# This loads everything needed for "clock scan" to work
	# "clock scan" is used within "vfs::zip", which may be
	# loaded before this is run causing the root VFS to break
	catch { clock scan }

	# Load these, the original Tclkit does so it should be safe.
	uplevel #0 [list source [file join $tcl_mountpoint lib vfs vfsUtils.tcl]]

	# Set a maximum seek to avoid reading the entire DLL looking for a
	# zip header
	catch {
		package require vfs::zip
		set ::zip::max_header_seek 8192
	}

	# Now that the initialization is complete, mount the user VFS if needed
	## Mount the VFS from the Shared Object
	if {[info exists ::initVFS] && [info exists ::tclKitFilename]} {
		catch {
			package require vfs::zip

			vfs::zip::Mount $::tclKitFilename "/.KITDLL_USER"

			lappend auto_path [file normalize "/.KITDLL_USER/lib"]
		}
	}

	## Mount the VFS from executable
	if {[info exists ::initVFS]} {
		catch {
			package require vfs::zip

			vfs::zip::Mount [info nameofexecutable] "/.KITDLL_APP"

			lappend auto_path [file normalize "/.KITDLL_APP/lib"]
		}
	}

	# Clean up
	unset -nocomplain ::zip::max_header_seek

	# Clean up after the kitInit.c:preInitCmd
	unset -nocomplain ::initVFS ::tclKitFilename
}