Convertir un .reg en .xml
Convertir un export de base de registre en .xml
Syntaxe à utiliser
powershell -file RegToXML.ps1 -regpath NomFichierReg.reg -xmlpath output.xml
Exemple d'utilisation du script
Un exemple de la fin de l execution du script
Faites un drag and drop du xml dans une gpp user
Acceptez l'import
Le fichier xml est importé
Conformément à ce qui a été indiqué sur le site d'origine, j'ai commenté la ligne 415 :
Si vous avez un problème pour le passage de paramètre, forcez le chemin dans le script en ajoutant ce qui est montré ci-dessous en ligne 30 :
Le powerwhell qui permet la conversion
function Convert-RegEscapeCodes
{
Param(
[Parameter(Position=1)][string]$regstring)
return $regstring.Replace("\\","\").Replace('\"','"')
}
function Convert-Reg2Xml
{
Param(
[Parameter(Mandatory=$True)][string]$regPath,
[Parameter(Mandatory=$True)][string]$xmlPath
)
$clsidCollection = "{53B533F5-224C-47e3-B01B-CA3B3F3FF4BF}"
$clsidRegistry = "{9CD4B2F4-923D-47f5-A062-E897DD1DAD50}"
$settings = New-Object System.Xml.XmlWriterSettings
$settings.Indent=$True
$settings.Encoding = [System.Text.Encoding]::UTF8
$xml = [System.Xml.XmlWriter]::Create($xmlPath,$settings)
$descr = "Imported Reg File"
$action = "U"
$unicoder = New-Object System.Text.UnicodeEncoding
$lastHive="";
$lastKey="";
$sr=New-Object System.IO.StreamReader($regPath)
$lastHive=""
$lastKey=""
$collectionCount=0
while (!$sr.EndOfStream)
{
$line = $sr.ReadLine()
if ($line.StartsWith("["))
{
$currentHive=$line.Substring(1,$line.IndexOf("\")-1)
$currentKey=$line.Substring($line.IndexOf("\")+1,$line.Length-$line.IndexOf("\")-2)
if ($lastHive -eq "")
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$currentHive)
$collectionCount++
ForEach ($key in $currentKey.Split('\'))
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$key)
$collectionCount++
}
}
else
{
# hives don't match - settings.xml doesn't support this!
if ($currentHive -ne $lastHive)
{
# invalid - settings.xml only supports one HIVE type per file
Throw "Reg file format is not supported by settings .XML. Please use only $currentHive or $lastHive per XML file"
return
}
else
{
# going up a key
if ($currentKey.StartsWith($lastKey + "\"))
{
$newKey=$currentKey.Substring($lastKey.Length+1)
ForEach ($key in $newKey.Split('\'))
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$key)
$collectionCount++
}
}
else
{
# funky logic to handle change in key path
# maybe this logic even works :)
$currentKeySplit=$currentKey.Split('\')
$lastKeySplit=$lastKey.Split('\')
$match=$true
$i=-1
while ($match)
{
$i++
if ($i -ge $currentKeySplit.Length -or $i -ge $lastKeySplit.Length)
{
$match=$false
}
else
{
if ($currentKeySplit[$i] -ne $lastKeySplit[$i]) { $match=$false }
}
}
for ($x=$lastKeySplit.Length;$x -gt $i;$x--)
{
$xml.WriteEndElement()
$collectionCount--
}
for ($x=$i;$x -lt $currentKeySplit.Length;$x++)
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$currentKeySplit[$x])
$collectionCount++
}
}
}
}
$lastHive=$currentHive
$lastKey=$currentKey
}
else
{
if ($line.Contains("="))
{
$regType=[Microsoft.Win32.RegistryValueKind]::Unknown
# detect registry type
if ($line.StartsWith("@=") -or $line.Contains('"="')) { $regType=[Microsoft.Win32.RegistryValueKind]::String }
if ($line.Contains("=hex:")) { $regType=[Microsoft.Win32.RegistryValueKind]::Binary }
if ($line.Contains("=dword:")) { $regType=[Microsoft.Win32.RegistryValueKind]::DWord }
if ($line.Contains("=hex(7):")) { $regType=[Microsoft.Win32.RegistryValueKind]::MultiString }
if ($line.Contains("=hex(2):")) { $regType=[Microsoft.Win32.RegistryValueKind]::ExpandString }
if ($line.Contains("=hex(b):")) { $regType=[Microsoft.Win32.RegistryValueKind]::QWord }
switch ($regType)
{
# *** PROCESS REG_SZ
([Microsoft.Win32.RegistryValueKind]::String)
{
$default="0"
if ($line.StartsWith("@="))
{
$valueName=""
$value=$line.Substring(3,$line.Length-4)
"Name = '$valueName' Value = '$value'"
$default="1"
}
else
{
