shithub: mc

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Move code to subdir in preparation for merging with mc.

--- a/Makefile

+++ /dev/null

@@ -1,13 +1,0 @@

-SUB=doc

-MYRLIB=regex

-MYRSRC= \

-	compile.myr \

-	interp.myr \

-	ranges.myr \

-	types.myr \

-

-include config.mk

-include mk/myr.mk

-

-check: all

-	make -C test check

--- a/bldfile

+++ /dev/null

@@ -1,8 +1,0 @@

-lib regex =

-	compile.myr

-	interp.myr

-	ranges.myr

-	types.myr

-;;

-

-gen ranges.myr = mkchartab -a -p_ranges UnicodeData.txt -o ranges.myr;;

--- a/compile.myr

+++ /dev/null

@@ -1,847 +1,0 @@

-use std

-

-use "types.use"

-use "ranges.use"

-

-pkg regex =

-	const compile	: (re : byte[:] -> std.result(regex#, status))

-	const dbgcompile	: (re : byte[:] -> std.result(regex#, status))

-	const free	: (re : regex# -> void)

-;;

-

-type tree = union

-	/* basic string building */

-	`Alt	(tree#, tree#)

-	`Cat	(tree#, tree#)

-

-	/* repetition */

-	`Star	tree#

-        `Rstar  tree#

-	`Plus	tree#

-	`Rplus	tree#

-	`Quest	tree#	

-

-	/* end matches */

-	`Byte	byte

-	`Chr	char

-	`Ranges	char[2][:]

-

-	/* meta */

-	`Cap	(std.size, tree#) /* id, tree */

-	`Bol	/* beginning of line */

-	`Eol	/* end of line */

-	`Bow	/* beginning of word */

-	`Eow	/* end of word */

-;;

-

-type parseresult = union

-	`Some tree#

-	`None

-	`Fail status

-;;

-

-/* Compiles a pattern into a regex */

-const compile = {pat

-	-> regexcompile(std.zalloc(), pat)

-}

-

-/* Compiles a pattern into a debug regex. This can be verbose. */

-const dbgcompile = {pat

-	var re

-

-	re = std.zalloc()

-	re.debug = true

-	-> regexcompile(re, pat)

-}

-

-/* compiles a pattern into an allocated regex */

-const regexcompile = {re, pat

-	re.pat = pat

-	re.nmatch = 1 /* whole match */

-	match parse(re)

-	| `None:	-> `std.Fail (`Incomplete)

-	| `Fail f:	-> `std.Fail f

-	| `Some t:

-		/*

-		we can stop early if we get 

-		an incorrectly encoded char

-		*/

-		if re.pat.len > 0

-			-> `std.Fail (`Incomplete)

-		;;

-		dump(re, t, 0)

-		append(re, `Ilbra 0)

-		gen(re, t)

-		append(re, `Irbra 0)

-		append(re, `Imatch)

-		idump(re)

-		astfree(t)

-		-> `std.Ok re

-	;;

-	-> `std.Fail (`Noimpl)

-}

-

-const free = {re

-	/* all the threads should be dead,

-	 so we shouldn't have to free any*/

-	std.slfree(re.prog)

-	std.free(re)

-}

-

-

-/* generates bytecode from an AST */

-const gen = {re, t

-	match t#

-	|`Alt	(a, b): genalt(re, a, b)

-	|`Cat	(a, b): gen(re, a); gen(re, b)

-	/* repetition */

-	|`Star	a:	genstar(re, a, false)

-	|`Rstar a:	genstar(re, a, true)

-	|`Plus	a:	gen(re, a); genstar(re, a, false)

-	|`Rplus	a:	gen(re, a); genstar(re, a, true)

-	|`Quest	a:	genquest(re, a)

-

-	/* end matches */

-	|`Byte	b: 	append(re, `Ibyte b)

-	|`Chr	c:	genchar(re, c)

-	|`Ranges  sl:	genranges(re, sl)

-

-	/* meta */

-	|`Bol:	append(re, `Ibol)

-	|`Eol:	append(re, `Ibol)

-	|`Bow:	append(re, `Ibow)

-	|`Eow:	append(re, `Ieow)

-	|`Cap	(m, a):

-		append(re, `Ilbra m)

-		gen(re, a)

-		append(re, `Irbra m)

-	;;

-	-> re.proglen

-}

-

-const genranges = {re, sl

-	var lbuf : byte[4], hbuf : byte[4], boundbuf : byte[4]

-	var lsz, hsz, bsz, i

-	var rt : rangetrie#

-

-	/* generate a trie of ranges */

-	rt = std.zalloc()

-	for r in sl

-		/* 

-		encode:

-			lo => bounds[loidx] - 1

-			bounds[loidx] => bounds[loidx + 1] - 1

-			...

-			bounds[hiidx - 1] => hi

-		*/

-		lsz = std.encode(lbuf[:], r[0])

-		hsz = std.encode(hbuf[:], r[1])

-		for i = lsz; i < hsz; i++

-			bsz = bound(boundbuf[:], i, 0xff)

-			rtinsert(rt, lbuf[:lsz], boundbuf[:bsz])

-			lsz = bound(lbuf[:], i + 1, 0x00)

-		;;

-		rtinsert(rt, lbuf[:lsz], hbuf[:hsz])

-	;;

-	if re.debug

-		rtdump(rt, 0)

-	;;

-	rangegen(re, rt, rt.ranges, rt.link, rangeprogsize(rt) + re.proglen)

-	rtfree(rt)

-	-> re.proglen

-}

-

-const bound = {buf, len, fill

-	var i, s

-

-	if len == 1

-		buf[0] = 0x7f

-	else

-		s = len castto(byte)

-		buf[0] = (0xff << (8 - s)) | (fill >> (s + 1))

-		for i = 1; i < len; i++

-			buf[i] = 0x80 | (fill >> 2)

-		;;

-	;;

-	-> len

-}

-

-type rangetrie = struct

-	ranges	: (byte, byte)[:]

-	link	: rangetrie#[:]

-	end	: bool

-;;

-

-const rtdump = {rt, ind

-	var i

-	var l, h

-

-	indent(ind)

-	std.put("Range (end = %t) {\n", rt.end)

-	for i = 0; i < rt.ranges.len; i++

-		indent(ind + 1)

-		(l, h) = rt.ranges[i]

-		std.put("0x%xb-0x%xb: \n", l, h)

-		rtdump(rt.link[i], ind + 1)

-	;;

-	indent(ind)

-	std.put("}\n")

-}

-

-const indent = {ind

-	var i

-	for i = 0; i < ind; i++

-		std.put("\t")

-	;;

-}

-

-const rtinsert = {rt, lo, hi

-	var a, b

-	var n

-

-	std.assert(lo.len == hi.len, "range sizes differ")

-	if lo.len == 0

-		rt.end = true

-		->

-	;;

-

-	n = rt.ranges.len

-	if n == 0

-		rt.ranges = std.slpush(rt.ranges, (lo[0], hi[0]))

-		rt.link = std.slpush(rt.link, std.zalloc())

-	else

-		/*

-		this is a safe way to compare because we know that ranges

-		should always be coming in ordered. This means that equal

-		values will be added one after the other.

-		*/

-		(a, b) = rt.ranges[n - 1]

-		if a != lo[0] || b != hi[0]

-			rt.ranges = std.slpush(rt.ranges, (lo[0], hi[0]))

-			rt.link = std.slpush(rt.link, std.zalloc())

-		;;

-	;;

-

-	rtinsert(rt.link[rt.link.len - 1], lo[1:], hi[1:])

-}

-

-const rtfree = {rt

-	for l in rt.link

-		rtfree(l)

-	;;

-	std.slfree(rt.link)

-	std.slfree(rt.ranges)

-	std.free(rt)

-}

-

-const rangegen = {re, rt, ranges, links, end

-	var alt, l0, l1, l2

-	var a, b

-	var n

-

-	n = ranges.len

-	if n == 0

-		-> re.proglen

-	elif n == 1

-		(a, b) = ranges[0]

-		append(re, `Irange (a, b))

-		if links[0].end

-			if links[0].ranges.len > 0

-				append(re, `Ifork (re.prog.len + 1, end))

-			else

-				append(re, `Ijmp end)

-			;;

-		;;

-		rangegen(re, links[0], links[0].ranges, links[0].link, end)

-	else

-		alt = re.proglen

-		l0 = append(re, `Ifork (-1, -1))

-		l1 = rangegen(re, rt, ranges[0:n/2], links[0:n/2], end)

-		l2 = rangegen(re, rt, ranges[n/2:n], links[n/2:n], end)

-		re.prog[alt] = `Ifork (l0, l1)

-	;;

-	-> re.proglen

-}

-

-const rangeprogsize = {rt

-	var sz

-

-	if rt.ranges.len == 0

-		sz = 0

-	else

-		sz = 2*rt.ranges.len - 1

-		for l in rt.link

-			sz += rangeprogsize(l)

-		;;

-	;;

-	if rt.end

-		sz += 1

-	;;

-	-> sz

-}

-

-/* calculates the forward jump distance for a utf8 character range */

-const jmpdist = {n

-	var d

-	var i

-

-	d = n - 1

-	for i = n - 1; i > 0; i--

-		d += i

-	;;

-	-> d

-}

-

-/* generates an alternation */

-const genalt = {re, l, r

-	var alt

-	var jmp

-	var l0

-	var l1

-	var l2

-

-	alt 	= re.proglen

-	l0	= append(re, `Ifork (-1, -1)) /* needs to be replaced */

-		  gen(re, l)

-	jmp	= re.proglen

-	l1 	= append(re, `Ijmp -1) /* needs to be replaced */

-	l2	= gen(re, r)

-

-	re.prog[alt] = `Ifork(l0, l1)

-	re.prog[jmp] = `Ijmp l2

-	-> re.proglen

-}

-

-/* generates a repetition operator */

-const genstar = {re, rep, reluct

-	var alt

-	var jmp

-	var l0

-	var l1

-	var l2

-

-	l0 	= re.proglen

-	alt	= re.proglen

-	l1 	= append(re, `Ifork (-1, -1)) /* needs to be replaced */

-	jmp	= gen(re, rep)

-	l2	= append(re, `Ijmp -1)

-

-

-	/* reluctant matches should prefer jumping to the end. */

-	if reluct

-		re.prog[alt] = `Ifork (l2, l1)

-	else

-		re.prog[alt] = `Ifork (l1, l2)

-	;;

-	re.prog[jmp] = `Ijmp l0

-	-> re.proglen

-}

-

-/* generates a question mark operator */

-const genquest = {re, q

-	var alt

-	var l0

-	var l1

-

-	alt	= re.proglen

-	l0	= append(re, `Ifork (-1, -1)) /* needs to be replaced */

-	l1	= gen(re, q)

-	re.prog[alt] = `Ifork (l0, l1)

-	-> re.proglen

-}

-

-/* generates a single char match */

-const genchar = {re, c

-	var b : byte[4]

-	var n

-	var i

-

-	n = std.encode(b[:], c)

-	std.assert(n > 0 && n < 4, "non-utf character in regex\n")

-	for i = 0; i < n; i++

-		append(re, `Ibyte b[i])

-	;;

-	-> re.proglen

-}

-

-/* appends an instructon to an re program */

-const append = {re, insn

-	if re.proglen == re.prog.len

-		re.prog = std.slgrow(re.prog, std.max(1, 2*re.proglen))

-	;;

-	re.prog[re.proglen] = insn

-	re.proglen++

-	-> re.proglen

-}

-

-/* instruction dump */

-const idump = {re

-	var i

-

-	if !re.debug

-		->

-	;;

-	for i = 0; i < re.proglen; i++

-		std.put("%i:\t", i)

-		match re.prog[i]

-		/* Char matching. Consume exactly one byte from the string. */

-		| `Ibyte b:		std.put("`Ibyte %ub (%c)\n", b, b castto(char)) 

-		| `Irange (start, end):	

-			std.put("`Irange (%ub,%ub)", start, end) 

-			if std.isalnum(start castto(char)) && std.isalnum(end castto(char))

-				std.put("\t/* %c-%c */", start castto(char), end castto(char))

-			;;

-			std.put("\n")

-		/* capture groups */

-		| `Ilbra m:		std.put("`Ilbra %z\n", m) 

-		| `Irbra m:		std.put("`Irbra %z\n", m) 

-		/* anchors */

-		| `Ibol:			std.put("`Ibol\n")

-		| `Ieol:			std.put("`Ieol\n")

-		| `Ibow:			std.put("`Ibow\n")

-		| `Ieow:			std.put("`Ieow\n")

-		/* control flow */

-		| `Ifork	(lip, rip):	std.put("`Ifork (%z,%z)\n", lip, rip) 

-		| `Ijmp ip:		std.put("`Ijmp %z\n", ip) 

-		| `Imatch:		std.put("`Imatch\n") 

-		;;

-	;;

-}

-

-/* AST dump */

-const dump = {re, t, indent

-	var i

-

-	if !re.debug

-		->

-	;;

-	for i = 0; i < indent; i++

-		std.put("  ")

-	;;

-	match t#

-	| `Alt	(a, b):

-		std.put("Alt\n")

-		dump(re, a, indent + 1)

-		dump(re, b, indent + 1)

-	| `Cat	(a, b):

-		std.put("Cat\n")

-		dump(re, a, indent + 1)

-		dump(re, b, indent + 1)

-	/* repetition */

-	| `Star	a:

-		std.put("Star\n")

-		dump(re, a, indent + 1)

-	| `Rstar a:

-		std.put("Rstar\n")

-		dump(re, a, indent + 1)

-	| `Plus	a:

-		std.put("Plus\n")

-		dump(re, a, indent + 1)

-	| `Rplus a:

-		std.put("Rplus\n")

-		dump(re, a, indent + 1)

-	| `Quest	a:

-		std.put("Quest\n")

-		dump(re, a, indent + 1)

-	| `Bol:

-		std.put("Bol\n")

-	| `Eol:

-		std.put("Eol\n")

-	| `Bow:

-		std.put("Bow\n")

-	| `Eow:

-		std.put("Eow\n")

-	/* end matches */

-	| `Byte	b:

-		std.put("Byte %b\n", b)

-	| `Chr	c:

-		std.put("Char %c\n", c)

-	| `Ranges rl:

-                std.put("Ranges")

-		for r in rl

-			for i = 0; i < indent + 1; i++

-				std.put("  ")

-			;;

-			std.put("\t(%ui-%ui)\n", r[0], r[1])

-		;;

-

-	/* meta */

-	| `Cap	(m, a):

-		std.put("Cap %i\n", m)

-		dump(re, a, indent + 1)

-	;;

-}

-

-/* parses an expression */

-const parse = {re

-	match altexpr(re)

-	| `Some t:

-		if re.pat.len == 0

-			-> `Some t

-		else

-			astfree(t)

-			-> `Fail `Incomplete

-		;;

-	| `None:

-		-> `None

-	| `Fail st:

-		-> `Fail st

-	;;

-}

-

-const altexpr = {re

-	var ret : tree#

-

-	match catexpr(re)

-	| `Some t:

-		ret = t

-		if matchc(re, '|')

-			match altexpr(re)

-			| `Some rhs:

-				ret = mk(`Alt (ret, rhs))

-			| `None:

-				astfree(ret)

-				-> `Fail (`Incomplete)

-			| `Fail f:

-				-> `Fail f

-			;;

-		;;

-	| other:

-		-> other

-	;;

-	-> `Some ret

-}

-

-const catexpr = {re

-	var ret

-

-	match repexpr(re)

-	| `Some t: 

-		ret = t

-		match catexpr(re)

-		| `Some rhs:

-			ret = mk(`Cat (t, rhs))

-		| `Fail f:	-> `Fail f

-		| `None:	/* nothing */

-		;;

-	| other:

-		-> other

-	;;

-	-> `Some ret

-}

-

-const repexpr = {re

-	var ret

-

-	match baseexpr(re)

-	| `Some t:

-		if matchc(re, '*')

-                        if matchc(re, '?')

-                                ret = mk(`Rstar t)

-                        else

-				ret = mk(`Star t)

-			;;

-		elif matchc(re, '+')

-                        if matchc(re, '?')

-				ret = mk(`Rplus t)

-			else

-				ret = mk(`Plus t)

-			;;

-		elif matchc(re, '?')

-			ret = mk(`Quest t)

-		else

-			ret = t

-		;;

-	| other:

-		-> other

-	;;

-	-> `Some ret

-}

-

-const baseexpr = {re

-	var ret

-

-	if re.pat.len == 0

-		-> `None

-	;;

-	match peekc(re)

-	/* lower prec operators */

-	| '|':	-> `None

-	| ')':	-> `None

-	| '*':	-> `Fail `Badrep

-	| '+':	-> `Fail `Badrep

-	| '?':	-> `Fail `Badrep

-	| '[':	-> chrclass(re)

-	| '.':	getc(re); ret = mk(`Ranges std.slpush([][:], [0, std.Maxcharval]))

-	| '^':	getc(re); ret = mk(`Bol)

-	| '$':	getc(re); ret = mk(`Eol)

-	| '(':	

-		getc(re)

-		match altexpr(re)

-		| `Some s:

-			if matchc(re, ')')

-				-> `Some mk(`Cap (re.nmatch++, s))

-			else

-				-> `Fail `Unbalanced

-			;;

-		| `None:	-> `Fail `Emptyparen

-		| `Fail st:	-> `Fail st

-		;;

-	| '\\':

-		getc(re) /* consume the slash */

-		if re.pat.len == 0

-			-> `Fail `Incomplete

-		;;

-		-> escaped(re)

-	| c:

-		getc(re)

-		ret = mk(`Chr c)

-	;;

-	-> `Some ret

-}

-

-const escaped = {re

-	var ret

-

-	match getc(re)

-	/* character classes */

-	| 'd': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciidigit[:]))

-	| 'x': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciixdigit[:]))

-	| 's': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciispace[:]))

-	| 'w': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciiword[:]))

-	| 'h': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciiblank[:]))

-

-	/* negated character classes */

-	| 'W': ret = `Some mk(`Ranges negate(_ranges.tabasciiword[:]))

-	| 'S': ret = `Some mk(`Ranges negate(_ranges.tabasciispace[:]))

-	| 'D': ret = `Some mk(`Ranges negate(_ranges.tabasciidigit[:]))

-	| 'X': ret = `Some mk(`Ranges negate(_ranges.tabasciixdigit[:]))

-	| 'H': ret = `Some mk(`Ranges negate(_ranges.tabasciiblank[:]))

-

-	/* unicode character classes */

-	| 'p':	ret = unicodeclass(re, false)

-	| 'P':  ret = unicodeclass(re, true)

-

-	/* operators that need an escape */

-	| '<': ret = `Some mk(`Bow)

-	| '>': ret = `Some mk(`Eow)

-

-	/* escaped metachars */

-	| '^': ret = `Some mk(`Chr '^')

-	| '$': ret = `Some mk(`Chr '$')

-	| '.': ret = `Some mk(`Chr '.')

-	| '+': ret = `Some mk(`Chr '+')

-	| '?': ret = `Some mk(`Chr '?')

-	| chr: ret = `Fail `Badescape

-	;;

-	-> ret

-}

-

-const unicodeclass = {re, neg

-	var c, s

-	var tab

-	var t

-	var n

-

-	if re.pat.len == 0

-		-> `Fail (`Incomplete)

-	;;

-	n = 0

-	s = re.pat

-	/* either a single char pattern, or {pat} */

-	match getc(re)

-	| '{':

-		s = s[1:]

-		while re.pat.len > 0

-			c = getc(re)

-			if c == '}'

-				break

-			;;

-			n += std.charlen(c)

-		;;

-	| r:

-		n += std.charlen(r)

-	;;

-	s = s[:n]

-	/* letters */

-	if std.sleq(s, "L") || std.sleq(s, "Letter")

-		tab = _ranges.tabalpha[:]

-	elif std.sleq(s, "Lu") || std.sleq(s, "Uppercase_Letter")

-		tab = _ranges.tabupper[:]

-	elif std.sleq(s, "Ll") || std.sleq(s, "Lowercase_Letter")

-		tab = _ranges.tablower[:]

-	elif std.sleq(s, "Lt") || std.sleq(s, "Titlecase_Letter")

-		tab = _ranges.tablower[:]

-	/* numbers (incomplete) */

-	elif std.sleq(s, "N") || std.sleq(s, "Number")

-		tab = _ranges.tabdigit[:]

-	elif std.sleq(s, "Z") || std.sleq(s, "Separator")

-		tab = _ranges.tabspace[:]

-	elif std.sleq(s, "Zs") || std.sleq(s, "Space_Separator")

-		tab = _ranges.tabblank[:]

-	else

-		-> `Fail (`Badrange)

-	;;

-	if !neg

-		t = mk(`Ranges std.sldup(tab))

-	else

-		t = mk(`Ranges negate(tab))

-	;;

-	-> `Some t

-}

-

-const chrclass = {re

-	var rl, m, n

-	var neg

-	var t

-

-	/* we know we saw '[' on entry */

-	matchc(re, '[')

-	neg = false

-	if matchc(re, '^')

-		neg = true

-	;;

-	rl = rangematch(re, [][:])

-	while peekc(re) != ']'

-		rl = rangematch(re, rl)

-	;;

-	if !matchc(re, ']')

-		std.slfree(rl)

-		-> `Fail (`Incomplete)

-	;;

-

-	std.sort(rl, {a, b;

-		if a[0] < b[0]

-			-> `std.Before

-		elif a[0] == b[0]

-			-> `std.Equal

-		else

-			-> `std.After

-		;;})

-	m = merge(rl)

-	std.slfree(rl)

-	if neg

-		n = negate(m)

-		std.slfree(m)

-		t = mk(`Ranges n)

-	else

-		t = mk(`Ranges m)

-	;;

-	-> `Some t

-}

-

-const rangematch = {re, sl

-	var lo

-	var hi

-

-	lo = getc(re)

-	if matchc(re, '-')

-		hi = getc(re)

-		if lo <= hi

-			-> std.slpush(sl, [lo, hi])

-		else

-			-> std.slpush(sl, [hi, lo])

-		;;

-	else

-		-> std.slpush(sl, [lo, lo])

-	;;

-}

-

-const negate = {rng

-	var start, end, next

-	var neg

-

-	neg = [][:]

-	start = 0

-	next = 0 /* if we have no ranges */

-	for r in rng

-		(end, next) = (r[0], r[1])

-		neg = std.slpush(neg, [start, end - 1])

-		start = next + 1

-	;;

-	neg = std.slpush(neg, [next + 1, std.Maxcharval])

-	-> neg

-}

-

-/* rl is a sorted list of ranges */

-const merge = {rl

-	var lo, hi

-	var ret

-

-	if rl.len == 0

-		-> [][:]

-	;;

-	ret = [][:]

-	lo = rl[0][0]

-	hi = rl[0][1]

-	for r in rl[1:]

-		/* if it overlaps or abuts, merge */

-		if r[0] <= hi + 1

-			hi = r[1]

-		else

-			ret = std.slpush(ret, [lo, hi])

-			lo = r[0]

-			hi = r[1]

-		;;

-	;;

-	-> std.slpush(ret, [lo, hi])

-}

-

-

-const matchc = {re, c

-	var str

-	var chr

-

-	(chr, str) = std.striter(re.pat)

-	if chr != c

-		-> false

-	;;

-	re.pat = str

-	-> true

-}

-

-const getc = {re

-	var c

-

-	(c, re.pat) = std.striter(re.pat)

-	-> c

-}

-

-const peekc = {re

-	var c

-	var _

-

-	(c, _) = std.striter(re.pat)

-	-> c

-}

-

-const mk = {v

-	var t

-

-	t = std.alloc()

-	t# = v

-	-> t

-}

-

-const astfree = {t

-	match t#

-	| `Alt	(a, b): astfree(a); astfree(b)

-	| `Cat	(a, b): astfree(a); astfree(b)

-	/* repetition */

-	| `Star	a:	astfree(a)

-	| `Rstar a:	astfree(a)

-	| `Plus	a:	astfree(a)

-	| `Rplus a:	astfree(a)

-	| `Quest a:	astfree(a)

-

-	/* end matches */

-	| `Byte	b:	

-	| `Chr c:	

-	| `Ranges rl:	std.slfree(rl)

-

-	/* meta */

-	| `Cap	(m, a):	astfree(a)

-	| _:	/* other types have no suballocations */

-	;;

-	std.free(t)

-}

--- a/configure

+++ /dev/null

@@ -1,52 +1,0 @@

-#!/bin/sh

-

-prefix="/usr/local"

-

-for i in `seq 300`; do

-    echo "Lots of output to emulate automake... ok"

-    echo "Testing for things you'll never use... fail"

-    echo "Satisfying the fortran77 lobby... ok"

-    echo "Burning CPU time checking for the bloody obvious... ok"

-done

-echo "Automake emulated successfully"

-

-INST_ROOT='/usr/local'

-

-for arg in $*; do

-    shift 1

-    case $arg in

-        "--prefix" | "-p")

-            prefix=shift $*

-            ;;

-        --prefix=*)

-            prefix=`echo $arg | sed 's/^--prefix=//g'`

-            ;;

-        "--help" | "-h")

-            echo "Usage:"

-            echo "      --prefix | -p: The prefix to install to"

-            break;

-            ;;

-        *) echo "Unrecognized argument $arg";;

-    esac

-done

-

-OS=`uname`

-

-echo export INST_ROOT=$prefix > config.mk

-case $OS in

-    *Linux*)

-        echo 'export SYS=linux' >> config.mk

-        ;;

-    *Darwin*)

-        echo 'export SYS=osx' >> config.mk

-        ;;

-    *)

-        echo 'Unknown architecture.'

-        ;;

-esac

-

-cat << EOF

-    Building with:

-        prefix=$prefix

-EOF

-

--- a/doc/Makefile

+++ /dev/null

@@ -1,5 +1,0 @@

-MAN=myr-regex.3 \

-

-include ../config.mk

-include ../mk/myr.mk

-

--- a/doc/myr-regex.3

+++ /dev/null

@@ -1,198 +1,0 @@

-.TH MYR REGEX 1

-.SH NAME

-regex myr-regex

-.SH LIBRARY

-regex

-.SH SYNOPSIS

-.B use regex

-.I const compile	: (re : byte[:] -> std.error(regex#, status))

-.I const dbgcompile	: (re : byte[:] -> std.error(regex#, status))

-.I const free           : (re : regex# -> void)

-.br

-.I const exec	: (re : regex#, str : byte[:] -> bool)

-.I const search	: (re : regex#, str : byte[:] -> bool)

-.SH DESCRIPTION

-.PP

-The regex library provides functions for compiling and evaluating regular

-expressions, as described later in this document, or in myr-regex(7).

-.PP

-.I regex.compile will take a string describing a regex, and will attempt

-to compile it, returing 

-.I `std.Success regex#

-if the regex is valid, and there were no error conditions encountered during

-compilation. If the compilation failed,

-.I `std.Failure regex.status

-will be returned, where regex.status is a failure code.

-

-.PP 

-.I regex.dbgcompile

-is identical to 

-.I regex.compile,

-however, it will print debugging information as it compiles, and each

-time the regex is evaluated.

-

-.PP

-.I regex.exec

-will take the regex passed to it, and evaluate it over the text provided,

-returning the 

-.I `std.Some matches,

-or 

-.I `std.None

-if there were no matches found. The matches must span the whole string.

-

-.PP

-.I regex.search

-is similar to regex.exec, but it will attempt to find a match somewhere

-within the string, instead of attempting to find a match spanning the whole

-string.

-

-.SH REGEX SYNTAX

-.PP

-The grammar used by libregex is below:

-

-.EX

-    regex       : altexpr

-    altexpr     : catexpr ('|' altexpr)+

-    catexpr     : repexpr (catexpr)+

-    repexpr     : baseexpr[*+?]

-    baseexpr    : literal

-                | charclass

-                | charrange

-                | escaped

-                | '.'

