N` | Change frame rate | `fps=30` |\n 302→| `setpts=expr` | Modify presentation timestamps | `setpts=0.5*PTS` (2x speed) |\n 303→| `trim=start:end` | Extract time range | `trim=start=10:end=20` |\n 304→| `drawtext=opts` | Overlay text | `drawtext=text='Hello':fontsize=24:x=10:y=10` |\n 305→| `fade=t=type:st=S:d=D` | Fade in/out | `fade=t=in:st=0:d=2` |\n 306→| `eq=opts` | Adjust brightness/contrast/saturation | `eq=brightness=0.1:contrast=1.2` |\n 307→| `format=pix_fmt` | Convert pixel format | `format=yuv420p` |\n 308→| `concat=n:v:a` | Concatenate segments | `concat=n=2:v=1:a=1` |\n 309→| `split` / `select` | Duplicate / select frames | `select='eq(pict_type,I)'` |\n 310→| `deinterlace` / `yadif` | Remove interlacing | `yadif=1` |\n 311→| `boxblur=R` | Apply box blur | `boxblur=5:1` |\n 312→| `subtitles=file` | Burn in subtitles from file | `subtitles=subs.srt` |\n 313→| `palettegen` / `paletteuse` | Generate/apply palette for GIF | Used in two-pass GIF creation |\n 314→| `colorchannelmixer` | Mix color channels | `colorchannelmixer=.3:.4:.3:0:.3:.4:.3:0:.3:.4:.3` (grayscale) |\n 315→\n 316→## Common Audio Filters (`-af`)\n 317→\n 318→| Filter | Description | Example |\n 319→|--------|-------------|---------|\n 320→| `volume=V` | Adjust volume | `volume=1.5`, `volume=-3dB` |\n 321→| `loudnorm` | EBU R128 loudness normalization | `loudnorm=I=-16:TP=-1.5:LRA=11` |\n 322→| `atempo=T` | Change tempo (0.5-100.0) | `atempo=2.0` (2x speed) |\n 323→| `aresample=rate` | Resample audio | `aresample=44100` |\n 324→| `amerge` | Merge audio channels | `amerge=inputs=2` |\n 325→| `afade=t=type:st=S:d=D` | Audio fade in/out | `afade=t=in:st=0:d=3` |\n 326→| `highpass=f=freq` | High-pass filter | `highpass=f=200` |\n 327→| `lowpass=f=freq` | Low-pass filter | `lowpass=f=3000` |\n 328→| `equalizer=f:t:w:g` | Parametric EQ | `equalizer=f=1000:t=q:w=1:g=5` |\n 329→| `acompressor` | Dynamic range compression | `acompressor=threshold=-20dB:ratio=4` |\n 330→| `silenceremove` | Remove silence | `silenceremove=1:0:-50dB` |\n 331→| `silencedetect` | Detect silence | `silencedetect=n=-30dB:d=2` |\n 332→| `adelay=delays` | Delay audio channels | `adelay=1000\\|1000` (ms) |\n 333→| `aecho=id:ig:delays:decays` | Add echo effect | `aecho=0.8:0.88:60:0.4` |\n 334→| `pan=layout:gains` | Remix channels | `pan=mono\\|c0=0.5*c0+0.5*c1` |\n 335→\n 336→---\n 337→\n 338→## Common Recipes\n 339→\n 340→### Convert format\n 341→\n 342→```bash\n 343→ffmpeg -i input.mkv output.mp4\n 344→```\n 345→\n 346→### Transcode with CRF quality\n 347→\n 348→```bash\n 349→ffmpeg -i input.mp4 -c:v libx264 -crf 20 -c:a aac -b:a 192k output.mp4\n 350→```\n 351→\n 352→### Extract audio\n 353→\n 354→```bash\n 355→ffmpeg -i video.mp4 -vn -c:a copy audio.m4a\n 356→```\n 357→\n 358→### Extract video (no audio)\n 359→\n 360→```bash\n 361→ffmpeg -i input.mp4 -an -c:v copy output.mp4\n 362→```\n 363→\n 364→### Trim / cut\n 365→\n 366→```bash\n 367→ffmpeg -ss 00:01:30 -to 00:03:00 -i input.mp4 -c copy output.mp4\n 368→```\n 369→\n 370→### Resize video\n 371→\n 372→```bash\n 373→ffmpeg -i input.mp4 -vf \"scale=1280:720\" -c:a copy output.mp4\n 374→```\n 375→\n 376→### Compress video (lower quality)\n 377→\n 378→```bash\n 379→ffmpeg -i input.mp4 -c:v libx264 -crf 28 -preset fast -c:a aac -b:a 128k output.mp4\n 380→```\n 381→\n 382→### Two-pass encoding\n 383→\n 384→```bash\n 385→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 1 -f null /dev/null\n 386→ffmpeg -i input.mp4 -c:v libx264 -b:v 2M -pass 2 output.mp4\n 387→```\n 388→\n 389→### Concatenate files (concat demuxer)\n 390→\n 391→```bash\n 392→# files.txt contains:\n 393→# file 'part1.mp4'\n 394→# file 'part2.mp4'\n 395→ffmpeg -f concat -safe 0 -i files.txt -c copy output.mp4\n 396→```\n 397→\n 398→### Add subtitles (burn-in)\n 399→\n 400→```bash\n 401→ffmpeg -i input.mp4 -vf \"subtitles=subs.srt\" output.mp4\n 402→```\n 403→\n 404→### Create GIF\n 405→\n 406→```bash\n 407→ffmpeg -i input.mp4 -vf \"fps=10,scale=320:-1:flags=lanczos,split[s0][s1];[s0]palettegen[p];[s1][p]paletteuse\" output.gif\n 408→```\n 409→\n 410→### Add watermark / overlay\n 411→\n 412→```bash\n 413→ffmpeg -i video.mp4 -i logo.png -filter_complex \"overlay=10:10\" output.mp4\n 414→```\n 415→\n 416→### Change speed (video + audio)\n 417→\n 418→```bash\n 419→ffmpeg -i input.mp4 -vf \"setpts=0.5*PTS\" -af \"atempo=2.0\" output.mp4\n 420→```\n 421→\n 422→### Extract frames as images\n 423→\n 424→```bash\n 425→ffmpeg -i input.mp4 -vf \"fps=1\" frame_%04d.png\n 426→```\n 427→\n 428→### Merge audio and video\n 429→\n 430→```bash\n 431→ffmpeg -i video.mp4 -i audio.m4a -c:v copy -c:a copy -shortest output.mp4\n 432→```\n 433→\n 434→### Normalize audio loudness\n 435→\n 436→```bash\n 437→ffmpeg -i input.mp4 -af \"loudnorm=I=-16:TP=-1.5:LRA=11\" -c:v copy output.mp4\n 438→```\n 439→\n 440→### Convert to web-optimized MP4\n 441→\n 442→```bash\n 443→ffmpeg -i input.mp4 -c:v libx264 -crf 23 -preset medium -c:a aac -b:a 128k -movflags +faststart output.mp4\n 444→```\n 445→\n 446→### Probe file info (JSON)\n 447→\n 448→```bash\n 449→ffprobe -v quiet -print_format json -show_format -show_streams input.mp4\n 450→```\n 451→\n 452→### Get duration only\n 453→\n 454→```bash\n 455→ffprobe -v quiet -show_entries format=duration -of default=noprint_wrappers=1:nokey=1 input.mp4\n 456→```\n 457→\n 458→### Get resolution only\n 459→\n 460→```bash\n 461→ffprobe -v quiet -select_streams v:0 -show_entries stream=width,height -of csv=s=x:p=0 input.mp4\n 462→```\n 463→\n 464→---\n 465→\n 466→## Source\n 467→\n 468→- Website: https://ffmpeg.org/\n 469→- Documentation: https://www.ffmpeg.org/documentation.html\n 470→- CLI reference: https://www.ffmpeg.org/ffmpeg.html\n 471→- Filters reference: https://www.ffmpeg.org/ffmpeg-filters.html\n 472→- Codecs reference: https://www.ffmpeg.org/ffmpeg-codecs.html\n 473→- Formats reference: https://www.ffmpeg.org/ffmpeg-formats.html\n 474→- Wiki: https://trac.ffmpeg.org/wiki\n 475→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/skills/sharp/SKILL.md"},"toolUseId":"toolu_017oEb4meiH27zdBGaMvyVMX","output":" 1→---\n 2→name: sharp\n 3→description: Process images using the sharp Node.js library. Use when the user wants to resize, convert, crop, composite, transform, or optimize images programmatically.\n 4→---\n 5→\n 6→# Sharp\n 7→\n 8→API reference for sharp — a high-performance Node.js image processing library built on libvips.\n 9→\n 10→Typically 4-5x faster than ImageMagick/GraphicsMagick. Supports JPEG, PNG, WebP, GIF, AVIF, TIFF, SVG, HEIF, JP2, and JXL.\n 11→\n 12→Official docs: https://sharp.pixelplumbing.com\n 13→Repository: https://github.com/lovell/sharp\n 14→\n 15→## Installation\n 16→\n 17→```bash\n 18→npm install sharp\n 19→```\n 20→\n 21→Requires Node.js ^18.17.0 or >= 20.3.0 (or Deno/Bun with Node-API v9).\n 22→\n 23→## Usage\n 24→\n 25→Sharp uses a fluent, chainable API. Every call returns a Sharp instance.\n 26→\n 27→```js\n 28→import sharp from 'sharp';\n 29→\n 30→await sharp('input.jpg')\n 31→ .resize(800, 600)\n 32→ .jpeg({ quality: 80 })\n 33→ .toFile('output.jpg');\n 34→```\n 35→\n 36→Sharp implements `stream.Duplex` — it can be piped to/from.\n 37→\n 38→---\n 39→\n 40→## Constructor\n 41→\n 42→```js\n 43→sharp([input], [options])\n 44→```\n 45→\n 46→- `input` (Buffer | string | Array): Image buffer, file path, array of inputs, or omit for stream input.\n 47→\n 48→### Options\n 49→\n 50→| Option | Type | Default | Description |\n 51→|--------|------|---------|-------------|\n 52→| `failOn` | string | `'warning'` | `'none'`, `'truncated'`, `'error'`, `'warning'` |\n 53→| `limitInputPixels` | number \\| boolean | `268402689` | Max pixels; `false` to disable |\n 54→| `unlimited` | boolean | `false` | Remove memory safety for JPEG/PNG/SVG/HEIF |\n 55→| `autoOrient` | boolean | `false` | Auto-rotate per EXIF Orientation |\n 56→| `sequentialRead` | boolean | `true` | Sequential vs random access |\n 57→| `density` | number | `72` | DPI for vector images (1-100000) |\n 58→| `ignoreIcc` | boolean | `false` | Ignore embedded ICC profile |\n 59→| `pages` | number | `1` | Pages to extract; `-1` for all |\n 60→| `page` | number | `0` | Starting page (zero-based) |\n 61→| `animated` | boolean | `false` | Read all frames (equiv. `pages: -1`) |\n 62→\n 63→### Raw Input\n 64→\n 65→```js\n 66→sharp(buffer, { raw: { width: 100, height: 100, channels: 4 } })\n 67→```\n 68→\n 69→| Property | Type | Description |\n 70→|----------|------|-------------|\n 71→| `width` | number | Pixel width |\n 72→| `height` | number | Pixel height |\n 73→| `channels` | number | 1-4 |\n 74→| `premultiplied` | boolean | Skip premultiplication (default `false`) |\n 75→\n 76→### Create New Image\n 77→\n 78→```js\n 79→sharp({ create: { width: 300, height: 200, channels: 4, background: '#ff0000' } })\n 80→```\n 81→\n 82→| Property | Type | Description |\n 83→|----------|------|-------------|\n 84→| `width` | number | Pixel width |\n 85→| `height` | number | Pixel height |\n 86→| `channels` | number | 3 (RGB) or 4 (RGBA) |\n 87→| `background` | string \\| Object | Color (parsed by color module) |\n 88→| `noise` | Object | `{ type: 'gaussian', mean: 128, sigma: 30 }` |\n 89→\n 90→### Render Text\n 91→\n 92→```js\n 93→sharp({ text: { text: 'Hello', font: 'Arial', dpi: 150 } })\n 94→```\n 95→\n 96→| Property | Type | Default | Description |\n 97→|----------|------|---------|-------------|\n 98→| `text` | string | -- | UTF-8; supports Pango markup |\n 99→| `font` | string | -- | Font name |\n 100→| `fontfile` | string | -- | Absolute path to font file |\n 101→| `width` | number | `0` | Word-wrap boundary; 0 = no wrap |\n 102→| `height` | number | `0` | Max height |\n 103→| `align` | string | `'left'` | `'left'`, `'centre'`, `'center'`, `'right'` |\n 104→| `justify` | boolean | `false` | Text justification |\n 105→| `dpi` | number | `72` | Render resolution |\n 106→| `rgba` | boolean | `false` | RGBA for color emoji/Pango markup |\n 107→| `spacing` | number | `0` | Line height in points |\n 108→| `wrap` | string | `'word'` | `'word'`, `'char'`, `'word-char'`, `'none'` |\n 109→\n 110→### Join Array\n 111→\n 112→```js\n 113→sharp([img1, img2, img3], { join: { across: 3, shim: 10 } })\n 114→```\n 115→\n 116→| Property | Type | Default | Description |\n 117→|----------|------|---------|-------------|\n 118→| `across` | number | `1` | Images per row |\n 119→| `animated` | boolean | `false` | Join as animated image |\n 120→| `shim` | number | `0` | Pixel gap between images |\n 121→| `background` | string \\| Object | -- | Gap fill color |\n 122→| `halign` | string | `'left'` | `'left'`, `'centre'`, `'right'` |\n 123→| `valign` | string | `'top'` | `'top'`, `'centre'`, `'bottom'` |\n 124→\n 125→### Clone\n 126→\n 127→```js\n 128→const pipeline = sharp('input.jpg');\n 129→const clone1 = pipeline.clone().resize(200).toFile('thumb.jpg');\n 130→const clone2 = pipeline.clone().resize(800).toFile('large.jpg');\n 131→```\n 132→\n 133→---\n 134→\n 135→## Resize\n 136→\n 137→```js\n 138→.resize([width], [height], [options])\n 139→```\n 140→\n 141→| Option | Type | Default | Description |\n 142→|--------|------|---------|-------------|\n 143→| `width` | number | -- | Target width (null to auto-scale) |\n 144→| `height` | number | -- | Target height (null to auto-scale) |\n 145→| `fit` | string | `'cover'` | `'cover'`, `'contain'`, `'fill'`, `'inside'`, `'outside'` |\n 146→| `position` | string | `'centre'` | Gravity/position for cover/contain |\n 147→| `background` | string \\| Object | `{r:0,g:0,b:0,alpha:1}` | Fill color for `contain` |\n 148→| `kernel` | string | `'lanczos3'` | `'nearest'`, `'linear'`, `'cubic'`, `'mitchell'`, `'lanczos2'`, `'lanczos3'` |\n 149→| `withoutEnlargement` | boolean | `false` | Don't upscale |\n 150→| `withoutReduction` | boolean | `false` | Don't downscale |\n 151→| `fastShrinkOnLoad` | boolean | `true` | JPEG/WebP shrink-on-load |\n 152→\n 153→**Fit modes:**\n 154→- `cover` — crop to fill both dimensions\n 155→- `contain` — letterbox within dimensions\n 156→- `fill` — stretch to exact dimensions (ignores aspect ratio)\n 157→- `inside` — fit within, no exceeding\n 158→- `outside` — minimum size meeting both dimensions\n 159→\n 160→**Position values:** `top`, `right top`, `right`, `right bottom`, `bottom`, `left bottom`, `left`, `left top`, `north`, `northeast`, `east`, `southeast`, `south`, `southwest`, `west`, `northwest`, `centre`/`center`\n 161→\n 162→**Strategy (cover only):** `entropy`, `attention`\n 163→\n 164→Only one resize per pipeline.\n 165→\n 166→---\n 167→\n 168→## Operations\n 169→\n 170→### Rotation & Orientation\n 171→\n 172→| Method | Description |\n 173→|--------|-------------|\n 174→| `.rotate([angle], [options])` | Rotate by degrees; omit angle for EXIF auto-rotate. `options.background` for fill color |\n 175→| `.autoOrient()` | Auto-orient from EXIF, then remove Orientation tag |\n 176→| `.flip([flip])` | Vertical mirror (default `true`) |\n 177→| `.flop([flop])` | Horizontal mirror (default `true`) |\n 178→\n 179→### Transform\n 180→\n 181→| Method | Description |\n 182→|--------|-------------|\n 183→| `.affine(matrix, [options])` | 2x2 affine transform. Options: `background`, `idx`, `idy`, `odx`, `ody`, `interpolator` |\n 184→| `.extend(extend)` | Add padding. Number for uniform, or `{ top, right, bottom, left, extendWith, background }`. `extendWith`: `'background'`, `'copy'`, `'repeat'`, `'mirror'` |\n 185→| `.extract({ left, top, width, height })` | Crop region. Can be called before and/or after resize |\n 186→| `.trim([options])` | Auto-crop to content. Options: `background` (default top-left pixel), `threshold` (default `10`), `lineArt` |\n 187→\n 188→### Enhancement\n 189→\n 190→| Method | Description |\n 191→|--------|-------------|\n 192→| `.sharpen([options])` | Sharpen. `options.sigma` (0.000001-10), `.m1` (flat), `.m2` (jagged), `.x1`, `.y2`, `.y3` |\n 193→| `.blur([options])` | No args: 3x3 box blur. `options.sigma` (0.3-1000) for Gaussian. Options: `precision`, `minAmplitude` |\n 194→| `.median([size])` | Median filter, default 3x3 |\n 195→| `.gamma([gamma], [gammaOut])` | Gamma correction (1.0-3.0, default 2.2) |\n 196→| `.normalise([options])` | Stretch luminance. `options.lower` (default `1`), `.upper` (default `99`) percentiles |\n 197→| `.clahe({ width, height, [maxSlope] })` | Contrast Limited Adaptive Histogram Equalization |\n 198→\n 199→### Morphology\n 200→\n 201→| Method | Description |\n 202→|--------|-------------|\n 203→| `.dilate([width])` | Dilation, default 1px |\n 204→| `.erode([width])` | Erosion, default 1px |\n 205→\n 206→### Pixel Operations\n 207→\n 208→| Method | Description |\n 209→|--------|-------------|\n 210→| `.negate([options])` | Invert colors. `options.alpha` (default `true`) |\n 211→| `.threshold([value], [options])` | Binarize at threshold (0-255, default 128). `options.greyscale` (default `true`) |\n 212→| `.boolean(operand, operator)` | Bitwise op with another image: `'and'`, `'or'`, `'eor'` |\n 213→| `.linear([a], [b])` | Per-channel linear transform: `a * pixel + b` |\n 214→| `.recomb(matrix)` | 3x3 or 4x4 color recombination matrix |\n 215→| `.modulate([options])` | Adjust `brightness` (multiply), `saturation` (multiply), `hue` (degrees), `lightness` (add) |\n 216→| `.convolve(kernel)` | Custom convolution: `{ width, height, kernel, scale, offset }` |\n 217→| `.flatten([options])` | Merge alpha with `options.background`, remove alpha |\n 218→| `.unflatten()` | Add alpha; white becomes transparent (experimental) |\n 219→\n 220→---\n 221→\n 222→## Colour\n 223→\n 224→| Method | Description |\n 225→|--------|-------------|\n 226→| `.tint(color)` | Apply tint, preserving alpha |\n 227→| `.greyscale([bool])` | Convert to 8-bit greyscale (alias: `.grayscale()`) |\n 228→| `.pipelineColourspace(space)` | Set pipeline colorspace (e.g. `'rgb16'`, `'lab'`, `'grey16'`) |\n 229→| `.toColourspace(space)` | Set output colorspace (e.g. `'srgb'`, `'cmyk'`, `'b-w'`) |\n 230→\n 231→---\n 232→\n 233→## Channel\n 234→\n 235→| Method | Description |\n 236→|--------|-------------|\n 237→| `.removeAlpha()` | Remove alpha channel |\n 238→| `.ensureAlpha([alpha])` | Add alpha if missing. `alpha`: 0 (transparent) to 1 (opaque, default) |\n 239→| `.extractChannel(channel)` | Extract single channel: `0`-`3` or `'red'`, `'green'`, `'blue'`, `'alpha'` |\n 240→| `.joinChannel(images, [options])` | Add channel(s) from other image(s) |\n 241→| `.bandbool(op)` | Bitwise across all bands: `'and'`, `'or'`, `'eor'` |\n 242→\n 243→---\n 244→\n 245→## Composite\n 246→\n 247→```js\n 248→.composite(images)\n 249→```\n 250→\n 251→Overlay images onto the pipeline image. `images` is an array of objects:\n 252→\n 253→| Property | Type | Default | Description |\n 254→|----------|------|---------|-------------|\n 255→| `input` | Buffer \\| string | -- | Image data, file path, or `create`/`text` object |\n 256→| `blend` | string | `'over'` | Blend mode |\n 257→| `gravity` | string | `'centre'` | Placement gravity |\n 258→| `top` | number | -- | Pixel offset from top (overrides gravity) |\n 259→| `left` | number | -- | Pixel offset from left (overrides gravity) |\n 260→| `tile` | boolean | `false` | Repeat overlay across image |\n 261→| `premultiplied` | boolean | `false` | Skip premultiplication |\n 262→| `density` | number | `72` | DPI for vector overlays |\n 263→\n 264→**Blend modes:** `over`, `multiply`, `screen`, `overlay`, `darken`, `lighten`, `hard-light`, `soft-light`, `difference`, `exclusion`, `colour-dodge`, `colour-burn`, `add`, `saturate`, `clear`, `source`, `in`, `out`, `atop`, `dest`, `dest-over`, `dest-in`, `dest-out`, `dest-atop`, `xor`\n 265→\n 266→```js\n 267→await sharp('base.png')\n 268→ .composite([{ input: 'overlay.png', gravity: 'southeast' }])\n 269→ .toFile('output.png');\n 270→```\n 271→\n 272→---\n 273→\n 274→## Output\n 275→\n 276→### Write to File\n 277→\n 278→```js\n 279→await sharp('input.jpg').resize(800).toFile('output.jpg');\n 280→```\n 281→\n 282→Format inferred from extension. Returns `{ format, size, width, height, channels, premultiplied }`.\n 283→\n 284→### Write to Buffer\n 285→\n 286→```js\n 287→const buffer = await sharp('input.jpg').resize(800).toBuffer();\n 288→// or with info:\n 289→const { data, info } = await sharp('input.jpg').resize(800).toBuffer({ resolveWithObject: true });\n 290→```\n 291→\n 292→### Format Methods\n 293→\n 294→#### JPEG\n 295→\n 296→```js\n 297→.jpeg([options])\n 298→```\n 299→\n 300→| Option | Type | Default | Description |\n 301→|--------|------|---------|-------------|\n 302→| `quality` | number | `80` | 1-100 |\n 303→| `progressive` | boolean | `false` | Progressive JPEG |\n 304→| `chromaSubsampling` | string | `'4:2:0'` | `'4:2:0'` or `'4:4:4'` |\n 305→| `mozjpeg` | boolean | `false` | MozJPEG optimizations |\n 306→| `force` | boolean | `true` | Force JPEG output |\n 307→\n 308→#### PNG\n 309→\n 310→```js\n 311→.png([options])\n 312→```\n 313→\n 314→| Option | Type | Default | Description |\n 315→|--------|------|---------|-------------|\n 316→| `progressive` | boolean | `false` | Progressive (interlace) |\n 317→| `compressionLevel` | number | `6` | 0-9 |\n 318→| `adaptiveFiltering` | boolean | `false` | Adaptive row filtering |\n 319→| `palette` | boolean | `false` | Quantise to palette |\n 320→| `quality` | number | `100` | Palette quality (1-100) |\n 321→| `effort` | number | `7` | CPU effort (1-10, palette mode) |\n 322→| `colours`/`colors` | number | `256` | Max palette colors (2-256) |\n 323→| `dither` | number | `1.0` | Floyd-Steinberg dithering level |\n 324→| `force` | boolean | `true` | Force PNG output |\n 325→\n 326→#### WebP\n 327→\n 328→```js\n 329→.webp([options])\n 330→```\n 331→\n 332→| Option | Type | Default | Description |\n 333→|--------|------|---------|-------------|\n 334→| `quality` | number | `80` | 1-100 |\n 335→| `alphaQuality` | number | `100` | 0-100 |\n 336→| `lossless` | boolean | `false` | Lossless compression |\n 337→| `nearLossless` | boolean | `false` | Near-lossless mode |\n 338→| `smartSubsample` | boolean | `false` | Smart chroma subsampling |\n 339→| `preset` | string | `'default'` | `'default'`, `'photo'`, `'picture'`, `'drawing'`, `'icon'`, `'text'` |\n 340→| `effort` | number | `4` | 0-6 |\n 341→| `loop` | number | `0` | Animation loops (0 = infinite) |\n 342→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 343→| `force` | boolean | `true` | Force WebP output |\n 344→\n 345→#### AVIF\n 346→\n 347→```js\n 348→.avif([options])\n 349→```\n 350→\n 351→| Option | Type | Default | Description |\n 352→|--------|------|---------|-------------|\n 353→| `quality` | number | `50` | 1-100 |\n 354→| `lossless` | boolean | `false` | Lossless mode |\n 355→| `effort` | number | `4` | 0-9 |\n 356→| `chromaSubsampling` | string | `'4:4:4'` | Chroma subsampling |\n 357→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 358→\n 359→#### GIF\n 360→\n 361→```js\n 362→.gif([options])\n 363→```\n 364→\n 365→| Option | Type | Default | Description |\n 366→|--------|------|---------|-------------|\n 367→| `reuse` | boolean | `true` | Reuse palette |\n 368→| `progressive` | boolean | `false` | Progressive (interlace) |\n 369→| `colours`/`colors` | number | `256` | 2-256 |\n 370→| `effort` | number | `7` | 1-10 |\n 371→| `dither` | number | `1.0` | 0-1 |\n 372→| `loop` | number | `0` | 0 = infinite |\n 373→| `delay` | number \\| Array | -- | Frame delay(s) in ms |\n 374→| `force` | boolean | `true` | Force GIF output |\n 375→\n 376→#### TIFF\n 377→\n 378→```js\n 379→.tiff([options])\n 380→```\n 381→\n 382→| Option | Type | Default | Description |\n 383→|--------|------|---------|-------------|\n 384→| `quality` | number | `80` | 1-100 |\n 385→| `compression` | string | `'jpeg'` | `'none'`, `'jpeg'`, `'deflate'`, `'packbits'`, `'lzw'`, `'webp'`, `'zstd'`, `'jp2k'`, `'ccittfax4'` |\n 386→| `predictor` | string | `'horizontal'` | `'none'`, `'horizontal'`, `'float'` |\n 387→| `pyramid` | boolean | `false` | Write image pyramid |\n 388→| `tile` | boolean | `false` | Tiled TIFF |\n 389→| `tileWidth` | number | `256` | Tile width |\n 390→| `tileHeight` | number | `256` | Tile height |\n 391→| `bitdepth` | number | `8` | 1, 2, 4, or 8 |\n 392→| `force` | boolean | `true` | Force TIFF output |\n 393→\n 394→#### HEIF\n 395→\n 396→```js\n 397→.heif({ compression: 'hevc' })\n 398→```\n 399→\n 400→| Option | Type | Default | Description |\n 401→|--------|------|---------|-------------|\n 402→| `compression` | string | required | `'av1'` or `'hevc'` |\n 403→| `quality` | number | `50` | 1-100 |\n 404→| `lossless` | boolean | `false` | Lossless mode |\n 405→| `effort` | number | `4` | 0-9 |\n 406→| `bitdepth` | number | `8` | 8, 10, or 12 |\n 407→\n 408→#### Raw\n 409→\n 410→```js\n 411→.raw([options])\n 412→```\n 413→\n 414→- `options.depth` (string, default `'uchar'`): `'char'`, `'uchar'`, `'short'`, `'ushort'`, `'int'`, `'uint'`, `'float'`, `'double'`\n 415→\n 416→#### Tile (DZI / Zoomify / IIIF)\n 417→\n 418→```js\n 419→.tile([options])\n 420→```\n 421→\n 422→| Option | Type | Default | Description |\n 423→|--------|------|---------|-------------|\n 424→| `size` | number | `256` | Tile size (1-8192) |\n 425→| `overlap` | number | `0` | Tile overlap (0-8192) |\n 426→| `layout` | string | `'dz'` | `'dz'`, `'iiif'`, `'iiif3'`, `'zoomify'`, `'google'` |\n 427→| `container` | string | `'fs'` | `'fs'` or `'zip'` |\n 428→| `angle` | number | `0` | Rotation (multiple of 90) |\n 429→| `background` | string \\| Object | white | Fill color |\n 430→\n 431→---\n 432→\n 433→## Metadata & Stats\n 434→\n 435→### metadata()\n 436→\n 437→```js\n 438→const meta = await sharp('input.jpg').metadata();\n 439→```\n 440→\n 441→Returns without decoding pixels:\n 442→\n 443→| Property | Type | Description |\n 444→|----------|------|-------------|\n 445→| `format` | string | `'jpeg'`, `'png'`, `'webp'`, `'gif'`, `'svg'`, etc. |\n 446→| `width` | number | Pixel width |\n 447→| `height` | number | Pixel height |\n 448→| `space` | string | Color space (`'srgb'`, `'rgb'`, `'cmyk'`, `'b-w'`, etc.) |\n 449→| `channels` | number | Band count |\n 450→| `depth` | string | Pixel depth (`'uchar'`, `'ushort'`, `'float'`, etc.) |\n 451→| `density` | number | DPI |\n 452→| `chromaSubsampling` | string | e.g. `'4:2:0'` |\n 453→| `isProgressive` | boolean | Progressive/interlaced |\n 454→| `hasAlpha` | boolean | Has alpha channel |\n 455→| `hasProfile` | boolean | Has ICC profile |\n 456→| `orientation` | number | EXIF orientation (1-8) |\n 457→| `pages` | number | Page count |\n 458→| `size` | number | Total bytes (Buffer/Stream input) |\n 459→| `exif` | Buffer | Raw EXIF |\n 460→| `icc` | Buffer | ICC profile |\n 461→| `xmp` | Buffer | XMP data |\n 462→\n 463→### stats()\n 464→\n 465→```js\n 466→const stats = await sharp('input.jpg').stats();\n 467→```\n 468→\n 469→Returns pixel-derived statistics:\n 470→\n 471→| Property | Type | Description |\n 472→|----------|------|-------------|\n 473→| `channels` | Array | Per-channel: `min`, `max`, `sum`, `mean`, `stdev`, `minX`, `minY`, `maxX`, `maxY` |\n 474→| `isOpaque` | boolean | Fully opaque |\n 475→| `entropy` | number | Greyscale entropy |\n 476→| `sharpness` | number | Laplacian sharpness |\n 477→| `dominant` | Object | Dominant sRGB color |\n 478→\n 479→---\n 480→\n 481→## Metadata Preservation\n 482→\n 483→By default, sharp strips all metadata and converts to sRGB.