qc

ContextExportableObj

ContextExportableObj(obj: TExportable)

Bases: Generic[TExportable]

Container for exportable objects in test contexts.

Provides a standardized way to include exportable objects (like figures or reports) in test result contexts, allowing them to be properly handled by reporting tools.

Attributes:

Name	Type	Description
_obj		The exportable object being wrapped.

Examples:

import matplotlib.pyplot as plt
from contraqctor.qc._context_extensions import ContextExportableObj
from contraqctor.qc.base import Suite

class VisualizationTestSuite(Suite):
    def test_create_plot(self):
        # Create a matplotlib figure
        fig, ax = plt.subplots()
        ax.plot([1, 2, 3], [4, 5, 6])
        ax.set_title("Test Plot")

        # Add the figure to the test context
        context = ContextExportableObj.as_context(fig)

        # Return test result with the figure in context
        return self.pass_test(True, "Plot created successfully", context=context)

Initialize the context exportable object container.

Parameters:

Name	Type	Description	Default
obj	TExportable	The object to wrap for export.	required

Source code in src/contraqctor/qc/_context_extensions.py

def __init__(self, obj: TExportable) -> None:
    """Initialize the context exportable object container.

    Args:
        obj: The object to wrap for export.
    """
    self._obj = obj

asset property

asset: TExportable

Get the wrapped exportable object.

Returns:

Name	Type	Description
TExportable	TExportable	The wrapped object.

asset_type property

asset_type: Type

Get the type of the wrapped asset.

Returns:

Name	Type	Description
Type	Type	Type of the wrapped object.

as_context classmethod

as_context(
    asset: TExportable,
) -> Dict[str, ContextExportableObj[TExportable]]

Create a standardized context dictionary for the exportable object.

This method wraps the provided asset in a ContextExportableObj and includes it in a dictionary under a reserved keyword. This allows for consistent handling of exportable objects in test result contexts.

Parameters:

Name	Type	Description	Default
asset	TExportable	The object to wrap and include in the context.	required

Returns:

Type	Description
Dict[str, ContextExportableObj[TExportable]]	Dict[str, ContextExportableObj]: A dictionary containing the wrapped
Dict[str, ContextExportableObj[TExportable]]	asset under the reserved key.

Examples:

import matplotlib.pyplot as plt
from contraqctor.qc._context_extensions import ContextExportableObj

# Create a visualization
fig, ax = plt.subplots()
ax.plot([1, 2, 3], [4, 5, 6])

# Create a context dictionary with the figure
context = ContextExportableObj.as_context(fig)

# The context can now be passed to test result methods
return self.pass_test(True, "Analysis succeeded", context=context)

Source code in src/contraqctor/qc/_context_extensions.py

@classmethod
def as_context(self, asset: TExportable) -> t.Dict[str, "ContextExportableObj[TExportable]"]:
    """Create a standardized context dictionary for the exportable object.

    This method wraps the provided asset in a `ContextExportableObj` and
    includes it in a dictionary under a reserved keyword. This allows for
    consistent handling of exportable objects in test result contexts.

    Args:
        asset: The object to wrap and include in the context.

    Returns:
        Dict[str, ContextExportableObj]: A dictionary containing the wrapped
        asset under the reserved key.

    Examples:
        ```python
        import matplotlib.pyplot as plt
        from contraqctor.qc._context_extensions import ContextExportableObj

        # Create a visualization
        fig, ax = plt.subplots()
        ax.plot([1, 2, 3], [4, 5, 6])

        # Create a context dictionary with the figure
        context = ContextExportableObj.as_context(fig)

        # The context can now be passed to test result methods
        return self.pass_test(True, "Analysis succeeded", context=context)
        ```
    """
    return {ASSET_RESERVED_KEYWORD: ContextExportableObj(asset)}

Result dataclass

Result(
    status: Status,
    result: TResult,
    test_name: str,
    suite_name: str,
    message: Optional[str] = None,
    context: Optional[Any] = None,
    description: Optional[str] = None,
    exception: Optional[Exception] = None,
    traceback: Optional[str] = None,
    test_reference: Optional[ITest] = None,
    suite_reference: Optional[Suite] = None,
)

Bases: Generic[TResult]

Container for test execution results.

