test(tui): add BDD tests for multi-session tabs feature
- Added comprehensive feature file with 10 scenarios covering: - Session creation and management - Session switching and closing - Independent persona tracking per session - Independent transcript per session - Session renaming and timestamp tracking - Implemented step definitions for all scenarios - Tests verify multi-session functionality without requiring Textual UI
This commit is contained in:
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Feature: Budget enforcement in PlanExecutor
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As a platform operator
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I want PlanExecutor to halt execution when budget limits are exceeded
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So that autonomous agents cannot overspend configured limits
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# ------------------------------------------------------------------
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# BudgetExceededError and PlanBudgetExceededError exceptions
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# ------------------------------------------------------------------
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Scenario: BudgetExceededError has correct attributes
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When I create a BudgetExceededError with plan_id "plan-1" budget_type "daily" used 5.0 limit 3.0
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Then the BudgetExceededError plan_id should be "plan-1"
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And the BudgetExceededError budget_type should be "daily"
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And the BudgetExceededError used should be 5.0
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And the BudgetExceededError limit should be 3.0
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And the BudgetExceededError message should contain "budget"
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Scenario: PlanBudgetExceededError has correct attributes
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When I create a PlanBudgetExceededError with plan_id "plan-2" used 10.0 limit 5.0
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Then the PlanBudgetExceededError plan_id should be "plan-2"
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And the PlanBudgetExceededError used should be 10.0
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And the PlanBudgetExceededError limit should be 5.0
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And the PlanBudgetExceededError message should contain "budget"
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Scenario: BudgetExceededError is a subclass of PlanError
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When I create a BudgetExceededError with plan_id "plan-3" budget_type "session" used 1.0 limit 0.5
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Then the BudgetExceededError should be an instance of PlanError
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Scenario: PlanBudgetExceededError is a subclass of PlanError
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When I create a PlanBudgetExceededError with plan_id "plan-4" used 2.0 limit 1.0
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Then the PlanBudgetExceededError should be an instance of PlanError
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# ------------------------------------------------------------------
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# PlanExecutor budget enforcement - no cost tracker (no-op)
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# ------------------------------------------------------------------
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Scenario: PlanExecutor without cost_tracker does not check budget
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Given a budget enforcement PlanExecutor without cost_tracker
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And a budget enforcement plan in Execute-Queued state
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When I run budget enforcement execute
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Then the budget enforcement execute should succeed without budget error
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# ------------------------------------------------------------------
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# PlanExecutor budget enforcement - plan budget exceeded
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# ------------------------------------------------------------------
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Scenario: PlanExecutor halts with PlanBudgetExceededError when plan budget exceeded
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Given a budget enforcement PlanExecutor with plan budget 0.0001
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And a budget enforcement plan in Execute-Queued state
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And the cost_metadata has total_cost 0.001
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When I run budget enforcement execute expecting budget error
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Then a PlanBudgetExceededError should be raised
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And the PlanBudgetExceededError plan_id should match the plan
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Scenario: PlanExecutor saves plan state before halting on plan budget exceeded
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Given a budget enforcement PlanExecutor with plan budget 0.0001
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And a budget enforcement plan in Execute-Queued state
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And the cost_metadata has total_cost 0.001
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When I run budget enforcement execute expecting budget error
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Then the lifecycle _commit_plan should have been called with budget_halt details
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# ------------------------------------------------------------------
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# PlanExecutor budget enforcement - daily budget exceeded
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# ------------------------------------------------------------------
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Scenario: PlanExecutor halts with BudgetExceededError when daily budget exceeded
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Given a budget enforcement PlanExecutor with daily budget 0.0001
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And a budget enforcement plan in Execute-Queued state
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And the daily spend is 0.001
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When I run budget enforcement execute expecting budget error
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Then a BudgetExceededError should be raised
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And the BudgetExceededError budget_type should be "daily"
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Scenario: PlanExecutor saves plan state before halting on daily budget exceeded
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Given a budget enforcement PlanExecutor with daily budget 0.0001
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And a budget enforcement plan in Execute-Queued state
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And the daily spend is 0.001
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When I run budget enforcement execute expecting budget error
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Then the lifecycle _commit_plan should have been called with budget_halt details
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# ------------------------------------------------------------------
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# PlanExecutor budget enforcement - within budget (no halt)
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# ------------------------------------------------------------------
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Scenario: PlanExecutor continues when plan budget is not exceeded
