PSPublishModule

0.9.10

PSPublishModule.psm1

function Add-Directory {
    [CmdletBinding()]
    param(
        [string] $Directory
    )
    $exists = Test-Path -Path $Directory
    if ($exists -eq $false) {
        $null = New-Item -Path $Directory -ItemType Directory -Force  #$Directory
    }
}
function Add-FilesWithFolders {
    [CmdletBinding()]
    param ($file, $FullProjectPath, $directory)
    $LinkPrivatePublicFiles = foreach ($dir in $directory) {
        if ($file -like "$dir*") {
            $file
            #Write-Verbose "Adding file to linking list of files $file"
            # Write-Color 'Adding file to ', 'linking list', ' of files ', $path -Color White, Yellow, White, Yellow
        }
    }
    $LinkPrivatePublicFiles
}
function Copy-File {
    [CmdletBinding()]
    param (
        $Source,
        $Destination
    )
    if ((Test-Path $Source) -and !(Test-Path $Destination)) {
        Copy-Item -Path $Source -Destination $Destination
    }
}
function Export-PSData {
    <#
    .Synopsis
        Exports property bags into a data file
    .Description
        Exports property bags and the first level of any other object into a ps data file (.psd1)
    .Link
        https://github.com/StartAutomating/Pipeworks
        Import-PSData
    .Example
        Get-Web -Url http://www.youtube.com/watch?v=xPRC3EDR_GU -AsMicrodata -ItemType http://schema.org/VideoObject |
            Export-PSData .\PipeworksQuickstart.video.psd1
    #>
    [OutputType([IO.FileInfo])]
    [cmdletbinding()]
    param(
        # The data that will be exported
        [Parameter(Mandatory = $true, ValueFromPipeline = $true)]
        [PSObject[]]
        $InputObject,

        # The path to the data file
        [Parameter(Mandatory = $true, Position = 0)]
        [string]
        $DataFile
    )
    begin {
        $AllObjects = New-Object Collections.ArrayList
    }

    process {
        $null = $AllObjects.AddRange($InputObject)
    }

    end {
        #region Convert to Hashtables and export
        $text = $AllObjects | Write-PowerShellHashtable
        $text | Set-Content -Path $DataFile
        #endregion Convert to Hashtables and export
    }

}
function Find-EnumsList {
    [CmdletBinding()]
    param (
        [string] $ProjectPath
    )
    if ($PSEdition -eq 'Core') {
        $Enums = Get-ChildItem -Path $ProjectPath\Enums\*.ps1 -ErrorAction SilentlyContinue  -FollowSymlink
    } else {
        $Enums = Get-ChildItem -Path $ProjectPath\Enums\*.ps1 -ErrorAction SilentlyContinue
    }
    $EnumsList = @(
        $Files = Foreach ($import in @($Enums)) {
            "'Enums\$($import.Name)'"
        }
        $Files -join ','
    )
    return [string] "@($EnumsList)"
}
function Find-RequiredModules {
    param(
        [string] $Name
    )
    $Module = Get-Module -ListAvailable $Name -ErrorAction SilentlyContinue -Verbose:$false
    $AllModules = if ($Module) {
        [Array] $RequiredModules = $Module.RequiredModules.Name
        if ($null -ne $RequiredModules) {
            $null
        }
        $RequiredModules
        foreach ($_ in $RequiredModules) {
            Find-RequiredModules -Path $Path -Name $_
        }
    }

    [Array] $ListModules = $AllModules | Where-Object { $null -ne $_ }
    if ($null -ne $ListModules) {
        [array]::Reverse($ListModules)
    }
    $CleanedModules = [System.Collections.Generic.List[string]]::new()
    foreach ($_ in $ListModules) {
        if ($CleanedModules -notcontains $_) {
            $CleanedModules.Add($_)
        }
    }
    # $CleanedModules.Add($Name)
    $CleanedModules
}
function Format-Code {
    [cmdletbinding()]
    param(
        [string] $FilePath,
        $FormatCode
    )
    if ($FormatCode.Enabled) {
        if ($FormatCode.RemoveComments) {
            # Write-Verbose "Removing Comments"
            $Output = Write-TextWithTime -Text "[+] Removing Comments - $FilePath" {
                Remove-Comments -FilePath $FilePath
            }
        } else {
            $Output = Write-TextWithTime -Text "[+] Reading file content - $FilePath" {
                Get-Content -LiteralPath $FilePath -Raw
            }
        }
        if ($null -eq $FormatCode.FormatterSettings) {
            $FormatCode.FormatterSettings = $Script:FormatterSettings
        }
        $Data = Write-TextWithTime -Text "[+] Formatting file - $FilePath" {
            # Write-Verbose "Formatting - $FilePath"
            try {
                Invoke-Formatter -ScriptDefinition $Output -Settings $FormatCode.FormatterSettings -Verbose:$false
            } catch {
                $ErrorMessage = $_.Exception.Message
                #Write-Warning "Merge module on file $FilePath failed. Error: $ErrorMessage"
                Write-Host # This is to add new line, because the first line was opened up.
                Write-Text "[-] Format-Code - Formatting on file $FilePath failed. Error: $ErrorMessage" -Color Red
                Exit
            }
        }
        Write-TextWithTime -Text "[+] Saving file - $FilePath" {
            # Resave
            $Final = foreach ($O in $Data) {
                if ($O.Trim() -ne '') {
                    $O.Trim()
                }
            }
            try {
                $Final | Out-File -LiteralPath $FilePath -NoNewline -Encoding utf8
            } catch {
                $ErrorMessage = $_.Exception.Message
                #Write-Warning "Merge module on file $FilePath failed. Error: $ErrorMessage"
                Write-Host # This is to add new line, because the first line was opened up.
                Write-Text "[-] Format-Code - Resaving file $FilePath failed. Error: $ErrorMessage" -Color Red
                Exit
            }
        }
    }
}

function Format-PSD1 {
    [cmdletbinding()]
    param(
        [string] $PSD1FilePath,
        $FormatCode
    )
    if ($FormatCode.Enabled) {
        $Output = Get-Content -LiteralPath $PSD1FilePath -Raw
        if ($FormatCode.RemoveComments) {
            Write-Verbose "Removing Comments - $PSD1FilePath"
            # Remove comments
            $Output = Remove-Comments -ScriptContent $Output
        }
        Write-Verbose "Formatting - $PSD1FilePath"

        if ($null -eq $FormatCode.FormatterSettings) {
            $FormatCode.FormatterSettings = $Script:FormatterSettings
        }

        $Output = Invoke-Formatter -ScriptDefinition $Output -Settings $FormatCode.FormatterSettings
        #$Output = foreach ($O in $Output) {
        # if ($O.Trim() -ne '') {
        # $O.Trim()
        # }
        #}
        $Output | Out-File -LiteralPath $PSD1FilePath -NoNewline
    }
}
function Format-UsingNamespace {
    [CmdletBinding()]
    param(
        [string] $FilePath,
        [string] $FilePathSave,
        [string] $FilePathUsing
    )

    if ($FilePathSave -eq '') {
        $FilePathSave = $FilePath
    }
    if ($FilePath -ne '' -and (Test-Path -Path $FilePath) -and (Get-Item -LiteralPath $FilePath).Length -gt 0kb) {
        $FileStream = New-Object -TypeName IO.FileStream -ArgumentList ($FilePath), ([System.IO.FileMode]::Open), ([System.IO.FileAccess]::Read), ([System.IO.FileShare]::ReadWrite);
        $ReadFile = New-Object -TypeName System.IO.StreamReader -ArgumentList ($FileStream, [System.Text.Encoding]::UTF8, $true);
        # Read Lines
        $UsingNamespaces = [System.Collections.Generic.List[string]]::new()
        #$AddTypes = [System.Collections.Generic.List[string]]::new()

        $Content = while (!$ReadFile.EndOfStream) {
            $Line = $ReadFile.ReadLine()
            if ($Line -like 'using namespace*') {
                $UsingNamespaces.Add($Line)
                #} elseif ($Line -like '*Add-Type*') {
                #$AddTypes.Add($Line)
            } else {
                $Line
            }
        }
        $ReadFile.Close()

        $null = New-Item -Path $FilePathSave -ItemType file -Force
        if ($UsingNamespaces) {
            # Repeat using namespaces
            $null = New-Item -Path $FilePathUsing -ItemType file -Force
            $UsingNamespaces = $UsingNamespaces.Trim() | Sort-Object -Unique
            $UsingNamespaces | Add-Content -LiteralPath $FilePathUsing -Encoding utf8
            #$UsingNamespaces | Add-Content -LiteralPath $FilePathUsing -Encoding utf8


            #$Content | Add-Content -LiteralPath $FilePathUsing -Encoding utf8
            $Content | Add-Content -LiteralPath $FilePathSave -Encoding utf8
            return $true
        } else {
            $Content | Add-Content -LiteralPath $FilePathSave -Encoding utf8
            return $False
        }
    }
}
Function Get-AliasTarget {
    [cmdletbinding()]
    param (

        [Alias('PSPath', 'FullName')][Parameter(ValueFromPipeline, ValueFromPipelineByPropertyName)][string[]]$Path,
        [string] $Content,
        [switch] $RecurseFunctionNames
    )
    process {
        if ($Content) {
            $ProcessData = $Content
            $Code = $true
        } else {
            $ProcessData = $Path
            $Code = $false
        }
        foreach ($File in $ProcessData) {
            $Ast = $null
            if ($Code) {
                $FileAst = [System.Management.Automation.Language.Parser]::ParseInput($File, [ref]$null, [ref]$null)
            } else {
                $FileAst = [System.Management.Automation.Language.Parser]::ParseFile($File , [ref]$null, [ref]$null)
            }
            $FunctionName = $FileAst.FindAll( {
                    param ($ast)
                    $ast -is [System.Management.Automation.Language.FunctionDefinitionAst]
                }, $RecurseFunctionNames).Name


            $Ast = $Null
            $AliasDefinitions = $FileAst.FindAll( {
                    param ( $ast )
                    $ast -is [System.Management.Automation.Language.AttributeAst] -and
                    $ast.TypeName.Name -eq 'Alias' -and
                    $ast.Parent -is [System.Management.Automation.Language.ParamBlockAst]
                }, $true)

            $AliasTarget = @(
                $AliasDefinitions.PositionalArguments.Value
                foreach ($_ in  $AliasDefinitions.Parent.CommandElements) {
                    if ($_.StringConstantType -eq 'BareWord' -and $_.Value -notin ('New-Alias', 'Set-Alias', $FunctionName)) {
                        $_.Value
                    }
                }
            )
            $AliasTarget = foreach ($_ in $AliasTarget) {
                if ($_ -ne $null) {
                    $_
                }
            }
            [PsCustomObject]@{
                Function = $FunctionName
                Alias    = $AliasTarget
            }
        }
    }
}

<#
 
Measure-Command {
    $Files = Get-ChildItem -LiteralPath 'C:\Support\GitHub\PSWriteHTML\Public'
 
    $Functions = foreach ($_ in $Files) {
        Get-AliasTarget -Path $_.FullName
    }
}
 
 
 
 
Measure-Command {
    $Files = Get-ChildItem -LiteralPath 'C:\Support\GitHub\PSWriteHTML\Public'
 
    $Functions = foreach ($_ in $Files) {
        [System.Management.Automation.Language.Parser]::ParseFile($_ , [ref]$null, [ref]$null)
    }
 
}
 
#>

<#
            $AliasDefinitions = $FileAst.FindAll( {
                    param ($ast)
 
                    $ast -is [System.Management.Automation.Language.StringConstantExpressionAst] -And $ast.Value -match '(New|Set)-Alias'
                }, $true)
            #>

#Measure-Command {
# Get-AliasTarget -Path 'C:\Support\GitHub\PSSharedGoods\Public\Objects\Format-Stream.ps1' #| Select-Object -ExpandProperty Alias
#Get-AliasTarget -path 'C:\Support\GitHub\PSPublishModule\Private\Get-AliasTarget.ps1'
# get-aliastarget -path 'C:\Support\GitHub\PSPublishModule\Private\Start-ModuleBuilding.ps1'
#}
#Get-AliasTarget -Path 'C:\Add-TableContent.ps1'

#Get-AliasTarget -Path 'C:\Support\GitHub\PSWriteHTML\Private\Add-TableContent.ps1'
#Get-FunctionNames -Path 'C:\Support\GitHub\PSWriteHTML\Private\Add-TableContent.ps1'

