Files
next-ai-draw-io/lib/provider-setup.ts
T
dayuan.jiang f811242568 refactor(providers): the UI, the connection test and the routes read the record's fields
Step 5 of the provider refactor plan. Provider names gave way to the
record's credential and sdk fields in: hasCredentials (one rule per
credential kind), the connection test (an Object.hasOwn check first, then a
credential switch; EdgeOne's site endpoint and cookie forwarding follow
credential none), the chat route (the on-site function and the single-system
rule for the OpenAI SDK), the credentials form (which fields to show, the
optional-key label, the base URL hint from the record), the picker (the note
from the record), the logo (icon and logo fields), the settings dialog (test
blocker, error hints, EdgeOne origin), the admin panel (fixedCredentials),
chatRequestUrl (sdk), the model list (sdk aihubmix) and the zod schema
(Object.hasOwn instead of 'in'). The eight provider-specific dictionary
entries moved into the record as four-language objects; needAzure became a
generic needUrl.

Two intended behavior changes: the connection test answers 400 'Invalid
provider' for an unknown name whether or not a key is sent (before: 400
'API key is required' without a key, 200 with an error text with one); and
Azure has no placeholder default URL any more, so a new Azure entry starts
with an empty URL and the generic 'needs a URL' rule applies. The e2e
Azure test seeds no URL and expects the new wording. Out-of-layer
provider-name checks: 44 before, 6 after (the admin panel's fixed-variable
branches for Bedrock, Vertex AI and Ollama, kept on purpose). Behavior
snapshot unchanged.
2026-10-12 21:17:51 +09:00

95 lines
3.1 KiB
TypeScript

// What the model settings show about providers: the groups of the provider
// picker, and how far a provider's setup has come
import {
PROVIDER_NAMES,
PROVIDERS,
type ProviderGroup as ProviderGroupId,
} from "@/lib/providers"
import type { ProviderConfig, ProviderName } from "@/lib/types/model-config"
export type { ProviderGroupId }
/** The provider picker's groups, each provider in exactly one, in record order */
export const PROVIDER_GROUPS: {
id: ProviderGroupId
providers: ProviderName[]
}[] = (["vendors", "aggregators", "cloud", "selfHosted"] as const).map(
(id) => ({
id,
providers: PROVIDER_NAMES.filter((p) => PROVIDERS[p].group === id),
}),
)
/** Shown when the user has no provider yet */
export const POPULAR_PROVIDERS: ProviderName[] = [
"openai",
"anthropic",
"google",
"deepseek",
"openrouter",
"qwen",
]
/**
* Providers whose base URL usually needs changing (Azure has no default;
* Ollama's is its cloud, SGLang's a local server) or comes with a hint
* (MiniMax, MiMo): their folded options start open
*/
export const OPTIONS_OPEN: ProviderName[] = PROVIDER_NAMES.filter(
(p) => PROVIDERS[p].optionsOpen,
)
/** The groups with only the providers whose name matches the search */
export function filterProviderGroups(query: string) {
const q = query.trim().toLowerCase()
if (!q) return PROVIDER_GROUPS
return PROVIDER_GROUPS.map((group) => ({
...group,
providers: group.providers.filter(
(p) =>
PROVIDERS[p].label.toLowerCase().includes(q) || p.includes(q),
),
})).filter((group) => group.providers.length > 0)
}
/** The credentials a test or a chat request needs are filled in */
export function hasCredentials(p: ProviderConfig): boolean {
const def = PROVIDERS[p.provider]
switch (def.credential) {
case "aws":
return (
(!!p.apiKey ||
(!!p.awsAccessKeyId && !!p.awsSecretAccessKey)) &&
!!p.awsRegion
)
case "vertexKey":
return !!p.vertexApiKey
case "none":
case "optionalKey":
return true
case "apiKey":
// Without a default URL in the record (Azure) the user's own is
// part of the credentials
return !!p.apiKey && (!!def.defaultBaseUrl || !!p.baseUrl)
}
}
export type ProviderStatus =
| { kind: "error"; count: number }
| { kind: "incomplete" }
| { kind: "untested"; count: number }
| { kind: "ok"; count: number }
/** The one thing about a provider that most needs the user's attention */
export function providerStatus(p: ProviderConfig): ProviderStatus {
const failed = p.models.filter((m) => m.validated === false).length
if (failed > 0) return { kind: "error", count: failed }
if (!hasCredentials(p) || p.models.length === 0) {
return { kind: "incomplete" }
}
const untested = p.models.filter((m) => m.validated !== true).length
if (untested > 0) return { kind: "untested", count: untested }
return { kind: "ok", count: p.models.length }
}