Stores the outcome of a test execution including status, returned value, contextual information, and any exception details.

Attributes:

Name	Type	Description
status	Status	The status of the test execution.
result	TResult	The value returned by the test.
test_name	str	Name of the test that generated this result.
suite_name	str	Name of the test suite containing the test.
message	Optional[str]	Optional message describing the test outcome.
context	Optional[Any]	Optional contextual data for the test result.
description	Optional[str]	Optional description of the test.
exception	Optional[Exception]	Optional exception that occurred during test execution.
traceback	Optional[str]	Optional traceback string if an exception occurred.
test_reference	Optional[ITest]	Optional reference to the test function.
suite_reference	Optional[Suite]	Optional reference to the suite that ran this test.

ResultsStatistics dataclass

ResultsStatistics(
    passed: int,
    failed: int,
    error: int,
    skipped: int,
    warnings: int,
)

Statistics about test results.

Aggregates counts of test results by status and provides methods for calculating statistics like pass rate.

Attributes:

Name	Type	Description
passed	int	Number of passed tests.
failed	int	Number of failed tests.
error	int	Number of tests that produced errors.
skipped	int	Number of skipped tests.
warnings	int	Number of tests with warnings.

total property

total: int

Get the total number of tests.

Returns:

Name	Type	Description
int	int	Sum of all test result counts.

pass_rate property

pass_rate: float

Calculate the pass rate.

Returns:

Name	Type	Description
float	float	Ratio of passed tests to total tests, or 0 if no tests.

get_status_summary

get_status_summary() -> str

Generate a compact string summary of result counts.

Returns:

Name	Type	Description
str	str	Summary string with counts for each status type.

Source code in src/contraqctor/qc/base.py

def get_status_summary(self) -> str:
    """Generate a compact string summary of result counts.

    Returns:
        str: Summary string with counts for each status type.
    """
    return f"P:{self[Status.PASSED]} F:{self[Status.FAILED]} E:{self[Status.ERROR]} S:{self[Status.SKIPPED]} W:{self[Status.WARNING]}"

from_results classmethod

from_results(results: List[Result]) -> ResultsStatistics

Create statistics from a list of test results.

Parameters:

Name	Type	Description	Default
results	List[Result]	List of test results to analyze.	required

Returns:

Name	Type	Description
ResultsStatistics	ResultsStatistics	Statistics object summarizing the results.

Source code in src/contraqctor/qc/base.py

@classmethod
def from_results(cls, results: t.List[Result]) -> "ResultsStatistics":
    """Create statistics from a list of test results.

    Args:
        results: List of test results to analyze.

    Returns:
        ResultsStatistics: Statistics object summarizing the results.
    """
    stats = {status: sum(1 for r in results if r.status == status) for status in Status}
    return cls(
        passed=stats[Status.PASSED],
        failed=stats[Status.FAILED],
        error=stats[Status.ERROR],
        skipped=stats[Status.SKIPPED],
        warnings=stats[Status.WARNING],
    )

Runner

Runner()

Test runner for executing suites and reporting results.

Handles executing test suites, collecting results, and generating reports.

Attributes:

Name	Type	Description
suites	Dict[Optional[str], List[Suite]]	Dictionary mapping group names to lists of test suites.
_results	Optional[List[_TaggedResult]]	Optional dictionary of collected test results by group.

Examples:

from contraqctor.qc.base import Runner

# Create test suites
suite1 = MyTestSuite(component1)
suite2 = AnotherTestSuite(component2)
suite3 = YetAnotherTestSuite(component2)

# Create runner and add suites with group names
runner = Runner()
runner.add_suite(suite1, "Component Tests")
runner.add_suite(suite2, "Integration Tests")
runner.add_suite(suite3, "Integration Tests")

# Run all tests with progress display
results = runner.run_all_with_progress()

# Access results by group
component_results = results["Component Tests"]

Initialize the test runner.

