Pester

5.0.0-rc3

Functions/Assertions/Be.ps1

                                #Be

function Should-Be ($ActualValue, $ExpectedValue, [switch] $Negate, [string] $Because) {

    <#

.SYNOPSIS

Compares one object with another for equality

and throws if the two objects are not the same.

.EXAMPLE

$actual = "Actual value"

PS C:\>$actual | Should -Be "actual value"

This test will pass. -Be is not case sensitive.

For a case sensitive assertion, see -BeExactly.

.EXAMPLE

$actual = "Actual value"

PS C:\>$actual | Should -Be "not actual value"

This test will fail, as the two strings are not identical.

#>

    [bool] $succeeded = ArraysAreEqual $ActualValue $ExpectedValue

    if ($Negate) {

        $succeeded = -not $succeeded

    }

    $failureMessage = ''

    if (-not $succeeded) {

        if ($Negate) {

            $failureMessage = NotShouldBeFailureMessage -ActualValue $ActualValue -Expected $ExpectedValue -Because $Because

        }

        else {

            $failureMessage = ShouldBeFailureMessage -ActualValue $ActualValue -Expected $ExpectedValue -Because $Because

        }

    }

    return [PSCustomObject] @{

        Succeeded      = $succeeded

        FailureMessage = $failureMessage

    }

}

function ShouldBeFailureMessage($ActualValue, $ExpectedValue, $Because) {

    # This looks odd; it's to unroll single-element arrays so the "-is [string]" expression works properly.

    $ActualValue = $($ActualValue)

    $ExpectedValue = $($ExpectedValue)

    if (-not (($ExpectedValue -is [string]) -and ($ActualValue -is [string]))) {

        return "Expected $(Format-Nicely $ExpectedValue),$(if ($null -ne $Because) { Format-Because $Because }) but got $(Format-Nicely $ActualValue)."

    }

    <#joining the output strings to a single string here, otherwise I get

       Cannot find an overload for "Exception" and the argument count: "4".

       at line: 63 in C:\Users\nohwnd\github\pester\Functions\Assertions\Should.ps1

    This is a quickwin solution, doing the join in the Should directly might be better

    way of doing this. But I don't want to mix two problems.

    #>

    (Get-CompareStringMessage -Expected $ExpectedValue -Actual $ActualValue -Because $Because) -join "`n"

}

function NotShouldBeFailureMessage($ActualValue, $ExpectedValue, $Because) {

    return "Expected $(Format-Nicely $ExpectedValue) to be different from the actual value,$(if ($null -ne $Because) { Format-Because $Because }) but got the same value."

}

Add-ShouldOperator -Name               Be `

    -InternalName       Should-Be `

    -Test               ${function:Should-Be} `

    -Alias              'EQ' `

    -SupportsArrayInput

#BeExactly

function Should-BeExactly($ActualValue, $ExpectedValue, $Because) {

    <#

.SYNOPSIS

Compares one object with another for equality and throws if the

two objects are not the same. This comparison is case sensitive.

.EXAMPLE

$actual = "Actual value"

PS C:\>$actual | Should -Be "Actual value"

This test will pass. The two strings are identical.

.EXAMPLE

$actual = "Actual value"

PS C:\>$actual | Should -Be "actual value"

This test will fail, as the two strings do not match case sensitivity.

#>

    [bool] $succeeded = ArraysAreEqual $ActualValue $ExpectedValue -CaseSensitive

    if ($Negate) {

        $succeeded = -not $succeeded

    }

    $failureMessage = ''

    if (-not $succeeded) {

        if ($Negate) {

            $failureMessage = NotShouldBeExactlyFailureMessage -ActualValue $ActualValue -ExpectedValue $ExpectedValue -Because $Because

        }

        else {

            $failureMessage = ShouldBeExactlyFailureMessage -ActualValue $ActualValue -ExpectedValue $ExpectedValue -Because $Because

