📂 windows

⚡ windows::addToPath

Add the given path to the PATH environment variable on Windows (current user only).

Will also export the PATH variable in the current bash.

Inputs:

• $1: path as string:

  the path to add to the PATH environment variable. The path can be in unix format, it will be converted to windows format.

• ${prepend} as bool:

  (optional) True to prepend the path to the PATH, false to append it.

  (defaults to false)

Example usage:

windows::addToPath "/path/to/bin"
windows::addToPath "/path/to/bin" prepend=true

This function is only available on Windows, it uses powershell to directly modify the registry.

⚡ windows::createLink

Create a soft or hard link (original ← link).

Reminder:

• A soft (symbolic) link is a new file that contains a reference to another file or directory in the form of an absolute or relative path.
• A hard link is a directory entry that associates a new pathname with an existing file (inode + data block) on a file system.

Inputs:

• $1: linked path as string:

  the path to link to (the original file)

• $2: link path as string:

  the path where to create the link

• ${hardlink} as boolean:

  (optional) True to create a hard link, false to create a symbolic link

  (defaults to false)

• ${force} as boolean:

  (optional) True to overwrite the link or file if it already exists. Otherwise, the function will fail on an existing link.

  (defaults to false)

Example usage:

windows::createLink "/path/to/link" "/path/to/linked"
windows::createLink "/path/to/link" "/path/to/linked" hardlink=true force=true

On Windows, the function uses powershell (and optionally ls to check the existing link). If you have the windows “developer mode” enabled + MSYS=winsymlinks:nativestrict, then it uses the ln command.

⚡ windows::createTempDirectory

Create a temporary directory on Windows and return the path both for Windows and Unix.

This is useful for creating temporary directories that can be used in both Windows and Unix.

Returns:

• ${REPLY}: The Windows path.
• ${REPLY2}: The Unix path.

Example usage:

windows::createTempDirectory

Directories created this way are automatically cleaned up by the fs::cleanTempFiles function when valet ends.

⚡ windows::createTempFile

Create a temporary file on Windows and return the path both for Windows and Unix.

This is useful for creating temporary files that can be used in both Windows and Unix.

Returns:

• ${REPLY}: The Windows path.
• ${REPLY2}: The Unix path.

Example usage:

windows::createTempFile

Files created this way are automatically cleaned up by the fs::cleanTempFiles function when valet ends.

⚡ windows::endPs1Batch

This function will run all the commands that were batched with windows::startPs1Batch.

Returns:

• ${REPLY_CODE}:
  • 0 if the command was successful
  • 1 otherwise.
• ${REPLY}: The content of stdout.
• ${REPLY2}: The content of stderr.

Example usage:

windows::startPs1Batch
windows::runPs1 "Write-Host \"Hello\""
windows::runPs1 "Write-Host \"World\""
windows::endPs1Batch

⚡ windows::getEnvVar

Get the value of an environment variable for the current user on Windows.

Inputs:

• $1: variable name as string:

  the name of the environment variable to get.

Returns:

• ${REPLY}: the value of the environment variable.

Example usage:

windows::getEnvVar "MY_VAR"
echo "${REPLY}"

⚡ windows::getUnixPathFromWindowsPath

Convert a Windows path to a unix path.

Inputs:

• $1: path as string:

  the path to convert

Returns:

• ${REPLY}: The unix path.

Example usage:

windows::getUnixPathFromWindowsPath "C:\path\to\file"

Handles paths starting with X:\.

⚡ windows::getWindowsPathFromUnixPath

Convert a unix path to a Windows path.

Inputs:

• $1: path as string:

  the path to convert

Returns:

• ${REPLY}: The Windows path.

Example usage:

windows::getWindowsPathFromUnixPath "/path/to/file"

Handles paths starting with /mnt/x/ or /x/ in pure bash, handles other msys2 paths using cygpath.

⚡ windows::runPs1

Runs a PowerShell command. This is mostly useful on Windows.

Inputs:

• $1: command as string:

  the command to run.

• ${runAsAdmin} as bool:

  (optional) Wether to run the command as administrator.

  (defaults to false).

• ${noFail} as bool:

  (optional) A boolean to indicate if the function should call core::fail (exit) in case the execution fails. If true and the execution fails, the script will exit.

  (defaults to false)

Returns:

• ${REPLY_CODE}:
  • 0 if the command was successful
  • 1 otherwise.
• ${REPLY}: The content of stdout.
• ${REPLY2}: The content of stderr.

Example usage:

windows::runPs1 "Write-Host \"Press any key:\"; Write-Host -Object ('The key that was pressed was: {0}' -f [System.Console]::ReadKey().Key.ToString());"
windows::runPs1 "Write-Host \"Hello\"" runAsAdmin=true noFail=true

⚡ windows::setEnvVar

Set an environment variable for the current user on Windows.

Inputs:

• $1: variable name as string:

  The name of the environment variable to set.

• $2: variable value as string:

  The value of the environment variable to set. An empty string will unset the variable.

Example usage:

windows::setEnvVar "MY_VAR" "my_value"

This function is only available on Windows, it uses powershell to directly modify the registry.

⚡ windows::startPs1Batch

After running this function, all commands that should be executed by windows::runPs1 will be added to a batch that will only be played when windows::endPs1Batch is called.

This is a convenient way to run multiple commands in a single PowerShell session. It makes up for the fact that running a new PowerShell session for each command is slow.

Example usage:

windows::startPs1Batch
windows::runPs1 "Write-Host \"Hello\""
windows::runPs1 "Write-Host \"World\""
windows::endPs1Batch