d39852aa3d
Final modularization layout (user-chosen): every page is a self-contained folder under components/<id>/ (controllers + CSS + its html fragment), and all shared/framework code folds into core/: core/kernel (feature-registry, lifecycle, services, spa) core/boot (auth, system-loader/orchestrator, setup, loaders) core/lib (data-loader, router, helpers, the task kernel, shared modules) core/ui (topbar, modal, notifications, … + topbar.html) core/css (all shared stylesheets) core/icons Top level is now just: components/, core/, themes/, index.html (+ runtime data/). Every path reference rewritten (index.html, scripts arrays, fetch()/ loadFragment()/loadScript() literals, system-loader + config-manager controller paths, kernel manifest URL, feature.json, backend FEATURES_DIR). The /api/features/list endpoint NAME is unchanged (it now scans components/). Deleted 3 dead files (app-content.html, apps-content.html, html-cache.js). Verified: 0 stale prefixes, 0 double-rewrites, all JS/JSON valid. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Signed-off-by: librelad <librelad@digitalangels.vip>
46 lines
2.0 KiB
JavaScript
46 lines
2.0 KiB
JavaScript
// features/tasks/index.js — the Tasks page as a feature module.
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//
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// window.tasksManager is a system-loader singleton (its "task-system" component
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// loads all task scripts, starts the shared SSE bus, then news TasksManager).
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// So mount() does NOT new it or load scripts — it renders the fragment and
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// re-inits the view, exactly like the old handleTasks(). unmount() releases
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// only this view's per-mount leaks (the 30s auto-refresh interval + open log
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// streams); it must never stop the shared taskEventBus or null the singleton.
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LP.features.register({
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id: 'tasks',
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routes: ['/tasks', '/tasks*'],
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async mount(ctx) {
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const html = await ctx.loadFragment('/components/tasks/tasks-content.html');
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ctx.setContent(html, 'Tasks');
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if (window.tasksManager) {
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await window.tasksManager.init();
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} else {
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// Don't throw — matches handleTasks: the page still renders, task
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// functionality is just limited until the task-system component is ready.
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console.warn('TasksManager not available yet, task functionality will be limited');
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}
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},
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async unmount() {
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const tm = window.tasksManager;
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// The one per-view leak init() opens: the 30s auto-refresh interval stored
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// on the singleton. Each init() recreates it, so clearing here is idempotent.
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if (tm && tm.refreshInterval) {
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clearInterval(tm.refreshInterval);
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tm.refreshInterval = null;
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}
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// Stop any open per-task log streams this view started (each removes its own
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// SSE listeners + map entry). Snapshot keys first — stopLogStreaming mutates
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// the map. Does NOT touch the shared bus.
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if (tm && tm.activeLogStreams && typeof tm.stopLogStreaming === 'function') {
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for (const id of Array.from(tm.activeLogStreams.keys())) {
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try { tm.stopLogStreaming(id); } catch (_) {}
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}
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}
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// DO NOT: stop window.taskEventBus (shared SSE singleton), remove the
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// singleton's once-bound task listeners, or null window.tasksManager.
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},
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});
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