Benchpress.format.ps1xml

<?xml version="1.0" encoding="utf-16"?>
<!-- Generated with EZOut 1.9.9: Install-Module EZOut or https://github.com/StartAutomating/EZOut -->
<Configuration>
  <ViewDefinitions>
    <View>
      <Name>Benchmark.DetailDeserialized.Benchmark.Detail</Name>
      <ViewSelectedBy>
        <TypeName>Benchmark.Detail</TypeName>
        <TypeName>Deserialized.Benchmark.Detail</TypeName>
      </ViewSelectedBy>
      <GroupBy>
        <ScriptBlock>
            $_.FileName + ' ' + $_.GroupName + $(if ($_.ClockSpeed) { '@~'+ $_.ClockSpeed+' Mhz'})
        </ScriptBlock>
        <Label>Benchmark</Label>
      </GroupBy>
      <TableControl>
        <AutoSize />
        <TableHeaders>
          <TableColumnHeader>
            <Alignment>left</Alignment>
            <Width>40</Width>
          </TableColumnHeader>
          <TableColumnHeader>
            <Alignment>left</Alignment>
          </TableColumnHeader>
          <TableColumnHeader>
            <Alignment>left</Alignment>
          </TableColumnHeader>
          <TableColumnHeader>
            <Alignment>left</Alignment>
          </TableColumnHeader>
          <TableColumnHeader>
            <Alignment>left</Alignment>
          </TableColumnHeader>
          <TableColumnHeader>
            <Alignment>left</Alignment>
          </TableColumnHeader>
        </TableHeaders>
        <TableRowEntries>
          <TableRowEntry>
            <Wrap />
            <TableColumnItems>
              <TableColumnItem>
                <PropertyName>Command</PropertyName>
              </TableColumnItem>
              <TableColumnItem>
                <PropertyName>RepeatCount</PropertyName>
              </TableColumnItem>
              <TableColumnItem>
                <PropertyName>TotalTime</PropertyName>
              </TableColumnItem>
              <TableColumnItem>
                <PropertyName>AverageTime</PropertyName>
              </TableColumnItem>
              <TableColumnItem>
                <PropertyName>FastestTime</PropertyName>
              </TableColumnItem>
              <TableColumnItem>
                <PropertyName>SlowestTime</PropertyName>
              </TableColumnItem>
            </TableColumnItems>
          </TableRowEntry>
        </TableRowEntries>
      </TableControl>
    </View>
    <View>
      <Name>Benchmark.OutputFile</Name>
      <ViewSelectedBy>
        <TypeName>Benchmark.OutputFile</TypeName>
      </ViewSelectedBy>
      <CustomControl>
        <CustomEntries>
          <CustomEntry>
            <CustomItem>
              <ExpressionBinding>
                <ScriptBlock>$moduleName = 'Benchpress'

            do {
                $lm = Get-Module -Name $moduleName -ErrorAction Ignore
                if (-not $lm) { continue }
                if ($lm.FormatPartsLoaded) { break }
                $wholeScript = @(foreach ($formatFilePath in $lm.exportedFormatFiles) {
                    foreach ($partNodeName in Select-Xml -LiteralPath $formatFilePath -XPath "/Configuration/Controls/Control/Name[starts-with(., '$')]") {
                        $ParentNode = $partNodeName.Node.ParentNode
                        "$($ParentNode.Name)={
            $($ParentNode.CustomControl.CustomEntries.CustomEntry.CustomItem.ExpressionBinding.ScriptBlock)}"
                    }
                }) -join [Environment]::NewLine
                New-Module -Name "${ModuleName}.format.ps1xml" -ScriptBlock ([ScriptBlock]::Create(($wholeScript + ';Export-ModuleMember -Variable *'))) |
                    Import-Module -Global
                $onRemove = [ScriptBlock]::Create("Remove-Module '${ModuleName}.format.ps1xml'")
                
                if (-not $lm.OnRemove) {
                    $lm.OnRemove = $onRemove
                } else {
                    $lm.OnRemove = [ScriptBlock]::Create($onRemove.ToString() + '' + [Environment]::NewLine + $lm.OnRemove)
                }
                $lm | Add-Member NoteProperty FormatPartsLoaded $true -Force
            
            } while ($false)
            
        