        }

    }

    return [PSCustomObject] @{

        Succeeded      = $succeeded

        FailureMessage = $failureMessage

    }

}

function ShouldBeExactlyFailureMessage($ActualValue, $ExpectedValue, $Because) {

    # This looks odd; it's to unroll single-element arrays so the "-is [string]" expression works properly.

    $ActualValue = $($ActualValue)

    $ExpectedValue = $($ExpectedValue)

    if (-not (($ExpectedValue -is [string]) -and ($ActualValue -is [string]))) {

        return "Expected exactly $(Format-Nicely $ExpectedValue),$(if ($null -ne $Because) { Format-Because $Because }) but got $(Format-Nicely $ActualValue)."

    }

    <#joining the output strings to a single string here, otherwise I get

       Cannot find an overload for "Exception" and the argument count: "4".

       at line: 63 in C:\Users\nohwnd\github\pester\Functions\Assertions\Should.ps1

    This is a quickwin solution, doing the join in the Should directly might be better

    way of doing this. But I don't want to mix two problems.

    #>

    (Get-CompareStringMessage -Expected $ExpectedValue -Actual $ActualValue -CaseSensitive -Because $Because) -join "`n"

}

function NotShouldBeExactlyFailureMessage($ActualValue, $ExpectedValue, $Because) {

    return "Expected $(Format-Nicely $ExpectedValue) to be different from the actual value,$(if ($null -ne $Because) { Format-Because $Because }) but got exactly the same value."

}

Add-ShouldOperator -Name               BeExactly `

    -InternalName       Should-BeExactly `

    -Test               ${function:Should-BeExactly} `

    -Alias              'CEQ' `

    -SupportsArrayInput

#common functions

function Get-CompareStringMessage {

    param(

        [Parameter(Mandatory = $true)]

        [AllowEmptyString()]

        [String]$ExpectedValue,

        [Parameter(Mandatory = $true)]

        [AllowEmptyString()]

        [String]$Actual,

        [switch]$CaseSensitive,

        $Because

    )

    $ExpectedValueLength = $ExpectedValue.Length

    $actualLength = $actual.Length

    $maxLength = if ($ExpectedValueLength -gt $actualLength) { $ExpectedValueLength } else { $actualLength }

    $differenceIndex = $null

    for ($i = 0; $i -lt $maxLength -and ($null -eq $differenceIndex); ++$i) {

        $differenceIndex = if ($CaseSensitive -and ($ExpectedValue[$i] -cne $actual[$i])) {

            $i

        }

        elseif ($ExpectedValue[$i] -ne $actual[$i]) {

            $i

        }

    }

    if ($null -ne $differenceIndex) {

        "Expected strings to be the same,$(if ($null -ne $Because) { Format-Because $Because }) but they were different."

        if ($ExpectedValue.Length -ne $actual.Length) {

            "Expected length: $ExpectedValueLength"

            "Actual length:   $actualLength"

            "Strings differ at index $differenceIndex."

        }

        else {

            "String lengths are both $ExpectedValueLength."

            "Strings differ at index $differenceIndex."

        }

        $ellipsis = "..."

        $excerptSize = 5;

        "Expected: '{0}'" -f (  Expand-SpecialCharacters -InputObject (Format-AsExcerpt -InputObject $ExpectedValue -startIndex $differenceIndex -excerptSize $excerptSize  -excerptMarker $ellipsis) )

        "But was:  '{0}'" -f ( Expand-SpecialCharacters -InputObject (Format-AsExcerpt -InputObject $actual -startIndex $differenceIndex -excerptSize $excerptSize -excerptMarker $ellipsis ) )

    }

}

function Format-AsExcerpt {

    param (

        [Parameter(Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)]

        [AllowEmptyString()]

        [string]$InputObject,

        [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)]

        [int]$startIndex,

        [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)]

        [int]$excerptSize,

        [Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)]

        [string]$excerptMarker

    )