$i = $line.IndexOf('"="')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=Convert-RegEscapeCodes $line.Substring($i+3,$line.Length-$i-4)
"Name = '$valueName' Value = '$value'"
}
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","7")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default",$default)
$xml.WriteattributeString("type","REG_SZ")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROCESS REG_BINARY
([Microsoft.Win32.RegistryValueKind]::Binary)
{
# read binary key to end
while ($line.EndsWith("\"))
{
$line=$line.Substring(0,$line.Length-1)+$sr.ReadLine().Trim()
}
$i = $line.IndexOf('"=hex:')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+6).Replace(",","")
"Name = '$valueName' Value = '$value'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","17")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_BINARY")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROCESS REG_DWORD
([Microsoft.Win32.RegistryValueKind]::DWord)
{
$i = $line.IndexOf('"=dword:')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+8).ToUpper()
"Name = '$valueName' Value = '$value'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","17")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_DWORD")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROCESS REG_QWORD
([Microsoft.Win32.RegistryValueKind]::QWord)
{
$i = $line.IndexOf('"=hex(b):')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$tempValue=$line.Substring($i+9).Replace(",","").ToUpper()
$value=""
# unreverse QWORD for settings.xml format
for ($i = $tempValue.Length -2;$i -gt 0;$i-=2)
{
$value+=$tempValue.Substring($i,2)
}
"Name = '$valueName' Value = '$value'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","17")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_QWORD")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROESS REG_MULTI_MZ
([Microsoft.Win32.RegistryValueKind]::MultiString)
{
# read binary key to end
while ($line.EndsWith("\"))
{
$line=$line.Substring(0,$line.Length-1)+$sr.ReadLine().Trim()
}
# read hex codes
$i = $line.IndexOf('"=hex(7):')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+9).Replace(",","")
# convert hex codes to binary array
$byteLength=$value.Length/2
$byte = New-Object Byte[] $byteLength
$x=0
for ($i=0;$i -lt $value.Length;$i+=2)
{
$byte[$x]="0x" + $value.Substring($i,2)
$x++
}
# convert binary array to unicode string
$value=$unicoder.GetString($byte)
# retrieve multi values
$values=$value.Replace("`0`0","").Split("`0")
"Name = '$valueName'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","7")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_MULTI_SZ")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value.Replace("`0"," "))
$x=1
$xml.WriteStartElement("Values")
ForEach ($value in $values)
{
$xml.WriteStartElement("Value")
$xml.WriteString($value)
"Value $x = '$value'"
$xml.WriteEndElement()
}
$xml.WriteEndElement()
$xml.WriteEndElement()
$xml.WriteEndElement()
}
([Microsoft.Win32.RegistryValueKind]::ExpandString)
{
# read binary key to end
while ($line.EndsWith("\"))
{
$line=$line.Substring(0,$line.Length-1)+$sr.ReadLine().Trim()
}
# read hex codes
$i = $line.IndexOf('"=hex(2):')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+9).Replace(",","")
# convert hex codes to binary array
$byteLength=$value.Length/2
$byte = New-Object Byte[] $byteLength
$x=0
for ($i=0;$i -lt $value.Length;$i+=2)
{
$byte[$x]="0x" + $value.Substring($i,2)
$x++
}
# convert binary array to unicode string
$value=$unicoder.GetString($byte).Replace("`0","")
"Name = '$valueName' Value = '$value'"
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","7")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default",$default)
$xml.WriteattributeString("type","REG_EXPAND_SZ")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
}
}
}
}
$sr.Close()
while ($collectionCount -gt 0)
{
$xml.WriteEndElement()
$collectionCount--
}
$xml.Close()
}
#Convert-Reg2Xml -regPath "C:\support\ReceiverCSTRegUpx64.reg" -xmlPath C:\support\Citrix.xmlfunction Convert-RegEscapeCodes
{
Param(