    $outputFileInfo = $_
    
    $outputLines = @(
    "---"
    "layout: Benchmark"
    "title: $($outputFileInfo.FileName)"
    $outputFileInfo | ConvertTo-Json -Depth 10 | ConvertFrom-Json | &amp; ${Benchpress_Format-YAML}
    "---"

    [Environment]::Newline

    foreach ($group in $outputFileInfo.Data | Group-Object GroupName) {
        if ($group.Name) {
            &amp; ${Benchpress_Format-Markdown} -Heading $group.Name -HeadingSize 3
        }
        
        [Environment]::Newline

        $group.Group |
            Select-Object Technique, RepeatCount, @{
                Name='Time'
                Expression = {
                    $_.Time.ToString().Substring(0,15)
                }
            },
            @{
                Name = 'RelativeSpeed'
                Expression = {
                    [Math]::Round($_.RelativeSpeed, 2).ToString() + 'x'
                }
            }, @{
                Name = 'Throughput'
                Expression = {
                    [Math]::Round($_.Throughput,2).ToString() + "/s"
                }
            } |
            &amp; ${Benchpress_Format-Markdown} -MarkdownTable

        [Environment]::Newline
    }
    )

    $outputLines -join [Environment]::Newline
</ScriptBlock>
              </ExpressionBinding>
            </CustomItem>
          </CustomEntry>
        </CustomEntries>
      </CustomControl>
    </View>
    <View>
      <Name>Benchmark.Relative.SummaryDeserialized.Benchmark.Relative.Summary</Name>
      <ViewSelectedBy>
        <TypeName>Benchmark.Relative.Summary</TypeName>
        <TypeName>Deserialized.Benchmark.Relative.Summary</TypeName>
      </ViewSelectedBy>
      <GroupBy>
        <ScriptBlock>
        $_.FileName + ' ' + $_.GroupName + $(if ($_.ClockSpeed) { '@~'+ $_.ClockSpeed+' Mhz'})
    </ScriptBlock>
        <Label>Benchmark</Label>
      </GroupBy>
      <TableControl>
        <TableHeaders>
          <TableColumnHeader>
          </TableColumnHeader>
          <TableColumnHeader>
            <Label>Time</Label>
          </TableColumnHeader>
          <TableColumnHeader>
            <Label>RelativeSpeed</Label>
          </TableColumnHeader>
          <TableColumnHeader>
            <Label>Throughput</Label>
          </TableColumnHeader>
        </TableHeaders>
        <TableRowEntries>
          <TableRowEntry>
            <TableColumnItems>
              <TableColumnItem>
                <PropertyName>Technique</PropertyName>
              </TableColumnItem>
              <TableColumnItem>
                <ScriptBlock> $_.Time.ToString().Substring(0,15) </ScriptBlock>
              </TableColumnItem>
              <TableColumnItem>
                <ScriptBlock> [Math]::Round($_.RelativeSpeed, 2).ToString() + 'x'</ScriptBlock>
              </TableColumnItem>
              <TableColumnItem>
                <ScriptBlock>[Math]::Round($_.Throughput,2).ToString() + "/s"</ScriptBlock>
              </TableColumnItem>
            </TableColumnItems>
          </TableRowEntry>
        </TableRowEntries>
      </TableControl>
    </View>
  </ViewDefinitions>
  <Controls>
    <Control>
      <Name>${Benchpress_Format-YAML}</Name>
      <CustomControl>
        <CustomEntries>
          <CustomEntry>
            <CustomItem>
              <ExpressionBinding>
                <ScriptBlock>
    &lt;#
    .SYNOPSIS
        Formats objects as YAML
    .DESCRIPTION
        Formats an object as YAML.
    .EXAMPLE
        Format-Yaml -InputObject @("a", "b", "c")
    .EXAMPLE
        @{a="b";c="d";e=@{f=@('g')}} | Format-Yaml
    #&gt;
    [Management.Automation.Cmdlet("Format","Object")]
    [ValidateScript({return $true})]
    param(
    # The InputObject.
    [Parameter(ValueFromPipeline)]
    [PSObject]
    $InputObject,

    # If set, will make a YAML header by adding a YAML Document tag above and below output.
    [Alias('YAMLDocument')]
    [switch]
    $YamlHeader,