\n 484→\n 485→| Method | Description |\n 486→|--------|-------------|\n 487→| `.keepMetadata()` | Preserve all metadata (EXIF, ICC, XMP, IPTC) |\n 488→| `.keepExif()` | Preserve EXIF only |\n 489→| `.withExif(exif)` | Set EXIF (replaces input). Object keyed by IFD |\n 490→| `.withExifMerge(exif)` | Merge with existing EXIF |\n 491→| `.keepIccProfile()` | Preserve ICC profile |\n 492→| `.withIccProfile(icc, [options])` | Set ICC: path or `'srgb'`, `'p3'`, `'cmyk'` |\n 493→| `.keepXmp()` | Preserve XMP |\n 494→| `.withXmp(xmp)` | Set XMP (XML string) |\n 495→| `.withMetadata([options])` | Preserve most metadata. Options: `orientation`, `density` |\n 496→\n 497→---\n 498→\n 499→## Timeout\n 500→\n 501→```js\n 502→.timeout({ seconds: 30 })\n 503→```\n 504→\n 505→Abort processing after N seconds. `0` = no timeout (default).\n 506→\n 507→---\n 508→\n 509→## Utility (Static)\n 510→\n 511→| Property/Method | Description |\n 512→|-----------------|-------------|\n 513→| `sharp.format` | Object with available input/output format booleans |\n 514→| `sharp.versions` | Version info for sharp, libvips, dependencies |\n 515→| `sharp.interpolators` | Enum: `nearest`, `bilinear`, `bicubic`, `lbb`, `nohalo`, `vsqbs` |\n 516→| `sharp.cache([options])` | Get/set cache: `{ memory: 50, files: 20, items: 100 }` |\n 517→| `sharp.concurrency([n])` | Get/set thread count (default: CPU cores) |\n 518→| `sharp.counters()` | Returns `{ queue, process }` |\n 519→| `sharp.simd([bool])` | Enable/disable SIMD (default `true`) |\n 520→| `sharp.block({ operation })` | Block specific operations |\n 521→| `sharp.unblock({ operation })` | Unblock operations |\n 522→\n 523→---\n 524→\n 525→## Common Recipes\n 526→\n 527→### Resize and convert format\n 528→\n 529→```js\n 530→await sharp('input.png')\n 531→ .resize(800, 600)\n 532→ .webp({ quality: 80 })\n 533→ .toFile('output.webp');\n 534→```\n 535→\n 536→### Resize to fit within bounds (no upscale)\n 537→\n 538→```js\n 539→await sharp('input.jpg')\n 540→ .resize(1200, 800, { fit: 'inside', withoutEnlargement: true })\n 541→ .toFile('output.jpg');\n 542→```\n 543→\n 544→### Create thumbnail (cover crop)\n 545→\n 546→```js\n 547→await sharp('input.jpg')\n 548→ .resize(250, 250, { fit: 'cover', position: 'attention' })\n 549→ .toFile('thumb.jpg');\n 550→```\n 551→\n 552→### Crop region\n 553→\n 554→```js\n 555→await sharp('input.jpg')\n 556→ .extract({ left: 100, top: 50, width: 400, height: 300 })\n 557→ .toFile('cropped.jpg');\n 558→```\n 559→\n 560→### Add watermark overlay\n 561→\n 562→```js\n 563→await sharp('photo.jpg')\n 564→ .composite([{ input: 'watermark.png', gravity: 'southeast' }])\n 565→ .toFile('watermarked.jpg');\n 566→```\n 567→\n 568→### Composite text overlay\n 569→\n 570→```js\n 571→await sharp('photo.jpg')\n 572→ .composite([{\n 573→ input: { text: { text: 'Hello World', font: 'sans', dpi: 200, rgba: true } },\n 574→ gravity: 'south'\n 575→ }])\n 576→ .toFile('annotated.jpg');\n 577→```\n 578→\n 579→### Convert to greyscale\n 580→\n 581→```js\n 582→await sharp('input.jpg')\n 583→ .greyscale()\n 584→ .toFile('grey.jpg');\n 585→```\n 586→\n 587→### Blur\n 588→\n 589→```js\n 590→await sharp('input.jpg')\n 591→ .blur({ sigma: 5 })\n 592→ .toFile('blurred.jpg');\n 593→```\n 594→\n 595→### Rotate\n 596→\n 597→```js\n 598→await sharp('input.jpg')\n 599→ .rotate(90)\n 600→ .toFile('rotated.jpg');\n 601→```\n 602→\n 603→### Auto-orient from EXIF\n 604→\n 605→```js\n 606→await sharp('input.jpg')\n 607→ .autoOrient()\n 608→ .toFile('oriented.jpg');\n 609→```\n 610→\n 611→### Extend with padding\n 612→\n 613→```js\n 614→await sharp('input.png')\n 615→ .extend({ top: 20, bottom: 20, left: 20, right: 20, background: '#ffffff' })\n 616→ .toFile('padded.png');\n 617→```\n 618→\n 619→### Auto-trim whitespace\n 620→\n 621→```js\n 622→await sharp('input.png')\n 623→ .trim({ threshold: 10 })\n 624→ .toFile('trimmed.png');\n 625→```\n 626→\n 627→### Optimize JPEG for web\n 628→\n 629→```js\n 630→await sharp('input.jpg')\n 631→ .resize(1920, null, { withoutEnlargement: true })\n 632→ .jpeg({ quality: 75, mozjpeg: true, progressive: true })\n 633→ .toFile('optimized.jpg');\n 634→```\n 635→\n 636→### Generate AVIF from JPEG\n 637→\n 638→```js\n 639→await sharp('input.jpg')\n 640→ .avif({ quality: 50, effort: 4 })\n 641→ .toFile('output.avif');\n 642→```\n 643→\n 644→### Extract channel\n 645→\n 646→```js\n 647→await sharp('input.png')\n 648→ .extractChannel('red')\n 649→ .toFile('red-channel.png');\n 650→```\n 651→\n 652→### Get image metadata\n 653→\n 654→```js\n 655→const { width, height, format, space } = await sharp('input.jpg').metadata();\n 656→```\n 657→\n 658→### Buffer round-trip\n 659→\n 660→```js\n 661→const buffer = await sharp('input.jpg')\n 662→ .resize(300)\n 663→ .png()\n 664→ .toBuffer();\n 665→```\n 666→\n 667→### Create solid color image\n 668→\n 669→```js\n 670→await sharp({ create: { width: 100, height: 100, channels: 4, background: '#ff6600' } })\n 671→ .png()\n 672→ .toFile('orange.png');\n 673→```\n 674→\n 675→### Join images into grid\n 676→\n 677→```js\n 678→await sharp(['a.png', 'b.png', 'c.png', 'd.png'], { join: { across: 2 } })\n 679→ .toFile('grid.png');\n 680→```\n 681→\n 682→### Preserve metadata\n 683→\n 684→```js\n 685→await sharp('input.jpg')\n 686→ .resize(800)\n 687→ .keepMetadata()\n 688→ .toFile('output.jpg');\n 689→```\n 690→\n 691→### Animated GIF resize\n 692→\n 693→```js\n 694→await sharp('input.gif', { animated: true })\n 695→ .resize(200)\n 696→ .gif()\n 697→ .toFile('small.gif');\n 698→```\n 699→\n 700→### Multiple outputs from one input\n 701→\n 702→```js\n 703→const pipeline = sharp('input.jpg');\n 704→await Promise.all([\n 705→ pipeline.clone().resize(200).toFile('thumb.jpg'),\n 706→ pipeline.clone().resize(800).toFile('medium.jpg'),\n 707→ pipeline.clone().resize(1600).toFile('large.jpg'),\n 708→]);\n 709→```\n 710→\n 711→---\n 712→\n 713→## Source\n 714→\n 715→- Repository: https://github.com/lovell/sharp\n 716→- Documentation: https://sharp.pixelplumbing.com\n 717→- API — Constructor: https://sharp.pixelplumbing.com/api-constructor\n 718→- API — Input: https://sharp.pixelplumbing.com/api-input\n 719→- API — Resize: https://sharp.pixelplumbing.com/api-resize\n 720→- API — Operations: https://sharp.pixelplumbing.com/api-operation\n 721→- API — Colour: https://sharp.pixelplumbing.com/api-colour\n 722→- API — Channel: https://sharp.pixelplumbing.com/api-channel\n 723→- API — Composite: https://sharp.pixelplumbing.com/api-composite\n 724→- API — Output: https://sharp.pixelplumbing.com/api-output\n 725→- API — Utility: https://sharp.pixelplumbing.com/api-utility\n 726→","isError":false}] \ No newline at end of file diff --git a/seed/skills/whisper.cpp/chat/meta.json b/seed/skills/whisper.cpp/chat/meta.json new file mode 100644 index 00000000..6a76e0c4 --- /dev/null +++ b/seed/skills/whisper.cpp/chat/meta.json @@ -0,0 +1 @@ +{"id":"a0d9fb2b-700f-4a79-a3d4-a175bad6d52a"} \ No newline at end of file diff --git a/seed/tasks/convert-to-mp3/chat/messages.json b/seed/tasks/convert-to-mp3/chat/messages.json deleted file mode 100644 index aff8ad51..00000000 --- a/seed/tasks/convert-to-mp3/chat/messages.json +++ /dev/null @@ -1 +0,0 @@ -[{"role":"user","text":"Help me create the content for this new task file: /home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md\nIt should use the Convert Audio To MP3 skill"},{"role":"assistant","text":"\n\nLet me first read the task format documentation and the skill definition to understand the requirements."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md"},"toolUseId":"toolu_01La72zLLW6VEXtZnUrV1orb","output":" 1→# Tasks\n 2→\n 3→A task is a set of instructions to accomplish an atomic goal. Each task lives in its own directory under `tasks/` and is defined by a `TASK.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→tasks/\n 9→ /\n 10→ TASK.md\n 11→```\n 12→\n 13→## TASK.md Format\n 14→\n 15→A task file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown instructions).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: Task Name\n 22→description: A short description of what the task does.\n 23→version: 1\n 24→author: pastilhas\n 25→tags:\n 26→ - tag1\n 27→ - tag2\n 28→skills:\n 29→ - skill-name\n 30→trigger:\n 31→ type: file\n 32→ extensions:\n 33→ - ext1\n 34→ - ext2\n 35→inputs:\n 36→ - name: input_name\n 37→ description: What this input is.\n 38→ required: true\n 39→---\n 40→```\n 41→\n 42→#### Fields\n 43→\n 44→| Field | Type | Required | Description |\n 45→|-------|------|----------|-------------|\n 46→| `name` | string | yes | Human-readable name of the task. |\n 47→| `description` | string | yes | Short description of what the task does. |\n 48→| `version` | integer | no | Version number of the task definition. |\n 49→| `author` | string | no | Author of the task. |\n 50→| `tags` | string[] | no | Tags for categorization. |\n 51→| `skills` | string[] | no | Skills required to execute the task. |\n 52→| `trigger` | object | no | Defines when this task is applicable. |\n 53→| `trigger.type` | string | no | What the task applies to (e.g., `file`). |\n 54→| `trigger.extensions` | string[] | no | File extensions that match this trigger. |\n 55→| `inputs` | object[] | no | Inputs the task expects. |\n 56→| `inputs[].name` | string | yes | Name of the input parameter. |\n 57→| `inputs[].description` | string | yes | Description of the input. |\n 58→| `inputs[].required` | boolean | no | Whether the input is required. |\n 59→\n 60→### Body\n 61→\n 62→The body contains:\n 63→\n 64→1. **Title** — `# Task Name`, matching the frontmatter `name`.\n 65→2. **Description** — A one-line summary, matching the frontmatter `description`.\n 66→3. **Steps** — An ordered list under `## Steps` describing the instructions to accomplish the task.\n 67→\n 68→### Example\n 69→\n 70→```markdown\n 71→---\n 72→name: Transcribe Audio File\n 73→description: Transcribe an audio file to text using whisper.cpp.\n 74→version: 1\n 75→author: pastilhas\n 76→tags:\n 77→ - audio\n 78→ - transcription\n 79→skills:\n 80→ - whisper.cpp\n 81→trigger:\n 82→ type: file\n 83→ extensions:\n 84→ - mp3\n 85→ - wav\n 86→ - m4a\n 87→inputs:\n 88→ - name: file_path\n 89→ description: Path to the audio file to transcribe.\n 90→ required: true\n 91→---\n 92→\n 93→# Transcribe Audio File\n 94→\n 95→Transcribe an audio file to text using whisper.cpp.\n 96→\n 97→## Steps\n 98→\n 99→1. First step.\n 100→2. Second step.\n 101→3. Third step.\n 102→```\n 103→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/convert-audio-to-mp3/SKILL.md"},"toolUseId":"toolu_019jPNy4uFjYBF4a6AuP6dts","output":" 1→---\n 2→name: Convert Audio To MP3\n 3→description: Convert audio files to MP3 320kbps using a shell script. Use when the user wants to convert an artist's audio files (FLAC, WAV, OGG, etc.) to MP3 format.\n 4→---\n 5→\n 6→# Convert Audio To MP3\n 7→\n 8→Converts audio files to MP3 at 320kbps, preserving metadata. Two scripts are available depending on the input.\n 9→\n 10→## Scripts\n 11→\n 12→### Single file\n 13→\n 14→Use when converting a single audio file.\n 15→\n 16→```bash\n 17→/home/pastilhas/projects/officer.dev/data/skills/convert-audio-to-mp3/convert_file_to_mp3.sh \"/path/to/audio.flac\"\n 18→```\n 19→\n 20→- Converts the file to MP3 in the same directory\n 21→- Deletes the source file on success\n 22→\n 23→### Artist directory (batch)\n 24→\n 25→Use when converting all audio files for an artist. The script looks for a subdirectory matching the artist name **in the same directory as the script itself**, and recursively processes all subdirectories (e.g. album folders).\n 26→\n 27→```bash\n 28→/home/pastilhas/projects/officer.dev/data/skills/convert-audio-to-mp3/convert_to_mp3.sh \"Artist Name\"\n 29→```\n 30→\n 31→- If all conversions succeed, source files are deleted\n 32→- If any conversion fails, no source files are deleted\n 33→- A `conversion.log` is written to the artist directory\n 34→\n 35→## Supported Input Formats\n 36→\n 37→flac, wav, ogg, wma, aac, m4a, opus, aiff, aif, ape, wv, alac, dsf, dff\n 38→\n 39→## Behavior\n 40→\n 41→- Output: MP3 320kbps CBR via libmp3lame\n 42→- Metadata is preserved automatically\n 43→- Skips files that already have a corresponding `.mp3`\n 44→","isError":false},{"role":"assistant","text":"Now let me also look at an existing task file for reference."},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/data/tasks/*/TASK.md"},"toolUseId":"toolu_01JsK8REHpW9qvtFg9FaRzVp","output":"No files found","isError":false},{"role":"assistant","text":"No existing tasks to reference, but the format doc is clear. Let me create the task file."},{"role":"tool","toolName":"Write","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md","content":"---\nname: Convert Audio To MP3\ndescription: Convert audio files to MP3 320kbps, preserving metadata.\nversion: 1\nauthor: pastilhas\ntags:\n - audio\n - conversion\nskills:\n - convert-audio-to-mp3\ntrigger:\n type: file\n extensions:\n - flac\n - wav\n - ogg\n - wma\n - aac\n - m4a\n - opus\n - aiff\n - aif\n - ape\n - wv\n - alac\n - dsf\n - dff\ninputs:\n - name: file_path\n description: Path to an audio file or an artist directory to convert.\n required: true\n---\n\n# Convert Audio To MP3\n\nConvert audio files to MP3 320kbps, preserving metadata.\n\n## Steps\n\n1. Determine whether `file_path` points to a single audio file or a directory.\n2. If it is a single file, run the single-file conversion script on it.\n3. If it is a directory, treat it as an artist directory and run the batch conversion script with the directory name as the artist name.\n4. Verify the conversion completed successfully and report the result.\n"},"toolUseId":"toolu_011JZrc4zsSwngqcSEpxjoqp","output":"File has not been read yet. Read it first before writing to it.","isError":true},{"role":"assistant","text":"The file doesn't exist yet so I need to verify the parent directory exists first."},{"role":"tool","toolName":"Bash","toolInput":{"command":"ls /home/pastilhas/projects/officer.dev/data/tasks/","description":"Check tasks directory exists"},"toolUseId":"toolu_01PzRmFqy8W4wpuSroWxqR2y","output":"convert-to-mp3\nTASKS.md\ntranscribe-audio-file","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"ls /home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/","description":"Check if task directory has any files"},"toolUseId":"toolu_01NdPRZCPGNYDrV4bELKchaQ","output":"chat\nTASK.md","isError":false},{"role":"assistant","text":"The file already exists. Let me read it first, plus check the existing transcribe task for reference."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md"},"toolUseId":"toolu_01DPAPeE4Pp3CjHPKhfFt86e","output":" 1→---\n 2→name: Convert To MP3\n 3→description: \n 4→---\n 5→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md"},"toolUseId":"toolu_01QBRGbU43avofXhBvJJrikD","output":" 1→---\n 2→name: Transcribe Audio File\n 3→description: Transcribe an audio file to text using whisper.cpp.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - transcription\n 9→skills:\n 10→ - whisper.cpp\n 11→trigger:\n 12→ type: file\n 13→ extensions:\n 14→ - mp3\n 15→ - wav\n 16→ - m4a\n 17→inputs:\n 18→ - name: file_path\n 19→ description: Path to the audio file to transcribe.\n 20→ required: true\n 21→---\n 22→\n 23→# Transcribe Audio File\n 24→\n 25→Transcribe an audio file to text using whisper.cpp.\n 26→\n 27→## Steps\n 28→\n 29→1. Determine the user's root directory by navigating one level up from the current working directory. Read `settings.json` from the root directory and extract the `languages` section.\n 30→2. Detect the language of the audio file using the whisper.cpp skill with `detect_language=true` and `response_format=verbose_json`.\n 31→3. Compare the detected language against the user's `languages.spoken` list. If the detected language is in the list, skip translation. Otherwise, set `translate=true`.\n 32→4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter and the `translate` flag from the previous step.\n 33→5. Read the transcription and generate a short, descriptive title based on its contents.\n 34→6. Create a directory alongside the original audio file named `_`, where `` is the current date in `YYYYMMDD` format and `` is a slug derived from the generated title.\n 35→7. Move the original audio file and save the transcription as a Markdown file (`.md`) into the new directory, using the same base name for the `.md` file.\n 36→","isError":false},{"role":"assistant","text":"Now I have the existing stub and a reference task. Let me write the content."},{"role":"tool","toolName":"Write","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md","content":"---\nname: Convert To MP3\ndescription: Convert audio files to MP3 320kbps, preserving metadata.\nversion: 1\nauthor: pastilhas\ntags:\n - audio\n - conversion\nskills:\n - convert-audio-to-mp3\ntrigger:\n type: file\n extensions:\n - flac\n - wav\n - ogg\n - wma\n - aac\n - m4a\n - opus\n - aiff\n - aif\n - ape\n - wv\n - alac\n - dsf\n - dff\ninputs:\n - name: file_path\n description: Path to an audio file or an artist directory to convert.\n required: true\n---\n\n# Convert To MP3\n\nConvert audio files to MP3 320kbps, preserving metadata.\n\n## Steps\n\n1. Determine whether `file_path` points to a single audio file or a directory.\n2. If it is a single file, use the Convert Audio To MP3 skill's single-file script to convert it. The source file is deleted on success.\n3. If it is a directory, use the Convert Audio To MP3 skill's batch script with the directory name as the artist name. All audio files within subdirectories are converted recursively.\n4. Verify the conversion completed successfully and report the result to the user.\n"},"toolUseId":"toolu_01NTtJsqDsQThHd8K3iXiie6","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 1→---\n 2→name: Convert To MP3\n 3→description: Convert audio files to MP3 320kbps, preserving metadata.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - conversion\n 9→skills:\n 10→ - convert-audio-to-mp3\n 11→trigger:\n 12→ type: file\n 13→ extensions:\n 14→ - flac\n 15→ - wav\n 16→ - ogg\n 17→ - wma\n 18→ - aac\n 19→ - m4a\n 20→ - opus\n 21→ - aiff\n 22→ - aif\n 23→ - ape\n 24→ - wv\n 25→ - alac\n 26→ - dsf\n 27→ - dff\n 28→inputs:\n 29→ - name: file_path\n 30→ description: Path to an audio file or an artist directory to convert.\n 31→ required: true\n 32→---\n 33→\n 34→# Convert To MP3\n 35→\n 36→Convert audio files to MP3 320kbps, preserving metadata.\n 37→\n 38→## Steps\n 39→\n 40→1. Determine whether `file_path` points to a single audio file or a directory.\n 41→2. If it is a single file, use the Convert Audio To MP3 skill's single-file script to convert it. The source file is deleted on success.\n 42→3. If it is a directory, use the Convert Audio To MP3 skill's batch script with the directory name as the artist name. All audio files within subdirectories are converted recursively.\n 43→4. Verify the conversion completed successfully and report the result to the user.\n 44→","isError":false},{"role":"user","text":"can you show me the frontmatter?"},{"role":"assistant","text":"\n\n```yaml\n---\nname: Convert To MP3\ndescription: Convert audio files to MP3 320kbps, preserving metadata.\nversion: 1\nauthor: pastilhas\ntags:\n - audio\n - conversion\nskills:\n - convert-audio-to-mp3\ntrigger:\n type: file\n extensions:\n - flac\n - wav\n - ogg\n - wma\n - aac\n - m4a\n - opus\n - aiff\n - aif\n - ape\n - wv\n - alac\n - dsf\n - dff\ninputs:\n - name: file_path\n description: Path to an audio file or an artist directory to convert.\n required: true\n---\n```"},{"role":"result","costUsd":0.056089,"durationMs":3146,"numTurns":1,"isError":false},{"role":"user","text":"ok, the thing is, i want this skill to be also triggered by folders... not sure what the best way to handle that"},{"role":"assistant","text":"\n\nGood question. The trigger currently only supports `type: file` with extensions, so there's no built-in way to match directories. A few options:\n\n1. **Add a separate trigger type** — e.g. `type: directory` alongside the file trigger. This would require changes to whatever system processes triggers.\n2. **Drop the trigger entirely** — rely on the task name/description for matching and always require the `file_path` input. The task steps already handle both cases.\n3. **Keep the file trigger as-is** — accept that the trigger only auto-matches files, and the directory use case is invoked manually or by name.\n\nOption 1 is the cleanest but depends on whether the trigger system supports multiple trigger types. Do you want to go that route, or do you have a different mechanism in mind for how triggers are resolved?"},{"role":"result","costUsd":0.019639249999999997,"durationMs":7784,"numTurns":1,"isError":false},{"role":"user","text":"let's try option 1"},{"role":"assistant","text":"\n\nLet me check how the trigger system currently works to understand what needs to change."},{"role":"tool","toolName":"Task","toolInput":{"description":"Find trigger resolution code","prompt":"Search the codebase at /home/pastilhas/projects/officer.dev for how task triggers are resolved/matched. Look for code that reads the `trigger` field from TASK.md files, matches file extensions, or determines which task to run. Search broadly — it could be in any language (TypeScript, JavaScript, Python, etc.). Report the relevant files, how triggers are structured and matched, and whether there's already support for multiple trigger types or directory 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are truncated. Consider using a more specific path or pattern.)","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"trigger","path":"/home/pastilhas/projects/officer.dev","type":"ts,js,py,md"},"toolUseId":"toolu_01LCF34fMhbVZgG7H89M49F9","output":"No files found","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"find /home/pastilhas/projects/officer.dev -name node_modules -prune -o -type f \\( -name \"*.ts\" -o -name \"*.js\" -o -name \"*.py\" \\) -print | head -50"},"toolUseId":"toolu_01Bb25jWSAMksJKv6EebG8s6","output":"/home/pastilhas/projects/officer.dev/monorepo/bun-env.d.ts\n/home/pastilhas/projects/officer.dev/monorepo/playwright.config.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/build/dashboard.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/build/editor.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/build/helpers.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/build/runtime.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/build/landing.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/check-for-runtime/check-new-runtime.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/check-for-runtime/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/check-screenshots.ts\n/home/pastilhas/projects/officer.dev/monorepo/scripts/prebuild.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/lib/utils.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/Screens/Dashboard/Chat/types.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/Screens/Dashboard/Chat/useOpenCode.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/Screens/Dashboard/Chat/useClaude.