Files
majordomo/builtin.go
T
steveandClaude Opus 4.8 2bfffff47a
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feat: kimi (Moonshot AI) built-in provider (ADR-0026)
Add a first-class `kimi` provider and `kimi://` DSN scheme for Moonshot AI's
OpenAI-compatible Chat Completions API. Both reuse provider/openai (no new
client, mirroring llama-swap's chat path). Default endpoint is the
international host; the China endpoint is reachable via a kimi:// LLM_* DSN.

- Credential is KIMI_API_KEY, read through the registry's injected envLookup
  so it stays hermetically testable. WithAPIKey is passed unconditionally so
  an unset KIMI_API_KEY can never fall through to the openai client's
  OPENAI_API_KEY default.
- New openai.WithAPIKeyName option customizes the missing-key error hint
  (default OPENAI_API_KEY); kimi names KIMI_API_KEY.
- Hermetic tests: built-in base URL + bearer, missing-key hint names
  KIMI_API_KEY with no OPENAI fallthrough and no network hit, kimi:// scheme
  round-trips against the China host.
- Docs in sync: README built-in table + DSN scheme list + support matrix,
  .env.example, env.go DSN doc, ADR-0026 (+ index, backfilling 0024/0025),
  progress.md.

Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
2026-07-18 02:59:30 -04:00

167 lines
6.4 KiB
Go

package majordomo
import (
"net/http"
"gitea.stevedudenhoeffer.com/steve/majordomo/llm"
"gitea.stevedudenhoeffer.com/steve/majordomo/provider/anthropic"
"gitea.stevedudenhoeffer.com/steve/majordomo/provider/google"
"gitea.stevedudenhoeffer.com/steve/majordomo/provider/llamaswap"
"gitea.stevedudenhoeffer.com/steve/majordomo/provider/ollama"
"gitea.stevedudenhoeffer.com/steve/majordomo/provider/openai"
)
// Built-in provider names.
const (
ProviderOpenAI = "openai"
// ProviderKimi is Moonshot AI's Kimi models over their OpenAI-compatible
// Chat Completions endpoint. Reuses the openai client (like llama-swap);
// keyed by KIMI_API_KEY, default base URL kimiBaseURL.
ProviderKimi = "kimi"
ProviderAnthropic = "anthropic"
ProviderGoogle = "google"
ProviderOllama = "ollama"
ProviderOllamaCloud = "ollama-cloud"
ProviderForeman = "foreman"
ProviderLlamaSwap = "llama-swap"
// ProviderLlamaSwapTLS is the DSN scheme for a TLS-fronted llama-swap
// (https base URL). It is a scheme only, not a default built-in provider
// name. Why a separate scheme rather than auto-detecting: a DSN carries no
// reliable signal for http vs https, so the choice is explicit
// (llama-swap = http local-first, llama-swaps = https), mirroring rediss.
ProviderLlamaSwapTLS = "llama-swaps"
)
// kimiBaseURL is Moonshot AI's international OpenAI-compatible endpoint. The
// China endpoint (api.moonshot.cn/v1) is reachable via a kimi:// LLM_* DSN.
const kimiBaseURL = "https://api.moonshot.ai/v1"
// registerBuiltins installs the built-in providers and env-DSN scheme
// factories into a fresh registry. httpClient, when non-nil, is used by
// every provider and factory the registry itself constructs.
func registerBuiltins(r *Registry, httpClient *http.Client) {
ollamaOpts := func(extra ...ollama.Option) []ollama.Option {
if httpClient != nil {
extra = append(extra, ollama.WithHTTPClient(httpClient))
}
return extra
}
// Native-Ollama family: three names over one client with presets.
r.providers[ProviderOllama] = ollama.Local(ollamaOpts()...)
r.providers[ProviderOllamaCloud] = ollama.Cloud(ollamaOpts()...)
// foreman has no default URL; the no-DSN registration resolves but
// errors on use with a clear message (use an LLM_* DSN or
// ollama.Foreman(...) + RegisterProvider).
r.providers[ProviderForeman] = ollama.New(ollamaOpts(ollama.WithName(ProviderForeman))...)
ollamaScheme := func(name string, dsn DSN) (llm.Provider, error) {
return ollama.New(ollamaOpts(
ollama.WithName(name),
ollama.WithBaseURL(dsn.BaseURL()),
