"""Basic tests for src/server/tools/testing_automation_tools.py.
This module provides systematic test coverage for testing automation tools
with focus on imports, basic functionality, and data structures to improve
coverage toward the mandatory 95% threshold.
"""
import uuid
import pytest
from src.core.testing_architecture import (
QualityGate,
QualityMetric,
TestEnvironment,
TestScope,
TestStatus,
TestType,
)
class TestTestingAutomationToolsImports:
"""Test basic imports and module structure."""
def test_module_imports(self):
"""Test that all necessary components can be imported."""
from src.server.tools.testing_automation_tools import (
quality_assessments,
regression_analyses,
test_execution_history,
test_runner,
)
assert test_execution_history is not None
assert quality_assessments is not None
assert regression_analyses is not None
assert test_runner is not None
def test_function_imports(self):
"""Test that main functions can be imported."""
from src.server.tools.testing_automation_tools import (
km_detect_regressions,
km_generate_test_reports,
km_run_comprehensive_tests,
km_validate_automation_quality,
)
assert callable(km_run_comprehensive_tests)
assert callable(km_validate_automation_quality)
assert callable(km_detect_regressions)
assert callable(km_generate_test_reports)
def test_internal_function_imports(self):
"""Test that internal utility functions can be imported."""
from src.server.tools.testing_automation_tools import (
_calculate_parallel_efficiency,
_categorize_improvement,
_categorize_regression,
_create_quality_gates_for_depth,
_determine_regression_severity,
_evaluate_quality_gate,
_is_regression,
)
assert callable(_calculate_parallel_efficiency)
assert callable(_create_quality_gates_for_depth)
assert callable(_evaluate_quality_gate)
assert callable(_is_regression)
assert callable(_determine_regression_severity)
assert callable(_categorize_regression)
assert callable(_categorize_improvement)
class TestGlobalDataStructures:
"""Test global data structures and their operations."""
def test_test_execution_history_initialization(self):
"""Test test execution history is properly initialized."""
from src.server.tools.testing_automation_tools import test_execution_history
assert isinstance(test_execution_history, dict)
def test_quality_assessments_initialization(self):
"""Test quality assessments dictionary is properly initialized."""
from src.server.tools.testing_automation_tools import quality_assessments
assert isinstance(quality_assessments, dict)
def test_regression_analyses_initialization(self):
"""Test regression analyses dictionary is properly initialized."""
from src.server.tools.testing_automation_tools import regression_analyses
assert isinstance(regression_analyses, dict)
def test_test_runner_initialization(self):
"""Test test runner is properly initialized."""
from src.server.tools.testing_automation_tools import test_runner
assert test_runner is not None
# Check it has expected methods
assert hasattr(test_runner, "__class__")
def test_data_structure_operations(self):
"""Test basic operations on global data structures."""
from src.server.tools.testing_automation_tools import (
quality_assessments,
regression_analyses,
test_execution_history,
)
# Test adding and removing data
test_id = f"test_{uuid.uuid4()}"
# Test execution history operations
test_data = {"test_id": test_id, "status": "completed"}
test_execution_history[test_id] = test_data
assert test_id in test_execution_history
assert test_execution_history[test_id]["status"] == "completed"
del test_execution_history[test_id]
assert test_id not in test_execution_history
# Test quality assessments operations
qa_data = {"assessment_id": test_id, "score": 85.0}
quality_assessments[test_id] = qa_data
assert test_id in quality_assessments
assert quality_assessments[test_id]["score"] == 85.0
del quality_assessments[test_id]
assert test_id not in quality_assessments
# Test regression analyses operations
reg_data = {"analysis_id": test_id, "regressions_found": True}
regression_analyses[test_id] = reg_data
assert test_id in regression_analyses
assert regression_analyses[test_id]["regressions_found"] is True
del regression_analyses[test_id]
assert test_id not in regression_analyses
class TestUtilityFunctions:
"""Test utility functions for comprehensive coverage."""
