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# EMACS settings: -*- tab-width: 2; indent-tabs-mode: t -*-
# vim: tabstop=2:shiftwidth=2:noexpandtab
# kate: tab-width 2; replace-tabs off; indent-width 2;
#
# ==============================================================================
# Authors: Patrick Lehmann
#
# PowerShell Script: Script to compile the simulation libraries from Xilinx ISE
# for GHDL on Windows
#
# Description:
# ------------------------------------
# This is a PowerShell script (executable) which:
# - creates a subdirectory in the current working directory
# - compiles all Xilinx ISE simulation libraries and packages
#
# ==============================================================================
# Copyright (C) 2015-2016 Patrick Lehmann
#
# GHDL is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the Free
# Software Foundation; either version 2, or (at your option) any later
# version.
#
# GHDL is distributed in the hope that it will be useful, but WITHOUT ANY
# WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License
# along with GHDL; see the file COPYING. If not, write to the Free
# Software Foundation, 59 Temple Place - Suite 330, Boston, MA
# 02111-1307, USA.
# ==============================================================================
# .SYNOPSIS
# This CmdLet compiles the simulation libraries from Xilinx.
#
# .DESCRIPTION
# This CmdLet:
# (1) creates a subdirectory in the current working directory
# (2) compiles all Xilinx ISE simulation libraries and packages
# - unisim (incl. secureip)
# - unimacro
# - simprim (incl. secureip)
#
[CmdletBinding()]
param(
# Show the embedded help page(s)
[switch]$Help = $false,
# Compile all libraries and packages.
[switch]$All = $false,
# Compile the Xilinx simulation library.
[switch]$Unisim = $false,
# Compile the Xilinx macro library.
[switch]$Unimacro = $false,
# Compile the Xilinx post-map simulation library.
[switch]$Simprim = $false,
# Compile the Xilinx secureip library.
[switch]$SecureIP = $false,
# Clean up directory before analyzing.
[switch]$Clean = $false,
# Set VHDL Standard to '93
[switch]$VHDL93 = $false,
# Set VHDL Standard to '08
[switch]$VHDL2008 = $false,
# Skip warning messages. (Show errors only.)
[switch]$SuppressWarnings = $false,
# Halt on errors
[switch]$HaltOnError = $false,
# Set vendor library source directory
[string]$Source = "",
# Set output directory name
[string]$Output = "",
# Set GHDL executable
[string]$GHDL = ""
)
if ($Help)
{ Get-Help $MYINVOCATION.InvocationName -Detailed
return
}
# ---------------------------------------------
# save working directory
$WorkingDir = Get-Location
# load modules from GHDL's 'vendors' library directory
Import-Module $PSScriptRoot\config.psm1 -ArgumentList "XilinxISE"
Import-Module $PSScriptRoot\shared.psm1 -ArgumentList @("Xilinx ISE", "$WorkingDir")
# Display help if no command was selected
$Help = $Help -or (-not ($All -or $Unisim -or $Simprim -or $Unimacro))
if ($Help)
{ Get-Help $MYINVOCATION.InvocationName -Detailed
Exit-CompileScript
}
if ($All)
{ $Unisim = $true
$Simprim = $true
$Unimacro = $true
$SecureIP = $true
}
function Get-XilinxISEDirectory
{ if (Test-Path env:XILINX)
{ return $XILINX + "\" + (Get-VendorToolSourceDirectory) }
else
{ $EnvSourceDir = ""
foreach ($Drive in Get-DriveInfo)
{ $Path = $Drive.Name + "Xilinx"
if (Test-Path $Path -PathType Container)
{ foreach ($Major in 14..12)
{ foreach ($Minor in 7..1)
{ $Dir = $Path + "\" + $Major + "." + $Minor + "\ISE_DS"
if (Test-Path $Dir -PathType Container)
{ $EnvSourceDir = $Dir + "\" + (Get-VendorToolSourceDirectory)
return $EnvSourceDir
}
}
}
}
}
}
}
$SourceDirectory = Get-SourceDirectory $Source (Get-XilinxISEDirectory)
$DestinationDirectory = Get-DestinationDirectory $Output
$GHDLBinary = Get-GHDLBinary $GHDL
# create "Altera" directory and change to it
New-DestinationDirectory $DestinationDirectory
cd $DestinationDirectory
if ($VHDL2008)
{ Write-Host "Not all Xilinx primitives are VHDL-2008 compatible! Setting HaltOnError to FALSE." -ForegroundColor Red
$HaltOnError = $false
}
$VHDLVersion,$VHDLStandard,$VHDLFlavor = Get-VHDLVariables $VHDL93 $VHDL2008
# define global GHDL Options
$GHDLOptions = @("-a", "-fexplicit", "-frelaxed-rules", "--mb-comments", "--warn-binding", "--ieee=$VHDLFlavor", "--no-vital-checks", "--std=$VHDLStandard", "-P$DestinationDirectory")
# extract data from configuration
# $SourceDir = $InstallationDirectory["AlteraQuartus"] + "\quartus\eda\sim_lib"
$StopCompiling = $false
$ErrorCount = 0
# Cleanup directories
# ==============================================================================
if ($Clean)
{ Write-Host "[ERROR]: '-Clean' is not implemented!"
