feat(web/default): unified UI overhaul — Base UI migration, theme presets, rankings dashboard, and table toolbar refactor (#4633)

* 🎨 feat(web/default): add shadcn-style theme presets, radius prefs, and fix selection badges

Integrate the qn-platform–style OKLCH color system into the default frontend while keeping the existing blue-tinted dark tokens for the default theme. Add [data-theme-preset] palettes for seven named presets plus the default zinc-like scale, define [data-theme-radius] overrides so user radius beats preset --radius, and align the Tailwind @custom-variant dark helper with .dark usage.

Introduce ThemeCustomizationProvider to own preset and radius state, persist choices in cookies (theme-preset, theme-radius), and sync data-theme-preset / data-theme-radius on <html>. Wrap the tree in main.tsx.

Extend ConfigDrawer with theme preset swatches (scoped data-theme-preset) and radius previews wired to context; refactor swatch/card markup so selected CircleCheck badges sit outside clipped rows (remove outer overflow-hidden that hid the centered checkmark).

Add i18n keys for preset names, radius, and accessibility labels across en, zh, fr, ja, ru, vi.

* 🎨 fix(web): align segmented controls with theme radius tokens

- Replace hard-coded inner pill radii (rounded-[5px]) on dashboard chart
  toolbars with radius-md so the active state follows --radius when users
  change Radius in Theme Settings.
- Use nested radii consistent with TabsList/TabsTrigger: outer
  rounded-lg (var(--radius)) and inner rounded-md (calc(var(--radius) - 2px))
  so the track and active thumb stay concentric at small scales (e.g.
  0.3rem) instead of a squared “focus” block inside a rounded shell.
- Apply the same pattern to pricing SegmentedControl and the segmented
  groups in consumption-distribution-chart, model-charts, and user-charts.

Verified: bun run typecheck (web/default)

*  feat(pricing): enrich model details with uptime sparkline and API documentation

Add a compact 30-day uptime sparkline (OpenRouter-style bars + aggregate %) with
per-day tooltips, surface it in a status row under quick stats and in the
per-group performance table, and extend mock data so uptime series are stable
and optionally scoped by group.

Introduce an API tab with Shiki-highlighted code samples (cURL, Python,
TypeScript, JavaScript), endpoint-type switching, authentication guidance, a
supported-parameters table, and mock per-group RPM/TPM/RPD limits. Infer
vendor, tokenizer, license, and data-retention hints for a provider & data
privacy card on the Overview tab (capabilities/modalities stay with model
identity; rate limits stay with the API tab).

Update i18n for all new user-facing strings across en, zh, fr, ja, ru, and vi.

* 🏆 feat(rankings): add comprehensive rankings dashboard

Add a mock-data powered rankings experience with period tabs, model, app, and vendor leaderboards, market share and history charts, movers, new releases, and per-category sections while backend analytics are pending.

Link ranked models to pricing details and ranked vendors to filtered pricing results, and include localized copy for all supported frontend locales.

* fix(theme): correct theme preset selection state

- update Base UI Radio selectors to use data-checked/data-unchecked states.
- fix unchecked theme options still showing selected indicators.
- isolate the default theme preview tokens to prevent preset changes from leaking into it.

* fix(setup): correct usage mode radio state

- use Base UI data-checked/data-unchecked states for RadioGroup styling.
- hide radio indicators when options are unchecked to avoid setup page display issues.
- drive usage mode card and icon selection styles from Base UI state.

* fix(auth): submit sign-in and sign-up forms

* 🎨 refactor: Align default theme with shadcn Base Nova and prune legacy customization

Migrate shadcn UI to Base UI primitives via CLI (`base-nova` / `components.json`)
and reinstall full component registry with `--overwrite`, including Hugeicons-backed
widgets and newly added registry components.

- Remove custom multi-preset/theme-radius system (`ThemeCustomizationProvider`, cookies,
  preset UI from config drawer); rely on official semantic CSS tokens + light/dark only.
- Replace `theme.css` with shadcn’s documented neutral `:root`/`.dark` palette and
  `@theme inline` mappings (plus skeleton token vars for existing shimmer usage).
- Update global styles for Base UI: collapsible animation uses `--collapsible-panel-height`;
  clarify scroll-lock override comment.

