kandev/apps/backend/internal/agent/runtime/lifecycle/wakeup_simulated_test.go

package lifecycle

import (
	"testing"

	agentctl "github.com/kandev/kandev/internal/agent/runtime/agentctl"
	"github.com/kandev/kandev/internal/events"
	v1 "github.com/kandev/kandev/pkg/api/v1"
)

// TestWakeup_SecondTurnAgentReadyIsSuppressed reproduces the bug deterministically
// without needing the bridge or auth.
//
// Scenario: an execution receives events for two consecutive turns. The first
// turn is user-initiated (status flips Running → Ready on complete, agent.ready
// fires). The second turn is wakeup-initiated — kandev's wakeup scheduler calls
// adapter.Prompt directly, which does NOT flip the execution back to Running
// (that's done by SessionManager.SendPrompt, which fireWakeup bypasses).
//
// When the second `complete` event arrives, the manager calls MarkReady. But
// MarkReady at manager_interaction.go:896 has:
//
//	if execution.Status == v1.AgentStatusReady {
//	    return nil
//	}
//
// Since the execution is still Ready (never went back to Running), this early-
// returns, no agent.ready is published, and the orchestrator never sees the
// wakeup turn end → completeTurnForSession never fires → workflow on_turn_complete
// never evaluates.
//
// The wakeup-turn's message_streaming events DO still reach the bus (those
// don't gate on execution status), so the persisted chat history is correct.
// But workflow state and queued-message dispatch are broken.
func TestWakeup_SecondTurnAgentReadyIsSuppressed(t *testing.T) {
	mgr, eventBus := createTestManagerWithTracking()
	execution := createTestExecution("exec-1", "task-1", "session-1")
	_ = mgr.executionStore.Add(execution)

	// === Turn 1: user-initiated prompt ===
	//
	// In production: SessionManager.SendPrompt() runs and calls
	//   sm.executionStore.UpdateStatus(execution.ID, v1.AgentStatusRunning)
	// We mirror that here.
	mgr.executionStore.UpdateStatus(execution.ID, v1.AgentStatusRunning)

	// Assistant text + tool call + complete (the agent calls ScheduleWakeup).
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{
		Type: "message_chunk", Text: "Scheduled.\n",
	})
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "complete"})

	// === Turn 2: wakeup-initiated prompt ===
	//
	// In production: the wakeupScheduler timer fires → adapter.fireWakeup() →
	// adapter.Prompt(ctx, prompt, nil). The lifecycle layer is NOT involved
	// in initiating this prompt, so executionStore.UpdateStatus(Running) is
	// NEVER called. We mirror that by leaving the execution status as-is.

	// Wakeup-turn text + complete arrive via the adapter's update stream.
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{
		Type: "message_chunk", Text: "WAKEUP_FIRED\n",
	})
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "complete"})

	// === Inspect what the manager published ===
	readyCount := 0
	streamingTexts := []string{}
	streamCompleteCount := 0
	for _, te := range eventBus.PublishedEvents {
		if te.Event == nil {
			continue
		}
		if te.Event.Type == events.AgentReady {
			readyCount++
		}
		if payload, ok := te.Event.Data.(AgentStreamEventPayload); ok && payload.Data != nil {
			switch payload.Data.Type {
			case "message_streaming":
				streamingTexts = append(streamingTexts, payload.Data.Text)
			case "complete":
				streamCompleteCount++
			}
		}
	}

	t.Logf("agent.ready events published: %d (expect 2)", readyCount)
	t.Logf("message_streaming events: %v", streamingTexts)
	t.Logf("AgentStreamEventPayload type=complete events: %d (expect 2)", streamCompleteCount)
	t.Logf("execution.Status at end: %s", execution.Status)

	// The agent-stream-level events (message_streaming, complete) are NOT
	// gated on execution status — they should reach the bus for BOTH turns.
	if streamCompleteCount != 2 {
		t.Errorf("expected 2 stream-level complete events, got %d", streamCompleteCount)
	}
	if len(streamingTexts) != 2 {
		t.Errorf("expected 2 message_streaming events (one per turn), got %d: %v",
			len(streamingTexts), streamingTexts)
	}

	// The bug: agent.ready is suppressed on the second turn because the
	// execution status is already Ready when MarkReady runs.
	if readyCount != 2 {
		t.Errorf(
			"expected exactly 2 agent.ready events, got %d. "+
				"MarkReady at manager_interaction.go:896 suppresses the wakeup turn's "+
				"AgentReady because fireWakeup bypasses SessionManager.SendPrompt and "+
				"never flips the execution back to Running. The orchestrator therefore "+
				"never receives agent.ready for the wakeup turn → "+
				"completeTurnForSession is not called → workflow on_turn_complete is "+
				"not evaluated → queued messages are not dispatched.",
			readyCount,
		)
	}

