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ClosedCode/packages/core/src/plugin/models-dev.ts
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267 lines
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TypeScript

import { define } from "./internal"
import type { ModelV2Info } from "@opencode-ai/sdk/v2/types"
import { Effect, Stream } from "effect"
import { EventV2 } from "../event"
import { ModelV2 } from "../model"
import { ModelsDev } from "../models-dev"
import { ProviderV2 } from "../provider"
function released(date: string) {
const time = Date.parse(date)
return Number.isFinite(time) ? time : 0
}
function cost(input: ModelsDev.Model["cost"]): ModelV2Info["cost"] {
const base = {
input: input?.input ?? 0,
output: input?.output ?? 0,
cache: {
read: input?.cache_read ?? 0,
write: input?.cache_write ?? 0,
},
}
return [
base,
...(input?.tiers?.map((item) => ({
tier: item.tier,
input: item.input,
output: item.output,
cache: {
read: item.cache_read ?? 0,
write: item.cache_write ?? 0,
},
})) ?? []),
...(input?.context_over_200k
? [
{
tier: {
type: "context" as const,
size: 200_000,
},
input: input.context_over_200k.input,
output: input.context_over_200k.output,
cache: {
read: input.context_over_200k.cache_read ?? 0,
write: input.context_over_200k.cache_write ?? 0,
},
},
]
: []),
]
}
function mergeCost(base: ModelV2Info["cost"], override: ModelsDev.Model["cost"] | undefined) {
if (!override) return base
const next = cost(override)
const [baseDefault, ...baseTiers] = base
const [nextDefault, ...nextTiers] = next
const tierKey = (item: ModelV2Info["cost"][number]) => `${item.tier?.type ?? "base"}:${item.tier?.size ?? 0}`
const merge = (left: ModelV2Info["cost"][number], right: ModelV2Info["cost"][number]) => ({
...left,
...right,
tier: right.tier ?? left.tier,
cache: { ...left.cache, ...right.cache },
})
const tiers = new Map(baseTiers.map((item) => [tierKey(item), item]))
for (const item of nextTiers) {
const current = tiers.get(tierKey(item))
tiers.set(tierKey(item), current ? merge(current, item) : item)
}
return [merge(baseDefault ?? { input: 0, output: 0, cache: { read: 0, write: 0 } }, nextDefault), ...tiers.values()]
}
const OPENAI_INCLUDE_ENCRYPTED_REASONING = ["reasoning.encrypted_content"]
function reasoningVariants(provider: ModelsDev.Provider, model: ModelsDev.Model): ModelV2Info["variants"] {
const npm = model.provider?.npm ?? provider.npm
const options = model.reasoning_options ?? []
const effort = options.find((option) => option.type === "effort")
if (effort?.type === "effort") {
return effort.values.flatMap((value) => {
const raw: unknown = value
const id = raw === null ? "none" : typeof raw === "string" ? raw : undefined
if (id === undefined) return []
const settings = settingsForEffort(npm, id)
return settings ? [{ id, settings, headers: {}, body: {} }] : []
})
}
const budget = options.find((option) => option.type === "budget_tokens")
if (budget?.type === "budget_tokens") return budgetVariants(npm, budget)
// Toggle-only reasoning is intentionally left for a follow-up because V1 has
// provider/model-specific behavior like MiniMax M3 adaptive thinking and
// Qwen/GLM enable_thinking request shapes in packages/opencode.