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/usePlans.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useSlashCommands.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useOpenCodeSessions.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useSessions.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/types/user-settings.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useThemeSync.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useInitialData.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useRecentModels.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useUserState.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useServerSettings.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useModels.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/useSettings.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/schema/event-goals.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/schema/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/schema/passkey-challenges.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/schema/sessions.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/schema/token-blacklist.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/schema/visitor-counts.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/schema/raw-data.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/src/types.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/drizzle.config.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/src/schema/passkeys.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/src/schema/users.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/src/schema/passkey-challenges.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/src/schema/token-blacklist.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/src/schema/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/src/types.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/src/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/drizzle.config.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/seed-runtime-version.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/_middlewares/origin-middleware.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/_middlewares/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/_middlewares/rate-limiter.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/_middlewares/origin-validation.ts","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"trigger|TASK\\.md","path":"/home/pastilhas/projects/officer.dev","type":"ts,js,py"},"toolUseId":"toolu_01Ja3X4UjFnxesuzXh5qay6F","output":"No files found","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"find /home/pastilhas/projects/officer.dev -type d -name node_modules -prune -o -type f \\( -name \"*task*\" \\) -print 2>/dev/null | grep -v node_modules | head -30"},"toolUseId":"toolu_01RUf9N19nLeNnLg82rpXESt","output":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"resolve.*trigger|match.*trigger|find.*trigger","path":"/home/pastilhas/projects/officer.dev","type":"ts,js"},"toolUseId":"toolu_01AencRiq48DXuoEnN3sj9Dd","output":"No files found","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts"},"toolUseId":"toolu_0145wXX6XTxhk64fg4dzJkMo","output":" 1→import { createRouter } from '../../create-router';\n 2→import { readdir, mkdir, rm } from 'node:fs/promises';\n 3→import { join, dirname } from 'node:path';\n 4→import { getGlobalTasksDir, getUserTasksDir } from '../../data-path';\n 5→\n 6→type TriggerConfig = {\n 7→ type: 'file';\n 8→ extensions: string[];\n 9→};\n 10→\n 11→type Frontmatter = {\n 12→ name: string;\n 13→ description: string;\n 14→ trigger?: TriggerConfig;\n 15→};\n 16→\n 17→export function parseFrontmatter(raw: string): { frontmatter: Frontmatter; body: string } {\n 18→ const match = raw.match(/^---\\n([\\s\\S]*?)\\n---\\n?([\\s\\S]*)$/);\n 19→ if (!match) return { frontmatter: { name: '', description: '' }, body: raw };\n 20→\n 21→ const yaml = match[1]!;\n 22→ const body = match[2]!;\n 23→\n 24→ const name = yaml.match(/^name:\\s*(.+)$/m)?.[1]?.trim() ?? '';\n 25→ const description = yaml.match(/^description:\\s*(.+)$/m)?.[1]?.trim() ?? '';\n 26→\n 27→ let trigger: TriggerConfig | undefined;\n 28→ const triggerMatch = yaml.match(/^trigger:\\s*\\n((?:[ \\t]+.+\\n?)*)/m);\n 29→ if (triggerMatch) {\n 30→ const block = triggerMatch[1]!;\n 31→ const type = block.match(/type:\\s*(.+)/)?.[1]?.trim();\n 32→ const extLines = [...block.matchAll(/^\\s+-\\s*(.+)$/gm)].map((m) => m[1]!.trim());\n 33→ if (type === 'file' && extLines.length > 0) {\n 34→ trigger = { type: 'file', extensions: extLines };\n 35→ }\n 36→ }\n 37→\n 38→ return { frontmatter: { name, description, trigger }, body };\n 39→}\n 40→\n 41→export async function readTaskDirs(dir: string): Promise> {\n 42→ const result = new Map();\n 43→ try {\n 44→ const entries = await readdir(dir, { withFileTypes: true });\n 45→ for (const entry of entries) {\n 46→ if (!entry.isDirectory()) continue;\n 47→ const taskFile = join(dir, entry.name, 'TASK.md');\n 48→ if (await Bun.file(taskFile).exists()) {\n 49→ result.set(entry.name, taskFile);\n 50→ }\n 51→ }\n 52→ } catch {\n 53→ // directory doesn't exist yet\n 54→ }\n 55→ return result;\n 56→}\n 57→\n 58→export const tasksRouter = createRouter();\n 59→\n 60→tasksRouter.get('/', async (ctx) => {\n 61→ const user = ctx.get('user');\n 62→ const globalTasks = await readTaskDirs(getGlobalTasksDir());\n 63→ const userTasks = await readTaskDirs(getUserTasksDir(user.email));\n 64→\n 65→ const merged = new Map(globalTasks);\n 66→ for (const [name, path] of userTasks) {\n 67→ merged.set(name, path);\n 68→ }\n 69→\n 70→ const tasks = await Promise.all(\n 71→ Array.from(merged.entries()).map(async ([dirName, filePath]) => {\n 72→ const raw = await Bun.file(filePath).text();\n 73→ const { frontmatter } = parseFrontmatter(raw);\n 74→ const scope = userTasks.has(dirName) ? 'user' : 'global';\n 75→ return { dirName, name: frontmatter.name || dirName, description: frontmatter.description, scope, trigger: frontmatter.trigger, filePath };\n 76→ }),\n 77→ );\n 78→\n 79→ return ctx.json(tasks);\n 80→});\n 81→\n 82→tasksRouter.get('/:name', async (ctx) => {\n 83→ const user = ctx.get('user');\n 84→ const name = ctx.req.param('name');\n 85→\n 86→ const userFile = join(getUserTasksDir(user.email), name, 'TASK.md');\n 87→ const globalFile = join(getGlobalTasksDir(), name, 'TASK.md');\n 88→\n 89→ const userExists = await Bun.file(userFile).exists();\n 90→ const filePath = userExists ? userFile : globalFile;\n 91→\n 92→ if (!userExists && !(await Bun.file(globalFile).exists())) {\n 93→ return ctx.text('Not found', 404);\n 94→ }\n 95→\n 96→ const raw = await Bun.file(filePath).text();\n 97→ const { frontmatter, body } = parseFrontmatter(raw);\n 98→ const scope = userExists ? 'user' : 'global';\n 99→\n 100→ const chatMeta = join(dirname(filePath), 'chat', 'meta.json');\n 101→ const chatSessionId = await Bun.file(chatMeta).json().then((m: { id: string }) => m.id).catch(() => null);\n 102→\n 103→ return ctx.json({ name: frontmatter.name || name, description: frontmatter.description, scope, body, filePath, chatSessionId });\n 104→});\n 105→\n 106→tasksRouter.get('/:name/chat', async (ctx) => {\n 107→ const user = ctx.get('user');\n 108→ const name = ctx.req.param('name');\n 109→\n 110→ const userFile = join(getUserTasksDir(user.email), name, 'TASK.md');\n 111→ const globalFile = join(getGlobalTasksDir(), name, 'TASK.md');\n 112→ const userExists = await Bun.file(userFile).exists();\n 113→ if (!userExists && !(await Bun.file(globalFile).exists())) return ctx.text('Not found', 404);\n 114→\n 115→ const chatDir = join(dirname(userExists ? userFile : globalFile), 'chat');\n 116→ const sessionId = await Bun.file(join(chatDir, 'meta.json')).json().then((m: { id: string }) => m.id).catch(() => null);\n 117→ const messages = await Bun.file(join(chatDir, 'messages.json')).json().catch(() => []);\n 118→\n 119→ return ctx.json({ sessionId, messages });\n 120→});\n 121→\n 122→tasksRouter.put('/:name/chat', async (ctx) => {\n 123→ const user = ctx.get('user');\n 124→ const name = ctx.req.param('name');\n 125→\n 126→ const userFile = join(getUserTasksDir(user.email), name, 'TASK.md');\n 127→ const globalFile = join(getGlobalTasksDir(), name, 'TASK.md');\n 128→ const userExists = await Bun.file(userFile).exists();\n 129→ if (!userExists && !(await Bun.file(globalFile).exists())) return ctx.text('Not found', 404);\n 130→\n 131→ const chatDir = join(dirname(userExists ? userFile : globalFile), 'chat');\n 132→ const { sessionId, messages } = await ctx.req.json<{ sessionId: string; messages: unknown[] }>();\n 133→\n 134→ await mkdir(chatDir, { recursive: true });\n 135→ await Bun.write(join(chatDir, 'messages.json'), JSON.stringify(messages));\n 136→ if (sessionId) await Bun.write(join(chatDir, 'meta.json'), JSON.stringify({ id: sessionId }));\n 137→\n 138→ return ctx.json({ ok: true });\n 139→});\n 140→\n 141→tasksRouter.post('/', async (ctx) => {\n 142→ const { name } = await ctx.req.json<{ name: string }>();\n 143→ if (!name?.trim()) return ctx.text('Name is required', 400);\n 144→\n 145→ const dirName = name.trim().toLowerCase().replace(/\\s+/g, '-').replace(/[^a-z0-9-]/g, '');\n 146→ if (!dirName) return ctx.text('Invalid name', 400);\n 147→\n 148→ const dir = join(getGlobalTasksDir(), dirName);\n 149→ const filePath = join(dir, 'TASK.md');\n 150→\n 151→ if (await Bun.file(filePath).exists()) {\n 152→ return ctx.text('Task already exists', 409);\n 153→ }\n 154→\n 155→ await mkdir(dir, { recursive: true });\n 156→ await Bun.write(filePath, `---\\nname: ${name.trim()}\\ndescription: \\n---\\n`);\n 157→\n 158→ return ctx.json({ name: name.trim(), dirName, filePath });\n 159→});\n 160→\n 161→tasksRouter.delete('/:name', async (ctx) => {\n 162→ const name = ctx.req.param('name');\n 163→ const globalDir = join(getGlobalTasksDir(), name);\n 164→ const globalFile = join(globalDir, 'TASK.md');\n 165→\n 166→ if (!(await Bun.file(globalFile).exists())) {\n 167→ return ctx.text('Not found', 404);\n 168→ }\n 169→\n 170→ await rm(globalDir, { recursive: true });\n 171→ return ctx.json({ ok: true });\n 172→});\n 173→","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"find /home/pastilhas/projects/officer.dev -type f \\( -name \"*.ts\" -o -name \"*.js\" \\) ! -path \"*/node_modules/*\" | xargs grep -l \"trigger\" 2>/dev/null | head -20"},"toolUseId":"toolu_015ueb642Tt41omgJkCCgyQq","output":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/hooks/src/useForm/useForm.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/hooks/src/useDragAndDrop.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/state/useTasks.ts\n/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/home/monitor/src/public/editor/editor-app.js\n/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/home/monitor/src/server/alarm/tracker.ts\n/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/home/guacamayo/offscreen/offscreen.js","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/state/useTasks.ts"},"toolUseId":"toolu_01ALVsYdG1pipzrFpKFTe75j","output":" 1→import { useCallback } from 'react';\n 2→import { useQuery } from '@tanstack/react-query';\n 3→import { useClient } from 'hooks/useClient';\n 4→\n 5→type TriggerConfig = {\n 6→ type: 'file';\n 7→ extensions: string[];\n 8→};\n 9→\n 10→export type TaskSummary = {\n 11→ dirName: string;\n 12→ name: string;\n 13→ description: string;\n 14→ scope: 'user' | 'global';\n 15→ trigger?: TriggerConfig;\n 16→ filePath: string;\n 17→};\n 18→\n 19→export const useTasks = () => {\n 20→ const client = useClient();\n 21→\n 22→ const { data: tasks = [] } = useQuery({\n 23→ queryKey: ['tasks'],\n 24→ queryFn: () => client.get('/tasks'),\n 25→ staleTime: 60_000,\n 26→ });\n 27→\n 28→ const getMatchingTasks = useCallback(\n 29→ (fileName: string): TaskSummary[] => {\n 30→ const ext = fileName.split('.').pop()?.toLowerCase();\n 31→ if (!ext) return [];\n 32→ return tasks.filter(\n 33→ (t) => t.trigger?.type === 'file' && t.trigger.extensions.includes(ext),\n 34→ );\n 35→ },\n 36→ [tasks],\n 37→ );\n 38→\n 39→ return { tasks, getMatchingTasks };\n 40→};\n 41→","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"find /home/pastilhas/projects/officer.dev -type f \\( -name \"*.ts\" -o -name \"*.js\" \\) ! -path \"*/node_modules/*\" | xargs grep -l \"extensions\\|matchTrigger\\|resolveTrigger\" 2>/dev/null"},"toolUseId":"toolu_01D8bA5vGdbWCr5xAxXEnmVB","output":"Exit code 123\nfind: paths must precede expression: `\\!'","isError":true},{"role":"tool","toolName":"Bash","toolInput":{"command":"find /home/pastilhas/projects/officer.dev -path \"*/node_modules\" -prune -o -type f \\( -name \"*.ts\" -o -name \"*.js\" \\) -print 2>/dev/null | xargs grep -l \"extensions\\|matchTrigger\\|resolveTrigger\" 2>/dev/null | head -20"},"toolUseId":"toolu_01WLNatcrXGQb2JkxFLzyV71","output":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/state/useTasks.ts\n/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/home/monitor/src/public/editor/editor-app.js","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/home/monitor/src/public/editor/editor-app.js"},"toolUseId":"toolu_0196rHnEyjhzF3N4dhEGYmND","output":"File content (2.7MB) exceeds maximum allowed size (256KB). Please use offset and limit parameters to read specific portions of the file, or use the GrepTool to search for specific content.","isError":true},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md"},"toolUseId":"toolu_01GPPDiKs4QRirybHN3WZVL1","output":"Sibling tool call errored","isError":true},{"role":"tool","toolName":"Bash","toolInput":{"command":"find /home/pastilhas/projects/officer.dev/data/tasks -name \"TASK.md\" | head -5 | xargs head -30"},"toolUseId":"toolu_01KxatcAKhJTYnhYwQ7hY241","output":"Sibling tool call errored","isError":true},{"role":"user","text":"wait, i'm handling the code implementation separately.\nJust figure out how to include both triggers here in the best way and i will figure out how to parse it"},{"role":"assistant","text":"\n\nGot it. How about making `trigger` an array so it can hold both?\n\n```yaml\ntrigger:\n - type: file\n extensions:\n - flac\n - wav\n - ogg\n # ...\n - type: directory\n```\n\nOr if you'd rather keep `trigger` as a single object, we could add a `types` array:\n\n```yaml\ntrigger:\n types:\n - file\n - directory\n extensions:\n - flac\n - wav\n # ...\n```\n\nThe first approach is more extensible — each trigger type carries only the fields relevant to it (e.g. `extensions` only makes sense for `file`, not `directory`). Which do you prefer?"},{"role":"result","costUsd":0.018305,"durationMs":6196,"numTurns":1,"isError":false},{"role":"user","text":"that's perfect"},{"role":"assistant","text":"\n\nLet me update the task file."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md"},"toolUseId":"toolu_01BvjqTzd5thmeQmuFcnzxUL","output":" 1→---\n 2→name: Convert To MP3\n 3→description: Convert audio files to MP3 320kbps, preserving metadata.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - conversion\n 9→skills:\n 10→ - convert-audio-to-mp3\n 11→trigger:\n 12→ type: file\n 13→ extensions:\n 14→ - flac\n 15→ - wav\n 16→ - ogg\n 17→ - wma\n 18→ - aac\n 19→ - m4a\n 20→ - opus\n 21→ - aiff\n 22→ - aif\n 23→ - ape\n 24→ - wv\n 25→ - alac\n 26→ - dsf\n 27→ - dff\n 28→inputs:\n 29→ - name: file_path\n 30→ description: Path to an audio file or an artist directory to convert.\n 31→ required: true\n 32→---\n 33→\n 34→# Convert To MP3\n 35→\n 36→Convert audio files to MP3 320kbps, preserving metadata.\n 37→\n 38→## Steps\n 39→\n 40→1. Determine whether `file_path` points to a single audio file or a directory.\n 41→2. If it is a single file, use the Convert Audio To MP3 skill's single-file script to convert it. The source file is deleted on success.\n 42→3. If it is a directory, use the Convert Audio To MP3 skill's batch script with the directory name as the artist name. All audio files within subdirectories are converted recursively.\n 43→4. Verify the conversion completed successfully and report the result to the user.\n 44→","isError":false},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md","old_string":"trigger:\n type: file\n extensions:\n - flac\n - wav\n - ogg\n - wma\n - aac\n - m4a\n - opus\n - aiff\n - aif\n - ape\n - wv\n - alac\n - dsf\n - dff","new_string":"trigger:\n - type: file\n extensions:\n - flac\n - wav\n - ogg\n - wma\n - aac\n - m4a\n - opus\n - aiff\n - aif\n - ape\n - wv\n - alac\n - dsf\n - dff\n - type: directory"},"toolUseId":"toolu_01EhVDcp9viqbp35Z7Nq6nAi","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/convert-to-mp3/TASK.md has been updated successfully.","isError":false},{"role":"assistant","text":"Done. The `trigger` field is now an array with both a `file` trigger (with extensions) and a `directory` trigger. You'll want to update the TASKS.md format docs and parser to handle `trigger` as an array when you get to the implementation side."},{"role":"result","costUsd":0.057139999999999996,"durationMs":12694,"numTurns":3,"isError":false},{"role":"user","text":"can you then correct the trigger section of ../Transcribe.../Task.md?"},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md"},"toolUseId":"toolu_01F1HhL9E1M2PJuGHAHLZ7Wx","output":" 1→---\n 2→name: Transcribe Audio File\n 3→description: Transcribe an audio file to text using whisper.cpp.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - transcription\n 9→skills:\n 10→ - whisper.cpp\n 11→trigger:\n 12→ type: file\n 13→ extensions:\n 14→ - mp3\n 15→ - wav\n 16→ - m4a\n 17→inputs:\n 18→ - name: file_path\n 19→ description: Path to the audio file to transcribe.\n 20→ required: true\n 21→---\n 22→\n 23→# Transcribe Audio File\n 24→\n 25→Transcribe an audio file to text using whisper.cpp.\n 26→\n 27→## Steps\n 28→\n 29→1. Determine the user's root directory by navigating one level up from the current working directory. Read `settings.json` from the root directory and extract the `languages` section.\n 30→2. Detect the language of the audio file using the whisper.cpp skill with `detect_language=true` and `response_format=verbose_json`.\n 31→3. Compare the detected language against the user's `languages.spoken` list. If the detected language is in the list, skip translation. Otherwise, set `translate=true`.\n 32→4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter and the `translate` flag from the previous step.\n 33→5. Read the transcription and generate a short, descriptive title based on its contents.\n 34→6. Create a directory alongside the original audio file named `_`, where `` is the current date in `YYYYMMDD` format and `` is a slug derived from the generated title.\n 35→7. Move the original audio file and save the transcription as a Markdown file (`.md`) into the new directory, using the same base name for the `.md` file.\n 36→","isError":false},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md","old_string":"trigger:\n type: file\n extensions:\n - mp3\n - wav\n - m4a","new_string":"trigger:\n - type: file\n extensions:\n - mp3\n - wav\n - m4a"},"toolUseId":"toolu_01D55pLFtZ27YMwLbTrtZK1P","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md has been updated successfully.","isError":false},{"role":"assistant","text":"Done. Updated `trigger` to use the array format."},{"role":"result","costUsd":0.062474499999999995,"durationMs":10295,"numTurns":3,"isError":false},{"role":"user","text":"and also, update the instructions in ../TASKS.md"},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md"},"toolUseId":"toolu_01R9uJFn85pNGBKeKxPMQkSg","output":" 1→# Tasks\n 2→\n 3→A task is a set of instructions to accomplish an atomic goal. Each task lives in its own directory under `tasks/` and is defined by a `TASK.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→tasks/\n 9→ /\n 10→ TASK.md\n 11→```\n 12→\n 13→## TASK.md Format\n 14→\n 15→A task file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown instructions).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: Task Name\n 22→description: A short description of what the task does.\n 23→version: 1\n 24→author: pastilhas\n 25→tags:\n 26→ - tag1\n 27→ - tag2\n 28→skills:\n 29→ - skill-name\n 30→trigger:\n 31→ type: file\n 32→ extensions:\n 33→ - ext1\n 34→ - ext2\n 35→inputs:\n 36→ - name: input_name\n 37→ description: What this input is.\n 38→ required: true\n 39→---\n 40→```\n 41→\n 42→#### Fields\n 43→\n 44→| Field | Type | Required | Description |\n 45→|-------|------|----------|-------------|\n 46→| `name` | string | yes | Human-readable name of the task. |\n 47→| `description` | string | yes | Short description of what the task does. |\n 48→| `version` | integer | no | Version number of the task definition. |\n 49→| `author` | string | no | Author of the task. |\n 50→| `tags` | string[] | no | Tags for categorization. |\n 51→| `skills` | string[] | no | Skills required to execute the task. |\n 52→| `trigger` | object | no | Defines when this task is applicable. |\n 53→| `trigger.type` | string | no | What the task applies to (e.g., `file`). |\n 54→| `trigger.extensions` | string[] | no | File extensions that match this trigger. |\n 55→| `inputs` | object[] | no | Inputs the task expects. |\n 56→| `inputs[].name` | string | yes | Name of the input parameter. |\n 57→| `inputs[].description` | string | yes | Description of the input. |\n 58→| `inputs[].required` | boolean | no | Whether the input is required. |\n 59→\n 60→### Body\n 61→\n 62→The body contains:\n 63→\n 64→1. **Title** — `# Task Name`, matching the frontmatter `name`.\n 65→2. **Description** — A one-line summary, matching the frontmatter `description`.\n 66→3. **Steps** — An ordered list under `## Steps` describing the instructions to accomplish the task.\n 67→\n 68→### Example\n 69→\n 70→```markdown\n 71→---\n 72→name: Transcribe Audio File\n 73→description: Transcribe an audio file to text using whisper.cpp.\n 74→version: 1\n 75→author: pastilhas\n 76→tags:\n 77→ - audio\n 78→ - transcription\n 79→skills:\n 80→ - whisper.cpp\n 81→trigger:\n 82→ type: file\n 83→ extensions:\n 84→ - mp3\n 85→ - wav\n 86→ - m4a\n 87→inputs:\n 88→ - name: file_path\n 89→ description: Path to the audio file to transcribe.\n 90→ required: true\n 91→---\n 92→\n 93→# Transcribe Audio File\n 94→\n 95→Transcribe an audio file to text using whisper.cpp.\n 96→\n 97→## Steps\n 98→\n 99→1. First step.\n 100→2. Second step.\n 101→3. Third step.\n 102→```\n 103→","isError":false},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md","old_string":"trigger:\n type: file\n extensions:\n - ext1\n - ext2","new_string":"trigger:\n - type: file\n extensions:\n - ext1\n - ext2\n - type: directory"},"toolUseId":"toolu_01UiTT8DtNvgb2igrJBivexV","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/TASKS.md has been updated successfully.","isError":false},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md","old_string":"| `trigger` | object | no | Defines when this task is applicable. |\n| `trigger.type` | string | no | What the task applies to (e.g., `file`). |\n| `trigger.extensions` | string[] | no | File extensions that match this trigger. |","new_string":"| `trigger` | object[] | no | List of triggers that define when this task is applicable. |\n| `trigger[].type` | string | yes | What the trigger applies to (`file` or `directory`). |\n| `trigger[].extensions` | string[] | no | File extensions that match this trigger. Only applicable when `type` is `file`. |"},"toolUseId":"toolu_01ByEzVs67uFevd1KtvmKx1h","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/TASKS.md has been updated successfully.","isError":false},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md","old_string":"trigger:\n type: file\n extensions:\n - mp3\n - wav\n - m4a","new_string":"trigger:\n - type: file\n extensions:\n - mp3\n - wav\n - m4a"},"toolUseId":"toolu_01XFTFtiMJwbedy7wbSKeL19","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/TASKS.md has been updated successfully.","isError":false},{"role":"assistant","text":"Done. Updated TASKS.md in three places:\n\n- **Frontmatter example** — `trigger` is now an array with both `file` and `directory` entries\n- **Fields table** — `trigger` is now `object[]`, `trigger[].type` is required, and `trigger[].extensions` notes it only applies to `file` type\n- **Full example** — updated to use the array format"},{"role":"result","costUsd":0.116965,"durationMs":19095,"numTurns":5,"isError":false}] \ No newline at end of file diff --git a/seed/tasks/convert-to-mp3/chat/meta.json b/seed/tasks/convert-to-mp3/chat/meta.json deleted file mode 100644 index 3f72e373..00000000 --- a/seed/tasks/convert-to-mp3/chat/meta.json +++ /dev/null @@ -1 +0,0 @@ -{"id":"12f6c028-f2b8-4461-83cf-6ed8eb6bd3c9"} \ No newline at end of file diff --git a/seed/tasks/transcribe-audio-file/chat/messages.json b/seed/tasks/transcribe-audio-file/chat/messages.json deleted file mode 100644 index 17e0b1de..00000000 --- a/seed/tasks/transcribe-audio-file/chat/messages.json +++ /dev/null @@ -1 +0,0 @@ -[{"role":"user","text":"Help me improve this task file: /home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md"},{"role":"assistant","text":"\n\nLet me start by reading the current task file."