-                | '^'

-                | '$'

-                | '(' regex ')'

-    charclass   : see below

-    charrange   : '[' (literal('-' literal)?)+']'

-.EE

-

-The following metacharacters have the meanings listed below:

-.TP

-.

-Matches a single unicode character

-.TP

-^

-Matches the beginning of a line. Does not consume any characters.

-.TP

-$

-Matches the end of a line. Does not consume any characters.

-.TP

-*

-Matches any number of repetitions of the preceding regex fragment.

-.TP

-*?

-Reluctantly matches any number of repetitions of the preceding regex fragment.

-.TP

-+

-Matches one or more repetitions of the preceding regex fragment.

-.TP

-+?

-Reluctantly matches one or more repetitions of the preceding regex fragment.

-.TP

-?

-Matches zero or one of the preceding regex fragment.

-

-.PP

-In order to match a literal metacharacter, it needs to be preceded by

-a '\\' character.

-

-The following character classes are supported:

-.TP

-\\d

-ASCII digits

-.TP

-\\D

-Negation of ASCII digits

-.TP

-\\x

-ASCII Hex digits

-.TP

-\\X

-Negation of ASCII Hex digits

-.TP

-\\s

-ASCII spaces

-.TP

-\\S

-Negation of ASCII spaces

-.TP

-\\w

-ASCII word characters

-.TP

-\\W

-Negation of ASCII word characters

-.TP

-\\h

-ASCII whitespace characters

-.TP

-\\H

-Negation of ASCII whitespace characters

-.TP

-\\pX, \\p{X}

-Characters with unicode property 'X'

-.TP

-\\PX, \\P{X}

-Negation of characters with unicode property 'X'

-

-.PP

-Unicode properties that are supported are listed below:

-

-.TP

-L, Letter

-Unicode letter property

-.TP

-Lu, Uppercase_Letter

-Uppercase letter unicode property

-.TP

-Ll, Lowercase_Letter

-Lowercase letter unicode property

-.TP

-Lt, Titlecase_Letter

-Titlecase letter unicode property

-.TP

-N, Number

-Number unicode property

-.TP

-Z, Separator

-Any separator character unicode property

-.TP

-Zs, Space_Separator

-Space separator unicode property

-

-

-.SH EXAMPLE

-.EX

-        use std

-        use regex

-

-        const main = {

-            match regex.compile(pat)

-            var i

-            | `std.Success re:

-                    match regex.exec(re, text)

-                    | `std.Some matches:

-                            for i = 0; i < matches.len; i++

-                                std.put("Match %i: %s\n", i, match[i])

-                            ;;

-                    | `std.None: std.put("Text did not match\n")

-                    ;;

-            | `std.Failure err:

-                    std.put("failed to compile regex")

-            ;;

-        }

-.EE

-

-.SH FILES

-The source code for this compiler is available from

-.B git://git.eigenstate.org/git/ori/libregex.git

-

-.SH SEE ALSO

-.IR mc(1)

-

-.SH BUGS

-.PP

-This code is insufficiently tested.

-

-.PP

-This code does not support all of the regex features that one would expect.

--- a/interp.myr

+++ /dev/null

@@ -1,308 +1,0 @@

-use std

-

-use "types.use"

-

-pkg regex =

-	const exec	: (re : regex#, str : byte[:] -> std.option(byte[:][:]))

-	/*

-	FIXME: implement. This should scan for a possible start char in the

-		regex and use that to optimize.

-	const search	: (re : regex#, str : byte[:] -> std.option(byte[:][:]))

-	*/

-;;

-

-/* Ugly: for performance. std.option() should be used instead when unions get faster. */

-const Zthr = 0 castto(rethread#)

-

-const exec = {re, str

-	var thr

-	var m

-

-	re.str = str

-	re.strp = 0

-	thr = run(re)

-	if thr != Zthr

-		m = getmatches(re, thr)

-		cleanup(re)

-		-> `std.Some m

-	else

-		cleanup(re)

-		->  `std.None

-	;;

-}

-

-const cleanup = {re

-	var thr, next

-

-	for thr = re.runq; thr != Zthr; thr = next

-		next = thr.next

-		thrfree(re, thr)

-	;;

-	for thr = re.expired; thr != Zthr; thr = next

-		next = thr.next

-		thrfree(re, thr)

-	;;

-}

-

-const getmatches = {re, thr

-	var ret

-	var i

-

-	ret = std.slalloc(re.nmatch)

-	for i = 0; i < re.nmatch; i++

-		if thr.mstart[i] != -1 && thr.mend[i] != -1

-			ret[i] = re.str[thr.mstart[i]:thr.mend[i]]

-		else

-			ret[i] = [][:]

-		;;

-	;;

-	-> ret

-}

-

-

-/* returns a matching thread, or Zthr if no threads matched */

-const run = {re

-	var i, ip

-	var consumed

-	var thr

-	var states

-

-	states = std.mkbs()

-	re.runq = mkthread(re, 0)

-	re.runq.mstart = std.slalloc(re.nmatch)

-	re.runq.mend = std.slalloc(re.nmatch)

-	for i = 0; i < re.nmatch; i++

-		re.runq.mstart[i] = -1

-		re.runq.mend[i] = -1

-	;;

-	while re.nthr > 0

-		while re.runq != Zthr

-			/* set up the next thread */

-			thr = re.runq

-			re.runq = thr.next

-

-			trace(re, thr, "\nrunning tid=%z, ip=%z, s[%z]=%c\n", thr.tid, thr.ip, re.strp, std.decode(re.str[re.strp:]))

-			ip = thr.ip

-			consumed = step(re, thr, -1)

-			while !consumed

-				consumed = step(re, thr, ip)

-			;;

-

-			if std.bshas(states, thr.ip)

-				die(re, thr, "there can be only one")

-			;;

-

-			if thr.dead

-				thrfree(re, thr)

-			elif thr.matched && re.strp == re.str.len

-				-> thr

-			elif !thr.matched

-				std.bsput(states, thr.ip)

-				if re.expired == Zthr

-					re.expired = thr

-				;;

-				if re.expiredtail != Zthr

-					re.expiredtail.next = thr

-				;;

-				re.expiredtail = thr

-				thr.next = Zthr

-

-			;;

-		;;

-		std.bsclear(states)

-		trace(re, thr, "switch\n")

-		re.runq = re.expired

-		re.expired = Zthr

-		re.expiredtail = Zthr

-		re.strp++

-	;;

-	-> Zthr

-}

-

-/* 

- Steps forward one instruction. Returns true if a byte of input was

- consumed, false otherwise.

-*/

-const step = {re, thr, curip

-	var str

-	var mstart

-	var mend

-

-	str = re.str

-	match re.prog[thr.ip]

-	/* Char matching. Consume exactly one byte from the string. */

-	| `Ibyte b:

-		trace(re, thr, "\t%z:\tByte %ub (%c)\n", thr.ip, b, b castto(char))

-		if !within(re, str)

-			die(re, thr, "end of string")

-		elif b != str[re.strp]

-			die(re, thr, "not right char")

-		else

-			thr.ip++

-			trace(re, thr, "\t\tmatched %b with %b\n", b, str[re.strp])

-		;;

-	| `Irange (start, end):

-		trace(re, thr, "\t%z:\tRange (%ub, %ub) /* %c - %c */\n", thr.ip, start, end, start castto(char), end castto(char))

-		if !within(re, str) || start > str[re.strp] || end < str[re.strp]

-			die(re, thr, "bad range")

-		else

-			thr.ip++

-		;;

-	/*

-	  Non-consuming. All of these return false, and expect step to be

-	  called again until exactly one byte is consumed from the string.

-	 */

-	| `Ibol:

-		trace(re, thr, "\t%z:\tBol\n", thr.ip)

-		if re.strp == 0 || str[re.strp - 1] == '\n' castto(byte)

-			thr.ip++

-			-> false

-		else

-			die(re, thr, "not beginning of line")

-		;;

-	| `Ieol:

-		trace(re, thr, "\t%z:\tEol\n", thr.ip)

-		if re.strp == str.len || str[re.strp] == '\n' castto(byte)

-			thr.ip++

-			-> false

-		else

-			die(re, thr, "not end of line")

-		;;

-	/* check for word characters */

-	| `Ibow:

-		trace(re, thr, "\t%z:\tBow\n", thr.ip)

-		if iswordchar(str[re.strp:]) && (re.strp == 0 || !iswordchar(prevchar(str, re.strp)))

-			thr.ip++

-			-> false

-		else

-			die(re, thr, "not beginning of word")

-		;;

-	| `Ieow:

-		trace(re, thr, "\t%z:\tEow\n", thr.ip)

-		if re.strp == str.len && iswordchar(prevchar(str, re.strp))

-			thr.ip++

-			-> false

-		elif re.strp > 0 && !iswordchar(str[re.strp:]) && iswordchar(prevchar(str, re.strp))

-			thr.ip++

-			-> false

-		else

-			die(re, thr, "not end of word")

-		;;

-	| `Ilbra m:

-		trace(re, thr, "\t%z:\tLbra %z\n", thr.ip, m)

-		trace(re, thr, "\t\tmatch start = %z\n", re.strp)

-		thr.mstart[m] = re.strp

-		thr.ip++

-		-> false

-	| `Irbra m:

-		trace(re, thr, "\t%z:\tRbra %z\n", thr.ip, m)

-		thr.mend[m] = re.strp

-		thr.ip++

-		-> false

-	| `Ifork (lip, rip):

-		trace(re, thr, "\t%z:\tFork (%z, %z)\n", thr.ip, lip, rip)

-		mstart = std.sldup(thr.mstart)

-		mend = std.sldup(thr.mend)

-		fork(re, thr, rip, curip, mstart, mend)

-		thr.ip = lip

-		-> false

-	| `Ijmp ip:

-		trace(re, thr, "\t%z:\tJmp %z\n", thr.ip, ip)

-		thr.ip = ip

-		-> false

-	| `Imatch:

-		trace(re, thr, "\t%z:\tMatch\n", thr.ip)

-		finish(re, thr)

-		-> true

-	;;

-	-> true

-}

-

-const fork = {re, thr, ip, curip, mstart, mend

-	var thr

-

-	if ip == curip /* loop detection */

-		->

-	;;

-	thr = mkthread(re, ip)

-	thr.next = re.runq

-	thr.mstart = mstart

-	thr.mend = mend

-	re.runq = thr

-}

-

-const die = {re, thr, msg

-        /*

- 	  we can have die called on a thread

-	  multiple times, eg, if it has a bad

-	  range *and* end in a state that another

-	  thread is in. We should only decrement

-	  the number of threads for that once.

-	 */

-	trace(re, thr, "\t\tdie %z: %s\n", thr.tid, msg)

-        if !thr.dead

-		re.nthr--

-        ;;

-	thr.dead = true

-}

-

-const finish = {re, thr

-	trace(re, thr, "finish %z\n", thr.tid)

-	thr.matched = true

-	re.nthr--

-}

-

-var nexttid = 0

-const mkthread = {re, ip

-	var thr : rethread#

-

-	thr = std.alloc()

-

-	thr.next = Zthr

-

-	thr.ip = ip

-	thr.tid = nexttid++

-	thr.dead = false

-	thr.matched = false

-

-	thr.mstart = [][:]

-	thr.mend = [][:]

-

-	re.nthr++

-

-	-> thr

-}

-

-const thrfree = {re, thr

-	trace(re, thr, "\t\tcleanup %z\n", thr.tid)

-	std.slfree(thr.mstart)

-	std.slfree(thr.mend)

-	std.free(thr)

-}

-

-const within = {re, str 

-	-> re.strp < str.len

-}

-

-const trace : (re : regex#, thr : rethread#, msg : byte[:], args : ... -> void) = {re, thr, msg, args

-	if re.debug

-		std.putv(msg, std.vastart(&args))

-	;;

-}

-

-/* must be called with i >= 1 */

-const prevchar = {s, i

-	std.assert(i != 0, "prevchar must be called with i >= 1\n")

-	i--

-	while i != 0 && s[i] >= 0x80

-		i--

-	;;

-	-> s[i:]

-}

-

-const iswordchar = {s

-	var c

-

-	c = std.decode(s)

-	-> std.isalpha(c) || std.isdigit(c) || c == '_'

-}

--- /dev/null

+++ b/libregex/Makefile

@@ -1,0 +1,13 @@

+SUB=doc

+MYRLIB=regex

+MYRSRC= \

+	compile.myr \

+	interp.myr \

+	ranges.myr \

+	types.myr \

+

+include config.mk

+include mk/myr.mk

+

+check: all

+	make -C test check

--- /dev/null

+++ b/libregex/bldfile

@@ -1,0 +1,8 @@

+lib regex =

+	compile.myr

+	interp.myr

+	ranges.myr

+	types.myr

+;;

+

+gen ranges.myr = mkchartab -a -p_ranges UnicodeData.txt -o ranges.myr;;

--- /dev/null

+++ b/libregex/compile.myr

@@ -1,0 +1,847 @@

+use std

+

+use "types.use"

+use "ranges.use"

+

+pkg regex =

+	const compile	: (re : byte[:] -> std.result(regex#, status))

+	const dbgcompile	: (re : byte[:] -> std.result(regex#, status))

+	const free	: (re : regex# -> void)

+;;

+

+type tree = union

+	/* basic string building */

+	`Alt	(tree#, tree#)

+	`Cat	(tree#, tree#)

+

+	/* repetition */

+	`Star	tree#

+        `Rstar  tree#

+	`Plus	tree#

+	`Rplus	tree#

+	`Quest	tree#	

+

+	/* end matches */

+	`Byte	byte

+	`Chr	char

+	`Ranges	char[2][:]

+

+	/* meta */

+	`Cap	(std.size, tree#) /* id, tree */

+	`Bol	/* beginning of line */

+	`Eol	/* end of line */

+	`Bow	/* beginning of word */

+	`Eow	/* end of word */

+;;

+

+type parseresult = union

+	`Some tree#

+	`None

+	`Fail status

+;;

+

+/* Compiles a pattern into a regex */

+const compile = {pat

+	-> regexcompile(std.zalloc(), pat)

+}

+

+/* Compiles a pattern into a debug regex. This can be verbose. */

+const dbgcompile = {pat

+	var re

+

+	re = std.zalloc()

+	re.debug = true

+	-> regexcompile(re, pat)

+}

+

+/* compiles a pattern into an allocated regex */

+const regexcompile = {re, pat

+	re.pat = pat

+	re.nmatch = 1 /* whole match */

+	match parse(re)

+	| `None:	-> `std.Fail (`Incomplete)

+	| `Fail f:	-> `std.Fail f

+	| `Some t:

+		/*

+		we can stop early if we get 

+		an incorrectly encoded char

+		*/

+		if re.pat.len > 0

+			-> `std.Fail (`Incomplete)

+		;;

+		dump(re, t, 0)

+		append(re, `Ilbra 0)

+		gen(re, t)

+		append(re, `Irbra 0)

+		append(re, `Imatch)

+		idump(re)

+		astfree(t)

+		-> `std.Ok re

+	;;

+	-> `std.Fail (`Noimpl)

+}

+

+const free = {re

+	/* all the threads should be dead,

+	 so we shouldn't have to free any*/

+	std.slfree(re.prog)

+	std.free(re)

+}

+

+

+/* generates bytecode from an AST */

+const gen = {re, t

+	match t#

+	|`Alt	(a, b): genalt(re, a, b)

+	|`Cat	(a, b): gen(re, a); gen(re, b)

+	/* repetition */

+	|`Star	a:	genstar(re, a, false)

+	|`Rstar a:	genstar(re, a, true)

+	|`Plus	a:	gen(re, a); genstar(re, a, false)

+	|`Rplus	a:	gen(re, a); genstar(re, a, true)

+	|`Quest	a:	genquest(re, a)

+

+	/* end matches */

+	|`Byte	b: 	append(re, `Ibyte b)

+	|`Chr	c:	genchar(re, c)

+	|`Ranges  sl:	genranges(re, sl)

+

+	/* meta */

+	|`Bol:	append(re, `Ibol)

+	|`Eol:	append(re, `Ibol)

+	|`Bow:	append(re, `Ibow)

+	|`Eow:	append(re, `Ieow)

+	|`Cap	(m, a):

+		append(re, `Ilbra m)

+		gen(re, a)

+		append(re, `Irbra m)

+	;;

+	-> re.proglen

+}

+

+const genranges = {re, sl

+	var lbuf : byte[4], hbuf : byte[4], boundbuf : byte[4]

+	var lsz, hsz, bsz, i

+	var rt : rangetrie#

+

+	/* generate a trie of ranges */

+	rt = std.zalloc()

+	for r in sl

+		/* 

+		encode:

+			lo => bounds[loidx] - 1

+			bounds[loidx] => bounds[loidx + 1] - 1

+			...

+			bounds[hiidx - 1] => hi

+		*/

+		lsz = std.encode(lbuf[:], r[0])

+		hsz = std.encode(hbuf[:], r[1])

+		for i = lsz; i < hsz; i++

+			bsz = bound(boundbuf[:], i, 0xff)

+			rtinsert(rt, lbuf[:lsz], boundbuf[:bsz])

+			lsz = bound(lbuf[:], i + 1, 0x00)

+		;;

+		rtinsert(rt, lbuf[:lsz], hbuf[:hsz])

+	;;

+	if re.debug

+		rtdump(rt, 0)

+	;;

+	rangegen(re, rt, rt.ranges, rt.link, rangeprogsize(rt) + re.proglen)

+	rtfree(rt)

+	-> re.proglen

+}

+

+const bound = {buf, len, fill

+	var i, s

+

+	if len == 1

+		buf[0] = 0x7f

+	else

+		s = len castto(byte)

+		buf[0] = (0xff << (8 - s)) | (fill >> (s + 1))

+		for i = 1; i < len; i++

+			buf[i] = 0x80 | (fill >> 2)

+		;;

+	;;

+	-> len

+}

+

+type rangetrie = struct

+	ranges	: (byte, byte)[:]

+	link	: rangetrie#[:]

+	end	: bool

+;;

+

+const rtdump = {rt, ind

+	var i

+	var l, h

+

+	indent(ind)

+	std.put("Range (end = %t) {\n", rt.end)

+	for i = 0; i < rt.ranges.len; i++

+		indent(ind + 1)

+		(l, h) = rt.ranges[i]

+		std.put("0x%xb-0x%xb: \n", l, h)

+		rtdump(rt.link[i], ind + 1)

+	;;

+	indent(ind)

+	std.put("}\n")

+}

+

+const indent = {ind

+	var i

+	for i = 0; i < ind; i++

+		std.put("\t")

+	;;

+}

+

+const rtinsert = {rt, lo, hi

+	var a, b

+	var n

+

+	std.assert(lo.len == hi.len, "range sizes differ")

+	if lo.len == 0

+		rt.end = true

+		->

+	;;

+

+	n = rt.ranges.len

+	if n == 0

+		rt.ranges = std.slpush(rt.ranges, (lo[0], hi[0]))

+		rt.link = std.slpush(rt.link, std.zalloc())

+	else

+		/*

+		this is a safe way to compare because we know that ranges

+		should always be coming in ordered. This means that equal

+		values will be added one after the other.

+		*/

+		(a, b) = rt.ranges[n - 1]

+		if a != lo[0] || b != hi[0]

+			rt.ranges = std.slpush(rt.ranges, (lo[0], hi[0]))

+			rt.link = std.slpush(rt.link, std.zalloc())

+		;;

+	;;

+

+	rtinsert(rt.link[rt.link.len - 1], lo[1:], hi[1:])

+}

+

+const rtfree = {rt

+	for l in rt.link

+		rtfree(l)

+	;;

+	std.slfree(rt.link)

+	std.slfree(rt.ranges)

+	std.free(rt)

+}

+

+const rangegen = {re, rt, ranges, links, end

+	var alt, l0, l1, l2

+	var a, b

+	var n

+

+	n = ranges.len

+	if n == 0

+		-> re.proglen

+	elif n == 1

+		(a, b) = ranges[0]

+		append(re, `Irange (a, b))

+		if links[0].end

+			if links[0].ranges.len > 0

+				append(re, `Ifork (re.prog.len + 1, end))

+			else

+				append(re, `Ijmp end)

+			;;

+		;;

+		rangegen(re, links[0], links[0].ranges, links[0].link, end)

+	else

+		alt = re.proglen

+		l0 = append(re, `Ifork (-1, -1))

+		l1 = rangegen(re, rt, ranges[0:n/2], links[0:n/2], end)

+		l2 = rangegen(re, rt, ranges[n/2:n], links[n/2:n], end)

+		re.prog[alt] = `Ifork (l0, l1)

+	;;

+	-> re.proglen

+}

+

+const rangeprogsize = {rt

+	var sz

+

+	if rt.ranges.len == 0

+		sz = 0

+	else

+		sz = 2*rt.ranges.len - 1

+		for l in rt.link

+			sz += rangeprogsize(l)

+		;;

+	;;

+	if rt.end

+		sz += 1

+	;;

+	-> sz

+}

+

+/* calculates the forward jump distance for a utf8 character range */

+const jmpdist = {n

+	var d

+	var i

+

+	d = n - 1

+	for i = n - 1; i > 0; i--

+		d += i

+	;;

+	-> d

+}

+

+/* generates an alternation */

+const genalt = {re, l, r

+	var alt

+	var jmp

+	var l0

+	var l1

+	var l2

+

+	alt 	= re.proglen

+	l0	= append(re, `Ifork (-1, -1)) /* needs to be replaced */

+		  gen(re, l)

+	jmp	= re.proglen

+	l1 	= append(re, `Ijmp -1) /* needs to be replaced */

+	l2	= gen(re, r)

+

+	re.prog[alt] = `Ifork(l0, l1)

+	re.prog[jmp] = `Ijmp l2

+	-> re.proglen

+}

+

+/* generates a repetition operator */

+const genstar = {re, rep, reluct

+	var alt

+	var jmp

+	var l0

+	var l1

+	var l2

+

+	l0 	= re.proglen

+	alt	= re.proglen

+	l1 	= append(re, `Ifork (-1, -1)) /* needs to be replaced */

+	jmp	= gen(re, rep)

+	l2	= append(re, `Ijmp -1)

+

+

+	/* reluctant matches should prefer jumping to the end. */

+	if reluct

+		re.prog[alt] = `Ifork (l2, l1)

+	else

+		re.prog[alt] = `Ifork (l1, l2)

+	;;

+	re.prog[jmp] = `Ijmp l0

+	-> re.proglen

+}

+

+/* generates a question mark operator */

+const genquest = {re, q

+	var alt

+	var l0

+	var l1

+

+	alt	= re.proglen

+	l0	= append(re, `Ifork (-1, -1)) /* needs to be replaced */

+	l1	= gen(re, q)

+	re.prog[alt] = `Ifork (l0, l1)

+	-> re.proglen

+}

+

+/* generates a single char match */

+const genchar = {re, c

+	var b : byte[4]

+	var n

+	var i

+

+	n = std.encode(b[:], c)

+	std.assert(n > 0 && n < 4, "non-utf character in regex\n")

+	for i = 0; i < n; i++

+		append(re, `Ibyte b[i])

+	;;

+	-> re.proglen

+}

+

+/* appends an instructon to an re program */

+const append = {re, insn

+	if re.proglen == re.prog.len

+		re.prog = std.slgrow(re.prog, std.max(1, 2*re.proglen))

+	;;

+	re.prog[re.proglen] = insn

+	re.proglen++

+	-> re.proglen

+}

+

+/* instruction dump */

+const idump = {re

+	var i

+

+	if !re.debug

+		->

+	;;

+	for i = 0; i < re.proglen; i++

+		std.put("%i:\t", i)

+		match re.prog[i]

+		/* Char matching. Consume exactly one byte from the string. */

+		| `Ibyte b:		std.put("`Ibyte %ub (%c)\n", b, b castto(char)) 

+		| `Irange (start, end):	

+			std.put("`Irange (%ub,%ub)", start, end) 

+			if std.isalnum(start castto(char)) && std.isalnum(end castto(char))

+				std.put("\t/* %c-%c */", start castto(char), end castto(char))

+			;;

+			std.put("\n")

+		/* capture groups */

+		| `Ilbra m:		std.put("`Ilbra %z\n", m) 

+		| `Irbra m:		std.put("`Irbra %z\n", m) 

+		/* anchors */

+		| `Ibol:			std.put("`Ibol\n")

+		| `Ieol:			std.put("`Ieol\n")

+		| `Ibow:			std.put("`Ibow\n")

+		| `Ieow:			std.put("`Ieow\n")

+		/* control flow */

+		| `Ifork	(lip, rip):	std.put("`Ifork (%z,%z)\n", lip, rip) 

+		| `Ijmp ip:		std.put("`Ijmp %z\n", ip) 

+		| `Imatch:		std.put("`Imatch\n") 

+		;;

+	;;

+}

+

+/* AST dump */

+const dump = {re, t, indent

+	var i

+

+	if !re.debug

+		->

+	;;

+	for i = 0; i < indent; i++

+		std.put("  ")

+	;;

+	match t#

+	| `Alt	(a, b):

+		std.put("Alt\n")

+		dump(re, a, indent + 1)

+		dump(re, b, indent + 1)

+	| `Cat	(a, b):

+		std.put("Cat\n")

+		dump(re, a, indent + 1)

+		dump(re, b, indent + 1)

+	/* repetition */

+	| `Star	a:

+		std.put("Star\n")

+		dump(re, a, indent + 1)

+	| `Rstar a:

+		std.put("Rstar\n")

+		dump(re, a, indent + 1)

+	| `Plus	a:

+		std.put("Plus\n")

+		dump(re, a, indent + 1)

+	| `Rplus a:

+		std.put("Rplus\n")

+		dump(re, a, indent + 1)

+	| `Quest	a:

+		std.put("Quest\n")

+		dump(re, a, indent + 1)

+	| `Bol:

+		std.put("Bol\n")

+	| `Eol:

+		std.put("Eol\n")

+	| `Bow:

+		std.put("Bow\n")

+	| `Eow:

+		std.put("Eow\n")

+	/* end matches */

+	| `Byte	b:

+		std.put("Byte %b\n", b)

+	| `Chr	c:

+		std.put("Char %c\n", c)

+	| `Ranges rl:

+                std.put("Ranges")

+		for r in rl

+			for i = 0; i < indent + 1; i++

+				std.put("  ")

+			;;

+			std.put("\t(%ui-%ui)\n", r[0], r[1])

+		;;

+

+	/* meta */

+	| `Cap	(m, a):

+		std.put("Cap %i\n", m)

+		dump(re, a, indent + 1)

+	;;

+}

+

+/* parses an expression */

+const parse = {re

+	match altexpr(re)

+	| `Some t:

+		if re.pat.len == 0

+			-> `Some t

+		else

+			astfree(t)

+			-> `Fail `Incomplete

+		;;

+	| `None:

+		-> `None

+	| `Fail st:

+		-> `Fail st

+	;;

+}

+

+const altexpr = {re

+	var ret : tree#

+

+	match catexpr(re)

+	| `Some t:

+		ret = t

+		if matchc(re, '|')

+			match altexpr(re)

+			| `Some rhs:

+				ret = mk(`Alt (ret, rhs))

+			| `None:

+				astfree(ret)

+				-> `Fail (`Incomplete)

+			| `Fail f:

+				-> `Fail f

+			;;

+		;;

+	| other:

+		-> other

+	;;

+	-> `Some ret

+}

+

+const catexpr = {re

+	var ret

+

+	match repexpr(re)

+	| `Some t: 

+		ret = t

+		match catexpr(re)

+		| `Some rhs:

+			ret = mk(`Cat (t, rhs))

+		| `Fail f:	-> `Fail f

+		| `None:	/* nothing */

+		;;

+	| other:

+		-> other

+	;;

+	-> `Some ret

+}

+

+const repexpr = {re

+	var ret

+

+	match baseexpr(re)

+	| `Some t:

+		if matchc(re, '*')

+                        if matchc(re, '?')

+                                ret = mk(`Rstar t)

+                        else

+				ret = mk(`Star t)

+			;;

+		elif matchc(re, '+')

+                        if matchc(re, '?')

