Class Double_IsRelativelyAndAbsolutelyCloseTo_Double_Double_Double_Assertion

Namespace

TUnit.Assertions.Extensions

Assembly

MathAssertions.TUnit.dll

Generated assertion for IsRelativelyAndAbsolutelyCloseTo

public sealed class Double_IsRelativelyAndAbsolutelyCloseTo_Double_Double_Double_Assertion : Assertion<double>, IAssertion

Inheritance

object

Assertion<double>

Double_IsRelativelyAndAbsolutelyCloseTo_Double_Double_Double_Assertion

Implements

IAssertion

Inherited Members

Assertion<double>.Because(string)

Assertion<double>.AssertAsync()

Assertion<double>.GetAwaiter()

Assertion<double>.And

Assertion<double>.Or

object.Equals(object)

object.Equals(object, object)

object.GetHashCode()

object.GetType()

object.ReferenceEquals(object, object)

object.ToString()

Constructors

Double_IsRelativelyAndAbsolutelyCloseTo_Double_Double_Double_Assertion(AssertionContext<double>, double, double, double)

public Double_IsRelativelyAndAbsolutelyCloseTo_Double_Double_Double_Assertion(AssertionContext<double> context, double expected, double relativeTolerance, double absoluteTolerance)

Parameters

context AssertionContext<double>

expected double

relativeTolerance double

absoluteTolerance double

Methods

CheckAsync(EvaluationMetadata<double>)

Implements the specific check logic for this assertion. Called after the context has been evaluated. Override this method if your assertion uses the default AssertAsync() flow. If you override AssertAsync() with custom logic (like AndAssertion/OrAssertion), you don't need to implement this.

protected override Task<AssertionResult> CheckAsync(EvaluationMetadata<double> metadata)

Parameters

metadata EvaluationMetadata<double>

Metadata about the evaluation including value, exception, and timing information

Returns

Task<AssertionResult>

The result of the assertion check

GetExpectation()

Gets a human-readable description of what this assertion expects. Used in error messages.

protected override string GetExpectation()

Returns

string