    [int]
    $Indent = 0,

    # The maximum depth of objects to include.
    # Beyond this depth, an empty string will be returned.
    [int]
    $Depth
    )

    begin {
        $toYaml = {
            param(
            [Parameter(ValueFromPipeline,Position=0)]$Object,
            [Object]$Parent,
            [Object]$GrandParent,
            [int]$Indent = 0)
            
            begin { $n = 0; $mySelf = $myInvocation.MyCommand.ScriptBlock }
            process {
                $n++
                if ($Object -eq $null) { return }

                if ($depth) {
                    $myDepth = $indent / 2
                    if ($myDepth -gt $depth) {
                        return ''
                    }
                }
            
                if ($Parent -and $Parent -is [Collections.IList]) {
                    if ($Parent.IndexOf($Object) -gt 0) { ' ' * $Indent }
                    '- '
                }
            
                #region Primitives
                if ( $Object -is [string] ) { # If it's a string
                    if ($object -match '\n') { # see if it's a multline string.
                        "|" # If it is, emit the multiline indicator
                        $indent +=2
                        foreach ($l in $object -split '(?&gt;\r\n|\n)') { # and emit each line indented
                            [Environment]::NewLine
                            ' ' * $indent
                            $l
                        }
                        $indent -=2
                    } elseif ("$object".Contains('*')) {
                        "'$($Object -replace "'","''")'"
                    } else {
                        $object
                    }
            
                    if ($Parent -is [Collections.IList]) { # If the parent object was a list
                        [Environment]::NewLine # emit a newline.
                    }
                    return # Once the string has been emitted, return.
                }
                if ( $Object.GetType().IsPrimitive ) { # If it is a primitive type
                    "$Object".ToLower() # Emit it in lowercase.
                    if ($Parent -is [Collections.IList]) {
                        [Environment]::NewLine
                    }
                    return
                }
                #endregion Primitives
            
                #region KVP
                if ( $Object -is [Collections.DictionaryEntry] -or $object -is [Management.Automation.PSPropertyInfo]) {
                    if ($Parent -isnot [Collections.IList] -and
                        ($GrandParent -isnot [Collections.IList] -or $n -gt 1)) {
                        [Environment]::NewLine + (" " * $Indent)
                    }
                    if ($object.Key -and $Object.Key -is [string]) {
                        $Object.Key +": "
                    } elseif ($object.Name -and $object.Name -is [string]) {
                        $Object.Name +": "
                    }
                }
            
                if ( $Object -is [Collections.DictionaryEntry] -or $Object -is [Management.Automation.PSPropertyInfo]) {
                    &amp; $mySelf -Object $Object.Value -Parent $Object -GrandParent $parent -Indent $Indent
                    return
                }
                #endregion KVP
            
            
                #region Nested
                if ($parent -and ($Object -is [Collections.IDictionary] -or $Object -is [PSObject])) {
                    $Indent += 2
                }
                elseif ($object -is [Collections.IList]) {
                    $allPrimitive = 1
                    foreach ($Obj in $Object) {
                        $allPrimitive = $allPrimitive -band (
                            $Obj -is [string] -or
                            $obj.GetType().IsPrimitive
                        )
                    }
                    if ($parent -and -not $allPrimitive) {
                        $Indent += 2
                    }
                }
            
            
                if ( $Object -is [Collections.IDictionary] ) {
                    $Object.GetEnumerator() |
                        &amp; $mySelf -Parent $Object -GrandParent $Parent -Indent $Indent
                } elseif ($Object -is [Collections.IList]) {
            
                    [Environment]::NewLine + (' ' * $Indent)
            
                    $Object |
                        &amp; $mySelf -Parent $Object -GrandParent $Parent -Indent $Indent
            