Application compatibility:
- Keep minimal shims where app code diverged from official APIs (popover collision props,
  combobox legacy `options` callers, Spinner prop typing).
- Switch interactive styling from Radix-era `data-state` / `--radix-*` selectors to Base UI
  semantics (`data-open`, `data-popup-open`, `data-panel-open`, `--anchor-width`, etc.)

Tooling / docs / build:
- Rename Rsbuild vendor chunk grouping to `@base-ui` + transitive `@radix-ui`.
- Refresh AGENTS.md / CLAUDE.md / classic→default sync skill for Base UI stack.
- Bump `package.json` / lockfile for shadcn-postinstall deps (Hugeicons, chart stack, themes, etc.)

Verified: `bun run typecheck` passes.

Note: `bun run lint` still reports pre-existing hooks rule violations elsewhere;
not addressed in this change.

* 🎨 chore(web/default): unify table toolbar, relocate usage stats, refine filters

- Refactor DataTableToolbar to a single wrapping flex row with a
  right-aligned action cluster (Reset / Search / View / Expand) for a
  cleaner Ant Design Pro–style filter bar; remove the dedicated stats row
  and the toolbar `stats` prop.
- Move Common Logs summary badges (Usage / RPM / TPM) and the sensitive-
  data visibility toggle into the page header via CommonLogsHeaderActions
  and SectionPageLayout.Actions so the toolbar stays focused on filters.
- Slim CommonLogsFilterBar props (no stats / preActions eye control).
- Improve CompactDateTimeRangePicker: show minute-precision labels on the
  trigger (seconds omitted; aligns with datetime-local inputs); widen the
  trigger on sm+ breakpoints so the full range is visible without truncation;
  apply the same width in task logs filters.
- Simplify DataTableViewOptions: text-only “View” trigger, no sliders icon.
- Earlier layout tweak: extra top padding on SectionPageLayout scroll
  content so control focus rings are not clipped by overflow.

* feat(web/default): Base UI migration and component foundation

Migrate from Radix UI to Base UI, rewrite core UI primitives,
update dependencies (recharts, date-fns, next-themes), add
shadcn agent skill documentation, and refresh AI element components.

This is the foundational work from the v2/localmain lineage that
was not covered by the individual feature commits above.