#Get-FunctionAliases -Path 'C:\Support\GitHub\PSSharedGoods\Public\Objects\Format-Stream.ps1'
function Get-FilteredScriptCommands {
    [CmdletBinding()]
    param(
        [Array] $Commands,
        [switch] $NotCmdlet,
        [switch] $NotUnknown,
        [switch] $NotApplication,
        [string[]] $Functions,
        [string] $FilePath
    )
    if ($Functions.Count -eq 0) {
        $Functions = Get-FunctionNames -Path $FilePath
    }
    $Commands = $Commands | Where-Object { $_ -notin $Functions }
    $Commands = $Commands | Sort-Object -Unique
    $Scan = foreach ($Command in $Commands) {
        try {
            $IsAlias = $false
            $Data = Get-Command -Name $Command -ErrorAction Stop
            if ($Data.CommandType -eq 'Alias') {
                $Data = Get-Command -Name $Data.Definition
                $IsAlias = $true
            }
            [PSCustomObject] @{
                Name        = $Data.Name
                Source      = $Data.Source
                CommandType = $Data.CommandType
                IsAlias     = $IsAlias
                Error       = ''
                ScriptBlock = $Data.ScriptBlock
            }
        } catch {
            [PSCustomObject] @{
                Name        = $Command
                Source      = ''
                CommandType = ''
                IsAlias     = $IsAlias
                Error       = $_.Exception.Message
                ScriptBlock = ''
            }
        }
    }
    $Filtered = foreach ($Command in $Scan) {
        if ($NotCmdlet -and $NotUnknown -and $NotApplication) {
            if ($Command.CommandType -ne 'Cmdlet' -and $Command.Source -ne '' -and $Command.CommandType -ne 'Application') {
                $Command
            }
        } elseif ($NotCmdlet -and $NotUnknown) {
            if ($Command.CommandType -ne 'Cmdlet' -and $Command.Source -ne '') {
                $Command
            }
        } elseif ($NotCmdlet) {
            if ($Command.CommandType -ne 'Cmdlet') {
                $Command
            }
        } elseif ($NotUnknown) {
            if ($Command.Source -ne '') {
                $Command
            }
        } elseif ($NotApplication) {
            if ($Command.CommandType -ne 'Application') {
                $Command
            }
        } else {
            $Command
        }
    }
    $Filtered
}

function Get-FunctionAliasesFromFolder {
    [cmdletbinding()]
    param(
        [string] $FullProjectPath,
        [string[]] $Folder,
        [Array] $Files
    )

    <#
    foreach ($F in $Folder) {
        $Path = [IO.Path]::Combine($FullProjectPath, $F)
        if ($PSEdition -eq 'Core') {
            $Files = Get-ChildItem -Path $Path -File -Recurse -FollowSymlink
        } else {
            $Files = Get-ChildItem -Path $Path -File -Recurse
        }
 
 
        $AliasesToExport = foreach ($file in $Files) {
            #Get-FunctionAliases -Path $File.FullName
            Get-AliasTarget -Path $File.FullName | Select-Object -ExpandProperty Alias
        }
        $AliasesToExport
    }
    #>
    $FilesPS1 = foreach ($File in $Files) {
        if ($file.FullName -like "*\Public\*") {
            if ($File.Extension -eq '.ps1' -or $File.Extension -eq '*.psm1') {
                $File
            }
        }
    }

    [Array] $Content = foreach ($File in $FilesPS1) {
        ''
        Get-Content -LiteralPath $File.FullName -Raw -Encoding Default
    }
    $Code = $Content -join [System.Environment]::NewLine

    $AliasesToExport = Get-AliasTarget -Content $Code
    <#
    $AliasesToExport = foreach ($file in $FilesPS1) {
        #Get-FunctionAliases -Path $File.FullName
 
        #Write-TextWithTime -Text "Alias $($File.FullName)" {
        Get-AliasTarget -Path $File.FullName #| Select-Object -ExpandProperty Alias
        # }
    }
    #>
    $AliasesToExport
}
function Get-FunctionNames {
    [cmdletbinding()]
    param(
        [string] $Path,
        [switch] $Recurse
    )
    if ($Path -ne '' -and (Test-Path -LiteralPath $Path)) {
        $FilePath = Resolve-Path $Path
        [System.Management.Automation.Language.Parser]::ParseFile(($FilePath),
            [ref]$null,
            [ref]$null).FindAll(
            { param($c)$c -is [Management.Automation.Language.FunctionDefinitionAst] }, $Recurse).Name
    }
}
function Get-RecursiveCommands {
    [CmdletBinding()]
    param(
        [Array] $Commands
    )
    $Another = foreach ($Command in $Commands) {
        if ($Command.ScriptBlock) {
            Get-ScriptCommands -Code $Command.ScriptBlock -CommandsOnly
        }
    }

    $filter = Get-FilteredScriptCommands -Commands $Another -NotUnknown -NotCmdlet
    [Array] $ProcessedCommands = foreach ($_ in $Filter) {
        if ($_.Name -notin $ListCommands.Name) {
            $ListCommands.Add($_)
            $_
        }
    }
    if ($ProcessedCommands.Count -gt 0) {
        Get-RecursiveCommands -Commands $ProcessedCommands
    }
}

function Get-ScriptCommandsOld {
    param(
        [string] $FilePath,
        [switch] $CommandsOnly
    )
    $astTokens = $null
    $astErr = $null

    $null = [System.Management.Automation.Language.Parser]::ParseFile($FilePath, [ref]$astTokens, [ref]$astErr)

    $Commands = [System.Collections.Generic.List[Object]]::new()

    foreach ($_ in $astTokens) {
        if ($_.TokenFlags -eq 'Command' -and $_.Kind -eq 'Generic') {
            if ($_.Value -notin $Commands) {
                $Commands.Add($_)
            }
        }
    }
    if ($CommandsOnly) {
        $Commands.Value | Sort-Object -Unique
    } else {
        $Commands
    }
    # $astTokens | Group-Object tokenflags -AsHashTable -AsString
    #$Commands = $astTokens | Where-Object { $_.TokenFlags -eq 'Command' } | Sort-Object -Property Value -Unique
}

function Get-ScriptCommands {
    [cmdletBinding(DefaultParameterSetName = 'File')]
    param (
        [alias('Path')][Parameter(ParameterSetName = 'File')][string] $FilePath,
        [alias('ScriptBlock')][scriptblock] $Code,
        [switch] $CommandsOnly
    )
    begin {
        $Errors = $null
    }
    process {
        $Errors = $null
        if ($Code) {
            $CodeRead = $Code
        } else {
            if ($FilePath -eq '') {
                Write-Text "[-] Something went wrong. FilePath for Get-ScriptCommands was empty. Rerun tool to verify." -Color Red
            } else {
                if (Test-Path -LiteralPath $FilePath) {
                    $CodeRead = Get-Content -Path $FilePath -Raw -Encoding Default
                }
            }
        }
        if ($CodeRead) {
            $Tokens = [System.Management.Automation.PSParser]::Tokenize($CodeRead, [ref]$Errors)
            $Commands = foreach ($_ in $Tokens) {
                if ($_.Type -eq 'Command') {
                    $_
                }
            }
            if ($CommandsOnly) {
                $Commands.Content | Sort-Object -Unique
            } else {
                $Commands
            }
        }
    }
}


function Merge-Module {
    [CmdletBinding()]
    param (
        [string] $ModuleName,
        [string] $ModulePathSource,
        [string] $ModulePathTarget,
        [Parameter(Mandatory = $false, ValueFromPipeline = $false)]
        [ValidateSet("ASC", "DESC", "NONE", '')]
        [string] $Sort = 'NONE',
        [string[]] $FunctionsToExport,
        [string[]] $AliasesToExport,
        [Array] $LibrariesStandard,
        [Array] $LibrariesCore,
        [Array] $LibrariesDefault,
        [System.Collections.IDictionary] $FormatCodePSM1,
        [System.Collections.IDictionary] $FormatCodePSD1,
        [System.Collections.IDictionary] $Configuration
    )
    $TimeToExecute = [System.Diagnostics.Stopwatch]::StartNew()
    Write-Text "[+] 1st stage merging" -Color Blue

    $PSM1FilePath = "$ModulePathTarget\$ModuleName.psm1"
    $PSD1FilePath = "$ModulePathTarget\$ModuleName.psd1"

    if ($PSEdition -eq 'Core') {
        $ScriptFunctions = Get-ChildItem -Path $ModulePathSource\*.ps1 -ErrorAction SilentlyContinue -Recurse -FollowSymlink
    } else {
        $ScriptFunctions = Get-ChildItem -Path $ModulePathSource\*.ps1 -ErrorAction SilentlyContinue -Recurse
    }
    if ($Sort -eq 'ASC') {
        $ScriptFunctions = $ScriptFunctions | Sort-Object -Property Name
    } elseif ($Sort -eq 'DESC') {
        $ScriptFunctions = $ScriptFunctions | Sort-Object -Descending -Property Name
    }

    foreach ($FilePath in $ScriptFunctions) {
        $Content = Get-Content -Path $FilePath -Raw
        $Content = $Content.Replace('$PSScriptRoot\', '$PSScriptRoot\')
        $Content = $Content.Replace('$PSScriptRoot\', '$PSScriptRoot\')

        try {
            $Content | Out-File -Append -LiteralPath $PSM1FilePath -Encoding utf8
        } catch {
            $ErrorMessage = $_.Exception.Message
            #Write-Warning "Merge module on file $FilePath failed. Error: $ErrorMessage"
            Write-Error "Merge-Module - Merge on file $FilePath failed. Error: $ErrorMessage"
            Exit
        }
    }


    # Using file is needed if there are 'using namespaces' - this is a workaround provided by seeminglyscience
    $FilePathUsing = "$ModulePathTarget\$ModuleName.Usings.ps1"

    $UsingInPlace = Format-UsingNamespace -FilePath $PSM1FilePath -FilePathUsing $FilePathUsing
    if ($UsingInPlace) {
        Format-Code -FilePath $FilePathUsing -FormatCode $FormatCodePSM1
        $Configuration.UsingInPlace = "$ModuleName.Usings.ps1"
    }

    $TimeToExecute.Stop()
    Write-Text "[+] 1st stage merging [Time: $($($TimeToExecute.Elapsed).Tostring())]" -Color Blue

    $TimeToExecute = [System.Diagnostics.Stopwatch]::StartNew()
    Write-Text "[+] 2nd stage required modules" -Color Blue

    $RequiredModules = @(
        if ($Configuration.Information.Manifest.RequiredModules.Count -gt 0) {
            if ($Configuration.Information.Manifest.RequiredModules[0] -is [System.Collections.IDictionary]) {
                $Configuration.Information.Manifest.RequiredModules.ModuleName
            } else {
                $Configuration.Information.Manifest.RequiredModules
            }
        }
    )
    $DependantRequiredModules = foreach ($_ in $RequiredModules) {
        Find-RequiredModules -Name $_
    }
    $DependantRequiredModules = $DependantRequiredModules | Sort-Object -Unique

    $TimeToExecute.Stop()
    Write-Text "[+] 2nd stage required modules [Time: $($($TimeToExecute.Elapsed).Tostring())]" -Color Blue


    $TimeToExecute = [System.Diagnostics.Stopwatch]::StartNew()
    Write-Text "[+] 3rd stage missing functions" -Color Blue

    [Array] $ApprovedModules = $Configuration.Options.Merge.Integrate.ApprovedModules

    $MissingFunctions = Get-MissingFunctions -FilePath $PSM1FilePath -SummaryWithCommands -ApprovedModules $ApprovedModules

    $TimeToExecute.Stop()
    Write-Text "[+] 3rd stage missing functions [Time: $($($TimeToExecute.Elapsed).Tostring())]" -Color Blue

    $TimeToExecute = [System.Diagnostics.Stopwatch]::StartNew()
    Write-Text "[+] 4th stage commands used" -Color Blue

    foreach ($Module in $MissingFunctions.Summary.Source | Sort-Object -Unique) {
        if ($Module -in $RequiredModules -and $Module -in $ApprovedModules) {
            Write-Text "[+] Module $Module is in required modules with ability to merge." -Color Green
            $MyFunctions = ($MissingFunctions.Summary | Where-Object { $_.Source -eq $Module }) #-join ','
            foreach ($F in $MyFunctions) {
                Write-Text " [>] Command used $($F.Name) (Command Type: $($F.CommandType) / IsAlias: $($F.IsAlias))" -Color Yellow
            }
        } elseif ($Module -in $DependantRequiredModules -and $Module -in $ApprovedModules) {
            Write-Text "[+] Module $Module is in dependant required module within required modules with ability to merge." -Color Green
            $MyFunctions = ($MissingFunctions.Summary | Where-Object { $_.Source -eq $Module }) #-join ','
            foreach ($F in $MyFunctions) {
                Write-Text " [>] Command used $($F.Name) (Command Type: $($F.CommandType) / IsAlias: $($F.IsAlias))" -Color Yellow
            }
        } elseif ($Module -in $DependantRequiredModules) {
            Write-Text "[+] Module $Module is in dependant required module within required modules." -Color Green
            $MyFunctions = ($MissingFunctions.Summary | Where-Object { $_.Source -eq $Module }) #-join ','
            foreach ($F in $MyFunctions) {
                Write-Text " [>] Command used $($F.Name) (Command Type: $($F.CommandType) / IsAlias: $($F.IsAlias))" -Color Green
            }
        } elseif ($Module -in $RequiredModules) {
            Write-Text "[+] Module $Module is in required modules." -Color Green
            $MyFunctions = ($MissingFunctions.Summary | Where-Object { $_.Source -eq $Module }) #-join ','
            foreach ($F in $MyFunctions) {
                Write-Text " [>] Command used $($F.Name) (Command Type: $($F.CommandType) / IsAlias: $($F.IsAlias))" -Color Green
            }
        } else {
            Write-Text "[-] Module $Module is missing in required modules. Potential issue." -Color Red
            $MyFunctions = ($MissingFunctions.Summary | Where-Object { $_.Source -eq $Module }) #-join ','
            foreach ($F in $MyFunctions) {
                Write-Text " [>] Command affected $($F.Name) (Command Type: $($F.CommandType) / IsAlias: $($F.IsAlias))" -Color Red
            }
        }
    }

