}

		set inputFile [file join $workingDirectory $file]
		set outputFile [file join $outputDirectory [encoding convertto utf-8 $file]]

		if {[info command ::xvfs::callback::setOutputFileName] ne ""} {
			set outputFile [::xvfs::callback::setOutputFileName $file $workingDirectory $inputFile $outputDirectory $outputFile]
			if {$outputFile eq "/"} {
				continue
			}
		}

		unset -nocomplain fileInfo
		catch {
			file lstat $inputFile fileInfo

	foreach subDirectory $subDirectories {
		lappend outputFiles {*}[processDirectory $fsName $directory $subDirectory]
	}
	
	set inputFile $directory
	set outputFile $outputDirectory
	if {[info command ::xvfs::callback::setOutputFileName] ne ""} {
		set outputFile [::xvfs::callback::setOutputFileName $directory $directory $inputFile $outputDirectory $outputFile]
	}

	if {$outputFile ne "/"} {
		unset -nocomplain fileInfo
		file stat $inputFile fileInfo
		set fileInfo(children) $children

		processFile $fsName $inputFile $outputFile [array get fileInfo]
		lappend outputFiles $outputFile
	}

	if {$isTopLevel} {
		if {[info command ::xvfs::callback::addOutputFiles] ne ""} {
			lappend outputFiles {*}[::xvfs::callback::addOutputFiles $fsName]
		}

		::xvfs::_emitLine "\};"
	}

	return $outputFiles
}

	## 3. Start processing directory and producing initial output
	set ::xvfs::outputFiles [processDirectory $fsName $rootDirectory]

	set ::xvfs::fsName $fsName
	set ::xvfs::rootDirectory $rootDirectory
}

proc ::xvfs::run {args} {
	uplevel #0 { package require minirivet }

	set ::xvfs::argv $args
	::minirivet::parse [file join $::xvfs::_xvfsDir xvfs.c.rvt]
}

proc ::xvfs::setOutputChannel {channel} {
	uplevel #0 { package require minirivet }
	tailcall ::minirivet::setOutputChannel $channel
}