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md"},"toolUseId":"toolu_01J2M7vQ9o9YmkVSc9o8Nzn2","output":" 1→---\n 2→name: Transcribe Audio File\n 3→description: Transcribe an audio file to text using whisper.cpp.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - transcription\n 9→skills:\n 10→ - whisper.cpp\n 11→trigger:\n 12→ type: file\n 13→ extensions:\n 14→ - mp3\n 15→ - wav\n 16→ - m4a\n 17→inputs:\n 18→ - name: file_path\n 19→ description: Path to the audio file to transcribe.\n 20→ required: true\n 21→---\n 22→\n 23→# Transcribe Audio File\n 24→\n 25→Transcribe an audio file to text using whisper.cpp.\n 26→\n 27→## Steps\n 28→\n 29→1. Determine the user's root directory by navigating one level up from the current working directory. Read `settings.json` from the root directory and extract the `languages` section.\n 30→2. Detect the language of the audio file using the whisper.cpp skill with `detect_language=true` and `response_format=verbose_json`.\n 31→3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, skip transcription.\n 32→4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter. If the detected language differs from `languages.translateTo`, set `translate=true`.\n 33→5. Read the transcription and generate a short, descriptive title based on its contents.\n 34→6. Create a directory alongside the original audio file named `_`, where `` is the current date in `YYYYMMDD` format and `` is a slug derived from the generated title.\n 35→7. Move the original audio file and save the transcription as a Markdown file (`.md`) into the new directory, using the same base name for the `.md` file.\n 36→","isError":false},{"role":"assistant","text":"Let me also look at the whisper.cpp skill to understand what capabilities are available, and check if there are other task files I can reference for best practices."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/whisper.cpp/SKILL.md"},"toolUseId":"toolu_01WUgvF9sGJQwtEACqhZB2XP","output":" 1→---\n 2→name: whisper.cpp\n 3→description: Transcribe audio files to text using whisper.cpp. Use when the user wants to transcribe audio, convert speech to text, or extract text from an audio/video file.\n 4→---\n 5→\n 6→# Whisper.cpp\n 7→\n 8→API reference for the whisper.cpp HTTP server running at `http://macmini:8178`.\n 9→\n 10→whisper.cpp is a C/C++ port of OpenAI's Whisper speech recognition model. The server accepts audio files via HTTP and returns transcriptions in various formats.\n 11→\n 12→## Server\n 13→\n 14→- **Base URL:** `http://macmini:8178`\n 15→- **No authentication required**\n 16→\n 17→## Endpoints\n 18→\n 19→### POST /inference\n 20→\n 21→Transcribes an audio file. Accepts `multipart/form-data`.\n 22→\n 23→#### Example\n 24→\n 25→```bash\n 26→curl -s http://macmini:8178/inference \\\n 27→ -F file=\"@/path/to/audio.mp3\" \\\n 28→ -F temperature=\"0.0\" \\\n 29→ -F temperature_inc=\"0.2\" \\\n 30→ -F response_format=\"json\"\n 31→```\n 32→\n 33→#### Parameters\n 34→\n 35→##### File (required)\n 36→\n 37→| Parameter | Type | Description |\n 38→|-----------|------|-------------|\n 39→| `file` | file | Audio file to transcribe. Accepts at least WAV and MP3. |\n 40→\n 41→##### Response Format\n 42→\n 43→| Parameter | Type | Default | Description |\n 44→|-----------|------|---------|-------------|\n 45→| `response_format` | string | `json` | Output format: `json`, `verbose_json` (or `vjson`), `text`, `srt`, `vtt` |\n 46→\n 47→##### Language\n 48→\n 49→| Parameter | Type | Default | Description |\n 50→|-----------|------|---------|-------------|\n 51→| `language` | string | `en` | Spoken language code (e.g. `en`, `pt`, `es`, `fr`). Use `auto` for auto-detection. |\n 52→| `detect_language` | bool | `false` | Exit after detecting the language (no transcription). |\n 53→| `translate` | bool | `false` | Translate from source language to English. |\n 54→\n 55→##### Decoding\n 56→\n 57→| Parameter | Type | Default | Description |\n 58→|-----------|------|---------|-------------|\n 59→| `temperature` | float | `0.0` | Sampling temperature. `0.0` is deterministic. |\n 60→| `temperature_inc` | float | `0.2` | Temperature increment on fallback attempts. |\n 61→| `best_of` | int | `2` | Number of candidate decodings to keep. |\n 62→| `beam_size` | int | `-1` | Beam search size. `-1` disables beam search. |\n 63→| `entropy_thold` | float | `2.40` | Entropy threshold — decoder fails and retries if exceeded. |\n 64→| `logprob_thold` | float | `-1.00` | Log probability threshold for decoder failure. |\n 65→| `no_fallback` | bool | `false` | Disable temperature fallback on decode failure. |\n 66→\n 67→##### Segmentation\n 68→\n 69→| Parameter | Type | Default | Description |\n 70→|-----------|------|---------|-------------|\n 71→| `max_len` | int | `0` | Maximum segment length in characters. `0` for unlimited. |\n 72→| `max_context` | int | `-1` | Maximum text context tokens to store. `-1` for unlimited. |\n 73→| `split_on_word` | bool | `false` | Split segments at word boundaries instead of token boundaries. |\n 74→| `no_timestamps` | bool | `false` | Suppress timestamps in output. |\n 75→| `word_thold` | float | `0.01` | Word timestamp probability threshold. |\n 76→\n 77→##### Audio Processing\n 78→\n 79→| Parameter | Type | Default | Description |\n 80→|-----------|------|---------|-------------|\n 81→| `offset_t` | int | `0` | Time offset in milliseconds — skip this much audio from the start. |\n 82→| `offset_n` | int | `0` | Segment index offset. |\n 83→| `duration` | int | `0` | Duration of audio to process in milliseconds. `0` for all. |\n 84→| `audio_ctx` | int | `0` | Audio context size. `0` for all. |\n 85→\n 86→##### Speaker Diarization\n 87→\n 88→| Parameter | Type | Default | Description |\n 89→|-----------|------|---------|-------------|\n 90→| `diarize` | bool | `false` | Enable speaker diarization (requires stereo audio). |\n 91→| `tinydiarize` | bool | `false` | Enable tinydiarize (requires a tdrz model). |\n 92→\n 93→##### Voice Activity Detection (VAD)\n 94→\n 95→| Parameter | Type | Default | Description |\n 96→|-----------|------|---------|-------------|\n 97→| `vad` | bool | `false` | Enable VAD preprocessing. |\n 98→| `vad_threshold` | float | `0.50` | Speech confidence threshold (0.0–1.0). |\n 99→| `vad_min_speech_duration_ms` | int | `250` | Minimum speech segment duration in ms. |\n 100→| `vad_min_silence_duration_ms` | int | `100` | Minimum silence duration to split segments. |\n 101→| `vad_max_speech_duration_s` | float | `FLT_MAX` | Auto-split segments longer than this (seconds). |\n 102→| `vad_speech_pad_ms` | int | `30` | Padding added around speech segments (ms). |\n 103→| `vad_samples_overlap` | float | `0.10` | Overlap between segments (seconds). |\n 104→\n 105→##### Other\n 106→\n 107→| Parameter | Type | Default | Description |\n 108→|-----------|------|---------|-------------|\n 109→| `prompt` | string | `\"\"` | Initial prompt to condition the model (e.g. for vocabulary hints). |\n 110→| `suppress_nst` | bool | `false` | Suppress non-speech tokens. |\n 111→| `no_context` | bool | `false` | Do not use previous audio context for subsequent segments. |\n 112→| `debug_mode` | bool | `false` | Enable debug output. |\n 113→\n 114→#### Response Formats\n 115→\n 116→##### `json` (default)\n 117→\n 118→Minimal JSON with just the transcribed text.\n 119→\n 120→```json\n 121→{\"text\": \"The transcribed content goes here.\"}\n 122→```\n 123→\n 124→##### `verbose_json` (or `vjson`)\n 125→\n 126→Extended JSON including task type, language, audio duration, per-segment timestamps, token-level timing, confidence scores, and language probability distribution.\n 127→\n 128→##### `text`\n 129→\n 130→Plain text transcription. Includes speaker labels if diarization is enabled.\n 131→\n 132→##### `srt`\n 133→\n 134→SubRip subtitle format with sequential numbering, `HH:MM:SS,mmm` timestamps, and text content.\n 135→\n 136→```\n 137→1\n 138→00:00:00,000 --> 00:00:03,500\n 139→The transcribed content goes here.\n 140→```\n 141→\n 142→##### `vtt`\n 143→\n 144→WebVTT subtitle format with `WEBVTT` header and `HH:MM:SS.mmm` timestamps.\n 145→\n 146→```\n 147→WEBVTT\n 148→\n 149→00:00:00.000 --> 00:00:03.500\n 150→The transcribed content goes here.\n 151→```\n 152→\n 153→### POST /load\n 154→\n 155→Loads a different model file on the server at runtime.\n 156→\n 157→```bash\n 158→curl -s http://macmini:8178/load \\\n 159→ -F model=\"/path/to/model.bin\"\n 160→```\n 161→\n 162→| Parameter | Type | Description |\n 163→|-----------|------|-------------|\n 164→| `model` | string | Path to the model file on the server. |\n 165→\n 166→## Supported Audio Formats\n 167→\n 168→The server accepts at least WAV (16-bit PCM) and MP3 files directly. If the server was started with `--convert`, it can use ffmpeg to handle additional formats (ogg, flac, m4a, etc.).\n 169→\n 170→## Source\n 171→\n 172→- Repository: https://github.com/ggml-org/whisper.cpp\n 173→- Server docs: https://github.com/ggml-org/whisper.cpp/blob/master/examples/server/README.md\n 174→","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/data/tasks/*/TASK.md"},"toolUseId":"toolu_01YBB1QnBEZRD9mpEdpZD4qx","output":"No files found","isError":false},{"role":"assistant","text":"Let me also check the settings.json to understand the languages structure, and look for any other TASK.md examples in the broader project."},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/data/**/TASK.md"},"toolUseId":"toolu_012KigzDAUciWXbJAMejcurk","output":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/settings.json"},"toolUseId":"toolu_01EAWRDAgKc3odTNRkuUYQrH","output":" 1→{\n 2→ \"chat\": {\n 3→ \"defaultProvider\": \"opencode\",\n 4→ \"defaultModel\": \"openai/gpt-oss-20b\",\n 5→ \"systemPrompt\": \"\",\n 6→ \"temperature\": 1,\n 7→ \"defaultPwd\": \"~\"\n 8→ },\n 9→ \"ai\": {\n 10→ \"enabledModels\": [\n 11→ \"claude-sonnet-4-5\",\n 12→ \"claude-opus-4-6\",\n 13→ \"claude-haiku-4-5\",\n 14→ \"OpenCode Zen:big-pickle\",\n 15→ \"Local AI:openai/gpt-oss-20b\",\n 16→ \"Local AI:qwen/qwen3-32b\",\n 17→ \"OpenCode Zen:claude-haiku-4-5\",\n 18→ \"OpenCode Zen:claude-opus-4-6\",\n 19→ \"OpenCode Zen:claude-sonnet-4-5\",\n 20→ \"OpenCode Zen:kimi-k2.5-free\",\n 21→ \"OpenCode Zen:minimax-m2.5-free\"\n 22→ ],\n 23→ \"enabledProviders\": [\n 24→ \"Local AI\",\n 25→ \"OpenCode Zen\"\n 26→ ]\n 27→ },\n 28→ \"appearance\": {\n 29→ \"theme\": \"light\"\n 30→ },\n 31→ \"languages\": {\n 32→ \"spoken\": [\n 33→ \"en\",\n 34→ \"pt\",\n 35→ \"es\"\n 36→ ],\n 37→ \"default\": \"en\",\n 38→ \"translateTo\": \"en\"\n 39→ }\n 40→}","isError":false},{"role":"assistant","text":"Now let me check if there's a schema or documentation for how TASK.md files should be structured."},{"role":"tool","toolName":"Task","toolInput":{"subagent_type":"Explore","description":"Find TASK.md schema/docs","prompt":"Search the /home/pastilhas/projects/officer.dev directory for any documentation, schema, or type definitions related to TASK.md files — how tasks are defined, parsed, or executed. Look for things like:\n- Schema files (JSON schema, TypeScript types, Zod schemas)\n- Documentation about the task system\n- Code that parses or loads TASK.md files\n- Any README or docs that explain how tasks work\n\nBe thorough — check src/, lib/, docs/, README files, and any config files. Report back everything you find about the TASK.md format and task execution system.","model":"sonnet"},"toolUseId":"toolu_01ENrhvqgZ4VbTYUc5ERWJsb"},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/TASK.md","path":"/home/pastilhas/projects/officer.dev"},"toolUseId":"toolu_01Uibq9npr7NN3nN4NYLhSGo","output":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/*task*.schema.json","path":"/home/pastilhas/projects/officer.dev"},"toolUseId":"toolu_017QpmYqBVZK4StTYtS33Aoa","output":"No files found","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/*task*.schema.ts","path":"/home/pastilhas/projects/officer.dev"},"toolUseId":"toolu_01VyATFxixVtZ6Jt2iy8MANF","output":"No files 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files\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/chat/messages.json\n/home/pastilhas/projects/officer.dev/data/skills/sharp/chat/messages.json\n/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/chat_sessions/claude/f13731a4-30c3-4d03-ab6b-ffe85e853171/messages.json\n/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/chat_sessions/claude/ff39b5c6-67e3-4c20-b1a9-f6ee73283dc7/messages.json\n/home/pastilhas/projects/officer.dev/Videos/videos/001/node_modules/@remotion/player/.rollup.cache/Users/jonathanburger/remotion/packages/player/dist/tsconfig-esm.tsbuildinfo\n/home/pastilhas/projects/officer.dev/Videos/videos/001/node_modules/@remotion/studio-shared/tsconfig.tsbuildinfo\n/home/pastilhas/projects/officer.dev/Videos/videos/001/node_modules/@remotion/studio-server/tsconfig.tsbuildinfo\n/home/pastilhas/projects/officer.dev/Videos/videos/001/node_modules/@remotion/studio/tsconfig.tsbuildinfo\n/home/pastilhas/projects/officer.dev/Videos/videos/001/node_modules/recast/README.md\n/home/pastilhas/projects/officer.dev/Videos/videos/001/node_modules/neo-async/async.js\nmonitor/src/public/editor/editor-app.js","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"loadTask|parseTask|TaskSchema","path":"/home/pastilhas/projects/officer.dev","output_mode":"files_with_matches"},"toolUseId":"toolu_01VVgqgLQ12MTdZ8QMERZmoN","output":"No files found","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md"},"toolUseId":"toolu_011QeW1HCwf8Vqm6MwbeD4iv","output":" 1→---\n 2→name: Transcribe Audio File\n 3→description: Transcribe an audio file to text using whisper.cpp.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - transcription\n 9→skills:\n 10→ - whisper.cpp\n 11→trigger:\n 12→ type: file\n 13→ extensions:\n 14→ - mp3\n 15→ - wav\n 16→ - m4a\n 17→inputs:\n 18→ - name: file_path\n 19→ description: Path to the audio file to transcribe.\n 20→ required: true\n 21→---\n 22→\n 23→# Transcribe Audio File\n 24→\n 25→Transcribe an audio file to text using whisper.cpp.\n 26→\n 27→## Steps\n 28→\n 29→1. Determine the user's root directory by navigating one level up from the current working directory. Read `settings.json` from the root directory and extract the `languages` section.\n 30→2. Detect the language of the audio file using the whisper.cpp skill with `detect_language=true` and `response_format=verbose_json`.\n 31→3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, skip transcription.\n 32→4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter. If the detected language differs from `languages.translateTo`, set `translate=true`.\n 33→5. Read the transcription and generate a short, descriptive title based on its contents.\n 34→6. Create a directory alongside the original audio file named `_`, where `` is the current date in `YYYYMMDD` format and `` is a slug derived from the generated title.\n 35→7. Move the original audio file and save the transcription as a Markdown file (`.md`) into the new directory, using the same base name for the `.md` file.\n 36→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md"},"toolUseId":"toolu_0117cMtWu3JxDAjfPY2Zy7Bf","output":" 1→# Tasks\n 2→\n 3→A task is a set of instructions to accomplish an atomic goal. Each task lives in its own directory under `tasks/` and is defined by a `TASK.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→tasks/\n 9→ /\n 10→ TASK.md\n 11→```\n 12→\n 13→## TASK.md Format\n 14→\n 15→A task file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown instructions).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: Task Name\n 22→description: A short description of what the task does.\n 23→version: 1\n 24→author: pastilhas\n 25→tags:\n 26→ - tag1\n 27→ - tag2\n 28→skills:\n 29→ - skill-name\n 30→trigger:\n 31→ type: file\n 32→ extensions:\n 33→ - ext1\n 34→ - ext2\n 35→inputs:\n 36→ - name: input_name\n 37→ description: What this input is.\n 38→ required: true\n 39→---\n 40→```\n 41→\n 42→#### Fields\n 43→\n 44→| Field | Type | Required | Description |\n 45→|-------|------|----------|-------------|\n 46→| `name` | string | yes | Human-readable name of the task. |\n 47→| `description` | string | yes | Short description of what the task does. |\n 48→| `version` | integer | no | Version number of the task definition. |\n 49→| `author` | string | no | Author of the task. |\n 50→| `tags` | string[] | no | Tags for categorization. |\n 51→| `skills` | string[] | no | Skills required to execute the task. |\n 52→| `trigger` | object | no | Defines when this task is applicable. |\n 53→| `trigger.type` | string | no | What the task applies to (e.g., `file`). |\n 54→| `trigger.extensions` | string[] | no | File extensions that match this trigger. |\n 55→| `inputs` | object[] | no | Inputs the task expects. |\n 56→| `inputs[].name` | string | yes | Name of the input parameter. |\n 57→| `inputs[].description` | string | yes | Description of the input. |\n 58→| `inputs[].required` | boolean | no | Whether the input is required. |\n 59→\n 60→### Body\n 61→\n 62→The body contains:\n 63→\n 64→1. **Title** — `# Task Name`, matching the frontmatter `name`.\n 65→2. **Description** — A one-line summary, matching the frontmatter `description`.\n 66→3. **Steps** — An ordered list under `## Steps` describing the instructions to accomplish the task.\n 67→\n 68→### Example\n 69→\n 70→```markdown\n 71→---\n 72→name: Transcribe Audio File\n 73→description: Transcribe an audio file to text using whisper.cpp.\n 74→version: 1\n 75→author: pastilhas\n 76→tags:\n 77→ - audio\n 78→ - transcription\n 79→skills:\n 80→ - whisper.cpp\n 81→trigger:\n 82→ type: file\n 83→ extensions:\n 84→ - mp3\n 85→ - wav\n 86→ - m4a\n 87→inputs:\n 88→ - name: file_path\n 89→ description: Path to the audio file to transcribe.\n 90→ required: true\n 91→---\n 92→\n 93→# Transcribe Audio File\n 94→\n 95→Transcribe an audio file to text using whisper.cpp.\n 96→\n 97→## Steps\n 98→\n 99→1. First step.\n 100→2. Second step.\n 101→3. Third step.\n 102→```\n 103→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts"},"toolUseId":"toolu_01MGkMez4NFJw4xbVXcQy5tM","output":" 1→import { createRouter } from '../../create-router';\n 2→import { readdir, mkdir, rm } from 'node:fs/promises';\n 3→import { join, dirname } from 'node:path';\n 4→import { getGlobalTasksDir, getUserTasksDir } from '../../data-path';\n 5→\n 6→type TriggerConfig = {\n 7→ type: 'file';\n 8→ extensions: string[];\n 9→};\n 10→\n 11→type Frontmatter = {\n 12→ name: string;\n 13→ description: string;\n 14→ trigger?: TriggerConfig;\n 15→};\n 16→\n 17→export function parseFrontmatter(raw: string): { frontmatter: Frontmatter; body: string } {\n 18→ const match = raw.match(/^---\\n([\\s\\S]*?)\\n---\\n?([\\s\\S]*)$/);\n 19→ if (!match) return { frontmatter: { name: '', description: '' }, body: raw };\n 20→\n 21→ const yaml = match[1]!;\n 22→ const body = match[2]!;\n 23→\n 24→ const name = yaml.match(/^name:\\s*(.+)$/m)?.[1]?.trim() ?? '';\n 25→ const description = yaml.match(/^description:\\s*(.+)$/m)?.[1]?.trim() ?? '';\n 26→\n 27→ let trigger: TriggerConfig | undefined;\n 28→ const triggerMatch = yaml.match(/^trigger:\\s*\\n((?:[ \\t]+.+\\n?)*)/m);\n 29→ if (triggerMatch) {\n 30→ const block = triggerMatch[1]!;\n 31→ const type = block.match(/type:\\s*(.+)/)?.[1]?.trim();\n 32→ const extLines = [...block.matchAll(/^\\s+-\\s*(.+)$/gm)].map((m) => m[1]!.trim());\n 33→ if (type === 'file' && extLines.length > 0) {\n 34→ trigger = { type: 'file', extensions: extLines };\n 35→ }\n 36→ }\n 37→\n 38→ return { frontmatter: { name, description, trigger }, body };\n 39→}\n 40→\n 41→export async function readTaskDirs(dir: string): Promise> {\n 42→ const result = new Map();\n 43→ try {\n 44→ const entries = await readdir(dir, { withFileTypes: true });\n 45→ for (const entry of entries) {\n 46→ if (!entry.isDirectory()) continue;\n 47→ const taskFile = join(dir, entry.name, 'TASK.md');\n 48→ if (await Bun.file(taskFile).exists()) {\n 49→ result.set(entry.name, taskFile);\n 50→ }\n 51→ }\n 52→ } catch {\n 53→ // directory doesn't exist yet\n 54→ }\n 55→ return result;\n 56→}\n 57→\n 58→export const tasksRouter = createRouter();\n 59→\n 60→tasksRouter.get('/', async (ctx) => {\n 61→ const user = ctx.get('user');\n 62→ const globalTasks = await readTaskDirs(getGlobalTasksDir());\n 63→ const userTasks = await readTaskDirs(getUserTasksDir(user.email));\n 64→\n 65→ const merged = new Map(globalTasks);\n 66→ for (const [name, path] of userTasks) {\n 67→ merged.set(name, path);\n 68→ }\n 69→\n 70→ const tasks = await Promise.all(\n 71→ Array.from(merged.entries()).map(async ([dirName, filePath]) => {\n 72→ const raw = await Bun.file(filePath).text();\n 73→ const { frontmatter } = parseFrontmatter(raw);\n 74→ const scope = userTasks.has(dirName) ? 'user' : 'global';\n 75→ return { dirName, name: frontmatter.name || dirName, description: frontmatter.description, scope, trigger: frontmatter.trigger, filePath };\n 76→ }),\n 77→ );\n 78→\n 79→ return ctx.json(tasks);\n 80→});\n 81→\n 82→tasksRouter.get('/:name', async (ctx) => {\n 83→ const user = ctx.get('user');\n 84→ const name = ctx.req.param('name');\n 85→\n 86→ const userFile = join(getUserTasksDir(user.email), name, 'TASK.md');\n 87→ const globalFile = join(getGlobalTasksDir(), name, 'TASK.md');\n 88→\n 89→ const userExists = await Bun.file(userFile).exists();\n 90→ const filePath = userExists ? userFile : globalFile;\n 91→\n 92→ if (!userExists && !(await Bun.file(globalFile).exists())) {\n 93→ return ctx.text('Not found', 404);\n 94→ }\n 95→\n 96→ const raw = await Bun.file(filePath).text();\n 97→ const { frontmatter, body } = parseFrontmatter(raw);\n 98→ const scope = userExists ? 'user' : 'global';\n 99→\n 100→ const chatMeta = join(dirname(filePath), 'chat', 'meta.json');\n 101→ const chatSessionId = await Bun.file(chatMeta).json().then((m: { id: string }) => m.id).catch(() => null);\n 102→\n 103→ return ctx.json({ name: frontmatter.name || name, description: frontmatter.description, scope, body, filePath, chatSessionId });\n 104→});\n 105→\n 106→tasksRouter.get('/:name/chat', async (ctx) => {\n 107→ const user = ctx.get('user');\n 108→ const name = ctx.req.param('name');\n 109→\n 110→ const userFile = join(getUserTasksDir(user.email), name, 'TASK.md');\n 111→ const globalFile = join(getGlobalTasksDir(), name, 'TASK.md');\n 112→ const userExists = await Bun.file(userFile).exists();\n 113→ if (!userExists && !(await Bun.file(globalFile).exists())) return ctx.text('Not found', 404);\n 114→\n 115→ const chatDir = join(dirname(userExists ? userFile : globalFile), 'chat');\n 116→ const sessionId = await Bun.file(join(chatDir, 'meta.json')).json().then((m: { id: string }) => m.id).catch(() => null);\n 117→ const messages = await Bun.file(join(chatDir, 'messages.json')).json().catch(() => []);\n 118→\n 119→ return ctx.json({ sessionId, messages });\n 120→});\n 121→\n 122→tasksRouter.put('/:name/chat', async (ctx) => {\n 123→ const user = ctx.get('user');\n 124→ const name = ctx.req.param('name');\n 125→\n 126→ const userFile = join(getUserTasksDir(user.email), name, 'TASK.md');\n 127→ const globalFile = join(getGlobalTasksDir(), name, 'TASK.md');\n 128→ const userExists = await Bun.file(userFile).exists();\n 129→ if (!userExists && !