                }
                elseif ($object -is [enum]) {
                    $object.ToString()
                }
                elseif ($Object.PSObject.Properties) {
                    $Object.psobject.properties |
                        &amp; $mySelf -Parent $Object -GrandParent $Parent -Indent $Indent
                }
            
                if ($Object -is [Collections.IDictionary] -or $Object -is [PSCustomObject] -or $Object -is [Collections.IList]) {
                    if ($Parent -is [Collections.IList]) { [Environment]::NewLine }
                    $Indent -= 2;
                }
                #endregion Nested
            }
        }
        function IndentString([string]$String,[int]$Indent) {
            @(foreach ($line in @($String -split '(?&gt;\r\n|\n)')) {
                (' ' * $indent) + $line
            }) -join [Environment]::NewLine
        }
        $inputWasNotPiped = $PSBoundParameters.InputObject -as [bool]
        $allInputObjects = @()
    }

    process {
        if ($inputWasNotPiped) {
            IndentString ('' + $(if ($YamlHeader) { '---' + [Environment]::NewLine }) + (
                (&amp; $toYaml -object $inputObject) -join '' -replace
                    "$([Environment]::NewLine * 2)", [Environment]::NewLine
            ) + $(if ($YamlHeader) { [Environment]::NewLine + '---'})) -Indent $Indent
        } else {
            $allInputObjects += $inputObject
        }
    }

    end {
        if (-not $allInputObjects) { return }
        if ($allInputObjects.Length -eq 1) {
            IndentString ('' + $(if ($YamlHeader) { '---' + [Environment]::NewLine}) + (
                (&amp; $toYaml -object $inputObject) -join '' -replace
                    "$([Environment]::NewLine * 2)", [Environment]::NewLine
            ) + $(if ($YamlHeader) { [Environment]::NewLine + '---'})) -Indent $Indent
        } else {
            IndentString ('' + $(if ($YamlHeader) { '---' + [Environment]::NewLine}) + (
                (&amp; $toYaml -object $allInputObjects) -join '' -replace
                    "$([Environment]::NewLine * 2)", [Environment]::NewLine
            ) + $(if ($YamlHeader) { [Environment]::NewLine + '---'})) -Indent $Indent
        }
    }
</ScriptBlock>
              </ExpressionBinding>
            </CustomItem>
          </CustomEntry>
        </CustomEntries>
      </CustomControl>
    </Control>
    <Control>
      <Name>${Benchpress_Format-Markdown}</Name>
      <CustomControl>
        <CustomEntries>
          <CustomEntry>
            <CustomItem>
              <ExpressionBinding>
                <ScriptBlock>
    &lt;#
    .SYNOPSIS
        Formats an object as Markdown
    .DESCRIPTION
        Formats an object as Markdown, with many options to work with
    .EXAMPLE
        Format-Markdown -ScriptBlock {
            Get-Process
        }
    .EXAMPLE
         1..6 | Format-Markdown -HeadingSize { $_ }
    #&gt;
    [Management.Automation.Cmdlet("Format","Object")]
    [ValidateScript({return $true})]
    param(
    [Parameter(ValueFromPipeline,ValueFromPipelineByPropertyName)]
    [PSObject]
    $InputObject,
    
    # If set, will treat the -InputObject as a paragraph.
    # This is the default for strings, booleans, numbers, and other primitive types.
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $MarkdownParagraph,

    # If set, will generate a markdown table.
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $MarkdownTable,

    # If provided, will align columnns in a markdown table.
    [Parameter(ValueFromPipelineByPropertyName)]
    [ValidateSet("Left","Right","Center", "")]
    [string[]]
    $MarkdownTableAlignment,

    # An array of properties. Providing this implies -MarkdownTable
    [Parameter(ValueFromPipelineByPropertyName)]
    [PSObject[]]
    $Property,

    # A heading.
    # If provided without -HeadingSize, -HeadingSize will default to 2.
    # If provided with -InputObject, -Heading will take priority.
    [Parameter(ValueFromPipelineByPropertyName)]
    [string]
    $Heading,

    # The heading size (1-6)
    # If provided without -Heading, the -InputObject will be considered to be a heading.
    [Parameter(ValueFromPipelineByPropertyName)]
    [ValidateRange(1,6)]
    [int]
    $HeadingSize,

    # If set, will create a link. The -InputObject will be used as the link content
    [Parameter(ValueFromPipelineByPropertyName)]
    [Alias('Hyperlink', 'Href')]
    [string]
    $Link,

    # If set, will create an image link. The -Inputobject will be used as the link content.
    [Parameter(ValueFromPipelineByPropertyName)]
    [string]
    $ImageLink,

    # If set, will generate a bullet point list.
    [Parameter(ValueFromPipelineByPropertyName)]
    [Alias('BulletpointList')]
    [switch]
    $BulletPoint,
    