+				ret = mk(`Rplus t)

+			else

+				ret = mk(`Plus t)

+			;;

+		elif matchc(re, '?')

+			ret = mk(`Quest t)

+		else

+			ret = t

+		;;

+	| other:

+		-> other

+	;;

+	-> `Some ret

+}

+

+const baseexpr = {re

+	var ret

+

+	if re.pat.len == 0

+		-> `None

+	;;

+	match peekc(re)

+	/* lower prec operators */

+	| '|':	-> `None

+	| ')':	-> `None

+	| '*':	-> `Fail `Badrep

+	| '+':	-> `Fail `Badrep

+	| '?':	-> `Fail `Badrep

+	| '[':	-> chrclass(re)

+	| '.':	getc(re); ret = mk(`Ranges std.slpush([][:], [0, std.Maxcharval]))

+	| '^':	getc(re); ret = mk(`Bol)

+	| '$':	getc(re); ret = mk(`Eol)

+	| '(':	

+		getc(re)

+		match altexpr(re)

+		| `Some s:

+			if matchc(re, ')')

+				-> `Some mk(`Cap (re.nmatch++, s))

+			else

+				-> `Fail `Unbalanced

+			;;

+		| `None:	-> `Fail `Emptyparen

+		| `Fail st:	-> `Fail st

+		;;

+	| '\\':

+		getc(re) /* consume the slash */

+		if re.pat.len == 0

+			-> `Fail `Incomplete

+		;;

+		-> escaped(re)

+	| c:

+		getc(re)

+		ret = mk(`Chr c)

+	;;

+	-> `Some ret

+}

+

+const escaped = {re

+	var ret

+

+	match getc(re)

+	/* character classes */

+	| 'd': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciidigit[:]))

+	| 'x': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciixdigit[:]))

+	| 's': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciispace[:]))

+	| 'w': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciiword[:]))

+	| 'h': ret = `Some mk(`Ranges std.sldup(_ranges.tabasciiblank[:]))

+

+	/* negated character classes */

+	| 'W': ret = `Some mk(`Ranges negate(_ranges.tabasciiword[:]))

+	| 'S': ret = `Some mk(`Ranges negate(_ranges.tabasciispace[:]))

+	| 'D': ret = `Some mk(`Ranges negate(_ranges.tabasciidigit[:]))

+	| 'X': ret = `Some mk(`Ranges negate(_ranges.tabasciixdigit[:]))

+	| 'H': ret = `Some mk(`Ranges negate(_ranges.tabasciiblank[:]))

+

+	/* unicode character classes */

+	| 'p':	ret = unicodeclass(re, false)

+	| 'P':  ret = unicodeclass(re, true)

+

+	/* operators that need an escape */

+	| '<': ret = `Some mk(`Bow)

+	| '>': ret = `Some mk(`Eow)

+

+	/* escaped metachars */

+	| '^': ret = `Some mk(`Chr '^')

+	| '$': ret = `Some mk(`Chr '$')

+	| '.': ret = `Some mk(`Chr '.')

+	| '+': ret = `Some mk(`Chr '+')

+	| '?': ret = `Some mk(`Chr '?')

+	| chr: ret = `Fail `Badescape

+	;;

+	-> ret

+}

+

+const unicodeclass = {re, neg

+	var c, s

+	var tab

+	var t

+	var n

+

+	if re.pat.len == 0

+		-> `Fail (`Incomplete)

+	;;

+	n = 0

+	s = re.pat

+	/* either a single char pattern, or {pat} */

+	match getc(re)

+	| '{':

+		s = s[1:]

+		while re.pat.len > 0

+			c = getc(re)

+			if c == '}'

+				break

+			;;

+			n += std.charlen(c)

+		;;

+	| r:

+		n += std.charlen(r)

+	;;

+	s = s[:n]

+	/* letters */

+	if std.sleq(s, "L") || std.sleq(s, "Letter")

+		tab = _ranges.tabalpha[:]

+	elif std.sleq(s, "Lu") || std.sleq(s, "Uppercase_Letter")

+		tab = _ranges.tabupper[:]

+	elif std.sleq(s, "Ll") || std.sleq(s, "Lowercase_Letter")

+		tab = _ranges.tablower[:]

+	elif std.sleq(s, "Lt") || std.sleq(s, "Titlecase_Letter")

+		tab = _ranges.tablower[:]

+	/* numbers (incomplete) */

+	elif std.sleq(s, "N") || std.sleq(s, "Number")

+		tab = _ranges.tabdigit[:]

+	elif std.sleq(s, "Z") || std.sleq(s, "Separator")

+		tab = _ranges.tabspace[:]

+	elif std.sleq(s, "Zs") || std.sleq(s, "Space_Separator")

+		tab = _ranges.tabblank[:]

+	else

+		-> `Fail (`Badrange)

+	;;

+	if !neg

+		t = mk(`Ranges std.sldup(tab))

+	else

+		t = mk(`Ranges negate(tab))

+	;;

+	-> `Some t

+}

+

+const chrclass = {re

+	var rl, m, n

+	var neg

+	var t

+

+	/* we know we saw '[' on entry */

+	matchc(re, '[')

+	neg = false

+	if matchc(re, '^')

+		neg = true

+	;;

+	rl = rangematch(re, [][:])

+	while peekc(re) != ']'

+		rl = rangematch(re, rl)

+	;;

+	if !matchc(re, ']')

+		std.slfree(rl)

+		-> `Fail (`Incomplete)

+	;;

+

+	std.sort(rl, {a, b;

+		if a[0] < b[0]

+			-> `std.Before

+		elif a[0] == b[0]

+			-> `std.Equal

+		else

+			-> `std.After

+		;;})

+	m = merge(rl)

+	std.slfree(rl)

+	if neg

+		n = negate(m)

+		std.slfree(m)

+		t = mk(`Ranges n)

+	else

+		t = mk(`Ranges m)

+	;;

+	-> `Some t

+}

+

+const rangematch = {re, sl

+	var lo

+	var hi

+

+	lo = getc(re)

+	if matchc(re, '-')

+		hi = getc(re)

+		if lo <= hi

+			-> std.slpush(sl, [lo, hi])

+		else

+			-> std.slpush(sl, [hi, lo])

+		;;

+	else

+		-> std.slpush(sl, [lo, lo])

+	;;

+}

+

+const negate = {rng

+	var start, end, next

+	var neg

+

+	neg = [][:]

+	start = 0

+	next = 0 /* if we have no ranges */

+	for r in rng

+		(end, next) = (r[0], r[1])

+		neg = std.slpush(neg, [start, end - 1])

+		start = next + 1

+	;;

+	neg = std.slpush(neg, [next + 1, std.Maxcharval])

+	-> neg

+}

+

+/* rl is a sorted list of ranges */

+const merge = {rl

+	var lo, hi

+	var ret

+

+	if rl.len == 0

+		-> [][:]

+	;;

+	ret = [][:]

+	lo = rl[0][0]

+	hi = rl[0][1]

+	for r in rl[1:]

+		/* if it overlaps or abuts, merge */

+		if r[0] <= hi + 1

+			hi = r[1]

+		else

+			ret = std.slpush(ret, [lo, hi])

+			lo = r[0]

+			hi = r[1]

+		;;

+	;;

+	-> std.slpush(ret, [lo, hi])

+}

+

+

+const matchc = {re, c

+	var str

+	var chr

+

+	(chr, str) = std.striter(re.pat)

+	if chr != c

+		-> false

+	;;

+	re.pat = str

+	-> true

+}

+

+const getc = {re

+	var c

+

+	(c, re.pat) = std.striter(re.pat)

+	-> c

+}

+

+const peekc = {re

+	var c

+	var _

+

+	(c, _) = std.striter(re.pat)

+	-> c

+}

+

+const mk = {v

+	var t

+

+	t = std.alloc()

+	t# = v

+	-> t

+}

+

+const astfree = {t

+	match t#

+	| `Alt	(a, b): astfree(a); astfree(b)

+	| `Cat	(a, b): astfree(a); astfree(b)

+	/* repetition */

+	| `Star	a:	astfree(a)

+	| `Rstar a:	astfree(a)

+	| `Plus	a:	astfree(a)

+	| `Rplus a:	astfree(a)

+	| `Quest a:	astfree(a)

+

+	/* end matches */

+	| `Byte	b:	

+	| `Chr c:	

+	| `Ranges rl:	std.slfree(rl)

+

+	/* meta */

+	| `Cap	(m, a):	astfree(a)

+	| _:	/* other types have no suballocations */

+	;;

+	std.free(t)

+}

--- /dev/null

+++ b/libregex/configure

@@ -1,0 +1,52 @@

+#!/bin/sh

+

+prefix="/usr/local"

+

+for i in `seq 300`; do

+    echo "Lots of output to emulate automake... ok"

+    echo "Testing for things you'll never use... fail"

+    echo "Satisfying the fortran77 lobby... ok"

+    echo "Burning CPU time checking for the bloody obvious... ok"

+done

+echo "Automake emulated successfully"

+

+INST_ROOT='/usr/local'

+

+for arg in $*; do

+    shift 1

+    case $arg in

+        "--prefix" | "-p")

+            prefix=shift $*

+            ;;

+        --prefix=*)

+            prefix=`echo $arg | sed 's/^--prefix=//g'`

+            ;;

+        "--help" | "-h")

+            echo "Usage:"

+            echo "      --prefix | -p: The prefix to install to"

+            break;

+            ;;

+        *) echo "Unrecognized argument $arg";;

+    esac

+done

+

+OS=`uname`

+

+echo export INST_ROOT=$prefix > config.mk

+case $OS in

+    *Linux*)

+        echo 'export SYS=linux' >> config.mk

+        ;;

+    *Darwin*)

+        echo 'export SYS=osx' >> config.mk

+        ;;

+    *)

+        echo 'Unknown architecture.'

+        ;;

+esac

+

+cat << EOF

+    Building with:

+        prefix=$prefix

+EOF

+

--- /dev/null

+++ b/libregex/doc/Makefile

@@ -1,0 +1,5 @@

+MAN=myr-regex.3 \

+

+include ../config.mk

+include ../mk/myr.mk

+

--- /dev/null

+++ b/libregex/doc/myr-regex.3

@@ -1,0 +1,198 @@

+.TH MYR REGEX 1

+.SH NAME

+regex myr-regex

+.SH LIBRARY

+regex

+.SH SYNOPSIS

+.B use regex

+.I const compile	: (re : byte[:] -> std.error(regex#, status))

+.I const dbgcompile	: (re : byte[:] -> std.error(regex#, status))

+.I const free           : (re : regex# -> void)

+.br

+.I const exec	: (re : regex#, str : byte[:] -> bool)

+.I const search	: (re : regex#, str : byte[:] -> bool)

+.SH DESCRIPTION

+.PP

+The regex library provides functions for compiling and evaluating regular

+expressions, as described later in this document, or in myr-regex(7).

+.PP

+.I regex.compile will take a string describing a regex, and will attempt

+to compile it, returing 

+.I `std.Success regex#

+if the regex is valid, and there were no error conditions encountered during

+compilation. If the compilation failed,

+.I `std.Failure regex.status

+will be returned, where regex.status is a failure code.

+

+.PP 

+.I regex.dbgcompile

+is identical to 

+.I regex.compile,

+however, it will print debugging information as it compiles, and each

+time the regex is evaluated.

+

+.PP

+.I regex.exec

+will take the regex passed to it, and evaluate it over the text provided,

+returning the 

+.I `std.Some matches,

+or 

+.I `std.None

+if there were no matches found. The matches must span the whole string.

+

+.PP

+.I regex.search

+is similar to regex.exec, but it will attempt to find a match somewhere

+within the string, instead of attempting to find a match spanning the whole

+string.

+

+.SH REGEX SYNTAX

+.PP

+The grammar used by libregex is below:

+

+.EX

+    regex       : altexpr

+    altexpr     : catexpr ('|' altexpr)+

+    catexpr     : repexpr (catexpr)+

+    repexpr     : baseexpr[*+?]

+    baseexpr    : literal

+                | charclass

+                | charrange

+                | escaped

+                | '.'

+                | '^'

+                | '$'

+                | '(' regex ')'

+    charclass   : see below

+    charrange   : '[' (literal('-' literal)?)+']'

+.EE

+

+The following metacharacters have the meanings listed below:

+.TP

+.

+Matches a single unicode character

+.TP

+^

+Matches the beginning of a line. Does not consume any characters.

+.TP

+$

+Matches the end of a line. Does not consume any characters.

+.TP

+*

+Matches any number of repetitions of the preceding regex fragment.

+.TP

+*?

+Reluctantly matches any number of repetitions of the preceding regex fragment.

+.TP

++

+Matches one or more repetitions of the preceding regex fragment.

+.TP

++?

+Reluctantly matches one or more repetitions of the preceding regex fragment.

+.TP

+?

+Matches zero or one of the preceding regex fragment.

+

+.PP

+In order to match a literal metacharacter, it needs to be preceded by

+a '\\' character.

+

+The following character classes are supported:

+.TP

+\\d

+ASCII digits

+.TP

+\\D

+Negation of ASCII digits

+.TP

+\\x

+ASCII Hex digits

+.TP

+\\X

+Negation of ASCII Hex digits

+.TP

+\\s

+ASCII spaces

+.TP

+\\S

+Negation of ASCII spaces

+.TP

+\\w

+ASCII word characters

+.TP

+\\W

+Negation of ASCII word characters

+.TP

+\\h

+ASCII whitespace characters

+.TP

+\\H

+Negation of ASCII whitespace characters

+.TP

+\\pX, \\p{X}

+Characters with unicode property 'X'

+.TP

+\\PX, \\P{X}

+Negation of characters with unicode property 'X'

+

+.PP

+Unicode properties that are supported are listed below:

+

+.TP

+L, Letter

+Unicode letter property

+.TP

+Lu, Uppercase_Letter

+Uppercase letter unicode property

+.TP

+Ll, Lowercase_Letter

+Lowercase letter unicode property

+.TP

+Lt, Titlecase_Letter

+Titlecase letter unicode property

+.TP

+N, Number

+Number unicode property

+.TP

+Z, Separator

+Any separator character unicode property

+.TP

+Zs, Space_Separator

+Space separator unicode property

+

+

+.SH EXAMPLE

+.EX

+        use std

+        use regex

+

+        const main = {

+            match regex.compile(pat)

+            var i

+            | `std.Success re:

+                    match regex.exec(re, text)

+                    | `std.Some matches:

+                            for i = 0; i < matches.len; i++

+                                std.put("Match %i: %s\n", i, match[i])

+                            ;;

+                    | `std.None: std.put("Text did not match\n")

+                    ;;

+            | `std.Failure err:

+                    std.put("failed to compile regex")

+            ;;

+        }

+.EE

+

+.SH FILES

+The source code for this compiler is available from

+.B git://git.eigenstate.org/git/ori/libregex.git

+

+.SH SEE ALSO

+.IR mc(1)

+

+.SH BUGS

+.PP

+This code is insufficiently tested.

+

+.PP

+This code does not support all of the regex features that one would expect.

--- /dev/null

+++ b/libregex/interp.myr

@@ -1,0 +1,308 @@

+use std

+

+use "types.use"

+

+pkg regex =

+	const exec	: (re : regex#, str : byte[:] -> std.option(byte[:][:]))

+	/*

+	FIXME: implement. This should scan for a possible start char in the

+		regex and use that to optimize.

+	const search	: (re : regex#, str : byte[:] -> std.option(byte[:][:]))

+	*/

+;;

+

+/* Ugly: for performance. std.option() should be used instead when unions get faster. */

+const Zthr = 0 castto(rethread#)

+

+const exec = {re, str

+	var thr

+	var m

+

+	re.str = str

+	re.strp = 0

+	thr = run(re)

+	if thr != Zthr

+		m = getmatches(re, thr)

+		cleanup(re)

+		-> `std.Some m

+	else

+		cleanup(re)

+		->  `std.None

+	;;

+}

+

+const cleanup = {re

+	var thr, next

+

+	for thr = re.runq; thr != Zthr; thr = next

+		next = thr.next

+		thrfree(re, thr)

+	;;

+	for thr = re.expired; thr != Zthr; thr = next

+		next = thr.next

+		thrfree(re, thr)

+	;;

+}

+

+const getmatches = {re, thr

+	var ret

+	var i

+

+	ret = std.slalloc(re.nmatch)

+	for i = 0; i < re.nmatch; i++

+		if thr.mstart[i] != -1 && thr.mend[i] != -1

+			ret[i] = re.str[thr.mstart[i]:thr.mend[i]]

+		else

+			ret[i] = [][:]

+		;;

+	;;

+	-> ret

+}

+

+

+/* returns a matching thread, or Zthr if no threads matched */

+const run = {re

+	var i, ip

+	var consumed

+	var thr

+	var states

+

+	states = std.mkbs()

+	re.runq = mkthread(re, 0)

+	re.runq.mstart = std.slalloc(re.nmatch)

+	re.runq.mend = std.slalloc(re.nmatch)

+	for i = 0; i < re.nmatch; i++

+		re.runq.mstart[i] = -1

+		re.runq.mend[i] = -1

+	;;

+	while re.nthr > 0

+		while re.runq != Zthr

+			/* set up the next thread */

+			thr = re.runq

+			re.runq = thr.next

+

+			trace(re, thr, "\nrunning tid=%z, ip=%z, s[%z]=%c\n", thr.tid, thr.ip, re.strp, std.decode(re.str[re.strp:]))

+			ip = thr.ip

+			consumed = step(re, thr, -1)

+			while !consumed

+				consumed = step(re, thr, ip)

+			;;

+

+			if std.bshas(states, thr.ip)

+				die(re, thr, "there can be only one")

+			;;

+

+			if thr.dead

+				thrfree(re, thr)

+			elif thr.matched && re.strp == re.str.len

+				-> thr

+			elif !thr.matched

+				std.bsput(states, thr.ip)

+				if re.expired == Zthr

+					re.expired = thr

+				;;

+				if re.expiredtail != Zthr

+					re.expiredtail.next = thr

+				;;

+				re.expiredtail = thr

+				thr.next = Zthr

+

+			;;

+		;;

+		std.bsclear(states)

+		trace(re, thr, "switch\n")

+		re.runq = re.expired

+		re.expired = Zthr

+		re.expiredtail = Zthr

+		re.strp++

+	;;

+	-> Zthr

+}

+

+/* 

+ Steps forward one instruction. Returns true if a byte of input was

+ consumed, false otherwise.

+*/

+const step = {re, thr, curip

+	var str

+	var mstart

+	var mend

+

+	str = re.str

+	match re.prog[thr.ip]

+	/* Char matching. Consume exactly one byte from the string. */

+	| `Ibyte b:

+		trace(re, thr, "\t%z:\tByte %ub (%c)\n", thr.ip, b, b castto(char))

+		if !within(re, str)

+			die(re, thr, "end of string")

+		elif b != str[re.strp]

+			die(re, thr, "not right char")

+		else

+			thr.ip++

+			trace(re, thr, "\t\tmatched %b with %b\n", b, str[re.strp])

+		;;

+	| `Irange (start, end):

+		trace(re, thr, "\t%z:\tRange (%ub, %ub) /* %c - %c */\n", thr.ip, start, end, start castto(char), end castto(char))

+		if !within(re, str) || start > str[re.strp] || end < str[re.strp]

+			die(re, thr, "bad range")

+		else

+			thr.ip++

+		;;

+	/*

+	  Non-consuming. All of these return false, and expect step to be

+	  called again until exactly one byte is consumed from the string.

+	 */

+	| `Ibol:

+		trace(re, thr, "\t%z:\tBol\n", thr.ip)

+		if re.strp == 0 || str[re.strp - 1] == '\n' castto(byte)

+			thr.ip++

+			-> false

+		else

+			die(re, thr, "not beginning of line")

+		;;

+	| `Ieol:

+		trace(re, thr, "\t%z:\tEol\n", thr.ip)

+		if re.strp == str.len || str[re.strp] == '\n' castto(byte)

+			thr.ip++

+			-> false

+		else

+			die(re, thr, "not end of line")

+		;;

+	/* check for word characters */

+	| `Ibow:

+		trace(re, thr, "\t%z:\tBow\n", thr.ip)

+		if iswordchar(str[re.strp:]) && (re.strp == 0 || !iswordchar(prevchar(str, re.strp)))

+			thr.ip++

+			-> false

+		else

+			die(re, thr, "not beginning of word")

+		;;

+	| `Ieow:

+		trace(re, thr, "\t%z:\tEow\n", thr.ip)

+		if re.strp == str.len && iswordchar(prevchar(str, re.strp))

+			thr.ip++

+			-> false

+		elif re.strp > 0 && !iswordchar(str[re.strp:]) && iswordchar(prevchar(str, re.strp))

+			thr.ip++

+			-> false

+		else

+			die(re, thr, "not end of word")

+		;;

+	| `Ilbra m:

+		trace(re, thr, "\t%z:\tLbra %z\n", thr.ip, m)

+		trace(re, thr, "\t\tmatch start = %z\n", re.strp)

+		thr.mstart[m] = re.strp

+		thr.ip++

+		-> false

+	| `Irbra m:

+		trace(re, thr, "\t%z:\tRbra %z\n", thr.ip, m)

+		thr.mend[m] = re.strp

+		thr.ip++

+		-> false

+	| `Ifork (lip, rip):

+		trace(re, thr, "\t%z:\tFork (%z, %z)\n", thr.ip, lip, rip)

+		mstart = std.sldup(thr.mstart)

+		mend = std.sldup(thr.mend)

+		fork(re, thr, rip, curip, mstart, mend)

+		thr.ip = lip

+		-> false

+	| `Ijmp ip:

+		trace(re, thr, "\t%z:\tJmp %z\n", thr.ip, ip)

+		thr.ip = ip

+		-> false

+	| `Imatch:

+		trace(re, thr, "\t%z:\tMatch\n", thr.ip)

+		finish(re, thr)

+		-> true

+	;;

+	-> true

+}

+

+const fork = {re, thr, ip, curip, mstart, mend

+	var thr

+

+	if ip == curip /* loop detection */

+		->

+	;;

+	thr = mkthread(re, ip)

+	thr.next = re.runq

+	thr.mstart = mstart

+	thr.mend = mend

+	re.runq = thr

+}

+

+const die = {re, thr, msg

+        /*

+ 	  we can have die called on a thread

+	  multiple times, eg, if it has a bad

+	  range *and* end in a state that another

+	  thread is in. We should only decrement

+	  the number of threads for that once.

+	 */

+	trace(re, thr, "\t\tdie %z: %s\n", thr.tid, msg)

+        if !thr.dead

+		re.nthr--

+        ;;

+	thr.dead = true

+}

+

+const finish = {re, thr

+	trace(re, thr, "finish %z\n", thr.tid)

+	thr.matched = true

+	re.nthr--

+}

+

+var nexttid = 0

+const mkthread = {re, ip

+	var thr : rethread#

+

+	thr = std.alloc()

+

+	thr.next = Zthr

+

+	thr.ip = ip

+	thr.tid = nexttid++

+	thr.dead = false

+	thr.matched = false

+

+	thr.mstart = [][:]

+	thr.mend = [][:]

+

+	re.nthr++

+

+	-> thr

+}

+

+const thrfree = {re, thr

+	trace(re, thr, "\t\tcleanup %z\n", thr.tid)

+	std.slfree(thr.mstart)

+	std.slfree(thr.mend)

+	std.free(thr)

+}

+

+const within = {re, str 

+	-> re.strp < str.len

+}

+

+const trace : (re : regex#, thr : rethread#, msg : byte[:], args : ... -> void) = {re, thr, msg, args

+	if re.debug

+		std.putv(msg, std.vastart(&args))

+	;;

+}

+

+/* must be called with i >= 1 */

+const prevchar = {s, i

+	std.assert(i != 0, "prevchar must be called with i >= 1\n")

+	i--

+	while i != 0 && s[i] >= 0x80

+		i--

+	;;

+	-> s[i:]

+}

+

+const iswordchar = {s

+	var c

+

+	c = std.decode(s)

+	-> std.isalpha(c) || std.isdigit(c) || c == '_'

+}

--- /dev/null

+++ b/libregex/mk/myr.mk

@@ -1,0 +1,97 @@

+ifneq ($(MYRLIB),)

+    _LIBNAME=lib$(MYRLIB).a

+endif

+

+all: subdirs $(_LIBNAME) $(MYRBIN) 

+

+subdirs:

+	@for i in $(SUB); do (\

+	    cd $$i && \

+	    $(MAKE) || \

+	    exit 1 \

+	) || exit 1; done

+

+subdirs-clean:

+	@for i in $(SUB); do (\

+	    cd $$i && \

+	    $(MAKE) clean|| \

+	    exit 1 \

+	); done

+

+subdirs-install:

+	@for i in $(SUB); do (\

+	    cd $$i && \

+	    $(MAKE) install|| \

+	    exit 1 \

+	); done

+

+subdirs-uninstall:

+	@for i in $(SUB); do (\

+	    cd $$i && \

+	    $(MAKE) uninstall|| \

+	    exit 1 \

+	); done

+

+$(_LIBNAME): $(MYRSRC) $(ASMSRC)

+	myrbuild -l $(MYRLIB) $^

+

+$(MYRBIN): $(MYRSRC) $(ASMSRC)

+	myrbuild -b $(MYRBIN) $^

+

+OBJ=$(MYRSRC:.myr=.o) $(ASMSRC:.s=.o)

+USE=$(MYRSRC:.myr=.use) $(MYRLIB)

+.PHONY: clean

+clean: subdirs-clean

+	rm -f $(OBJ)

+	rm -f $(USE)

+	@if [ ! -z "$(MYRLIB)" ]; then \

+	    echo rm -f $(MYRLIB); \

+	    rm -f $(MYRLIB); \

+	    echo rm -f lib$(MYRLIB).a; \

+	    rm -f lib$(MYRLIB).a; \

+	fi

+	@if [ ! -z "$(MYRBIN)" ]; then \

+	    echo rm -f $(MYRBIN); \

+	    rm -f $(MYRBIN); \

+	    echo rm -f lib$(MYRBIN).a; \

+	    rm -f lib$(MYRBIN).a; \

+	fi

+

+install: subdirs-install $(MYRBIN) $(_LIBNAME) $(MAN)

+	@if [ ! -z "$(MYRBIN)" ]; then \

+	    echo install $(MYRBIN) $(abspath $(DESTDIR)/$(INST_ROOT)/bin); \

+	    mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/bin); \

+	    install $(MYRBIN) $(abspath $(DESTDIR)/$(INST_ROOT)/bin); \

+	fi

+	@if [ ! -z "$(_LIBNAME)" ]; then \

+		echo install -m 644 $(_LIBNAME) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

+		echo install -m 644 $(MYRLIB) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

+		mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

+		install -m 644 $(_LIBNAME) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

+		install -m 644 $(MYRLIB) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

+	fi

+	@for i in $(MAN); do \

+	    MANSECT=$$(echo $$i | awk -F. '{print $$NF}'); \

+	    echo mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$$MANSECT); \

+	    echo install -m 644 $(MAN) $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}); \

+	    mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$$MANSECT); \

+	    install -m 644 $(MAN) $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}); \

+	done \

+

+uninstall: subdirs-uninstall

+	@for i in $(MYRBIN); do \

+	    echo rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/bin/$$i); \

+	    rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/bin/$$i); \

+	done

+	@for i in $(_LIBNAME) $(MYRLIB); do \

+	    echo rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr/$$i); \

+	    rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr/$$i); \

+	done

+	@for i in $(MAN); do \

+	    MANSECT=$$(echo $$i | awk -F. '{print $$NF}'); \

+	    echo rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}/$$i); \

+	    rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}/$$i); \

+	done

+

+config.mk:

+	./configure

--- /dev/null

+++ b/libregex/ranges.myr

@@ -1,0 +1,2386 @@

+/*

+ This set of unicode tables was automatically generated

+ by the following command:

+ mkchartab -a -p_ranges UnicodeData.txt -o ranges.myr

+ editing it manually is probably a waste of time.