---------

Co-authored-by: t0ng7u <dev@aiass.cc>
Co-authored-by: QuentinHsu <xuquentinyang@gmail.com>
This commit is contained in:
Calcium-Ion
2026-05-06 12:39:36 +08:00
committed by GitHub
co-authored by t0ng7u QuentinHsu
parent dac55f0fde
commit 8b2b03d276
317 changed files with 19928 additions and 7065 deletions
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import type { Modality, ModelCapability, PricingModel } from '../types'
import { hashStringToSeed, seededRandom } from './seed'
// ----------------------------------------------------------------------------
// Model metadata inference
// ----------------------------------------------------------------------------
//
// The backend does not currently return `context_length`, `max_output_tokens`,
// `knowledge_cutoff`, `release_date`, `parameter_count`, or modality/capability
// flags for a model. Until it does, we infer reasonable values client-side
// from the data we already have (endpoint types, ratios, tags, model name)
// and fall back to a deterministic mock seeded from the model name so that
// every render of the same model shows the same numbers.
//
// When the backend starts returning these fields, callers should prefer the
// explicit values on `model.*` and only fall back to the inferred ones.
const TEXT_INPUT_ENDPOINTS = new Set([
'openai',
'openai-response',
'anthropic',
'gemini',
'embeddings',
'jina-rerank',
])
const IMAGE_OUTPUT_ENDPOINTS = new Set(['image-generation'])
const VIDEO_OUTPUT_ENDPOINTS = new Set(['openai-video'])
const EMBEDDING_ENDPOINTS = new Set(['embeddings', 'jina-rerank'])
const REASONING_NAME_PATTERNS = [
/^o[1-4](?:[-:_].+)?$/i,
/reasoning/i,
/thinking/i,
/qwq/i,
/deepseek-r\d/i,
/grok.*-(?:thinking|reasoning)/i,
]
const VISION_NAME_PATTERNS = [
/vision/i,
/vl(?:[-_]|$)/i,
/multimodal/i,
/-omni/i,
]
const AUDIO_NAME_PATTERNS = [
/audio/i,
/whisper/i,
/tts/i,
/voice/i,
/-realtime/i,
]
const VIDEO_NAME_PATTERNS = [/video/i, /sora/i, /veo/i, /kling/i, /pika/i]
const CODE_NAME_PATTERNS = [/code/i, /-coder/i]
const WEB_SEARCH_PATTERNS = [/web[-_ ]?search/i, /-online/i, /perplexity/i]
const KNOWLEDGE_CUTOFFS = [
'2023-04',
'2023-10',
'2023-12',
'2024-04',
'2024-06',
'2024-08',
'2024-10',
'2024-12',
'2025-02',
'2025-04',
'2025-08',
]
const PARAM_BUCKETS = [
'1.5B',
'3B',
'7B',
'8B',
'14B',
'32B',
'70B',
'120B',
'405B',
]
const CONTEXT_BUCKETS = [
8_192, 16_384, 32_768, 65_536, 128_000, 200_000, 1_000_000,
]
const MAX_OUTPUT_BUCKETS = [2_048, 4_096, 8_192, 16_384, 32_768, 65_536]
const TAG_TO_CAPABILITY: Record<string, ModelCapability> = {
vision: 'vision',
multimodal: 'vision',
reasoning: 'reasoning',
thinking: 'reasoning',
tools: 'tools',
function: 'function_calling',
'function-calling': 'function_calling',
streaming: 'streaming',
json: 'json_mode',
structured: 'structured_output',
search: 'web_search',
code: 'code_interpreter',
embedding: 'embeddings',
}
const TAG_TO_MODALITY: Record<string, Modality> = {
text: 'text',
image: 'image',
audio: 'audio',
video: 'video',
file: 'file',
document: 'file',
pdf: 'file',
}
function pickFromBuckets<T>(buckets: T[], rand: () => number): T {
return buckets[Math.floor(rand() * buckets.length)]
}
function parseModelTags(tagsString?: string): string[] {
if (!tagsString) return []
return tagsString
.split(/[,;|\s]+/)
.map((t) => t.trim().toLowerCase())
.filter(Boolean)
}
function nameMatches(name: string, patterns: RegExp[]): boolean {
return patterns.some((re) => re.test(name))
}
function inferInputModalities(
model: PricingModel,
tags: string[],
endpoints: string[],
name: string
): Modality[] {
const set = new Set<Modality>()
if (
endpoints.length === 0 ||
endpoints.some((e) => TEXT_INPUT_ENDPOINTS.has(e))
) {
set.add('text')
}
if (model.image_ratio != null || nameMatches(name, VISION_NAME_PATTERNS)) {
set.add('image')
}
if (model.audio_ratio != null || nameMatches(name, AUDIO_NAME_PATTERNS)) {
set.add('audio')
}
if (nameMatches(name, VIDEO_NAME_PATTERNS)) {
set.add('video')
}
for (const tag of tags) {
const m = TAG_TO_MODALITY[tag]