    # If set, bullet or numbered list items will have a checkbox.
    # Each piped -InputObject will be an additional list item.
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $Checkbox,

    # If set, bullet or numbered list items will be checked.
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $Checked,

    # If set, will generate a numbered list.
    # Each piped -InputObject will be an additional list item.
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $NumberedList,

    # If set, will generate a block quote.
    # Each line of the -InputObject will be block quoted.
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $BlockQuote,

    # If set, will generate a block quote of a particular depth.
    # Each line of the -InputObject will be block quoted.
    [Parameter(ValueFromPipelineByPropertyName)]
    [ValidateRange(1,3)]
    [int]
    $BlockQuoteDepth,
        
    # If provided, will create a markdown numbered list with this particular item as the number.
    [Parameter(ValueFromPipelineByPropertyName)]
    [int]
    $Number,

    # If set, will generate a horizontal rule.
    # If other parameters are provided, the horiztonal rule will be placed after.
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $HorizontalRule,

    # If set, will output the -InputObject as a Markdown code block
    [Parameter(ValueFromPipelineByPropertyName)]
    [switch]
    $Code,

    # If set, will output the -InputObject as a Markdown code block, with a given language
    # If the -InputObject is a ScriptBlock, -CodeLanguage will be set to PowerShell.
    [Parameter(ValueFromPipelineByPropertyName)]
    [string]
    $CodeLanguage,

    # If provided, will output a script block as a Markdown code block.
    [Parameter(ValueFromPipelineByPropertyName)]
    [ScriptBlock]
    $ScriptBlock
    )

    begin {
        $numberedListCounter = 0
        $IsFirst = $true
        filter LinkInput {
            $in = $_
            if ($ImageLink) {
                "![$in]($imageLink)"
            } elseif ($link) {
                "[$in]($link)"
            } else {
                "$in"
            }
        }

        $markdownLines = @()
    }

    process {
        
        if ($ScriptBlock -or $inputObject -is [scriptblock]) { # If a -ScriptBlock was provided
            $CodeLanguage = 'PowerShell' # use PowerShell as a Code Language.
        }

        # If a -HeadingSize or a -Heading were provided, render a heading.
        if ($HeadingSize -or $Heading)
        {
            if (-not $HeadingSize) { $HeadingSize = 2} # If the -HeadingSize was not set, set it to 2.
            $headingContent = "$(if ($Heading) { $Heading} else { $inputObject | LinkInput})"
            $markdownLines +=
                if ($HeadingSize -eq 1) {
                    $headingContent
                    '=' * [Math]::Max($headingContent.Length, 3)
                }
                elseif ($HeadingSize -eq 2) {
                    $headingContent
                    '-' * [Math]::Max($headingContent.Length, 3)
                }
                else {
                    ("#"*$HeadingSize) + " $headingContent" # Output the -Heading or the -InputObject.
                }
        }
        # If -Code or -CodeLanguage was provided, render a Markdown code block.
        elseif ($Code -or $CodeLanguage)
        {
            # If the -InputObject was a [ScriptBlock] or there is a -ScriptBlock
            if ($InputObject -is [scriptblock] -or $ScriptBlock) {
                $CodeLanguage = 'PowerShell' # set the code language to PowerShell.
            }
            $markdownLines += (
                '```' + # Start the code fence,
                    $(if ($CodeLanguage) { $CodeLanguage}) + # add the language,
                    [Environment]::newline + # then a newline,
                    $(
                        $codeContent = $(if ($ScriptBlock) { "$scriptBlock" } else { $inputObject | LinkInput}) # then the -ScriptBlock or -InputObject
                        $codeContent
                    ) +
                    [Environment]::newline + # then a newline
                '```' # then close the code fence.
            )
        }
        # If -BulletPoint was passed, render a Bullet Point list.
        elseif ($BulletPoint)
        {
            $markdownLines += "*$(if ($Checkbox) { "[$(if ($Checked) {"x"} else {" "})]"}) $($inputObject | LinkInput)"
        }
        # If -NumberedList was passed, render a numbered list.
        elseif ($NumberedList -or $Number)
        {
            $numberedListCounter++ # Increment the counter
            $markdownLines += "$(if ($number) { $number } else {$numberedListCounter}).$(if ($Checkbox) {" [$(if ($Checked) {"x"} else {" "})]"}) $($inputObject | LinkInput)"
        }
        elseif ($BlockQuote -or $BlockQuoteDepth) {
            if (-not $BlockQuoteDepth) { $BlockQuoteDepth = 1 }
            $markdownLines += ("&gt;" * $BlockQuoteDepth ) + ' ' + (
                "$inputObject" -split '(?&gt;\r\n|\n)' -join (
                    [Environment]::NewLine + ("&gt;" * $BlockQuoteDepth) + ' '
                )
            )
        }
        # Otherwise, we have to determine if -InputObject should be a -MarkdownTable or a -MarkdownParagraph.
        else
        {
            # If the input is a primitive type or a string, it should be a markdown paragraph
            if (($inputObject.GetType -and $inputObject.GetType().IsPrimitive) -or
                $inputObject -is [string]) {
                $MarkdownParagraph = $true
            }
            # If it is a dictionary, it should be a markdown table.
            elseif ($inputObject -is [Collections.IDictionary])
            {
                $MarkdownTable = $true
            }
            # If the input is an array, apply the same logic:
            elseif ($inputObject -is [Object[]] -or $InputObject -is [PSObject[]]) {
                $allPrimitives = 1
                # if the array was all primitives or strings
                foreach ($in in $InputObject) {
                    $allPrimitives = $allPrimitives -band (
                        ($in.GetType -and $in.GetType().IsPrimitive) -or $in -is [string]
                    )
                }
                if ($allPrimitives) { # output as a paragraph.
                    $MarkdownParagraph = $true
                } else {
                    $MarkdownTable = $true
                }
            }
            # If we're still not sure, output as a table.
            else {
                $MarkdownTable = $true
            }
        }