Source code in src/contraqctor/qc/base.py

def __init__(self):
    """Initialize the test runner."""
    self.suites: t.Dict[t.Optional[str], t.List[Suite]] = {}
    self._results: t.Optional[t.List[_TaggedResult]] = None

add_suite

add_suite(suite: Suite) -> Self

add_suite(suite: Suite, group: str) -> Self

add_suite(
    suite: Suite, group: Optional[str] = None
) -> Self

Add a test suite to the runner.

Parameters:

Name	Type	Description	Default
suite	Suite	Test suite to add.	required
group	Optional[str]	Optional group name for organizing suites. Defaults to None.	None

Returns:

Name	Type	Description
Runner	Self	Self for method chaining.

Examples:

runner = Runner()

# Add a suite without a group
runner.add_suite(BasicSuite())

# Add suites with named groups for organization
runner.add_suite(DataSuite(), "Data Validation")
runner.add_suite(VisualizationSuite(), "Data Validation")
runner.add_suite(ApiSuite(), "API Tests")

Source code in src/contraqctor/qc/base.py

def add_suite(self, suite: Suite, group: t.Optional[str] = None) -> t.Self:
    """Add a test suite to the runner.

    Args:
        suite: Test suite to add.
        group: Optional group name for organizing suites. Defaults to None.

    Returns:
        Runner: Self for method chaining.

    Examples:
        ```python
        runner = Runner()

        # Add a suite without a group
        runner.add_suite(BasicSuite())

        # Add suites with named groups for organization
        runner.add_suite(DataSuite(), "Data Validation")
        runner.add_suite(VisualizationSuite(), "Data Validation")
        runner.add_suite(ApiSuite(), "API Tests")
        ```
    """
    self._update_suites(suite, group)
    return self

run_all_with_progress

run_all_with_progress(
    *,
    render_context: bool = True,
    render_description: bool = True,
    render_traceback: bool = True,
    render_message: bool = True,
) -> Dict[Optional[str], List[Result]]

Run all tests in all suites with a rich progress display.

Executes all tests with a visual progress bar and detailed reporting of test outcomes.

Parameters:

Name	Type	Description	Default
render_context	bool	Whether to render test context in result output.	True
render_description	bool	Whether to render test descriptions in result output.	True
render_traceback	bool	Whether to render tracebacks for errors in result output.	True
render_message	bool	Whether to render test result messages in result output.	True

Returns:

Type	Description
Dict[Optional[str], List[Result]]	Dict[Optional[str], List[Result]]: Results grouped by test group name.

Examples:

runner = Runner()
runner.add_suite(DataValidationSuite(), "Validation")
runner.add_suite(PerformanceSuite(), "Performance")

# Run all tests with progress display and complete output
results = runner.run_all_with_progress()

# Run with simplified output (no context or traceback)
results = runner.run_all_with_progress(
    render_context=False,
    render_traceback=False
)

# Check if any tests failed
all_passed = all(
    result.status == Status.PASSED
    for group_results in results.values()
    for result in group_results
)

Source code in src/contraqctor/qc/base.py

def run_all_with_progress(
    self,
    *,
    render_context: bool = True,
    render_description: bool = True,
    render_traceback: bool = True,
    render_message: bool = True,
) -> t.Dict[t.Optional[str], t.List[Result]]:
    """Run all tests in all suites with a rich progress display.

    Executes all tests with a visual progress bar and detailed reporting
    of test outcomes.

    Args:
        render_context: Whether to render test context in result output.
        render_description: Whether to render test descriptions in result output.
        render_traceback: Whether to render tracebacks for errors in result output.
        render_message: Whether to render test result messages in result output.

    Returns:
        Dict[Optional[str], List[Result]]: Results grouped by test group name.