if (m) set.add(m)
}
if (set.size === 0) set.add('text')
return ordered(set)
}
function inferOutputModalities(
model: PricingModel,
endpoints: string[],
name: string
): Modality[] {
const set = new Set<Modality>()
if (endpoints.some((e) => IMAGE_OUTPUT_ENDPOINTS.has(e))) set.add('image')
if (endpoints.some((e) => VIDEO_OUTPUT_ENDPOINTS.has(e))) set.add('video')
if (endpoints.some((e) => EMBEDDING_ENDPOINTS.has(e))) set.add('text')
if (
model.audio_completion_ratio != null ||
/tts|voice|audio-out/i.test(name)
) {
set.add('audio')
}
if (set.size === 0) set.add('text')
return ordered(set)
}
function inferCapabilities(
model: PricingModel,
tags: string[],
endpoints: string[],
name: string,
outputs: Modality[],
inputs: Modality[]
): ModelCapability[] {
const set = new Set<ModelCapability>()
if (outputs.includes('text') && !endpoints.includes('image-generation')) {
set.add('streaming')
set.add('system_prompt')
}
if (
!endpoints.includes('image-generation') &&
!endpoints.includes('embeddings') &&
!endpoints.includes('jina-rerank')
) {
set.add('function_calling')
set.add('tools')
set.add('json_mode')
set.add('structured_output')
}
if (inputs.includes('image')) set.add('vision')
if (model.cache_ratio != null) set.add('caching')
if (endpoints.some((e) => EMBEDDING_ENDPOINTS.has(e))) set.add('embeddings')
if (nameMatches(name, REASONING_NAME_PATTERNS)) set.add('reasoning')
if (nameMatches(name, CODE_NAME_PATTERNS)) set.add('code_interpreter')
if (nameMatches(name, WEB_SEARCH_PATTERNS)) set.add('web_search')
for (const tag of tags) {
const cap = TAG_TO_CAPABILITY[tag]
if (cap) set.add(cap)
}
return Array.from(set)
}
function ordered(modalities: Set<Modality>): Modality[] {
const order: Modality[] = ['text', 'image', 'audio', 'video', 'file']
return order.filter((m) => modalities.has(m))
}
function inferContextAndOutputs(
name: string,
rand: () => number,
endpoints: string[]
): { context: number; maxOutput: number } {
if (endpoints.includes('embeddings') || endpoints.includes('jina-rerank')) {
return { context: 8_192, maxOutput: 0 }
}
if (
endpoints.includes('image-generation') ||
endpoints.includes('openai-video')
) {
return { context: 4_096, maxOutput: 0 }
}
const lower = name.toLowerCase()
if (lower.includes('1m') || lower.includes('-long')) {
return { context: 1_000_000, maxOutput: 65_536 }
}
if (
lower.includes('200k') ||
lower.includes('claude-3') ||
lower.includes('claude-4')
) {
return { context: 200_000, maxOutput: 16_384 }
}
if (lower.includes('128k') || /gpt-4o|gpt-4\.1|gpt-5|o1|o3|o4/.test(lower)) {
return { context: 128_000, maxOutput: 16_384 }
}
if (/gemini.*-2|gemini.*pro|gemini.*flash/.test(lower)) {
return { context: 1_000_000, maxOutput: 8_192 }
}
if (/gpt-3\.5|claude-2/.test(lower)) {
return { context: 16_384, maxOutput: 4_096 }
}
const context = pickFromBuckets(CONTEXT_BUCKETS, rand)
const maxOutput = Math.min(context, pickFromBuckets(MAX_OUTPUT_BUCKETS, rand))
return { context, maxOutput }
}
function inferReleaseAndCutoff(rand: () => number): {
release: string
cutoff: string
} {
const cutoff = pickFromBuckets(KNOWLEDGE_CUTOFFS, rand)
const [year, month] = cutoff.split('-').map(Number)
const offsetMonths = 4 + Math.floor(rand() * 6)
const releaseMonth = month + offsetMonths
const releaseYear = year + Math.floor((releaseMonth - 1) / 12)
const finalMonth = ((releaseMonth - 1) % 12) + 1
const release = `${releaseYear}-${String(finalMonth).padStart(2, '0')}-15`
return { release, cutoff }
}
export type ModelMetadata = {
context_length: number
max_output_tokens: number
knowledge_cutoff: string
release_date: string
parameter_count: string
input_modalities: Modality[]
output_modalities: Modality[]
capabilities: ModelCapability[]
}
/**
* Infer / mock model metadata. Prefers explicit fields on `model.*` and
* falls back to inference + a deterministic seed otherwise.
*/
export function inferModelMetadata(model: PricingModel): ModelMetadata {
const name = model.model_name || ''
const rand = seededRandom(hashStringToSeed(name))
const tags = parseModelTags(model.tags)
