xvfs_state.child_count = 0;
	xvfs_state.child_len   = 65536;
	xvfs_state.children    = malloc(sizeof(*xvfs_state.children) * xvfs_state.child_len);

#define parse_xvfs_minirivet_getbyte(var) var = fgetc(fp); if (var == EOF) { break; }

	mode = XVFS_MINIRIVET_MODE_COPY;
	tcl_buffer_p = NULL;
	while (1) {
		parse_xvfs_minirivet_getbyte(ch);

		switch (mode) {
			case XVFS_MINIRIVET_MODE_COPY:
				if (ch == '<') {
					parse_xvfs_minirivet_getbyte(ch_buf);

	fileContents "abc"
}
dict set ::myOwnVFS "xvfs-create-synthetic" {
	type file
}

proc ::xvfs::callback::addOutputFiles {fsName} {
	for {set i 0} {$i < 100000} {incr i} {
		set filename [expr rand()]
		::xvfs::processFile $fsName "" $filename [dict create type file fileContents [expr rand()]]
		lappend retval $filename
	}

	dict set ::myOwnVFS "" children [list foo xvfs-create-synthetic {*}$retval]

	dict for {outputName fileContentsDict} $::myOwnVFS {
		set inputFile $outputName
		if {[dict exists $fileContentsDict inputFile]} {
			set inputFile [dict get $fileContentsDict inputFile]
		}
		::xvfs::processFile $fsName $inputFile $outputName $fileContentsDict
	}
	return [dict keys $::myOwnVFS]
	lappend retval {*}[dict keys $::myOwnVFS]

	return $retval
}

::xvfs::run --directory [pwd] --name synthetic

	lappend list $i
}

for {set idx 0} {$idx < [llength $list]} {incr idx} {
	set subList [lrange $list 0 $idx]
	puts "$idx ($subList):"
	puts [time {
		puts [::xvfs::generatePerfectHashFunctionCall pathName strlen(pathName) -1 $subList triesAtHashSize 1]
		puts [::xvfs::generatePerfectHashFunctionCall pathName strlen(pathName) -1 $subList useCacheFirst true]
	} 1]
	puts ""
}