[Parameter(Position=1)][string]$regstring)
return $regstring.Replace("\\","\").Replace('\"','"')
}
function Convert-Reg2Xml
{
Param(
[Parameter(Mandatory=$True)][string]$regPath,
[Parameter(Mandatory=$True)][string]$xmlPath
)
$clsidCollection = "{53B533F5-224C-47e3-B01B-CA3B3F3FF4BF}"
$clsidRegistry = "{9CD4B2F4-923D-47f5-A062-E897DD1DAD50}"
$settings = New-Object System.Xml.XmlWriterSettings
$settings.Indent=$True
$settings.Encoding = [System.Text.Encoding]::UTF8
$xml = [System.Xml.XmlWriter]::Create($xmlPath,$settings)
$descr = "Imported Reg File"
$action = "U"
$unicoder = New-Object System.Text.UnicodeEncoding
$lastHive="";
$lastKey="";
$sr=New-Object System.IO.StreamReader($regPath)
$lastHive=""
$lastKey=""
$collectionCount=0
while (!$sr.EndOfStream)
{
$line = $sr.ReadLine()
if ($line.StartsWith("["))
{
$currentHive=$line.Substring(1,$line.IndexOf("\")-1)
$currentKey=$line.Substring($line.IndexOf("\")+1,$line.Length-$line.IndexOf("\")-2)
if ($lastHive -eq "")
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$currentHive)
$collectionCount++
ForEach ($key in $currentKey.Split('\'))
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$key)
$collectionCount++
}
}
else
{
# hives don't match - settings.xml doesn't support this!
if ($currentHive -ne $lastHive)
{
# invalid - settings.xml only supports one HIVE type per file
Throw "Reg file format is not supported by settings .XML. Please use only $currentHive or $lastHive per XML file"
return
}
else
{
# going up a key
if ($currentKey.StartsWith($lastKey + "\"))
{
$newKey=$currentKey.Substring($lastKey.Length+1)
ForEach ($key in $newKey.Split('\'))
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$key)
$collectionCount++
}
}
else
{
# funky logic to handle change in key path
# maybe this logic even works :)
$currentKeySplit=$currentKey.Split('\')
$lastKeySplit=$lastKey.Split('\')
$match=$true
$i=-1
while ($match)
{
$i++
if ($i -ge $currentKeySplit.Length -or $i -ge $lastKeySplit.Length)
{
$match=$false
}
else
{
if ($currentKeySplit[$i] -ne $lastKeySplit[$i]) { $match=$false }
}
}
for ($x=$lastKeySplit.Length;$x -gt $i;$x--)
{
$xml.WriteEndElement()
$collectionCount--
}
for ($x=$i;$x -lt $currentKeySplit.Length;$x++)
{
$xml.WriteStartElement("Collection")
$xml.WriteAttributeString("clsid",$clsidCollection)
$xml.WriteAttributeString("name",$currentKeySplit[$x])
$collectionCount++
}
}
}
}
$lastHive=$currentHive
$lastKey=$currentKey
}
else
{
if ($line.Contains("="))
{
$regType=[Microsoft.Win32.RegistryValueKind]::Unknown
# detect registry type
if ($line.StartsWith("@=") -or $line.Contains('"="')) { $regType=[Microsoft.Win32.RegistryValueKind]::String }
if ($line.Contains("=hex:")) { $regType=[Microsoft.Win32.RegistryValueKind]::Binary }
if ($line.Contains("=dword:")) { $regType=[Microsoft.Win32.RegistryValueKind]::DWord }
if ($line.Contains("=hex(7):")) { $regType=[Microsoft.Win32.RegistryValueKind]::MultiString }
if ($line.Contains("=hex(2):")) { $regType=[Microsoft.Win32.RegistryValueKind]::ExpandString }
if ($line.Contains("=hex(b):")) { $regType=[Microsoft.Win32.RegistryValueKind]::QWord }
switch ($regType)
{
# *** PROCESS REG_SZ
([Microsoft.Win32.RegistryValueKind]::String)
{
$default="0"
if ($line.StartsWith("@="))
{
$valueName=""
$value=$line.Substring(3,$line.Length-4)
"Name = '$valueName' Value = '$value'"
$default="1"
}
else
{
$i = $line.IndexOf('"="')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=Convert-RegEscapeCodes $line.Substring($i+3,$line.Length-$i-4)
"Name = '$valueName' Value = '$value'"
}
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","7")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default",$default)
$xml.WriteattributeString("type","REG_SZ")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROCESS REG_BINARY
([Microsoft.Win32.RegistryValueKind]::Binary)
{
# read binary key to end
while ($line.EndsWith("\"))
{
$line=$line.Substring(0,$line.Length-1)+$sr.ReadLine().Trim()
}
$i = $line.IndexOf('"=hex:')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+6).Replace(",","")
