Claude
9b895673eb
Model selection: - Add sdxl_offload tier (eff_vram ≥ 4.0 GB) for GTX 1060 6GB and Quadro 6GB cards that were falling through to SD 2.1 despite SDXL fitting with model_cpu_offload. Cards with 5.3 GB effective VRAM now get SDXL quality. - Update _tier_label(), _caps(), _build_warnings() for new tier. Frontend GPU display: - api.js: add getGpuStatus() fetching /api/gpu/status - capabilities.js: add getGpuStatus() export with own LRU cache; refreshCapabilities() now also resets GPU status cache - provider-badge.js: when AI_PROVIDER=local_gpu show green badge with GPU name, tier, VRAM, CC, feature flags, and capabilities in tooltip. Strip "NVIDIA GeForce" prefix so "GTX 1060 6GB" fits in badge. - ai_provider_settings.js: add local_gpu to all provider dropdowns; show GPU info panel (device, VRAM, CC, features, tier, model table per operation) in the settings dialog when a GPU is detected. https://claude.ai/code/session_01WVDg7amsy1TTtxvpku7bcM
85 lines
2.3 KiB
JavaScript
85 lines
2.3 KiB
JavaScript
/**
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* Backend capabilities singleton.
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* Fetched once on load from GET /api/config.
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* Tools use this to decide whether to show, grey out, or show tooltips.
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*
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* Shape:
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* {
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* local: { lama, rembg, opencv, gpu_detected },
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* remote: { provider, capabilities: string[], healthy }
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* }
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*/
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import apiService from '../services/api.js';
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const DEFAULT_CAPS = {
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local: { lama: false, rembg: false, opencv: true, gpu_detected: false },
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remote: { provider: null, capabilities: [], healthy: false },
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};
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let _caps = null;
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let _fetchPromise = null;
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let _gpuStatus = null;
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let _gpuFetchPromise = null;
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/**
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* Return capabilities (fetched lazily, cached thereafter).
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* Always resolves — falls back to DEFAULT_CAPS on network error.
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*/
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export async function getCapabilities() {
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if (_caps) return _caps;
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if (!_fetchPromise) {
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_fetchPromise = apiService.getConfig()
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.then(data => { _caps = data || DEFAULT_CAPS; return _caps; })
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.catch(() => { _caps = DEFAULT_CAPS; return _caps; });
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}
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return _fetchPromise;
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}
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/**
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* Synchronous check — returns cached value or DEFAULT_CAPS if not yet loaded.
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*/
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export function getCachedCapabilities() {
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return _caps || DEFAULT_CAPS;
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}
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/**
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* True if the remote provider is configured and healthy.
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*/
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export function hasRemote() {
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return !!(_caps?.remote?.healthy);
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}
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/**
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* Fetch and cache detailed GPU status (hardware, feature flags, model selection per op).
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* Calls /api/gpu/status — only meaningful when AI_PROVIDER=local_gpu.
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* Returns null on error.
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*/
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export async function getGpuStatus() {
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if (_gpuStatus !== null) return _gpuStatus;
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if (!_gpuFetchPromise) {
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_gpuFetchPromise = apiService.getGpuStatus()
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.then(data => { _gpuStatus = data; return _gpuStatus; })
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.catch(() => { _gpuStatus = null; return null; });
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}
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return _gpuFetchPromise;
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}
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/**
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* Invalidate cache and re-fetch (call after saving provider settings).
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*/
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export async function refreshCapabilities() {
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_caps = null;
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_fetchPromise = null;
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_gpuStatus = null;
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_gpuFetchPromise = null;
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return getCapabilities();
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}
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/**
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* Kick off the fetch immediately at module load time so it's ready when tools need it.
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*/
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getCapabilities();
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export default { getCapabilities, getCachedCapabilities, hasRemote, refreshCapabilities, getGpuStatus };
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