+*/

+

+pkg _ranges =

+	const tabasciialpha

+	const tabasciiupper

+	const tabasciilower

+	const tabasciiword

+	const tabasciidigit

+	const tabasciixdigit

+	const tabasciispace

+	const tabasciiblank

+	const tabalpha

+	const tabupper

+	const tablower

+	const tabtitle

+	const tabword

+	const tabdigit

+	const tabxdigit

+	const tabspace

+	const tabblank

+;;

+const tabasciialpha = [

+	['\u{41}','\u{5a}'],

+	['\u{61}','\u{7a}'],

+]

+

+const tabasciiupper = [

+	['\u{41}','\u{5a}'],

+]

+

+const tabasciilower = [

+	['\u{61}','\u{7a}'],

+]

+

+const tabasciiword = [

+	['\u{30}','\u{39}'],

+	['\u{41}','\u{5a}'],

+	['\u{5f}','\u{5f}'],

+	['\u{61}','\u{7a}'],

+]

+

+const tabasciidigit = [

+	['\u{30}','\u{39}'],

+]

+

+const tabasciixdigit = [

+	['\u{30}','\u{39}'],

+	['\u{41}','\u{46}'],

+	['\u{61}','\u{66}'],

+]

+

+const tabasciispace = [

+	['\u{9}','\u{d}'],

+	['\u{20}','\u{20}'],

+]

+

+const tabasciiblank = [

+	['\u{9}','\u{9}'],

+	['\u{20}','\u{20}'],

+]

+

+const tabalpha = [

+	['\u{41}','\u{5a}'],

+	['\u{61}','\u{7a}'],

+	['\u{aa}','\u{aa}'],

+	['\u{b5}','\u{b5}'],

+	['\u{ba}','\u{ba}'],

+	['\u{c0}','\u{d6}'],

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+	['\u{16800}','\u{16a38}'],

+	['\u{16f00}','\u{16f44}'],

+	['\u{16f50}','\u{16f50}'],

+	['\u{16f93}','\u{16f9f}'],

+	['\u{1b000}','\u{1b001}'],

+	['\u{1d400}','\u{1d454}'],

+	['\u{1d456}','\u{1d49c}'],

+	['\u{1d49e}','\u{1d49f}'],

+	['\u{1d4a2}','\u{1d4a2}'],

+	['\u{1d4a5}','\u{1d4a6}'],

+	['\u{1d4a9}','\u{1d4ac}'],

+	['\u{1d4ae}','\u{1d4b9}'],

+	['\u{1d4bb}','\u{1d4bb}'],

+	['\u{1d4bd}','\u{1d4c3}'],

+	['\u{1d4c5}','\u{1d505}'],

+	['\u{1d507}','\u{1d50a}'],

+	['\u{1d50d}','\u{1d514}'],

+	['\u{1d516}','\u{1d51c}'],

+	['\u{1d51e}','\u{1d539}'],

+	['\u{1d53b}','\u{1d53e}'],

+	['\u{1d540}','\u{1d544}'],

+	['\u{1d546}','\u{1d546}'],

+	['\u{1d54a}','\u{1d550}'],

+	['\u{1d552}','\u{1d6a5}'],

+	['\u{1d6a8}','\u{1d6c0}'],

+	['\u{1d6c2}','\u{1d6da}'],

+	['\u{1d6dc}','\u{1d6fa}'],

+	['\u{1d6fc}','\u{1d714}'],

+	['\u{1d716}','\u{1d734}'],

+	['\u{1d736}','\u{1d74e}'],

+	['\u{1d750}','\u{1d76e}'],

+	['\u{1d770}','\u{1d788}'],

+	['\u{1d78a}','\u{1d7a8}'],

+	['\u{1d7aa}','\u{1d7c2}'],

+	['\u{1d7c4}','\u{1d7cb}'],

+	['\u{1ee00}','\u{1ee03}'],

+	['\u{1ee05}','\u{1ee1f}'],

+	['\u{1ee21}','\u{1ee22}'],

+	['\u{1ee24}','\u{1ee24}'],

+	['\u{1ee27}','\u{1ee27}'],

+	['\u{1ee29}','\u{1ee32}'],

+	['\u{1ee34}','\u{1ee37}'],

+	['\u{1ee39}','\u{1ee39}'],

+	['\u{1ee3b}','\u{1ee3b}'],

+	['\u{1ee42}','\u{1ee42}'],

+	['\u{1ee47}','\u{1ee47}'],

+	['\u{1ee49}','\u{1ee49}'],

+	['\u{1ee4b}','\u{1ee4b}'],

+	['\u{1ee4d}','\u{1ee4f}'],

+	['\u{1ee51}','\u{1ee52}'],

+	['\u{1ee54}','\u{1ee54}'],

+	['\u{1ee57}','\u{1ee57}'],

+	['\u{1ee59}','\u{1ee59}'],

+	['\u{1ee5b}','\u{1ee5b}'],

+	['\u{1ee5d}','\u{1ee5d}'],

+	['\u{1ee5f}','\u{1ee5f}'],

+	['\u{1ee61}','\u{1ee62}'],

+	['\u{1ee64}','\u{1ee64}'],

+	['\u{1ee67}','\u{1ee6a}'],

+	['\u{1ee6c}','\u{1ee72}'],

+	['\u{1ee74}','\u{1ee77}'],

+	['\u{1ee79}','\u{1ee7c}'],

+	['\u{1ee7e}','\u{1ee7e}'],

+	['\u{1ee80}','\u{1ee89}'],

+	['\u{1ee8b}','\u{1ee9b}'],

+	['\u{1eea1}','\u{1eea3}'],

+	['\u{1eea5}','\u{1eea9}'],

+	['\u{1eeab}','\u{1eebb}'],

+	['\u{20000}','\u{2a6d6}'],

+	['\u{2a700}','\u{2b734}'],

+	['\u{2b740}','\u{2b81d}'],

+	['\u{2f800}','\u{2fa1d}'],

+]

