devstack

type AssembleOpts struct {
	// SkipAuth disables Validator construction + dev-token minting.
	// `DevStack.Validator` / `DevStack.Token` are nil. Use for tests
	// that exercise the catalog or in-process invariants and never
	// touch the wire.
	SkipAuth bool

	// SkipTransports disables `transports.NewMux` + the HTTP router.
	// `DevStack.Handler` / `DevStack.Mux` are nil. Implies that the
	// caller never opens an httptest.Server. Always implies the
	// `tools.entries[]` catalog-wiring layer can still fire — the
	// catalog builder does not depend on transports.
	SkipTransports bool

	// SkipCatalog disables `tools.NewCatalog` + the Phase 64a
	// `catalog.Builder` apply path. `DevStack.Catalog` /
	// `DevStack.Coordinator` / `DevStack.Gates` are nil. Use for
	// tests that only need the bus / state / tasks layers.
	SkipCatalog bool

	// SkipSteering disables `steering.NewRegistry` + the
	// ControlSurface. `DevStack.Steering` / `DevStack.Surface` are
	// nil. Implies SkipTransports because a Mux requires a
	// ControlSurface.
	SkipSteering bool

	// SkipRunLoop disables the `steering.RunLoop` construction and
	// the per-task driver that subscribes to `task.spawned` to drive
	// it (D-097, the production wiring that closes #114). When set,
	// `DevStack.RunLoop` / `DevStack.RunLoopDriver` are nil. Tests
	// that don't need the planner-step loop (anything that doesn't
	// drive a `start` request to completion) set this to opt out;
	// `wave11_test.go`'s post-D-097 wire-side approve E2E LEAVES the
	// flag false so the production RunLoop fires.
	//
	// SkipRunLoop implies the in-test bridge for APPROVE/REJECT
	// resolution is no longer needed (the production bridge in
	// `steering.applier.routeThroughGate` fires from the RunLoop's
	// drain), so callers that previously installed
	// `runWave11WireBridge`-shaped goroutines can drop them.
	//
	// SkipRunLoop has no effect when SkipSteering or SkipCatalog is
	// set: the RunLoop requires both the steering Registry and the
	// catalog-applied gates map (the §13 primitive-with-consumer
	// rule applied to the V1 wiring).
	SkipRunLoop bool

	// OAuthProviders pre-populates the OAuth-provider map the
	// catalog Builder consults when an entry declares
	// `tools.entries[].oauth`. Empty by default.
	OAuthProviders map[string]toolauth.OAuthProvider

	// PreRegisterTools is the descriptor list registered with the
	// catalog BEFORE the Builder applies. Use this to register
	// in-test tool fixtures (echo, stub, etc.) that operator config
	// in `cfg.Tools.Entries` then wraps. Ignored when SkipCatalog is
	// true.
	PreRegisterTools []tools.ToolDescriptor

	// LLMConfigSnapshot, when non-nil, overrides the LLM config
	// snapshot the helper would otherwise compute from `cfg.LLM`.
	// Phase 64 / D-089's `HARBOR_DEV_ALLOW_MOCK=1` path drives the
	// production cmd to override `driver` to "mock"; the wave11
	// integration test does the same thing. Pass an explicit
	// snapshot to flip the driver without re-writing the yaml.
	LLMConfigSnapshot *llm.ConfigSnapshot

	// Logger, when non-nil, is threaded through the auth.Middleware
	// wrapper for the draft handler so the helper's auth-rejection
	// log lines match production exactly (D-094 helper-tracks-
	// production rule; audit W2). When nil, the wrapper omits the
	// MWLogger option — silent rejection in tests is fine.
	Logger *slog.Logger

	// PlannerOverride, when non-nil, replaces the registry-resolved
	// planner concrete the helper would otherwise build from
	// `cfg.Planner` (D-103). Tests that need a stub / scripted /
	// pausing planner pass their own instance here; production code
	// never sets this field (the registry path is the only way to
	// reach a planner concrete in `harbor dev`). The override is
	// applied AFTER the LLM client is built so the same `stack.LLMClient`
	// the registry would have used is still available to the test.
	PlannerOverride planner.Planner

	// Identity overrides the dev-token's identity triple. Empty
	// fields fall back to DefaultDev{Tenant,User,Session}.
	Identity struct {
		Tenant  string
		User    string
		Session string
	}