        if ($MarkdownParagraph) {
            # If we're outputting as a paragraph, add the input and link it if needed.
            $markdownLines += $inputObject | LinkInput
        } elseif ($MarkdownTable) {
            # If we're rendering a table, we need to go row-by-row.
            foreach ($in in $InputObject) {
                $propertyList = @(
                    # we first need to get a list of properties.
                    # If there was a -Property parameter provided, use it.
                    if ($Property) {
                        foreach ($prop in $Property) {
                            if ($prop -is [string]) { # Strings in -Property should be taken as property names
                                $prop
                            } elseif ($prop.Name -and $prop.Expression -and $prop.Expression -is [scriptblock]) {
                                # and anything with a name and expression script block will run the expression script block.
                                $_ = $psItem = $in
                                @{name=$prop.Name;Value = . $prop.Expression}
                            }
                        }
                    }
                    # Otherwise, if the input was a dictionary
                    elseif ($in -is [Collections.IDictionary])
                    {
                        foreach ($k in $in.Keys) { # take all keys from the dictionary
                            if ($MyInvocation.MyCommand.Parameters[$k]) { continue } # that are not parameters of this function.
                            $k
                        }
                    }
                    # Otherwise, walk over all properties on the object
                    else {
                        foreach ($psProp in $In.psobject.properties) {
                            # and skip any properties that are parameters of this function.
                            if ($psProp.Name -notin $MyInvocation.MyCommand.Parameters.Keys) {
                                $psProp
                            }
                        }
                    }
                )

                # If we're rendering the first row of a table
                if ($IsFirst) {
                    # Create the header
                    $markdownLines +=
                        '|' + (@(foreach ($prop in $propertyList) {
                            if ($prop -is [string]) {
                                $prop
                            } else {
                                $prop.Name
                            }
                        }) -replace ([Environment]::newline), '&lt;br/&gt;' -replace '\|', '\|' -join '|') + '|'
                    # Then create the alignment row.
                    $markdownLines +=
                        '|' + $(
                            $columnNumber =0
                            @(
                                foreach ($prop in $propertyList) {
                                    $colLength =
                                        if ($prop -is [string]) {
                                            $prop.Length
                                        } else {
                                            $prop.Name.Length
                                        }
                                    if ($MarkdownTableAlignment) {
                                        if ($MarkdownTableAlignment[$columnNumber] -eq 'Left') {
                                            ':' + ("-" * ([Math]::Max($colLength,2) - 1))
                                        }
                                        elseif ($MarkdownTableAlignment[$columnNumber] -eq 'Right') {
                                            ("-" * ([Math]::Max($colLength,2) - 1)) + ':'
                                        }
                                        elseif ($MarkdownTableAlignment[$columnNumber] -eq 'Center') {
                                            ':' + ("-" * ([Math]::max($colLength, 3) - 2)) + ':'
                                        } else {
                                            "-" * $colLength
                                        }
                                    } else {
                                        "-" * $colLength
                                    }
                                    