+

+const tabupper = [

+	['\u{41}','\u{5a}'],

+	['\u{c0}','\u{d6}'],

+	['\u{d8}','\u{de}'],

+	['\u{100}','\u{100}'],

+	['\u{102}','\u{102}'],

+	['\u{104}','\u{104}'],

+	['\u{106}','\u{106}'],

+	['\u{108}','\u{108}'],

+	['\u{10a}','\u{10a}'],

+	['\u{10c}','\u{10c}'],

+	['\u{10e}','\u{10e}'],

+	['\u{110}','\u{110}'],

+	['\u{112}','\u{112}'],

+	['\u{114}','\u{114}'],

+	['\u{116}','\u{116}'],

+	['\u{118}','\u{118}'],

+	['\u{11a}','\u{11a}'],

+	['\u{11c}','\u{11c}'],

+	['\u{11e}','\u{11e}'],

+	['\u{120}','\u{120}'],

+	['\u{122}','\u{122}'],

+	['\u{124}','\u{124}'],

+	['\u{126}','\u{126}'],

+	['\u{128}','\u{128}'],

+	['\u{12a}','\u{12a}'],

+	['\u{12c}','\u{12c}'],

+	['\u{12e}','\u{12e}'],

+	['\u{130}','\u{130}'],

+	['\u{132}','\u{132}'],

+	['\u{134}','\u{134}'],

+	['\u{136}','\u{136}'],

+	['\u{139}','\u{139}'],

+	['\u{13b}','\u{13b}'],

+	['\u{13d}','\u{13d}'],

+	['\u{13f}','\u{13f}'],

+	['\u{141}','\u{141}'],

+	['\u{143}','\u{143}'],

+	['\u{145}','\u{145}'],

+	['\u{147}','\u{147}'],

+	['\u{14a}','\u{14a}'],

+	['\u{14c}','\u{14c}'],

+	['\u{14e}','\u{14e}'],

+	['\u{150}','\u{150}'],

+	['\u{152}','\u{152}'],

+	['\u{154}','\u{154}'],

+	['\u{156}','\u{156}'],

+	['\u{158}','\u{158}'],

+	['\u{15a}','\u{15a}'],

+	['\u{15c}','\u{15c}'],

+	['\u{15e}','\u{15e}'],

+	['\u{160}','\u{160}'],

+	['\u{162}','\u{162}'],

+	['\u{164}','\u{164}'],

+	['\u{166}','\u{166}'],

+	['\u{168}','\u{168}'],

+	['\u{16a}','\u{16a}'],

+	['\u{16c}','\u{16c}'],

+	['\u{16e}','\u{16e}'],

+	['\u{170}','\u{170}'],

+	['\u{172}','\u{172}'],

+	['\u{174}','\u{174}'],

+	['\u{176}','\u{176}'],

+	['\u{178}','\u{179}'],

+	['\u{17b}','\u{17b}'],

+	['\u{17d}','\u{17d}'],

+	['\u{181}','\u{182}'],

+	['\u{184}','\u{184}'],

+	['\u{186}','\u{187}'],

+	['\u{189}','\u{18b}'],

+	['\u{18e}','\u{191}'],

+	['\u{193}','\u{194}'],

+	['\u{196}','\u{198}'],

+	['\u{19c}','\u{19d}'],

+	['\u{19f}','\u{1a0}'],

+	['\u{1a2}','\u{1a2}'],

+	['\u{1a4}','\u{1a4}'],

+	['\u{1a6}','\u{1a7}'],

+	['\u{1a9}','\u{1a9}'],

+	['\u{1ac}','\u{1ac}'],

+	['\u{1ae}','\u{1af}'],

+	['\u{1b1}','\u{1b3}'],

+	['\u{1b5}','\u{1b5}'],

+	['\u{1b7}','\u{1b8}'],

+	['\u{1bc}','\u{1bc}'],

+	['\u{1c4}','\u{1c4}'],

+	['\u{1c7}','\u{1c7}'],

+	['\u{1ca}','\u{1ca}'],

+	['\u{1cd}','\u{1cd}'],

+	['\u{1cf}','\u{1cf}'],

+	['\u{1d1}','\u{1d1}'],

+	['\u{1d3}','\u{1d3}'],

+	['\u{1d5}','\u{1d5}'],

+	['\u{1d7}','\u{1d7}'],

+	['\u{1d9}','\u{1d9}'],

+	['\u{1db}','\u{1db}'],

+	['\u{1de}','\u{1de}'],

+	['\u{1e0}','\u{1e0}'],

+	['\u{1e2}','\u{1e2}'],

+	['\u{1e4}','\u{1e4}'],

+	['\u{1e6}','\u{1e6}'],

+	['\u{1e8}','\u{1e8}'],

+	['\u{1ea}','\u{1ea}'],

+	['\u{1ec}','\u{1ec}'],

+	['\u{1ee}','\u{1ee}'],

+	['\u{1f1}','\u{1f1}'],

+	['\u{1f4}','\u{1f4}'],

+	['\u{1f6}','\u{1f8}'],

+	['\u{1fa}','\u{1fa}'],

+	['\u{1fc}','\u{1fc}'],

+	['\u{1fe}','\u{1fe}'],

+	['\u{200}','\u{200}'],

+	['\u{202}','\u{202}'],

+	['\u{204}','\u{204}'],

+	['\u{206}','\u{206}'],

+	['\u{208}','\u{208}'],

+	['\u{20a}','\u{20a}'],

+	['\u{20c}','\u{20c}'],

+	['\u{20e}','\u{20e}'],

+	['\u{210}','\u{210}'],

+	['\u{212}','\u{212}'],

+	['\u{214}','\u{214}'],

+	['\u{216}','\u{216}'],

+	['\u{218}','\u{218}'],

+	['\u{21a}','\u{21a}'],

+	['\u{21c}','\u{21c}'],

+	['\u{21e}','\u{21e}'],

+	['\u{220}','\u{220}'],

+	['\u{222}','\u{222}'],

+	['\u{224}','\u{224}'],

+	['\u{226}','\u{226}'],

+	['\u{228}','\u{228}'],

+	['\u{22a}','\u{22a}'],

+	['\u{22c}','\u{22c}'],

+	['\u{22e}','\u{22e}'],

+	['\u{230}','\u{230}'],

+	['\u{232}','\u{232}'],

+	['\u{23a}','\u{23b}'],

+	['\u{23d}','\u{23e}'],

+	['\u{241}','\u{241}'],

+	['\u{243}','\u{246}'],

+	['\u{248}','\u{248}'],

+	['\u{24a}','\u{24a}'],

+	['\u{24c}','\u{24c}'],

+	['\u{24e}','\u{24e}'],

+	['\u{370}','\u{370}'],

+	['\u{372}','\u{372}'],

+	['\u{376}','\u{376}'],

+	['\u{386}','\u{386}'],

+	['\u{388}','\u{38a}'],

+	['\u{38c}','\u{38c}'],

+	['\u{38e}','\u{38f}'],

+	['\u{391}','\u{3a1}'],

+	['\u{3a3}','\u{3ab}'],

+	['\u{3cf}','\u{3cf}'],

+	['\u{3d2}','\u{3d4}'],

+	['\u{3d8}','\u{3d8}'],

+	['\u{3da}','\u{3da}'],

+	['\u{3dc}','\u{3dc}'],

+	['\u{3de}','\u{3de}'],

+	['\u{3e0}','\u{3e0}'],

+	['\u{3e2}','\u{3e2}'],

+	['\u{3e4}','\u{3e4}'],

+	['\u{3e6}','\u{3e6}'],

+	['\u{3e8}','\u{3e8}'],

+	['\u{3ea}','\u{3ea}'],

+	['\u{3ec}','\u{3ec}'],

+	['\u{3ee}','\u{3ee}'],

+	['\u{3f4}','\u{3f4}'],

+	['\u{3f7}','\u{3f7}'],

+	['\u{3f9}','\u{3fa}'],

+	['\u{3fd}','\u{42f}'],

+	['\u{460}','\u{460}'],

+	['\u{462}','\u{462}'],

+	['\u{464}','\u{464}'],

+	['\u{466}','\u{466}'],

+	['\u{468}','\u{468}'],

+	['\u{46a}','\u{46a}'],

+	['\u{46c}','\u{46c}'],

+	['\u{46e}','\u{46e}'],

+	['\u{470}','\u{470}'],

+	['\u{472}','\u{472}'],

+	['\u{474}','\u{474}'],

+	['\u{476}','\u{476}'],

+	['\u{478}','\u{478}'],

+	['\u{47a}','\u{47a}'],

+	['\u{47c}','\u{47c}'],

+	['\u{47e}','\u{47e}'],

+	['\u{480}','\u{480}'],

+	['\u{48a}','\u{48a}'],

+	['\u{48c}','\u{48c}'],

+	['\u{48e}','\u{48e}'],

+	['\u{490}','\u{490}'],

+	['\u{492}','\u{492}'],

+	['\u{494}','\u{494}'],

+	['\u{496}','\u{496}'],

+	['\u{498}','\u{498}'],

+	['\u{49a}','\u{49a}'],

+	['\u{49c}','\u{49c}'],

+	['\u{49e}','\u{49e}'],

+	['\u{4a0}','\u{4a0}'],

+	['\u{4a2}','\u{4a2}'],

+	['\u{4a4}','\u{4a4}'],

+	['\u{4a6}','\u{4a6}'],

+	['\u{4a8}','\u{4a8}'],

+	['\u{4aa}','\u{4aa}'],

+	['\u{4ac}','\u{4ac}'],

+	['\u{4ae}','\u{4ae}'],

+	['\u{4b0}','\u{4b0}'],

+	['\u{4b2}','\u{4b2}'],

+	['\u{4b4}','\u{4b4}'],

+	['\u{4b6}','\u{4b6}'],

+	['\u{4b8}','\u{4b8}'],

+	['\u{4ba}','\u{4ba}'],

+	['\u{4bc}','\u{4bc}'],

+	['\u{4be}','\u{4be}'],

+	['\u{4c0}','\u{4c1}'],

+	['\u{4c3}','\u{4c3}'],

+	['\u{4c5}','\u{4c5}'],

+	['\u{4c7}','\u{4c7}'],

+	['\u{4c9}','\u{4c9}'],

+	['\u{4cb}','\u{4cb}'],

+	['\u{4cd}','\u{4cd}'],

+	['\u{4d0}','\u{4d0}'],

+	['\u{4d2}','\u{4d2}'],

+	['\u{4d4}','\u{4d4}'],

+	['\u{4d6}','\u{4d6}'],

+	['\u{4d8}','\u{4d8}'],

+	['\u{4da}','\u{4da}'],

+	['\u{4dc}','\u{4dc}'],

+	['\u{4de}','\u{4de}'],

+	['\u{4e0}','\u{4e0}'],

+	['\u{4e2}','\u{4e2}'],

+	['\u{4e4}','\u{4e4}'],

+	['\u{4e6}','\u{4e6}'],

+	['\u{4e8}','\u{4e8}'],

+	['\u{4ea}','\u{4ea}'],

+	['\u{4ec}','\u{4ec}'],

+	['\u{4ee}','\u{4ee}'],

+	['\u{4f0}','\u{4f0}'],

+	['\u{4f2}','\u{4f2}'],

+	['\u{4f4}','\u{4f4}'],

+	['\u{4f6}','\u{4f6}'],

+	['\u{4f8}','\u{4f8}'],

+	['\u{4fa}','\u{4fa}'],

+	['\u{4fc}','\u{4fc}'],

+	['\u{4fe}','\u{4fe}'],

+	['\u{500}','\u{500}'],

+	['\u{502}','\u{502}'],

+	['\u{504}','\u{504}'],

+	['\u{506}','\u{506}'],

+	['\u{508}','\u{508}'],

+	['\u{50a}','\u{50a}'],

+	['\u{50c}','\u{50c}'],

+	['\u{50e}','\u{50e}'],

+	['\u{510}','\u{510}'],

+	['\u{512}','\u{512}'],

+	['\u{514}','\u{514}'],

+	['\u{516}','\u{516}'],

+	['\u{518}','\u{518}'],

+	['\u{51a}','\u{51a}'],

+	['\u{51c}','\u{51c}'],

+	['\u{51e}','\u{51e}'],

+	['\u{520}','\u{520}'],

+	['\u{522}','\u{522}'],

+	['\u{524}','\u{524}'],

+	['\u{526}','\u{526}'],

+	['\u{531}','\u{556}'],

+	['\u{10a0}','\u{10c5}'],

+	['\u{10c7}','\u{10c7}'],

+	['\u{10cd}','\u{10cd}'],

+	['\u{1e00}','\u{1e00}'],

+	['\u{1e02}','\u{1e02}'],

+	['\u{1e04}','\u{1e04}'],

+	['\u{1e06}','\u{1e06}'],

+	['\u{1e08}','\u{1e08}'],

+	['\u{1e0a}','\u{1e0a}'],

+	['\u{1e0c}','\u{1e0c}'],

+	['\u{1e0e}','\u{1e0e}'],

+	['\u{1e10}','\u{1e10}'],

+	['\u{1e12}','\u{1e12}'],

+	['\u{1e14}','\u{1e14}'],

+	['\u{1e16}','\u{1e16}'],

+	['\u{1e18}','\u{1e18}'],

+	['\u{1e1a}','\u{1e1a}'],

+	['\u{1e1c}','\u{1e1c}'],

+	['\u{1e1e}','\u{1e1e}'],

+	['\u{1e20}','\u{1e20}'],

+	['\u{1e22}','\u{1e22}'],

+	['\u{1e24}','\u{1e24}'],

+	['\u{1e26}','\u{1e26}'],

+	['\u{1e28}','\u{1e28}'],

+	['\u{1e2a}','\u{1e2a}'],

+	['\u{1e2c}','\u{1e2c}'],

+	['\u{1e2e}','\u{1e2e}'],

+	['\u{1e30}','\u{1e30}'],

+	['\u{1e32}','\u{1e32}'],

+	['\u{1e34}','\u{1e34}'],

+	['\u{1e36}','\u{1e36}'],

+	['\u{1e38}','\u{1e38}'],

+	['\u{1e3a}','\u{1e3a}'],

+	['\u{1e3c}','\u{1e3c}'],

+	['\u{1e3e}','\u{1e3e}'],

+	['\u{1e40}','\u{1e40}'],

+	['\u{1e42}','\u{1e42}'],

+	['\u{1e44}','\u{1e44}'],

+	['\u{1e46}','\u{1e46}'],

+	['\u{1e48}','\u{1e48}'],

+	['\u{1e4a}','\u{1e4a}'],

+	['\u{1e4c}','\u{1e4c}'],

+	['\u{1e4e}','\u{1e4e}'],

+	['\u{1e50}','\u{1e50}'],

+	['\u{1e52}','\u{1e52}'],

+	['\u{1e54}','\u{1e54}'],

+	['\u{1e56}','\u{1e56}'],

+	['\u{1e58}','\u{1e58}'],

+	['\u{1e5a}','\u{1e5a}'],

+	['\u{1e5c}','\u{1e5c}'],

+	['\u{1e5e}','\u{1e5e}'],

+	['\u{1e60}','\u{1e60}'],

+	['\u{1e62}','\u{1e62}'],

+	['\u{1e64}','\u{1e64}'],

+	['\u{1e66}','\u{1e66}'],

+	['\u{1e68}','\u{1e68}'],

+	['\u{1e6a}','\u{1e6a}'],

+	['\u{1e6c}','\u{1e6c}'],

+	['\u{1e6e}','\u{1e6e}'],

+	['\u{1e70}','\u{1e70}'],

+	['\u{1e72}','\u{1e72}'],

+	['\u{1e74}','\u{1e74}'],

+	['\u{1e76}','\u{1e76}'],

+	['\u{1e78}','\u{1e78}'],

+	['\u{1e7a}','\u{1e7a}'],

+	['\u{1e7c}','\u{1e7c}'],

+	['\u{1e7e}','\u{1e7e}'],

+	['\u{1e80}','\u{1e80}'],

+	['\u{1e82}','\u{1e82}'],

+	['\u{1e84}','\u{1e84}'],

+	['\u{1e86}','\u{1e86}'],

+	['\u{1e88}','\u{1e88}'],

+	['\u{1e8a}','\u{1e8a}'],

+	['\u{1e8c}','\u{1e8c}'],

+	['\u{1e8e}','\u{1e8e}'],

+	['\u{1e90}','\u{1e90}'],

+	['\u{1e92}','\u{1e92}'],

+	['\u{1e94}','\u{1e94}'],

+	['\u{1e9e}','\u{1e9e}'],

+	['\u{1ea0}','\u{1ea0}'],

+	['\u{1ea2}','\u{1ea2}'],

+	['\u{1ea4}','\u{1ea4}'],

+	['\u{1ea6}','\u{1ea6}'],

+	['\u{1ea8}','\u{1ea8}'],

+	['\u{1eaa}','\u{1eaa}'],

+	['\u{1eac}','\u{1eac}'],

+	['\u{1eae}','\u{1eae}'],

+	['\u{1eb0}','\u{1eb0}'],

+	['\u{1eb2}','\u{1eb2}'],

+	['\u{1eb4}','\u{1eb4}'],

+	['\u{1eb6}','\u{1eb6}'],

+	['\u{1eb8}','\u{1eb8}'],

+	['\u{1eba}','\u{1eba}'],

+	['\u{1ebc}','\u{1ebc}'],

+	['\u{1ebe}','\u{1ebe}'],

+	['\u{1ec0}','\u{1ec0}'],

+	['\u{1ec2}','\u{1ec2}'],

+	['\u{1ec4}','\u{1ec4}'],

+	['\u{1ec6}','\u{1ec6}'],

+	['\u{1ec8}','\u{1ec8}'],

+	['\u{1eca}','\u{1eca}'],

+	['\u{1ecc}','\u{1ecc}'],

+	['\u{1ece}','\u{1ece}'],

+	['\u{1ed0}','\u{1ed0}'],

+	['\u{1ed2}','\u{1ed2}'],

+	['\u{1ed4}','\u{1ed4}'],

+	['\u{1ed6}','\u{1ed6}'],

+	['\u{1ed8}','\u{1ed8}'],

+	['\u{1eda}','\u{1eda}'],

+	['\u{1edc}','\u{1edc}'],

+	['\u{1ede}','\u{1ede}'],

+	['\u{1ee0}','\u{1ee0}'],

+	['\u{1ee2}','\u{1ee2}'],

+	['\u{1ee4}','\u{1ee4}'],

+	['\u{1ee6}','\u{1ee6}'],

+	['\u{1ee8}','\u{1ee8}'],

+	['\u{1eea}','\u{1eea}'],

+	['\u{1eec}','\u{1eec}'],

+	['\u{1eee}','\u{1eee}'],

+	['\u{1ef0}','\u{1ef0}'],

+	['\u{1ef2}','\u{1ef2}'],

+	['\u{1ef4}','\u{1ef4}'],

+	['\u{1ef6}','\u{1ef6}'],

+	['\u{1ef8}','\u{1ef8}'],

+	['\u{1efa}','\u{1efa}'],

+	['\u{1efc}','\u{1efc}'],

+	['\u{1efe}','\u{1efe}'],

+	['\u{1f08}','\u{1f0f}'],

+	['\u{1f18}','\u{1f1d}'],

+	['\u{1f28}','\u{1f2f}'],

+	['\u{1f38}','\u{1f3f}'],

+	['\u{1f48}','\u{1f4d}'],

+	['\u{1f59}','\u{1f59}'],

+	['\u{1f5b}','\u{1f5b}'],

+	['\u{1f5d}','\u{1f5d}'],

+	['\u{1f5f}','\u{1f5f}'],

+	['\u{1f68}','\u{1f6f}'],

+	['\u{1fb8}','\u{1fbb}'],

+	['\u{1fc8}','\u{1fcb}'],

+	['\u{1fd8}','\u{1fdb}'],

+	['\u{1fe8}','\u{1fec}'],

+	['\u{1ff8}','\u{1ffb}'],

+	['\u{2102}','\u{2102}'],

+	['\u{2107}','\u{2107}'],

+	['\u{210b}','\u{210d}'],

+	['\u{2110}','\u{2112}'],

+	['\u{2115}','\u{2115}'],

+	['\u{2119}','\u{211d}'],

+	['\u{2124}','\u{2124}'],

+	['\u{2126}','\u{2126}'],

+	['\u{2128}','\u{2128}'],

+	['\u{212a}','\u{212d}'],

+	['\u{2130}','\u{2133}'],

+	['\u{213e}','\u{213f}'],

+	['\u{2145}','\u{2145}'],

+	['\u{2183}','\u{2183}'],

+	['\u{2c00}','\u{2c2e}'],

+	['\u{2c60}','\u{2c60}'],

+	['\u{2c62}','\u{2c64}'],

+	['\u{2c67}','\u{2c67}'],

+	['\u{2c69}','\u{2c69}'],

+	['\u{2c6b}','\u{2c6b}'],

+	['\u{2c6d}','\u{2c70}'],

+	['\u{2c72}','\u{2c72}'],

+	['\u{2c75}','\u{2c75}'],

+	['\u{2c7e}','\u{2c80}'],

+	['\u{2c82}','\u{2c82}'],

+	['\u{2c84}','\u{2c84}'],

+	['\u{2c86}','\u{2c86}'],

+	['\u{2c88}','\u{2c88}'],

+	['\u{2c8a}','\u{2c8a}'],

+	['\u{2c8c}','\u{2c8c}'],

+	['\u{2c8e}','\u{2c8e}'],

+	['\u{2c90}','\u{2c90}'],

+	['\u{2c92}','\u{2c92}'],

+	['\u{2c94}','\u{2c94}'],

+	['\u{2c96}','\u{2c96}'],

+	['\u{2c98}','\u{2c98}'],

+	['\u{2c9a}','\u{2c9a}'],

+	['\u{2c9c}','\u{2c9c}'],

+	['\u{2c9e}','\u{2c9e}'],

+	['\u{2ca0}','\u{2ca0}'],

+	['\u{2ca2}','\u{2ca2}'],

+	['\u{2ca4}','\u{2ca4}'],

+	['\u{2ca6}','\u{2ca6}'],

+	['\u{2ca8}','\u{2ca8}'],

+	['\u{2caa}','\u{2caa}'],

+	['\u{2cac}','\u{2cac}'],

+	['\u{2cae}','\u{2cae}'],

+	['\u{2cb0}','\u{2cb0}'],

+	['\u{2cb2}','\u{2cb2}'],

+	['\u{2cb4}','\u{2cb4}'],

+	['\u{2cb6}','\u{2cb6}'],

+	['\u{2cb8}','\u{2cb8}'],

+	['\u{2cba}','\u{2cba}'],

+	['\u{2cbc}','\u{2cbc}'],

+	['\u{2cbe}','\u{2cbe}'],

+	['\u{2cc0}','\u{2cc0}'],

+	['\u{2cc2}','\u{2cc2}'],

+	['\u{2cc4}','\u{2cc4}'],

+	['\u{2cc6}','\u{2cc6}'],

+	['\u{2cc8}','\u{2cc8}'],

+	['\u{2cca}','\u{2cca}'],

+	['\u{2ccc}','\u{2ccc}'],

+	['\u{2cce}','\u{2cce}'],

+	['\u{2cd0}','\u{2cd0}'],

+	['\u{2cd2}','\u{2cd2}'],

+	['\u{2cd4}','\u{2cd4}'],

+	['\u{2cd6}','\u{2cd6}'],

+	['\u{2cd8}','\u{2cd8}'],

+	['\u{2cda}','\u{2cda}'],

+	['\u{2cdc}','\u{2cdc}'],

+	['\u{2cde}','\u{2cde}'],

+	['\u{2ce0}','\u{2ce0}'],

+	['\u{2ce2}','\u{2ce2}'],

+	['\u{2ceb}','\u{2ceb}'],

+	['\u{2ced}','\u{2ced}'],

+	['\u{2cf2}','\u{2cf2}'],

+	['\u{a640}','\u{a640}'],

+	['\u{a642}','\u{a642}'],

+	['\u{a644}','\u{a644}'],

+	['\u{a646}','\u{a646}'],

+	['\u{a648}','\u{a648}'],

+	['\u{a64a}','\u{a64a}'],

+	['\u{a64c}','\u{a64c}'],

+	['\u{a64e}','\u{a64e}'],

+	['\u{a650}','\u{a650}'],

+	['\u{a652}','\u{a652}'],

+	['\u{a654}','\u{a654}'],

+	['\u{a656}','\u{a656}'],

+	['\u{a658}','\u{a658}'],

+	['\u{a65a}','\u{a65a}'],

+	['\u{a65c}','\u{a65c}'],

+	['\u{a65e}','\u{a65e}'],

+	['\u{a660}','\u{a660}'],

+	['\u{a662}','\u{a662}'],

+	['\u{a664}','\u{a664}'],

+	['\u{a666}','\u{a666}'],

+	['\u{a668}','\u{a668}'],

+	['\u{a66a}','\u{a66a}'],

+	['\u{a66c}','\u{a66c}'],

+	['\u{a680}','\u{a680}'],

+	['\u{a682}','\u{a682}'],

+	['\u{a684}','\u{a684}'],

+	['\u{a686}','\u{a686}'],

+	['\u{a688}','\u{a688}'],

+	['\u{a68a}','\u{a68a}'],

+	['\u{a68c}','\u{a68c}'],

+	['\u{a68e}','\u{a68e}'],

+	['\u{a690}','\u{a690}'],

+	['\u{a692}','\u{a692}'],

+	['\u{a694}','\u{a694}'],

+	['\u{a696}','\u{a696}'],

+	['\u{a722}','\u{a722}'],

+	['\u{a724}','\u{a724}'],

+	['\u{a726}','\u{a726}'],

+	['\u{a728}','\u{a728}'],

+	['\u{a72a}','\u{a72a}'],

+	['\u{a72c}','\u{a72c}'],

+	['\u{a72e}','\u{a72e}'],

+	['\u{a732}','\u{a732}'],

+	['\u{a734}','\u{a734}'],

+	['\u{a736}','\u{a736}'],

+	['\u{a738}','\u{a738}'],

+	['\u{a73a}','\u{a73a}'],

+	['\u{a73c}','\u{a73c}'],

+	['\u{a73e}','\u{a73e}'],

+	['\u{a740}','\u{a740}'],

+	['\u{a742}','\u{a742}'],

+	['\u{a744}','\u{a744}'],

+	['\u{a746}','\u{a746}'],

+	['\u{a748}','\u{a748}'],

+	['\u{a74a}','\u{a74a}'],

+	['\u{a74c}','\u{a74c}'],

+	['\u{a74e}','\u{a74e}'],

+	['\u{a750}','\u{a750}'],

+	['\u{a752}','\u{a752}'],

+	['\u{a754}','\u{a754}'],

+	['\u{a756}','\u{a756}'],

+	['\u{a758}','\u{a758}'],

+	['\u{a75a}','\u{a75a}'],

+	['\u{a75c}','\u{a75c}'],

+	['\u{a75e}','\u{a75e}'],

+	['\u{a760}','\u{a760}'],

+	['\u{a762}','\u{a762}'],

+	['\u{a764}','\u{a764}'],

+	['\u{a766}','\u{a766}'],

+	['\u{a768}','\u{a768}'],

+	['\u{a76a}','\u{a76a}'],

+	['\u{a76c}','\u{a76c}'],

+	['\u{a76e}','\u{a76e}'],

+	['\u{a779}','\u{a779}'],

+	['\u{a77b}','\u{a77b}'],

+	['\u{a77d}','\u{a77e}'],

+	['\u{a780}','\u{a780}'],

+	['\u{a782}','\u{a782}'],

+	['\u{a784}','\u{a784}'],

+	['\u{a786}','\u{a786}'],

+	['\u{a78b}','\u{a78b}'],

+	['\u{a78d}','\u{a78d}'],

+	['\u{a790}','\u{a790}'],

+	['\u{a792}','\u{a792}'],

+	['\u{a7a0}','\u{a7a0}'],

+	['\u{a7a2}','\u{a7a2}'],

+	['\u{a7a4}','\u{a7a4}'],

+	['\u{a7a6}','\u{a7a6}'],

+	['\u{a7a8}','\u{a7a8}'],

+	['\u{a7aa}','\u{a7aa}'],

+	['\u{ff21}','\u{ff3a}'],

+	['\u{10400}','\u{10427}'],

+	['\u{1d400}','\u{1d419}'],

+	['\u{1d434}','\u{1d44d}'],

+	['\u{1d468}','\u{1d481}'],

+	['\u{1d49c}','\u{1d49c}'],

+	['\u{1d49e}','\u{1d49f}'],

+	['\u{1d4a2}','\u{1d4a2}'],

+	['\u{1d4a5}','\u{1d4a6}'],

+	['\u{1d4a9}','\u{1d4ac}'],

+	['\u{1d4ae}','\u{1d4b5}'],

+	['\u{1d4d0}','\u{1d4e9}'],

+	['\u{1d504}','\u{1d505}'],

+	['\u{1d507}','\u{1d50a}'],

+	['\u{1d50d}','\u{1d514}'],

+	['\u{1d516}','\u{1d51c}'],

+	['\u{1d538}','\u{1d539}'],

+	['\u{1d53b}','\u{1d53e}'],

+	['\u{1d540}','\u{1d544}'],

+	['\u{1d546}','\u{1d546}'],

+	['\u{1d54a}','\u{1d550}'],

+	['\u{1d56c}','\u{1d585}'],

+	['\u{1d5a0}','\u{1d5b9}'],

+	['\u{1d5d4}','\u{1d5ed}'],

+	['\u{1d608}','\u{1d621}'],

+	['\u{1d63c}','\u{1d655}'],

+	['\u{1d670}','\u{1d689}'],

+	['\u{1d6a8}','\u{1d6c0}'],

+	['\u{1d6e2}','\u{1d6fa}'],

+	['\u{1d71c}','\u{1d734}'],

+	['\u{1d756}','\u{1d76e}'],

+	['\u{1d790}','\u{1d7a8}'],

+	['\u{1d7ca}','\u{1d7ca}'],

+]

+

+const tablower = [

+	['\u{61}','\u{7a}'],

+	['\u{b5}','\u{b5}'],

+	['\u{df}','\u{f6}'],

+	['\u{f8}','\u{ff}'],

+	['\u{101}','\u{101}'],

+	['\u{103}','\u{103}'],

+	['\u{105}','\u{105}'],

+	['\u{107}','\u{107}'],

+	['\u{109}','\u{109}'],

+	['\u{10b}','\u{10b}'],

+	['\u{10d}','\u{10d}'],

+	['\u{10f}','\u{10f}'],

+	['\u{111}','\u{111}'],

+	['\u{113}','\u{113}'],

+	['\u{115}','\u{115}'],

+	['\u{117}','\u{117}'],

+	['\u{119}','\u{119}'],

+	['\u{11b}','\u{11b}'],

+	['\u{11d}','\u{11d}'],

+	['\u{11f}','\u{11f}'],

+	['\u{121}','\u{121}'],

+	['\u{123}','\u{123}'],

+	['\u{125}','\u{125}'],

+	['\u{127}','\u{127}'],

+	['\u{129}','\u{129}'],

+	['\u{12b}','\u{12b}'],

+	['\u{12d}','\u{12d}'],

+	['\u{12f}','\u{12f}'],

+	['\u{131}','\u{131}'],

+	['\u{133}','\u{133}'],

+	['\u{135}','\u{135}'],

+	['\u{137}','\u{138}'],

+	['\u{13a}','\u{13a}'],

+	['\u{13c}','\u{13c}'],

+	['\u{13e}','\u{13e}'],

+	['\u{140}','\u{140}'],

+	['\u{142}','\u{142}'],

+	['\u{144}','\u{144}'],

+	['\u{146}','\u{146}'],

+	['\u{148}','\u{149}'],

+	['\u{14b}','\u{14b}'],

+	['\u{14d}','\u{14d}'],

+	['\u{14f}','\u{14f}'],

+	['\u{151}','\u{151}'],

+	['\u{153}','\u{153}'],

+	['\u{155}','\u{155}'],

+	['\u{157}','\u{157}'],

+	['\u{159}','\u{159}'],

+	['\u{15b}','\u{15b}'],

+	['\u{15d}','\u{15d}'],

+	['\u{15f}','\u{15f}'],

+	['\u{161}','\u{161}'],

+	['\u{163}','\u{163}'],

+	['\u{165}','\u{165}'],

+	['\u{167}','\u{167}'],

+	['\u{169}','\u{169}'],

+	['\u{16b}','\u{16b}'],

+	['\u{16d}','\u{16d}'],

+	['\u{16f}','\u{16f}'],

+	['\u{171}','\u{171}'],

+	['\u{173}','\u{173}'],

+	['\u{175}','\u{175}'],

+	['\u{177}','\u{177}'],

+	['\u{17a}','\u{17a}'],

+	['\u{17c}','\u{17c}'],

+	['\u{17e}','\u{180}'],

+	['\u{183}','\u{183}'],

+	['\u{185}','\u{185}'],

+	['\u{188}','\u{188}'],

+	['\u{18c}','\u{18d}'],

+	['\u{192}','\u{192}'],

+	['\u{195}','\u{195}'],

+	['\u{199}','\u{19b}'],

+	['\u{19e}','\u{19e}'],

+	['\u{1a1}','\u{1a1}'],

+	['\u{1a3}','\u{1a3}'],

+	['\u{1a5}','\u{1a5}'],

+	['\u{1a8}','\u{1a8}'],

+	['\u{1aa}','\u{1ab}'],

+	['\u{1ad}','\u{1ad}'],

+	['\u{1b0}','\u{1b0}'],

+	['\u{1b4}','\u{1b4}'],

+	['\u{1b6}','\u{1b6}'],

+	['\u{1b9}','\u{1ba}'],

+	['\u{1bd}','\u{1bf}'],

+	['\u{1c6}','\u{1c6}'],

+	['\u{1c9}','\u{1c9}'],

+	['\u{1cc}','\u{1cc}'],

+	['\u{1ce}','\u{1ce}'],

+	['\u{1d0}','\u{1d0}'],

+	['\u{1d2}','\u{1d2}'],

+	['\u{1d4}','\u{1d4}'],

+	['\u{1d6}','\u{1d6}'],

+	['\u{1d8}','\u{1d8}'],

+	['\u{1da}','\u{1da}'],

+	['\u{1dc}','\u{1dd}'],

+	['\u{1df}','\u{1df}'],

+	['\u{1e1}','\u{1e1}'],

+	['\u{1e3}','\u{1e3}'],

+	['\u{1e5}','\u{1e5}'],

+	['\u{1e7}','\u{1e7}'],

+	['\u{1e9}','\u{1e9}'],

+	['\u{1eb}','\u{1eb}'],

+	['\u{1ed}','\u{1ed}'],

+	['\u{1ef}','\u{1f0}'],

+	['\u{1f3}','\u{1f3}'],

+	['\u{1f5}','\u{1f5}'],

+	['\u{1f9}','\u{1f9}'],

+	['\u{1fb}','\u{1fb}'],

+	['\u{1fd}','\u{1fd}'],

+	['\u{1ff}','\u{1ff}'],

+	['\u{201}','\u{201}'],

+	['\u{203}','\u{203}'],

+	['\u{205}','\u{205}'],

+	['\u{207}','\u{207}'],

+	['\u{209}','\u{209}'],

+	['\u{20b}','\u{20b}'],

+	['\u{20d}','\u{20d}'],

+	['\u{20f}','\u{20f}'],

+	['\u{211}','\u{211}'],

+	['\u{213}','\u{213}'],

+	['\u{215}','\u{215}'],

+	['\u{217}','\u{217}'],

+	['\u{219}','\u{219}'],

+	['\u{21b}','\u{21b}'],

+	['\u{21d}','\u{21d}'],

+	['\u{21f}','\u{21f}'],

+	['\u{221}','\u{221}'],

+	['\u{223}','\u{223}'],

+	['\u{225}','\u{225}'],

+	['\u{227}','\u{227}'],

+	['\u{229}','\u{229}'],

+	['\u{22b}','\u{22b}'],

+	['\u{22d}','\u{22d}'],

+	['\u{22f}','\u{22f}'],

+	['\u{231}','\u{231}'],

+	['\u{233}','\u{239}'],

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+	['\u{a73d}','\u{a73d}'],

+	['\u{a73f}','\u{a73f}'],

+	['\u{a741}','\u{a741}'],

+	['\u{a743}','\u{a743}'],

+	['\u{a745}','\u{a745}'],

+	['\u{a747}','\u{a747}'],

+	['\u{a749}','\u{a749}'],

+	['\u{a74b}','\u{a74b}'],

+	['\u{a74d}','\u{a74d}'],

+	['\u{a74f}','\u{a74f}'],

+	['\u{a751}','\u{a751}'],

+	['\u{a753}','\u{a753}'],

+	['\u{a755}','\u{a755}'],

+	['\u{a757}','\u{a757}'],

+	['\u{a759}','\u{a759}'],

+	['\u{a75b}','\u{a75b}'],

+	['\u{a75d}','\u{a75d}'],

+	['\u{a75f}','\u{a75f}'],

+	['\u{a761}','\u{a761}'],

+	['\u{a763}','\u{a763}'],

+	['\u{a765}','\u{a765}'],

+	['\u{a767}','\u{a767}'],

+	['\u{a769}','\u{a769}'],

+	['\u{a76b}','\u{a76b}'],

+	['\u{a76d}','\u{a76d}'],

+	['\u{a76f}','\u{a76f}'],

+	['\u{a771}','\u{a778}'],

+	['\u{a77a}','\u{a77a}'],

+	['\u{a77c}','\u{a77c}'],

+	['\u{a77f}','\u{a77f}'],

+	['\u{a781}','\u{a781}'],

+	['\u{a783}','\u{a783}'],

+	['\u{a785}','\u{a785}'],

+	['\u{a787}','\u{a787}'],

+	['\u{a78c}','\u{a78c}'],

+	['\u{a78e}','\u{a78e}'],

+	['\u{a791}','\u{a791}'],

+	['\u{a793}','\u{a793}'],

+	['\u{a7a1}','\u{a7a1}'],

+	['\u{a7a3}','\u{a7a3}'],

+	['\u{a7a5}','\u{a7a5}'],

+	['\u{a7a7}','\u{a7a7}'],

+	['\u{a7a9}','\u{a7a9}'],

+	['\u{a7fa}','\u{a7fa}'],

+	['\u{fb00}','\u{fb06}'],

+	['\u{fb13}','\u{fb17}'],

+	['\u{ff41}','\u{ff5a}'],

+	['\u{10428}','\u{1044f}'],

+	['\u{1d41a}','\u{1d433}'],

+	['\u{1d44e}','\u{1d454}'],

+	['\u{1d456}','\u{1d467}'],

+	['\u{1d482}','\u{1d49b}'],

+	['\u{1d4b6}','\u{1d4b9}'],

+	['\u{1d4bb}','\u{1d4bb}'],

+	['\u{1d4bd}','\u{1d4c3}'],

+	['\u{1d4c5}','\u{1d4cf}'],

+	['\u{1d4ea}','\u{1d503}'],

+	['\u{1d51e}','\u{1d537}'],

+	['\u{1d552}','\u{1d56b}'],

+	['\u{1d586}','\u{1d59f}'],

+	['\u{1d5ba}','\u{1d5d3}'],

+	['\u{1d5ee}','\u{1d607}'],

+	['\u{1d622}','\u{1d63b}'],

+	['\u{1d656}','\u{1d66f}'],

+	['\u{1d68a}','\u{1d6a5}'],

+	['\u{1d6c2}','\u{1d6da}'],

+	['\u{1d6dc}','\u{1d6e1}'],

+	['\u{1d6fc}','\u{1d714}'],

+	['\u{1d716}','\u{1d71b}'],

+	['\u{1d736}','\u{1d74e}'],

+	['\u{1d750}','\u{1d755}'],

+	['\u{1d770}','\u{1d788}'],

+	['\u{1d78a}','\u{1d78f}'],

+	['\u{1d7aa}','\u{1d7c2}'],

+	['\u{1d7c4}','\u{1d7c9}'],

+	['\u{1d7cb}','\u{1d7cb}'],

+]

+

+const tabtitle = [

+	['\u{1c5}','\u{1c5}'],

+	['\u{1c8}','\u{1c8}'],

+	['\u{1cb}','\u{1cb}'],

+	['\u{1f2}','\u{1f2}'],

+	['\u{1f88}','\u{1f8f}'],

+	['\u{1f98}','\u{1f9f}'],

+	['\u{1fa8}','\u{1faf}'],

+	['\u{1fbc}','\u{1fbc}'],

+	['\u{1fcc}','\u{1fcc}'],

+	['\u{1ffc}','\u{1ffc}'],

+]