	// Phase 83f (D-149) — mirror the production cmd_dev.go
	// per-run consumer wiring. The four fields are optional
	// OVERRIDES: a set field wins; an unset field falls back to what
	// the cfg implies, exactly like production (Phase 110c, D-196 —
	// the fallbacks consume the same exported projections cmd does).
	//
	// `MemoryStore` is the store the per-task driver calls
	// `GetLLMContext(ctx, q)` against. Nil falls back to the
	// cfg-opened `DevStack.Memory` (nil when `memory.driver` unset).
	// `SkillStore` is the store the kit's skills Directory browses
	// (Phase 111d — D-201: the Directory is the `<skills_context>`
	// producer, mirroring production). Nil falls back to the
	// cfg-opened store when `skills.driver` is set (via
	// `skills.SnapshotFromConfig`).
	// `SkillsContextMax` caps the injected directory view's length
	// when `skills.directory.max_entries` is unset; zero falls back
	// to `cfg.Planner.SkillsContextMaxResolved()` (default 5,
	// single-sourced at `config.DefaultSkillsContextMax`).
	// `PlanningHints`, when non-nil, projects directly onto
	// `RunContext.PlanningHints` for every run the driver spawns;
	// nil falls back to `planner.HintsFromConfig(cfg.Planner.PlanningHints)`.
	MemoryStore      memory.MemoryStore
	SkillStore       skills.SkillStore
	SkillsContextMax int
	PlanningHints    *planner.PlanningHints

	// TracerOptions is forwarded verbatim to
	// `assemble.Options.TracerOptions` (Phase 111f, D-203). Tests
	// inject `telemetry.WithSpanExporter` with an in-memory recorder
	// so the assembly-started bus→tracer bridge's spans are
	// observable without a collector (the Wave C composed E2E is the
	// first consumer).
	TracerOptions []telemetry.TracerOption

	// TopologyAccessor, when non-nil, is wired into the
	// ControlSurface via protocol.WithTopologyAccessor so the Phase 74
	// `topology.snapshot` method returns a real projection (D-114).
	// Production `harbor dev` hosts no engine-graph (its runtime is
	// planner/RunLoop-shaped), so its ControlSurface leaves the
	// accessor nil; the Phase 74 integration test constructs a real
	// `engine.Engine` and passes it here so the topology surface is
	// exercised end-to-end with real drivers (CLAUDE.md §17.6 — the
	// test fixture wires what the test needs; the production absence
	// is documented, not a bug). Ignored when SkipSteering is set.
	TopologyAccessor protocol.TopologyAccessor

	// ScopeChecker, when non-nil, overrides the ControlSurface's
	// admin-cross-tenant scope predicate (Phase 74 / D-114). The
	// integration test injects a deterministic checker to exercise
	// the cross-tenant admin path without standing up an
	// auth.Middleware. Ignored when SkipSteering is set.
	ScopeChecker protocol.ScopeChecker

	// DraftRoot overrides the on-disk root the Phase 66 / D-100
	// draft Store materialises drafts under. Empty falls back to a
	// per-test temp dir (the helper picks one via testing.TempDir).
	// Tests that want to share a root across multiple Assemble calls
	// (rare) supply the same string twice.
	//
	// Cleanup responsibility (audit W5): when DraftRoot is empty, the
	// helper picks the temp dir AND registers an os.RemoveAll cleanup
	// on stack.Close. When DraftRoot is supplied explicitly, the
	// caller OWNS the directory and is responsible for cleanup — the
	// helper does NOT call os.RemoveAll on an operator-supplied path
	// (it would clobber a caller-managed scratch dir). Use t.TempDir
	// + DraftRoot together if you want both control and auto-cleanup.
	DraftRoot string

	// MCPStdioAllowlist is the fail-closed allowlist of permitted stdio
	// commands (matched on argv[0]) for the admin-driven runtime add of a
	// NEW MCP connection (`agent_config.add_mcp_connection`). Mirrors
	// production `tools.mcp_add_connection.stdio_allowlist`. Empty rejects
	// every stdio add (the secure default); an integration test that drives a
	// real stdio fixture through the add path supplies the fixture binary path
	// here.
	MCPStdioAllowlist []string
}

type DevStack struct {
	// Cfg is the *config.Config the caller passed in. Pinned on the
	// stack so tests can read driver-specific knobs without
	// threading the cfg through their own helpers.
	Cfg *config.Config

	// Audit / Bus / State / Artifacts / Tasks are always non-nil
	// after a successful Assemble — they are the runtime's
	// load-bearing core. The Memory / LLMClient fields are only
	// non-nil when the cfg declared a driver for them.
	Audit     audit.Redactor
	Bus       events.EventBus
	State     state.StateStore
	Artifacts artifacts.ArtifactStore
	Tasks     tasks.TaskRegistry
	LLMClient llm.LLMClient
	Memory    memory.MemoryStore

	// Telemetry / Tracer mirror the assembly\'s canonical structured
	// Logger + OTel tracer (Phase 111f, D-203). Both bridges
	// (bus→metrics, bus→tracer) are started by the assembly and join
	// its closer chain — the kit inherits them as a thin caller.
	Telemetry *telemetry.Logger
	Tracer    *telemetry.Tracer

	// Skills is non-nil when the cfg declared `skills.driver` (opened
	// via `skills.SnapshotFromConfig`, mirroring production cmd_dev —
	// Phase 110c, D-196) or when the caller passed
	// `AssembleOpts.SkillStore` (which always wins).
	Skills skills.SkillStore