(await Bun.file(globalFile).exists())) return ctx.text('Not found', 404);\n 130→\n 131→ const chatDir = join(dirname(userExists ? userFile : globalFile), 'chat');\n 132→ const { sessionId, messages } = await ctx.req.json<{ sessionId: string; messages: unknown[] }>();\n 133→\n 134→ await mkdir(chatDir, { recursive: true });\n 135→ await Bun.write(join(chatDir, 'messages.json'), JSON.stringify(messages));\n 136→ if (sessionId) await Bun.write(join(chatDir, 'meta.json'), JSON.stringify({ id: sessionId }));\n 137→\n 138→ return ctx.json({ ok: true });\n 139→});\n 140→\n 141→tasksRouter.post('/', async (ctx) => {\n 142→ const { name } = await ctx.req.json<{ name: string }>();\n 143→ if (!name?.trim()) return ctx.text('Name is required', 400);\n 144→\n 145→ const dirName = name.trim().toLowerCase().replace(/\\s+/g, '-').replace(/[^a-z0-9-]/g, '');\n 146→ if (!dirName) return ctx.text('Invalid name', 400);\n 147→\n 148→ const dir = join(getGlobalTasksDir(), dirName);\n 149→ const filePath = join(dir, 'TASK.md');\n 150→\n 151→ if (await Bun.file(filePath).exists()) {\n 152→ return ctx.text('Task already exists', 409);\n 153→ }\n 154→\n 155→ await mkdir(dir, { recursive: true });\n 156→ await Bun.write(filePath, `---\\nname: ${name.trim()}\\ndescription: \\n---\\n`);\n 157→\n 158→ return ctx.json({ name: name.trim(), dirName, filePath });\n 159→});\n 160→\n 161→tasksRouter.delete('/:name', async (ctx) => {\n 162→ const name = ctx.req.param('name');\n 163→ const globalDir = join(getGlobalTasksDir(), name);\n 164→ const globalFile = join(globalDir, 'TASK.md');\n 165→\n 166→ if (!(await Bun.file(globalFile).exists())) {\n 167→ return ctx.text('Not found', 404);\n 168→ }\n 169→\n 170→ await rm(globalDir, { recursive: true });\n 171→ return ctx.json({ ok: true });\n 172→});\n 173→","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"interface.*Task|type.*Task|TaskConfig|TaskDefinition","path":"/home/pastilhas/projects/officer.dev","output_mode":"files_with_matches"},"toolUseId":"toolu_01WJpT2XzBckrTC1bBbN132J","output":"Found 34 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files found","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/state/useTasks.ts"},"toolUseId":"toolu_01SbLJamWk2mbrxL9coFdWeS","output":" 1→import { useCallback } from 'react';\n 2→import { useQuery } from '@tanstack/react-query';\n 3→import { useClient } from 'hooks/useClient';\n 4→\n 5→type TriggerConfig = {\n 6→ type: 'file';\n 7→ extensions: string[];\n 8→};\n 9→\n 10→export type TaskSummary = {\n 11→ dirName: string;\n 12→ name: string;\n 13→ description: string;\n 14→ scope: 'user' | 'global';\n 15→ trigger?: TriggerConfig;\n 16→ filePath: string;\n 17→};\n 18→\n 19→export const useTasks = () => {\n 20→ const client = useClient();\n 21→\n 22→ const { data: tasks = [] } = useQuery({\n 23→ queryKey: ['tasks'],\n 24→ queryFn: () => client.get('/tasks'),\n 25→ staleTime: 60_000,\n 26→ });\n 27→\n 28→ const getMatchingTasks = useCallback(\n 29→ (fileName: string): TaskSummary[] => {\n 30→ const ext = fileName.split('.').pop()?.toLowerCase();\n 31→ if (!ext) return [];\n 32→ return tasks.filter(\n 33→ (t) => t.trigger?.type === 'file' && t.trigger.extensions.includes(ext),\n 34→ );\n 35→ },\n 36→ [tasks],\n 37→ );\n 38→\n 39→ return { tasks, getMatchingTasks };\n 40→};\n 41→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx"},"toolUseId":"toolu_016RPP6c2MKb94uGLfy24d8v","output":" 1→import { X } from 'lucide-react';\n 2→import { Dialog, DialogOverlay, DialogPortal } from '@/components/ui/dialog';\n 3→import * as DialogPrimitive from '@radix-ui/react-dialog';\n 4→import { cardStyle } from '@/components/Card';\n 5→import { useClaude } from '@/Screens/Dashboard/Chat/useClaude';\n 6→import { EmbeddableChat } from '@/Screens/Dashboard/Chat/EmbeddableChat';\n 7→import type { TaskSummary } from '../state/useTasks';\n 8→\n 9→type TaskRunnerModalProps = {\n 10→ open: boolean;\n 11→ onOpenChange: (open: boolean) => void;\n 12→ task: TaskSummary;\n 13→ fileName: string;\n 14→ cwd: { root?: string; path: string };\n 15→};\n 16→\n 17→export const TaskRunnerModal = ({ open, onOpenChange, task, fileName, cwd }: TaskRunnerModalProps) => {\n 18→ const chat = useClaude(undefined, null, { replaceUrl: false });\n 19→ const defaultInput = `Read the task instructions at ${task.filePath} and execute them on the file: ${fileName}`;\n 20→\n 21→ return (\n 22→ \n 23→ \n 24→ \n 25→ ev.preventDefault()}\n 27→ className=\"fixed left-[50%] top-[50%] z-[700] translate-x-[-50%] translate-y-[-50%] flex flex-col overflow-hidden rounded-xl border-2 border-duck-dark/30 shadow-2xl w-[90vw] max-w-3xl h-[80vh] duration-200 data-[state=open]:animate-in data-[state=closed]:animate-out data-[state=closed]:fade-out-0 data-[state=open]:fade-in-0 data-[state=closed]:zoom-out-95 data-[state=open]:zoom-in-95\"\n 28→ style={cardStyle({\n 29→ backgroundColor: 'rgba(255, 255, 255, 0.97)',\n 30→ backgroundImage: `\n 31→ linear-gradient(to right, rgba(20, 83, 45, 0.04) 1px, transparent 1px),\n 32→ linear-gradient(to bottom, rgba(20, 83, 45, 0.04) 1px, transparent 1px)\n 33→ `,\n 34→ })}\n 35→ >\n 36→ {/* Header */}\n 37→
\n 38→
\n 39→ {task.name}\n 40→ {fileName}\n 41→
\n 42→ \n 43→ \n 44→ \n 45→
\n 46→\n 47→ {/* Chat */}\n 48→ \n 55→ \n 56→ \n 57→ \n 58→ );\n 59→};\n 60→","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"executeTask|runTask|TaskRunner","path":"/home/pastilhas/projects/officer.dev/monorepo","output_mode":"files_with_matches"},"toolUseId":"toolu_017FJskfD2nz3beHmTRriGyZ","output":"Found 2 files\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"z\\.object.*task|taskSchema|TaskSchema","path":"/home/pastilhas/projects/officer.dev/monorepo","output_mode":"files_with_matches","-i":true},"toolUseId":"toolu_01Nx49ix3n92UYv6RXe3VDZY","output":"No files found","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/types/**/*.ts","path":"/home/pastilhas/projects/officer.dev/monorepo/src"},"toolUseId":"toolu_0119rHsegpswx96umauvT41t","output":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/types/runtime.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/types/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/injector/types/index.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/types/globals.d.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/apps/officer-web/state/types/user-settings.ts","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"getGlobalTasksDir|getUserTasksDir|data-path","path":"/home/pastilhas/projects/officer.dev/monorepo","output_mode":"files_with_matches"},"toolUseId":"toolu_01M4GErMd7VoJubiq4crZpKY","output":"Found 15 files\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/server/router.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/claude/websocket.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/skills/skills.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/data-path.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/server.tsx\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/PLUGINS.md\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/claude/sessions.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/settings/settings.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/scrape/scrape.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/upload/upload.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/terminal/websocket.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/opencode/websocket.ts\n/home/pastilhas/projects/officer.dev/monorepo/plans/chat-attachments-and-sandboxing.md\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/auth/signin.ts","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"TASK\\.md|task.*file.*format|task.*definition","path":"/home/pastilhas/projects/officer.dev/monorepo","output_mode":"files_with_matches","-i":true},"toolUseId":"toolu_015Jnre3XAxiqBntm64TeuXc","output":"Found 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1→import { useState, useCallback, useEffect, useMemo, useRef } from 'react';\n 2→import { Folder, Trash2, Pencil, MoreVertical, MessageSquare, Scissors, Copy, Check, Play } from 'lucide-react';\n 3→import { getIcon } from 'material-file-icons';\n 4→import {\n 5→ DropdownMenu,\n 6→ DropdownMenuContent,\n 7→ DropdownMenuItem,\n 8→ DropdownMenuSeparator,\n 9→ DropdownMenuSub,\n 10→ DropdownMenuSubTrigger,\n 11→ DropdownMenuSubContent,\n 12→ DropdownMenuTrigger,\n 13→} from '@/components/ui/dropdown-menu';\n 14→import {\n 15→ ContextMenu,\n 16→ ContextMenuContent,\n 17→ ContextMenuItem,\n 18→ ContextMenuSeparator,\n 19→ ContextMenuSub,\n 20→ ContextMenuSubTrigger,\n 21→ ContextMenuSubContent,\n 22→ ContextMenuTrigger,\n 23→} from '@/components/ui/context-menu';\n 24→import { cardStyle } from '@/components/Card';\n 25→import type { DirEntry } from '../state/useFiles';\n 26→import type { TaskSummary } from '../state/useTasks';\n 27→\n 28→export type FileItemProps = {\n 29→ entry: DirEntry;\n 30→ viewMode: 'grid' | 'list';\n 31→ selected: boolean;\n 32→ anySelected: boolean;\n 33→ isCut: boolean;\n 34→ onOpen: (entry: DirEntry) => void;\n 35→ onDelete: (entry: DirEntry) => void;\n 36→ onRename: (entry: DirEntry, newName: string) => void;\n 37→ onChat: (entry: DirEntry) => void;\n 38→ onSelect: (entry: DirEntry, ev: React.MouseEvent) => void;\n 39→ onCut: () => void;\n 40→ onCopy: () => void;\n 41→ forceRename: boolean;\n 42→ onRenamingChange: (name: string | null) => void;\n 43→ matchingTasks: TaskSummary[];\n 44→ onRunTask: (task: TaskSummary, entry: DirEntry) => void;\n 45→};\n 46→\n 47→function formatSize(bytes: number): string {\n 48→ if (bytes < 1024) return `${bytes} B`;\n 49→ if (bytes < 1024 * 1024) return `${(bytes / 1024).toFixed(1)} KB`;\n 50→ return `${(bytes / (1024 * 1024)).toFixed(1)} MB`;\n 51→}\n 52→\n 53→function formatDate(ms: number): string {\n 54→ return new Date(ms).toLocaleDateString(undefined, {\n 55→ month: 'short',\n 56→ day: 'numeric',\n 57→ year: 'numeric',\n 58→ });\n 59→}\n 60→\n 61→type MenuItemsProps = {\n 62→ entry: DirEntry;\n 63→ multiSelected: boolean;\n 64→ onDelete: (e: DirEntry) => void;\n 65→ onStartRename: () => void;\n 66→ onChat: (e: DirEntry) => void;\n 67→ onCut: () => void;\n 68→ onCopy: () => void;\n 69→ matchingTasks: TaskSummary[];\n 70→ onRunTask: (task: TaskSummary, entry: DirEntry) => void;\n 71→};\n 72→\n 73→const DropdownMenuItems = ({ entry, multiSelected, onDelete, onStartRename, onChat, onCut, onCopy, matchingTasks, onRunTask }: MenuItemsProps) => (\n 74→ <>\n 75→ onChat(entry)} className=\"cursor-pointer\">\n 76→ \n 77→ Chat...\n 78→ \n 79→ {matchingTasks.length > 0 && (\n 80→ \n 81→ \n 82→ \n 83→ Run Task\n 84→ \n 85→ \n 86→ {matchingTasks.map((task) => (\n 87→ onRunTask(task, entry)} className=\"cursor-pointer\">\n 88→ {task.name}\n 89→ \n 90→ ))}\n 91→ \n 92→ \n 93→ )}\n 94→ \n 95→ \n 96→ \n 97→ Cut\n 98→ \n 99→ \n 100→ \n 101→ Copy\n 102→ \n 103→ {!multiSelected && (\n 104→ \n 105→ \n 106→ Rename\n 107→ \n 108→ )}\n 109→ \n 110→ onDelete(entry)} className=\"text-red-600 cursor-pointer\">\n 111→ \n 112→ Delete\n 113→ \n 114→ \n 115→);\n 116→\n 117→const ContextMenuItems = ({ entry, multiSelected, onDelete, onStartRename, onChat, onCut, onCopy, matchingTasks, onRunTask }: MenuItemsProps) => (\n 118→ <>\n 119→ onChat(entry)} className=\"cursor-pointer\">\n 120→ \n 121→ Chat...\n 122→ \n 123→ {matchingTasks.length > 0 && (\n 124→ \n 125→ \n 126→ \n 127→ Run Task\n 128→ \n 129→ \n 130→ {matchingTasks.map((task) => (\n 131→ onRunTask(task, entry)} className=\"cursor-pointer\">\n 132→ {task.name}\n 133→ \n 134→ ))}\n 135→ \n 136→ \n 137→ )}\n 138→ \n 139→ \n 140→ \n 141→ Cut\n 142→ \n 143→ \n 144→ \n 145→ Copy\n 146→ \n 147→ {!multiSelected && (\n 148→ \n 149→ \n 150→ Rename\n 151→ \n 152→ )}\n 153→ \n 154→ onDelete(entry)} className=\"text-red-600 cursor-pointer\">\n 155→ \n 156→ Delete\n 157→ \n 158→ \n 159→);\n 160→\n 161→const EllipsisMenu = (props: MenuItemsProps) => (\n 162→
ev.stopPropagation()}>\n 163→ \n 164→ \n 165→ \n 168→ \n 169→ ev.preventDefault()}>\n 170→ \n 171→ \n 172→ \n 173→
\n 174→);\n 175→\n 176→const InlineRenameInput = ({\n 177→ initialName,\n 178→ onCommit,\n 179→ onCancel,\n 180→}: {\n 181→ initialName: string;\n 182→ onCommit: (name: string) => void;\n 183→ onCancel: () => void;\n 184→}) => {\n 185→ const [value, setValue] = useState(initialName);\n 186→\n 187→ const mountRef = useCallback((node: HTMLInputElement | null) => {\n 188→ if (!node) return;\n 189→ requestAnimationFrame(() => {\n 190→ node.focus();\n 191→ const dotIndex = initialName.lastIndexOf('.');\n 192→ if (dotIndex > 0) {\n 193→ node.setSelectionRange(0, dotIndex);\n 194→ } else {\n 195→ node.select();\n 196→ }\n 197→ });\n 198→ }, []);\n 199→\n 200→ const commit = () => {\n 201→ const trimmed = value.trim();\n 202→ if (trimmed && trimmed !== initialName) {\n 203→ onCommit(trimmed);\n 204→ } else {\n 205→ onCancel();\n 206→ }\n 207→ };\n 208→\n 209→ return (\n 210→ setValue(ev.target.value)}\n 214→ onBlur={commit}\n 215→ onKeyDown={(ev) => {\n 216→ if (ev.key === 'Enter') commit();\n 217→ if (ev.key === 'Escape') onCancel();\n 218→ }}\n 219→ onClick={(ev) => ev.stopPropagation()}\n 220→ className=\"text-sm font-medium text-duck-dark bg-white border border-duck-teal/50 rounded px-1 py-0.5 outline-none w-full text-center\"\n 221→ />\n 222→ );\n 223→};\n 224→\n 225→const Checkbox = ({ checked, anySelected, onClick }: { checked: boolean; anySelected: boolean; onClick: (ev: React.MouseEvent) => void }) => (\n 226→ {\n 228→ ev.stopPropagation();\n 229→ onClick(ev);\n 230→ }}\n 231→ className={`flex items-center justify-center h-5 w-5 rounded border-2 transition-all cursor-pointer ${\n 232→ checked\n 233→ ? 'bg-duck-teal border-duck-teal text-white'\n 234→ : 'border-duck-dark/30 bg-white/80 hover:border-duck-teal/50'\n 235→ } ${anySelected ? 'opacity-100' : 'opacity-0 group-hover:opacity-100'}`}\n 236→ >\n 237→ {checked && }\n 238→ \n 239→);\n 240→\n 241→const MaterialFileIcon = ({ name, className }: { name: string; className?: string }) => {\n 242→ const svg = useMemo(() => getIcon(name).svg, [name]);\n 243→ return ;\n 244→};\n 245→\n 246→export const FileItem = ({\n 247→ entry,\n 248→ viewMode,\n 249→ selected,\n 250→ anySelected,\n 251→ isCut,\n 252→ onOpen,\n 253→ onDelete,\n 254→ onRename,\n 255→ onChat,\n 256→ onSelect,\n 257→ onCut,\n 258→ onCopy,\n 259→ forceRename,\n 260→ onRenamingChange,\n 261→ matchingTasks,\n 262→ onRunTask,\n 263→}: FileItemProps) => {\n 264→ const [renaming, setRenaming] = useState(false);\n 265→ const clickTimer = useRef | null>(null);\n 266→ const isDir = entry.type === 'directory';\n 267→\n 268→ const icon = isDir\n 269→ ? \n 270→ : ;\n 271→ const iconLarge = isDir\n 272→ ? \n 273→ : ;\n 274→\n 275→ useEffect(() => {\n 276→ return () => { if (clickTimer.current) clearTimeout(clickTimer.current); };\n 277→ }, []);\n 278→\n 279→ useEffect(() => {\n 280→ if (forceRename) {\n 281→ setRenaming(true);\n 282→ onRenamingChange(null);\n 283→ }\n 284→ }, [forceRename]);\n 285→\n 286→ const handleCommitRename = (newName: string) => {\n 287→ setRenaming(false);\n 288→ onRename(entry, newName);\n 289→ };\n 290→\n 291→ const handleClick = (ev: React.MouseEvent) => {\n 292→ if (renaming) return;\n 293→ // Modifier clicks select immediately (intentional multi-select)\n 294→ if (ev.ctrlKey || ev.metaKey || ev.shiftKey) {\n 295→ onSelect(entry, ev);\n 296→ return;\n 297→ }\n 298→ // Delay plain click so double-click doesn't trigger selection + layout shift\n 299→ const syntheticEv = { ctrlKey: false, shiftKey: false, metaKey: false } as React.MouseEvent;\n 300→ clickTimer.current = setTimeout(() => {\n 301→ clickTimer.current = null;\n 302→ onSelect(entry, syntheticEv);\n 303→ }, 200);\n 304→ };\n 305→\n 306→ const handleDoubleClick = () => {\n 307→ if (renaming) return;\n 308→ if (clickTimer.current) {\n 309→ clearTimeout(clickTimer.current);\n 310→ clickTimer.current = null;\n 311→ }\n 312→ onOpen(entry);\n 313→ };\n 314→\n 315→ const handleContextMenu = (ev: React.MouseEvent) => {\n 316→ if (!selected) {\n 317→ onSelect(entry, { ...ev, ctrlKey: false, shiftKey: false, metaKey: false } as React.MouseEvent);\n 318→ }\n 319→ };\n 320→\n 321→ const menuProps: MenuItemsProps = {\n 322→ entry,\n 323→ multiSelected: anySelected && selected,\n 324→ onDelete,\n 325→ onStartRename: () => setRenaming(true),\n 326→ onChat,\n 327→ onCut,\n 328→ onCopy,\n 329→ matchingTasks,\n 330→ onRunTask,\n 331→ };\n 332→\n 333→ const cutOpacity = isCut ? 'opacity-50' : '';\n 334→\n 335→ if (viewMode === 'list') {\n 336→ return (\n 337→ \n 338→ \n 339→ \n 347→ onSelect(entry, ev)} />\n 348→ {icon}\n 349→
\n 350→ {renaming ? (\n 351→ setRenaming(false)}\n 355→ />\n 356→ ) : (\n 357→ \n 358→ {entry.name}\n 359→ \n 360→ )}\n 361→
\n 362→ \n 363→ {isDir ? '--' : formatSize(entry.size)}\n 364→ \n 365→ \n 366→ {formatDate(entry.modifiedAt)}\n 367→ \n 368→
\n 369→ \n 370→
\n 371→ \n 372→ \n 373→ \n 374→ \n 375→ \n 376→ \n 377→ );\n 378→ }\n 379→\n 380→ return (\n 381→ \n 382→ \n 383→ \n 402→
\n 403→ onSelect(entry, ev)} />\n 404→
\n 405→\n 406→
\n 407→ \n 408→
\n 409→\n 410→ {iconLarge}\n 411→\n 412→ {renaming ? (\n 413→ setRenaming(false)}\n 417→ />\n 418→ ) : (\n 419→ \n 420→ {entry.name}\n 421→ \n 422→ )}\n 423→\n 424→ \n 425→ {isDir ? 'Folder' : formatSize(entry.size)}\n 426→ {' · '}\n 427→ {formatDate(entry.modifiedAt)}\n 428→ \n 429→ \n 430→ \n 431→ \n 432→ \n 433→ \n 434→ \n 435→ );\n 436→};\n 437→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/data-path.ts"},"toolUseId":"toolu_0161mLzYtVJVDTadTgEPLrwq","output":" 1→import { join } from 'node:path';\n 2→\n 3→export const DATA_PATH = process.env.DATA_PATH ?? join(process.cwd(), 'data');\n 4→\n 5→export const getUserSessionsDir = (email: string) => join(DATA_PATH, email, 'chat_sessions');\n 6→\n 7→export const getClaudeDir = (email: string) => join(DATA_PATH, email, 'chat_sessions', 'claude');\n 8→\n 9→export const getSessionDir = (email: string, sessionId: string) =>\n 10→ join(DATA_PATH, email, 'chat_sessions', 'claude', sessionId);\n 11→\n 12→export const getArchivedSessionDir = (email: string, sessionId: string) =>\n 13→ join(DATA_PATH, email, 'chat_sessions', 'claude', 'archived', sessionId);\n 14→\n 15→export const getHomeDir = (email: string) => join(DATA_PATH, email, 'home');\n 16→\n 17→export const getUserSettingsFile = (email: string) => join(DATA_PATH, email, 'settings.json');\n 18→\n 19→export const getUserStateFile = (email: string) => join(DATA_PATH, email, 'state.json');\n 20→\n 21→export const getGlobalSkillsDir = () => join(DATA_PATH, 'skills');\n 22→\n 23→export const getUserSkillsDir = (email: string) => join(DATA_PATH, email, 'skills');\n 24→\n 25→export const getGlobalTasksDir = () => join(DATA_PATH, 'tasks');\n 26→\n 27→export const getUserTasksDir = (email: string) => join(DATA_PATH, email, 'tasks');\n 28→\n 29→export const getTmpAttachmentsDir = (email: string) => join(DATA_PATH, email, 'chat_sessions', 'tmp_attachments');\n 30→\n 31→export const getAttachmentsDir = (email: string, provider: 'claude' | 'opencode', sessionId: string) =>\n 32→ join(DATA_PATH, email, 'chat_sessions', provider, sessionId, 'attachments');\n 33→","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"import.*tasks|from.*tasks","path":"/home/pastilhas/projects/officer.dev/monorepo/src","output_mode":"files_with_matches"},"toolUseId":"toolu_014UG1f1RPUGX8ddQGF7n3qF","output":"Found 1 file\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/hono.ts","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx","limit":100},"toolUseId":"toolu_015JNgtvvQmQ7TzNJoKxK4ZF","output":" 1→import { useState, useEffect, useCallback, useRef } from 'react';\n 2→import { useSearchParams, useNavigate } from 'react-router';\n 3→import { toast } from 'sonner';\n 4→import { Loader2, LayoutGrid, List, Maximize2, Minimize2, ClipboardPaste, FolderPlus, Search, X, Check, Folder, GitBranch, Home, FolderRoot, Code, Eye, EyeOff } from 'lucide-react';\n 5→import { getIcon } from 'material-file-icons';\n 6→import {\n 7→ ContextMenu,\n 8→ ContextMenuContent,\n 9→ ContextMenuItem,\n 10→ ContextMenuTrigger,\n 11→} from '@/components/ui/context-menu';\n 12→import { DashboardLayout } from '@/Screens/Dashboard/Layout';\n 13→import { useFiles, type DirEntry } from '../state/useFiles';\n 14→import { useTasks, type TaskSummary } from '../state/useTasks';\n 15→import { useUserState } from '@/state/useUserState';\n 16→import { useAuth } from 'hooks/useAuth';\n 17→import { RadioGroup, RadioGroupItem } from '@/components/ui/radio-group';\n 18→import { Card } from '@/components/Card';\n 19→import { Breadcrumb } from './Breadcrumb';\n 20→import { Toolbar } from './Toolbar';\n 21→import { FileGrid } from './FileGrid';\n 22→import { FileViewer } from './FileViewer';\n 23→import { TaskRunnerModal } from './TaskRunnerModal';\n 24→\n 25→type ClipboardState = { paths: string[]; mode: 'copy' | 'cut' } | null;\n 26→\n 27→type HomeRoot = 'home' | '~' | 'officer.dev';\n 28→\n 29→export const Files = () => {\n 30→ const { user } = useAuth();\n 31→ const navigate = useNavigate();\n 32→ const [searchParams, setSearchParams] = useSearchParams();\n 33→ const [homeRoot, setHomeRoot] = useUserState('files/homeRoot', 'home');\n 34→ const [currentPath, setCurrentPath] = useUserState('files/currentPath', '/');\n 35→ const [entries, setEntries] = useState([]);\n 36→ const [loading, setLoading] = useState(true);\n 37→ const [viewMode, setViewMode] = useUserState<'grid' | 'list'>('files/viewMode', 'grid');\n 38→ const [fullscreen, setFullscreen] = useUserState('files/fullscreen', false);\n 39→ const [showHidden, setShowHidden] = useUserState('files/showHidden', false);\n 40→ const [uploadProgress, setUploadProgress] = useState(null);\n 41→ const [selected, setSelected] = useState>(new Set());\n 42→ const [clipboard, setClipboard] = useState(null);\n 43→ const [renamingName, setRenamingName] = useState(null);\n 44→ const [searchQuery, setSearchQuery] = useState('');\n 45→ const [searchResults, setSearchResults] = useState(null);\n 46→ const [searching, setSearching] = useState(false);\n 47→ const [showCloneInput, setShowCloneInput] = useState(false);\n 48→ const [cloneUrl, setCloneUrl] = useState('');\n 49→ const [cloning, setCloning] = useState(false);\n 50→ const [runningTask, setRunningTask] = useState<{ task: TaskSummary; fileName: string } | null>(null);\n 51→ const { getMatchingTasks } = useTasks();\n 52→ const searchTimerRef = useRef | null>(null);\n 53→ const searchInputRef = useRef(null);\n 54→ const viewPath = searchParams.get('view');\n 55→ const viewerFileName = viewPath ? viewPath.split('/').pop()! : '';\n 56→ const files = useFiles(homeRoot);\n 57→ const filesRef = useRef(files);\n 58→ filesRef.current = files;\n 59→ const currentPathRef = useRef(currentPath);\n 60→ currentPathRef.current = currentPath;\n 61→ const visibleEntries = showHidden ? entries : entries.filter((e) => !e.name.startsWith('.'));\n 62→\n 63→ const refresh = useCallback(async () => {\n 64→ setLoading(true);\n 65→ try {\n 66→ const data = await filesRef.current.listDir(currentPathRef.current);\n 67→ if (data.reset) {\n 68→ setCurrentPath('/');\n 69→ return;\n 70→ }\n 71→ setEntries(data.entries);\n 72→ } catch (err: any) {\n 73→ console.error('[FileBrowser] refresh error:', err);\n 74→ toast.error(err?.message || 'Failed to load directory');\n 75→ } finally {\n 76→ setLoading(false);\n 77→ }\n 78→ }, []);\n 79→\n 80→ useEffect(() => {\n 81→ refresh();\n 82→ }, [currentPath, homeRoot]);\n 83→\n 84→ // Clear selection when navigating\n 85→ useEffect(() => {\n 86→ setSelected(new Set());\n 87→ }, [currentPath]);\n 88→\n 89→ // Debounced search\n 90→ useEffect(() => {\n 91→ if (searchTimerRef.current) clearTimeout(searchTimerRef.current);\n 92→ const q = searchQuery.trim();\n 93→ if (!q) {\n 94→ setSearchResults(null);\n 95→ setSearching(false);\n 96→ return;\n 97→ }\n 98→ setSearching(true);\n 99→ searchTimerRef.current = setTimeout(async () => {\n 100→ try {","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/SKILLS.md","path":"/home/pastilhas/projects/officer.dev"},"toolUseId":"toolu_01UWgmfTqaUy3ssb4cDpQDqU","output":"/home/pastilhas/projects/officer.dev/data/skills/SKILLS.md","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/skills/SKILLS.md"},"toolUseId":"toolu_01DcaQ1fDYDQ98DdLgTvvNz6","output":" 1→# Skills\n 2→\n 3→A skill provides reference documentation for a specific tool or service. Skills are used by tasks to accomplish their goals. Each skill lives in its own directory under `skills/` and is defined by a `SKILL.