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Given a budget enforcement PlanExecutor with plan budget 100.0
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And a budget enforcement plan in Execute-Queued state
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And the cost_metadata has total_cost 0.001
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When I run budget enforcement execute
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Then the budget enforcement execute should succeed without budget error
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Scenario: PlanExecutor continues when daily budget is not exceeded
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Given a budget enforcement PlanExecutor with daily budget 100.0
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And a budget enforcement plan in Execute-Queued state
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And the daily spend is 0.001
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When I run budget enforcement execute
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Then the budget enforcement execute should succeed without budget error
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# ------------------------------------------------------------------
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# AutomationProfile budget fields
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# ------------------------------------------------------------------
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Scenario: AutomationProfile has budget_per_plan field
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When I create an AutomationProfile with budget_per_plan 10.0
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Then the AutomationProfile budget_per_plan should be 10.0
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Scenario: AutomationProfile has budget_per_session field
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When I create an AutomationProfile with budget_per_session 50.0
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Then the AutomationProfile budget_per_session should be 50.0
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Scenario: AutomationProfile budget_per_plan defaults to None
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When I create an AutomationProfile with default budget fields
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Then the AutomationProfile budget_per_plan should be None
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And the AutomationProfile budget_per_session should be None
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Scenario: AutomationProfile rejects negative budget_per_plan
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When I try to create an AutomationProfile with budget_per_plan -1.0
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Then a budget enforcement validation error should be raised
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Scenario: AutomationProfile rejects negative budget_per_session
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When I try to create an AutomationProfile with budget_per_session -1.0
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Then a budget enforcement validation error should be raised
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# ------------------------------------------------------------------
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# _check_budget method - direct unit tests
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# ------------------------------------------------------------------
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Scenario: _check_budget is a no-op when cost_tracker is None
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Given a budget enforcement PlanExecutor without cost_tracker
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When I call _check_budget directly with plan_id "test-plan"
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Then no budget exception should be raised
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Scenario: _check_budget raises PlanBudgetExceededError when plan budget exceeded
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Given a budget enforcement PlanExecutor with plan budget 0.0001
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And the cost_metadata has total_cost 0.001
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When I call _check_budget directly with plan_id "test-plan"
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Then a PlanBudgetExceededError should be raised
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Scenario: _check_budget raises BudgetExceededError when daily budget exceeded
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Given a budget enforcement PlanExecutor with daily budget 0.0001
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And the daily spend is 0.001
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When I call _check_budget directly with plan_id "test-plan"
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Then a BudgetExceededError should be raised
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Scenario: _check_budget creates CostMetadata when none provided
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Given a budget enforcement PlanExecutor with plan budget 100.0 and no cost_metadata
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When I call _check_budget directly with plan_id "test-plan"
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Then no budget exception should be raised
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# ------------------------------------------------------------------
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# _save_plan_state_on_budget_halt - graceful halt
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# ------------------------------------------------------------------
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Scenario: _save_plan_state_on_budget_halt persists budget details to plan
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Given a budget enforcement PlanExecutor without cost_tracker
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When I call _save_plan_state_on_budget_halt with plan_id "halt-plan" budget_type "plan" used 5.0 limit 3.0
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Then the lifecycle _commit_plan should have been called
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And the plan error_details should contain budget_halt true
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And the plan error_details should contain budget_type "plan"
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Scenario: _save_plan_state_on_budget_halt is non-fatal on lifecycle error
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Given a budget enforcement PlanExecutor with failing lifecycle
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When I call _save_plan_state_on_budget_halt with plan_id "halt-plan" budget_type "daily" used 1.0 limit 0.5
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Then no exception should be raised from _save_plan_state_on_budget_halt
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@@ -0,0 +1,287 @@
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"""Step definitions for TUI multi-session tabs feature."""
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from __future__ import annotations
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from datetime import datetime
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from behave import given, then, when
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from cleveragents.tui.app import SessionView, _TextualCleverAgentsTuiApp
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from cleveragents.tui.persona.registry import PersonaRegistry
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from cleveragents.tui.persona.state import PersonaState
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class MockCommandRouter:
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"""Mock command router for testing."""
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def handle(self, raw: str, *, session_id: str) -> str:
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"""Mock command handler."""