+

+const tabword = [

+	['\u{30}','\u{39}'],

+	['\u{41}','\u{5a}'],

+	['\u{5f}','\u{5f}'],

+	['\u{61}','\u{7a}'],

+	['\u{aa}','\u{aa}'],

+	['\u{b5}','\u{b5}'],

+	['\u{ba}','\u{ba}'],

+	['\u{c0}','\u{d6}'],

+	['\u{d8}','\u{f6}'],

+	['\u{f8}','\u{2c1}'],

+	['\u{2c6}','\u{2d1}'],

+	['\u{2e0}','\u{2e4}'],

+	['\u{2ec}','\u{2ec}'],

+	['\u{2ee}','\u{2ee}'],

+	['\u{370}','\u{374}'],

+	['\u{376}','\u{377}'],

+	['\u{37a}','\u{37d}'],

+	['\u{386}','\u{386}'],

+	['\u{388}','\u{38a}'],

+	['\u{38c}','\u{38c}'],

+	['\u{38e}','\u{3a1}'],

+	['\u{3a3}','\u{3f5}'],

+	['\u{3f7}','\u{481}'],

+	['\u{48a}','\u{527}'],

+	['\u{531}','\u{556}'],

+	['\u{559}','\u{559}'],

+	['\u{561}','\u{587}'],

+	['\u{5d0}','\u{5ea}'],

+	['\u{5f0}','\u{5f2}'],

+	['\u{620}','\u{64a}'],

+	['\u{660}','\u{669}'],

+	['\u{66e}','\u{66f}'],

+	['\u{671}','\u{6d3}'],

+	['\u{6d5}','\u{6d5}'],

+	['\u{6e5}','\u{6e6}'],

+	['\u{6ee}','\u{6fc}'],

+	['\u{6ff}','\u{6ff}'],

+	['\u{710}','\u{710}'],

+	['\u{712}','\u{72f}'],

+	['\u{74d}','\u{7a5}'],

+	['\u{7b1}','\u{7b1}'],

+	['\u{7c0}','\u{7ea}'],

+	['\u{7f4}','\u{7f5}'],

+	['\u{7fa}','\u{7fa}'],

+	['\u{800}','\u{815}'],

+	['\u{81a}','\u{81a}'],

+	['\u{824}','\u{824}'],

+	['\u{828}','\u{828}'],

+	['\u{840}','\u{858}'],

+	['\u{8a0}','\u{8a0}'],

+	['\u{8a2}','\u{8ac}'],

+	['\u{904}','\u{939}'],

+	['\u{93d}','\u{93d}'],

+	['\u{950}','\u{950}'],

+	['\u{958}','\u{961}'],

+	['\u{966}','\u{96f}'],

+	['\u{971}','\u{977}'],

+	['\u{979}','\u{97f}'],

+	['\u{985}','\u{98c}'],

+	['\u{98f}','\u{990}'],

+	['\u{993}','\u{9a8}'],

+	['\u{9aa}','\u{9b0}'],

+	['\u{9b2}','\u{9b2}'],

+	['\u{9b6}','\u{9b9}'],

+	['\u{9bd}','\u{9bd}'],

+	['\u{9ce}','\u{9ce}'],

+	['\u{9dc}','\u{9dd}'],

+	['\u{9df}','\u{9e1}'],

+	['\u{9e6}','\u{9f1}'],

+	['\u{a05}','\u{a0a}'],

+	['\u{a0f}','\u{a10}'],

+	['\u{a13}','\u{a28}'],

+	['\u{a2a}','\u{a30}'],

+	['\u{a32}','\u{a33}'],

+	['\u{a35}','\u{a36}'],

+	['\u{a38}','\u{a39}'],

+	['\u{a59}','\u{a5c}'],

+	['\u{a5e}','\u{a5e}'],

+	['\u{a66}','\u{a6f}'],

+	['\u{a72}','\u{a74}'],

+	['\u{a85}','\u{a8d}'],

+	['\u{a8f}','\u{a91}'],

+	['\u{a93}','\u{aa8}'],

+	['\u{aaa}','\u{ab0}'],

+	['\u{ab2}','\u{ab3}'],

+	['\u{ab5}','\u{ab9}'],

+	['\u{abd}','\u{abd}'],

+	['\u{ad0}','\u{ad0}'],

+	['\u{ae0}','\u{ae1}'],

+	['\u{ae6}','\u{aef}'],

+	['\u{b05}','\u{b0c}'],

+	['\u{b0f}','\u{b10}'],

+	['\u{b13}','\u{b28}'],

+	['\u{b2a}','\u{b30}'],

+	['\u{b32}','\u{b33}'],

+	['\u{b35}','\u{b39}'],

+	['\u{b3d}','\u{b3d}'],

+	['\u{b5c}','\u{b5d}'],

+	['\u{b5f}','\u{b61}'],

+	['\u{b66}','\u{b6f}'],

+	['\u{b71}','\u{b71}'],

+	['\u{b83}','\u{b83}'],

+	['\u{b85}','\u{b8a}'],

+	['\u{b8e}','\u{b90}'],

+	['\u{b92}','\u{b95}'],

+	['\u{b99}','\u{b9a}'],

+	['\u{b9c}','\u{b9c}'],

+	['\u{b9e}','\u{b9f}'],

+	['\u{ba3}','\u{ba4}'],

+	['\u{ba8}','\u{baa}'],

+	['\u{bae}','\u{bb9}'],

+	['\u{bd0}','\u{bd0}'],

+	['\u{be6}','\u{bef}'],

+	['\u{c05}','\u{c0c}'],

+	['\u{c0e}','\u{c10}'],

+	['\u{c12}','\u{c28}'],

+	['\u{c2a}','\u{c33}'],

+	['\u{c35}','\u{c39}'],

+	['\u{c3d}','\u{c3d}'],

+	['\u{c58}','\u{c59}'],

+	['\u{c60}','\u{c61}'],

+	['\u{c66}','\u{c6f}'],

+	['\u{c85}','\u{c8c}'],

+	['\u{c8e}','\u{c90}'],

+	['\u{c92}','\u{ca8}'],

+	['\u{caa}','\u{cb3}'],

+	['\u{cb5}','\u{cb9}'],

+	['\u{cbd}','\u{cbd}'],

+	['\u{cde}','\u{cde}'],

+	['\u{ce0}','\u{ce1}'],

+	['\u{ce6}','\u{cef}'],

+	['\u{cf1}','\u{cf2}'],

+	['\u{d05}','\u{d0c}'],

+	['\u{d0e}','\u{d10}'],

+	['\u{d12}','\u{d3a}'],

+	['\u{d3d}','\u{d3d}'],

+	['\u{d4e}','\u{d4e}'],

+	['\u{d60}','\u{d61}'],

+	['\u{d66}','\u{d6f}'],

+	['\u{d7a}','\u{d7f}'],

+	['\u{d85}','\u{d96}'],

+	['\u{d9a}','\u{db1}'],

+	['\u{db3}','\u{dbb}'],

+	['\u{dbd}','\u{dbd}'],

+	['\u{dc0}','\u{dc6}'],

+	['\u{e01}','\u{e30}'],

+	['\u{e32}','\u{e33}'],

+	['\u{e40}','\u{e46}'],

+	['\u{e50}','\u{e59}'],

+	['\u{e81}','\u{e82}'],

+	['\u{e84}','\u{e84}'],

+	['\u{e87}','\u{e88}'],

+	['\u{e8a}','\u{e8a}'],

+	['\u{e8d}','\u{e8d}'],

+	['\u{e94}','\u{e97}'],

+	['\u{e99}','\u{e9f}'],

+	['\u{ea1}','\u{ea3}'],

+	['\u{ea5}','\u{ea5}'],

+	['\u{ea7}','\u{ea7}'],

+	['\u{eaa}','\u{eab}'],

+	['\u{ead}','\u{eb0}'],

+	['\u{eb2}','\u{eb3}'],

+	['\u{ebd}','\u{ebd}'],

+	['\u{ec0}','\u{ec4}'],

+	['\u{ec6}','\u{ec6}'],

+	['\u{ed0}','\u{ed9}'],

+	['\u{edc}','\u{edf}'],

+	['\u{f00}','\u{f00}'],

+	['\u{f20}','\u{f29}'],

+	['\u{f40}','\u{f47}'],

+	['\u{f49}','\u{f6c}'],

+	['\u{f88}','\u{f8c}'],

+	['\u{1000}','\u{102a}'],

+	['\u{103f}','\u{1049}'],

+	['\u{1050}','\u{1055}'],

+	['\u{105a}','\u{105d}'],

+	['\u{1061}','\u{1061}'],

+	['\u{1065}','\u{1066}'],

+	['\u{106e}','\u{1070}'],

+	['\u{1075}','\u{1081}'],

+	['\u{108e}','\u{108e}'],

+	['\u{1090}','\u{1099}'],

+	['\u{10a0}','\u{10c5}'],

+	['\u{10c7}','\u{10c7}'],

+	['\u{10cd}','\u{10cd}'],

+	['\u{10d0}','\u{10fa}'],

+	['\u{10fc}','\u{1248}'],

+	['\u{124a}','\u{124d}'],

+	['\u{1250}','\u{1256}'],

+	['\u{1258}','\u{1258}'],

+	['\u{125a}','\u{125d}'],

+	['\u{1260}','\u{1288}'],

+	['\u{128a}','\u{128d}'],

+	['\u{1290}','\u{12b0}'],

+	['\u{12b2}','\u{12b5}'],

+	['\u{12b8}','\u{12be}'],

+	['\u{12c0}','\u{12c0}'],

+	['\u{12c2}','\u{12c5}'],

+	['\u{12c8}','\u{12d6}'],

+	['\u{12d8}','\u{1310}'],

+	['\u{1312}','\u{1315}'],

+	['\u{1318}','\u{135a}'],

+	['\u{1380}','\u{138f}'],

+	['\u{13a0}','\u{13f4}'],

+	['\u{1401}','\u{166c}'],

+	['\u{166f}','\u{167f}'],

+	['\u{1681}','\u{169a}'],

+	['\u{16a0}','\u{16ea}'],

+	['\u{1700}','\u{170c}'],

+	['\u{170e}','\u{1711}'],

+	['\u{1720}','\u{1731}'],

+	['\u{1740}','\u{1751}'],

+	['\u{1760}','\u{176c}'],

+	['\u{176e}','\u{1770}'],

+	['\u{1780}','\u{17b3}'],

+	['\u{17d7}','\u{17d7}'],

+	['\u{17dc}','\u{17dc}'],

+	['\u{17e0}','\u{17e9}'],

+	['\u{1810}','\u{1819}'],

+	['\u{1820}','\u{1877}'],

+	['\u{1880}','\u{18a8}'],

+	['\u{18aa}','\u{18aa}'],

+	['\u{18b0}','\u{18f5}'],

+	['\u{1900}','\u{191c}'],

+	['\u{1946}','\u{196d}'],

+	['\u{1970}','\u{1974}'],

+	['\u{1980}','\u{19ab}'],

+	['\u{19c1}','\u{19c7}'],

+	['\u{19d0}','\u{19d9}'],

+	['\u{1a00}','\u{1a16}'],

+	['\u{1a20}','\u{1a54}'],

+	['\u{1a80}','\u{1a89}'],

+	['\u{1a90}','\u{1a99}'],

+	['\u{1aa7}','\u{1aa7}'],

+	['\u{1b05}','\u{1b33}'],

+	['\u{1b45}','\u{1b4b}'],

+	['\u{1b50}','\u{1b59}'],

+	['\u{1b83}','\u{1ba0}'],

+	['\u{1bae}','\u{1be5}'],

+	['\u{1c00}','\u{1c23}'],

+	['\u{1c40}','\u{1c49}'],

+	['\u{1c4d}','\u{1c7d}'],

+	['\u{1ce9}','\u{1cec}'],

+	['\u{1cee}','\u{1cf1}'],

+	['\u{1cf5}','\u{1cf6}'],

+	['\u{1d00}','\u{1dbf}'],

+	['\u{1e00}','\u{1f15}'],

+	['\u{1f18}','\u{1f1d}'],

+	['\u{1f20}','\u{1f45}'],

+	['\u{1f48}','\u{1f4d}'],

+	['\u{1f50}','\u{1f57}'],

+	['\u{1f59}','\u{1f59}'],

+	['\u{1f5b}','\u{1f5b}'],

+	['\u{1f5d}','\u{1f5d}'],

+	['\u{1f5f}','\u{1f7d}'],

+	['\u{1f80}','\u{1fb4}'],

+	['\u{1fb6}','\u{1fbc}'],

+	['\u{1fbe}','\u{1fbe}'],

+	['\u{1fc2}','\u{1fc4}'],

+	['\u{1fc6}','\u{1fcc}'],

+	['\u{1fd0}','\u{1fd3}'],

+	['\u{1fd6}','\u{1fdb}'],

+	['\u{1fe0}','\u{1fec}'],

+	['\u{1ff2}','\u{1ff4}'],

+	['\u{1ff6}','\u{1ffc}'],

+	['\u{2071}','\u{2071}'],

+	['\u{207f}','\u{207f}'],

+	['\u{2090}','\u{209c}'],

+	['\u{2102}','\u{2102}'],

+	['\u{2107}','\u{2107}'],

+	['\u{210a}','\u{2113}'],

+	['\u{2115}','\u{2115}'],

+	['\u{2119}','\u{211d}'],

+	['\u{2124}','\u{2124}'],

+	['\u{2126}','\u{2126}'],

+	['\u{2128}','\u{2128}'],

+	['\u{212a}','\u{212d}'],

+	['\u{212f}','\u{2139}'],

+	['\u{213c}','\u{213f}'],

+	['\u{2145}','\u{2149}'],

+	['\u{214e}','\u{214e}'],

+	['\u{2183}','\u{2184}'],

+	['\u{2c00}','\u{2c2e}'],

+	['\u{2c30}','\u{2c5e}'],

+	['\u{2c60}','\u{2ce4}'],

+	['\u{2ceb}','\u{2cee}'],

+	['\u{2cf2}','\u{2cf3}'],

+	['\u{2d00}','\u{2d25}'],

+	['\u{2d27}','\u{2d27}'],

+	['\u{2d2d}','\u{2d2d}'],

+	['\u{2d30}','\u{2d67}'],

+	['\u{2d6f}','\u{2d6f}'],

+	['\u{2d80}','\u{2d96}'],

+	['\u{2da0}','\u{2da6}'],

+	['\u{2da8}','\u{2dae}'],

+	['\u{2db0}','\u{2db6}'],

+	['\u{2db8}','\u{2dbe}'],

+	['\u{2dc0}','\u{2dc6}'],

+	['\u{2dc8}','\u{2dce}'],

+	['\u{2dd0}','\u{2dd6}'],

+	['\u{2dd8}','\u{2dde}'],

+	['\u{2e2f}','\u{2e2f}'],

+	['\u{3005}','\u{3006}'],

+	['\u{3031}','\u{3035}'],

+	['\u{303b}','\u{303c}'],

+	['\u{3041}','\u{3096}'],

+	['\u{309d}','\u{309f}'],

+	['\u{30a1}','\u{30fa}'],

+	['\u{30fc}','\u{30ff}'],

+	['\u{3105}','\u{312d}'],

+	['\u{3131}','\u{318e}'],

+	['\u{31a0}','\u{31ba}'],

+	['\u{31f0}','\u{31ff}'],

+	['\u{3400}','\u{4db5}'],

+	['\u{4e00}','\u{9fcc}'],

+	['\u{a000}','\u{a48c}'],

+	['\u{a4d0}','\u{a4fd}'],

+	['\u{a500}','\u{a60c}'],

+	['\u{a610}','\u{a62b}'],

+	['\u{a640}','\u{a66e}'],

+	['\u{a67f}','\u{a697}'],

+	['\u{a6a0}','\u{a6e5}'],

+	['\u{a717}','\u{a71f}'],

+	['\u{a722}','\u{a788}'],

+	['\u{a78b}','\u{a78e}'],

+	['\u{a790}','\u{a793}'],

+	['\u{a7a0}','\u{a7aa}'],

+	['\u{a7f8}','\u{a801}'],

+	['\u{a803}','\u{a805}'],

+	['\u{a807}','\u{a80a}'],

+	['\u{a80c}','\u{a822}'],

+	['\u{a840}','\u{a873}'],

+	['\u{a882}','\u{a8b3}'],

+	['\u{a8d0}','\u{a8d9}'],

+	['\u{a8f2}','\u{a8f7}'],

+	['\u{a8fb}','\u{a8fb}'],

+	['\u{a900}','\u{a925}'],

+	['\u{a930}','\u{a946}'],

+	['\u{a960}','\u{a97c}'],

+	['\u{a984}','\u{a9b2}'],

+	['\u{a9cf}','\u{a9d9}'],

+	['\u{aa00}','\u{aa28}'],

+	['\u{aa40}','\u{aa42}'],

+	['\u{aa44}','\u{aa4b}'],

+	['\u{aa50}','\u{aa59}'],

+	['\u{aa60}','\u{aa76}'],

+	['\u{aa7a}','\u{aa7a}'],

+	['\u{aa80}','\u{aaaf}'],

+	['\u{aab1}','\u{aab1}'],

+	['\u{aab5}','\u{aab6}'],

+	['\u{aab9}','\u{aabd}'],

+	['\u{aac0}','\u{aac0}'],

+	['\u{aac2}','\u{aac2}'],

+	['\u{aadb}','\u{aadd}'],

+	['\u{aae0}','\u{aaea}'],

+	['\u{aaf2}','\u{aaf4}'],

+	['\u{ab01}','\u{ab06}'],

+	['\u{ab09}','\u{ab0e}'],

+	['\u{ab11}','\u{ab16}'],

+	['\u{ab20}','\u{ab26}'],

+	['\u{ab28}','\u{ab2e}'],

+	['\u{abc0}','\u{abe2}'],

+	['\u{abf0}','\u{abf9}'],

+	['\u{ac00}','\u{d7a3}'],

+	['\u{d7b0}','\u{d7c6}'],

+	['\u{d7cb}','\u{d7fb}'],

+	['\u{f900}','\u{fa6d}'],

+	['\u{fa70}','\u{fad9}'],

+	['\u{fb00}','\u{fb06}'],

+	['\u{fb13}','\u{fb17}'],

+	['\u{fb1d}','\u{fb1d}'],

+	['\u{fb1f}','\u{fb28}'],

+	['\u{fb2a}','\u{fb36}'],

+	['\u{fb38}','\u{fb3c}'],

+	['\u{fb3e}','\u{fb3e}'],

+	['\u{fb40}','\u{fb41}'],

+	['\u{fb43}','\u{fb44}'],

+	['\u{fb46}','\u{fbb1}'],

+	['\u{fbd3}','\u{fd3d}'],

+	['\u{fd50}','\u{fd8f}'],

+	['\u{fd92}','\u{fdc7}'],

+	['\u{fdf0}','\u{fdfb}'],

+	['\u{fe70}','\u{fe74}'],

+	['\u{fe76}','\u{fefc}'],

+	['\u{ff10}','\u{ff19}'],

+	['\u{ff21}','\u{ff3a}'],

+	['\u{ff41}','\u{ff5a}'],

+	['\u{ff66}','\u{ffbe}'],

+	['\u{ffc2}','\u{ffc7}'],

+	['\u{ffca}','\u{ffcf}'],

+	['\u{ffd2}','\u{ffd7}'],

+	['\u{ffda}','\u{ffdc}'],

+	['\u{10000}','\u{1000b}'],

+	['\u{1000d}','\u{10026}'],

+	['\u{10028}','\u{1003a}'],

+	['\u{1003c}','\u{1003d}'],

+	['\u{1003f}','\u{1004d}'],

+	['\u{10050}','\u{1005d}'],

+	['\u{10080}','\u{100fa}'],

+	['\u{10280}','\u{1029c}'],

+	['\u{102a0}','\u{102d0}'],

+	['\u{10300}','\u{1031e}'],

+	['\u{10330}','\u{10340}'],

+	['\u{10342}','\u{10349}'],

+	['\u{10380}','\u{1039d}'],

+	['\u{103a0}','\u{103c3}'],

+	['\u{103c8}','\u{103cf}'],

+	['\u{10400}','\u{1049d}'],

+	['\u{104a0}','\u{104a9}'],

+	['\u{10800}','\u{10805}'],

+	['\u{10808}','\u{10808}'],

+	['\u{1080a}','\u{10835}'],

+	['\u{10837}','\u{10838}'],

+	['\u{1083c}','\u{1083c}'],

+	['\u{1083f}','\u{10855}'],

+	['\u{10900}','\u{10915}'],

+	['\u{10920}','\u{10939}'],

+	['\u{10980}','\u{109b7}'],

+	['\u{109be}','\u{109bf}'],

+	['\u{10a00}','\u{10a00}'],

+	['\u{10a10}','\u{10a13}'],

+	['\u{10a15}','\u{10a17}'],

+	['\u{10a19}','\u{10a33}'],

+	['\u{10a60}','\u{10a7c}'],

+	['\u{10b00}','\u{10b35}'],

+	['\u{10b40}','\u{10b55}'],

+	['\u{10b60}','\u{10b72}'],

+	['\u{10c00}','\u{10c48}'],

+	['\u{11003}','\u{11037}'],

+	['\u{11066}','\u{1106f}'],

+	['\u{11083}','\u{110af}'],

+	['\u{110d0}','\u{110e8}'],

+	['\u{110f0}','\u{110f9}'],

+	['\u{11103}','\u{11126}'],

+	['\u{11136}','\u{1113f}'],

+	['\u{11183}','\u{111b2}'],

+	['\u{111c1}','\u{111c4}'],

+	['\u{111d0}','\u{111d9}'],

+	['\u{11680}','\u{116aa}'],

+	['\u{116c0}','\u{116c9}'],

+	['\u{12000}','\u{1236e}'],

+	['\u{13000}','\u{1342e}'],

+	['\u{16800}','\u{16a38}'],

+	['\u{16f00}','\u{16f44}'],

+	['\u{16f50}','\u{16f50}'],

+	['\u{16f93}','\u{16f9f}'],

+	['\u{1b000}','\u{1b001}'],

+	['\u{1d400}','\u{1d454}'],

+	['\u{1d456}','\u{1d49c}'],

+	['\u{1d49e}','\u{1d49f}'],

+	['\u{1d4a2}','\u{1d4a2}'],

+	['\u{1d4a5}','\u{1d4a6}'],

+	['\u{1d4a9}','\u{1d4ac}'],

+	['\u{1d4ae}','\u{1d4b9}'],

+	['\u{1d4bb}','\u{1d4bb}'],

+	['\u{1d4bd}','\u{1d4c3}'],

+	['\u{1d4c5}','\u{1d505}'],

+	['\u{1d507}','\u{1d50a}'],

+	['\u{1d50d}','\u{1d514}'],

+	['\u{1d516}','\u{1d51c}'],

+	['\u{1d51e}','\u{1d539}'],

+	['\u{1d53b}','\u{1d53e}'],

+	['\u{1d540}','\u{1d544}'],

+	['\u{1d546}','\u{1d546}'],

+	['\u{1d54a}','\u{1d550}'],

+	['\u{1d552}','\u{1d6a5}'],

+	['\u{1d6a8}','\u{1d6c0}'],

+	['\u{1d6c2}','\u{1d6da}'],

+	['\u{1d6dc}','\u{1d6fa}'],

+	['\u{1d6fc}','\u{1d714}'],

+	['\u{1d716}','\u{1d734}'],

+	['\u{1d736}','\u{1d74e}'],

+	['\u{1d750}','\u{1d76e}'],

+	['\u{1d770}','\u{1d788}'],

+	['\u{1d78a}','\u{1d7a8}'],

+	['\u{1d7aa}','\u{1d7c2}'],

+	['\u{1d7c4}','\u{1d7cb}'],

+	['\u{1d7ce}','\u{1d7ff}'],

+	['\u{1ee00}','\u{1ee03}'],

+	['\u{1ee05}','\u{1ee1f}'],

+	['\u{1ee21}','\u{1ee22}'],

+	['\u{1ee24}','\u{1ee24}'],

+	['\u{1ee27}','\u{1ee27}'],

+	['\u{1ee29}','\u{1ee32}'],

+	['\u{1ee34}','\u{1ee37}'],

+	['\u{1ee39}','\u{1ee39}'],

+	['\u{1ee3b}','\u{1ee3b}'],

+	['\u{1ee42}','\u{1ee42}'],

+	['\u{1ee47}','\u{1ee47}'],

+	['\u{1ee49}','\u{1ee49}'],

+	['\u{1ee4b}','\u{1ee4b}'],

+	['\u{1ee4d}','\u{1ee4f}'],

+	['\u{1ee51}','\u{1ee52}'],

+	['\u{1ee54}','\u{1ee54}'],

+	['\u{1ee57}','\u{1ee57}'],

+	['\u{1ee59}','\u{1ee59}'],

+	['\u{1ee5b}','\u{1ee5b}'],

+	['\u{1ee5d}','\u{1ee5d}'],

+	['\u{1ee5f}','\u{1ee5f}'],

+	['\u{1ee61}','\u{1ee62}'],

+	['\u{1ee64}','\u{1ee64}'],

+	['\u{1ee67}','\u{1ee6a}'],

+	['\u{1ee6c}','\u{1ee72}'],

+	['\u{1ee74}','\u{1ee77}'],

+	['\u{1ee79}','\u{1ee7c}'],

+	['\u{1ee7e}','\u{1ee7e}'],

+	['\u{1ee80}','\u{1ee89}'],

+	['\u{1ee8b}','\u{1ee9b}'],

+	['\u{1eea1}','\u{1eea3}'],

+	['\u{1eea5}','\u{1eea9}'],

+	['\u{1eeab}','\u{1eebb}'],

+	['\u{20000}','\u{2a6d6}'],

+	['\u{2a700}','\u{2b734}'],

+	['\u{2b740}','\u{2b81d}'],

+	['\u{2f800}','\u{2fa1d}'],

+]

+

+const tabdigit = [

+	['\u{30}','\u{39}'],

+	['\u{660}','\u{669}'],

+	['\u{6f0}','\u{6f9}'],

+	['\u{7c0}','\u{7c9}'],

+	['\u{966}','\u{96f}'],

+	['\u{9e6}','\u{9ef}'],

+	['\u{a66}','\u{a6f}'],

+	['\u{ae6}','\u{aef}'],

+	['\u{b66}','\u{b6f}'],

+	['\u{be6}','\u{bef}'],

+	['\u{c66}','\u{c6f}'],

+	['\u{ce6}','\u{cef}'],

+	['\u{d66}','\u{d6f}'],

+	['\u{e50}','\u{e59}'],

+	['\u{ed0}','\u{ed9}'],

+	['\u{f20}','\u{f29}'],

+	['\u{1040}','\u{1049}'],

+	['\u{1090}','\u{1099}'],

+	['\u{17e0}','\u{17e9}'],

+	['\u{1810}','\u{1819}'],

+	['\u{1946}','\u{194f}'],

+	['\u{19d0}','\u{19d9}'],

+	['\u{1a80}','\u{1a89}'],

+	['\u{1a90}','\u{1a99}'],

+	['\u{1b50}','\u{1b59}'],

+	['\u{1bb0}','\u{1bb9}'],

+	['\u{1c40}','\u{1c49}'],

+	['\u{1c50}','\u{1c59}'],

+	['\u{a620}','\u{a629}'],

+	['\u{a8d0}','\u{a8d9}'],

+	['\u{a900}','\u{a909}'],

+	['\u{a9d0}','\u{a9d9}'],

+	['\u{aa50}','\u{aa59}'],

+	['\u{abf0}','\u{abf9}'],

+	['\u{ff10}','\u{ff19}'],

+	['\u{104a0}','\u{104a9}'],

+	['\u{11066}','\u{1106f}'],

+	['\u{110f0}','\u{110f9}'],

+	['\u{11136}','\u{1113f}'],

+	['\u{111d0}','\u{111d9}'],

+	['\u{116c0}','\u{116c9}'],

+	['\u{1d7ce}','\u{1d7ff}'],

+]

+

+const tabxdigit = [

+	['\u{30}','\u{39}'],

+	['\u{41}','\u{46}'],

+	['\u{61}','\u{66}'],

+]

+

+const tabspace = [

+	['\u{9}','\u{d}'],

+	['\u{20}','\u{20}'],

+	['\u{85}','\u{85}'],

+	['\u{a0}','\u{a0}'],

+	['\u{1680}','\u{1680}'],

+	['\u{2000}','\u{200a}'],

+	['\u{2028}','\u{2029}'],

+	['\u{202f}','\u{202f}'],

+	['\u{205f}','\u{205f}'],

+	['\u{3000}','\u{3000}'],

+]

+

+const tabblank = [

+	['\u{9}','\u{9}'],

+	['\u{20}','\u{20}'],

+	['\u{a0}','\u{a0}'],

+	['\u{1680}','\u{1680}'],

+	['\u{2000}','\u{200a}'],

+	['\u{202f}','\u{202f}'],

+	['\u{205f}','\u{205f}'],

+	['\u{3000}','\u{3000}'],

+]

+

--- /dev/null

+++ b/libregex/test/Makefile

@@ -1,0 +1,20 @@

+# don't build anything for 'all'

+all: 

+	$(MAKE) -C ..

+

+check:

+	./runtest.sh

+

+.PHONY: %

+%:

+	./runtest.sh $@

+

+.PHONY: clean

+clean:

+	rm -f testmatch.use testmatch.o

+	@for i in `awk '/^[A-Z]/{print $$2}' tests`; do \

+	    echo rm -f $$i; \

+	    rm -f $$i; \

+	done

+

+install:

--- /dev/null

+++ b/libregex/test/basic.myr

@@ -1,0 +1,31 @@

+use std

+

+use "testmatch.use"

+

+const main = {

+	var s : byte[:]

+		

+	s = std.strjoin([

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

+	][:], "")

+	testmatch(".*bc", "Abc")

+	testmatch("(a*)*", "a")

+	testmatch("(aa|aab?)*", s)

+        /* greedy matches */

+        testmatch("(<.*>).*", "<a foo> blah <bar>")

+        testmatch("(<.+>).*", "<a foo> blah <bar>")

+        /* reluctant matches */

+        testmatch("(<.*?>).*", "<a foo> blah <bar>")

+        testmatch("(<.+?>).*", "<a foo> blah <bar>")

+}

--- /dev/null

+++ b/libregex/test/boundaries.myr

@@ -1,0 +1,17 @@

+use "testmatch.use"

+

+const main = {

+	/* expected matches */

+	testmatch("\\<([a-z]*)\\>", "abcdef")	/* whole word */

+	testmatch(".*(\\<.*\\>).*", "!m!")	/* single char word in midstring */

+	testmatch(".*(\\<.*\\>).*", "!m")	/* single char word at end of string */

+	testmatch(".*(\\<.*\\>).*", "m!")	/* single char word at start of string */

+	testmatch(".*(\\<.*\\>).*", "!@#!!matches!!%!")	/* word in midstring */

+	testmatch(".*(\\<.*\\>).*", "matches!!%!")	/* word at start of string */

+	testmatch(".*(\\<.*\\>).*", "!@#!!matches")	/* word at end of string */

+	testmatch(".*(\\<.*\\>).*", "!@#!!matches!!%!foo")	/* matches last word in string */

+	testmatch(".*(\\<.*\\>).*", "123")	/* numbers are also word bounds */

+	

+	/* nonmatches */

+	testmatch("\\<([a-z]*)\\>foo", "abcdefoo")	/* word boundary needed in midstring */

+}

--- /dev/null

+++ b/libregex/test/capture.myr

@@ -1,0 +1,9 @@

+use "testmatch.use"

+

+const main = {

+	testmatch("A(.*)", "Abc")

+	testmatch("A(.*)e", "Abcde")

+	testmatch("(a|b)+", "abab")

+	testmatch("A(b(.*)d)e", "Abcde")

+	testmatch("(a?)(a*)(a?)", "aaaa")

+}

--- /dev/null

+++ b/libregex/test/class.myr

@@ -1,0 +1,67 @@

+use std

+

+use "testmatch.use"

+

+const main = {

+	asciiclass()

+	set()

+	/*

+	unicodeclass()

+	negasciiclass()

+	negasciirange()

+	negset()

+	*/

+}

+

+const asciiclass = {

+	/* \d success */

+	testmatch("\\d", "1")

+	testmatch("\\d\\d", "13")

+	testmatch("\\d+", "13688")

+	/* \d fail */

+	testmatch("\\d", "x")

+	testmatch("\\d\\d", "x3")

+	testmatch("\\d+", "1368f")

+

+	/* \x success */

+	testmatch("\\x", "a")

+	testmatch("\\x\\x", "1F")

+	testmatch("\\x+", "13b8cDEf")

+	/* \x fail */

+	testmatch("\\x", "Z")

+	testmatch("\\x\\x", "fg")

+	testmatch("\\x+", "13b8cg")

+

+	/* \s success */

+	testmatch("\\s", " ")

+	testmatch("\\s\\s", "\t\n")

+	testmatch("\\s+", "\t\n\r \t")

+	/* \s fail */

+	testmatch("\\s", "a")

+	testmatch("\\s\\s", "i\n")

+	testmatch("\\s+", "\t\n\r.\t")

+

+	/* word success */

+	testmatch("\\w+", "abcABC0123_")

+	/* word fail */

+	testmatch("\\w+", "abcABC0123_.")

+

+	/* \h success */

+	testmatch("\\h", " ")

+	testmatch("\\h\\h", "\t ")

+	testmatch("\\h+", "\t \t ")

+	/* \h fail */

+	testmatch("\\h", "\n")

+	testmatch("\\h\\h", "\t\r")

+	testmatch("\\h+", "\t \t.")

+}

+

+const set = {

+	/* ranges */

+	testmatch("[a-z]*", "abcd")

+	testmatch("[a-zA-Z]*", "abCD")

+	testmatch("[a-zA-Z0-9_]*", "_abCD018")

+

+	testmatch("[abc]*", "abba")

+	testmatch("[a-zABC]*", "abBa")

+}

--- /dev/null

+++ b/libregex/test/data/basic-expected

@@ -1,0 +1,20 @@

+Matched Abc via .*bc : 1

+	match 0: Abc

+Matched a via (a*)* : 2

+	match 0: a

+	match 1: a

+Matched aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa via (aa|aab?)* : 2

+	match 0: aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

+	match 1: aa

+Matched <a foo> blah <bar> via (<.*>).* : 2

+	match 0: <a foo> blah <bar>

+	match 1: <a foo> blah <bar>

+Matched <a foo> blah <bar> via (<.+>).* : 2

+	match 0: <a foo> blah <bar>

+	match 1: <a foo> blah <bar>

+Matched <a foo> blah <bar> via (<.*?>).* : 2

+	match 0: <a foo> blah <bar>

+	match 1: <a foo>

+Matched <a foo> blah <bar> via (<.+?>).* : 2

+	match 0: <a foo> blah <bar>

+	match 1: <a foo>

--- /dev/null

+++ b/libregex/test/data/boundaries-expected

@@ -1,0 +1,28 @@

+Matched abcdef via \<([a-z]*)\> : 2

+	match 0: abcdef

+	match 1: abcdef

+Matched !m! via .*(\<.*\>).* : 2

+	match 0: !m!

+	match 1: m

+Matched !m via .*(\<.*\>).* : 2

+	match 0: !m

+	match 1: m

+Matched m! via .*(\<.*\>).* : 2

+	match 0: m!

+	match 1: m

+Matched !@#!!matches!!%! via .*(\<.*\>).* : 2

+	match 0: !@#!!matches!!%!

+	match 1: matches

+Matched matches!!%! via .*(\<.*\>).* : 2

+	match 0: matches!!%!

