a1d00da2de
Add comprehensive test suite for Hands framework: TestHandRegistry: - Load all Hands from directory - Get Hand by name (with not-found handling) - Get scheduled vs all Hands - State management (status updates) - Approval queue operations TestHandScheduler: - Scheduler initialization - Schedule Hand with cron - Get scheduled jobs list - Manual trigger execution TestHandRunner: - Load system prompts from SYSTEM.md - Load skills from skills/ directory - Build execution prompts TestHandConfig: - HandConfig creation and validation - Cron schedule validation TestHandModels: - HandStatus enum values - HandState serialization to dict 17 tests total, all passing.
277 lines
8.3 KiB
Python
277 lines
8.3 KiB
Python
"""Tests for Hands Infrastructure.
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Tests HandRegistry, HandScheduler, and HandRunner.
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"""
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from __future__ import annotations
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import tempfile
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from pathlib import Path
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import pytest
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from hands import HandRegistry, HandRunner, HandScheduler
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from hands.models import HandConfig, HandStatus, ScheduleConfig
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@pytest.fixture
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def temp_hands_dir():
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"""Create a temporary hands directory with test Hands."""
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with tempfile.TemporaryDirectory() as tmpdir:
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hands_dir = Path(tmpdir)
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# Create Oracle Hand
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oracle_dir = hands_dir / "oracle"
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oracle_dir.mkdir()
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(oracle_dir / "HAND.toml").write_text('''
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[hand]
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name = "oracle"
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description = "Bitcoin intelligence"
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schedule = "0 7,19 * * *"
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[tools]
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required = ["mempool_fetch", "fee_estimate"]
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[output]
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dashboard = true
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''')
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(oracle_dir / "SYSTEM.md").write_text("# Oracle System Prompt\nYou are Oracle.")
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# Create Sentinel Hand
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sentinel_dir = hands_dir / "sentinel"
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sentinel_dir.mkdir()
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(sentinel_dir / "HAND.toml").write_text('''
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[hand]
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name = "sentinel"
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description = "System health monitoring"
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schedule = "*/15 * * * *"
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enabled = true
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''')
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yield hands_dir
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@pytest.fixture
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def registry(temp_hands_dir):
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"""Create HandRegistry with test Hands."""
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db_path = temp_hands_dir / "test_hands.db"
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reg = HandRegistry(hands_dir=temp_hands_dir, db_path=db_path)
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return reg
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@pytest.mark.asyncio
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class TestHandRegistry:
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"""HandRegistry tests."""
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async def test_load_all_hands(self, registry, temp_hands_dir):
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"""Should load all Hands from directory."""
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hands = await registry.load_all()
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assert len(hands) == 2
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assert "oracle" in hands
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assert "sentinel" in hands
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async def test_get_hand(self, registry, temp_hands_dir):
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"""Should get Hand by name."""
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await registry.load_all()
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hand = registry.get_hand("oracle")
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assert hand.name == "oracle"
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assert "Bitcoin" in hand.description
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async def test_get_hand_not_found(self, registry):
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"""Should raise for unknown Hand."""
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from hands.registry import HandNotFoundError
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with pytest.raises(HandNotFoundError):
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registry.get_hand("nonexistent")
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async def test_get_scheduled_hands(self, registry, temp_hands_dir):
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"""Should return only Hands with schedules."""
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await registry.load_all()
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scheduled = registry.get_scheduled_hands()
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assert len(scheduled) == 2
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assert all(h.schedule is not None for h in scheduled)
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async def test_state_management(self, registry, temp_hands_dir):
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"""Should track Hand state."""
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await registry.load_all()
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state = registry.get_state("oracle")
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assert state.name == "oracle"
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assert state.status == HandStatus.IDLE
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registry.update_state("oracle", status=HandStatus.RUNNING)
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state = registry.get_state("oracle")
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assert state.status == HandStatus.RUNNING
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async def test_approval_queue(self, registry, temp_hands_dir):
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"""Should manage approval queue."""
