Init-Files/WindowsPowershell/Profile.ps1
2014-04-24 16:10:46 -07:00

265 lines
7.5 KiB
PowerShell

# Check to see if we're interactive or not.... this is a dirty, dirty
# hack.
$interactive = $true
$cmdLine = [System.Environment]::CommandLine
if ($cmdLine.Contains("powershell.exe") -and ($cmdLine.Contains(".ps1") -and !$cmdLine.Contains("-noexit")))
{
# We're running non-interactively, don't do any of this stuff.
$interactive = $false
}
if ($interactive)
{
# Make MSYS based things work correctly (most importantly, msysgit)
#
$env:TERM='msys'
# Load up the colors and set the dark solarized theme.
#
$profileDir = split-path -parent $Profile
Import-Module "$profileDir\Modules\ConsoleColors.psm1"
# Set-SolarizedColors -Dark
# Ensure HOME is set properly
#
$env:Home = [Environment]::GetFolderPath("Personal")
set-variable -name HOME -value (resolve-path $env:Home) -force
(get-psprovider FileSystem).Home = $HOME
# Add the right things to the path
#
$env:Path = "$env:windir\Microsoft.NET\Framework64;" + $env:Path
$env:Path = "c:\debuggers;c:\tools\x86;c:\tools\x86\bin;c:\emacs\bin" + $env:Path
# Fun times with diffs and the like.
#
$env:SDPWDIFF = 'odd.exe'
$env:SDVDIFF = 'odd.exe -l!'
$env:SDVCDIFF = 'odd.exe -ld'
}
# Based on http://winterdom.com/2008/08/mypowershellprompt
function shorten-path([string] $path)
{
$loc = $path.Replace($HOME, '~')
# remove prefix for UNC paths
$loc = $loc -replace '^[^:]+::', ''
# make path shorter like tabs in Vim,
# handle paths starting with \\ and . correctly
return ($loc -replace '\\(\.?)([^\\]{3})[^\\]*(?=\\)','\$1$2')
}
$global:SolarizedColors = $false
if (($Host.Name -eq "ConsoleHost") -and ("$env:CMDER_ROOT" -eq ''))
{
Set-SolarizedColors -Dark
$global:SolarizedColors = $true
# Doing this screws up the colors in the window, and the only way to
# make it look remotely pretty is to do this.
#
cls
}
function prompt
{
$ok = $?
if ($global:SolarizedColors)
{
# Our "theme", as it were. Note that we assume the use of the
# solarized colors.
#
$cdelim = ConvertFrom-SolarizedColor "base1"
$chost = ConvertFrom-SolarizedColor "green"
$cloc = $csym = ConvertFrom-SolarizedColor "base0"
if (-not $ok) { $csym = ConvertFrom-SolarizedColor "red" }
}
else
{
$cdelim = [ConsoleColor]::Gray
$chost = [ConsoleColor]::Green
$cloc = $csym = [ConsoleColor]::Gray
if (-not $ok) { $csym = [ConsoleColor]::Red; }
}
write-host "$([char]0x0A7) " -n -f $csym
write-host ([net.dns]::GetHostName()) -n -f $chost
write-host ' {' -n -f $cdelim
write-host (shorten-path (pwd).Path) -n -f $cloc
write-host '}' -n -f $cdelim
return ' '
}
function Get-APFile($Path, $Cockpit="BLUINFDPXYIH802:80")
{
$localFile = join-path $pwd (split-path -leaf $Path)
$uri = "http://$Cockpit/files?cmd=get&path=$Path"
Write-Host "Getting $Path to $localFile via $uri"
(New-Object System.Net.Webclient).DownloadFile($uri, $localFile)
}
function Get-Url($Url)
{
(New-Object System.Net.Webclient).DownloadString($Url)
}
function ConvertFrom-JWT($text)
{
$text = $text.Trim()
$part = $text.Split('.')[1]
while($part.Length % 4) {
$part = $part + '='
}
$json = [System.Text.Encoding]::UTF8.GetString([Convert]::FromBase64String($part))