    Examples:
        ```python
        runner = Runner()
        runner.add_suite(DataValidationSuite(), "Validation")
        runner.add_suite(PerformanceSuite(), "Performance")

        # Run all tests with progress display and complete output
        results = runner.run_all_with_progress()

        # Run with simplified output (no context or traceback)
        results = runner.run_all_with_progress(
            render_context=False,
            render_traceback=False
        )

        # Check if any tests failed
        all_passed = all(
            result.status == Status.PASSED
            for group_results in results.values()
            for result in group_results
        )
        ```
    """

    collected_tests = self._collect_tests()
    total_test_count = len(collected_tests)

    suite_name_lengths = [len(suite.name) for suite, _ in _TaggedTest.group_by_suite(collected_tests)]
    # we sum 2 to account for brackets
    group_lengths = [
        len(group) + 2 for group, _ in _TaggedTest.group_by_group(collected_tests) if group is not None
    ]
    full_name_width = max(suite_name_lengths + group_lengths) if suite_name_lengths else 10
    test_name_width = 20  # To render the test name during progress
    bar_width = 20

    progress_format = [
        f"[progress.description]{{task.description:<{full_name_width + test_name_width + 5}}}",
        rich.progress.BarColumn(),
        "[progress.percentage]{task.percentage:>3.0f}%",
        "•",
        rich.progress.TimeElapsedColumn(),
    ]

    with rich.progress.Progress(*progress_format) as progress:
        total_task = progress.add_task(
            "[bold green]TOTAL PROGRESS".ljust(full_name_width + test_name_width + 5), total=total_test_count
        )

        collected_results: t.List[_TaggedResult] = []
        for group, tests_in_group in _TaggedTest.group_by_group(collected_tests):
            _title = (
                rich.markup.escape(f"[{group}]") if group else rich.markup.escape(f"[{self._DEFAULT_TEST_GROUP}]")
            )
            group_task = progress.add_task(
                f"[honeydew2]{_title}".ljust(full_name_width + test_name_width + 5),
                total=len(tests_in_group),
            )
            for suite, tests_in_suite in _TaggedTest.group_by_suite(tests_in_group):
                results = self._run_suite_tests(
                    progress,
                    suite,
                    [t.test for t in tests_in_suite],
                    full_name_width,
                    test_name_width,
                    total_task,
                    group_task,
                )
                for result in results:
                    collected_results.append(
                        _TaggedResult(suite=suite, group=group, result=result, test=result.test_reference)
                    )

            if len(_TaggedResult.get_by_group(collected_results, group)) > 0:
                group_results = [
                    tagged_result.result for tagged_result in _TaggedResult.get_by_group(collected_results, group)
                ]
                group_stats = ResultsStatistics.from_results(group_results)
                group_status_bar = self._render_status_bar(group_stats, bar_width)
                padding_width = max(0, full_name_width - len(self._rich_unscape(_title)))
                group_line = f"[honeydew2]{_title}{' ' * padding_width} | {group_status_bar} | {group_stats.get_status_summary()}"
                progress.update(group_task, description=group_line)

        if total_test_count > 0:
            total_stats = ResultsStatistics.from_results(
                [tagged_result.result for tagged_result in collected_results]
            )
            total_status_bar = self._render_status_bar(total_stats, bar_width)

            _title = "TOTAL PROGRESS"
            # Fix: Use max() to ensure padding width is never negative
            padding_width = max(0, full_name_width - len(_title))
            total_line = f"[bold green]{_title}{' ' * padding_width} | {total_status_bar} | {total_stats.get_status_summary()}"
            progress.update(total_task, description=total_line)

    self._results = collected_results
    if self._results:
        self._print_results(
            self._results,
            render_description=render_description,
            render_traceback=render_traceback,
            render_message=render_message,
            render_context=render_context,
        )

    out: t.Dict[t.Optional[str], t.List[Result]] = {}
    for group, grouped_results in _TaggedResult.group_by_group(collected_results):
        out[group] = [tagged_result.result for tagged_result in grouped_results]
    return out

Status

Bases: Enum

Enum representing possible test result statuses.

Defines the different states a test can be in after execution.