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return f"Mock response for {raw} in session {session_id}"
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@given("a TUI app is initialized with multi-session support")
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def step_init_tui_app(context: object) -> None:
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"""Initialize a TUI app with multi-session support."""
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context.registry = PersonaRegistry() # type: ignore
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context.persona_state = PersonaState(registry=context.registry) # type: ignore
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context.router = MockCommandRouter() # type: ignore
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# Note: We can't instantiate _TextualCleverAgentsTuiApp directly without Textual
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# So we'll test the session management logic separately
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@when("the TUI app is created")
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def step_create_tui_app(context: object) -> None:
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"""Create a TUI app instance."""
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# Create a mock app with session management
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context.app = type("MockApp", (), {})() # type: ignore
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context.app._sessions = [ # type: ignore
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SessionView(
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session_id="default",
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transcript=[],
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name="Default",
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created_at=datetime.utcnow().isoformat(),
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)
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]
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context.app._active_session_index = 0 # type: ignore
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@then("the app should have exactly {count:d} session")
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def step_check_session_count(context: object, count: int) -> None:
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"""Check the number of sessions."""
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assert len(context.app._sessions) == count # type: ignore
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@then("the active session should have session_id {session_id}")
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def step_check_active_session_id(context: object, session_id: str) -> None:
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"""Check the active session ID."""
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active = context.app._sessions[context.app._active_session_index] # type: ignore
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assert active.session_id == session_id
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@then("the active session should have name {name}")
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def step_check_active_session_name(context: object, name: str) -> None:
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"""Check the active session name."""
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active = context.app._sessions[context.app._active_session_index] # type: ignore
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assert active.name == name
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@when("I create a new session with name {name}")
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def step_create_session(context: object, name: str) -> None:
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"""Create a new session."""
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import uuid
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session_id = str(uuid.uuid4())[:8]
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new_session = SessionView(
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session_id=session_id,
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transcript=[],
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name=name,
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created_at=datetime.utcnow().isoformat(),
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)
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context.app._sessions.append(new_session) # type: ignore
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context.app._active_session_index = len(context.app._sessions) - 1 # type: ignore
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@then("the new session should have an independent session_id")
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def step_check_new_session_id(context: object) -> None:
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"""Check that the new session has a unique ID."""
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sessions = context.app._sessions # type: ignore
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session_ids = [s.session_id for s in sessions]
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assert len(session_ids) == len(set(session_ids)) # All unique
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@given("the TUI app has {count:d} session")
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def step_setup_sessions(context: object, count: int) -> None:
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"""Set up the TUI app with a specific number of sessions."""
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context.app = type("MockApp", (), {})() # type: ignore
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context.app._sessions = [] # type: ignore
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for i in range(count):
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if i == 0:
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session_id = "default"
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name = "Default"
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else:
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import uuid
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session_id = str(uuid.uuid4())[:8]
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name = f"Session {i + 1}"
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session = SessionView(
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session_id=session_id,
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transcript=[],
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name=name,
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created_at=datetime.utcnow().isoformat(),
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)
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context.app._sessions.append(session) # type: ignore
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context.app._active_session_index = 0 # type: ignore
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@given("the first session has session_id {session_id}")
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def step_check_first_session_id(context: object, session_id: str) -> None:
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"""Verify the first session has the expected ID."""
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assert context.app._sessions[0].session_id == session_id # type: ignore
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@given("the second session has session_id {session_id}")
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def step_check_second_session_id(context: object, session_id: str) -> None:
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"""Verify the second session has the expected ID."""
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assert context.app._sessions[1].session_id == session_id # type: ignore
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@when("I switch to session {session_id}")
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def step_switch_session(context: object, session_id: str) -> None:
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"""Switch to a specific session."""
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for idx, session in enumerate(context.app._sessions): # type: ignore
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if session.session_id == session_id:
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context.app._active_session_index = idx # type: ignore
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return
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raise ValueError(f"Session {session_id} not found")
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@when("I close the session with session_id {session_id}")
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def step_close_session(context: object, session_id: str) -> None:
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"""Close a session."""