    $TimeToExecute.Stop()
    Write-Text "[+] 4th stage commands used [Time: $($($TimeToExecute.Elapsed).Tostring())]" -Color Blue


    if ($Configuration.Steps.BuildModule.MergeMissing -eq $true) {
        if (Test-Path -LiteralPath $PSM1FilePath) {
            $TimeToExecute = [System.Diagnostics.Stopwatch]::StartNew()
            Write-Text "[+] 5th stage merge mergable commands" -Color Blue


            $PSM1Content = Get-Content -LiteralPath $PSM1FilePath -Raw
            $IntegrateContent = @(
                $MissingFunctions.Functions
                $PSM1Content
            )
            $IntegrateContent | Set-Content -LiteralPath $PSM1FilePath -Encoding UTF8

            # Overwrite Required Modules
            $NewRequiredModules = foreach ($_ in $Configuration.Information.Manifest.RequiredModules) {
                if ($_ -is [System.Collections.IDictionary]) {
                    if ($_.ModuleName -notin $ApprovedModules) {
                        $_
                    }
                } else {
                    if ($_ -notin $ApprovedModules) {
                        $_
                    }
                }
            }
            $Configuration.Information.Manifest.RequiredModules = $NewRequiredModules



            #$MissingFunctions.Functions
            #$MissingFunctions.Summary | Format-Table -AutoSize
            <#
        Name Source CommandType Error ScriptBlock
        ---- ------ ----------- ----- -----------
        cmd.exe C:\Windows\system32\cmd.exe Application
        Import-PowerShellDataFile Microsoft.PowerShell.Utility Function ...
        New-MarkdownHelp platyPS Function ...
        Publish-Module PowerShellGet Function ...
        Update-MarkdownHelpModule platyPS Function ...
        Find-Module PowerShellGet Function ...
        Find-Script PowerShellGet Function ...
        Get-MarkdownMetadata platyPS Function ...
        Get-PSRepository PowerShellGet Function ...
        Update-MarkdownHelp platyPS Function ...
        #>

            $TimeToExecute.Stop()
            Write-Text "[+] 5th stage merge mergable commands [Time: $($($TimeToExecute.Elapsed).Tostring())]" -Color Blue
        }
    }

    if ($Configuration.Steps.BuildModule.LibrarySeparateFile) {
        $LibariesPath = "$ModulePathTarget\$ModuleName.Libraries.ps1"
        $ScriptsToProcessLibrary = "$ModuleName.Libraries.ps1"



    } else {
        $LibariesPath = ''
    }
    New-PSMFile -Path $PSM1FilePath `
        -FunctionNames $FunctionsToExport `
        -FunctionAliaes $AliasesToExport `
        -LibrariesStandard $LibrariesStandard `
        -LibrariesCore $LibrariesCore `
        -LibrariesDefault $LibrariesDefault `
        -ModuleName $ModuleName `
        -UsingNamespaces:$UsingInPlace `
        -LibariesPath $LibariesPath


    Format-Code -FilePath $PSM1FilePath -FormatCode $FormatCodePSM1
    New-PersonalManifest -Configuration $Configuration -ManifestPath $PSD1FilePath -AddUsingsToProcess -ScriptsToProcessLibrary $ScriptsToProcessLibrary
    Format-Code -FilePath $PSD1FilePath -FormatCode $FormatCodePSD1

    # cleans up empty directories
    Get-ChildItem $ModulePathTarget -Recurse -Force -Directory | Sort-Object -Property FullName -Descending | `
            Where-Object { $($_ | Get-ChildItem -Force | Select-Object -First 1).Count -eq 0 } | `
                Remove-Item #-Verbose
}
function New-CreateModule {
    [CmdletBinding()]
    param (
        [string] $ProjectName,
        [string] $ModulePath,
        [string] $ProjectPath
    )
    $FullProjectPath = "$projectPath\$projectName"
    $Folders = 'Private', 'Public', 'Examples', 'Ignore', 'Publish', 'Enums', 'Data'
    Add-Directory $FullProjectPath
    foreach ($folder in $Folders) {
        Add-Directory "$FullProjectPath\$folder"
    }

    Copy-File -Source "$PSScriptRoot\Data\Example-Gitignore.txt" -Destination "$FullProjectPath\.gitignore"
    Copy-File -Source "$PSScriptRoot\Data\Example-LicenseMIT.txt" -Destination "$FullProjectPath\License"
    Copy-File -Source "$PSScriptRoot\Data\Example-ModuleStarter.ps1" -Destination  "$FullProjectPath\$ProjectName.psm1"
}
function New-GitHubRelease {
    <#
    .SYNOPSIS
    Creates a new Release for the given GitHub repository.
 
    .DESCRIPTION
    Uses the GitHub API to create a new Release for a given repository.
    Allows you to specify all of the Release properties, such as the Tag, Name, Assets, and if it's a Draft or Prerelease or not.
 
    .PARAMETER GitHubUsername
    The username that the GitHub repository exists under.
    e.g. For the repository https://github.com/deadlydog/New-GitHubRelease, the username is 'deadlydog'.
 
    .PARAMETER GitHubRepositoryName
    The name of the repository to create the Release for.
    e.g. For the repository https://github.com/deadlydog/New-GitHubRelease, the repository name is 'New-GitHubRelease'.
 
    .PARAMETER GitHubAccessToken
    The Access Token to use as credentials for GitHub.
    Access tokens can be generated at https://github.com/settings/tokens.
    The access token will need to have the repo/public_repo permission on it for it to be allowed to create a new Release.
 
    .PARAMETER TagName
    The name of the tag to create at the Commitish.
 
    .PARAMETER ReleaseName
    The name to use for the new release.
    If blank, the TagName will be used.
 
    .PARAMETER ReleaseNotes
    The text describing the contents of the release.
 
    .PARAMETER AssetFilePaths
    The full paths of the files to include in the release.
 
    .PARAMETER Commitish
    Specifies the commitish value that determines where the Git tag is created from.
    Can be any branch or commit SHA. Unused if the Git tag already exists.
    Default: the repository's default branch (usually master).
 
    .PARAMETER IsDraft
    True to create a draft (unpublished) release, false to create a published one.
    Default: false
 
    .PARAMETER IsPreRelease
    True to identify the release as a prerelease. false to identify the release as a full release.
    Default: false
 
    .OUTPUTS
    A hash table with the following properties is returned:
 
    Succeeded = $true if the Release was created successfully and all assets were uploaded to it, $false if some part of the process failed.
    ReleaseCreationSucceeded = $true if the Release was created successfully (does not include asset uploads), $false if the Release was not created.
    AllAssetUploadsSucceeded = $true if all assets were uploaded to the Release successfully, $false if one of them failed, $null if there were no assets to upload.
    ReleaseUrl = The URL of the new Release that was created.
    ErrorMessage = A message describing what went wrong in the case that Succeeded is $false.
 
    .EXAMPLE
    # Import the module dynamically from the PowerShell Gallery. Use CurrentUser scope to avoid having to run as admin.
    Import-Module -Name New-GitHubRelease -Scope CurrentUser
 
    # Specify the parameters required to create the release. Do it as a hash table for easier readability.
    $newGitHubReleaseParameters =
    @{
        GitHubUsername = 'deadlydog'
        GitHubRepositoryName = 'New-GitHubRelease'
        GitHubAccessToken = 'SomeLongHexidecimalString'
        ReleaseName = "New-GitHubRelease v1.0.0"
        TagName = "v1.0.0"
        ReleaseNotes = "This release contains the following changes: ..."
        AssetFilePaths = @('C:\MyProject\Installer.exe','C:\MyProject\Documentation.md')
        IsPreRelease = $false
        IsDraft = $true # Set to true when testing so we don't publish a real release (visible to everyone) by accident.
    }
 
    # Try to create the Release on GitHub and save the results.
    $result = New-GitHubRelease @newGitHubReleaseParameters
 
    # Provide some feedback to the user based on the results.
    if ($result.Succeeded -eq $true)
    {
        Write-Output "Release published successfully! View it at $($result.ReleaseUrl)"
    }
    elseif ($result.ReleaseCreationSucceeded -eq $false)
    {
        Write-Error "The release was not created. Error message is: $($result.ErrorMessage)"
    }
    elseif ($result.AllAssetUploadsSucceeded -eq $false)
    {
        Write-Error "The release was created, but not all of the assets were uploaded to it. View it at $($result.ReleaseUrl). Error message is: $($result.ErrorMessage)"
    }
 
    Attempt to create a new Release on GitHub, and provide feedback to the user indicating if it succeeded or not.
 
    .LINK
    Project home: https://github.com/deadlydog/New-GitHubRelease
 
    .NOTES
    Name: New-GitHubRelease
    Author: Daniel Schroeder (originally based on the script at https://github.com/majkinetor/au/blob/master/scripts/Github-CreateRelease.ps1)
    GitHub Release API Documentation: https://developer.github.com/v3/repos/releases/#create-a-release
    Version: 1.0.2
#>
    [CmdletBinding()]
    param
    (
        [Parameter(Mandatory = $true, HelpMessage = "The username the repository is under (e.g. deadlydog).")]
        [string] $GitHubUsername,

        [Parameter(Mandatory = $true, HelpMessage = "The repository name to create the release in (e.g. Invoke-MsBuild).")]
        [string] $GitHubRepositoryName,

        [Parameter(Mandatory = $true, HelpMessage = "The Acess Token to use as credentials for GitHub.")]
        [string] $GitHubAccessToken,

        [Parameter(Mandatory = $true, HelpMessage = "The name of the tag to create at the the Commitish.")]
        [string] $TagName,

        [Parameter(Mandatory = $false, HelpMessage = "The name of the release. If blank, the TagName will be used.")]
        [string] $ReleaseName,

        [Parameter(Mandatory = $false, HelpMessage = "Text describing the contents of the tag.")]
        [string] $ReleaseNotes,

        [Parameter(Mandatory = $false, HelpMessage = "The full paths of the files to include in the release.")]
        [string[]] $AssetFilePaths,

        [Parameter(Mandatory = $false, HelpMessage = "Specifies the commitish value that determines where the Git tag is created from. Can be any branch or commit SHA. Unused if the Git tag already exists. Default: the repository's default branch (usually master).")]
        [string] $Commitish,

        [Parameter(Mandatory = $false, HelpMessage = "True to create a draft (unpublished) release, false to create a published one. Default: false")]
        [bool] $IsDraft = $false,

        [Parameter(Mandatory = $false, HelpMessage = "True to identify the release as a prerelease. false to identify the release as a full release. Default: false")]
        [bool] $IsPreRelease = $false
    )

    BEGIN {
        # Turn on Strict Mode to help catch syntax-related errors.
        # This must come after a script's/function's param section.
        # Forces a function to be the first non-comment code to appear in a PowerShell Script/Module.
        Set-StrictMode -Version Latest

        Set-SecurityProtocolForThread

        [string] $NewLine = [Environment]::NewLine

        if ([string]::IsNullOrEmpty($ReleaseName)) {
            $ReleaseName = $TagName
        }

        # Ensure that all of the given asset file paths to upload are valid.
        Test-AllFilePathsAndThrowErrorIfOneIsNotValid $AssetFilePaths
    }

    END { }

    PROCESS {
        # Create the hash table to return, with default values.
        $result = @{ }
        $result.Succeeded = $false
        $result.ReleaseCreationSucceeded = $false
        $result.AllAssetUploadsSucceeded = $false
        $result.ReleaseUrl = $null
        $result.ErrorMessage = $null

        [bool] $thereAreNoAssetsToIncludeInTheRelease = ($AssetFilePaths -eq $null) -or ($AssetFilePaths.Count -le 0)
        if ($thereAreNoAssetsToIncludeInTheRelease) {
            $result.AllAssetUploadsSucceeded = $null
        }

        $authHeader =
        @{
            Authorization = 'Basic ' + [Convert]::ToBase64String([Text.Encoding]::ASCII.GetBytes($GitHubAccessToken + ":x-oauth-basic"))
        }