                                    $columnNumber++
                                }
                            ) -replace ([Environment]::newline), '&lt;br/&gt;' -replace '\|', '\|' -join '|') + '|'
                    $IsFirst = $false
                }
                
                # Now we create the row for this object.

                $markdownLine = '|' + (
                    @(
                        foreach ($prop in $propertyList) {
                            if ($prop -is [string]) {
                                $in.$prop | LinkInput
                            } else {
                                $prop.Value | LinkInput
                            }
                        }
                    ) -replace ([Environment]::newline), '&lt;br/&gt;' -replace '\|', '\|' -join '|') + '|'

                $markdownLines += $markdownLine
            }
        }

            
        if ( # There are a few combinations of parameters that make us want to write the -InputObject as a paragraph:
            ($ScriptBlock -and $inputObject) -or # * If -ScriptBlock and -InputObject were both provided.
            ($Heading -and $inputObject) # * if -Heading and -InputObject were both provided
        ) {
            $markdownLines += $InputObject | LinkInput
        }


        # If we're going to render a horizontal rule (and -MarkdownTable has not been set)
        if ($HorizontalRule -and -not $MarkdownTable) {
            # add the horizontal rule at the end.
            if ($host.UI.RawUI.BufferSize.Width) {
                $markdownLines += (([string]$HorizontalRuleCharacter) * ($Host.UI.RawUI.BufferSize.Width - 1))
            } else {
                $markdownLines += "---"
            }
        }
    }

    end {
        # Now we need to make one last pass to normalize tables
        if ($markdownLines -match '^\|') { # (that is, if we have tables to normalize).
            $maxColumnSize = @{} # To normalize the table, we need to track the maximum size per column
            foreach ($ml in $markdownLines) {
                if ($ml -match '\^|') {
                    $columnCount = 0
                    foreach ($tablePart in $ml -split '(?&lt;!\\)\|' -ne '') {
                        if ((-not $maxColumnSize[$columnCount]) -or $maxColumnSize[$columnCount] -lt $tablePart.Length) {
                            $maxColumnSize[$columnCount] = [Math]::Max($tablePart.Length, 2)
                        }
                        $columnCount++
                    }
                }
            }
            # One we know the maximum size per column, walk over each line
            $markdownLines = @(foreach ($ml in $markdownLines) {
                if ($ml -match '\^|') {
                    $columnCount = 0
                    # Recreate the line with the right amount of padding.
                    '|' + (@(foreach ($tablePart in $ml -split '(?&lt;!\\)\|' -ne '') {
                        if ($tablePart -match '^[:\-]+$') {
                            if ($tablePart -match '^\:-{0,}\:$') { # If it's an alignment column, make sure to keep the alignment.
                                if ($maxColumnSize[$columnCount] -gt 2) {
                                    ':' + ('-' * ($maxColumnSize[$columnCount] - 2)) + ':'
                                } else {
                                    '::'
                                }
                            }
                            elseif ($tablePart -match '\:$') {
                                $tablePart.PadLeft($maxColumnSize[$columnCount], '-')
                            }
                            elseif ($tablePart -match '^\:') {
                                $tablePart.PadRight($maxColumnSize[$columnCount], '-')
                            }
                            else {
                                $tablePart.PadRight($maxColumnSize[$columnCount], '-')
                            }
                        } else {
                            $tablePart.PadRight($maxColumnSize[$columnCount], ' ')
                        }
                        $columnCount++
                    }) -join '|') + '|'
                } else {
                    $ml
                }
            })
        }
        $markdownLines -join [Environment]::NewLine
    }
</ScriptBlock>
              </ExpressionBinding>
            </CustomItem>
          </CustomEntry>
        </CustomEntries>
      </CustomControl>
    </Control>
  </Controls>
</Configuration>