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if len(context.app._sessions) <= 1: # type: ignore
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context.close_failed = True # type: ignore
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return
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for idx, session in enumerate(context.app._sessions): # type: ignore
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if session.session_id == session_id:
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context.app._sessions.pop(idx) # type: ignore
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if context.app._active_session_index >= len(context.app._sessions): # type: ignore
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context.app._active_session_index = len(context.app._sessions) - 1 # type: ignore
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context.close_failed = False # type: ignore
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return
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raise ValueError(f"Session {session_id} not found")
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@when("I try to close the session with session_id {session_id}")
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def step_try_close_session(context: object, session_id: str) -> None:
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"""Try to close a session (may fail)."""
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context.close_failed = False # type: ignore
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if len(context.app._sessions) <= 1: # type: ignore
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context.close_failed = True # type: ignore
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return
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for idx, session in enumerate(context.app._sessions): # type: ignore
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if session.session_id == session_id:
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context.app._sessions.pop(idx) # type: ignore
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if context.app._active_session_index >= len(context.app._sessions): # type: ignore
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context.app._active_session_index = len(context.app._sessions) - 1 # type: ignore
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return
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@then("the close operation should fail")
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def step_check_close_failed(context: object) -> None:
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"""Check that the close operation failed."""
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assert context.close_failed # type: ignore
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@when("I rename the session to {new_name}")
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def step_rename_session(context: object, new_name: str) -> None:
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"""Rename the active session."""
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active = context.app._sessions[context.app._active_session_index] # type: ignore
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active.name = new_name
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@given("the active session has name {name}")
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def step_check_active_session_has_name(context: object, name: str) -> None:
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"""Verify the active session has a specific name."""
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active = context.app._sessions[context.app._active_session_index] # type: ignore
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assert active.name == name
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@given("the first session is active")
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def step_first_session_active(context: object) -> None:
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"""Make the first session active."""
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context.app._active_session_index = 0 # type: ignore
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@when("I set persona {persona_name} for the first session")
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def step_set_persona_first(context: object, persona_name: str) -> None:
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"""Set persona for the first session."""
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session_id = context.app._sessions[0].session_id # type: ignore
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context.persona_state.active_by_session[session_id] = persona_name # type: ignore
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@when("I set persona {persona_name} for the second session")
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def step_set_persona_second(context: object, persona_name: str) -> None:
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"""Set persona for the second session."""
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session_id = context.app._sessions[1].session_id # type: ignore
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context.persona_state.active_by_session[session_id] = persona_name # type: ignore
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@when("I switch back to the first session")
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def step_switch_back_to_first(context: object) -> None:
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"""Switch back to the first session."""
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context.app._active_session_index = 0 # type: ignore
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@then("the first session should have active persona {persona_name}")
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def step_check_first_session_persona(context: object, persona_name: str) -> None:
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"""Check the first session's active persona."""
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session_id = context.app._sessions[0].session_id # type: ignore
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assert context.persona_state.active_by_session.get(session_id) == persona_name # type: ignore
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@then("the second session should have active persona {persona_name}")
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def step_check_second_session_persona(context: object, persona_name: str) -> None:
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"""Check the second session's active persona."""
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session_id = context.app._sessions[1].session_id # type: ignore
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assert context.persona_state.active_by_session.get(session_id) == persona_name # type: ignore
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@when("I add message {message} to the first session")
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def step_add_message_first(context: object, message: str) -> None:
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"""Add a message to the first session."""
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context.app._sessions[0].transcript.append(message) # type: ignore
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@when("I add message {message} to the second session")
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def step_add_message_second(context: object, message: str) -> None:
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"""Add a message to the second session."""
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context.app._sessions[1].transcript.append(message) # type: ignore
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@then("the first session transcript should contain {message}")
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def step_check_first_transcript_contains(context: object, message: str) -> None:
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"""Check that the first session transcript contains a message."""
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assert message in context.app._sessions[0].transcript # type: ignore
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@then("the first session transcript should not contain {message}")
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def step_check_first_transcript_not_contains(context: object, message: str) -> None:
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"""Check that the first session transcript does not contain a message."""
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assert message not in context.app._sessions[0].transcript # type: ignore
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@then("the second session transcript should contain {message}")
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def step_check_second_transcript_contains(context: object, message: str) -> None:
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"""Check that the second session transcript contains a message."""
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assert message in context.app._sessions[1].transcript # type: ignore
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@then("the second session transcript should not contain {message}")
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def step_check_second_transcript_not_contains(context: object, message: str) -> None:
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"""Check that the second session transcript does not contain a message."""