const endpoints = model.supported_endpoint_types || []
const inputs =
model.input_modalities ?? inferInputModalities(model, tags, endpoints, name)
const outputs =
model.output_modalities ?? inferOutputModalities(model, endpoints, name)
const capabilities =
model.capabilities ??
inferCapabilities(model, tags, endpoints, name, outputs, inputs)
const fallback = inferContextAndOutputs(name, rand, endpoints)
const cutoffAndRelease = inferReleaseAndCutoff(rand)
return {
context_length: model.context_length ?? fallback.context,
max_output_tokens: model.max_output_tokens ?? fallback.maxOutput,
knowledge_cutoff: model.knowledge_cutoff ?? cutoffAndRelease.cutoff,
release_date: model.release_date ?? cutoffAndRelease.release,
parameter_count:
model.parameter_count ?? pickFromBuckets(PARAM_BUCKETS, rand),
input_modalities: inputs,
output_modalities: outputs,
capabilities,
}
}
const TOKEN_FORMAT = new Intl.NumberFormat(undefined, {
maximumFractionDigits: 1,
})
/** Format a token count compactly: 128_000 → "128K", 1_000_000 → "1M". */
export function formatTokenCount(tokens: number): string {
if (!Number.isFinite(tokens) || tokens <= 0) return '—'
if (tokens >= 1_000_000) {
const value = tokens / 1_000_000
return `${TOKEN_FORMAT.format(value)}M`
}
if (tokens >= 1_000) {
const value = tokens / 1_000
return `${TOKEN_FORMAT.format(value)}K`
}
return TOKEN_FORMAT.format(tokens)
}
/** Format a YYYY-MM (or YYYY-MM-DD) date as `Mon YYYY` for display. */
export function formatYearMonth(value: string): string {
if (!value) return '—'
const [yearStr, monthStr] = value.split('-')
const year = Number(yearStr)
const month = Number(monthStr)
if (!Number.isFinite(year) || !Number.isFinite(month)) return value
const date = new Date(Date.UTC(year, month - 1, 1))
return date.toLocaleString(undefined, { year: 'numeric', month: 'short' })
}
// ---------------------------------------------------------------------------
// Provider / vendor / tokenizer / license inference
// ---------------------------------------------------------------------------
//
// These helpers derive vendor-style metadata from the model name. They are
// purely heuristic and serve only the API-info display until the backend
// returns explicit fields.
export type ModelVendor =
| 'openai'
| 'anthropic'
| 'google'
| 'meta'
| 'mistral'
| 'qwen'
| 'deepseek'
| 'xai'
| 'cohere'
| 'baidu'
| 'zhipu'
| 'moonshot'
| 'minimax'
| 'tencent'
| 'bytedance'
| 'midjourney'
| 'stability'
| 'unknown'
export type ApiInfo = {
vendor: ModelVendor
vendor_label: string
tokenizer: string
tokenizer_note?: string
license: string
license_kind: 'proprietary' | 'open' | 'open-weight' | 'unknown'
data_retention_days: number
training_opt_out: boolean
homepage?: string
}
const VENDOR_LABELS: Record<ModelVendor, string> = {
openai: 'OpenAI',
anthropic: 'Anthropic',
google: 'Google',
meta: 'Meta',
mistral: 'Mistral AI',
qwen: 'Alibaba (Qwen)',
deepseek: 'DeepSeek',
xai: 'xAI',
cohere: 'Cohere',
baidu: 'Baidu',
zhipu: 'Zhipu AI',
moonshot: 'Moonshot AI',
minimax: 'MiniMax',
tencent: 'Tencent',
bytedance: 'ByteDance',
midjourney: 'Midjourney',
stability: 'Stability AI',
unknown: 'Unknown',
}
function detectVendor(name: string): ModelVendor {
const n = name.toLowerCase()
if (/^gpt|^o[1-4]|davinci|babbage|whisper|tts|dall.?e|sora|^omni/.test(n))
return 'openai'
if (/claude/.test(n)) return 'anthropic'
if (/gemini|gemma|imagen|veo|palm/.test(n)) return 'google'
if (/llama|^codellama/.test(n)) return 'meta'
if (/mistral|mixtral|codestral|magistral|pixtral/.test(n)) return 'mistral'
if (/qwen|qwq|qvq/.test(n)) return 'qwen'
if (/deepseek/.test(n)) return 'deepseek'
if (/grok/.test(n)) return 'xai'
if (/command|cohere|aya/.test(n)) return 'cohere'
if (/ernie|wenxin/.test(n)) return 'baidu'
if (/glm|chatglm|cogview|cogvideo/.test(n)) return 'zhipu'
if (/kimi|moonshot/.test(n)) return 'moonshot'
if (/abab|minimax|hailuo/.test(n)) return 'minimax'
if (/hunyuan/.test(n)) return 'tencent'
if (/doubao|seed|jimeng/.test(n)) return 'bytedance'