        $releaseData =
        @{
            tag_name         = $TagName
            target_commitish = $Commitish
            name             = $ReleaseName
            body             = $ReleaseNotes
            draft            = $IsDraft
            prerelease       = $IsPreRelease
        }

        $createReleaseWebRequestParameters =
        @{
            Uri         = "https://api.github.com/repos/$GitHubUsername/$GitHubRepositoryName/releases"
            Method      = 'POST'
            Headers     = $authHeader
            ContentType = 'application/json'
            Body        = (ConvertTo-Json $releaseData -Compress)
        }

        try {
            Write-Verbose "Sending web request to create the new Release..."
            $createReleaseWebRequestResults = Invoke-RestMethodAndThrowDescriptiveErrorOnFailure $createReleaseWebRequestParameters
        } catch {
            $result.ReleaseCreationSucceeded = $false
            $result.ErrorMessage = $_.Exception.Message
            return $result
        }

        $result.ReleaseCreationSucceeded = $true
        $result.ReleaseUrl = $createReleaseWebRequestResults.html_url

        if ($thereAreNoAssetsToIncludeInTheRelease) {
            $result.Succeeded = $true
            return $result
        }

        # Upload Url has template parameters on the end (e.g. ".../assets{?name,label}"), so remove them.
        [string] $urlToUploadFilesTo = $createReleaseWebRequestResults.upload_url -replace '{.+}'

        try {
            Write-Verbose "Uploading asset files to the new release..."
            Send-FilesToGitHubRelease -filePathsToUpload $AssetFilePaths -urlToUploadFilesTo $urlToUploadFilesTo -authHeader $authHeader
        } catch {
            $result.AllAssetUploadsSucceeded = $false
            $result.ErrorMessage = $_.Exception.Message
            return $result
        }

        $result.AllAssetUploadsSucceeded = $true
        $result.Succeeded = $true
        return $result
    }
}

function Send-FilesToGitHubRelease([string[]] $filePathsToUpload, [string] $urlToUploadFilesTo, $authHeader) {
    [int] $numberOfFilesToUpload = $filePathsToUpload.Count
    [int] $numberOfFilesUploaded = 0
    $filePathsToUpload | ForEach-Object `
    {
        $filePath = $_
        $fileName = Get-Item $filePath | Select-Object -ExpandProperty Name

        $uploadAssetWebRequestParameters =
        @{
            # Append the name of the file to the upload url.
            Uri         = $urlToUploadFilesTo + "?name=$fileName"
            Method      = 'POST'
            Headers     = $authHeader
            ContentType = 'application/zip'
            InFile      = $filePath
        }

        $numberOfFilesUploaded = $numberOfFilesUploaded + 1
        Write-Verbose "Uploading asset $numberOfFilesUploaded of $numberOfFilesToUpload, '$filePath'."
        Invoke-RestMethodAndThrowDescriptiveErrorOnFailure $uploadAssetWebRequestParameters > $null
    }
}

function Test-AllFilePathsAndThrowErrorIfOneIsNotValid([string[]] $filePaths) {
    foreach ($filePath in $filePaths) {
        [bool] $fileWasNotFoundAtPath = [string]::IsNullOrEmpty($filePath) -or !(Test-Path -Path $filePath -PathType Leaf)
        if ($fileWasNotFoundAtPath) {
            throw "There is no file at the specified path, '$filePath'."
        }
    }
}

function Invoke-RestMethodAndThrowDescriptiveErrorOnFailure($requestParametersHashTable) {
    $requestDetailsAsNicelyFormattedString = Convert-HashTableToNicelyFormattedString $requestParametersHashTable
    Write-Verbose "Making web request with the following parameters:$NewLine$requestDetailsAsNicelyFormattedString"

    try {
        $webRequestResult = Invoke-RestMethod @requestParametersHashTable
    } catch {
        [Exception] $exception = $_.Exception

        [string] $errorMessage = Get-RestMethodExceptionDetailsOrNull -restMethodException $exception
        if ([string]::IsNullOrWhiteSpace($errorMessage)) {
            $errorMessage = $exception.ToString()
        }

        throw "An unexpected error occurred while making web request:$NewLine$errorMessage"
    }

    Write-Verbose "Web request returned the following result:$NewLine$webRequestResult"
    return $webRequestResult
}

function Get-RestMethodExceptionDetailsOrNull([Exception] $restMethodException) {
    try {
        $responseDetails = @{
            ResponseUri       = $exception.Response.ResponseUri
            StatusCode        = $exception.Response.StatusCode
            StatusDescription = $exception.Response.StatusDescription
            ErrorMessage      = $exception.Message
        }
        [string] $responseDetailsAsNicelyFormattedString = Convert-HashTableToNicelyFormattedString $responseDetails

        [string] $errorInfo = "Request Details:" + $NewLine + $requestDetailsAsNicelyFormattedString
        $errorInfo += $NewLine
        $errorInfo += "Response Details:" + $NewLine + $responseDetailsAsNicelyFormattedString
        return $errorInfo
    } catch {
        return $null
    }
}

function Convert-HashTableToNicelyFormattedString($hashTable) {
    [string] $nicelyFormattedString = $hashTable.Keys | ForEach-Object `
    {
        $key = $_
        $value = $hashTable.$key
        " $key = $value$NewLine"
    }
    return $nicelyFormattedString
}

function Set-SecurityProtocolForThread {
    [System.Net.ServicePointManager]::SecurityProtocol = [System.Net.SecurityProtocolType]::Tls12 -bor [System.Net.SecurityProtocolType]::Tls11 -bor [System.Net.SecurityProtocolType]::Tls
}
function New-PersonalManifest {
    [CmdletBinding()]
    param(
        [System.Collections.IDictionary] $Configuration,
        [string] $ManifestPath,
        [switch] $AddScriptsToProcess,
        [switch] $AddUsingsToProcess,
        [string] $ScriptsToProcessLibrary
    )

    $Manifest = $Configuration.Information.Manifest
    $Manifest.Path = $ManifestPath

    if (-not $AddScriptsToProcess) {
        $Manifest.ScriptsToProcess = @()
    }
    if ($AddUsingsToProcess -and $Configuration.UsingInPlace -and -not $ScriptsToProcessLibrary) {
        $Manifest.ScriptsToProcess = @($Configuration.UsingInPlace)
    } elseif ($AddUsingsToProcess -and $Configuration.UsingInPlace -and $ScriptsToProcessLibrary) {
        $Manifest.ScriptsToProcess = @($Configuration.UsingInPlace, $ScriptsToProcessLibrary)
    } elseif ($ScriptsToProcessLibrary) {
        $Manifest.ScriptsToProcess = @($ScriptsToProcessLibrary)
    }


    if ($Manifest.RequiredModules) {
        foreach ($SubModule in $Manifest.RequiredModules) {
            if ($SubModule.ModuleVersion -eq 'Latest') {
                [Array] $AvailableModule = Get-Module -ListAvailable $SubModule.ModuleName
                $SubModule.ModuleVersion = $AvailableModule[0].Version
            }
        }
    }


    New-ModuleManifest @Manifest

    if ($Configuration.Steps.PublishModule.Prerelease -ne '') {
        #$FilePathPSD1 = Get-Item -Path $Configuration.Information.Manifest.Path
        $Data = Import-PowerShellDataFile -Path $Configuration.Information.Manifest.Path
        if ($Data.ScriptsToProcess.Count -eq 0) {
            $Data.Remove('ScriptsToProcess')
        }
        if ($Data.CmdletsToExport.Count -eq 0) {
            $Data.Remove('CmdletsToExport')
        }
        $Data.PrivateData.PSData.Prerelease = $Configuration.Steps.PublishModule.Prerelease
        $Data | Export-PSData -DataFile $Configuration.Information.Manifest.Path

    }
    Write-TextWithTime -Text "[+] Converting $($Configuration.Information.Manifest.Path) UTF8 without BOM" {
        (Get-Content $Manifest.Path) | Out-FileUtf8NoBom $Manifest.Path
    }
}
function New-PrepareManifest {
    [CmdletBinding()]
    param(
        $ProjectName,
        $modulePath,
        $projectPath,
        $functionToExport,
        $projectUrl
    )

    Set-Location "$projectPath\$ProjectName"
    $manifest = @{
        Path              = ".\$ProjectName.psd1"
        RootModule        = "$ProjectName.psm1"
        Author            = 'Przemyslaw Klys'
        CompanyName       = 'Evotec'
        Copyright         = 'Evotec (c) 2011-2019. All rights reserved.'
        Description       = "Simple project"
        FunctionsToExport = $functionToExport
        CmdletsToExport   = ''
        VariablesToExport = ''
        AliasesToExport   = ''
        FileList          = "$ProjectName.psm1", "$ProjectName.psd1"
        HelpInfoURI       = $projectUrl
        ProjectUri        = $projectUrl
    }
    New-ModuleManifest @manifest
}
function New-PSMFile {
    [cmdletbinding()]
    param(
        [string] $Path,
        [string[]] $FunctionNames,
        [string[]] $FunctionAliaes,
        [Array] $LibrariesStandard,
        [Array] $LibrariesCore,
        [Array] $LibrariesDefault,
        [string] $ModuleName,
        [switch] $UsingNamespaces,
        [string] $LibariesPath
    )
    try {
        # $Content = Get-Content -LiteralPath $Path -Raw

        $LibraryContent = @(
            if ($LibrariesStandard.Count -gt 0) {
                foreach ($File in $LibrariesStandard) {
                    $Extension = $File.Substring($File.Length - 4, 4)
                    if ($Extension -eq '.dll') {
                        $Output = 'Add-Type -Path $PSScriptRoot\' + $File
                        $Output
                    }
                }
            } elseif ($LibrariesCore.Count -gt 0 -and $LibrariesDefault.Count -gt 0) {

                'if ($PSEdition -eq ''Core'') {'
                foreach ($File in $LibrariesCore) {
                    $Extension = $File.Substring($File.Length - 4, 4)
                    if ($Extension -eq '.dll') {
                        $Output = 'Add-Type -Path $PSScriptRoot\' + $File
                        $Output
                    }
                }
                '} else {'
                foreach ($File in $LibrariesDefault) {
                    $Extension = $File.Substring($File.Length - 4, 4)
                    if ($Extension -eq '.dll') {
                        $Output = 'Add-Type -Path $PSScriptRoot\' + $File
                        $Output
                    }
                }
                '}'

            } elseif ($LibrariesCore.Count -gt 0) {
                foreach ($File in $LibrariesCore) {
                    $Extension = $File.Substring($File.Length - 4, 4)
                    if ($Extension -eq '.dll') {
                        $Output = 'Add-Type -Path $PSScriptRoot\' + $File
                        $Output
                    }
                }
            } elseif ($LibrariesDefault.Count -gt 0) {
                foreach ($File in $LibrariesDefault) {
                    $Extension = $File.Substring($File.Length - 4, 4)
                    if ($Extension -eq '.dll') {
                        $Output = 'Add-Type -Path $PSScriptRoot\' + $File
                        $Output
                    }
                }
            }
        )

        if ($FunctionNames.Count -gt 0) {
            $Functions = ($FunctionNames | Sort-Object -Unique) -join "','"
            $Functions = "'$Functions'"
        } else {
            $Functions = @()
        }

        if ($FunctionAliaes.Count -gt 0) {
            $Aliases = ($FunctionAliaes | Sort-Object -Unique) -join "','"
            $Aliases = "'$Aliases'"
        } else {
            $Aliases = @()
        }




        #if ($UsingNamespaces) {
        # '. $PSScriptRoot\' + "$ModuleName.ps1" | Add-Content -Path $Path
        #}
        "" | Add-Content -Path $Path

        if ($LibariesPath) {
            $LibraryContent | Add-Content -Path $LibariesPath
        } else {
            $LibraryContent | Add-Content -Path $Path
        }

        "" | Add-Content -Path $Path
        "Export-ModuleMember -Function @($Functions) -Alias @($Aliases)" | Add-Content -Path $Path


    } catch {
        $ErrorMessage = $_.Exception.Message
        #Write-Warning "New-PSM1File from $ModuleName failed build. Error: $ErrorMessage"
        Write-Error "New-PSM1File from $ModuleName failed build. Error: $ErrorMessage"
        Exit
    }
}
function New-PublishModule {
    [cmdletbinding()]
    param(
        $projectName,
        $apikey,
        [bool] $RequireForce
    )
    Publish-Module -Name $projectName -Repository PSGallery -NuGetApiKey $apikey -Force:$RequireForce -verbose
}
<#
.SYNOPSIS
  Outputs to a UTF-8-encoded file *without a BOM* (byte-order mark).
 