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→skills/\n 9→ /\n 10→ SKILL.md\n 11→```\n 12→\n 13→## SKILL.md Format\n 14→\n 15→A skill file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown documentation).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: skill-name\n 22→description: What this skill does and when to use it.\n 23→---\n 24→```\n 25→\n 26→#### Fields\n 27→\n 28→| Field | Type | Required | Description |\n 29→|-------|------|----------|-------------|\n 30→| `name` | string | yes | Identifier for the skill. |\n 31→| `description` | string | yes | What the skill does and when to use it. Should include trigger phrases (e.g., \"Use when the user wants to...\"). |\n 32→\n 33→### Body\n 34→\n 35→The body contains reference documentation for the tool or service. The structure varies depending on the type of skill, but typically includes:\n 36→\n 37→- **Title** — `# Skill Name`\n 38→- **Overview** — What the tool is and how it works.\n 39→- **Usage** — How to invoke the tool (endpoints, CLI synopsis, etc.).\n 40→- **Parameters/Options** — Detailed reference tables.\n 41→- **Examples** — Common usage patterns and recipes.\n 42→- **Source** — Links to official documentation and repositories.\n 43→\n 44→### Existing Skills\n 45→\n 46→| Skill | Type | Description |\n 47→|-------|------|-------------|\n 48→| `whisper.cpp` | HTTP API | Speech-to-text transcription via a local whisper.cpp server. |\n 49→| `ffmpeg` | CLI | Audio/video processing, conversion, and analysis. |\n 50→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/hono.ts"},"toolUseId":"toolu_01Bgsm6FeZXDrT3aPtHuhCvh","output":" 1→import { Hono } from 'hono';\n 2→import { cors } from 'hono/cors';\n 3→import { createRouter } from './create-router';\n 4→import type { HonoVariables } from './create-router';\n 5→import { authRouter } from './api/auth';\n 6→import { serverSettingsRouter, settingsPath } from './api/server-settings/server-settings';\n 7→import { updateUserHandler } from './api/users/update-user';\n 8→import { plansRouter } from './api/plans/plans';\n 9→import { skillsRouter } from './api/skills/skills';\n 10→import { tasksRouter } from './api/tasks/tasks';\n 11→import { sessionsRouter } from './api/claude/sessions';\n 12→import { opencodeSessionsRouter } from './api/opencode/sessions';\n 13→import { scrapeRouter } from './api/scrape/scrape';\n 14→import { uploadRouter } from './api/upload/upload';\n 15→import { settingsRouter } from './api/settings/settings';\n 16→import { readdirSync, existsSync } from 'node:fs';\n 17→import { join } from 'node:path';\n 18→import { CustomError } from './custom-errors';\n 19→import { userMiddleware, bodyParser } from './_middlewares';\n 20→\n 21→export { Hono };\n 22→export { createRouter };\n 23→export type { HonoVariables };\n 24→\n 25→export const honoServer = new Hono<{ Variables: HonoVariables }>();\n 26→\n 27→\n 28→honoServer.use(\n 29→ cors({\n 30→ origin: '*',\n 31→ allowMethods: ['GET', 'POST', 'PUT', 'PATCH', 'DELETE'],\n 32→ allowHeaders: ['Content-Type', 'Authorization'],\n 33→ }),\n 34→);\n 35→\n 36→honoServer.get('/api', (ctx) => ctx.json({ officerAPI: 'ok' }));\n 37→honoServer.route('/api/auth', authRouter);\n 38→honoServer.route('/api/server-settings', serverSettingsRouter);\n 39→\n 40→const protectedRouter = createRouter();\n 41→protectedRouter.use(bodyParser());\n 42→protectedRouter.use(userMiddleware);\n 43→\n 44→protectedRouter.put('/users', updateUserHandler);\n 45→protectedRouter.route('/plans', plansRouter);\n 46→protectedRouter.route('/skills', skillsRouter);\n 47→protectedRouter.route('/tasks', tasksRouter);\n 48→protectedRouter.route('/', sessionsRouter);\n 49→protectedRouter.route('/opencode', opencodeSessionsRouter);\n 50→protectedRouter.route('/scrape', scrapeRouter);\n 51→protectedRouter.route('/upload', uploadRouter);\n 52→protectedRouter.route('/user', settingsRouter);\n 53→\n 54→// Auto-discover and mount plugin routers, then mount the protected router.\n 55→// Hono's .route() copies routes at call time, so plugins must be loaded first.\n 56→export async function loadPlugins() {\n 57→ const pluginsDir = join(import.meta.dir, '../workspaces/plugins');\n 58→ const pluginDirs = readdirSync(pluginsDir, { withFileTypes: true }).filter((d) => d.isDirectory());\n 59→ const settings = await Bun.file(settingsPath).json().catch(() => ({}));\n 60→ const pluginSettings: Record = settings.plugins ?? {};\n 61→\n 62→ for (const dir of pluginDirs) {\n 63→ if (pluginSettings[dir.name] === false) continue;\n 64→\n 65→ const serverIndex = join(pluginsDir, dir.name, 'server', 'index.ts');\n 66→ if (!existsSync(serverIndex)) continue;\n 67→ const mod = await import(serverIndex);\n 68→ if (mod.router && mod.apiPath) {\n 69→ protectedRouter.route(mod.apiPath, mod.router);\n 70→ }\n 71→ }\n 72→\n 73→ honoServer.route('/api', protectedRouter);\n 74→}\n 75→\n 76→honoServer.onError((error, ctx) => {\n 77→ if (error instanceof CustomError) {\n 78→ if (error.returnValue) {\n 79→ if (typeof error.returnValue === 'string') {\n 80→ return ctx.text(error.returnValue, error.statusCode);\n 81→ } else {\n 82→ return ctx.json(error.returnValue, error.statusCode);\n 83→ }\n 84→ }\n 85→ return ctx.text(error.message, error.statusCode);\n 86→ }\n 87→\n 88→ console.error('Unexpected error:', error.message);\n 89→ return ctx.text('Internal Server Error', 500);\n 90→});\n 91→","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"readTask|task.*frontmatter|parseFrontmatter","path":"/home/pastilhas/projects/officer.dev/monorepo","output_mode":"files_with_matches","-i":true},"toolUseId":"toolu_019cdSCS8wFi1GiZD4uayGkN","output":"Found 3 files\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/claude/websocket.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/skills/skills.ts","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"yaml|frontmatter","path":"/home/pastilhas/projects/officer.dev/monorepo/src","output_mode":"files_with_matches","-i":true},"toolUseId":"toolu_01XtRvKMxqtLeGMoevXK8if1","output":"Found 4 files\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/tasks/tasks.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/claude/websocket.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/skills/skills.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileViewer.tsx","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/skills/skills.ts"},"toolUseId":"toolu_01YBQbaMxmdAG6uK9mPTeXGn","output":" 1→import { createRouter } from '../../create-router';\n 2→import { readdir, mkdir, rm } from 'node:fs/promises';\n 3→import { join, dirname } from 'node:path';\n 4→import { getGlobalSkillsDir, getUserSkillsDir } from '../../data-path';\n 5→\n 6→type Frontmatter = {\n 7→ name: string;\n 8→ description: string;\n 9→};\n 10→\n 11→export function parseFrontmatter(raw: string): { frontmatter: Frontmatter; body: string } {\n 12→ const match = raw.match(/^---\\n([\\s\\S]*?)\\n---\\n?([\\s\\S]*)$/);\n 13→ if (!match) return { frontmatter: { name: '', description: '' }, body: raw };\n 14→\n 15→ const yaml = match[1]!;\n 16→ const body = match[2]!;\n 17→\n 18→ const name = yaml.match(/^name:\\s*(.+)$/m)?.[1]?.trim() ?? '';\n 19→ const description = yaml.match(/^description:\\s*(.+)$/m)?.[1]?.trim() ?? '';\n 20→\n 21→ return { frontmatter: { name, description }, body };\n 22→}\n 23→\n 24→export async function readSkillDirs(dir: string): Promise> {\n 25→ const result = new Map();\n 26→ try {\n 27→ const entries = await readdir(dir, { withFileTypes: true });\n 28→ for (const entry of entries) {\n 29→ if (!entry.isDirectory()) continue;\n 30→ const skillFile = join(dir, entry.name, 'SKILL.md');\n 31→ if (await Bun.file(skillFile).exists()) {\n 32→ result.set(entry.name, skillFile);\n 33→ }\n 34→ }\n 35→ } catch {\n 36→ // directory doesn't exist yet\n 37→ }\n 38→ return result;\n 39→}\n 40→\n 41→export const skillsRouter = createRouter();\n 42→\n 43→skillsRouter.get('/', async (ctx) => {\n 44→ const user = ctx.get('user');\n 45→ const globalSkills = await readSkillDirs(getGlobalSkillsDir());\n 46→ const userSkills = await readSkillDirs(getUserSkillsDir(user.email));\n 47→\n 48→ const merged = new Map(globalSkills);\n 49→ for (const [name, path] of userSkills) {\n 50→ merged.set(name, path);\n 51→ }\n 52→\n 53→ const skills = await Promise.all(\n 54→ Array.from(merged.entries()).map(async ([dirName, filePath]) => {\n 55→ const raw = await Bun.file(filePath).text();\n 56→ const { frontmatter } = parseFrontmatter(raw);\n 57→ const scope = userSkills.has(dirName) ? 'user' : 'global';\n 58→ return { dirName, name: frontmatter.name || dirName, description: frontmatter.description, scope };\n 59→ }),\n 60→ );\n 61→\n 62→ return ctx.json(skills);\n 63→});\n 64→\n 65→skillsRouter.get('/:name', async (ctx) => {\n 66→ const user = ctx.get('user');\n 67→ const name = ctx.req.param('name');\n 68→\n 69→ const userFile = join(getUserSkillsDir(user.email), name, 'SKILL.md');\n 70→ const globalFile = join(getGlobalSkillsDir(), name, 'SKILL.md');\n 71→\n 72→ const userExists = await Bun.file(userFile).exists();\n 73→ const filePath = userExists ? userFile : globalFile;\n 74→\n 75→ if (!userExists && !(await Bun.file(globalFile).exists())) {\n 76→ return ctx.text('Not found', 404);\n 77→ }\n 78→\n 79→ const raw = await Bun.file(filePath).text();\n 80→ const { frontmatter, body } = parseFrontmatter(raw);\n 81→ const scope = userExists ? 'user' : 'global';\n 82→\n 83→ const chatMeta = join(dirname(filePath), 'chat', 'meta.json');\n 84→ const chatSessionId = await Bun.file(chatMeta).json().then((m: { id: string }) => m.id).catch(() => null);\n 85→\n 86→ return ctx.json({ name: frontmatter.name || name, description: frontmatter.description, scope, body, filePath, chatSessionId });\n 87→});\n 88→\n 89→skillsRouter.get('/:name/chat', async (ctx) => {\n 90→ const user = ctx.get('user');\n 91→ const name = ctx.req.param('name');\n 92→\n 93→ const userFile = join(getUserSkillsDir(user.email), name, 'SKILL.md');\n 94→ const globalFile = join(getGlobalSkillsDir(), name, 'SKILL.md');\n 95→ const userExists = await Bun.file(userFile).exists();\n 96→ if (!userExists && !(await Bun.file(globalFile).exists())) return ctx.text('Not found', 404);\n 97→\n 98→ const chatDir = join(dirname(userExists ? userFile : globalFile), 'chat');\n 99→ const sessionId = await Bun.file(join(chatDir, 'meta.json')).json().then((m: { id: string }) => m.id).catch(() => null);\n 100→ const messages = await Bun.file(join(chatDir, 'messages.json')).json().catch(() => []);\n 101→\n 102→ return ctx.json({ sessionId, messages });\n 103→});\n 104→\n 105→skillsRouter.put('/:name/chat', async (ctx) => {\n 106→ const user = ctx.get('user');\n 107→ const name = ctx.req.param('name');\n 108→\n 109→ const userFile = join(getUserSkillsDir(user.email), name, 'SKILL.md');\n 110→ const globalFile = join(getGlobalSkillsDir(), name, 'SKILL.md');\n 111→ const userExists = await Bun.file(userFile).exists();\n 112→ if (!userExists && !(await Bun.file(globalFile).exists())) return ctx.text('Not found', 404);\n 113→\n 114→ const chatDir = join(dirname(userExists ? userFile : globalFile), 'chat');\n 115→ const { sessionId, messages } = await ctx.req.json<{ sessionId: string; messages: unknown[] }>();\n 116→\n 117→ await mkdir(chatDir, { recursive: true });\n 118→ await Bun.write(join(chatDir, 'messages.json'), JSON.stringify(messages));\n 119→ if (sessionId) await Bun.write(join(chatDir, 'meta.json'), JSON.stringify({ id: sessionId }));\n 120→\n 121→ return ctx.json({ ok: true });\n 122→});\n 123→\n 124→skillsRouter.post('/', async (ctx) => {\n 125→ const { name } = await ctx.req.json<{ name: string }>();\n 126→ if (!name?.trim()) return ctx.text('Name is required', 400);\n 127→\n 128→ const dirName = name.trim().toLowerCase().replace(/\\s+/g, '-').replace(/[^a-z0-9-]/g, '');\n 129→ if (!dirName) return ctx.text('Invalid name', 400);\n 130→\n 131→ const dir = join(getGlobalSkillsDir(), dirName);\n 132→ const filePath = join(dir, 'SKILL.md');\n 133→\n 134→ if (await Bun.file(filePath).exists()) {\n 135→ return ctx.text('Skill already exists', 409);\n 136→ }\n 137→\n 138→ await mkdir(dir, { recursive: true });\n 139→ await Bun.write(filePath, `---\\nname: ${name.trim()}\\ndescription: \\n---\\n`);\n 140→\n 141→ return ctx.json({ name: name.trim(), dirName, filePath });\n 142→});\n 143→\n 144→skillsRouter.delete('/:name', async (ctx) => {\n 145→ const name = ctx.req.param('name');\n 146→ const globalDir = join(getGlobalSkillsDir(), name);\n 147→ const globalFile = join(globalDir, 'SKILL.md');\n 148→\n 149→ if (!(await Bun.file(globalFile).exists())) {\n 150→ return ctx.text('Not found', 404);\n 151→ }\n 152→\n 153→ await rm(globalDir, { recursive: true });\n 154→ return ctx.json({ ok: true });\n 155→});\n 156→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/servers/api/claude/websocket.ts","limit":150},"toolUseId":"toolu_01BDC9capgbyrHFjeYrPKbNB","output":" 1→import type { ServerWebSocket } from 'bun';\n 2→import { mkdir, rename } from 'node:fs/promises';\n 3→import { join, resolve } from 'node:path';\n 4→import { homedir } from 'node:os';\n 5→import { query } from '@anthropic-ai/claude-agent-sdk';\n 6→import type { SDKUserMessage } from '@anthropic-ai/claude-agent-sdk';\n 7→import { getSessionDir, getTmpAttachmentsDir, getAttachmentsDir, getHomeDir, getGlobalSkillsDir, getUserSkillsDir } from '@@/data-path';\n 8→import { readSkillDirs, parseFrontmatter } from '@@/api/skills/skills';\n 9→import type { ClientMessage, ServerMessage, ImageData } from '@@/api/chat-types';\n 10→\n 11→type WSData = { userId: number; email: string };\n 12→\n 13→type ConnectionState = {\n 14→ abortController: AbortController | null;\n 15→ currentSessionId: string | null;\n 16→ pendingTitle: string | null;\n 17→ selectedModel: string | null;\n 18→ pendingAttachmentIds: string[];\n 19→ cwd: string | null;\n 20→ resourceChatDir: string | null;\n 21→};\n 22→\n 23→const connections = new Map, ConnectionState>();\n 24→\n 25→function send(ws: ServerWebSocket, msg: ServerMessage) {\n 26→ if (ws.readyState === 1) ws.send(JSON.stringify(msg));\n 27→}\n 28→\n 29→type HandleChatParams = {\n 30→ ws: ServerWebSocket;\n 31→ prompt: string;\n 32→ sessionId?: string;\n 33→ model?: string;\n 34→ cwd?: { root?: string; path: string };\n 35→ attachmentIds?: string[];\n 36→ images?: ImageData[];\n 37→ resourceChatDir?: string;\n 38→};\n 39→\n 40→function resolveRootDir(email: string, root?: string): string {\n 41→ if (!root || root === 'home') return getHomeDir(email);\n 42→ if (root === '~') return homedir();\n 43→ if (root === 'officer.dev') return resolve(process.cwd(), '..');\n 44→ return getHomeDir(email);\n 45→}\n 46→\n 47→async function buildSkillsPrompt(email: string): Promise {\n 48→ const globalSkills = await readSkillDirs(getGlobalSkillsDir());\n 49→ const userSkills = await readSkillDirs(getUserSkillsDir(email));\n 50→\n 51→ const merged = new Map(globalSkills);\n 52→ for (const [name, path] of userSkills) {\n 53→ merged.set(name, path);\n 54→ }\n 55→\n 56→ if (merged.size === 0) return '';\n 57→\n 58→ const lines = await Promise.all(\n 59→ Array.from(merged.entries()).map(async ([dirName, filePath]) => {\n 60→ const raw = await Bun.file(filePath).text();\n 61→ const { frontmatter } = parseFrontmatter(raw);\n 62→ const name = frontmatter.name || dirName;\n 63→ return `- ${name}: ${frontmatter.description} (read ${filePath} for full instructions)`;\n 64→ }),\n 65→ );\n 66→\n 67→ return `\\n\\nYou have access to the following skills. When a user's request matches a skill, read its SKILL.md file for detailed instructions before proceeding.\\n\\nAvailable skills:\\n${lines.join('\\n')}`;\n 68→}\n 69→\n 70→async function handleChat({ ws, prompt, sessionId, model, cwd, attachmentIds, images, resourceChatDir }: HandleChatParams) {\n 71→ const state = connections.get(ws);\n 72→ if (!state) return;\n 73→\n 74→ if (resourceChatDir) state.resourceChatDir = resourceChatDir;\n 75→\n 76→ if (model) {\n 77→ state.selectedModel = model;\n 78→ // Persist model choice to meta.json if session exists\n 79→ if (sessionId) {\n 80→ const dir = state.resourceChatDir ? join(state.resourceChatDir, 'chat') : getSessionDir(ws.data.email, sessionId);\n 81→ const metaFile = Bun.file(join(dir, 'meta.json'));\n 82→ metaFile.json().then((meta: Record) => {\n 83→ meta.model = model;\n 84→ return Bun.write(join(dir, 'meta.json'), JSON.stringify(meta));\n 85→ }).catch(() => { });\n 86→ }\n 87→ }\n 88→\n 89→ if (!sessionId) {\n 90→ state.pendingTitle = prompt.slice(0, 100);\n 91→ if (attachmentIds?.length) state.pendingAttachmentIds = attachmentIds;\n 92→ }\n 93→\n 94→ // Abort previous generation if any\n 95→ if (state.abortController) {\n 96→ state.abortController.abort();\n 97→ state.abortController = null;\n 98→ }\n 99→\n 100→ const abortController = new AbortController();\n 101→ state.abortController = abortController;\n 102→\n 103→ try {\n 104→ const homeDir = getHomeDir(ws.data.email);\n 105→ if (cwd) state.cwd = join(resolveRootDir(ws.data.email, cwd.root), cwd.path);\n 106→ const workingDir = state.cwd ?? homeDir;\n 107→\n 108→ const skillsAppend = await buildSkillsPrompt(ws.data.email);\n 109→\n 110→ // Build prompt: use AsyncIterable with image content blocks when images are present\n 111→ let promptInput: string | AsyncIterable = prompt;\n 112→ if (images?.length) {\n 113→ const content: any[] = [];\n 114→ for (const img of images) {\n 115→ content.push({\n 116→ type: 'image',\n 117→ source: { type: 'base64', media_type: img.mediaType, data: img.data },\n 118→ });\n 119→ }\n 120→ content.push({ type: 'text', text: prompt });\n 121→\n 122→ async function* generateMessage(): AsyncIterable {\n 123→ yield {\n 124→ type: 'user',\n 125→ message: { role: 'user', content },\n 126→ parent_tool_use_id: null,\n 127→ session_id: sessionId ?? '',\n 128→ } as SDKUserMessage;\n 129→ }\n 130→ promptInput = generateMessage();\n 131→ }\n 132→\n 133→ const stream = query({\n 134→ prompt: promptInput,\n 135→ options: {\n 136→ abortController,\n 137→ cwd: workingDir,\n 138→ permissionMode: 'bypassPermissions',\n 139→ allowDangerouslySkipPermissions: true,\n 140→ systemPrompt: {\n 141→ type: 'preset',\n 142→ preset: 'claude_code',\n 143→ ...(skillsAppend ? { append: skillsAppend } : {}),\n 144→ },\n 145→ additionalDirectories: [],\n 146→ includePartialMessages: true,\n 147→ ...(state.selectedModel ? { model: state.selectedModel } : {}),\n 148→ ...(sessionId ? { resume: sessionId } : {}),\n 149→ },\n 150→ });","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"task.*execute|execute.*task|task.*instruction|instruction.*task","path":"/home/pastilhas/projects/officer.dev/monorepo/src","output_mode":"files_with_matches","-i":true},"toolUseId":"toolu_016g4N7PvsRyz5bUH4oJWAVk","output":"Found 1 file\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/*config*.ts","path":"/home/pastilhas/projects/officer.dev/monorepo/src"},"toolUseId":"toolu_01EjvaoBuvqe92XQ15VWy8tD","output":"/home/pastilhas/projects/officer.dev/monorepo/src/databases/ephemeral_db/drizzle.config.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/databases/officer_db/drizzle.config.ts\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/components/ui/tailwind.config.ts","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"find /home/pastilhas/projects/officer.dev/data/tasks -name \"TASK.md\" -type f 2>/dev/null","description":"Find all TASK.md files in the data directory"},"toolUseId":"toolu_01T8vMK3V1xva17M8KjMW2MZ","output":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md","isError":false},{"role":"tool","toolName":"Grep","toolInput":{"pattern":"version|author|tags|skills|trigger|inputs","path":"/home/pastilhas/projects/officer.dev/data/tasks","output_mode":"content","-i":true},"toolUseId":"toolu_01XAXbN57PieEwt8JnFXarca","output":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:23:version: 1\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:24:author: pastilhas\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:25:tags:\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:28:skills:\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:30:trigger:\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:35:inputs:\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:48:| `version` | integer | no | Version number of the task definition. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:49:| `author` | string | no | Author of the task. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:50:| `tags` | string[] | no | Tags for categorization. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:51:| `skills` | string[] | no | Skills required to execute the task. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:52:| `trigger` | object | no | Defines when this task is applicable. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:53:| `trigger.type` | string | no | What the task applies to (e.g., `file`). |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:54:| `trigger.extensions` | string[] | no | File extensions that match this trigger. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:55:| `inputs` | object[] | no | Inputs the task expects. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:56:| `inputs[].name` | string | yes | Name of the input parameter. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:57:| `inputs[].description` | string | yes | Description of the input. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:58:| `inputs[].required` | boolean | no | Whether the input is required. |\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:74:version: 1\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:75:author: pastilhas\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:76:tags:\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:79:skills:\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:81:trigger:\n/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md:87:inputs:\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md:4:version: 1\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md:5:author: pastilhas\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md:6:tags:\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md:9:skills:\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md:11:trigger:\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md:17:inputs:\n/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/chat/messages.json:1:[Omitted long matching line]","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"**/plans/**/*.md","path":"/home/pastilhas/projects/officer.dev/monorepo"},"toolUseId":"toolu_01PZXAQyj6d9TxE4s3suqnBr","output":"/home/pastilhas/projects/officer.dev/monorepo/plans/claude-web-interface.md\n/home/pastilhas/projects/officer.dev/monorepo/plans/chat-attachments-and-sandboxing.md","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/PLUGINS.md"},"toolUseId":"toolu_01TbkawHBAycKUFEjY6uEjkT","output":" 1→# Building a Plugin\n 2→\n 3→Plugins are self-contained modules that extend Officer with new features. They live under `src/workspaces/plugins/` and are auto-discovered at startup — no registration step required.\n 4→\n 5→## Directory Structure\n 6→\n 7→```\n 8→src/workspaces/plugins/\n 9→├── package.json # Workspace exports (update when adding a plugin)\n 10→└── MyPlugin/\n 11→ ├── index.ts # Metadata + re-exports\n 12→ ├── server/\n 13→ │ ├── index.ts # Exports router and apiPath\n 14→ │ └── router.ts # Hono API routes\n 15→ └── client/\n 16→ ├── index.ts # Exports Widget and/or Screen\n 17→ ├── Widget.tsx # Compact component (dashboard home)\n 18→ ├── Screen/\n 19→ │ └── index.tsx # Full-page component (dedicated route)\n 20→ └── state/\n 21→ └── useMyPlugin.ts # API client hook\n 22→```\n 23→\n 24→A plugin can be server-only, client-only, or both. The discovery system checks for the presence of `server/index.ts` and `client/index.ts` to determine what the plugin provides.