	// Ordering check: for each AgentReady, there must be a preceding
	// AgentRunning. The orchestrator's handleAgentReady early-returns when
	// session.State is not Running/Starting, so an AgentReady on the bus
	// is only useful if the matching AgentRunning has flipped session
	// state first. Verify by walking the published events in order and
	// requiring `running_count >= ready_count` at every AgentReady index.
	running, ready := 0, 0
	for _, te := range eventBus.PublishedEvents {
		if te.Event == nil {
			continue
		}
		switch te.Event.Type {
		case events.AgentRunning:
			running++
		case events.AgentReady:
			ready++
			if running < ready {
				t.Errorf("AgentReady #%d published before matching AgentRunning (running=%d at that point) — orchestrator's handleAgentReady will silently drop this", ready, running)
			}
		}
	}
}

// TestWakeup_PostBootMetadataEventsDoNotFlipToRunning verifies that boot-time
// metadata events (available_commands_update, agent_capabilities, context_window
// etc.) arriving AFTER MarkBootReady has put the execution into Ready do NOT
// re-arm the execution as Running. claude-agent-acp emits
// available_commands_update asynchronously ~50ms after session/new — well
// after dispatchInitialPrompt fires MarkBootReady for a no-prompt task —
// and an over-eager Ready → Running flip on that event would put the session
// into Running state in the orchestrator and break the chat-input UI for
// freshly-created tasks awaiting their first user message.
func TestWakeup_PostBootMetadataEventsDoNotFlipToRunning(t *testing.T) {
	mgr, eventBus := createTestManagerWithTracking()
	execution := createTestExecution("exec-1", "task-1", "session-1")
	_ = mgr.executionStore.Add(execution)

	// Prime firstActivityOnce so it's already consumed before the post-boot
	// metadata events arrive. In production, the adapter always emits
	// `agent_capabilities` during Initialize (before MarkBootReady), which
	// consumes firstActivityOnce while Status is still Running. The
	// `Sync.Once.Do` call here mirrors that.
	execution.firstActivityOnce.Do(func() {})

	// Mirror the no-prompt boot path: dispatchInitialPrompt → MarkBootReady →
	// status flips to Ready.
	mgr.executionStore.UpdateStatus(execution.ID, v1.AgentStatusReady)

	// Boot metadata events arrive after MarkBootReady. None of these
	// indicate a new turn — they're protocol metadata.
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "available_commands"})
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "agent_capabilities"})
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "session_mode"})
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "session_models"})
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "context_window"})

	runningCount := 0
	for _, te := range eventBus.PublishedEvents {
		if te.Event != nil && te.Event.Type == events.AgentRunning {
			runningCount++
		}
	}
	// With firstActivityOnce already consumed, the only way to publish
	// AgentRunning would be the post-boot whitelist flip. None of these
	// metadata events are on the whitelist, so the count must be exactly 0.
	if runningCount != 0 {
		t.Errorf("expected 0 agent.running events from post-boot metadata, got %d — metadata-driven re-arming is broken", runningCount)
	}
	if execution.Status != v1.AgentStatusReady {
		t.Errorf("execution.Status = %q, want %q — boot metadata events should not change status", execution.Status, v1.AgentStatusReady)
	}
}

// TestWakeup_EmptyTurnStillPublishesAgentReady covers the narrow edge case
// where a wakeup turn produces *only* a `complete` event (no preceding
// message_chunk/tool_call/etc) — e.g. when the model returns an empty
// response on wake-up. recordActivity skips the flip on `complete` events
// (they're outside the turn-content whitelist), so handleCompleteEventMarkState
// must publish AgentReady directly when it detects Status is already Ready.
func TestWakeup_EmptyTurnStillPublishesAgentReady(t *testing.T) {
	mgr, eventBus := createTestManagerWithTracking()
	execution := createTestExecution("exec-1", "task-1", "session-1")
	_ = mgr.executionStore.Add(execution)

	// Turn 1: normal user turn.
	mgr.executionStore.UpdateStatus(execution.ID, v1.AgentStatusRunning)
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "message_chunk", Text: "ok\n"})
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "complete"})

	// Turn 2: wakeup turn with ONLY a complete event — the agent woke up
	// and immediately decided it had nothing to say.
	mgr.handleAgentEvent(execution, agentctl.AgentEvent{Type: "complete"})

	readyCount := 0
	for _, te := range eventBus.PublishedEvents {
		if te.Event != nil && te.Event.Type == events.AgentReady {
			readyCount++
		}
	}
	if readyCount != 2 {
		t.Errorf("expected 2 agent.ready events (one per turn, including the empty wakeup turn), got %d", readyCount)
	}

	// The empty-wakeup fallback in handleCompleteEventMarkState must publish
	// AgentRunning before AgentReady so the orchestrator's session-state
	// guard (handleAgentReady early-returns on non-Running/Starting state)
	// lets AgentReady through.
	running, ready := 0, 0
	for _, te := range eventBus.PublishedEvents {
		if te.Event == nil {
			continue
		}
		switch te.Event.Type {
		case events.AgentRunning:
			running++
		case events.AgentReady:
			ready++
			if running < ready {
				t.Errorf("AgentReady #%d for empty wakeup published before matching AgentRunning — orchestrator will drop it", ready)
			}
		}
	}
}