.DESCRIPTION
  Mimics the most important aspects of Out-File:
  * Input objects are sent to Out-String first.
  * -Append allows you to append to an existing file, -NoClobber prevents
    overwriting of an existing file.
  * -Width allows you to specify the line width for the text representations
     of input objects that aren't strings.
  However, it is not a complete implementation of all Out-String parameters:
  * Only a literal output path is supported, and only as a parameter.
  * -Force is not supported.
 
  Caveat: *All* pipeline input is buffered before writing output starts,
          but the string representations are generated and written to the target
          file one by one.
 
.NOTES
  The raison d'être for this advanced function is that, as of PowerShell v5,
  Out-File still lacks the ability to write UTF-8 files without a BOM:
  using -Encoding UTF8 invariably prepends a BOM.
 
#>
function Out-FileUtf8NoBom {

    [CmdletBinding()]
    param(
        [Parameter(Mandatory, Position = 0)] [string] $LiteralPath,
        [switch] $Append,
        [switch] $NoClobber,
        [AllowNull()] [int] $Width,
        [Parameter(ValueFromPipeline)] $InputObject
    )
    # Make sure that the .NET framework sees the same working dir. as PS
    # and resolve the input path to a full path.
    [System.IO.Directory]::SetCurrentDirectory($PWD) # Caveat: .NET Core doesn't support [Environment]::CurrentDirectory
    $LiteralPath = [IO.Path]::GetFullPath($LiteralPath)

    # If -NoClobber was specified, throw an exception if the target file already
    # exists.
    if ($NoClobber -and (Test-Path $LiteralPath)) {
        Throw [IO.IOException] "The file '$LiteralPath' already exists."
    }

    # Create a StreamWriter object.
    # Note that we take advantage of the fact that the StreamWriter class by default:
    # - uses UTF-8 encoding
    # - without a BOM.
    $sw = New-Object IO.StreamWriter $LiteralPath, $Append

    $htOutStringArgs = @{ }
    if ($Width) {
        $htOutStringArgs += @{ Width = $Width }
    }

    # Note: By not using begin / process / end blocks, we're effectively running
    # in the end block, which means that all pipeline input has already
    # been collected in automatic variable $Input.
    # We must use this approach, because using | Out-String individually
    # in each iteration of a process block would format each input object
    # with an indvidual header.
    try {
        $Input | Out-String -Stream @htOutStringArgs | ForEach-Object { $sw.WriteLine($_) }
    } finally {
        $sw.Dispose()
    }

}

function Remove-Directory {
    [CmdletBinding()]
    param (
        [string] $Directory
    )
    if ($Directory) {
        $exists = Test-Path -Path $Directory
        if ($exists) {
            #Write-Color 'Removing directory ', $dir -Color White, Yellow
            try {
                Remove-Item -Path $Directory -Confirm:$false -Recurse -Force -ErrorAction Stop
            } catch {
                $ErrorMessage = $_.Exception.Message
                Write-Text "[-] Can't delete folder $Directory. Fix error before contiuing: $ErrorMessage" -Color Red
                Exit
            }
        } else {
            #Write-Color 'Removing directory ', $dir, ' skipped.' -Color White, Yellow, Red
        }
    }
}
$Script:FormatterSettings = @{
    IncludeRules = @(
        'PSPlaceOpenBrace',
        'PSPlaceCloseBrace',
        'PSUseConsistentWhitespace',
        'PSUseConsistentIndentation',
        'PSAlignAssignmentStatement',
        'PSUseCorrectCasing'
    )

    Rules        = @{
        PSPlaceOpenBrace           = @{
            Enable             = $true
            OnSameLine         = $true
            NewLineAfter       = $true
            IgnoreOneLineBlock = $true
        }

        PSPlaceCloseBrace          = @{
            Enable             = $true
            NewLineAfter       = $false
            IgnoreOneLineBlock = $true
            NoEmptyLineBefore  = $false
        }

        PSUseConsistentIndentation = @{
            Enable              = $true
            Kind                = 'space'
            PipelineIndentation = 'IncreaseIndentationAfterEveryPipeline'
            IndentationSize     = 4
        }

        PSUseConsistentWhitespace  = @{
            Enable          = $true
            CheckInnerBrace = $true
            CheckOpenBrace  = $true
            CheckOpenParen  = $true
            CheckOperator   = $true
            CheckPipe       = $true
            CheckSeparator  = $true
        }

        PSAlignAssignmentStatement = @{
            Enable         = $true
            CheckHashtable = $true
        }

        PSUseCorrectCasing         = @{
            Enable = $true
        }
    }
}
function Set-LinkedFiles {
    [CmdletBinding()]
    param(
        [string[]] $LinkFiles,
        [string] $FullModulePath,
        [string] $FullProjectPath,
        [switch] $Delete
    )

    foreach ($file in $LinkFiles) {
        [string] $Path = "$FullModulePath\$file"
        [string] $Path2 = "$FullProjectPath\$file"

        if ($Delete) {
            if (Test-ReparsePoint -path $Path) {
                # Write-Color 'Removing symlink first ', $path -Color White, Yellow
                #Write-Verbose "Removing symlink first $path"
                Remove-Item $Path -Confirm:$false
            }

        }
        #Write-Verbose "Creating symlink from $path2 (source) to $path (target)"
        #Write-Color 'Creating symlink from ', $path2, ' (source) to ', $path, ' (target)' -Color White, Yellow, White, Yellow, White
        $null = cmd /c mklink $path $path2
    }
}
function Start-ModuleBuilding {
    [CmdletBinding()]
    param(
        [System.Collections.IDictionary] $Configuration
    )

    $DestinationPaths = @{ }
    if ($Configuration.Information.Manifest.CompatiblePSEditions) {
        if ($Configuration.Information.Manifest.CompatiblePSEditions -contains 'Desktop') {
            $DestinationPaths.Desktop = [IO.path]::Combine($Configuration.Information.DirectoryModules, $Configuration.Information.ModuleName)
        }
        if ($Configuration.Information.Manifest.CompatiblePSEditions -contains 'Core') {
            $DestinationPaths.Core = [IO.path]::Combine($Configuration.Information.DirectoryModulesCore, $Configuration.Information.ModuleName)
        }
    } else {
        # Means missing from config - send to both
        $DestinationPaths.Desktop = [IO.path]::Combine($Configuration.Information.DirectoryModules, $Configuration.Information.ModuleName)
        $DestinationPaths.Core = [IO.path]::Combine($Configuration.Information.DirectoryModulesCore, $Configuration.Information.ModuleName)
    }

    [string] $Random = Get-Random 10000000000
    [string] $FullModulePath = [IO.path]::GetTempPath() + '' + $Configuration.Information.ModuleName
    [string] $FullTemporaryPath = [IO.path]::GetTempPath() + '' + $Configuration.Information.ModuleName + "_TEMP_$Random"
    [string] $FullProjectPath = [IO.Path]::Combine($Configuration.Information.DirectoryProjects, $Configuration.Information.ModuleName)
    [string] $ProjectName = $Configuration.Information.ModuleName

    Write-Text '----------------------------------------------------'
    Write-Text "[i] Project Name: $ProjectName" -Color Yellow
    Write-Text "[i] Full module temporary path: $FullModulePath" -Color Yellow
    Write-Text "[i] Full project path: $FullProjectPath" -Color Yellow
    Write-Text "[i] Full temporary path: $FullTemporaryPath" -Color Yellow
    Write-Text "[i] PSScriptRoot: $PSScriptRoot" -Color Yellow
    Write-Text "[i] Current PSEdition: $PSEdition" -Color Yellow
    Write-Text "[i] Destination Desktop: $($DestinationPaths.Desktop)" -Color Yellow
    Write-Text "[i] Destination Core: $($DestinationPaths.Core)" -Color Yellow
    Write-Text '----------------------------------------------------'

    if ($Configuration.Steps.BuildModule.DeleteBefore) {
        Remove-Directory $($DestinationPaths.Desktop)
        Remove-Directory $($DestinationPaths.Core)
    }

    $CurrentLocation = (Get-Location).Path
    Set-Location -Path $FullProjectPath

    # Remove-Directory $FullModulePathDelete
    Remove-Directory $FullModulePath
    Remove-Directory $FullTemporaryPath
    Add-Directory $FullModulePath
    Add-Directory $FullTemporaryPath

    # $DirectoryTypes = 'Public', 'Private', 'Lib', 'Bin', 'Enums', 'Images', 'Templates', 'Resources'

    $LinkDirectories = @()
    $LinkPrivatePublicFiles = @()

    # Fix required fields:
    $Configuration.Information.Manifest.RootModule = "$($ProjectName).psm1"
    $Configuration.Information.Manifest.FunctionsToExport = @() #$FunctionToExport
    # Cmdlets to export from this module, for best performance, do not use wildcards and do not delete the entry, use an empty array if there are no cmdlets to export.
    $Configuration.Information.Manifest.CmdletsToExport = @()
    # Variables to export from this module
    $Configuration.Information.Manifest.VariablesToExport = @()
    # Aliases to export from this module, for best performance, do not use wildcards and do not delete the entry, use an empty array if there are no aliases to export.
    $Configuration.Information.Manifest.AliasesToExport = @()

    if ($Configuration.Information.Exclude) {
        $Exclude = $Configuration.Information.Exclude
    } else {
        $Exclude = '.*', 'Ignore', 'Examples', 'package.json', 'Publish', 'Docs'
    }
    if ($Configuration.Information.IncludeRoot) {
        $IncludeFilesRoot = $Configuration.Information.IncludeRoot
    } else {
        $IncludeFilesRoot = '*.psm1', '*.psd1', 'License*'
    }
    if ($Configuration.Information.IncludePS1) {
        $DirectoriesWithPS1 = $Configuration.Information.IncludePS1
    } else {
        $DirectoriesWithPS1 = 'Private', 'Public', 'Enums'
    }
    if ($Configuration.Information.IncludeAll) {
        $DirectoriesWithAll = $Configuration.Information.IncludeAll
    } else {
        $DirectoriesWithAll = 'Images\', 'Resources\', 'Templates\', 'Bin\', 'Lib\'
    }


    if ($Configuration.Steps.BuildModule) {
        $PreparingFilesTime = Write-Text "[+] Preparing files and folders" -Start

        if ($PSEdition -eq 'core') {
            $Directories = @(
                $TempDirectories = Get-ChildItem -Path $FullProjectPath -Directory -Exclude $Exclude -FollowSymlink
                @(
                    $TempDirectories
                    $TempDirectories | Get-ChildItem -Directory -Recurse -FollowSymlink
                )
            )
            $Files = Get-ChildItem -Path $FullProjectPath -Exclude $Exclude -FollowSymlink | Get-ChildItem -File -Recurse -FollowSymlink
            $FilesRoot = Get-ChildItem -Path "$FullProjectPath\*" -Include $IncludeFilesRoot -File -FollowSymlink
        } else {
            $Directories = @(
                $TempDirectories = Get-ChildItem -Path $FullProjectPath -Directory -Exclude $Exclude
                @(
                    $TempDirectories
                    $TempDirectories | Get-ChildItem -Directory -Recurse
                )
            )
            $Files = Get-ChildItem -Path $FullProjectPath -Exclude $Exclude | Get-ChildItem -File -Recurse
            $FilesRoot = Get-ChildItem -Path "$FullProjectPath\*" -Include $IncludeFilesRoot -File
        }
        $LinkDirectories = @(
            foreach ($directory in $Directories) {
                $RelativeDirectoryPath = (Resolve-Path -LiteralPath $directory.FullName -Relative).Replace('.\', '')
                $RelativeDirectoryPath = "$RelativeDirectoryPath\"
                $RelativeDirectoryPath
            }
        )
        $AllFiles = foreach ($File in $Files) {
            $RelativeFilePath = (Resolve-Path -LiteralPath $File.FullName -Relative).Replace('.\', '')
            $RelativeFilePath
        }
        $RootFiles = foreach ($File in $FilesRoot) {
            $RelativeFilePath = (Resolve-Path -LiteralPath $File.FullName -Relative).Replace('.\', '')
            $RelativeFilePath
        }
        # Link only files in Root Directory
        $LinkFilesRoot = @(
            foreach ($File in $RootFiles | Sort-Object -Unique) {
                switch -Wildcard ($file) {
                    '*.psd1' {
                        $File
                    }
                    '*.psm1' {
                        $File
                    }
                    'License*' {
                        $File
                    }
                }
            }
        )

        # Link only files from subfolers
        $LinkPrivatePublicFiles = @(
            foreach ($file in $AllFiles | Sort-Object -Unique) {
                switch -Wildcard ($file) {
                    '*.ps1' {
                        foreach ($dir in $DirectoriesWithPS1) {
                            if ($file -like "$dir*") {
                                $file
                            }
                        }
                        # Add-FilesWithFolders -file $file -FullProjectPath $FullProjectPath -directory $DirectoriesWithPS1
                        continue
                    }
                    '*.*' {
                        #Add-FilesWithFolders -file $file -FullProjectPath $FullProjectPath -directory $DirectoriesWithAll
                        foreach ($dir in $DirectoriesWithAll) {
                            if ($file -like "$dir*") {
                                $file
                            }
                        }
                        continue
                    }
                }
            }
        )
        $LinkPrivatePublicFiles = $LinkPrivatePublicFiles | Select-Object -Unique