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assert message not in context.app._sessions[1].transcript # type: ignore
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@when("I create a new session")
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def step_create_new_session(context: object) -> None:
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"""Create a new session."""
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||||
import uuid
|
||||
|
||||
session_id = str(uuid.uuid4())[:8]
|
||||
new_session = SessionView(
|
||||
session_id=session_id,
|
||||
transcript=[],
|
||||
name=f"Session {len(context.app._sessions) + 1}", # type: ignore
|
||||
created_at=datetime.utcnow().isoformat(),
|
||||
)
|
||||
context.app._sessions.append(new_session) # type: ignore
|
||||
context.app._active_session_index = len(context.app._sessions) - 1 # type: ignore
|
||||
context.new_session = new_session # type: ignore
|
||||
|
||||
|
||||
@then("the new session should have a created_at timestamp in ISO format")
|
||||
def step_check_created_at_timestamp(context: object) -> None:
|
||||
"""Check that the new session has a valid ISO format timestamp."""
|
||||
timestamp = context.new_session.created_at # type: ignore
|
||||
# Try to parse it as ISO format
|
||||
datetime.fromisoformat(timestamp)
|
||||
@@ -0,0 +1,72 @@
|
||||
Feature: TUI Multi-Session Tabs with Independent A2A Bindings
|
||||
The TUI supports multiple session tabs, each with independent A2A bindings,
|
||||
persona selection, and conversation history.
|
||||
|
||||
Background:
|
||||
Given a TUI app is initialized with multi-session support
|
||||
|
||||
Scenario: TUI starts with a default session
|
||||
When the TUI app is created
|
||||
Then the app should have exactly 1 session
|
||||
And the active session should have session_id "default"
|
||||
And the active session should have name "Default"
|
||||
|
||||
Scenario: Create a new session
|
||||
Given the TUI app has 1 session
|
||||
When I create a new session with name "Session 2"
|
||||
Then the app should have exactly 2 sessions
|
||||
And the active session should have name "Session 2"
|
||||
And the new session should have an independent session_id
|
||||
|
||||
Scenario: Switch between sessions
|
||||
Given the TUI app has 2 sessions
|
||||
And the first session has session_id "default"
|
||||
And the second session has session_id "sess-2"
|
||||
When I switch to session "default"
|
||||
Then the active session should have session_id "default"
|
||||
When I switch to session "sess-2"
|
||||
Then the active session should have session_id "sess-2"
|
||||
|
||||
Scenario: Close a session
|
||||
Given the TUI app has 2 sessions
|
||||
When I close the session with session_id "sess-2"
|
||||
Then the app should have exactly 1 session
|
||||
And the active session should have session_id "default"
|
||||
|
||||
Scenario: Cannot close the last session
|
||||
Given the TUI app has 1 session
|
||||
When I try to close the session with session_id "default"
|
||||
Then the close operation should fail
|
||||
And the app should still have exactly 1 session
|
||||
|
||||
Scenario: Rename a session
|
||||
Given the TUI app has 1 session
|
||||
And the active session has name "Default"
|
||||
When I rename the session to "My Session"
|
||||
Then the active session should have name "My Session"
|
||||
|
||||
Scenario: Each session has independent persona tracking
|
||||
Given the TUI app has 2 sessions
|
||||
And the first session is active
|
||||
When I set persona "analyst" for the first session
|
||||
And I switch to the second session
|
||||
And I set persona "coder" for the second session
|
||||
And I switch back to the first session
|
||||
Then the first session should have active persona "analyst"
|
||||
When I switch to the second session
|
||||
Then the second session should have active persona "coder"
|
||||
|
||||
Scenario: Each session has independent transcript
|
||||
Given the TUI app has 2 sessions
|
||||
And the first session is active
|
||||
When I add message "Hello from session 1" to the first session
|
||||
And I switch to the second session
|
||||
And I add message "Hello from session 2" to the second session
|
||||
Then the first session transcript should contain "Hello from session 1"
|
||||
And the first session transcript should not contain "Hello from session 2"
|
||||
And the second session transcript should contain "Hello from session 2"
|
||||
And the second session transcript should not contain "Hello from session 1"
|
||||
|
||||
Scenario: Session creation includes timestamp
|
||||
When I create a new session
|
||||
Then the new session should have a created_at timestamp in ISO format
|
||||
Reference in New Issue
Block a user