\n 25→\n 26→## Step-by-Step\n 27→\n 28→### 1. Create the plugin directory\n 29→\n 30→```\n 31→mkdir -p src/workspaces/plugins/MyPlugin/{server,client/state,client/Screen}\n 32→```\n 33→\n 34→### 2. Plugin metadata — `MyPlugin/index.ts`\n 35→\n 36→Every plugin must export a `plugin` object with metadata. This is read by the settings UI and the `/plugins` API.\n 37→\n 38→```ts\n 39→export { Widget, Screen } from './client';\n 40→export { router, apiPath } from './server';\n 41→\n 42→export const plugin = {\n 43→ id: 'MyPlugin', // Must match directory name\n 44→ name: 'My Plugin', // Display name in settings\n 45→ description: 'What this plugin does',\n 46→};\n 47→```\n 48→\n 49→If your plugin is server-only, omit the client export. If client-only, omit the server export.\n 50→\n 51→### 3. Server router — `MyPlugin/server/`\n 52→\n 53→**`server/index.ts`** — Exports the router instance and the API path prefix:\n 54→\n 55→```ts\n 56→export * from './router';\n 57→\n 58→export const apiPath = 'my-plugin';\n 59→```\n 60→\n 61→The `apiPath` determines the URL prefix. This router gets mounted at `/api/my-plugin`.\n 62→\n 63→**`server/router.ts`** — Define your API endpoints:\n 64→\n 65→```ts\n 66→import { createRouter } from '@@/create-router';\n 67→import * as errors from '@@/custom-errors';\n 68→\n 69→export const router = createRouter();\n 70→\n 71→router.get('/items', async (ctx) => {\n 72→ const user = ctx.get('user'); // Authenticated user\n 73→ // ...\n 74→ return ctx.json({ items: [] });\n 75→});\n 76→\n 77→router.post('/items', async (ctx) => {\n 78→ const body = ctx.get('body'); // Parsed request body\n 79→ if (!body.name) throw errors.BAD_REQUEST('Name is required');\n 80→ // ...\n 81→ return ctx.json({ created: true });\n 82→});\n 83→```\n 84→\n 85→Key points:\n 86→- `createRouter()` from `@@/create-router` gives you a typed Hono router\n 87→- All plugin routes are **protected** — user authentication is enforced automatically\n 88→- Access the authenticated user with `ctx.get('user')` (returns `User` from types)\n 89→- Access parsed body with `ctx.get('body')`\n 90→- Throw `CustomError` instances for error responses — they're caught by the global error handler\n 91→\n 92→**Available error helpers** (`@@/custom-errors`):\n 93→- `BAD_REQUEST(msg?)` — 400\n 94→- `UNAUTHORIZED(msg?)` — 401\n 95→- `FORBIDDEN(msg?)` — 403\n 96→- `NOT_FOUND(msg?)` — 404\n 97→- `CONFLICT(msg?)` — 409\n 98→- `INTERNAL_SERVER_ERROR(msg?)` — 500\n 99→- `TOO_MANY_REQUESTS(msg?, retryAfter?)` — 429\n 100→\n 101→**User data helpers** (`@@/data-path`):\n 102→- `DATA_PATH` — base data directory\n 103→- `getHomeDir(email)` — user's home directory\n 104→\n 105→### 4. Client components — `MyPlugin/client/`\n 106→\n 107→**`client/index.ts`** — Export your components with standardized names:\n 108→\n 109→```ts\n 110→export { MyPluginWidget as Widget } from './Widget';\n 111→export { MyPluginScreen as Screen } from './Screen';\n 112→```\n 113→\n 114→**`client/state/useMyPlugin.ts`** — API client hook:\n 115→\n 116→```ts\n 117→import { useClient } from 'hooks/useClient';\n 118→\n 119→type Item = {\n 120→ id: string;\n 121→ name: string;\n 122→};\n 123→\n 124→export const useMyPlugin = () => {\n 125→ const client = useClient();\n 126→\n 127→ return {\n 128→ listItems: () => client.get('/my-plugin/items'),\n 129→ createItem: (name: string) => client.post('/my-plugin/items', { name }),\n 130→ };\n 131→};\n 132→```\n 133→\n 134→The `useClient()` hook provides an authenticated HTTP client. The path must match your `apiPath` from the server.\n 135→\n 136→**`client/Widget.tsx`** — Compact component for the dashboard home:\n 137→\n 138→```tsx\n 139→import { useState, useEffect } from 'react';\n 140→import { useMyPlugin } from './state/useMyPlugin';\n 141→\n 142→export const MyPluginWidget = () => {\n 143→ // Widget implementation\n 144→};\n 145→```\n 146→\n 147→**`client/Screen/index.tsx`** — Full-page component:\n 148→\n 149→```tsx\n 150→import { DashboardLayout } from '@/Screens/Dashboard/Layout';\n 151→\n 152→export const MyPluginScreen = () => {\n 153→ return (\n 154→ \n 155→ {/* Screen implementation */}\n 156→ \n 157→ );\n 158→};\n 159→```\n 160→\n 161→### 5. Register workspace exports — `plugins/package.json`\n 162→\n 163→Add subpath exports so the monorepo can import your plugin:\n 164→\n 165→```json\n 166→{\n 167→ \"exports\": {\n 168→ \"./FileBrowser\": \"./FileBrowser/index.ts\",\n 169→ \"./FileBrowser/client\": \"./FileBrowser/client/index.ts\",\n 170→ \"./FileBrowser/server\": \"./FileBrowser/server/index.ts\",\n 171→ \"./MyPlugin\": \"./MyPlugin/index.ts\",\n 172→ \"./MyPlugin/client\": \"./MyPlugin/client/index.ts\",\n 173→ \"./MyPlugin/server\": \"./MyPlugin/server/index.ts\"\n 174→ }\n 175→}\n 176→```\n 177→\n 178→This lets other code import your plugin as:\n 179→\n 180→```ts\n 181→import { Widget, Screen } from 'plugins/MyPlugin/client';\n 182→import { router, apiPath } from 'plugins/MyPlugin/server';\n 183→import { plugin } from 'plugins/MyPlugin';\n 184→```\n 185→\n 186→### 6. Wire into the app (optional)\n 187→\n 188→The server router is auto-discovered and mounted — no changes needed. But if your plugin has client components that should appear in the main app, you'll need to add them manually:\n 189→\n 190→**Route** — `src/apps/officer-web/App.tsx`:\n 191→\n 192→```tsx\n 193→import { Screen as MyPluginScreen } from 'plugins/MyPlugin/client';\n 194→\n 195→// Inside the authenticated routes:\n 196→{plugins?.MyPlugin !== false && } />}\n 197→```\n 198→\n 199→**Nav item** — `src/apps/officer-web/Screens/Dashboard/Layout.tsx`:\n 200→\n 201→```tsx\n 202→{plugins?.MyPlugin !== false && (\n 203→ \n 204→ \n 205→ \n 206→ My Plugin\n 207→ \n 208→ \n 209→)}\n 210→```\n 211→\n 212→**Home widget** — `src/apps/officer-web/Screens/Dashboard/Home/index.tsx`:\n 213→\n 214→```tsx\n 215→import { Widget as MyPluginWidget } from 'plugins/MyPlugin/client';\n 216→\n 217→// Inside the layout:\n 218→{plugins?.MyPlugin !== false && }\n 219→```\n 220→\n 221→The `plugins` object comes from `useServerSettings()` and is `undefined` when no overrides exist — so `plugins?.MyPlugin !== false` defaults to showing the plugin (opt-out model).\n 222→\n 223→## Enable/Disable\n 224→\n 225→Plugins are **enabled by default**. Admins can disable them in Server Settings > Plugins, which writes to `~/.config/officer.dev/server-settings.json`:\n 226→\n 227→```json\n 228→{\n 229→ \"plugins\": {\n 230→ \"MyPlugin\": false\n 231→ }\n 232→}\n 233→```\n 234→\n 235→When disabled:\n 236→- **Server-side**: The plugin router is not mounted (requires server restart)\n 237→- **Client-side**: Routes, nav items, and widgets are hidden immediately\n 238→\n 239→## Import Aliases\n 240→\n 241→| Alias | Resolves to | Use in |\n 242→|-------|-------------|--------|\n 243→| `@@/` | `src/servers/` | Server code (`createRouter`, `custom-errors`, `data-path`) |\n 244→| `@/` | `src/apps/officer-web/` | Client code (`components/ui/*`, `Screens/*`, `state/*`) |\n 245→| `hooks/` | `src/workspaces/hooks/src/` | Both (`useClient`, `useAuth`) |\n 246→| `types` | `src/workspaces/types/` | Both |\n 247→| `config` | `src/workspaces/config/` | Client code |\n 248→| `plugins/` | `src/workspaces/plugins/` | Both |\n 249→\n 250→## Checklist\n 251→\n 252→- [ ] `MyPlugin/index.ts` exports `plugin` metadata with `id` matching directory name\n 253→- [ ] `MyPlugin/server/index.ts` exports `router` and `apiPath`\n 254→- [ ] `MyPlugin/client/index.ts` exports `Widget` and/or `Screen`\n 255→- [ ] `plugins/package.json` has subpath exports for the new plugin\n 256→- [ ] App routes gated with `plugins?.MyPlugin !== false`\n 257→- [ ] Nav items gated with `plugins?.MyPlugin !== false`\n 258→- [ ] Home widgets gated with `plugins?.MyPlugin !== false`\n 259→- [ ] `bunx tsgo` — no new type errors\n 260→","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx","limit":100},"toolUseId":"toolu_014UJUsSisHxdz2UxosiWRXs","output":" 1→import { useRef, useCallback } from 'react';\n 2→import type { DirEntry } from '../state/useFiles';\n 3→import type { TaskSummary } from '../state/useTasks';\n 4→import { FileItem } from './FileItem';\n 5→\n 6→type ClipboardState = { paths: string[]; mode: 'copy' | 'cut' } | null;\n 7→\n 8→type FileGridProps = {\n 9→ entries: DirEntry[];\n 10→ viewMode: 'grid' | 'list';\n 11→ currentPath: string;\n 12→ selected: Set;\n 13→ clipboard: ClipboardState;\n 14→ onOpen: (entry: DirEntry) => void;\n 15→ onDelete: (entry: DirEntry) => void;\n 16→ onRename: (entry: DirEntry, newName: string) => void;\n 17→ onChat: (entry: DirEntry) => void;\n 18→ onSelect: (names: Set) => void;\n 19→ onCut: () => void;\n 20→ onCopy: () => void;\n 21→ renamingName: string | null;\n 22→ onRenamingChange: (name: string | null) => void;\n 23→ getMatchingTasks: (fileName: string) => TaskSummary[];\n 24→ onRunTask: (task: TaskSummary, entry: DirEntry) => void;\n 25→};\n 26→\n 27→export const FileGrid = ({\n 28→ entries,\n 29→ viewMode,\n 30→ currentPath,\n 31→ selected,\n 32→ clipboard,\n 33→ onOpen,\n 34→ onDelete,\n 35→ onRename,\n 36→ onChat,\n 37→ onSelect,\n 38→ onCut,\n 39→ onCopy,\n 40→ renamingName,\n 41→ onRenamingChange,\n 42→ getMatchingTasks,\n 43→ onRunTask,\n 44→}: FileGridProps) => {\n 45→ const lastClickedIdx = useRef(-1);\n 46→\n 47→ // Sort: directories first, then files, alphabetically within each group\n 48→ const sorted = [...entries].sort((a, b) => {\n 49→ if (a.type !== b.type) return a.type === 'directory' ? -1 : 1;\n 50→ return a.name.localeCompare(b.name);\n 51→ });\n 52→\n 53→ const handleSelect = useCallback(\n 54→ (entry: DirEntry, ev: React.MouseEvent) => {\n 55→ const idx = sorted.findIndex((e) => e.name === entry.name);\n 56→\n 57→ if (ev.shiftKey && lastClickedIdx.current >= 0) {\n 58→ const start = Math.min(lastClickedIdx.current, idx);\n 59→ const end = Math.max(lastClickedIdx.current, idx);\n 60→ const next = new Set(selected);\n 61→ for (let i = start; i <= end; i++) {\n 62→ next.add(sorted[i]!.name);\n 63→ }\n 64→ onSelect(next);\n 65→ } else if (ev.ctrlKey || ev.metaKey) {\n 66→ const next = new Set(selected);\n 67→ if (next.has(entry.name)) {\n 68→ next.delete(entry.name);\n 69→ } else {\n 70→ next.add(entry.name);\n 71→ }\n 72→ onSelect(next);\n 73→ lastClickedIdx.current = idx;\n 74→ } else {\n 75→ // Plain select (from context menu or checkbox click without modifiers)\n 76→ onSelect(new Set([entry.name]));\n 77→ lastClickedIdx.current = idx;\n 78→ }\n 79→ },\n 80→ [sorted, selected, onSelect],\n 81→ );\n 82→\n 83→ const cutPaths = clipboard?.mode === 'cut' ? new Set(clipboard.paths) : new Set();\n 84→ const anySelected = selected.size > 0;\n 85→\n 86→ if (entries.length === 0) {\n 87→ return (\n 88→
\n 89→ This folder is empty\n 90→
\n 91→ );\n 92→ }\n 93→\n 94→ const entryPath = (name: string) => (currentPath === '/' ? `/${name}` : `${currentPath}/${name}`);\n 95→\n 96→ const items = sorted.map((entry) => (\n 97→ \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx-605- )}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx-606- \n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx-640- />\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx-641-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx-642- {runningTask && (\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx:643: { if (!open) { setRunningTask(null); refresh(); } }}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx-646- task={runningTask.task}\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-6-import { EmbeddableChat } from '@/Screens/Dashboard/Chat/EmbeddableChat';\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-7-import type { TaskSummary } from '../state/useTasks';\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-8-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx:9:type TaskRunnerModalProps = {\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-10- open: boolean;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-11- onOpenChange: (open: boolean) => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-12- task: TaskSummary;\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-14- cwd: { root?: string; path: string };\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-15-};\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-16-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx:17:export const TaskRunnerModal = ({ open, onOpenChange, task, fileName, cwd }: TaskRunnerModalProps) => {\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-18- const chat = useClaude(undefined, null, { replaceUrl: false });\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-19- const defaultInput = `Read the task instructions at ${task.filePath} and execute them on the file: ${fileName}`;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/TaskRunnerModal.tsx-20-\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-21- renamingName: string | null;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-22- onRenamingChange: (name: string | null) => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-23- getMatchingTasks: (fileName: string) => TaskSummary[];\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx:24: onRunTask: (task: TaskSummary, entry: DirEntry) => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-25-};\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-26-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-27-export const FileGrid = ({\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-40- renamingName,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-41- onRenamingChange,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-42- getMatchingTasks,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx:43: onRunTask,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-44-}: FileGridProps) => {\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-45- const lastClickedIdx = useRef(-1);\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-46-\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-111- forceRename={renamingName === entry.name}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-112- onRenamingChange={onRenamingChange}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-113- matchingTasks={entry.type === 'file' ? getMatchingTasks(entry.name) : []}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx:114: onRunTask={onRunTask}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-115- />\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-116- ));\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileGrid.tsx-117-\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-41- forceRename: boolean;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-42- onRenamingChange: (name: string | null) => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-43- matchingTasks: TaskSummary[];\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:44: onRunTask: (task: TaskSummary, entry: DirEntry) => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-45-};\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-46-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-47-function formatSize(bytes: number): string {\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-67- onCut: () => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-68- onCopy: () => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-69- matchingTasks: TaskSummary[];\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:70: onRunTask: (task: TaskSummary, entry: DirEntry) => void;\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-71-};\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-72-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:73:const DropdownMenuItems = ({ entry, multiSelected, onDelete, onStartRename, onChat, onCut, onCopy, matchingTasks, onRunTask }: MenuItemsProps) => (\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-74- <>\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-75- onChat(entry)} className=\"cursor-pointer\">\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-76- \n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-84- \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-85- \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-86- {matchingTasks.map((task) => (\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:87: onRunTask(task, entry)} className=\"cursor-pointer\">\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-88- {task.name}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-89- \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-90- ))}\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-114- \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-115-);\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-116-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:117:const ContextMenuItems = ({ entry, multiSelected, onDelete, onStartRename, onChat, onCut, onCopy, matchingTasks, onRunTask }: MenuItemsProps) => (\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-118- <>\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-119- onChat(entry)} className=\"cursor-pointer\">\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-120- \n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-128- \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-129- \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-130- {matchingTasks.map((task) => (\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:131: onRunTask(task, entry)} className=\"cursor-pointer\">\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-132- {task.name}\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-133- \n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-134- ))}\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-259- forceRename,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-260- onRenamingChange,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-261- matchingTasks,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:262: onRunTask,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-263-}: FileItemProps) => {\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-264- const [renaming, setRenaming] = useState(false);\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-265- const clickTimer = useRef | null>(null);\n--\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-327- onCut,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-328- onCopy,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-329- matchingTasks,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx:330: onRunTask,\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-331- };\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-332-\n/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/FileItem.tsx-333- const cutOpacity = isCut ? 'opacity-50' : '';","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/src/workspaces/plugins/FileBrowser/client/Screen/index.tsx","offset":200,"limit":100},"toolUseId":"toolu_01JCJxUpN8Hruofij7Y1oU1i","output":" 200→ toast.error('Failed to delete');\n 201→ }\n 202→ };\n 203→\n 204→ const handleDeleteSelected = async () => {\n 205→ const names = Array.from(selected);\n 206→ if (names.length === 0) return;\n 207→ if (!confirm(`Delete ${names.length} item${names.length !== 1 ? 's' : ''}?`)) return;\n 208→ try {\n 209→ for (const name of names) {\n 210→ await files.remove(entryPath(name));\n 211→ }\n 212→ setSelected(new Set());\n 213→ await refresh();\n 214→ toast.success(`Deleted ${names.length} item${names.length !== 1 ? 's' : ''}`);\n 215→ } catch {\n 216→ toast.error('Failed to delete some items');\n 217→ await refresh();\n 218→ }\n 219→ };\n 220→\n 221→ const handleChat = (entry: DirEntry) => {\n 222→ const path = entryPath(entry.name).replace(/^\\//, '');\n 223→ const isDir = entry.type === 'directory';\n 224→ const tag = isDir ? 'folder' : 'file';\n 225→ const cwdPath = isDir ? path : currentPath.replace(/^\\//, '');\n 226→ const message = isDir\n 227→ ? `[${tag}: ${path}] consider, for this session, this directory as your current working directory`\n 228→ : `[${tag}: ${path}] Let's talk about this file`;\n 229→ navigate('/chat/new', {\n 230→ state: { initialMessage: message, cwd: { root: homeRoot, path: cwdPath } },\n 231→ });\n 232→ };\n 233→\n 234→ const handleRunTask = (task: TaskSummary, entry: DirEntry) => {\n 235→ setRunningTask({ task, fileName: entry.name });\n 236→ };\n 237→\n 238→ const handleGitClone = async () => {\n 239→ const url = cloneUrl.trim();\n 240→ if (!url) return;\n 241→ setCloning(true);\n 242→ try {\n 243→ await files.gitClone(url, currentPath);\n 244→ await refresh();\n 245→ toast.success('Repository cloned');\n 246→ } catch {\n 247→ toast.error('Failed to clone repository');\n 248→ } finally {\n 249→ setCloning(false);\n 250→ setCloneUrl('');\n 251→ setShowCloneInput(false);\n 252→ }\n 253→ };\n 254→\n 255→ const handleCut = () => {\n 256→ const paths = selected.size > 0 ? selectedPaths() : [];\n 257→ if (paths.length === 0) return;\n 258→ setClipboard({ paths, mode: 'cut' });\n 259→ toast.success(`Cut ${paths.length} item${paths.length !== 1 ? 's' : ''}`);\n 260→ };\n 261→\n 262→ const handleCopy = () => {\n 263→ const paths = selected.size > 0 ? selectedPaths() : [];\n 264→ if (paths.length === 0) return;\n 265→ setClipboard({ paths, mode: 'copy' });\n 266→ toast.success(`Copied ${paths.length} item${paths.length !== 1 ? 's' : ''}`);\n 267→ };\n 268→\n 269→ const handlePaste = async () => {\n 270→ if (!clipboard) return;\n 271→ try {\n 272→ if (clipboard.mode === 'copy') {\n 273→ await files.copy(clipboard.paths, currentPath);\n 274→ } else {\n 275→ await files.move(clipboard.paths, currentPath);\n 276→ setClipboard(null);\n 277→ }\n 278→ await refresh();\n 279→ toast.success(`Pasted ${clipboard.paths.length} item${clipboard.paths.length !== 1 ? 's' : ''}`);\n 280→ } catch {\n 281→ toast.error('Failed to paste');\n 282→ }\n 283→ };\n 284→\n 285→ // Keyboard shortcuts\n 286→ useEffect(() => {\n 287→ const handler = (ev: KeyboardEvent) => {\n 288→ // Don't capture when typing in inputs\n 289→ const tag = (ev.target as HTMLElement).tagName;\n 290→ if (tag === 'INPUT' || tag === 'TEXTAREA') return;\n 291→\n 292→ if (ev.key === 'Escape') {\n 293→ if (viewPath) return; // Let the viewer handle it\n 294→ if (searchQuery) {\n 295→ setSearchQuery('');\n 296→ searchInputRef.current?.blur();\n 297→ return;\n 298→ }\n 299→ setSelected(new Set());","isError":false},{"role":"tool","toolName":"Bash","toolInput":{"command":"ls -la /home/pastilhas/projects/officer.dev/data/","description":"List contents of data directory to understand structure"},"toolUseId":"toolu_01QQuJb6YspXudBpKphDUBbn","output":"drwxr-xr-x - pastilhas 15 Feb 14:10 pastilhas@pastilhas.dev\ndrwxr-xr-x - pastilhas 16 Feb 01:20 skills\ndrwxr-xr-x - pastilhas 16 Feb 00:49 tasks","isError":false},{"role":"user","text":"you can't find documentation for how tasks are supposed to be structured?"},{"role":"assistant","text":"\n\nYou're right, let me look more broadly for documentation or examples of how TASK.md files should be structured."},{"role":"user","text":"wait, there is a TASKS.md file in the data dir"},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/TASKS.md"},"toolUseId":"toolu_01VKHFLstNuzYaNbaZWgk1Jp","output":"File does not exist.","isError":true},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/data/**/TASKS.md"},"toolUseId":"toolu_01QxpktzjJsubR8R8LjhM8ZS","output":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/**/TASKS.md"},"toolUseId":"toolu_01Kre9cWPgTohSAXaN3p4423","output":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md"},"toolUseId":"toolu_01LsoJu6oDj5qAdLEjyKZLzW","output":" 1→# Tasks\n 2→\n 3→A task is a set of instructions to accomplish an atomic goal. Each task lives in its own directory under `tasks/` and is defined by a `TASK.md` file.\n 4→\n 5→## File Structure\n 6→\n 7→```\n 8→tasks/\n 9→ /\n 10→ TASK.md\n 11→```\n 12→\n 13→## TASK.md Format\n 14→\n 15→A task file has two parts: **frontmatter** (YAML metadata) and **body** (Markdown instructions).\n 16→\n 17→### Frontmatter\n 18→\n 19→```yaml\n 20→---\n 21→name: Task Name\n 22→description: A short description of what the task does.\n 23→version: 1\n 24→author: pastilhas\n 25→tags:\n 26→ - tag1\n 27→ - tag2\n 28→skills:\n 29→ - skill-name\n 30→trigger:\n 31→ type: file\n 32→ extensions:\n 33→ - ext1\n 34→ - ext2\n 35→inputs:\n 36→ - name: input_name\n 37→ description: What this input is.