        Write-Text -End -Time $PreparingFilesTime
        $AliasesAndFunctions = Write-TextWithTime -Text '[+] Preparing function and aliases names' {
            Get-FunctionAliasesFromFolder -FullProjectPath $FullProjectPath -Files $Files #-Folder $Configuration.Information.AliasesToExport
        }

        if ($AliasesAndFunctions.Function) {
            $Configuration.Information.Manifest.FunctionsToExport = $AliasesAndFunctions.Function
        }
        if ($AliasesAndFunctions.Alias) {
            $Configuration.Information.Manifest.AliasesToExport = $AliasesAndFunctions.Alias
        }

        if (-not [string]::IsNullOrWhiteSpace($Configuration.Information.ScriptsToProcess)) {
            $StartsWithEnums = "$($Configuration.Information.ScriptsToProcess)\"
            $FilesEnums = @(
                $LinkPrivatePublicFiles | Where-Object { ($_).StartsWith($StartsWithEnums) }
            )

            if ($FilesEnums.Count -gt 0) {
                Write-TextWithTime -Text "[+] ScriptsToProcess export $FilesEnums"
                $Configuration.Information.Manifest.ScriptsToProcess = $FilesEnums
            }
            #}
        }

        $PSD1FilePath = "$FullProjectPath\$ProjectName.psd1"
        New-PersonalManifest -Configuration $Configuration -ManifestPath $PSD1FilePath -AddScriptsToProcess

        Format-Code -FilePath $PSD1FilePath -FormatCode $Configuration.Options.Standard.FormatCodePSD1
    }
    if ($Configuration.Steps.BuildModule.Merge) {
        foreach ($Directory in $LinkDirectories) {
            $Dir = "$FullTemporaryPath\$Directory"
            Add-Directory $Dir
        }
        # Workaround to link files that are not ps1/psd1
        [Array] $CompareWorkaround = foreach ($_ in $DirectoriesWithPS1) {
            -join ($_, '\')
        }

        $LinkDirectoriesWithSupportFiles = $LinkDirectories | Where-Object { $_ -notin $CompareWorkaround }
        #$LinkDirectoriesWithSupportFiles = $LinkDirectories | Where-Object { $_ -ne 'Public\' -and $_ -ne 'Private\' }
        foreach ($Directory in $LinkDirectoriesWithSupportFiles) {
            $Dir = "$FullModulePath\$Directory"
            Add-Directory $Dir
        }

        $LinkingFilesTime = Write-Text "[+] Linking files from root and sub directories" -Start
        Set-LinkedFiles -LinkFiles $LinkFilesRoot -FullModulePath $FullTemporaryPath -FullProjectPath $FullProjectPath
        Set-LinkedFiles -LinkFiles $LinkPrivatePublicFiles -FullModulePath $FullTemporaryPath -FullProjectPath $FullProjectPath
        Write-Text -End -Time $LinkingFilesTime

        # Workaround to link files that are not ps1/psd1
        $FilesToLink = $LinkPrivatePublicFiles | Where-Object { $_ -notlike '*.ps1' -and $_ -notlike '*.psd1' }
        Set-LinkedFiles -LinkFiles $FilesToLink -FullModulePath $FullModulePath -FullProjectPath $FullProjectPath

        if (-not [string]::IsNullOrWhiteSpace($Configuration.Information.LibrariesCore)) {
            $StartsWithCore = "$($Configuration.Information.LibrariesCore)\"
            $FilesLibrariesCore = $LinkPrivatePublicFiles | Where-Object { ($_).StartsWith($StartsWithCore) }
        }
        if (-not [string]::IsNullOrWhiteSpace($Configuration.Information.LibrariesDefault)) {
            $StartsWithDefault = "$($Configuration.Information.LibrariesDefault)\"
            $FilesLibrariesDefault = $LinkPrivatePublicFiles | Where-Object { ($_).StartsWith($StartsWithDefault) }
        }
        if (-not [string]::IsNullOrWhiteSpace($Configuration.Information.LibrariesStandard)) {
            $StartsWithStandard = "$($Configuration.Information.LibrariesDefault)\"
            $FilesLibrariesStandard = $LinkPrivatePublicFiles | Where-Object { ($_).StartsWith($StartsWithStandard) }
        }

        Merge-Module -ModuleName $ProjectName `
            -ModulePathSource $FullTemporaryPath `
            -ModulePathTarget $FullModulePath `
            -Sort $Configuration.Options.Merge.Sort `
            -FunctionsToExport $Configuration.Information.Manifest.FunctionsToExport `
            -AliasesToExport $Configuration.Information.Manifest.AliasesToExport `
            -LibrariesStandard $FilesLibrariesStandard `
            -LibrariesCore $FilesLibrariesCore `
            -LibrariesDefault $FilesLibrariesDefault `
            -FormatCodePSM1 $Configuration.Options.Merge.FormatCodePSM1 `
            -FormatCodePSD1 $Configuration.Options.Merge.FormatCodePSD1 `
            -Configuration $Configuration

    } else {
        foreach ($Directory in $LinkDirectories) {
            $Dir = "$FullModulePath\$Directory"
            Add-Directory $Dir
        }
        $LinkingFilesTime = Write-Text "[+] Linking files from root and sub directories" -Start
        Set-LinkedFiles -LinkFiles $LinkFilesRoot -FullModulePath $FullModulePath -FullProjectPath $FullProjectPath
        Set-LinkedFiles -LinkFiles $LinkPrivatePublicFiles -FullModulePath $FullModulePath -FullProjectPath $FullProjectPath
        Write-Text -End -Time $LinkingFilesTime
    }


    # Revers Path to current locatikon
    Set-Location -Path $CurrentLocation

    if ($DestinationPaths.Desktop) {
        Write-TextWithTime -Text "[+] Copy module to PowerShell 5 destination: $($DestinationPaths.Desktop)" {
            Remove-Directory -Directory $DestinationPaths.Desktop
            Add-Directory -Directory $DestinationPaths.Desktop
            Get-ChildItem -LiteralPath $FullModulePath | Copy-Item -Destination $DestinationPaths.Desktop -Recurse
        }
    }
    if ($DestinationPaths.Core) {
        Write-TextWithTime -Text "[+] Copy module to PowerShell 6/7 destination: $($DestinationPaths.Core)" {
            Remove-Directory -Directory $DestinationPaths.Core
            Add-Directory -Directory $DestinationPaths.Core
            Get-ChildItem -LiteralPath $FullModulePath | Copy-Item -Destination $DestinationPaths.Core -Recurse
        }
    }

    if ($Configuration.Steps.BuildModule.Releases) {
        $TagName = "v$($Configuration.Information.Manifest.ModuleVersion)"
        $FileName = -join ("$TagName", '.zip')
        $FolderPathReleases = [System.IO.Path]::Combine($FullProjectPath, 'Releases')
        $ZipPath = [System.IO.Path]::Combine($FullProjectPath, 'Releases', $FileName)

        Write-TextWithTime -Text "[+] Compressing final merged release $ZipPath" {
            $null = New-Item -ItemType Directory -Path $FolderPathReleases -Force
            if ($DestinationPaths.Desktop) {
                $CompressPath = [System.IO.Path]::Combine($DestinationPaths.Desktop, '*')
                Compress-Archive -Path $CompressPath -DestinationPath $ZipPath -Force
            }
            if ($DestinationPaths.Core -and -not $DestinationPaths.Desktop) {
                $CompressPath = [System.IO.Path]::Combine($DestinationPaths.Core, '*')
                Compress-Archive -Path $CompressPath -DestinationPath $ZipPath -Force
            }
        }
        if ($Configuration.Steps.BuildModule.ReleasesUnpacked) {
            $FolderPathReleasesUnpacked = [System.IO.Path]::Combine($FullProjectPath, 'ReleasesUnpacked', $TagName )
            Write-TextWithTime -Text "[+] Copying final merged release to $FolderPathReleasesUnpacked" {
                $null = New-Item -ItemType Directory -Path $FolderPathReleasesUnpacked -Force
                if ($DestinationPaths.Desktop) {
                    Remove-Item -LiteralPath $FolderPathReleasesUnpacked -Force -Confirm:$false -Recurse
                    Copy-Item -LiteralPath $DestinationPaths.Desktop -Recurse -Destination $FolderPathReleasesUnpacked -Force
                }
                if ($DestinationPaths.Core -and -not $DestinationPaths.Desktop) {
                    Remove-Item -LiteralPath $FolderPathReleasesUnpacked -Force -Confirm:$false -Recurse
                    Copy-Item -LiteralPath $DestinationPaths.Core -Recurse -Destination $FolderPathReleasesUnpacked -Force
                }
            }
        }
        if ($Configuration.Steps.PublishModule.GitHub) {
            if ($Configuration.Options.GitHub.FromFile) {
                $GitHubAccessToken = Get-Content -LiteralPath $Configuration.Options.GitHub.ApiKey
            } else {
                $GitHubAccessToken = $Configuration.Options.GitHub.ApiKey
            }
            if ($GitHubAccessToken) {
                if ($Configuration.Options.GitHub.RepositoryName) {
                    $GitHubRepositoryName = $Configuration.Options.GitHub.RepositoryName
                } else {
                    $GitHubRepositoryName = $ProjectName
                }
                if (Test-Path -LiteralPath $ZipPath) {
                    if ($Configuration.Steps.PublishModule.Prerelease -ne '') {
                        $IsPreRelease = $true
                    } else {
                        $IsPreRelease = $false
                    }

                    $StatusGithub = New-GitHubRelease -GitHubUsername $Configuration.Options.GitHub.UserName -GitHubRepositoryName $GitHubRepositoryName -GitHubAccessToken $GitHubAccessToken -TagName $TagName -AssetFilePaths $ZipPath -IsPreRelease $IsPreRelease
                    if ($StatusGithub.ReleaseCreationSucceeded -and $statusGithub.Succeeded) {
                        $GithubColor = 'Green'
                        $GitHubText = '+'
                    } else {
                        $GithubColor = 'Red'
                        $GitHubText = '-'
                    }

                    Write-Text "[$GitHubText] GitHub Release Creation Status: $($StatusGithub.ReleaseCreationSucceeded)" -Color $GithubColor
                    Write-Text "[$GitHubText] GitHub Release Succeeded: $($statusGithub.Succeeded)" -Color $GithubColor
                    Write-Text "[$GitHubText] GitHub Release Asset Upload Succeeded: $($statusGithub.AllAssetUploadsSucceeded)" -Color $GithubColor
                    Write-Text "[$GitHubText] GitHub Release URL: $($statusGitHub.ReleaseUrl)" -Color $GithubColor
                    if ($statusGithub.ErrorMessage) {
                        Write-Text "[$GitHubText] GitHub Release ErrorMessage: $($statusGithub.ErrorMessage)" -Color $GithubColor
                    }
                }
            }
        }
    }

    if ($Configuration.Steps.PublishModule.Enabled) {
        if ($Configuration.Options.PowerShellGallery.FromFile) {
            $ApiKey = Get-Content -Path $Configuration.Options.PowerShellGallery.ApiKey
            New-PublishModule -ProjectName $Configuration.Information.ModuleName -ApiKey $ApiKey -RequireForce $Configuration.Steps.PublishModule.RequireForce
        } else {
            New-PublishModule -ProjectName $Configuration.Information.ModuleName -ApiKey $Configuration.Options.PowerShellGallery.ApiKey -RequireForce $Configuration.Steps.PublishModule.RequireForce
        }
    }

    # Import Modules Section
    if ($Configuration) {

        $TemporaryVerbosePreference = $VerbosePreference
        $VerbosePreference = $false

        if ($Configuration.Options.ImportModules.RequiredModules) {
            Write-TextWithTime -Text '[+] Importing modules - REQUIRED' {
                foreach ($Module in $Configuration.Information.Manifest.RequiredModules) {
                    Import-Module -Name $Module -Force -ErrorAction Stop -Verbose:$false  #$Configuration.Options.ImportModules.Verbose
                }
            }
        }
        if ($Configuration.Options.ImportModules.Self) {
            Write-TextWithTime -Text '[+] Importing module - SELF' {