ollama.WithToken(dsn.Token),
)...), nil
}
r.schemes[ProviderOllama] = ollamaScheme
r.schemes[ProviderOllamaCloud] = ollamaScheme
r.schemes[ProviderForeman] = ollamaScheme
// OpenAI and OpenAI-compatible endpoints.
openaiOpts := func(extra ...openai.Option) []openai.Option {
if httpClient != nil {
extra = append(extra, openai.WithHTTPClient(httpClient))
}
return extra
}
r.providers[ProviderOpenAI] = openai.New(openaiOpts()...)
r.schemes[ProviderOpenAI] = func(name string, dsn DSN) (llm.Provider, error) {
return openai.New(openaiOpts(
openai.WithName(name),
openai.WithBaseURL(dsn.BaseURL()),
openai.WithAPIKey(dsn.Token),
)...), nil
}
// Kimi (Moonshot AI): OpenAI-compatible Chat Completions, so it reuses the
// openai client (like llama-swap). Defaults to Moonshot's international
// endpoint and the KIMI_API_KEY credential. WithAPIKey is passed
// unconditionally — even empty — so an unset KIMI_API_KEY can never fall
// through to the openai client's OPENAI_API_KEY default; WithAPIKeyName
// makes the missing-key error name KIMI_API_KEY.
r.providers[ProviderKimi] = openai.New(openaiOpts(
openai.WithName(ProviderKimi),
openai.WithBaseURL(kimiBaseURL),
openai.WithAPIKey(r.envLookup("KIMI_API_KEY")),
openai.WithAPIKeyName("KIMI_API_KEY"),
)...)
// kimi:// DSN scheme: an OpenAI-compatible target labeled kimi, base URL
// from the DSN host (e.g. kimi://[email protected]/v1 for China).
r.schemes[ProviderKimi] = func(name string, dsn DSN) (llm.Provider, error) {
return openai.New(openaiOpts(
openai.WithName(name),
openai.WithBaseURL(dsn.BaseURL()),
openai.WithAPIKey(dsn.Token),
openai.WithAPIKeyName("KIMI_API_KEY"),
)...), nil
}
// llama-swap: OpenAI-compatible chat + image generation + management
// endpoints over a model-swapping proxy. Chat reuses the openai client
// (provider/llamaswap delegates). Two schemes: "llama-swap" builds an
// http:// base URL (local-first default), "llama-swaps" builds https://
// for a TLS-fronted instance (mirrors redis/rediss). The no-DSN built-in
// errors on use with a clear message, mirroring foreman.
llamaSwapOpts := func(extra ...llamaswap.Option) []llamaswap.Option {
if httpClient != nil {
extra = append(extra, llamaswap.WithHTTPClient(httpClient))
}
return extra
}
llamaSwapScheme := func(urlScheme string) SchemeFactory {
return func(name string, dsn DSN) (llm.Provider, error) {
return llamaswap.New(llamaSwapOpts(
llamaswap.WithName(name),
llamaswap.WithBaseURL(urlScheme+"://"+dsn.Host),
llamaswap.WithToken(dsn.Token),
)...), nil
}
}
r.providers[ProviderLlamaSwap] = llamaswap.New(llamaSwapOpts(llamaswap.WithName(ProviderLlamaSwap))...)
r.schemes[ProviderLlamaSwap] = llamaSwapScheme("http")
r.schemes[ProviderLlamaSwapTLS] = llamaSwapScheme("https")
// Anthropic and Anthropic-compatible endpoints.
anthropicOpts := func(extra ...anthropic.Option) []anthropic.Option {
if httpClient != nil {
extra = append(extra, anthropic.WithHTTPClient(httpClient))
}
return extra
}
r.providers[ProviderAnthropic] = anthropic.New(anthropicOpts()...)
r.schemes[ProviderAnthropic] = func(name string, dsn DSN) (llm.Provider, error) {
return anthropic.New(anthropicOpts(
anthropic.WithName(name),
anthropic.WithBaseURL(dsn.BaseURL()),
anthropic.WithAPIKey(dsn.Token),
)...), nil
}
// Google (Gemini) on the official SDK; "gemini" is an alternate scheme.
googleOpts := func(extra ...google.Option) []google.Option {
if httpClient != nil {
extra = append(extra, google.WithHTTPClient(httpClient))
}
return extra
}
r.providers[ProviderGoogle] = google.New(googleOpts()...)
googleScheme := func(name string, dsn DSN) (llm.Provider, error) {
return google.New(googleOpts(
google.WithName(name),
google.WithBaseURL(dsn.BaseURL()),
google.WithAPIKey(dsn.Token),
)...), nil
}
r.schemes[ProviderGoogle] = googleScheme
r.schemes["gemini"] = googleScheme
}