ddadminandDmitry Dementiev
ea114153b9
- Изолированы ошибки history-канала: best-effort с логированием, не валят тик - Добавлено явное создание топика generator_batch_history при старте - Добавлена защита от пустого словаря (ValueError при загрузке) - Обновлена документация о структуре тестов - Исправлены тесты на пустой словарь Ревью: изоляция ошибок history, явное создание топика, защита от пустых данных
175 lines
7.7 KiB
Python
175 lines
7.7 KiB
Python
"""
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Тесты генерации событий.
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"""
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import uuid
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from datetime import datetime
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import pytest
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from generator import EventGenerator, EventDictionary
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class TestEventGeneration:
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"""Тесты генерации событий."""
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def test_event_dictionary_loads(self, event_dictionary):
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"""Словарь событий загружается корректно."""
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assert len(event_dictionary.browser_events) == 1000
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assert len(event_dictionary.location_events) == 1000
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assert len(event_dictionary.device_events) == 1000
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assert len(event_dictionary.geo_events) == 1000
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def test_dictionary_consistency(self, event_dictionary):
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"""Все записи в словаре имеют корректные связи."""
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browser_event_ids = {e["event_id"] for e in event_dictionary.browser_events}
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browser_click_ids = {e["click_id"] for e in event_dictionary.browser_events}
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location_orphaned = sum(
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1 for loc in event_dictionary.location_events
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if loc["event_id"] not in browser_event_ids
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)
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device_orphaned = sum(
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1 for dev in event_dictionary.device_events
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if dev["click_id"] not in browser_click_ids
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)
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geo_orphaned = sum(
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1 for geo in event_dictionary.geo_events
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if geo["click_id"] not in browser_click_ids
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)
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assert location_orphaned == 0, f"Found {location_orphaned} orphaned location records"
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assert device_orphaned == 0, f"Found {device_orphaned} orphaned device records"
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assert geo_orphaned == 0, f"Found {geo_orphaned} orphaned geo records"
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def test_generate_batch_structure(self, event_dictionary, base_config):
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"""Батч имеет правильную структуру."""
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generator = EventGenerator(event_dictionary, base_config)
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batch = generator.generate_batch(10)
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assert "browser_events" in batch
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assert "location_events" in batch
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assert "device_events" in batch
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assert "geo_events" in batch
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def test_generate_batch_size(self, event_dictionary, base_config):
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"""Батч содержит правильное количество событий."""
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generator = EventGenerator(event_dictionary, base_config)
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batch = generator.generate_batch(10)
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assert len(batch["browser_events"]) == 10
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assert len(batch["location_events"]) == 10
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assert len(batch["device_events"]) == 10
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assert len(batch["geo_events"]) == 10
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def test_event_ids_are_new_uuids(self, event_dictionary, base_config):
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"""event_id и click_id — новые UUID, не из оригинальных данных."""
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generator = EventGenerator(event_dictionary, base_config)
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batch = generator.generate_batch(1)
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original_event_ids = {e["event_id"] for e in event_dictionary.browser_events}
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original_click_ids = {e["click_id"] for e in event_dictionary.browser_events}
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browser_event = batch["browser_events"][0]
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assert browser_event["event_id"] not in original_event_ids
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assert browser_event["click_id"] not in original_click_ids
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# Проверяем, что это валидный UUID
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uuid.UUID(browser_event["event_id"])
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uuid.UUID(browser_event["click_id"])
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def test_event_timestamp_format(self, event_dictionary, base_config):
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"""event_timestamp имеет правильный формат."""
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generator = EventGenerator(event_dictionary, base_config)
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batch = generator.generate_batch(1)
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browser_event = batch["browser_events"][0]
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timestamp = browser_event["event_timestamp"]
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# Должен парситься как datetime
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dt = datetime.fromisoformat(timestamp.replace(" ", "T"))
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assert dt.year >= 2024
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def test_links_consistency(self, event_dictionary, base_config):
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"""Связи между событиями сохраняются."""
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generator = EventGenerator(event_dictionary, base_config)
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batch = generator.generate_batch(5)
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for i, browser in enumerate(batch["browser_events"]):
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event_id = browser["event_id"]
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click_id = browser["click_id"]
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# Location должен иметь тот же event_id
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assert batch["location_events"][i]["event_id"] == event_id
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# Device и Geo должны иметь тот же click_id
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assert batch["device_events"][i]["click_id"] == click_id
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assert batch["geo_events"][i]["click_id"] == click_id
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def test_required_fields_present(self, event_dictionary, base_config):
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"""Все обязательные поля присутствуют в событиях."""
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generator = EventGenerator(event_dictionary, base_config)
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batch = generator.generate_batch(1)
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browser = batch["browser_events"][0]
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required_fields = [
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"event_id", "event_timestamp", "event_type", "click_id",
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"browser_name", "browser_user_agent", "browser_language"
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]
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for field in required_fields:
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assert field in browser, f"Missing field: {field}"
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class TestPoissonDistribution:
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"""Тесты статистической модели."""
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def test_calculate_events_respects_bounds(self, event_dictionary, base_config):
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"""Расчет количества событий уважает границы."""
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generator = EventGenerator(event_dictionary, base_config)
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samples = [generator._calculate_events_count() for _ in range(100)]
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assert all(s >= base_config.min_events_per_tick for s in samples)
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assert all(s <= base_config.max_events_per_tick for s in samples)
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def test_jitter_increases_variance(self, event_dictionary, base_config, config_no_jitter):
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"""Jitter увеличивает дисперсию."""
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gen_with = EventGenerator(event_dictionary, base_config)
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gen_without = EventGenerator(event_dictionary, config_no_jitter)
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samples_with = [gen_with._calculate_events_count() for _ in range(200)]
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samples_without = [gen_without._calculate_events_count() for _ in range(200)]
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mean_with = sum(samples_with) / len(samples_with)
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mean_without = sum(samples_without) / len(samples_without)
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var_with = sum((x - mean_with) ** 2 for x in samples_with) / len(samples_with)
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var_without = sum((x - mean_without) ** 2 for x in samples_without) / len(samples_without)
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assert var_with > var_without, \
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f"Jitter should increase variance: {var_with} vs {var_without}"
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def test_mean_is_reasonable(self, event_dictionary, base_config):
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"""Среднее значение в разумных пределах."""
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generator = EventGenerator(event_dictionary, base_config)
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samples = [generator._calculate_events_count() for _ in range(500)]
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mean = sum(samples) / len(samples)
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# Ожидаем: lambda_base * tick_seconds / 60 * hour_factor
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# hour_factor обычно 0.7-1.2
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expected_base = base_config.lambda_base_per_min * base_config.tick_seconds / 60.0
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# Допустимое отклонение до 50%
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assert mean > expected_base * 0.5, f"Mean {mean} too low (expected ~{expected_base})"
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assert mean < expected_base * 1.5, f"Mean {mean} too high (expected ~{expected_base})"
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class TestEmptyData:
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"""Тесты обработки пустых данных."""
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def test_empty_jsonl_raises_error(self, empty_temp_dir):
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"""Пустые JSONL файлы вызывают ValueError при загрузке."""
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with pytest.raises(ValueError, match="browser_events.jsonl is empty"):
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EventDictionary.load(empty_temp_dir)
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