                Import-Module -Name $ProjectName -Force -ErrorAction Stop -Verbose:$false
            }
        }
        $VerbosePreference = $TemporaryVerbosePreference

        if ($Configuration.Steps.BuildDocumentation) {
            $WarningVariablesMarkdown = @()
            $DocumentationPath = "$FullProjectPath\$($Configuration.Options.Documentation.Path)"
            $ReadMePath = "$FullProjectPath\$($Configuration.Options.Documentation.PathReadme)"
            Write-Text "[+] Generating documentation to $DocumentationPath with $ReadMePath" -Color Yellow

            if (-not (Test-Path -Path $DocumentationPath)) {
                $null = New-Item -Path "$FullProjectPath\Docs" -ItemType Directory -Force
            }
            $Files = Get-ChildItem -Path $DocumentationPath
            if ($Files.Count -gt 0) {
                $null = Update-MarkdownHelpModule $DocumentationPath -RefreshModulePage -ModulePagePath $ReadMePath -ErrorAction Stop -WarningVariable +WarningVariablesMarkdown -WarningAction SilentlyContinue
            } else {
                $null = New-MarkdownHelp -Module $ProjectName -WithModulePage -OutputFolder $DocumentationPath -ErrorAction Stop -WarningVariable +WarningVariablesMarkdown -WarningAction SilentlyContinue
                $null = Move-Item -Path "$DocumentationPath\$ProjectName.md" -Destination $ReadMePath
                #Start-Sleep -Seconds 1
                # this is temporary workaround - due to diff output on update
                if ($Configuration.Options.Documentation.UpdateWhenNew) {
                    $null = Update-MarkdownHelpModule $DocumentationPath -RefreshModulePage -ModulePagePath $ReadMePath -ErrorAction Stop -WarningVariable +WarningVariablesMarkdown -WarningAction SilentlyContinue
                }
                #
            }
            foreach ($_ in $WarningVariablesMarkdown) {
                Write-Text "[-] Documentation warning: $_" -Color Yellow
            }
        }
    }
    # Cleanup temp directory
    Write-Text "[+] Cleaning up directories created in TEMP directory" -Color Yellow
    Remove-Directory $FullModulePath
    Remove-Directory $FullTemporaryPath
}
function Test-ReparsePoint {
    [CmdletBinding()]
    param (
        [string]$path
    )
    $file = Get-Item $path -Force -ea SilentlyContinue
    return [bool]($file.Attributes -band [IO.FileAttributes]::ReparsePoint)
}
function Write-PowerShellHashtable {
    [cmdletbinding()]
    <#
    .Synopsis
        Takes an creates a script to recreate a hashtable
    .Description
        Allows you to take a hashtable and create a hashtable you would embed into a script.
 
        Handles nested hashtables and indents nested hashtables automatically.
    .Parameter inputObject
        The hashtable to turn into a script
    .Parameter scriptBlock
        Determines if a string or a scriptblock is returned
    .Example
        # Corrects the presentation of a PowerShell hashtable
        @{Foo='Bar';Baz='Bing';Boo=@{Bam='Blang'}} | Write-PowerShellHashtable
    .Outputs
        [string]
    .Outputs
        [ScriptBlock]
    .Link
        https://github.com/StartAutomating/Pipeworks
        about_hash_tables
    #>
    [OutputType([string], [ScriptBlock])]
    param(
        [Parameter(Position = 0, ValueFromPipeline = $true, ValueFromPipelineByPropertyName = $true)]
        [PSObject]
        $InputObject,

        # Returns the content as a script block, rather than a string
        [Alias('ScriptBlock')]
        [switch]$AsScriptBlock,

        # If set, items in the hashtable will be sorted alphabetically
        [Switch]$Sort
    )

    process {
        $callstack = @(foreach ($_ in (Get-PSCallStack)) {
                if ($_.Command -eq "Write-PowerShellHashtable") {
                    $_
                }
            })
        $depth = $callStack.Count
        if ($inputObject -isnot [Hashtable]) {

            $newInputObject = @{
                PSTypeName = @($inputobject.pstypenames)[-1]
            }
            foreach ($prop in $inputObject.psobject.properties) {
                $newInputObject[$prop.Name] = $prop.Value
            }
            $inputObject = $newInputObject
        }

        if ($inputObject -is [Hashtable]) {
            #region Indent
            $scriptString = ""
            $indent = $depth * 4
            $scriptString += "@{
"
            #endregion Indent
            #region Include
            $items = $inputObject.GetEnumerator()

            if ($Sort) {
                $items = $items | Sort-Object Key
            }


            foreach ($kv in $items) {
                $scriptString += " " * $indent

                $keyString = "$($kv.Key)"
                if ($keyString.IndexOfAny(" _.#-+:;()'!?^@#$%&".ToCharArray()) -ne -1) {
                    if ($keyString.IndexOf("'") -ne -1) {
                        $scriptString += "'$($keyString.Replace("'","''"))'="
                    } else {
                        $scriptString += "'$keyString'="
                    }
                } elseif ($keyString) {
                    $scriptString += "$keyString="
                }



                $value = $kv.Value
                # Write-Verbose "$value"
                if ($value -is [string]) {

                    $value = "'" + $value.Replace("'", "''").Replace("’", "’’").Replace("‘", "‘‘") + "'"
                } elseif ($value -is [ScriptBlock]) {
                    $value = "{$value}"
                } elseif ($value -is [switch]) {
                    $value = if ($value) { '$true' } else { '$false' }
                } elseif ($value -is [DateTime]) {
                    $value = if ($value) { "[DateTime]'$($value.ToString("o"))'" }
                } elseif ($value -is [bool]) {
                    $value = if ($value) { '$true' } else { '$false' }
                } elseif ($value -and $value.GetType -and ($value.GetType().IsArray -or $value -is [Collections.IList])) {
                    $value = foreach ($v in $value) {
                        if ($v -is [Hashtable]) {
                            Write-PowerShellHashtable $v
                        } elseif ($v -is [Object] -and $v -isnot [string]) {
                            Write-PowerShellHashtable $v
                        } else {
                            ("'" + "$v".Replace("'", "''").Replace("’", "’’").Replace("‘", "‘‘") + "'")
                        }
                    }
                    $oldOfs = $ofs
                    $ofs = ",$(' ' * ($indent + 4))"
                    $value = "$value"
                    $ofs = $oldOfs
                } elseif ($value -as [Hashtable[]]) {
                    $value = foreach ($v in $value) {
                        Write-PowerShellHashtable $v
                    }
                    $value = $value -join ","
                } elseif ($value -is [Hashtable]) {
                    $value = "$(Write-PowerShellHashtable $value)"
                } elseif ($value -as [Double]) {
                    $value = "$value"
                } else {
                    $valueString = "'$value'"
                    if ($valueString[0] -eq "'" -and
                        $valueString[1] -eq "@" -and
                        $valueString[2] -eq "{") {
                        $value = Write-PowerShellHashtable -InputObject $value
                    } else {
                        $value = $valueString
                    }

                }
                $scriptString += "$value
"
            }
            $scriptString += " " * ($depth - 1) * 4
            $scriptString += "}"
            if ($AsScriptBlock) {
                [ScriptBlock]::Create($scriptString)
            } else {
                $scriptString
            }
            #endregion Include
        }
    }
}
function Write-Text {
    [CmdletBinding()]
    param(
        [string] $Text,
        [System.ConsoleColor] $Color = [System.ConsoleColor]::Cyan,
        [System.ConsoleColor] $ColorTime = [System.ConsoleColor]::Green,
        [switch] $Start,
        [switch] $End,
        [System.Diagnostics.Stopwatch] $Time
    )
    if (-not $Start -and -not $End) {
        Write-Host "$Text" -ForegroundColor $Color
    }
    if ($Start) {
        Write-Host "$Text" -NoNewline -ForegroundColor $Color
        $Time = [System.Diagnostics.Stopwatch]::StartNew()
    }
    if ($End) {
        $TimeToExecute = $Time.Elapsed.ToString()
        Write-Host " [Time: $TimeToExecute]" -ForegroundColor $ColorTime
        $Time.Stop()
    } else {
        if ($Time) {
            return $Time
        }
    }
}
function Write-TextWithTime {
    [CmdletBinding()]
    param(
        [ScriptBlock] $Content,
        [string] $Text,
        [switch] $Continue,
        [System.ConsoleColor] $Color = [System.ConsoleColor]::Cyan,
        [System.ConsoleColor] $ColorTime = [System.ConsoleColor]::Green
    )
    Write-Host "$Text" -NoNewline -ForegroundColor $Color
    $Time = [System.Diagnostics.Stopwatch]::StartNew()
    if ($null -ne $Content) {
        & $Content
    }
    $TimeToExecute = $Time.Elapsed.ToString()
    Write-Host " [Time: $TimeToExecute]" -ForegroundColor $ColorTime
    if (-not $Continue) {
        $Time.Stop()
    }
}

function Get-GitLog {
    # Source https://gist.github.com/thedavecarroll/3245449f5ff893e51907f7aa13e33ebe
    # Author: thedavecarroll/Get-GitLog.ps1
    [CmdLetBinding(DefaultParameterSetName = 'Default')]
    param (

        [Parameter(ParameterSetName = 'Default', Mandatory)]
        [Parameter(ParameterSetName = 'SourceTarget', Mandatory)]
        [ValidateScript( { Resolve-Path -Path $_ | Test-Path })]
        [string]$GitFolder,

        [Parameter(ParameterSetName = 'SourceTarget', Mandatory)]
        [string]$StartCommitId,
        [Parameter(ParameterSetName = 'SourceTarget')]
        [string]$EndCommitId = 'HEAD'
    )

    Push-Location
    try {
        Set-Location -Path $GitFolder
        $GitCommand = Get-Command -Name git -ErrorAction Stop
    } catch {
        $PSCmdlet.ThrowTerminatingError($_)
    }

    if ($StartCommitId) {
        $GitLogCommand = '"{0}" log --oneline --format="%H`t%h`t%ai`t%an`t%ae`t%ci`t%cn`t%ce`t%s`t%f" {1}...{2} 2>&1' -f $GitCommand.Source, $StartCommitId, $EndCommitId
    } else {
        $GitLogCommand = '"{0}" log --oneline --format="%H`t%h`t%ai`t%an`t%ae`t%ci`t%cn`t%ce`t%s`t%f" 2>&1' -f $GitCommand.Source
    }

    Write-Verbose -Message $GitLogCommand
    $GitLog = Invoke-Expression -Command "& $GitLogCommand" -ErrorAction SilentlyContinue
    Pop-Location

    if ($GitLog[0] -notmatch 'fatal:') {
        $GitLog | ConvertFrom-Csv -Delimiter "`t" -Header 'CommitId', 'ShortCommitId', 'AuthorDate', 'AuthorName', 'AuthorEmail', 'CommitterDate', 'CommitterName', 'ComitterEmail', 'CommitMessage', 'SafeCommitMessage'
    } else {
        if ($GitLog[0] -like "fatal: ambiguous argument '*...*'*") {
            Write-Warning -Message 'Unknown revision. Please check the values for StartCommitId or EndCommitId; omit the parameters to retrieve the entire log.'
        } else {
            Write-Error -Category InvalidArgument -Message ($GitLog -join "`n")
        }
    }

}
function Get-MissingFunctions {
    [CmdletBinding()]
    param(
        [alias('Path')][string] $FilePath,
        [string[]] $Functions,
        [switch] $Summary,
        [switch] $SummaryWithCommands,
        [Array] $ApprovedModules
    )
    $ListCommands = [System.Collections.Generic.List[Object]]::new()
    $Result = Get-ScriptCommands -FilePath $FilePath -CommandsOnly
    #$FilteredCommands = Get-FilteredScriptCommands -Commands $Result -NotUnknown -NotCmdlet -Functions $Functions -NotApplication -FilePath $FilePath
    $FilteredCommands = Get-FilteredScriptCommands -Commands $Result -NotCmdlet -Functions $Functions -NotApplication -FilePath $FilePath
    foreach ($_ in $FilteredCommands) {
        $ListCommands.Add($_)
    }
    # this gets commands along their ScriptBlock
    Get-RecursiveCommands -Commands $FilteredCommands