    $InputObjectDisplay = [string]::Empty

    $displayDifferenceIndex = $startIndex - $excerptSize

    $maximumStringLength = 40

    $maximumSubstringLength = $excerptSize * 2

    $substringLength = $InputObject.Length - $displayDifferenceIndex

    if ($substringLength -gt $maximumSubstringLength) {

        $substringLength = $maximumSubstringLength

    }

    if ($displayDifferenceIndex + $substringLength -lt $InputObject.Length) {

        $endExcerptMarker = $excerptMarker

    }

    if ($displayDifferenceIndex -lt 0) {

        $displayDifferenceIndex = 0

    }

    if ($InputObject.length -ge $maximumStringLength) {

        if ($displayDifferenceIndex -ne 0) {

            $InputObjectDisplay = $excerptMarker

        }

        $InputObjectDisplay += $InputObject.Substring($displayDifferenceIndex, $substringLength) + $endExcerptMarker

    }

    else {

        $InputObjectDisplay = $InputObject

    }

    $InputObjectDisplay

}

function Expand-SpecialCharacters {

    param (

        [Parameter(Mandatory = $true, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)]

        [AllowEmptyString()]

        [string[]]$InputObject)

    process {

        $InputObject -replace "`n", "\n" -replace "`r", "\r" -replace "`t", "\t" -replace "`0", "\0" -replace "`b", "\b"

    }

}

function ArraysAreEqual {

    param (

        [object[]] $First,

        [object[]] $Second,

        [switch] $CaseSensitive,

        [int] $RecursionDepth = 0,

        [int] $RecursionLimit = 100

    )

    $RecursionDepth++

    if ($RecursionDepth -gt $RecursionLimit) {

        throw "Reached the recursion depth limit of $RecursionLimit when comparing arrays $First and $Second. Is one of your arrays cyclic?"

    }

    # Do not remove the subexpression @() operators in the following two lines; doing so can cause a

    # silly error in PowerShell v3.  (Null Reference exception from the PowerShell engine in a

    # method called CheckAutomationNullInCommandArgumentArray(System.Object[]) ).

    $firstNullOrEmpty = ArrayOrSingleElementIsNullOrEmpty -Array @($First)

    $secondNullOrEmpty = ArrayOrSingleElementIsNullOrEmpty -Array @($Second)

    if ($firstNullOrEmpty -or $secondNullOrEmpty) {

        return $firstNullOrEmpty -and $secondNullOrEmpty

    }

    if ($First.Count -ne $Second.Count) {

        return $false

    }

    for ($i = 0; $i -lt $First.Count; $i++) {

        if ((IsArray $First[$i]) -or (IsArray $Second[$i])) {

            if (-not (ArraysAreEqual -First $First[$i] -Second $Second[$i] -CaseSensitive:$CaseSensitive -RecursionDepth $RecursionDepth -RecursionLimit $RecursionLimit)) {

                return $false

            }

        }

        else {

            if ($CaseSensitive) {

                $comparer = { param($Actual, $Expected) $Expected -ceq $Actual }

            }

            else {

                $comparer = { param($Actual, $Expected) $Expected -eq $Actual }

            }

            if (-not (& $comparer $First[$i] $Second[$i])) {

                return $false

            }

        }

    }

    return $true

}

function ArrayOrSingleElementIsNullOrEmpty {

    param ([object[]] $Array)

    return $null -eq $Array -or $Array.Count -eq 0 -or ($Array.Count -eq 1 -and $null -eq $Array[0])

}

function IsArray {

    param ([object] $InputObject)

    # Changing this could cause infinite recursion in ArraysAreEqual.

    # see https://github.com/pester/Pester/issues/785#issuecomment-322794011

    return $InputObject -is [Array]

}

function ReplaceValueInArray {

    param (

        [object[]] $Array,

        [object] $Value,

        [object] $NewValue

    )

    foreach ($object in $Array) {

        if ($Value -eq $object) {

            $NewValue

        }

        elseif (@($object).Count -gt 1) {

            ReplaceValueInArray -Array @($object) -Value $Value -NewValue $NewValue

        }

        else {

            $object

        }

    }

}

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