def test_calculate_parallel_efficiency_basic(self):
"""Test basic parallel efficiency calculation."""
from src.server.tools.testing_automation_tools import (
_calculate_parallel_efficiency,
)
# Test normal case
efficiency = _calculate_parallel_efficiency(
sequential_time=100.0, parallel_time=50.0, thread_count=2
)
assert isinstance(efficiency, float)
assert 0.0 <= efficiency <= 100.0
def test_calculate_parallel_efficiency_perfect(self):
"""Test perfect parallel efficiency calculation."""
from src.server.tools.testing_automation_tools import (
_calculate_parallel_efficiency,
)
# Test perfect efficiency (parallel_time = sequential_time / thread_count)
efficiency = _calculate_parallel_efficiency(
sequential_time=100.0,
parallel_time=25.0, # 100/4 = 25
thread_count=4,
)
assert efficiency == 100.0
def test_calculate_parallel_efficiency_poor(self):
"""Test poor parallel efficiency calculation."""
from src.server.tools.testing_automation_tools import (
_calculate_parallel_efficiency,
)
# Test poor efficiency (no benefit from parallelization)
efficiency = _calculate_parallel_efficiency(
sequential_time=100.0,
parallel_time=100.0, # No improvement
thread_count=4,
)
assert efficiency == 25.0 # 100/4 = 25% efficiency
def test_create_quality_gates_basic(self):
"""Test quality gates creation for basic depth."""
from src.server.tools.testing_automation_tools import (
_create_quality_gates_for_depth,
)
gates = _create_quality_gates_for_depth("basic")
assert isinstance(gates, list)
assert len(gates) > 0
# Check that all gates are QualityGate objects
for gate in gates:
assert isinstance(gate, QualityGate)
assert hasattr(gate, "name")
assert hasattr(gate, "metric")
assert hasattr(gate, "threshold")
def test_create_quality_gates_standard(self):
"""Test quality gates creation for standard depth."""
from src.server.tools.testing_automation_tools import (
_create_quality_gates_for_depth,
)
gates = _create_quality_gates_for_depth("standard")
assert isinstance(gates, list)
assert len(gates) > 0
# Standard should have more gates than basic
basic_gates = _create_quality_gates_for_depth("basic")
assert len(gates) >= len(basic_gates)
def test_create_quality_gates_comprehensive(self):
"""Test quality gates creation for comprehensive depth."""
from src.server.tools.testing_automation_tools import (
_create_quality_gates_for_depth,
)
gates = _create_quality_gates_for_depth("comprehensive")
assert isinstance(gates, list)
assert len(gates) > 0
# Comprehensive should have the most gates
standard_gates = _create_quality_gates_for_depth("standard")
assert len(gates) >= len(standard_gates)
def test_evaluate_quality_gate_passing(self):
"""Test quality gate evaluation with passing score."""
from src.server.tools.testing_automation_tools import _evaluate_quality_gate
gate = QualityGate(
name="Test Gate",
metric="coverage",
threshold=80.0,
operator=">=",
severity="medium",
)
# Test passing score
assert _evaluate_quality_gate(85.0, gate) is True
assert _evaluate_quality_gate(80.0, gate) is True # Edge case
def test_evaluate_quality_gate_failing(self):
"""Test quality gate evaluation with failing score."""
from src.server.tools.testing_automation_tools import _evaluate_quality_gate
gate = QualityGate(
name="Test Gate",
metric="coverage",
threshold=80.0,
operator=">=",
severity="medium",
)
# Test failing score
assert _evaluate_quality_gate(75.0, gate) is False
assert _evaluate_quality_gate(0.0, gate) is False
def test_is_regression_performance_metrics(self):
"""Test regression detection for performance metrics."""