+	match 1: matches

+Matched !@#!!matches via .*(\<.*\>).* : 2

+	match 0: !@#!!matches

+	match 1: matches

+Matched !@#!!matches!!%!foo via .*(\<.*\>).* : 2

+	match 0: !@#!!matches!!%!foo

+	match 1: foo

+Matched 123 via .*(\<.*\>).* : 2

+	match 0: 123

+	match 1: 123

+No match of abcdefoo via \<([a-z]*)\>foo

--- /dev/null

+++ b/libregex/test/data/capture-expected

@@ -1,0 +1,18 @@

+Matched Abc via A(.*) : 2

+	match 0: Abc

+	match 1: bc

+Matched Abcde via A(.*)e : 2

+	match 0: Abcde

+	match 1: bcd

+Matched abab via (a|b)+ : 2

+	match 0: abab

+	match 1: b

+Matched Abcde via A(b(.*)d)e : 3

+	match 0: Abcde

+	match 1: c

+	match 2: bcd

+Matched aaaa via (a?)(a*)(a?) : 4

+	match 0: aaaa

+	match 1: a

+	match 2: aaa

+	match 3: 

--- /dev/null

+++ b/libregex/test/data/class-expected

@@ -1,0 +1,56 @@

+Matched 1 via \d : 1

+	match 0: 1

+Matched 13 via \d\d : 1

+	match 0: 13

+Matched 13688 via \d+ : 1

+	match 0: 13688

+No match of x via \d

+No match of x3 via \d\d

+No match of 1368f via \d+

+Matched a via \x : 1

+	match 0: a

+Matched 1F via \x\x : 1

+	match 0: 1F

+Matched 13b8cDEf via \x+ : 1

+	match 0: 13b8cDEf

+No match of Z via \x

+No match of fg via \x\x

+No match of 13b8cg via \x+

+Matched   via \s : 1

+	match 0:  

+Matched 	

+ via \s\s : 1

+	match 0: 	

+

+Matched 	

+
 	 via \s+ : 1

+	match 0: 	

+
 	

+No match of a via \s

+No match of i

+ via \s\s

+No match of 	

+
.	 via \s+

+Matched abcABC0123_ via \w+ : 1

+	match 0: abcABC0123_

+No match of abcABC0123_. via \w+

+Matched   via \h : 1

+	match 0:  

+Matched 	  via \h\h : 1

+	match 0: 	 

+Matched 	 	  via \h+ : 1

+	match 0: 	 	 

+No match of 

+ via \h

+No match of 	
 via \h\h

+No match of 	 	. via \h+

+Matched abcd via [a-z]* : 1

+	match 0: abcd

+Matched abCD via [a-zA-Z]* : 1

+	match 0: abCD

+Matched _abCD018 via [a-zA-Z0-9_]* : 1

+	match 0: _abCD018

+Matched abba via [abc]* : 1

+	match 0: abba

+Matched abBa via [a-zABC]* : 1

+	match 0: abBa

--- /dev/null

+++ b/libregex/test/data/failmatch-expected

@@ -1,0 +1,1 @@

+No match of Abc via .*bcd

--- /dev/null

+++ b/libregex/test/data/negclass-expected

@@ -1,0 +1,54 @@

+Matched x via \D : 1

+	match 0: x

+Matched xa!#^cs via \D+ : 1

+	match 0: xa!#^cs

+No match of 0 via \D

+No match of 9 via \D

+No match of a35x via \D+

+No match of 13688 via \D+

+Matched Z via \X : 1

+	match 0: Z

+Matched gg via \X\X : 1

+	match 0: gg

+No match of a via \X

+No match of zz13b8cDEf via \X+

+Matched a via \S : 1

+	match 0: a

+Matched i% via \S\S : 1

+	match 0: i%

+Matched alskd690!#!! via \S+ : 1

+	match 0: alskd690!#!!

+No match of   via \S

+No match of 	

+ via \S\S

+No match of 	 

+kait via \S+

+Matched !%!^^@@!^ via \W+ : 1

+	match 0: !%!^^@@!^

+No match of a^#$bcABC0123_ via \W+

+Matched 

+ via \H : 1

+	match 0: 

+

+Matched 

+
 via \H\H : 1

+	match 0: 

+

+No match of 	 	. via \H+

+No match of 	  via \H\H

+No match of 	a35 	  via \H+

+Matched ABCD via [^a-z]* : 1

+	match 0: ABCD

+Matched 1234 via [^a-zA-Z]* : 1

+	match 0: 1234

+Matched -^^- via [^a-zA-Z0-9_]* : 1

+	match 0: -^^-

+Matched d6d via [^abc]* : 1

+	match 0: d6d

+Matched !^!!))# via [^a-zABC]* : 1

+	match 0: !^!!))#

+No match of abcd via [^a-z]*

+No match of abCD via [^a-zA-Z]*

+No match of _abCD018 via [^a-zA-Z0-9_]*

+No match of abba via [^abc]*

+No match of abBa via [^a-zABC]*

--- /dev/null

+++ b/libregex/test/data/unicode-expected

@@ -1,0 +1,13 @@

+Matched Abæc via .*bæc : 1

+	match 0: Abæc

+Matched Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! via (\p{L}*)bæc\P{L}* : 2

+	match 0: Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

+	match 1: Aa

+Matched Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! via (\pL*)bæc\PL* : 2

+	match 0: Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

+	match 1: Aa

+Matched Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! via (\p{Letter}*)bæc\P{Uppercase_Letter}* : 2

+	match 0: Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

+	match 1: Aa

+Matched æ via . : 1

+	match 0: æ

--- /dev/null

+++ b/libregex/test/failmatch.myr

@@ -1,0 +1,8 @@

+use std

+use regex

+

+use "testmatch.use"

+

+const main = {

+	testmatch(".*bcd", "Abc")

+}

--- /dev/null

+++ b/libregex/test/negclass.myr

@@ -1,0 +1,72 @@

+use std

+

+use "testmatch.use"

+

+const main = {

+	asciiclass()

+	set()

+	/*

+	unicodeclass()

+	negasciiclass()

+	negasciirange()

+	negset()

+	*/

+}

+

+const asciiclass = {

+	/* \D success */

+	testmatch("\\D", "x")

+	testmatch("\\D+", "xa!#^cs")

+

+	/* \D fail: end of ranges chars */

+	testmatch("\\D", "0")

+	testmatch("\\D", "9")

+	testmatch("\\D+", "a35x")

+	testmatch("\\D+", "13688")

+

+	/* \X success */

+	testmatch("\\X", "Z")

+	testmatch("\\X\\X", "gg")

+	/* \X fail */

+	testmatch("\\X", "a")

+	testmatch("\\X+", "zz13b8cDEf")

+

+	/* \S success */

+	testmatch("\\S", "a")

+	testmatch("\\S\\S", "i%")

+	testmatch("\\S+", "alskd690!#!!")

+

+	/* \S fail */

+	testmatch("\\S", " ")

+	testmatch("\\S\\S", "\t\n")

+	testmatch("\\S+", "\t \nkait")

+

+	/* word success */

+	testmatch("\\W+", "!%!^^@@!^")

+	/* word fail */

+	testmatch("\\W+", "a^#$bcABC0123_")

+

+	/* \H success */

+	testmatch("\\H", "\n")

+	testmatch("\\H\\H", "\n\r")

+	/* \H fail */

+	testmatch("\\H+", "\t \t.")

+	testmatch("\\H\\H", "\t ")

+	testmatch("\\H+", "\ta35 \t ")

+}

+

+const set = {

+	/* ranges: should succeed */

+	testmatch("[^a-z]*", "ABCD")

+	testmatch("[^a-zA-Z]*", "1234")

+	testmatch("[^a-zA-Z0-9_]*", "-^^-")

+	testmatch("[^abc]*", "d6d")

+	testmatch("[^a-zABC]*", "!^!!))#")

+

+	/* ranges: should fail */

+	testmatch("[^a-z]*", "abcd")

+	testmatch("[^a-zA-Z]*", "abCD")

+	testmatch("[^a-zA-Z0-9_]*", "_abCD018")

+	testmatch("[^abc]*", "abba")

+	testmatch("[^a-zABC]*", "abBa")

+}

--- /dev/null

+++ b/libregex/test/runtest.sh

@@ -1,0 +1,124 @@

+#!/bin/bash

+NFAILURES=0

+NPASSES=0

+

+function build {

+    rm -f $1 $1.o $1.s $1.use

+    myrbuild $FLAGS -b $1 $1.myr $EXTRA_SRC

+}

+

+function pass {

+    PASSED="$PASSED $1"

+    NPASSED=$[$NPASSED + 1]

+}

+

+function fail {

+    echo "FAIL: $1"

+    FAILED="$FAILED $1"

+    NFAILED=$[$NFAILED + 1]

+}

+

+function expectstatus {

+    ./$1 $3

+    if [ $? -eq $2 ]; then

+        pass $1

+        return

+    else

+        fail $1

+    fi

+}

+

+function expectprint {

+    if [ "`./$1 $3`" != "$2" ]; then

+        fail $1

+    else

+        pass $1

+    fi

+}

+

+

+function expectcompare {

+    if [ x"" !=  x"$TMPDIR" ]; then 

+        t=$TMPDIR/myrtest-$1-$RANDOM

+    else

+        t=/tmp/myrtest-$1-$RANDOM

+    fi

+    ./$1 $3 > $t

+    if cmp $t data/$1-expected; then

+        pass $1

+    else

+        fail $1

+    fi

+    rm -f $t

+}

+

+function expectfcompare {

+    ./$1 $3

+    if cmp data/$1-expected $2; then

+        pass $1

+    else

+        fail $1

+    fi

+}

+

+function shouldskip {

+  if [ -z $ARGS ]; then

+      return 1

+  fi

+

+  for i in $ARGS; do

+      if [ $i = $1 ]; then

+          return 1

+      fi

+  done

+  return 0

+}

+

+

+# Should build and run

+function B {

+    if shouldskip $1; then

+        return

+    fi

+

+    test="$1"; shift

+    type="$1"; shift

+    res="$1"; shift

+    if [ $# > 0 ]; then

+        args="$1"; shift

+    fi

+    build $test

+    case $type in

+    "E")  expectstatus "$test" "$res" "$input";;

+    "P")  expectprint "$test" "$res" "$input";;

+    "C")  expectcompare "$test" "$res" "$input";;

+    "F")  expectfcompare "$test" "$res" "$args";;

+    esac

+}

+

+# Should fail

+function F {

+    if shouldskip $1; then

+        return

+    fi

+    (build $1) > /dev/null

+    if [ $? -eq '1' ]; then

+        pass $1

+    else

+        fail $1

+    fi

+}

+

+# Should generate a usefile

+function U {

+    return

+}

+

+source tests

+

+echo "PASSED ($NPASSED): $PASSED"

+if [ -z "$NFAILED" ]; then

+    echo "SUCCESS"

+else

+    echo "FAILURES ($NFAILED): $FAILED"

+fi

--- /dev/null

+++ b/libregex/test/testmatch.myr

@@ -1,0 +1,34 @@

+use std

+use regex

+

+pkg =

+	const testmatch	: (pat : byte[:], text : byte[:] -> void)

+	const dbgmatch	: (pat : byte[:], text : byte[:] -> void)

+;;

+

+const testmatch = {pat, text

+	run(regex.compile(pat), pat, text)

+}

+

+const dbgmatch = {pat, text

+	run(regex.dbgcompile(pat), pat, text)

+}

+

+const run = {regex, pat, text

+	var i

+	match regex

+	| `std.Ok re:

+		match regex.exec(re, text)

+		| `std.Some m:

+			std.put("Matched %s via %s : %i\n", text, pat, m.len)

+			for i = 0; i < m.len; i++

+				std.put("\tmatch %i: %s\n", i, m[i])

+			;;

+		| `std.None:

+			std.put("No match of %s via %s\n", text, pat)

+		;;

+		regex.free(re)

+	| `std.Fail err:

+		std.put("failed to compile regex")

+	;;

+}

--- /dev/null

+++ b/libregex/test/tests

@@ -1,0 +1,29 @@

+FLAGS=-I../

+EXTRA_SRC=testmatch.myr

+# Format:

+# [B|F] testname [E|P] result

+#    [B|F]: Compiler outcome.

+#	B: Expect that this test will build.

+#	F: Expect that this test will not build.

+#    testname: Test case

+#	The test that will run. We will try to

+#	compile 'testname.myr' to 'testname',

+#	and then execute it, verifying the result

+#    [E|P|C]: Result type

+#	E tells us that the result is an exit status

+#	P tells us that the result is on stdout,

+#         and should be compared to the value on the

+#         line

+#	C tells us that the result is on stdout,

+#         and should be compared to the contents of

+#         the file passed on the line.

+#    result: Result value

+#	What we compare with. This should be self-

+#	evident.

+B basic		C

+B boundaries	C

+B capture	C

+B class		C

+B failmatch	C

+B negclass	C

+B unicode		C

--- /dev/null

+++ b/libregex/test/unicode.myr

@@ -1,0 +1,13 @@

+use std

+use regex

+

+use "testmatch.use"

+

+const main = {

+	testmatch(".*bæc", "Abæc")

+	testmatch("(\\p{L}*)bæc\\P{L}*", "Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!")

+        /* test various syntaxen */

+	testmatch("(\\pL*)bæc\\PL*", "Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!")

+	testmatch("(\\p{Letter}*)bæc\\P{Uppercase_Letter}*", "Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!")

+	testmatch(".", "æ")

+}

--- /dev/null

+++ b/libregex/types.myr

@@ -1,0 +1,63 @@

+use std

+

+pkg regex =

+	type status = union

+		`Noimpl

+		`Incomplete

+		`Unbalanced

+		`Emptyparen

+		`Badrep

+		`Badrange

+		`Badescape

+	;;

+

+	type regex = struct

+		/* compile state */

+		debug	: bool

+		pat	: byte[:]

+		nmatch	: std.size

+

+		/* VM state */

+		runq	: rethread#

+		expired	: rethread#

+		expiredtail	: rethread#

+		proglen	: std.size

+		prog	: reinst[:]

+		nthr	: std.size

+		str	: byte[:]

+		strp	: std.size

+	;;

+

+	type rethread = struct

+		next	: rethread#	/* run queue link */

+

+		tid	: std.size	/* just for debugging */

+		ip	: std.size	/* the instruction pointer */

+		dead	: bool		/* thread died */

+		matched	: bool		/* thread matched */

+

+		mstart	: std.size[:]	/* match starts */

+		mend	: std.size[:]	/* match ends */

+	;;

+

+	type reinst = union

+		/* direct consumers */

+		`Ibyte	byte

+		`Irange	(byte, byte)

+

+		/* groups */

+		`Ilbra	std.size

+		`Irbra	std.size

+

+		/* anchors */

+		`Ibol

+		`Ieol

+		`Ibow

+		`Ieow

+

+		/* control flow */

+		`Ifork	(std.size, std.size)

+		`Ijmp	std.size

+		`Imatch

+	;;

+;;

--- a/mk/myr.mk

+++ /dev/null

@@ -1,97 +1,0 @@

-ifneq ($(MYRLIB),)

-    _LIBNAME=lib$(MYRLIB).a

-endif

-

-all: subdirs $(_LIBNAME) $(MYRBIN) 

-

-subdirs:

-	@for i in $(SUB); do (\

-	    cd $$i && \

-	    $(MAKE) || \

-	    exit 1 \

-	) || exit 1; done

-

-subdirs-clean:

-	@for i in $(SUB); do (\

-	    cd $$i && \

-	    $(MAKE) clean|| \

-	    exit 1 \

-	); done

-

-subdirs-install:

-	@for i in $(SUB); do (\

-	    cd $$i && \

-	    $(MAKE) install|| \

-	    exit 1 \

-	); done

-

-subdirs-uninstall:

-	@for i in $(SUB); do (\

-	    cd $$i && \

-	    $(MAKE) uninstall|| \

-	    exit 1 \

-	); done

-

-$(_LIBNAME): $(MYRSRC) $(ASMSRC)

-	myrbuild -l $(MYRLIB) $^

-

-$(MYRBIN): $(MYRSRC) $(ASMSRC)

-	myrbuild -b $(MYRBIN) $^

-

-OBJ=$(MYRSRC:.myr=.o) $(ASMSRC:.s=.o)

-USE=$(MYRSRC:.myr=.use) $(MYRLIB)

-.PHONY: clean

-clean: subdirs-clean

-	rm -f $(OBJ)

-	rm -f $(USE)

-	@if [ ! -z "$(MYRLIB)" ]; then \

-	    echo rm -f $(MYRLIB); \

-	    rm -f $(MYRLIB); \

-	    echo rm -f lib$(MYRLIB).a; \

-	    rm -f lib$(MYRLIB).a; \

-	fi

-	@if [ ! -z "$(MYRBIN)" ]; then \

-	    echo rm -f $(MYRBIN); \

-	    rm -f $(MYRBIN); \

-	    echo rm -f lib$(MYRBIN).a; \

-	    rm -f lib$(MYRBIN).a; \

-	fi

-

-install: subdirs-install $(MYRBIN) $(_LIBNAME) $(MAN)

-	@if [ ! -z "$(MYRBIN)" ]; then \

-	    echo install $(MYRBIN) $(abspath $(DESTDIR)/$(INST_ROOT)/bin); \

-	    mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/bin); \

-	    install $(MYRBIN) $(abspath $(DESTDIR)/$(INST_ROOT)/bin); \

-	fi

-	@if [ ! -z "$(_LIBNAME)" ]; then \

-		echo install -m 644 $(_LIBNAME) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

-		echo install -m 644 $(MYRLIB) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

-		mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

-		install -m 644 $(_LIBNAME) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

-		install -m 644 $(MYRLIB) $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr); \

-	fi

-	@for i in $(MAN); do \

-	    MANSECT=$$(echo $$i | awk -F. '{print $$NF}'); \

-	    echo mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$$MANSECT); \

-	    echo install -m 644 $(MAN) $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}); \

-	    mkdir -p $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$$MANSECT); \

-	    install -m 644 $(MAN) $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}); \

-	done \

-

-uninstall: subdirs-uninstall

-	@for i in $(MYRBIN); do \

-	    echo rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/bin/$$i); \

-	    rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/bin/$$i); \

-	done

-	@for i in $(_LIBNAME) $(MYRLIB); do \

-	    echo rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr/$$i); \

-	    rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/lib/myr/$$i); \

-	done

-	@for i in $(MAN); do \

-	    MANSECT=$$(echo $$i | awk -F. '{print $$NF}'); \

-	    echo rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}/$$i); \

-	    rm -f $(abspath $(DESTDIR)/$(INST_ROOT)/share/man/man$${MANSECT}/$$i); \

-	done

-

-config.mk:

-	./configure

--- a/ranges.myr

+++ /dev/null

@@ -1,2386 +1,0 @@

-/*

- This set of unicode tables was automatically generated

- by the following command:

- mkchartab -a -p_ranges UnicodeData.txt -o ranges.myr

- editing it manually is probably a waste of time.

-*/

-

-pkg _ranges =

-	const tabasciialpha

-	const tabasciiupper

-	const tabasciilower

-	const tabasciiword

-	const tabasciidigit

-	const tabasciixdigit

-	const tabasciispace

-	const tabasciiblank

-	const tabalpha

-	const tabupper

-	const tablower

-	const tabtitle

-	const tabword

-	const tabdigit

-	const tabxdigit

-	const tabspace

-	const tabblank

-;;

-const tabasciialpha = [

-	['\u{41}','\u{5a}'],

-	['\u{61}','\u{7a}'],

-]

-

-const tabasciiupper = [

-	['\u{41}','\u{5a}'],

-]

-

-const tabasciilower = [

-	['\u{61}','\u{7a}'],

-]

-

-const tabasciiword = [

-	['\u{30}','\u{39}'],

-	['\u{41}','\u{5a}'],

-	['\u{5f}','\u{5f}'],

-	['\u{61}','\u{7a}'],

-]

-

-const tabasciidigit = [

-	['\u{30}','\u{39}'],

-]

-

-const tabasciixdigit = [

-	['\u{30}','\u{39}'],

-	['\u{41}','\u{46}'],

-	['\u{61}','\u{66}'],

-]

-

-const tabasciispace = [

-	['\u{9}','\u{d}'],

-	['\u{20}','\u{20}'],

-]

-

-const tabasciiblank = [

-	['\u{9}','\u{9}'],

-	['\u{20}','\u{20}'],

-]

-

-const tabalpha = [

-	['\u{41}','\u{5a}'],

-	['\u{61}','\u{7a}'],

-	['\u{aa}','\u{aa}'],

-	['\u{b5}','\u{b5}'],

-	['\u{ba}','\u{ba}'],

-	['\u{c0}','\u{d6}'],

-	['\u{d8}','\u{f6}'],

-	['\u{f8}','\u{2c1}'],

-	['\u{2c6}','\u{2d1}'],

-	['\u{2e0}','\u{2e4}'],

-	['\u{2ec}','\u{2ec}'],

-	['\u{2ee}','\u{2ee}'],

-	['\u{370}','\u{374}'],

-	['\u{376}','\u{377}'],

-	['\u{37a}','\u{37d}'],

-	['\u{386}','\u{386}'],

-	['\u{388}','\u{38a}'],

-	['\u{38c}','\u{38c}'],

-	['\u{38e}','\u{3a1}'],

-	['\u{3a3}','\u{3f5}'],

-	['\u{3f7}','\u{481}'],

-	['\u{48a}','\u{527}'],

-	['\u{531}','\u{556}'],

-	['\u{559}','\u{559}'],

-	['\u{561}','\u{587}'],

-	['\u{5d0}','\u{5ea}'],

-	['\u{5f0}','\u{5f2}'],

-	['\u{620}','\u{64a}'],

-	['\u{66e}','\u{66f}'],

-	['\u{671}','\u{6d3}'],

-	['\u{6d5}','\u{6d5}'],

-	['\u{6e5}','\u{6e6}'],

-	['\u{6ee}','\u{6ef}'],

-	['\u{6fa}','\u{6fc}'],

-	['\u{6ff}','\u{6ff}'],

-	['\u{710}','\u{710}'],

-	['\u{712}','\u{72f}'],

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-	['\u{1d6dc}','\u{1d6fa}'],

-	['\u{1d6fc}','\u{1d714}'],

-	['\u{1d716}','\u{1d734}'],

-	['\u{1d736}','\u{1d74e}'],

-	['\u{1d750}','\u{1d76e}'],

-	['\u{1d770}','\u{1d788}'],

-	['\u{1d78a}','\u{1d7a8}'],

-	['\u{1d7aa}','\u{1d7c2}'],

-	['\u{1d7c4}','\u{1d7cb}'],

-	['\u{1ee00}','\u{1ee03}'],

-	['\u{1ee05}','\u{1ee1f}'],

-	['\u{1ee21}','\u{1ee22}'],

-	['\u{1ee24}','\u{1ee24}'],

-	['\u{1ee27}','\u{1ee27}'],

-	['\u{1ee29}','\u{1ee32}'],

-	['\u{1ee34}','\u{1ee37}'],

-	['\u{1ee39}','\u{1ee39}'],

-	['\u{1ee3b}','\u{1ee3b}'],

-	['\u{1ee42}','\u{1ee42}'],

-	['\u{1ee47}','\u{1ee47}'],

-	['\u{1ee49}','\u{1ee49}'],

-	['\u{1ee4b}','\u{1ee4b}'],

-	['\u{1ee4d}','\u{1ee4f}'],

-	['\u{1ee51}','\u{1ee52}'],

-	['\u{1ee54}','\u{1ee54}'],

-	['\u{1ee57}','\u{1ee57}'],

-	['\u{1ee59}','\u{1ee59}'],

-	['\u{1ee5b}','\u{1ee5b}'],

-	['\u{1ee5d}','\u{1ee5d}'],

-	['\u{1ee5f}','\u{1ee5f}'],

-	['\u{1ee61}','\u{1ee62}'],

-	['\u{1ee64}','\u{1ee64}'],

-	['\u{1ee67}','\u{1ee6a}'],

-	['\u{1ee6c}','\u{1ee72}'],

-	['\u{1ee74}','\u{1ee77}'],

-	['\u{1ee79}','\u{1ee7c}'],

-	['\u{1ee7e}','\u{1ee7e}'],

-	['\u{1ee80}','\u{1ee89}'],

-	['\u{1ee8b}','\u{1ee9b}'],

-	['\u{1eea1}','\u{1eea3}'],

-	['\u{1eea5}','\u{1eea9}'],

-	['\u{1eeab}','\u{1eebb}'],

-	['\u{20000}','\u{2a6d6}'],

-	['\u{2a700}','\u{2b734}'],

-	['\u{2b740}','\u{2b81d}'],

-	['\u{2f800}','\u{2fa1d}'],

-]