return ConvertFrom-Json $json
}
function ConvertFrom-KeyType($data)
{
switch([BitConverter]::ToInt16($data,0)) {
1 { "SessionRoot"; break; }
2 { "SessionRootEscrow_AES"; break; }
3 { "K_R_G"; break; }
4 { "Live_RSA"; break; }
5 { "ContentKey"; break; }
6 { "DevContentKeyEscrow_RSA"; break; }
7 { "ProdContentKeyEscrow_RSA"; break; }
8 { "XboxAutoVaultSign_RSA"; break; }
9 { "EscrowedDevContentKeyEKB_RSA"; break; }
10 { "EscrowedProdContentKeyEKB_RSA"; break; }
11 { "DevDurangoGlobalEscrow_RSA"; break; }
12 { "ProdDurangoGlobalEscrow_RSA"; break; }
13 { "DevKitConversionCert_RSA"; break; }
default { "Unknown ($_)"; break; }
}
}
function ConvertFrom-EKB($text)
{
$ekb = @{}
$bytes = [Convert]::FromBase64String($text)
$stream = New-Object System.IO.MemoryStream
$stream.Write($bytes,0,$bytes.Length)
$stream.Position = 0
$reader = New-Object System.IO.BinaryReader($stream)
$stream.Seek(8, 'Current') | out-null
while($stream.Position -ne $stream.Length) {
$type = $reader.ReadInt16()
$length = $reader.ReadInt32()
$data = $reader.ReadBytes($length)
switch($type){
1 {
$ekb.EscrowedKey = ConvertFrom-KeyType($data)
break
}
2 {
$ekb.KeyID = [System.Text.Encoding]::UTF8.GetString($data)
if ($ekb.KeyID.Length -eq 32) {
$kid = $ekb.KeyID
$gah = @()
while ($kid.Length) {
$gah += @([Byte]::Parse($kid.Substring(0,2), "HexNumber"))
$kid = $kid.Substring(2)
}
$ekb.KeyIDGuid = [Guid][byte[]]($gah)
}
break
}
3 {
$ekb.EscrowingKeyType = ConvertFrom-KeyType($data)
break
}
4 {
$ekb.EscrowingKeyID = [System.Text.Encoding]::UTF8.GetString($data)
break
}
5 {
$ekb.EscrowMethod = switch([BitConverter]::ToInt16($data, 0)){
1 { "RSAEncrypt_OAEP_SHA256"; break; }
2 { "AESKeyWrap"; break; }
3 { "RSAEncrypt_PKCS1_SHA256"; break; }
default { "Unknown ($_)"; break; }
}
break
}
6 {
$ekb.CustomData = $data
break
}
7 {
$ekb.EscrowBlob = $data
break
}
}
}
return $ekb
}
function Wrap-Text ($txt)
{
$t = [string]$txt
while($t.Length -gt 77) {
$t.Substring(0, 77)
$t = $t.Substring(77)
}
$t
}
function ConvertFrom-Base64UTF8($base64) {
return [System.Text.Encoding]::UTF8.GetString([Convert]::FromBase64String($base64))
}
function Save-Change($ChangeNumber, $Description)
{
if (!$ChangeNumber) { $ChangeNumber = "default" }
if (!$Description) { $Description = "Change-$ChangeNumber" }
$PackPath = Resolve-Path "~\dpk"
if (!(Test-Path $PackPath))
{
mkdir $PackPath | out-null
}
# Get Unique number...
$Date = Get-Date
$Prefix = "$($Date.Year).$($Date.Month.ToString('00')).$($Date.Day.ToString('00'))"
$Index = "00"
$items = @(Get-ChildItem $PackPath -Filter "$Prefix*.dpk" | Sort-Object -Property FullName -Descending)
if ($items.Length -gt 0)
{
$idx = [int]($items[0].FullName.Split('.')[3]) + 1
$Index = $idx.ToString('00')
}
$PackFile = "$PackPath\$Prefix.$Index.$Description.dpk"
Write-Host "Packing change '$ChangeNumber' to '$PackFile'..."
sdp pack $PackFile -c $ChangeNumber
}
function Convert-HexNumberToGuid($hn)
{
$gah = @()
while ($hn.Length)
{
$gah += @([Byte]::Parse($hn.Substring(0,2), "HexNumber"))
$hn = $hn.Substring(2)
}
return [Guid][byte[]]($gah)
}
function global:bld { build $args }
function global:bz { build -PZM $args }
function global:bcz { build -cPZM $args }