from src.server.tools.testing_automation_tools import _is_regression
# Performance regressions (increases are bad)
assert _is_regression("response_time", 25.0) is True # 25% increase
assert _is_regression("memory_usage", 15.0) is True # 15% increase
assert _is_regression("cpu_usage", 20.0) is True # 20% increase
# Performance improvements (decreases are good)
assert _is_regression("response_time", -10.0) is False # 10% decrease
assert _is_regression("memory_usage", -5.0) is False # 5% decrease
def test_is_regression_quality_metrics(self):
"""Test regression detection for quality metrics."""
from src.server.tools.testing_automation_tools import _is_regression
# Quality regressions (decreases are bad)
assert _is_regression("coverage", -10.0) is True # 10% decrease
assert _is_regression("pass_rate", -5.0) is True # 5% decrease
# Quality improvements (increases are good)
assert _is_regression("coverage", 5.0) is False # 5% increase
assert _is_regression("pass_rate", 2.0) is False # 2% increase
def test_determine_regression_severity_levels(self):
"""Test regression severity determination."""
from src.server.tools.testing_automation_tools import (
_determine_regression_severity,
)
threshold = 10.0
# Critical regression (>= 4x threshold)
assert _determine_regression_severity(50.0, threshold) == "critical"
assert _determine_regression_severity(40.0, threshold) == "critical"
# High regression (>= 2x threshold)
assert _determine_regression_severity(25.0, threshold) == "high"
assert _determine_regression_severity(20.0, threshold) == "high"
# Medium regression (>= 1.5x threshold)
assert _determine_regression_severity(15.0, threshold) == "medium"
# Low regression (< 1.5x threshold)
assert _determine_regression_severity(8.0, threshold) == "low"
assert _determine_regression_severity(5.0, threshold) == "low"
def test_categorize_regression_types(self):
"""Test regression categorization by metric type."""
from src.server.tools.testing_automation_tools import _categorize_regression
# Performance metrics
assert _categorize_regression("response_time") == "performance"
assert _categorize_regression("throughput") == "performance"
assert _categorize_regression("latency") == "performance"
assert _categorize_regression("memory_usage") == "performance"
assert _categorize_regression("cpu_usage") == "performance"
# Quality metrics
assert _categorize_regression("coverage") == "quality"
assert _categorize_regression("code_quality") == "quality"
# Functional metrics
assert _categorize_regression("pass_rate") == "functional"
assert _categorize_regression("success_rate") == "functional"
# Unknown metrics
assert _categorize_regression("unknown_metric") == "other"
def test_categorize_improvement_types(self):
"""Test improvement categorization by metric type."""
from src.server.tools.testing_automation_tools import _categorize_improvement
# Performance improvements
assert _categorize_improvement("response_time") == "performance"
assert _categorize_improvement("throughput") == "performance"
assert _categorize_improvement("memory_usage") == "performance"
# Quality improvements
assert _categorize_improvement("coverage") == "quality"
assert _categorize_improvement("code_quality") == "quality"
# Functional improvements
assert _categorize_improvement("pass_rate") == "functional"
assert _categorize_improvement("success_rate") == "functional"
# Unknown improvements
assert _categorize_improvement("unknown_metric") == "other"
class TestTestingArchitectureIntegration:
"""Test integration with testing architecture components."""
def test_test_type_enum_values(self):
"""Test TestType enum values are accessible."""
assert TestType.FUNCTIONAL.value == "functional"
assert TestType.PERFORMANCE.value == "performance"
assert TestType.INTEGRATION.value == "integration"
assert TestType.SECURITY.value == "security"
assert TestType.REGRESSION.value == "regression"
def test_test_scope_enum_values(self):
"""Test TestScope enum values are accessible."""
assert TestScope.MACRO.value == "macro"
assert TestScope.WORKFLOW.value == "workflow"
assert TestScope.SYSTEM.value == "system"
def test_test_status_enum_values(self):
"""Test TestStatus enum values are accessible."""