if (/midjourney|niji/.test(n)) return 'midjourney'
if (/^sd-|stable[-_]?diffusion|sdxl/.test(n)) return 'stability'
return 'unknown'
}
const TOKENIZER_BY_VENDOR: Partial<Record<ModelVendor, string>> = {
openai: 'o200k_base',
anthropic: 'Anthropic Claude tokenizer',
google: 'SentencePiece (Gemini)',
meta: 'Llama 3 tokenizer',
mistral: 'Mistral tokenizer (BPE)',
qwen: 'Qwen tokenizer (tiktoken-compat)',
deepseek: 'DeepSeek tokenizer (BPE)',
xai: 'Grok tokenizer (BPE)',
cohere: 'Cohere tokenizer',
baidu: 'Ernie tokenizer',
zhipu: 'GLM tokenizer',
moonshot: 'Kimi tokenizer',
minimax: 'ABAB tokenizer',
tencent: 'Hunyuan tokenizer',
bytedance: 'Doubao tokenizer',
}
function inferTokenizer(
model: PricingModel,
vendor: ModelVendor
): {
tokenizer: string
note?: string
} {
const name = model.model_name.toLowerCase()
if (vendor === 'openai') {
if (/gpt-3|davinci|babbage|whisper|tts/.test(name)) {
return { tokenizer: 'cl100k_base', note: 'Older GPT-3.5 family' }
}
return { tokenizer: 'o200k_base' }
}
return { tokenizer: TOKENIZER_BY_VENDOR[vendor] ?? 'BPE (vendor-specific)' }
}
const LICENSE_BY_VENDOR: Record<
ModelVendor,
{ license: string; kind: ApiInfo['license_kind'] }
> = {
openai: { license: 'Proprietary (commercial)', kind: 'proprietary' },
anthropic: { license: 'Proprietary (commercial)', kind: 'proprietary' },
google: { license: 'Proprietary (commercial)', kind: 'proprietary' },
meta: { license: 'Llama Community License', kind: 'open-weight' },
mistral: { license: 'Apache 2.0 / Commercial', kind: 'open-weight' },
qwen: { license: 'Tongyi Qianwen License', kind: 'open-weight' },
deepseek: { license: 'DeepSeek License', kind: 'open-weight' },
xai: { license: 'Proprietary (commercial)', kind: 'proprietary' },
cohere: { license: 'Proprietary (commercial)', kind: 'proprietary' },
baidu: { license: 'Proprietary (commercial)', kind: 'proprietary' },
zhipu: { license: 'GLM-4 License', kind: 'open-weight' },
moonshot: { license: 'Proprietary (commercial)', kind: 'proprietary' },
minimax: { license: 'Proprietary (commercial)', kind: 'proprietary' },
tencent: { license: 'Hunyuan License', kind: 'open-weight' },
bytedance: { license: 'Proprietary (commercial)', kind: 'proprietary' },
midjourney: { license: 'Proprietary (commercial)', kind: 'proprietary' },
stability: { license: 'Stability AI Community License', kind: 'open-weight' },
unknown: { license: 'Provider-specific', kind: 'unknown' },
}
const HOMEPAGE_BY_VENDOR: Partial<Record<ModelVendor, string>> = {
openai: 'https://platform.openai.com/docs/models',
anthropic: 'https://docs.anthropic.com/claude/docs/models-overview',
google: 'https://ai.google.dev/models',
meta: 'https://llama.meta.com/',
mistral: 'https://docs.mistral.ai/getting-started/models/',
qwen: 'https://qwenlm.github.io/',
deepseek: 'https://api-docs.deepseek.com/',
xai: 'https://x.ai/api',
cohere: 'https://docs.cohere.com/docs/models',
baidu: 'https://cloud.baidu.com/product/wenxinworkshop',
zhipu: 'https://open.bigmodel.cn/dev/api',
moonshot: 'https://platform.moonshot.cn/docs',
minimax: 'https://platform.minimaxi.com/document/notice',
tencent: 'https://cloud.tencent.com/document/product/1729',
bytedance: 'https://www.volcengine.com/docs/82379',
midjourney: 'https://www.midjourney.com/',
stability: 'https://platform.stability.ai/',
}
/**
* Build vendor / tokenizer / license / privacy metadata for the model.
* Returns deterministic values keyed off the model name so each render is
* stable.
*/
export function inferApiInfo(model: PricingModel): ApiInfo {
const vendor = detectVendor(model.model_name || '')
const tk = inferTokenizer(model, vendor)
const license = LICENSE_BY_VENDOR[vendor]
const rand = seededRandom(hashStringToSeed(`${model.model_name}:api`))
const retention = vendor === 'openai' ? 30 : Math.round(rand() * 90)
return {
vendor,
vendor_label: VENDOR_LABELS[vendor],
tokenizer: tk.tokenizer,
tokenizer_note: tk.note,
license: license.license,
license_kind: license.kind,
data_retention_days: retention,
training_opt_out: true,
homepage: HOMEPAGE_BY_VENDOR[vendor],
}
}