return []
}
function settingsForEffort(npm: string | undefined, effort: string): ProviderV2.Settings | undefined {
if (npm === "@openrouter/ai-sdk-provider") return { reasoning: { effort } }
if (npm === "@ai-sdk/anthropic" || npm === "@ai-sdk/google-vertex/anthropic") {
return { thinking: { type: "adaptive", display: "summarized" }, effort }
}
if (npm === "@ai-sdk/google" || npm === "@ai-sdk/google-vertex") {
return { thinkingConfig: { includeThoughts: true, thinkingLevel: effort } }
}
if (npm === "@ai-sdk/azure") return { reasoningEffort: effort }
if (npm === "@ai-sdk/openai") {
return {
reasoningEffort: effort,
reasoningSummary: "auto",
include: OPENAI_INCLUDE_ENCRYPTED_REASONING,
}
}
if (npm === "@ai-sdk/openai-compatible") return { reasoningEffort: effort }
}
function budgetVariants(
npm: string | undefined,
option: Extract<NonNullable<ModelsDev.Model["reasoning_options"]>[number], { type: "budget_tokens" }>,
): ModelV2Info["variants"] {
const max = option.max
const high = option.max === undefined ? Math.max(option.min ?? 0, 16_000) : Math.min(Math.max(option.min ?? 0, 16_000), option.max)
return [
{ id: "high", budget: high },
...(max === undefined || max === high ? [] : [{ id: "max", budget: max }]),
].flatMap((item) => {
const settings = settingsForBudget(npm, item.budget)
return settings ? [{ id: item.id, settings, headers: {}, body: {} }] : []
})
}
function settingsForBudget(npm: string | undefined, budget: number): ProviderV2.Settings | undefined {
if (npm === "@openrouter/ai-sdk-provider") return { reasoning: { max_tokens: budget } }
if (npm === "@ai-sdk/anthropic" || npm === "@ai-sdk/google-vertex/anthropic") {
return { thinking: { type: "enabled", budgetTokens: budget } }
}
if (npm === "@ai-sdk/google" || npm === "@ai-sdk/google-vertex") {
return { thinkingConfig: { includeThoughts: true, thinkingBudget: budget } }
}
}
function modeName(model: ModelsDev.Model, mode: string) {
return `${model.name} ${mode.charAt(0).toUpperCase()}${mode.slice(1)}`
}
function mergeVariants(model: ModelV2Info, next: ModelV2Info["variants"]) {
const existing = new Map(model.variants.map((variant) => [variant.id, variant]))
const nextIDs = new Set(next.map((variant) => variant.id))
model.variants = [
...next.map((variant) => existing.get(variant.id) ?? variant),
...model.variants.filter((variant) => !nextIDs.has(variant.id)),
]
}
function applyModel(
draft: ModelV2Info,
model: ModelsDev.Model,
input: {
readonly name?: string
readonly cost?: ModelV2Info["cost"]
readonly request?: NonNullable<NonNullable<ModelsDev.Model["experimental"]>["modes"]>[string]["provider"]
readonly variants?: ModelV2Info["variants"]
} = {},
) {
draft.name = input.name ?? model.name
draft.family = model.family ? ModelV2.Family.make(model.family) : undefined
draft.api = model.provider?.npm
? {
id: ModelV2.ID.make(model.id),
type: "aisdk",
package: model.provider.npm,
url: model.provider.api,
}
: {
id: ModelV2.ID.make(model.id),
type: "native",
url: model.provider?.api,
settings: {},
}
draft.capabilities = {
tools: model.tool_call,
input: [...(model.modalities?.input ?? [])],
output: [...(model.modalities?.output ?? [])],
}
mergeVariants(draft, input.variants ?? [])
draft.time.released = released(model.release_date)
draft.cost = input.cost ?? cost(model.cost)
draft.status = model.status ?? "active"
draft.enabled = true
draft.limit = {
context: model.limit.context,
input: model.limit.input,
output: model.limit.output,
}
Object.assign(draft.request.headers, input.request?.headers ?? {})
Object.assign(draft.request.body, input.request?.body ?? {})
}
export const ModelsDevPlugin = define({
id: "models-dev",
effect: Effect.fn(function* (ctx) {
const modelsDev = yield* ModelsDev.Service
const events = yield* EventV2.Service
const loaded = { data: yield* modelsDev.get() }
yield* ctx.integration.transform((integrations) => {
for (const item of Object.values(loaded.data)) {
if (item.env.length === 0) continue
const integrationID = item.id
integrations.update(integrationID, (integration) => (integration.name = item.name))
integrations.method.update({
integrationID,
method: { type: "key" },
})
integrations.method.update({
integrationID,
method: { type: "env", names: [...item.env] },
})
}
})
yield* ctx.catalog.transform((catalog) => {
for (const item of Object.values(loaded.data)) {
const providerID = ProviderV2.ID.make(item.id)
catalog.provider.update(providerID, (provider) => {
provider.name = item.name
provider.api = item.npm
? {
type: "aisdk",
package: item.npm,
url: item.api,
}
: {
type: "native",
url: item.api,
settings: {},
}
})
for (const model of Object.values(item.models)) {
const baseCost = cost(model.cost)
const variants = reasoningVariants(item, model)
catalog.model.update(providerID, model.id, (draft) => applyModel(draft, model, { cost: baseCost, variants }))
for (const [mode, options] of Object.entries(model.experimental?.modes ?? {})) {
catalog.model.update(providerID, `${model.id}-${mode}`, (draft) =>
applyModel(draft, model, {
name: modeName(model, mode),
cost: mergeCost(baseCost, options.cost),
request: options.provider,
variants,
}),
)
}
}
}
})
yield* events.subscribe(ModelsDev.Event.Refreshed).pipe(
Stream.runForEach(() =>
modelsDev.get().pipe(
Effect.tap((data) => Effect.sync(() => (loaded.data = data))),
Effect.andThen(ctx.integration.reload()),
Effect.andThen(ctx.catalog.reload()),
),
),
Effect.forkScoped({ startImmediately: true }),
)
}),
})