    $FunctionsOutput = foreach ($_ in $ListCommands) {
        if ($_.ScriptBlock) {
            if ($ApprovedModules.Count -gt 0 -and $_.Source -in $ApprovedModules) {
                "function $($_.Name) { $($_.ScriptBlock) }"
            } elseif ($ApprovedModules.Count -eq 0) {
                "function $($_.Name) { $($_.ScriptBlock) }"
            }
        }
    }
    if ($SummaryWithCommands) {
        $Hash = @{
            Summary         = $FilteredCommands
            SummaryFiltered = $ListCommands
            Functions       = $FunctionsOutput
        }
        return $Hash
    } elseif ($Summary) {
        return $ListCommands
    } else {
        return $FunctionsOutput
    }
}
function Initialize-PortableScript {
    [cmdletBinding()]
    param(
        [string] $FilePath,
        [string] $OutputPath,
        [Array] $ApprovedModules
    )
    $Output = Get-MissingFunctions -FilePath $FilePath -SummaryWithCommands -ApprovedModules $ApprovedModules
    $Script = Get-Content -LiteralPath $FilePath
    $FinalScript = @(
        $Output.Functions
        $Script
    )
    $FinalScript | Set-Content -LiteralPath $OutputPath
    $Output
}
function New-PrepareModule {
    [alias('New-BuildModule')]
    [CmdletBinding()]
    param (
        [System.Collections.IDictionary] $Configuration
    )

    if (-not $Configuration) {
        return
    }
    $GlobalTime = [System.Diagnostics.Stopwatch]::StartNew()
    if (-not $Configuration.Information.DirectoryModulesCore) {
        $Configuration.Information.DirectoryModulesCore = "$Env:USERPROFILE\Documents\PowerShell\Modules"
    }
    if (-not $Configuration.Information.DirectoryModules) {
        $Configuration.Information.DirectoryModules = "$Env:USERPROFILE\Documents\WindowsPowerShell\Modules"
    }
    if ($Configuration.Steps.BuildModule.Enable -or $Configuration.Steps.BuildModule.EnableDesktop -or $Configuration.Steps.BuildModule.EnableCore) {
        Start-ModuleBuilding -Configuration $Configuration
    }
    $Execute = "$($GlobalTime.Elapsed.Days) days, $($GlobalTime.Elapsed.Hours) hours, $($GlobalTime.Elapsed.Minutes) minutes, $($GlobalTime.Elapsed.Seconds) seconds, $($GlobalTime.Elapsed.Milliseconds) milliseconds"
    Write-Host "[i] Module Building " -NoNewline -ForegroundColor Yellow
    Write-Host "[Time Total: $Execute]" -ForegroundColor Green
}
function Remove-Comments {
    # We are not restricting scriptblock type as Tokenize() can take several types
    Param (
        [string] $FilePath,
        [parameter( ValueFromPipeline = $True )] $Scriptblock,
        [string] $ScriptContent
    )


    if ($PSBoundParameters['FilePath']) {
        $ScriptBlockString = [IO.File]::ReadAllText((Resolve-Path $FilePath))
        $ScriptBlock = [ScriptBlock]::Create($ScriptBlockString)
    } elseif ($PSBoundParameters['ScriptContent']) {
        $ScriptBlock = [ScriptBlock]::Create($ScriptContent)
    } else {
        # Convert the scriptblock to a string so that it can be referenced with array notation
        #$ScriptBlockString = $ScriptBlock.ToString()
    }
    # Convert input to a single string if needed
    $OldScript = $ScriptBlock -join [environment]::NewLine

    # If no work to do
    # We're done
    If ( -not $OldScript.Trim( " `n`r`t" ) ) { return }

    # Use the PowerShell tokenizer to break the script into identified tokens
    $Tokens = [System.Management.Automation.PSParser]::Tokenize( $OldScript, [ref]$Null )

    # Define useful, allowed comments
    $AllowedComments = @(
        'requires'
        '.SYNOPSIS'
        '.DESCRIPTION'
        '.PARAMETER'
        '.EXAMPLE'
        '.INPUTS'
        '.OUTPUTS'
        '.NOTES'
        '.LINK'
        '.COMPONENT'
        '.ROLE'
        '.FUNCTIONALITY'
        '.FORWARDHELPCATEGORY'
        '.REMOTEHELPRUNSPACE'
        '.EXTERNALHELP' )

    # Strip out the Comments, but not useful comments
    # (Bug: This will break comment-based help that uses leading # instead of multiline <#,
    # because only the headings will be left behind.)

    $Tokens = $Tokens.ForEach{
        If ( $_.Type -ne 'Comment' ) {
            $_
        } Else {
            $CommentText = $_.Content.Substring( $_.Content.IndexOf( '#' ) + 1 )
            $FirstInnerToken = [System.Management.Automation.PSParser]::Tokenize( $CommentText, [ref]$Null ) |
                Where-Object { $_.Type -ne 'NewLine' } |
                    Select-Object -First 1
            If ( $FirstInnerToken.Content -in $AllowedComments ) {
                $_
            }
        } }

    # Initialize script string
    #$NewScriptText = ''
    $SkipNext = $False

    $ScriptProcessing = @(
        # If there are at least 2 tokens to process...
        If ( $Tokens.Count -gt 1 ) {
            # For each token (except the last one)...
            ForEach ( $i in ( 0..($Tokens.Count - 2) ) ) {
                # If token is not a line continuation and not a repeated new line or semicolon...
                If (-not $SkipNext -and
                    $Tokens[$i  ].Type -ne 'LineContinuation' -and (
                        $Tokens[$i  ].Type -notin ( 'NewLine', 'StatementSeparator' ) -or
                        $Tokens[$i + 1].Type -notin ( 'NewLine', 'StatementSeparator', 'GroupEnd' ) ) ) {
                    # Add Token to new script
                    # For string and variable, reference old script to include $ and quotes
                    If ( $Tokens[$i].Type -in ( 'String', 'Variable' ) ) {
                        $OldScript.Substring( $Tokens[$i].Start, $Tokens[$i].Length )
                    } Else {
                        $Tokens[$i].Content
                    }

                    # If the token does not never require a trailing space
                    # And the next token does not never require a leading space
                    # And this token and the next are on the same line
                    # And this token and the next had white space between them in the original...
                    If ($Tokens[$i  ].Type -notin ( 'NewLine', 'GroupStart', 'StatementSeparator' ) -and
                        $Tokens[$i + 1].Type -notin ( 'NewLine', 'GroupEnd', 'StatementSeparator' ) -and
                        $Tokens[$i].EndLine -eq $Tokens[$i + 1].StartLine -and
                        $Tokens[$i + 1].StartColumn - $Tokens[$i].EndColumn -gt 0 ) {
                        # Add a space to new script
                        ' '
                    }

                    # If the next token is a new line or semicolon following
                    # an open parenthesis or curly brace, skip it
                    $SkipNext = $Tokens[$i].Type -eq 'GroupStart' -and $Tokens[$i + 1].Type -in ( 'NewLine', 'StatementSeparator' )
                }

                # Else (Token is a line continuation or a repeated new line or semicolon)...
                Else {
                    # [Do not include it in the new script]

                    # If the next token is a new line or semicolon following
                    # an open parenthesis or curly brace, skip it
                    $SkipNext = $SkipNext -and $Tokens[$i + 1].Type -in ( 'NewLine', 'StatementSeparator' )
                }
            }
        }

        # If there is a last token to process...
        If ( $Tokens ) {
            # Add last token to new script
            # For string and variable, reference old script to include $ and quotes
            If ( $Tokens[$i].Type -in ( 'String', 'Variable' ) ) {
                $OldScript.Substring( $Tokens[-1].Start, $Tokens[-1].Length )
            } Else {
                $Tokens[-1].Content
            }
        }
    )
    [string] $NewScriptText = $ScriptProcessing -join ''
    # Trim any leading new lines from the new script
    $NewScriptText = $NewScriptText.TrimStart( "`n`r;" )
    #return [scriptblock]::Create( $NewScriptText )


    # Return the new script as the same type as the input
    If ( $Scriptblock.Count -eq 1 ) {
        If ( $Scriptblock[0] -is [scriptblock] ) {
            # Return single scriptblock
            return [scriptblock]::Create( $NewScriptText )
        } Else {
            # Return single string
            return $NewScriptText
        }
    } Else {
        # Return array of strings
        return $NewScriptText.Split( "`n`r", [System.StringSplitOptions]::RemoveEmptyEntries )
    }
}
Function Test-ScriptFile {
    <#
    .Synopsis
    Test a PowerShell script for cmdlets
    .Description
    This command will analyze a PowerShell script file and display a list of detected commands such as PowerShell cmdlets and functions. Commands will be compared to what is installed locally. It is recommended you run this on a Windows 8.1 client with the latest version of RSAT installed. Unknown commands could also be internally defined functions. If in doubt view the contents of the script file in the PowerShell ISE or a script editor.
    You can test any .ps1, .psm1 or .txt file.
    .Parameter Path
    The path to the PowerShell script file. You can test any .ps1, .psm1 or .txt file.
    .Example
    PS C:\> test-scriptfile C:\scripts\Remove-MyVM2.ps1
 
    CommandType Name ModuleName
    ----------- ---- ----------
        Cmdlet Disable-VMEventing Hyper-V
        Cmdlet ForEach-Object Microsoft.PowerShell.Core
        Cmdlet Get-VHD Hyper-V
        Cmdlet Get-VMSnapshot Hyper-V
        Cmdlet Invoke-Command Microsoft.PowerShell.Core
        Cmdlet New-PSSession Microsoft.PowerShell.Core
        Cmdlet Out-Null Microsoft.PowerShell.Core
        Cmdlet Out-String Microsoft.PowerShell.Utility
        Cmdlet Remove-Item Microsoft.PowerShell.Management
        Cmdlet Remove-PSSession Microsoft.PowerShell.Core
        Cmdlet Remove-VM Hyper-V
        Cmdlet Remove-VMSnapshot Hyper-V
        Cmdlet Write-Debug Microsoft.PowerShell.Utility
        Cmdlet Write-Verbose Microsoft.PowerShell.Utility
        Cmdlet Write-Warning Microsoft.PowerShell.Utility
 
    .Notes
    Original script provided by Jeff Hicks at (https://www.petri.com/powershell-problem-solver-find-script-commands)
    # https://twitter.com/donnie_taylor/status/1160920407031058432
    Test-ScriptFile -Path 'C:\Users\przemyslaw.klys\Documents\WindowsPowerShell\Modules\PSWinReportingV2\PSWinReportingV2.psm1' | Sort-Object -Property Source, Name | ft -AutoSize
    #>

    [cmdletbinding()]
    Param(
        [Parameter(Position = 0, Mandatory = $True, HelpMessage = "Enter the path to a PowerShell script file,",
            ValueFromPipeline = $True, ValueFromPipelineByPropertyName = $True)]
        [ValidatePattern( "\.(ps1|psm1|txt)$")]
        [ValidateScript( { Test-Path $_ })]
        [string]$Path
    )

    Begin {
        Write-Verbose "Starting $($MyInvocation.Mycommand)"
        Write-Verbose "Defining AST variables"
        New-Variable astTokens -force
        New-Variable astErr -force
    }

    Process {
        Write-Verbose "Parsing $path"
        $null = [System.Management.Automation.Language.Parser]::ParseFile($Path, [ref]$astTokens, [ref]$astErr)

        #group tokens and turn into a hashtable
        $h = $astTokens | Group-Object tokenflags -AsHashTable -AsString

        $commandData = $h.CommandName | Where-Object { $_.text -notmatch "-TargetResource$" } |
            ForEach-Object {
                Write-Verbose "Processing $($_.text)"
                Try {
                    $cmd = $_.Text
                    $resolved = $cmd | Get-Command -ErrorAction Stop
                    if ($resolved.CommandType -eq 'Alias') {
                        Write-Verbose "Resolving an alias"
                        #manually handle "?" because Get-Command and Get-Alias won't.
                        Write-Verbose "Detected the Where-Object alias '?'"
                        if ($cmd -eq '?') {
                            Get-Command Where-Object
                        } else {
                            # Since we're dealing with alias we need to recheck
                            $Resolved = $resolved.ResolvedCommandName | Get-Command

                            [PSCustomobject]@{
                                CommandType = $resolved.CommandType
                                Name        = $resolved.Name
                                ModuleName  = $resolved.ModuleName
                                Source      = $resolved.Source
                            }
                        }
                    } else {
                        #$resolved

                        [PSCustomobject]@{
                            CommandType = $resolved.CommandType
                            Name        = $resolved.Name
                            ModuleName  = $resolved.ModuleName
                            Source      = $resolved.Source
                        }
                    }
                } Catch {
                    Write-Verbose "Command is not recognized"
                    #create a custom object for unknown commands
                    [PSCustomobject]@{
                        CommandType = "Unknown"
                        Name        = $cmd
                        ModuleName  = "Unknown"
                        Source      = "Unknown"
                    }
                }
            }

    $CommandData
}

End {
    Write-Verbose -Message "Ending $($MyInvocation.Mycommand)"
}
}
function Test-ScriptModule {
    [cmdletbinding()]
    param(
        [string] $ModuleName,
        [ValidateSet('Name', 'CommandType', 'ModuleName', 'Source')] $SortName,
        [switch] $Unique
    )
    $Module = Get-Module -ListAvailable $ModuleName
    $Path = Join-Path -Path $Module.ModuleBase -ChildPath $Module.RootModule
    $Output = Test-ScriptFile -Path $Path
    if ($Unique) {
        $Output = $Output | Sort-Object -Property 'Name' -Unique:$Unique
    }
    if ($SortName) {
        $Output | Sort-Object -Property $SortName
    } else {
        $Output
    }
}


Export-ModuleMember -Function @('Get-GitLog', 'Get-MissingFunctions', 'Initialize-PortableScript', 'New-PrepareModule', 'Remove-Comments', 'Test-ScriptFile', 'Test-ScriptModule') -Alias @('New-BuildModule')