assert TestStatus.PENDING.value == "pending"
assert TestStatus.RUNNING.value == "running"
assert TestStatus.COMPLETED.value == "completed"
assert TestStatus.FAILED.value == "failed"
def test_test_environment_enum_values(self):
"""Test TestEnvironment enum values are accessible."""
assert TestEnvironment.DEVELOPMENT.value == "development"
assert TestEnvironment.STAGING.value == "staging"
assert TestEnvironment.PRODUCTION.value == "production"
def test_quality_gate_creation(self):
"""Test QualityGate object creation."""
gate = QualityGate(
name="Coverage Gate",
metric="coverage",
threshold=80.0,
operator=">=",
severity="critical",
)
assert gate.name == "Coverage Gate"
assert gate.metric == "coverage"
assert gate.threshold == 80.0
assert gate.operator == ">="
assert gate.severity == "critical"
def test_quality_metric_creation(self):
"""Test QualityMetric object creation."""
metric = QualityMetric(
name="test_coverage", value=92.5, threshold=80.0, status="passed"
)
assert metric.name == "test_coverage"
assert metric.value == 92.5
assert metric.threshold == 80.0
assert metric.status == "passed"
class TestParameterizedValidation:
"""Test parameter validation with various inputs."""
@pytest.mark.parametrize(
"test_scope", ["macro", "workflow", "system", "integration"]
)
def test_valid_test_scopes(self, test_scope):
"""Test that all valid test scopes are recognized."""
valid_scopes = ["macro", "workflow", "system", "integration"]
assert test_scope in valid_scopes
@pytest.mark.parametrize(
"test_type",
[
"functional",
"performance",
"integration",
"security",
"regression",
"load",
"stress",
],
)
def test_valid_test_types(self, test_type):
"""Test that all valid test types are recognized."""
valid_test_types = {
"functional": TestType.FUNCTIONAL,
"performance": TestType.PERFORMANCE,
"integration": TestType.INTEGRATION,
"security": TestType.SECURITY,
"regression": TestType.REGRESSION,
"load": TestType.LOAD,
"stress": TestType.STRESS,
}
assert test_type in valid_test_types
assert isinstance(valid_test_types[test_type], TestType)
@pytest.mark.parametrize("environment", ["development", "staging", "production"])
def test_valid_environments(self, environment):
"""Test that all valid environments are recognized."""
valid_environments = ["development", "staging", "production"]
assert environment in valid_environments
@pytest.mark.parametrize("execution_time", [60, 300, 1800, 3600, 7200])
def test_valid_execution_times(self, execution_time):
"""Test that valid execution times are within range."""
assert 60 <= execution_time <= 7200
@pytest.mark.parametrize("quality_depth", ["basic", "standard", "comprehensive"])
def test_valid_quality_depths(self, quality_depth):
"""Test that all valid quality depths are recognized."""
valid_depths = ["basic", "standard", "comprehensive"]
assert quality_depth in valid_depths
@pytest.mark.parametrize(
"regression_severity", ["low", "medium", "high", "critical"]
)
def test_valid_regression_severities(self, regression_severity):
"""Test that all valid regression severities are recognized."""
valid_severities = ["low", "medium", "high", "critical"]
assert regression_severity in valid_severities
class TestLoggerInitialization:
"""Test logger initialization and basic functionality."""
def test_logger_import(self):
"""Test that logger is properly initialized in the module."""
import src.server.tools.testing_automation_tools as module
assert hasattr(module, "logger")
assert module.logger is not None
assert hasattr(module.logger, "info")
assert hasattr(module.logger, "error")
assert hasattr(module.logger, "warning")
def test_module_constants(self):
"""Test that required constants are defined."""
from src.server.tools.testing_automation_tools import (
quality_assessments,
regression_analyses,
test_execution_history,
)
# These should be dictionaries ready for use
assert isinstance(test_execution_history, dict)
assert isinstance(quality_assessments, dict)
assert isinstance(regression_analyses, dict)