"Name = '$valueName' Value = '$value'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","17")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_BINARY")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROCESS REG_DWORD
([Microsoft.Win32.RegistryValueKind]::DWord)
{
$i = $line.IndexOf('"=dword:')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+8).ToUpper()
"Name = '$valueName' Value = '$value'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","17")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_DWORD")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROCESS REG_QWORD
([Microsoft.Win32.RegistryValueKind]::QWord)
{
$i = $line.IndexOf('"=hex(b):')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$tempValue=$line.Substring($i+9).Replace(",","").ToUpper()
$value=""
# unreverse QWORD for settings.xml format
for ($i = $tempValue.Length -2;$i -gt 0;$i-=2)
{
$value+=$tempValue.Substring($i,2)
}
"Name = '$valueName' Value = '$value'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","17")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_QWORD")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
# *** PROESS REG_MULTI_MZ
([Microsoft.Win32.RegistryValueKind]::MultiString)
{
# read binary key to end
while ($line.EndsWith("\"))
{
$line=$line.Substring(0,$line.Length-1)+$sr.ReadLine().Trim()
}
# read hex codes
$i = $line.IndexOf('"=hex(7):')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+9).Replace(",","")
# convert hex codes to binary array
$byteLength=$value.Length/2
$byte = New-Object Byte[] $byteLength
$x=0
for ($i=0;$i -lt $value.Length;$i+=2)
{
$byte[$x]="0x" + $value.Substring($i,2)
$x++
}
# convert binary array to unicode string
$value=$unicoder.GetString($byte)
# retrieve multi values
$values=$value.Replace("`0`0","").Split("`0")
"Name = '$valueName'"
# build XML
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","7")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default","0")
$xml.WriteattributeString("type","REG_MULTI_SZ")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value.Replace("`0"," "))
$x=1
$xml.WriteStartElement("Values")
ForEach ($value in $values)
{
$xml.WriteStartElement("Value")
$xml.WriteString($value)
"Value $x = '$value'"
$xml.WriteEndElement()
}
$xml.WriteEndElement()
$xml.WriteEndElement()
$xml.WriteEndElement()
}
([Microsoft.Win32.RegistryValueKind]::ExpandString)
{
# read binary key to end
while ($line.EndsWith("\"))
{
$line=$line.Substring(0,$line.Length-1)+$sr.ReadLine().Trim()
}
# read hex codes
$i = $line.IndexOf('"=hex(2):')
$valueName=Convert-RegEscapeCodes $line.Substring(1,$i-1)
$value=$line.Substring($i+9).Replace(",","")
# convert hex codes to binary array
$byteLength=$value.Length/2
$byte = New-Object Byte[] $byteLength
$x=0
for ($i=0;$i -lt $value.Length;$i+=2)
{
$byte[$x]="0x" + $value.Substring($i,2)
$x++
}
# convert binary array to unicode string
$value=$unicoder.GetString($byte).Replace("`0","")
"Name = '$valueName' Value = '$value'"
$xml.WriteStartElement("Registry")
$xml.WriteAttributeString("clsid",$clsidRegistry)
$xml.WriteAttributeString("name",$valueName)
$xml.WriteAttributeString("descr",$descr)
$xml.WriteAttributeString("image","7")
$xml.WriteStartElement("Properties")
$xml.WriteAttributeString("action",$action)
$xml.WriteAttributeString("hive",$currentHive)
$xml.WriteAttributeString("key",$currentKey)
$xml.WriteattributeString("name",$valueName)
$xml.WriteattributeString("default",$default)
$xml.WriteattributeString("type","REG_EXPAND_SZ")
$xml.WriteattributeString("displayDecimal","0")
$xml.WriteAttributeString("value",$value)
$xml.WriteEndElement()
$xml.WriteEndElement()
}
}
}
}
}
$sr.Close()
while ($collectionCount -gt 0)
{
$xml.WriteEndElement()
$collectionCount--
}
$xml.Close()
}
Convert-Reg2Xml -regPath "input.reg" -xmlPath output.xmlPages Web
| Site Web | Description |
|---|---|
| 4sysops.com | Site où j'ai trouvé la méthode |
| chentiangemalc.wordpress.com | Le vrai site d'origine de l'astuce |