	// Steering / Surface are nil when SkipSteering is set.
	Steering *steering.Registry
	Surface  *protocol.ControlSurface

	// Sessions is the StateStore-backed SessionRegistry (D-171). Always
	// non-nil after a successful Assemble — it mirrors the production
	// `cmd/harbor` boot path. The ControlSurface is wired with its
	// create-on-first-use ensurer, and (when transports are mounted) the
	// `sessions.*` Protocol routes project over it. Integration tests use
	// it to assert per-request session create-on-first-use + restart
	// re-discovery via the persistent catalog.
	Sessions *sessions.Registry

	// RunLoop / RunLoopDriver are nil when SkipRunLoop is set OR when
	// SkipSteering / SkipCatalog forces the construction to be
	// skipped (the RunLoop needs both the steering Registry and the
	// catalog-applied gates map). Tests that drive a `start` request
	// rely on these — without RunLoop, the spawned task sits at
	// StatusPending forever and the planner never runs.
	RunLoop       *steering.RunLoop
	RunLoopDriver *DevStackRunLoopDriver

	// RunsOverrideStore is the session-level pending-override Store shared
	// by the mounted `runs.set_overrides` route and the run-loop driver's
	// run-start Consume (Phase 92b, D-232). Exposed so kit consumers can
	// drive a session override in a test (and so the shared-store seam is
	// assertable). Nil when the run loop is skipped.
	RunsOverrideStore *runsprotocol.Store

	// AgentConfig is the agent-config control-plane registry shared by the
	// mounted `agent_config.*` routes and the run-loop driver's run-start
	// skills projection (the agent-config control plane). AgentConfigID is
	// the dev agent's registration id the driver projects against — a test
	// drives the Protocol surface against this id so a skills edit reflects
	// on the next run. Nil/"" when the StateStore is unavailable.
	AgentConfig   agentcfg.Registry
	AgentConfigID string

	// SessionOverlay is the SESSION-scoped safe-subset overlay store (the
	// non-admin lower tier of the authorization matrix) shared by the mounted
	// session-safe `agent_config.session.*` routes and the run-loop driver's
	// run-start composition. Keyed by the real (tenant, user, session) triple,
	// so it is session-isolated. Nil when the StateStore is unavailable.
	SessionOverlay sessionoverlay.Store

	// Catalog / Coordinator / Gates / OAuthProviders are nil when
	// SkipCatalog is set. The Gates map is keyed by tool name and
	// populated by the catalog Builder; tests that drive
	// `gate.ResolveApproval` reach for it.
	Catalog        tools.ToolCatalog
	Coordinator    pauseresume.Coordinator
	Gates          map[string]*toolapproval.ApprovalGate
	OAuthProviders map[string]toolauth.OAuthProvider

	// Phase 83g (D-150): the MCP Registry the dev stack populates
	// from cfg.Tools.MCPServers. Nil when SkipCatalog is set or no
	// servers are configured. Integration tests inspect this
	// directly to assert each configured server reached the Registry.
	MCPRegistry *mcpdrv.Registry

	// MCPToolContext is the MCP Apps tool-context store the MCP providers
	// capture through and the host reads back for `mcp.apps.tool_context`.
	// Nil when SkipCatalog is set. Mirrors the production cmd/harbor wiring.
	MCPToolContext *mcpconsole.ToolContextStore

	// Validator / SigningKey / KID / Token are nil/empty when
	// SkipAuth is set. The Token is a signed Bearer the caller
	// stamps on outgoing HTTP requests; SigningKey is the matching
	// private key callers use to mint additional tokens (e.g. a
	// bogus token for the failure-mode test).
	Validator  auth.Validator
	SigningKey *ecdsa.PrivateKey
	KID        string
	Token      string

	// Mux / Handler are nil when SkipTransports is set. Handler is
	// the composed mux that exposes /healthz + /readyz + /v1/*; it
	// is the value tests pass to httptest.NewServer.
	Mux     *http.ServeMux
	Handler http.Handler

	// DraftStore is the Phase 66 / D-100 draft scratchpad. Always
	// non-nil after a successful Assemble — the helper mirrors
	// production (D-094 source-of-truth invariant). Tests that
	// exercise the draft surface read DraftStore.Root() for the on-
	// disk path or drive the HTTP handler mounted at
	// devdraft.RoutePrefix.
	DraftStore *devdraft.Store

	// Close runs every subsystem's Close in reverse dependency
	// order. Idempotent: safe to defer; safe to call multiple
	// times.
	Close func()
	// contains filtered or unexported fields
}

type DevStackRunLoopDriver struct {
	// contains filtered or unexported fields
}

type MCPConnectionAttacher struct {
	// contains filtered or unexported fields
}

type MCPConnectionDetacher struct {
	// contains filtered or unexported fields
}