Suite

Bases: ABC

Base class for test suites.

Provides the core functionality for defining, running, and reporting on tests. All test suites should inherit from this class and implement test methods that start with 'test'.

Examples:

from contraqctor.qc.base import Suite

class MyTestSuite(Suite):
    """Test suite for validating my component."""

    def __init__(self, component):
        self.component = component

    def test_has_required_property(self):
        if hasattr(self.component, "required_property"):
            return self.pass_test(True, "Component has required property")
        else:
            return self.fail_test(False, "Component is missing required property")

    def test_performs_calculation(self):
        try:
            result = self.component.calculate(10)
            if result == 20:
                return self.pass_test(result, "Calculation correct")
            else:
                return self.fail_test(result, f"Expected 20 but got {result}")
        except Exception as e:
            return self.fail_test(None, f"Calculation failed: {str(e)}")

description property

description: Optional[str]

Get the description of the test suite from its docstring.

Returns:

Type	Description
Optional[str]	Optional[str]: The docstring of the class, or None if not available.

name property

name: str

Get the name of the test suite.

Returns:

Name	Type	Description
str	str	The name of the test suite class.

get_tests

get_tests() -> Generator[ITest, None, None]

Find all methods starting with 'test'.

Yields:

Name	Type	Description
ITest	ITest	Test methods found in the suite.

Source code in src/contraqctor/qc/base.py

def get_tests(self) -> t.Generator[ITest, None, None]:
    """Find all methods starting with 'test'.

    Yields:
        ITest: Test methods found in the suite.
    """
    for name, method in inspect.getmembers(self, predicate=inspect.ismethod):
        if name.startswith("test"):
            yield method

pass_test

pass_test() -> Result

pass_test(result: Any) -> Result

pass_test(result: Any, message: str) -> Result

pass_test(result: Any, *, context: Any) -> Result

pass_test(
    result: Any, message: str, *, context: Any
) -> Result

pass_test(
    result: Any = None,
    message: Optional[str] = None,
    *,
    context: Optional[Any] = None,
) -> Result

Create a passing test result.

Parameters:

Name	Type	Description	Default
result	Any	The value to include in the test result.	None
message	Optional[str]	Optional message describing why the test passed.	None
context	Optional[Any]	Optional contextual data for the test result.	None

Returns:

Name	Type	Description
Result	Result	A Result object with PASSED status.

Source code in src/contraqctor/qc/base.py

def pass_test(
    self, result: t.Any = None, message: t.Optional[str] = None, *, context: t.Optional[t.Any] = None
) -> Result:
    """Create a passing test result.

    Args:
        result: The value to include in the test result.
        message: Optional message describing why the test passed.
        context: Optional contextual data for the test result.

    Returns:
        Result: A Result object with PASSED status.
    """
    calling_func_name, description = self._get_caller_info()

    return Result(
        status=Status.PASSED,
        result=result,
        test_name=calling_func_name,
        suite_name=self.name,
        message=message,
        context=context,
        description=description,
    )

warn_test

warn_test() -> Result

warn_test(result: Any) -> Result

warn_test(result: Any, message: str) -> Result

warn_test(result: Any, *, context: Any) -> Result

warn_test(
    result: Any, message: str, *, context: Any
) -> Result

warn_test(
    result: Any = None,
    message: Optional[str] = None,
    *,
    context: Optional[Any] = None,
) -> Result

Create a warning test result.

Creates a result with WARNING status, or FAILED if warnings are elevated.

Parameters:

Name	Type	Description	Default
result	Any	The value to include in the test result.	None
message	Optional[str]	Optional message describing the warning.	None
context	Optional[Any]	Optional contextual data for the test result.	None

Returns:

Name	Type	Description
Result	Result	A Result object with WARNING or FAILED status.

Source code in src/contraqctor/qc/base.py

def warn_test(
    self, result: t.Any = None, message: t.Optional[str] = None, *, context: t.Optional[t.Any] = None
) -> Result:
    """Create a warning test result.

