FloatingPointAssertions<T> Class

Definition

Provides assertions for floating-point values.

public sealed class FloatingPointAssertions<T> : ObjectAssertions<T>
   where T : struct, IFloatingPoint<T>

Name	Description
`T`	The floating-point type of the value being asserted on.

Name	Description
`FloatingPointAssertions(T)`	Provides assertions for floating-point values.

Name	Description
`BeApproximately(T, T)`	Asserts that the floating-point value is approximately equal to the expected value within the specified precision.
`BeGreaterThan(T, T)`	Asserts that the floating-point value is greater than the expected value.
`BeGreaterThanOrEqualTo(T, T)`	Asserts that the floating-point value is greater than or equal to the expected value.
`BeInfinity()`	Asserts that the floating-point value is positive or negative infinity.
`BeLessThan(T, T)`	Asserts that the floating-point value is less than the expected value.
`BeLessThanOrEqualTo(T, T)`	Asserts that the floating-point value is less than or equal to the expected value.
`BeNaN()`	Asserts that the floating-point value is `NaN` (not a number).
`BeNegative()`	Asserts that the floating-point value is negative.
`BeNegativeInfinity()`	Asserts that the floating-point value is negative infinity.
`BePositive()`	Asserts that the floating-point value is positive.
`BePositiveInfinity()`	Asserts that the floating-point value is positive infinity.
`BeZero()`	Asserts that the floating-point value is zero.
`NotBeInfinity()`	Asserts that the floating-point value is not positive or negative infinity.
`NotBeNaN()`	Asserts that the floating-point value is not `NaN` (not a number).
`NotBeNegative()`	Asserts that the floating-point value is not negative.
`NotBePositive()`	Asserts that the floating-point value is not positive.
`NotBeZero()`	Asserts that the floating-point value is not zero.