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DemonGatanjieu-Anomalous_Mo…/web/modules/activity_log.js
T
DemonGatanjieuandClaude Opus 5.5 80f41f98e9 feat(mcp): AI apps can act on the open workflow, scan and speak
The second batch of MCP tools: they change things, through the same code the UI uses.

- Canvas, done by the open ComfyUI page: describe_canvas, set_prompt, set_model,
  add_lora, place_combo, check_workflow_models, fix_workflow_models, run_workflow,
  open_in_anomalous. api/mcp_bridge.py sends the action over ComfyUI's websocket and
  waits; web/modules/mcp_bridge.js claims it (visible tab first), does it with
  Anomalous's canvas code and answers. Each change is one Ctrl+Z step, shows a toast and
  is logged as the AI's (activity entries carry via: "mcp", with their undo).
- This server: scan_models (new / look up again / picked models, via /anomalous/scan_all),
  list_voices and speak (Anomalous TTS through /prompt and /history).
- graph_splice.js takes the chain's slot types, so a LoRA can go into a model-only (UNet,
  Flux) chain as LoraLoaderModelOnly; the default (MODEL and CLIP) is unchanged.
- Nothing deletes or renames files; acting tools are not marked read-only, so AI apps
  ask before calling them.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
2026-10-05 22:13:28 +08:00

133 lines
5.5 KiB
JavaScript

/**
* Activity log client: reading, adding canvas entries, clearing; and the words for
* each entry. The server (`api/activity_log.py`) keeps the list and records file
* changes itself.
*/
import { translate as t } from './locales.js';
import { countsLine, fileOutcome, scanScope, STATUS_MARKS } from './scan_results.js';
// Server action id → locale key.
const ACTION_KEYS = {
model_delete: 'activityModelDelete',
model_edit: 'activityModelEdit',
model_cover: 'activityModelCover',
scan: 'activityScan', // entries from before scans were recorded with their result
recipe_save: 'activityRecipeSave',
recipe_edit: 'activityRecipeEdit',
recipe_delete: 'activityRecipeDelete',
recipe_restore: 'activityRecipeRestore',
recipe_cover: 'activityRecipeCover',
recipe_import: 'activityRecipeImport',
material_save: 'activityMaterialSave',
material_edit: 'activityMaterialEdit',
material_delete: 'activityMaterialDelete',
note_save: 'activityNoteSave',
note_delete: 'activityNoteDelete',
preset_save: 'activityPresetSave',
preset_rename: 'activityPresetRename',
preset_delete: 'activityPresetDelete',
image_delete: 'activityImageDelete',
audio_delete: 'activityAudioDelete',
audio_save: 'activityAudioSave',
cache_clear: 'activityCacheClear',
voice_import: 'activityVoiceImport',
voice_settings: 'activityVoiceSettings',
voice_storage: 'activityVoiceStorage',
};
async function request(url, options) {
const response = await fetch(url, options);
const data = await response.json().catch(() => ({}));
if (!response.ok) throw new Error(data.error || `HTTP ${response.status}`);
return data;
}
/** Newest first. `source`: 'canvas' | 'file' | undefined (both). */
export async function fetchActivity({ limit = 100, source = '', signal } = {}) {
const params = new URLSearchParams({ limit: String(limit) });
if (source) params.set('source', source);
const data = await request(`/anomalous/activity?${params}`, { signal });
return Array.isArray(data.entries) ? data.entries : [];
}
export function postCanvasActivity(payload) {
return request('/anomalous/activity', {
method: 'POST',
headers: { 'Content-Type': 'application/json' },
body: JSON.stringify(payload),
});
}
export function clearActivity() {
return request('/anomalous/activity/clear', { method: 'POST' });
}
/** One line saying what an entry did. */
export function entrySummary(entry) {
if (entry.source === 'canvas') {
const changes = entry.detail?.changes || [];
const opened = changes.find(change => change.kind === 'opened');
if (opened) return t('activityCanvasOpened', { name: opened.node || '—', count: opened.after || '?' });
const changed = t('activityCanvasChanged', { count: entry.detail?.total || changes.length });
return entry.detail?.via === 'mcp' ? t('activityByAi', { summary: changed }) : changed;
}
if (entry.action === 'scan_done') {
const scan = entry.detail?.scan || {};
return t('activityScanDone', { scope: scanScope(scan, entry.target), counts: countsLine(scan.counts) });
}
const words = t(ACTION_KEYS[entry.action] || 'activityUnknown');
return entry.target ? t('activityWithTarget', { action: words, target: entry.target }) : words;
}
const FIELD_KEYS = {
custom_name: 'modelSourceFieldName', custom_notes: 'modelSourceFieldNotes',
source_url: 'modelSourceFieldLink', filename: 'activityFieldFilename',
};
/**
* The lines a file entry opens to: [{text, model?}], `model` being a scanned model the line
* can open ({type, path_idx, rel, filename}). Empty for entries without details.
*/
export function fileDetailLines(entry) {
const detail = entry.detail || {};
const empty = t('activityEmptyValue');
const lines = [];
if (detail.scan?.civitai_down) lines.push({ text: t('scanResultCivitaiDown') });
for (const error of detail.scan?.errors || []) lines.push({ text: error });
for (const item of detail.files || []) {
if (typeof item === 'string') lines.push({ text: t('activityFileMoved', { name: item }) });
else lines.push({ text: `${STATUS_MARKS[item.status] || '·'} ${item.filename}: ${fileOutcome(item)}`, model: item.rel ? item : null });
}
for (const field of detail.fields || []) {
lines.push({ text: t('activityFieldChange', {
field: t(FIELD_KEYS[field.field] || field.field), before: field.before || empty, after: field.after || empty,
}) });
}
return lines;
}
/** One line per canvas change (not for `opened`). */
export function changeLine(change) {
const empty = t('activityEmptyValue');
if (change.kind === 'added') return t('activityAdded', { node: change.node });
if (change.kind === 'removed') return t('activityRemoved', { node: change.node });
return t('activityChangedValue', {
node: change.node, widget: change.widget, before: change.before || empty, after: change.after || empty,
});
}
/** Day heading for grouping: today, yesterday, or the date. */
export function dayLabel(seconds, now = new Date()) {
const day = new Date(seconds * 1000);
const start = date => new Date(date.getFullYear(), date.getMonth(), date.getDate()).getTime();
const diff = Math.round((start(now) - start(day)) / 86400000);
if (diff === 0) return t('activityToday');
if (diff === 1) return t('activityYesterday');
return day.toLocaleDateString();
}
export function timeLabel(seconds) {
return new Date(seconds * 1000).toLocaleTimeString([], { hour: '2-digit', minute: '2-digit' });
}