    Creates a result with WARNING status, or FAILED if warnings are elevated.

    Args:
        result: The value to include in the test result.
        message: Optional message describing the warning.
        context: Optional contextual data for the test result.

    Returns:
        Result: A Result object with WARNING or FAILED status.
    """
    calling_func_name, description = self._get_caller_info()

    return Result(
        status=Status.WARNING if not _elevate_warning.get() else Status.FAILED,
        result=result,
        test_name=calling_func_name,
        suite_name=self.name,
        message=message,
        context=context,
        description=description,
    )

fail_test

fail_test() -> Result

fail_test(result: Any) -> Result

fail_test(result: Any, message: str) -> Result

fail_test(
    result: Any, message: str, *, context: Any
) -> Result

fail_test(
    result: Optional[Any] = None,
    message: Optional[str] = None,
    *,
    context: Optional[Any] = None,
) -> Result

Create a failing test result.

Parameters:

Name	Type	Description	Default
result	Optional[Any]	The value to include in the test result.	None
message	Optional[str]	Optional message describing why the test failed.	None
context	Optional[Any]	Optional contextual data for the test result.	None

Returns:

Name	Type	Description
Result	Result	A Result object with FAILED status.

Source code in src/contraqctor/qc/base.py

def fail_test(
    self, result: t.Optional[t.Any] = None, message: t.Optional[str] = None, *, context: t.Optional[t.Any] = None
) -> Result:
    """Create a failing test result.

    Args:
        result: The value to include in the test result.
        message: Optional message describing why the test failed.
        context: Optional contextual data for the test result.

    Returns:
        Result: A Result object with FAILED status.
    """
    calling_func_name, description = self._get_caller_info()

    return Result(
        status=Status.FAILED,
        result=result,
        test_name=calling_func_name,
        suite_name=self.name,
        message=message,
        context=context,
        description=description,
    )

skip_test

skip_test() -> Result

skip_test(message: str) -> Result

skip_test(message: str, *, context: Any) -> Result

skip_test(
    message: Optional[str] = None,
    *,
    context: Optional[Any] = None,
) -> Result

Create a skipped test result.

Creates a result with SKIPPED status, or FAILED if skips are elevated.

Parameters:

Name	Type	Description	Default
message	Optional[str]	Optional message explaining why the test was skipped.	None
context	Optional[Any]	Optional contextual data for the test result.	None

Returns:

Name	Type	Description
Result	Result	A Result object with SKIPPED or FAILED status.

Source code in src/contraqctor/qc/base.py

def skip_test(self, message: t.Optional[str] = None, *, context: t.Optional[t.Any] = None) -> Result:
    """Create a skipped test result.

    Creates a result with SKIPPED status, or FAILED if skips are elevated.

    Args:
        message: Optional message explaining why the test was skipped.
        context: Optional contextual data for the test result.

    Returns:
        Result: A Result object with SKIPPED or FAILED status.
    """
    calling_func_name, description = self._get_caller_info()
    return Result(
        status=Status.SKIPPED if not _elevate_skippable.get() else Status.FAILED,
        result=None,
        test_name=calling_func_name,
        suite_name=self.name,
        message=message,
        context=context,
        description=description,
    )

setup

setup() -> None

Run before each test method.

This method can be overridden by subclasses to implement setup logic that runs before each test.

Source code in src/contraqctor/qc/base.py

def setup(self) -> None:
    """Run before each test method.

    This method can be overridden by subclasses to implement
    setup logic that runs before each test.
    """
    pass

teardown

teardown() -> None

Run after each test method.

This method can be overridden by subclasses to implement teardown logic that runs after each test.

Source code in src/contraqctor/qc/base.py

def teardown(self) -> None:
    """Run after each test method.

    This method can be overridden by subclasses to implement
    teardown logic that runs after each test.
    """
    pass

run_test

run_test(
    test_method: ITest,
) -> Generator[Result, None, None]

Run a single test method and yield its results.

Handles setup, test execution, result processing, and teardown.