Exit-CompileScript -1
Write-Host "Cleaning up vendor directory ..." -ForegroundColor Yellow
rm *.cf
}
# Library UniSim
# ==============================================================================
# compile unisim packages
if ((-not $StopCompiling) -and $Unisim)
{ $Library = "unisim"
$Files = @(
"unisims\unisim_VPKG.vhd",
"unisims\unisim_VCOMP.vhd"
)
$SourceFiles = $Files | % { "$SourceDirectory\$_" }
$ErrorCount += 0
Start-PackageCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
# compile unisim primitives
if ((-not $StopCompiling) -and $Unisim)
{ $Library = "unisim"
$SourceFiles = dir "$SourceDirectory\unisims\primitive\*.vhd*"
$ErrorCount += 0
Start-PrimitiveCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
# compile unisim secureip primitives
if ((-not $StopCompiling) -and $Unisim -and $SecureIP)
{ $Library = "secureip"
$SourceFiles = dir "$SourceDirectory\unisims\secureip\*.vhd*"
$ErrorCount += 0
Start-PrimitiveCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
# Library UNIMACRO
# ==============================================================================
# compile unimacro packages
if ((-not $StopCompiling) -and $Unimacro)
{ $Library = "unimacro"
$Files = @(
"unimacro\unimacro_VCOMP.vhd"
)
$SourceFiles = $Files | % { "$SourceDirectory\$_" }
$ErrorCount += 0
Start-PackageCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
# compile unimacro macros
if ((-not $StopCompiling) -and $Unimacro)
{ $Library = "unimacro"
$SourceFiles = dir "$SourceDirectory\unimacro\*_MACRO.vhd*"
$ErrorCount += 0
Start-PrimitiveCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
# Library SIMPRIM
# ==============================================================================
# compile simprim packages
if ((-not $StopCompiling) -and $Simprim)
{ $Library = "simprim"
$Files = (
"simprims\simprim_Vpackage.vhd",
"simprims\simprim_Vcomponents.vhd"
)
$SourceFiles = $Files | % { "$SourceDirectory\$_" }
$ErrorCount += 0
Start-PackageCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
# compile simprim primitives
if ((-not $StopCompiling) -and $Simprim)
{ $Library = "simprim"
$SourceFiles = dir "$SourceDirectory\simprims\primitive\other\*.vhd*"
$ErrorCount += 0
Start-PrimitiveCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
# compile simprim secureip primitives
if ((-not $StopCompiling) -and $Simprim -and $SecureIP)
{ $Library = "secureip"
$SourceFiles = dir "$SourceDirectory\simprims\secureip\other\*.vhd*"
$ErrorCount += 0
Start-PrimitiveCompilation $GHDLBinary $GHDLOptions $DestinationDirectory $Library $VHDLVersion $SourceFiles $HaltOnError
$StopCompiling = $HaltOnError -and ($ErrorCount -ne 0)
}
Write-Host "--------------------------------------------------------------------------------"
Write-Host "Compiling Xilinx ISE libraries " -NoNewline
if ($ErrorCount -gt 0)
{ Write-Host "[FAILED]" -ForegroundColor Red }
else
{ Write-Host "[SUCCESSFUL]" -ForegroundColor Green }
Exit-CompileScript
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