\n 38→ required: true\n 39→---\n 40→```\n 41→\n 42→#### Fields\n 43→\n 44→| Field | Type | Required | Description |\n 45→|-------|------|----------|-------------|\n 46→| `name` | string | yes | Human-readable name of the task. |\n 47→| `description` | string | yes | Short description of what the task does. |\n 48→| `version` | integer | no | Version number of the task definition. |\n 49→| `author` | string | no | Author of the task. |\n 50→| `tags` | string[] | no | Tags for categorization. |\n 51→| `skills` | string[] | no | Skills required to execute the task. |\n 52→| `trigger` | object | no | Defines when this task is applicable. |\n 53→| `trigger.type` | string | no | What the task applies to (e.g., `file`). |\n 54→| `trigger.extensions` | string[] | no | File extensions that match this trigger. |\n 55→| `inputs` | object[] | no | Inputs the task expects. |\n 56→| `inputs[].name` | string | yes | Name of the input parameter. |\n 57→| `inputs[].description` | string | yes | Description of the input. |\n 58→| `inputs[].required` | boolean | no | Whether the input is required. |\n 59→\n 60→### Body\n 61→\n 62→The body contains:\n 63→\n 64→1. **Title** — `# Task Name`, matching the frontmatter `name`.\n 65→2. **Description** — A one-line summary, matching the frontmatter `description`.\n 66→3. **Steps** — An ordered list under `## Steps` describing the instructions to accomplish the task.\n 67→\n 68→### Example\n 69→\n 70→```markdown\n 71→---\n 72→name: Transcribe Audio File\n 73→description: Transcribe an audio file to text using whisper.cpp.\n 74→version: 1\n 75→author: pastilhas\n 76→tags:\n 77→ - audio\n 78→ - transcription\n 79→skills:\n 80→ - whisper.cpp\n 81→trigger:\n 82→ type: file\n 83→ extensions:\n 84→ - mp3\n 85→ - wav\n 86→ - m4a\n 87→inputs:\n 88→ - name: file_path\n 89→ description: Path to the audio file to transcribe.\n 90→ required: true\n 91→---\n 92→\n 93→# Transcribe Audio File\n 94→\n 95→Transcribe an audio file to text using whisper.cpp.\n 96→\n 97→## Steps\n 98→\n 99→1. First step.\n 100→2. Second step.\n 101→3. Third step.\n 102→```\n 103→","isError":false},{"role":"assistant","text":"Got it. The structure is well-defined. Now I have a clear picture of the spec and the current task file. Let me look at what can be improved in the current TASK.md.\n\nThe main area to improve is the **Steps** section — the instructions themselves. Here are the issues I see:\n\n1. **Step 1** is fragile — it hardcodes \"one level up\" for finding `settings.json` and mixes navigation logic with reading settings.\n2. **Step 3** says \"skip transcription\" but doesn't say what to do instead (exit silently? notify the user?).\n3. **Step 4** says \"If the detected language differs from `languages.translateTo`\" — but `translateTo` is English, and `translate` in whisper.cpp only translates *to English*, so the condition should just be checking if the language isn't English, which is the same as checking it's not `translateTo`. This is correct but could be clearer.\n4. **Step 6** — the naming convention `_` could specify more precisely what the slug should look like (lowercase, hyphen-separated, etc.).\n5. **Step 7** — \"using the same base name\" is ambiguous — same as the audio file or same as the directory?\n6. Missing trigger extensions — whisper.cpp also supports `ogg`, `flac`, and potentially others.\n7. No mention of `response_format` for the actual transcription step (step 4) — should it be `text`? `json`?\n\nLet me also check what audio formats the server supports."},{"role":"tool","toolName":"AskUserQuestion","toolInput":{"questions":[{"question":"What specific improvements are you looking for? Or should I address all the issues I've found?","header":"Scope","options":[{"label":"Fix all issues","description":"Address all problems: ambiguous steps, missing formats, unclear edge cases, and wording improvements."},{"label":"Just the steps","description":"Focus only on making the Steps section clearer and more precise."},{"label":"Tell me first","description":"List what you'd change and let me pick before editing."}],"multiSelect":false}]},"toolUseId":"toolu_01DG9LW3dkG8z1Yo9SKPWXEB","output":"Answer questions?","isError":true},{"role":"assistant","text":"Here are the issues I've found with the current TASK.md:\n\n1. **Step 1** — Fragile path logic (\"one level up\") for finding `settings.json`. Should reference the path explicitly.\n2. **Step 3** — Says \"skip transcription\" but doesn't specify what to do (exit silently? notify?).\n3. **Step 4** — Doesn't specify `response_format` for the transcription itself (should it be `text`? `json`?).\n4. **Step 6** — Doesn't define what a \"slug\" should look like (lowercase, hyphens, max length, etc.).\n5. **Step 7** — \"Same base name\" is ambiguous — same as the audio file or the directory name?\n6. **Trigger extensions** — Only lists `mp3`, `wav`, `m4a`, but whisper.cpp with `--convert` also supports `ogg`, `flac`, etc.\n7. **General** — Steps mix multiple concerns (e.g., step 1 does navigation + reading + extracting).\n\nWant me to fix all of these, or would you like to pick which ones to address?"},{"role":"result","costUsd":0.10157025,"durationMs":29024,"numTurns":6,"isError":false},{"role":"user","text":"step three should say \"skip translation\""},{"role":"assistant","text":"\n\nYou're right — step 3 is about deciding whether to skip *translation*, not transcription. The transcription should always happen if the language is in the spoken list. Let me fix that."},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md","old_string":"3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, skip transcription.","new_string":"3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, skip the task."},"toolUseId":"toolu_017mHynSc7P3LWC1mwTG6WUd","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md has been updated successfully.","isError":false},{"role":"assistant","text":"Wait — re-reading your comment, you said step 3 should say \"skip translation\", not \"skip the task\". Let me re-read the logic to make sure I understand the intent.\n\nThe current flow is:\n- Step 3: If language not in `spoken` list → skip (the whole task, or just translation?)\n- Step 4: If language differs from `translateTo` → set `translate=true`\n\nDid you mean step 3 should say: if the detected language is not in the `spoken` list, skip **translation** (i.e., still transcribe but don't translate)? Or something else?"},{"role":"result","costUsd":0.051397750000000006,"durationMs":10470,"numTurns":2,"isError":false},{"role":"user","text":"what do you mean skip the task?"},{"role":"assistant","text":"\n\nYou're right, that's vague. I was unsure what \"skip\" meant here — looking at it again, if the detected language isn't in the user's `spoken` list, the task should just stop entirely without transcribing. Let me reword it to be clearer."},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md","old_string":"3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, skip the task.","new_string":"3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, stop and do nothing."},"toolUseId":"toolu_01Agzecw3K2XVL9h5q9Zbotq","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md has been updated successfully.","isError":false},{"role":"assistant","text":"But wait — going back to your earlier correction: you said step 3 should say \"skip translation\", not skip the whole task. Did you mean that step 3 should only skip the **translation** part (still transcribe, just don't translate), and remove the translation logic from step 4? Or did you mean something else entirely?"},{"role":"result","costUsd":0.043098250000000005,"durationMs":8608,"numTurns":2,"isError":false},{"role":"user","text":"i mean that if the detected language exists in languages_spoken, set translate to false"},{"role":"assistant","text":"\n\nGot it — step 3 should control the `translate` flag, not stop the task. If the language is in `spoken`, don't translate; otherwise, translate. Let me rework steps 3 and 4."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md"},"toolUseId":"toolu_01FFccjwKtTR68WDJ7EyL7ts","output":" 1→---\n 2→name: Transcribe Audio File\n 3→description: Transcribe an audio file to text using whisper.cpp.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - transcription\n 9→skills:\n 10→ - whisper.cpp\n 11→trigger:\n 12→ type: file\n 13→ extensions:\n 14→ - mp3\n 15→ - wav\n 16→ - m4a\n 17→inputs:\n 18→ - name: file_path\n 19→ description: Path to the audio file to transcribe.\n 20→ required: true\n 21→---\n 22→\n 23→# Transcribe Audio File\n 24→\n 25→Transcribe an audio file to text using whisper.cpp.\n 26→\n 27→## Steps\n 28→\n 29→1. Determine the user's root directory by navigating one level up from the current working directory. Read `settings.json` from the root directory and extract the `languages` section.\n 30→2. Detect the language of the audio file using the whisper.cpp skill with `detect_language=true` and `response_format=verbose_json`.\n 31→3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, stop and do nothing.\n 32→4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter. If the detected language differs from `languages.translateTo`, set `translate=true`.\n 33→5. Read the transcription and generate a short, descriptive title based on its contents.\n 34→6. Create a directory alongside the original audio file named `_`, where `` is the current date in `YYYYMMDD` format and `` is a slug derived from the generated title.\n 35→7. Move the original audio file and save the transcription as a Markdown file (`.md`) into the new directory, using the same base name for the `.md` file.\n 36→","isError":false},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md","old_string":"3. Compare the detected language against the user's `languages.spoken` list. If the detected language is not in the list, stop and do nothing.\n4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter. If the detected language differs from `languages.translateTo`, set `translate=true`.","new_string":"3. Compare the detected language against the user's `languages.spoken` list. If the detected language is in the list, skip translation. Otherwise, set `translate=true`.\n4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter and the `translate` flag from the previous step."},"toolUseId":"toolu_01SuJjGfcj7R2bJrExFRcxY5","output":"The file /home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md has been updated successfully.","isError":false},{"role":"assistant","text":"Done. Now step 3 decides the `translate` flag (false if the language is in `spoken`, true otherwise), and step 4 just uses it. Any other improvements you'd like?"},{"role":"result","costUsd":0.065196,"durationMs":11854,"numTurns":3,"isError":false},{"role":"user","text":"now, you had trouble finding TASKS.md\n\nWhat do you suggest i do for it to be easier next times?"},{"role":"assistant","text":"\n\nI'd suggest adding the path to my memory file so I know where to find it in future sessions."},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/.claude/projects/-home-pastilhas-projects-officer-dev-data-pastilhas-pastilhas-dev-home/memory/MEMORY.md","old_string":"","new_string":"## Project Structure\n\n- Task definitions live in `/home/pastilhas/projects/officer.dev/data/tasks//TASK.md`\n- Task format documentation: `/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md`\n- Skill definitions: `/home/pastilhas/projects/officer.dev/data/skills//SKILL.md`\n- User settings: `/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/settings.json`"},"toolUseId":"toolu_01AjZ3n4X78VKp6QZYy8tcNy","output":"The file /home/pastilhas/.claude/projects/-home-pastilhas-projects-officer-dev-data-pastilhas-pastilhas-dev-home/memory/MEMORY.md has been updated successfully.","isError":false},{"role":"assistant","text":""},{"role":"result","costUsd":0.04891925,"durationMs":8501,"numTurns":2,"isError":false},{"role":"user","text":"hey hey i'm back"},{"role":"assistant","text":"\n\nHey! Welcome back. What can I help you with?"},{"role":"result","costUsd":0.08174524999999999,"durationMs":2491,"numTurns":1,"isError":false},{"role":"user","text":"we need to correct the first step, the process to find the user settings file is now a bit more complicated but not so much"},{"role":"assistant","text":"\n\nLet me look at the current state of things."},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/data/tasks/transcribe-audio-file/TASK.md"},"toolUseId":"toolu_01XPv9J4DEcgtrkEDuGsNjcp","output":"File does not exist.","isError":true},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/data/tasks/**/TASK.md"},"toolUseId":"toolu_013rdSvxD1XssyfGGpzN1REA","output":"No files found","isError":false},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/data/tasks/**/*"},"toolUseId":"toolu_01FrrVMtsSwbEAbfVeJ8tvAZ","output":"No files found","isError":false},{"role":"assistant","text":"Hmm, looks like the task file might have been moved or removed since our last session. Where is the task file now?"},{"role":"result","costUsd":0.07201424999999999,"durationMs":10162,"numTurns":4,"isError":false},{"role":"user","text":"you're right sorry.\nIt sits, at the moment in /home/pastilhas/projects/officer.dev/monorepo/seed/tasks\ncan you find it?"},{"role":"tool","toolName":"Glob","toolInput":{"pattern":"/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/**/TASK.md"},"toolUseId":"toolu_016GWvNpbUzbvfFVe5oHTVH9","output":"/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/convert-to-mp3/TASK.md\n/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/transcribe-audio-file/TASK.md","isError":false},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/transcribe-audio-file/TASK.md"},"toolUseId":"toolu_015gkrnSpeeG5Ym6pxUisMrb","output":" 1→---\n 2→name: Transcribe Audio File\n 3→description: Transcribe an audio file to text using whisper.cpp.\n 4→version: 1\n 5→author: pastilhas\n 6→tags:\n 7→ - audio\n 8→ - transcription\n 9→skills:\n 10→ - whisper.cpp\n 11→trigger:\n 12→ - type: file\n 13→ extensions:\n 14→ - mp3\n 15→ - wav\n 16→ - m4a\n 17→inputs:\n 18→ - name: file_path\n 19→ description: Path to the audio file to transcribe.\n 20→ required: true\n 21→---\n 22→\n 23→# Transcribe Audio File\n 24→\n 25→Transcribe an audio file to text using whisper.cpp.\n 26→\n 27→## Steps\n 28→\n 29→1. Determine the user's root directory by navigating one level up from the current working directory. Read `settings.json` from the root directory and extract the `languages` section.\n 30→2. Detect the language of the audio file using the whisper.cpp skill with `detect_language=true` and `response_format=verbose_json`.\n 31→3. Compare the detected language against the user's `languages.spoken` list. If the detected language is in the list, skip translation. Otherwise, set `translate=true`.\n 32→4. Use the whisper.cpp skill to transcribe the audio file at `file_path`, passing the detected language as the `language` parameter and the `translate` flag from the previous step.\n 33→5. Read the transcription and generate a short, descriptive title based on its contents.\n 34→6. Create a directory alongside the original audio file named `_`, where `` is the current date in `YYYYMMDD` format and `` is a slug derived from the generated title.\n 35→7. Move the original audio file and save the transcription as a Markdown file (`.md`) into the new directory, using the same base name for the `.md` file.\n 36→","isError":false},{"role":"assistant","text":"Found it. So step 1 currently says \"navigate one level up from the current working directory\" to find `settings.json`. How does the new process work for finding the user settings file?"},{"role":"result","costUsd":0.06123525,"durationMs":9053,"numTurns":3,"isError":false},{"role":"user","text":"the start point should be the absolute path of the audio file itself"},{"role":"assistant","text":"\n\nGot it — so instead of \"one level up from cwd\", the task should find `settings.json` by navigating up from the audio file's absolute path. How does it know when it's found the right directory — is it the parent that contains `settings.json`, or some fixed number of levels up, or something else?"},{"role":"result","costUsd":0.026397749999999998,"durationMs":3762,"numTurns":1,"isError":false},{"role":"user","text":"let's be even more specific. we need to go parent by parent until the current directory is an email address (it's the user id and current home folder)"},{"role":"assistant","text":"\n\nClear — walk up from the audio file's directory, parent by parent, until you find a directory whose name is an email address. That's the user's root, and `settings.json` lives there."},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/transcribe-audio-file/TASK.md","old_string":"1. Determine the user's root directory by navigating one level up from the current working directory. Read `settings.json` from the root directory and extract the `languages` section.","new_string":"1. Starting from the directory containing the audio file, walk up parent by parent until you find a directory whose name is an email address. This is the user's root directory. Read `settings.json` from it and extract the `languages` section."},"toolUseId":"toolu_01HUHCE2XMpsYVnryAeEZFuL","output":"The file /home/pastilhas/projects/officer.dev/monorepo/seed/tasks/transcribe-audio-file/TASK.md has been updated successfully.","isError":false},{"role":"assistant","text":"Done. Let me also update my memory with the new tasks path."},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/.claude/projects/-home-pastilhas-projects-officer-dev-data-pastilhas-pastilhas-dev-home/memory/MEMORY.md","old_string":"- Task definitions live in `/home/pastilhas/projects/officer.dev/data/tasks//TASK.md`\n- Task format documentation: `/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md`\n- Skill definitions: `/home/pastilhas/projects/officer.dev/data/skills//SKILL.md`","new_string":"- Task definitions live in `/home/pastilhas/projects/officer.dev/monorepo/seed/tasks//TASK.md`\n- Task format documentation: `/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/TASKS.md`\n- Skill definitions: `/home/pastilhas/projects/officer.dev/monorepo/seed/skills//SKILL.md`"},"toolUseId":"toolu_01DSf9Fu6oQrAjPw8exa8tXz","output":"File has not been read yet. Read it first before writing to it.","isError":true},{"role":"tool","toolName":"Read","toolInput":{"file_path":"/home/pastilhas/.claude/projects/-home-pastilhas-projects-officer-dev-data-pastilhas-pastilhas-dev-home/memory/MEMORY.md"},"toolUseId":"toolu_01FWn2wCfQnLSdTmWhr6HNJL","output":" 1→## Project Structure\n 2→\n 3→- Task definitions live in `/home/pastilhas/projects/officer.dev/data/tasks//TASK.md`\n 4→- Task format documentation: `/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md`\n 5→- Skill definitions: `/home/pastilhas/projects/officer.dev/data/skills//SKILL.md`\n 6→- User settings: `/home/pastilhas/projects/officer.dev/data/pastilhas@pastilhas.dev/settings.json`","isError":false},{"role":"tool","toolName":"Edit","toolInput":{"replace_all":false,"file_path":"/home/pastilhas/.claude/projects/-home-pastilhas-projects-officer-dev-data-pastilhas-pastilhas-dev-home/memory/MEMORY.md","old_string":"- Task definitions live in `/home/pastilhas/projects/officer.dev/data/tasks//TASK.md`\n- Task format documentation: `/home/pastilhas/projects/officer.dev/data/tasks/TASKS.md`\n- Skill definitions: `/home/pastilhas/projects/officer.dev/data/skills//SKILL.md`","new_string":"- Task definitions live in `/home/pastilhas/projects/officer.dev/monorepo/seed/tasks//TASK.md`\n- Task format documentation: `/home/pastilhas/projects/officer.dev/monorepo/seed/tasks/TASKS.md`\n- Skill definitions: `/home/pastilhas/projects/officer.dev/monorepo/seed/skills//SKILL.md`"},"toolUseId":"toolu_01DFtJrKpekL1p3JapWuuAf6","output":"The file /home/pastilhas/.claude/projects/-home-pastilhas-projects-officer-dev-data-pastilhas-pastilhas-dev-home/memory/MEMORY.md has been updated successfully.","isError":false},{"role":"assistant","text":""},{"role":"result","costUsd":0.11940749999999999,"durationMs":21394,"numTurns":5,"isError":false}] \ No newline at end of file diff --git a/seed/tasks/transcribe-audio-file/chat/meta.json b/seed/tasks/transcribe-audio-file/chat/meta.json deleted file mode 100644 index 70f0f821..00000000 --- a/seed/tasks/transcribe-audio-file/chat/meta.json +++ /dev/null @@ -1 +0,0 @@ -{"id":"2dfd2db0-9f36-414b-8639-16918d98448c"} \ No newline at end of file diff --git a/src/apps/officer-web/Screens/Dashboard/Chat/EmbeddableChat.tsx b/src/apps/officer-web/Screens/Dashboard/Chat/EmbeddableChat.tsx index 34af76c8..43e007a5 100644 --- a/src/apps/officer-web/Screens/Dashboard/Chat/EmbeddableChat.tsx +++ b/src/apps/officer-web/Screens/Dashboard/Chat/EmbeddableChat.tsx @@ -19,6 +19,7 @@ type EmbeddableChatProps = { onBeforeSend?: (text: string) => boolean | Promise; commandFeedback?: string | null; defaultInput?: string; + promptPrefix?: string; className?: string; cwd?: { root?: string; path: string }; autoSend?: boolean; @@ -32,6 +33,7 @@ export const EmbeddableChat = ({ onBeforeSend, commandFeedback = null, defaultInput = '', + promptPrefix, className, cwd, autoSend = false, @@ -126,8 +128,8 @@ export const EmbeddableChat = ({ } } - // Prepend attachment content to the prompt - let prompt = text; + // Prepend metadata/attachment content to the prompt + let prompt = promptPrefix ? `${promptPrefix}\n\n${text}` : text; const ids: string[] = []; const images: { filename: string; dataUrl: string }[] = []; for (const a of attachments) { diff --git a/src/apps/officer-web/Screens/Dashboard/ResourcePage.tsx b/src/apps/officer-web/Screens/Dashboard/ResourcePage.tsx index d6a8be20..1b1088ca 100644 --- a/src/apps/officer-web/Screens/Dashboard/ResourcePage.tsx +++ b/src/apps/officer-web/Screens/Dashboard/ResourcePage.tsx @@ -55,11 +55,15 @@ const ResourceChat = ({ }: ResourceChatProps) => { const client = useClient(); const claudeModels = useVisibleClaudeModels(); + const seedFile = `${kind.toUpperCase()}.md`; + const promptFrontmatter = chatSessionId + ? undefined + : `\ninput file: ${filePath}\n${seedFile}: ${filePath}\ndir: ${resourceDir}\n\nBe aware of any extra files alongside the same dir as the ${kind} file we're handling, for possible extra context. You can also, if pertinent, create scripts or other files that will help you in the future.\n`; const defaultInput = chatSessionId ? undefined : isNew - ? `Help me create the content for this new ${kind} file: ${filePath}` - : `Help me understand and improve this ${kind} file: ${filePath}`; + ? `Help me create the content for this new ${kind} file` + : `Help me understand and improve this ${kind} file`; const storage = useMemo( () => ({ @@ -99,6 +103,7 @@ const ResourceChat = ({ provider="claude" availableModels={claudeModels} defaultInput={defaultInput} + promptPrefix={promptFrontmatter} className="h-full" /> ); diff --git a/src/workspaces/widgets/Chat/MessageBubble.tsx b/src/workspaces/widgets/Chat/MessageBubble.tsx index 6304da96..ef21f023 100644 --- a/src/workspaces/widgets/Chat/MessageBubble.tsx +++ b/src/workspaces/widgets/Chat/MessageBubble.tsx @@ -5,6 +5,21 @@ import type { ChatMessage } from './types'; import { ToolActivity } from './ToolActivity'; import { QuestionActivity } from './QuestionActivity'; +const FRONTMATTER_RE = /^([\s\S]*?)<\/frontmatter>\s*/; + +const CollapsibleBlock = ({ label, content }: { label: string; content: string }) => ( +
+
+ + {label} + +
+ {content} +
+
+
+); + type MessageBubbleProps = { message: ChatMessage; onAnswer?: (text: string) => void; @@ -12,31 +27,27 @@ type MessageBubbleProps = { export const MessageBubble = ({ message, onAnswer }: MessageBubbleProps) => { switch (message.role) { - case 'user': + case 'user': { + const match = message.text.match(FRONTMATTER_RE); + const metadata = match ? match[1]!.trim() : null; + const text = match ? message.text.slice(match[0]!.length) : message.text; return ( -
-
- {message.images?.map((img, i) => ( - {img.filename} - ))} -
{message.text}
+ <> + {metadata && } +
+
+ {message.images?.map((img, i) => ( + {img.filename} + ))} +
{text}
+
-
+ ); + } case 'system': - return ( -
-
- - System prompt - -
- {message.text} -
-
-
- ); + return ; case 'assistant': if (!message.text) return null;