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await registry.load_all()
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# Create approval
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request = await registry.create_approval(
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hand_name="oracle",
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action="post_tweet",
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description="Post Bitcoin update",
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context={"price": 50000},
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)
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assert request.id is not None
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assert request.hand_name == "oracle"
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# Get pending
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pending = await registry.get_pending_approvals()
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assert len(pending) == 1
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# Resolve
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result = await registry.resolve_approval(request.id, approved=True)
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assert result is True
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# Should be empty now
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pending = await registry.get_pending_approvals()
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assert len(pending) == 0
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@pytest.mark.asyncio
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class TestHandScheduler:
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"""HandScheduler tests."""
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async def test_scheduler_initialization(self, registry):
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"""Should initialize scheduler."""
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scheduler = HandScheduler(registry)
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assert scheduler.registry == registry
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assert not scheduler._running
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async def test_schedule_hand(self, registry, temp_hands_dir):
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"""Should schedule a Hand."""
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await registry.load_all()
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scheduler = HandScheduler(registry)
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hand = registry.get_hand("oracle")
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job_id = await scheduler.schedule_hand(hand)
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# Note: Job ID may be None if APScheduler not available
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# But should not raise an exception
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async def test_get_scheduled_jobs(self, registry, temp_hands_dir):
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"""Should list scheduled jobs."""
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await registry.load_all()
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scheduler = HandScheduler(registry)
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jobs = scheduler.get_scheduled_jobs()
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assert isinstance(jobs, list)
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async def test_trigger_hand_now(self, registry, temp_hands_dir):
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"""Should manually trigger a Hand."""
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await registry.load_all()
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scheduler = HandScheduler(registry)
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# This will fail because Hand isn't fully implemented
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# But should not raise
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result = await scheduler.trigger_hand_now("oracle")
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# Result may be True or False depending on implementation
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@pytest.mark.asyncio
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class TestHandRunner:
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"""HandRunner tests."""
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async def test_load_system_prompt(self, registry, temp_hands_dir):
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"""Should load SYSTEM.md."""
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await registry.load_all()
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runner = HandRunner(registry)
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hand = registry.get_hand("oracle")
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prompt = runner._load_system_prompt(hand)
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assert "Oracle" in prompt
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async def test_load_skills(self, registry, temp_hands_dir):
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"""Should load SKILL.md files."""
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# Create a skill file
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skills_dir = temp_hands_dir / "oracle" / "skills"
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skills_dir.mkdir()
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(skills_dir / "bitcoin.md").write_text("# Bitcoin Expertise")
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await registry.load_all()
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runner = HandRunner(registry)
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hand = registry.get_hand("oracle")
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skills = runner._load_skills(hand)
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assert len(skills) == 1
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assert "Bitcoin" in skills[0]
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async def test_build_prompt(self, registry, temp_hands_dir):
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"""Should build execution prompt."""
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await registry.load_all()
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runner = HandRunner(registry)
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hand = registry.get_hand("oracle")
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system = "System prompt"
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skills = ["Skill 1", "Skill 2"]
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context = {"key": "value"}
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prompt = runner._build_prompt(hand, system, skills, context)
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assert "System Instructions" in prompt
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assert "System prompt" in prompt
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assert "Skill 1" in prompt
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assert "key" in prompt
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class TestHandConfig:
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"""HandConfig model tests."""
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def test_hand_config_creation(self):
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"""Should create HandConfig."""
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config = HandConfig(
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name="test",
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description="Test hand",
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schedule=ScheduleConfig(cron="0 * * * *"),
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)
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assert config.name == "test"
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assert config.schedule.cron == "0 * * * *"
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def test_schedule_validation(self):
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"""Should validate cron expression."""
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# Valid cron
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config = HandConfig(
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name="test",
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description="Test",
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schedule=ScheduleConfig(cron="0 7 * * *"),
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)
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assert config.schedule.cron == "0 7 * * *"
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class TestHandModels:
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"""Hand model tests."""
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def test_hand_status_enum(self):
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"""HandStatus should have expected values."""
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from hands.models import HandStatus
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assert HandStatus.IDLE.value == "idle"
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assert HandStatus.RUNNING.value == "running"
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assert HandStatus.SCHEDULED.value == "scheduled"
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def test_hand_state_to_dict(self):
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"""HandState should serialize to dict."""
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from hands.models import HandState
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from datetime import datetime
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state = HandState(
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name="test",
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status=HandStatus.RUNNING,
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run_count=5,
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)
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data = state.to_dict()
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assert data["name"] == "test"
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assert data["status"] == "running"
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assert data["run_count"] == 5
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