Parameters:

Name	Type	Description	Default
test_method	ITest	The test method to run.	required

Yields:

Name	Type	Description
Result	Result	Result objects produced by the test method.

Source code in src/contraqctor/qc/base.py

def run_test(self, test_method: ITest) -> t.Generator[Result, None, None]:
    """Run a single test method and yield its results.

    Handles setup, test execution, result processing, and teardown.

    Args:
        test_method: The test method to run.

    Yields:
        Result: Result objects produced by the test method.
    """
    test_name = test_method.__name__
    suite_name = self.name
    test_description = getattr(test_method, "__doc__", None)

    try:
        self.setup()
        result = test_method()
        if inspect.isgenerator(result):
            for sub_result in result:
                yield self._process_test_result(sub_result, test_method, test_name, test_description)
        else:
            yield self._process_test_result(result, test_method, test_name, test_description)
    except Exception as e:
        tb = traceback.format_exc()
        yield Result(
            status=Status.ERROR,
            result=None,
            test_name=test_name,
            suite_name=suite_name,
            description=test_description,
            message=f"Error during test execution: {str(e)}",
            exception=e,
            traceback=tb,
            test_reference=test_method,
            suite_reference=self,
        )
    finally:
        self.teardown()

run_all

run_all() -> Generator[Result, None, None]

Run all test methods in the suite.

Finds all test methods and runs them in sequence.

Yields:

Name	Type	Description
Result	Result	Result objects produced by all test methods.

Source code in src/contraqctor/qc/base.py

def run_all(self) -> t.Generator[Result, None, None]:
    """Run all test methods in the suite.

    Finds all test methods and runs them in sequence.

    Yields:
        Result: Result objects produced by all test methods.
    """
    for test in self.get_tests():
        yield from self.run_test(test)

allow_null_as_pass

allow_null_as_pass(value: bool = True)

Context manager to control whether null results are allowed as pass.

When enabled, tests that return None will be treated as passing tests rather than producing errors.

Parameters:

Name	Type	Description	Default
value	bool	True to allow null results as passing, False otherwise.	True

Examples:

from contraqctor.qc.base import allow_null_as_pass, Runner

# Create a test suite with methods that return None
class SimpleTestSuite(Suite):
    def test_basic_check(self):
        # This method returns None, which would normally be an error
        print("Performing a check")
        # No explicit return

# Run with allow_null_as_pass to treat None returns as passing
suite = SimpleTestSuite()
runner = Runner().add_suite(suite)

with allow_null_as_pass():
    # None returns will be treated as passing tests
    results = runner.run_all_with_progress()

# Outside the context manager, None returns would cause errors

Source code in src/contraqctor/qc/base.py

@contextmanager
def allow_null_as_pass(value: bool = True):
    """Context manager to control whether null results are allowed as pass.

    When enabled, tests that return None will be treated as passing tests
    rather than producing errors.

    Args:
        value: True to allow null results as passing, False otherwise.

    Examples:
        ```python
        from contraqctor.qc.base import allow_null_as_pass, Runner

        # Create a test suite with methods that return None
        class SimpleTestSuite(Suite):
            def test_basic_check(self):
                # This method returns None, which would normally be an error
                print("Performing a check")
                # No explicit return

        # Run with allow_null_as_pass to treat None returns as passing
        suite = SimpleTestSuite()
        runner = Runner().add_suite(suite)

        with allow_null_as_pass():
            # None returns will be treated as passing tests
            results = runner.run_all_with_progress()

        # Outside the context manager, None returns would cause errors
        ```
    """
    token = _allow_null_as_pass_ctx.set(value)
    try:
        yield
    finally:
        _allow_null_as_pass_ctx.reset(token)

elevated_skips

elevated_skips(value: bool = True)

Context manager to control whether skipped tests are treated as failures.

When enabled, skipped tests will be treated as failing tests rather than being merely marked as skipped.

Parameters:

Name	Type	Description	Default
value	bool	True to elevate skipped tests to failures, False otherwise.	True

Examples:

from contraqctor.qc.base import elevated_skips, Runner

# Create a test suite with some skipped tests
class FeatureTestSuite(Suite):
    def test_implemented_feature(self):
        return self.pass_test(True, "Feature works")

    def test_unimplemented_feature(self):
        return self.skip_test("Feature not yet implemented")

# Run with elevated_skips to fail when tests are skipped
suite = FeatureTestSuite()
runner = Runner().add_suite(suite)

with elevated_skips():
    # Skipped tests will be treated as failures
    results = runner.run_all_with_progress()

# Without the context manager, skips are just marked as skipped

Source code in src/contraqctor/qc/base.py

@contextmanager
def elevated_skips(value: bool = True):
    """Context manager to control whether skipped tests are treated as failures.

    When enabled, skipped tests will be treated as failing tests rather than
    being merely marked as skipped.

    Args:
        value: True to elevate skipped tests to failures, False otherwise.

    Examples:
        ```python
        from contraqctor.qc.base import elevated_skips, Runner

        # Create a test suite with some skipped tests
        class FeatureTestSuite(Suite):
            def test_implemented_feature(self):
                return self.pass_test(True, "Feature works")

            def test_unimplemented_feature(self):
                return self.skip_test("Feature not yet implemented")

        # Run with elevated_skips to fail when tests are skipped
        suite = FeatureTestSuite()
        runner = Runner().add_suite(suite)

        with elevated_skips():
            # Skipped tests will be treated as failures
            results = runner.run_all_with_progress()

        # Without the context manager, skips are just marked as skipped
        ```
    """
    token = _elevate_skippable.set(value)
    try:
        yield
    finally:
        _elevate_skippable.reset(token)

elevated_warnings

elevated_warnings(value: bool = True)

Context manager to control whether warnings are treated as failures.

When enabled, warning results will be treated as failing tests rather than just being marked as warnings.

Parameters:

Name	Type	Description	Default
value	bool	True to elevate warnings to failures, False otherwise.	True

Examples:

from contraqctor.qc.base import elevated_warnings, Runner

# Create a test suite with warning conditions
class PerformanceTestSuite(Suite):
    def test_response_time(self):
        response_time = measure_response()

        if response_time < 100:
            return self.pass_test(response_time, "Response time acceptable")
        elif response_time < 200:
            # This would normally be a warning
            return self.warn_test(response_time, "Response time degraded")
        else:
            return self.fail_test(response_time, "Response time unacceptable")

# Run with elevated_warnings to fail on warnings
suite = PerformanceTestSuite()
runner = Runner().add_suite(suite)

with elevated_warnings():
    # Warning results will be treated as failures
    # Useful in CI/CD pipelines where warnings should trigger failures
    results = runner.run_all_with_progress()

Source code in src/contraqctor/qc/base.py

@contextmanager
def elevated_warnings(value: bool = True):
    """Context manager to control whether warnings are treated as failures.

    When enabled, warning results will be treated as failing tests rather than
    just being marked as warnings.

    Args:
        value: True to elevate warnings to failures, False otherwise.

    Examples:
        ```python
        from contraqctor.qc.base import elevated_warnings, Runner

        # Create a test suite with warning conditions
        class PerformanceTestSuite(Suite):
            def test_response_time(self):
                response_time = measure_response()

                if response_time < 100:
                    return self.pass_test(response_time, "Response time acceptable")
                elif response_time < 200:
                    # This would normally be a warning
                    return self.warn_test(response_time, "Response time degraded")
                else:
                    return self.fail_test(response_time, "Response time unacceptable")

        # Run with elevated_warnings to fail on warnings
        suite = PerformanceTestSuite()
        runner = Runner().add_suite(suite)

        with elevated_warnings():
            # Warning results will be treated as failures
            # Useful in CI/CD pipelines where warnings should trigger failures
            results = runner.run_all_with_progress()
        ```
    """
    token = _elevate_warning.set(value)
    try:
        yield
    finally:
        _elevate_warning.reset(token)