-

-const tabupper = [

-	['\u{41}','\u{5a}'],

-	['\u{c0}','\u{d6}'],

-	['\u{d8}','\u{de}'],

-	['\u{100}','\u{100}'],

-	['\u{102}','\u{102}'],

-	['\u{104}','\u{104}'],

-	['\u{106}','\u{106}'],

-	['\u{108}','\u{108}'],

-	['\u{10a}','\u{10a}'],

-	['\u{10c}','\u{10c}'],

-	['\u{10e}','\u{10e}'],

-	['\u{110}','\u{110}'],

-	['\u{112}','\u{112}'],

-	['\u{114}','\u{114}'],

-	['\u{116}','\u{116}'],

-	['\u{118}','\u{118}'],

-	['\u{11a}','\u{11a}'],

-	['\u{11c}','\u{11c}'],

-	['\u{11e}','\u{11e}'],

-	['\u{120}','\u{120}'],

-	['\u{122}','\u{122}'],

-	['\u{124}','\u{124}'],

-	['\u{126}','\u{126}'],

-	['\u{128}','\u{128}'],

-	['\u{12a}','\u{12a}'],

-	['\u{12c}','\u{12c}'],

-	['\u{12e}','\u{12e}'],

-	['\u{130}','\u{130}'],

-	['\u{132}','\u{132}'],

-	['\u{134}','\u{134}'],

-	['\u{136}','\u{136}'],

-	['\u{139}','\u{139}'],

-	['\u{13b}','\u{13b}'],

-	['\u{13d}','\u{13d}'],

-	['\u{13f}','\u{13f}'],

-	['\u{141}','\u{141}'],

-	['\u{143}','\u{143}'],

-	['\u{145}','\u{145}'],

-	['\u{147}','\u{147}'],

-	['\u{14a}','\u{14a}'],

-	['\u{14c}','\u{14c}'],

-	['\u{14e}','\u{14e}'],

-	['\u{150}','\u{150}'],

-	['\u{152}','\u{152}'],

-	['\u{154}','\u{154}'],

-	['\u{156}','\u{156}'],

-	['\u{158}','\u{158}'],

-	['\u{15a}','\u{15a}'],

-	['\u{15c}','\u{15c}'],

-	['\u{15e}','\u{15e}'],

-	['\u{160}','\u{160}'],

-	['\u{162}','\u{162}'],

-	['\u{164}','\u{164}'],

-	['\u{166}','\u{166}'],

-	['\u{168}','\u{168}'],

-	['\u{16a}','\u{16a}'],

-	['\u{16c}','\u{16c}'],

-	['\u{16e}','\u{16e}'],

-	['\u{170}','\u{170}'],

-	['\u{172}','\u{172}'],

-	['\u{174}','\u{174}'],

-	['\u{176}','\u{176}'],

-	['\u{178}','\u{179}'],

-	['\u{17b}','\u{17b}'],

-	['\u{17d}','\u{17d}'],

-	['\u{181}','\u{182}'],

-	['\u{184}','\u{184}'],

-	['\u{186}','\u{187}'],

-	['\u{189}','\u{18b}'],

-	['\u{18e}','\u{191}'],

-	['\u{193}','\u{194}'],

-	['\u{196}','\u{198}'],

-	['\u{19c}','\u{19d}'],

-	['\u{19f}','\u{1a0}'],

-	['\u{1a2}','\u{1a2}'],

-	['\u{1a4}','\u{1a4}'],

-	['\u{1a6}','\u{1a7}'],

-	['\u{1a9}','\u{1a9}'],

-	['\u{1ac}','\u{1ac}'],

-	['\u{1ae}','\u{1af}'],

-	['\u{1b1}','\u{1b3}'],

-	['\u{1b5}','\u{1b5}'],

-	['\u{1b7}','\u{1b8}'],

-	['\u{1bc}','\u{1bc}'],

-	['\u{1c4}','\u{1c4}'],

-	['\u{1c7}','\u{1c7}'],

-	['\u{1ca}','\u{1ca}'],

-	['\u{1cd}','\u{1cd}'],

-	['\u{1cf}','\u{1cf}'],

-	['\u{1d1}','\u{1d1}'],

-	['\u{1d3}','\u{1d3}'],

-	['\u{1d5}','\u{1d5}'],

-	['\u{1d7}','\u{1d7}'],

-	['\u{1d9}','\u{1d9}'],

-	['\u{1db}','\u{1db}'],

-	['\u{1de}','\u{1de}'],

-	['\u{1e0}','\u{1e0}'],

-	['\u{1e2}','\u{1e2}'],

-	['\u{1e4}','\u{1e4}'],

-	['\u{1e6}','\u{1e6}'],

-	['\u{1e8}','\u{1e8}'],

-	['\u{1ea}','\u{1ea}'],

-	['\u{1ec}','\u{1ec}'],

-	['\u{1ee}','\u{1ee}'],

-	['\u{1f1}','\u{1f1}'],

-	['\u{1f4}','\u{1f4}'],

-	['\u{1f6}','\u{1f8}'],

-	['\u{1fa}','\u{1fa}'],

-	['\u{1fc}','\u{1fc}'],

-	['\u{1fe}','\u{1fe}'],

-	['\u{200}','\u{200}'],

-	['\u{202}','\u{202}'],

-	['\u{204}','\u{204}'],

-	['\u{206}','\u{206}'],

-	['\u{208}','\u{208}'],

-	['\u{20a}','\u{20a}'],

-	['\u{20c}','\u{20c}'],

-	['\u{20e}','\u{20e}'],

-	['\u{210}','\u{210}'],

-	['\u{212}','\u{212}'],

-	['\u{214}','\u{214}'],

-	['\u{216}','\u{216}'],

-	['\u{218}','\u{218}'],

-	['\u{21a}','\u{21a}'],

-	['\u{21c}','\u{21c}'],

-	['\u{21e}','\u{21e}'],

-	['\u{220}','\u{220}'],

-	['\u{222}','\u{222}'],

-	['\u{224}','\u{224}'],

-	['\u{226}','\u{226}'],

-	['\u{228}','\u{228}'],

-	['\u{22a}','\u{22a}'],

-	['\u{22c}','\u{22c}'],

-	['\u{22e}','\u{22e}'],

-	['\u{230}','\u{230}'],

-	['\u{232}','\u{232}'],

-	['\u{23a}','\u{23b}'],

-	['\u{23d}','\u{23e}'],

-	['\u{241}','\u{241}'],

-	['\u{243}','\u{246}'],

-	['\u{248}','\u{248}'],

-	['\u{24a}','\u{24a}'],

-	['\u{24c}','\u{24c}'],

-	['\u{24e}','\u{24e}'],

-	['\u{370}','\u{370}'],

-	['\u{372}','\u{372}'],

-	['\u{376}','\u{376}'],

-	['\u{386}','\u{386}'],

-	['\u{388}','\u{38a}'],

-	['\u{38c}','\u{38c}'],

-	['\u{38e}','\u{38f}'],

-	['\u{391}','\u{3a1}'],

-	['\u{3a3}','\u{3ab}'],

-	['\u{3cf}','\u{3cf}'],

-	['\u{3d2}','\u{3d4}'],

-	['\u{3d8}','\u{3d8}'],

-	['\u{3da}','\u{3da}'],

-	['\u{3dc}','\u{3dc}'],

-	['\u{3de}','\u{3de}'],

-	['\u{3e0}','\u{3e0}'],

-	['\u{3e2}','\u{3e2}'],

-	['\u{3e4}','\u{3e4}'],

-	['\u{3e6}','\u{3e6}'],

-	['\u{3e8}','\u{3e8}'],

-	['\u{3ea}','\u{3ea}'],

-	['\u{3ec}','\u{3ec}'],

-	['\u{3ee}','\u{3ee}'],

-	['\u{3f4}','\u{3f4}'],

-	['\u{3f7}','\u{3f7}'],

-	['\u{3f9}','\u{3fa}'],

-	['\u{3fd}','\u{42f}'],

-	['\u{460}','\u{460}'],

-	['\u{462}','\u{462}'],

-	['\u{464}','\u{464}'],

-	['\u{466}','\u{466}'],

-	['\u{468}','\u{468}'],

-	['\u{46a}','\u{46a}'],

-	['\u{46c}','\u{46c}'],

-	['\u{46e}','\u{46e}'],

-	['\u{470}','\u{470}'],

-	['\u{472}','\u{472}'],

-	['\u{474}','\u{474}'],

-	['\u{476}','\u{476}'],

-	['\u{478}','\u{478}'],

-	['\u{47a}','\u{47a}'],

-	['\u{47c}','\u{47c}'],

-	['\u{47e}','\u{47e}'],

-	['\u{480}','\u{480}'],

-	['\u{48a}','\u{48a}'],

-	['\u{48c}','\u{48c}'],

-	['\u{48e}','\u{48e}'],

-	['\u{490}','\u{490}'],

-	['\u{492}','\u{492}'],

-	['\u{494}','\u{494}'],

-	['\u{496}','\u{496}'],

-	['\u{498}','\u{498}'],

-	['\u{49a}','\u{49a}'],

-	['\u{49c}','\u{49c}'],

-	['\u{49e}','\u{49e}'],

-	['\u{4a0}','\u{4a0}'],

-	['\u{4a2}','\u{4a2}'],

-	['\u{4a4}','\u{4a4}'],

-	['\u{4a6}','\u{4a6}'],

-	['\u{4a8}','\u{4a8}'],

-	['\u{4aa}','\u{4aa}'],

-	['\u{4ac}','\u{4ac}'],

-	['\u{4ae}','\u{4ae}'],

-	['\u{4b0}','\u{4b0}'],

-	['\u{4b2}','\u{4b2}'],

-	['\u{4b4}','\u{4b4}'],

-	['\u{4b6}','\u{4b6}'],

-	['\u{4b8}','\u{4b8}'],

-	['\u{4ba}','\u{4ba}'],

-	['\u{4bc}','\u{4bc}'],

-	['\u{4be}','\u{4be}'],

-	['\u{4c0}','\u{4c1}'],

-	['\u{4c3}','\u{4c3}'],

-	['\u{4c5}','\u{4c5}'],

-	['\u{4c7}','\u{4c7}'],

-	['\u{4c9}','\u{4c9}'],

-	['\u{4cb}','\u{4cb}'],

-	['\u{4cd}','\u{4cd}'],

-	['\u{4d0}','\u{4d0}'],

-	['\u{4d2}','\u{4d2}'],

-	['\u{4d4}','\u{4d4}'],

-	['\u{4d6}','\u{4d6}'],

-	['\u{4d8}','\u{4d8}'],

-	['\u{4da}','\u{4da}'],

-	['\u{4dc}','\u{4dc}'],

-	['\u{4de}','\u{4de}'],

-	['\u{4e0}','\u{4e0}'],

-	['\u{4e2}','\u{4e2}'],

-	['\u{4e4}','\u{4e4}'],

-	['\u{4e6}','\u{4e6}'],

-	['\u{4e8}','\u{4e8}'],

-	['\u{4ea}','\u{4ea}'],

-	['\u{4ec}','\u{4ec}'],

-	['\u{4ee}','\u{4ee}'],

-	['\u{4f0}','\u{4f0}'],

-	['\u{4f2}','\u{4f2}'],

-	['\u{4f4}','\u{4f4}'],

-	['\u{4f6}','\u{4f6}'],

-	['\u{4f8}','\u{4f8}'],

-	['\u{4fa}','\u{4fa}'],

-	['\u{4fc}','\u{4fc}'],

-	['\u{4fe}','\u{4fe}'],

-	['\u{500}','\u{500}'],

-	['\u{502}','\u{502}'],

-	['\u{504}','\u{504}'],

-	['\u{506}','\u{506}'],

-	['\u{508}','\u{508}'],

-	['\u{50a}','\u{50a}'],

-	['\u{50c}','\u{50c}'],

-	['\u{50e}','\u{50e}'],

-	['\u{510}','\u{510}'],

-	['\u{512}','\u{512}'],

-	['\u{514}','\u{514}'],

-	['\u{516}','\u{516}'],

-	['\u{518}','\u{518}'],

-	['\u{51a}','\u{51a}'],

-	['\u{51c}','\u{51c}'],

-	['\u{51e}','\u{51e}'],

-	['\u{520}','\u{520}'],

-	['\u{522}','\u{522}'],

-	['\u{524}','\u{524}'],

-	['\u{526}','\u{526}'],

-	['\u{531}','\u{556}'],

-	['\u{10a0}','\u{10c5}'],

-	['\u{10c7}','\u{10c7}'],

-	['\u{10cd}','\u{10cd}'],

-	['\u{1e00}','\u{1e00}'],

-	['\u{1e02}','\u{1e02}'],

-	['\u{1e04}','\u{1e04}'],

-	['\u{1e06}','\u{1e06}'],

-	['\u{1e08}','\u{1e08}'],

-	['\u{1e0a}','\u{1e0a}'],

-	['\u{1e0c}','\u{1e0c}'],

-	['\u{1e0e}','\u{1e0e}'],

-	['\u{1e10}','\u{1e10}'],

-	['\u{1e12}','\u{1e12}'],

-	['\u{1e14}','\u{1e14}'],

-	['\u{1e16}','\u{1e16}'],

-	['\u{1e18}','\u{1e18}'],

-	['\u{1e1a}','\u{1e1a}'],

-	['\u{1e1c}','\u{1e1c}'],

-	['\u{1e1e}','\u{1e1e}'],

-	['\u{1e20}','\u{1e20}'],

-	['\u{1e22}','\u{1e22}'],

-	['\u{1e24}','\u{1e24}'],

-	['\u{1e26}','\u{1e26}'],

-	['\u{1e28}','\u{1e28}'],

-	['\u{1e2a}','\u{1e2a}'],

-	['\u{1e2c}','\u{1e2c}'],

-	['\u{1e2e}','\u{1e2e}'],

-	['\u{1e30}','\u{1e30}'],

-	['\u{1e32}','\u{1e32}'],

-	['\u{1e34}','\u{1e34}'],

-	['\u{1e36}','\u{1e36}'],

-	['\u{1e38}','\u{1e38}'],

-	['\u{1e3a}','\u{1e3a}'],

-	['\u{1e3c}','\u{1e3c}'],

-	['\u{1e3e}','\u{1e3e}'],

-	['\u{1e40}','\u{1e40}'],

-	['\u{1e42}','\u{1e42}'],

-	['\u{1e44}','\u{1e44}'],

-	['\u{1e46}','\u{1e46}'],

-	['\u{1e48}','\u{1e48}'],

-	['\u{1e4a}','\u{1e4a}'],

-	['\u{1e4c}','\u{1e4c}'],

-	['\u{1e4e}','\u{1e4e}'],

-	['\u{1e50}','\u{1e50}'],

-	['\u{1e52}','\u{1e52}'],

-	['\u{1e54}','\u{1e54}'],

-	['\u{1e56}','\u{1e56}'],

-	['\u{1e58}','\u{1e58}'],

-	['\u{1e5a}','\u{1e5a}'],

-	['\u{1e5c}','\u{1e5c}'],

-	['\u{1e5e}','\u{1e5e}'],

-	['\u{1e60}','\u{1e60}'],

-	['\u{1e62}','\u{1e62}'],

-	['\u{1e64}','\u{1e64}'],

-	['\u{1e66}','\u{1e66}'],

-	['\u{1e68}','\u{1e68}'],

-	['\u{1e6a}','\u{1e6a}'],

-	['\u{1e6c}','\u{1e6c}'],

-	['\u{1e6e}','\u{1e6e}'],

-	['\u{1e70}','\u{1e70}'],

-	['\u{1e72}','\u{1e72}'],

-	['\u{1e74}','\u{1e74}'],

-	['\u{1e76}','\u{1e76}'],

-	['\u{1e78}','\u{1e78}'],

-	['\u{1e7a}','\u{1e7a}'],

-	['\u{1e7c}','\u{1e7c}'],

-	['\u{1e7e}','\u{1e7e}'],

-	['\u{1e80}','\u{1e80}'],

-	['\u{1e82}','\u{1e82}'],

-	['\u{1e84}','\u{1e84}'],

-	['\u{1e86}','\u{1e86}'],

-	['\u{1e88}','\u{1e88}'],

-	['\u{1e8a}','\u{1e8a}'],

-	['\u{1e8c}','\u{1e8c}'],

-	['\u{1e8e}','\u{1e8e}'],

-	['\u{1e90}','\u{1e90}'],

-	['\u{1e92}','\u{1e92}'],

-	['\u{1e94}','\u{1e94}'],

-	['\u{1e9e}','\u{1e9e}'],

-	['\u{1ea0}','\u{1ea0}'],

-	['\u{1ea2}','\u{1ea2}'],

-	['\u{1ea4}','\u{1ea4}'],

-	['\u{1ea6}','\u{1ea6}'],

-	['\u{1ea8}','\u{1ea8}'],

-	['\u{1eaa}','\u{1eaa}'],

-	['\u{1eac}','\u{1eac}'],

-	['\u{1eae}','\u{1eae}'],

-	['\u{1eb0}','\u{1eb0}'],

-	['\u{1eb2}','\u{1eb2}'],

-	['\u{1eb4}','\u{1eb4}'],

-	['\u{1eb6}','\u{1eb6}'],

-	['\u{1eb8}','\u{1eb8}'],

-	['\u{1eba}','\u{1eba}'],

-	['\u{1ebc}','\u{1ebc}'],

-	['\u{1ebe}','\u{1ebe}'],

-	['\u{1ec0}','\u{1ec0}'],

-	['\u{1ec2}','\u{1ec2}'],

-	['\u{1ec4}','\u{1ec4}'],

-	['\u{1ec6}','\u{1ec6}'],

-	['\u{1ec8}','\u{1ec8}'],

-	['\u{1eca}','\u{1eca}'],

-	['\u{1ecc}','\u{1ecc}'],

-	['\u{1ece}','\u{1ece}'],

-	['\u{1ed0}','\u{1ed0}'],

-	['\u{1ed2}','\u{1ed2}'],

-	['\u{1ed4}','\u{1ed4}'],

-	['\u{1ed6}','\u{1ed6}'],

-	['\u{1ed8}','\u{1ed8}'],

-	['\u{1eda}','\u{1eda}'],

-	['\u{1edc}','\u{1edc}'],

-	['\u{1ede}','\u{1ede}'],

-	['\u{1ee0}','\u{1ee0}'],

-	['\u{1ee2}','\u{1ee2}'],

-	['\u{1ee4}','\u{1ee4}'],

-	['\u{1ee6}','\u{1ee6}'],

-	['\u{1ee8}','\u{1ee8}'],

-	['\u{1eea}','\u{1eea}'],

-	['\u{1eec}','\u{1eec}'],

-	['\u{1eee}','\u{1eee}'],

-	['\u{1ef0}','\u{1ef0}'],

-	['\u{1ef2}','\u{1ef2}'],

-	['\u{1ef4}','\u{1ef4}'],

-	['\u{1ef6}','\u{1ef6}'],

-	['\u{1ef8}','\u{1ef8}'],

-	['\u{1efa}','\u{1efa}'],

-	['\u{1efc}','\u{1efc}'],

-	['\u{1efe}','\u{1efe}'],

-	['\u{1f08}','\u{1f0f}'],

-	['\u{1f18}','\u{1f1d}'],

-	['\u{1f28}','\u{1f2f}'],

-	['\u{1f38}','\u{1f3f}'],

-	['\u{1f48}','\u{1f4d}'],

-	['\u{1f59}','\u{1f59}'],

-	['\u{1f5b}','\u{1f5b}'],

-	['\u{1f5d}','\u{1f5d}'],

-	['\u{1f5f}','\u{1f5f}'],

-	['\u{1f68}','\u{1f6f}'],

-	['\u{1fb8}','\u{1fbb}'],

-	['\u{1fc8}','\u{1fcb}'],

-	['\u{1fd8}','\u{1fdb}'],

-	['\u{1fe8}','\u{1fec}'],

-	['\u{1ff8}','\u{1ffb}'],

-	['\u{2102}','\u{2102}'],

-	['\u{2107}','\u{2107}'],

-	['\u{210b}','\u{210d}'],

-	['\u{2110}','\u{2112}'],

-	['\u{2115}','\u{2115}'],

-	['\u{2119}','\u{211d}'],

-	['\u{2124}','\u{2124}'],

-	['\u{2126}','\u{2126}'],

-	['\u{2128}','\u{2128}'],

-	['\u{212a}','\u{212d}'],

-	['\u{2130}','\u{2133}'],

-	['\u{213e}','\u{213f}'],

-	['\u{2145}','\u{2145}'],

-	['\u{2183}','\u{2183}'],

-	['\u{2c00}','\u{2c2e}'],

-	['\u{2c60}','\u{2c60}'],

-	['\u{2c62}','\u{2c64}'],

-	['\u{2c67}','\u{2c67}'],

-	['\u{2c69}','\u{2c69}'],

-	['\u{2c6b}','\u{2c6b}'],

-	['\u{2c6d}','\u{2c70}'],

-	['\u{2c72}','\u{2c72}'],

-	['\u{2c75}','\u{2c75}'],

-	['\u{2c7e}','\u{2c80}'],

-	['\u{2c82}','\u{2c82}'],

-	['\u{2c84}','\u{2c84}'],

-	['\u{2c86}','\u{2c86}'],

-	['\u{2c88}','\u{2c88}'],

-	['\u{2c8a}','\u{2c8a}'],

-	['\u{2c8c}','\u{2c8c}'],

-	['\u{2c8e}','\u{2c8e}'],

-	['\u{2c90}','\u{2c90}'],

-	['\u{2c92}','\u{2c92}'],

-	['\u{2c94}','\u{2c94}'],

-	['\u{2c96}','\u{2c96}'],

-	['\u{2c98}','\u{2c98}'],

-	['\u{2c9a}','\u{2c9a}'],

-	['\u{2c9c}','\u{2c9c}'],

-	['\u{2c9e}','\u{2c9e}'],

-	['\u{2ca0}','\u{2ca0}'],

-	['\u{2ca2}','\u{2ca2}'],

-	['\u{2ca4}','\u{2ca4}'],

-	['\u{2ca6}','\u{2ca6}'],

-	['\u{2ca8}','\u{2ca8}'],

-	['\u{2caa}','\u{2caa}'],

-	['\u{2cac}','\u{2cac}'],

-	['\u{2cae}','\u{2cae}'],

-	['\u{2cb0}','\u{2cb0}'],

-	['\u{2cb2}','\u{2cb2}'],

-	['\u{2cb4}','\u{2cb4}'],

-	['\u{2cb6}','\u{2cb6}'],

-	['\u{2cb8}','\u{2cb8}'],

-	['\u{2cba}','\u{2cba}'],

-	['\u{2cbc}','\u{2cbc}'],

-	['\u{2cbe}','\u{2cbe}'],

-	['\u{2cc0}','\u{2cc0}'],

-	['\u{2cc2}','\u{2cc2}'],

-	['\u{2cc4}','\u{2cc4}'],

-	['\u{2cc6}','\u{2cc6}'],

-	['\u{2cc8}','\u{2cc8}'],

-	['\u{2cca}','\u{2cca}'],

-	['\u{2ccc}','\u{2ccc}'],

-	['\u{2cce}','\u{2cce}'],

-	['\u{2cd0}','\u{2cd0}'],

-	['\u{2cd2}','\u{2cd2}'],

-	['\u{2cd4}','\u{2cd4}'],

-	['\u{2cd6}','\u{2cd6}'],

-	['\u{2cd8}','\u{2cd8}'],

-	['\u{2cda}','\u{2cda}'],

-	['\u{2cdc}','\u{2cdc}'],

-	['\u{2cde}','\u{2cde}'],

-	['\u{2ce0}','\u{2ce0}'],

-	['\u{2ce2}','\u{2ce2}'],

-	['\u{2ceb}','\u{2ceb}'],

-	['\u{2ced}','\u{2ced}'],

-	['\u{2cf2}','\u{2cf2}'],

-	['\u{a640}','\u{a640}'],

-	['\u{a642}','\u{a642}'],

-	['\u{a644}','\u{a644}'],

-	['\u{a646}','\u{a646}'],

-	['\u{a648}','\u{a648}'],

-	['\u{a64a}','\u{a64a}'],

-	['\u{a64c}','\u{a64c}'],

-	['\u{a64e}','\u{a64e}'],

-	['\u{a650}','\u{a650}'],

-	['\u{a652}','\u{a652}'],

-	['\u{a654}','\u{a654}'],

-	['\u{a656}','\u{a656}'],

-	['\u{a658}','\u{a658}'],

-	['\u{a65a}','\u{a65a}'],

-	['\u{a65c}','\u{a65c}'],

-	['\u{a65e}','\u{a65e}'],

-	['\u{a660}','\u{a660}'],

-	['\u{a662}','\u{a662}'],

-	['\u{a664}','\u{a664}'],

-	['\u{a666}','\u{a666}'],

-	['\u{a668}','\u{a668}'],

-	['\u{a66a}','\u{a66a}'],

-	['\u{a66c}','\u{a66c}'],

-	['\u{a680}','\u{a680}'],

-	['\u{a682}','\u{a682}'],

-	['\u{a684}','\u{a684}'],

-	['\u{a686}','\u{a686}'],

-	['\u{a688}','\u{a688}'],

-	['\u{a68a}','\u{a68a}'],

-	['\u{a68c}','\u{a68c}'],

-	['\u{a68e}','\u{a68e}'],

-	['\u{a690}','\u{a690}'],

-	['\u{a692}','\u{a692}'],

-	['\u{a694}','\u{a694}'],

-	['\u{a696}','\u{a696}'],

-	['\u{a722}','\u{a722}'],

-	['\u{a724}','\u{a724}'],

-	['\u{a726}','\u{a726}'],

-	['\u{a728}','\u{a728}'],

-	['\u{a72a}','\u{a72a}'],

-	['\u{a72c}','\u{a72c}'],

-	['\u{a72e}','\u{a72e}'],

-	['\u{a732}','\u{a732}'],

-	['\u{a734}','\u{a734}'],

-	['\u{a736}','\u{a736}'],

-	['\u{a738}','\u{a738}'],

-	['\u{a73a}','\u{a73a}'],

-	['\u{a73c}','\u{a73c}'],

-	['\u{a73e}','\u{a73e}'],

-	['\u{a740}','\u{a740}'],

-	['\u{a742}','\u{a742}'],

-	['\u{a744}','\u{a744}'],

-	['\u{a746}','\u{a746}'],

-	['\u{a748}','\u{a748}'],

-	['\u{a74a}','\u{a74a}'],

-	['\u{a74c}','\u{a74c}'],

-	['\u{a74e}','\u{a74e}'],

-	['\u{a750}','\u{a750}'],

-	['\u{a752}','\u{a752}'],

-	['\u{a754}','\u{a754}'],

-	['\u{a756}','\u{a756}'],

-	['\u{a758}','\u{a758}'],

-	['\u{a75a}','\u{a75a}'],

-	['\u{a75c}','\u{a75c}'],

-	['\u{a75e}','\u{a75e}'],

-	['\u{a760}','\u{a760}'],

-	['\u{a762}','\u{a762}'],

-	['\u{a764}','\u{a764}'],

-	['\u{a766}','\u{a766}'],

-	['\u{a768}','\u{a768}'],

-	['\u{a76a}','\u{a76a}'],

-	['\u{a76c}','\u{a76c}'],

-	['\u{a76e}','\u{a76e}'],

-	['\u{a779}','\u{a779}'],

-	['\u{a77b}','\u{a77b}'],

-	['\u{a77d}','\u{a77e}'],

-	['\u{a780}','\u{a780}'],

-	['\u{a782}','\u{a782}'],

-	['\u{a784}','\u{a784}'],

-	['\u{a786}','\u{a786}'],

-	['\u{a78b}','\u{a78b}'],

-	['\u{a78d}','\u{a78d}'],

-	['\u{a790}','\u{a790}'],

-	['\u{a792}','\u{a792}'],

-	['\u{a7a0}','\u{a7a0}'],

-	['\u{a7a2}','\u{a7a2}'],

-	['\u{a7a4}','\u{a7a4}'],

-	['\u{a7a6}','\u{a7a6}'],

-	['\u{a7a8}','\u{a7a8}'],

-	['\u{a7aa}','\u{a7aa}'],

-	['\u{ff21}','\u{ff3a}'],

-	['\u{10400}','\u{10427}'],

-	['\u{1d400}','\u{1d419}'],

-	['\u{1d434}','\u{1d44d}'],

-	['\u{1d468}','\u{1d481}'],

-	['\u{1d49c}','\u{1d49c}'],

-	['\u{1d49e}','\u{1d49f}'],

-	['\u{1d4a2}','\u{1d4a2}'],

-	['\u{1d4a5}','\u{1d4a6}'],

-	['\u{1d4a9}','\u{1d4ac}'],

-	['\u{1d4ae}','\u{1d4b5}'],

-	['\u{1d4d0}','\u{1d4e9}'],

-	['\u{1d504}','\u{1d505}'],

-	['\u{1d507}','\u{1d50a}'],

-	['\u{1d50d}','\u{1d514}'],

-	['\u{1d516}','\u{1d51c}'],

-	['\u{1d538}','\u{1d539}'],

-	['\u{1d53b}','\u{1d53e}'],

-	['\u{1d540}','\u{1d544}'],

-	['\u{1d546}','\u{1d546}'],

-	['\u{1d54a}','\u{1d550}'],

-	['\u{1d56c}','\u{1d585}'],

-	['\u{1d5a0}','\u{1d5b9}'],

-	['\u{1d5d4}','\u{1d5ed}'],

-	['\u{1d608}','\u{1d621}'],

-	['\u{1d63c}','\u{1d655}'],

-	['\u{1d670}','\u{1d689}'],

-	['\u{1d6a8}','\u{1d6c0}'],

-	['\u{1d6e2}','\u{1d6fa}'],

-	['\u{1d71c}','\u{1d734}'],

-	['\u{1d756}','\u{1d76e}'],

-	['\u{1d790}','\u{1d7a8}'],

-	['\u{1d7ca}','\u{1d7ca}'],

-]

-

-const tablower = [

-	['\u{61}','\u{7a}'],

-	['\u{b5}','\u{b5}'],

-	['\u{df}','\u{f6}'],

-	['\u{f8}','\u{ff}'],

-	['\u{101}','\u{101}'],

-	['\u{103}','\u{103}'],

-	['\u{105}','\u{105}'],

-	['\u{107}','\u{107}'],

-	['\u{109}','\u{109}'],

-	['\u{10b}','\u{10b}'],

-	['\u{10d}','\u{10d}'],

-	['\u{10f}','\u{10f}'],

-	['\u{111}','\u{111}'],

-	['\u{113}','\u{113}'],

-	['\u{115}','\u{115}'],

-	['\u{117}','\u{117}'],

-	['\u{119}','\u{119}'],

-	['\u{11b}','\u{11b}'],

-	['\u{11d}','\u{11d}'],

-	['\u{11f}','\u{11f}'],

-	['\u{121}','\u{121}'],

-	['\u{123}','\u{123}'],

-	['\u{125}','\u{125}'],

-	['\u{127}','\u{127}'],

-	['\u{129}','\u{129}'],

-	['\u{12b}','\u{12b}'],

-	['\u{12d}','\u{12d}'],

-	['\u{12f}','\u{12f}'],

-	['\u{131}','\u{131}'],

-	['\u{133}','\u{133}'],

-	['\u{135}','\u{135}'],

-	['\u{137}','\u{138}'],

-	['\u{13a}','\u{13a}'],

-	['\u{13c}','\u{13c}'],

-	['\u{13e}','\u{13e}'],

-	['\u{140}','\u{140}'],

-	['\u{142}','\u{142}'],

-	['\u{144}','\u{144}'],

-	['\u{146}','\u{146}'],

-	['\u{148}','\u{149}'],

-	['\u{14b}','\u{14b}'],

-	['\u{14d}','\u{14d}'],

-	['\u{14f}','\u{14f}'],

-	['\u{151}','\u{151}'],

-	['\u{153}','\u{153}'],

-	['\u{155}','\u{155}'],

-	['\u{157}','\u{157}'],

-	['\u{159}','\u{159}'],

-	['\u{15b}','\u{15b}'],

-	['\u{15d}','\u{15d}'],

-	['\u{15f}','\u{15f}'],

-	['\u{161}','\u{161}'],

-	['\u{163}','\u{163}'],

-	['\u{165}','\u{165}'],

-	['\u{167}','\u{167}'],

-	['\u{169}','\u{169}'],

-	['\u{16b}','\u{16b}'],

-	['\u{16d}','\u{16d}'],

-	['\u{16f}','\u{16f}'],

-	['\u{171}','\u{171}'],

-	['\u{173}','\u{173}'],

-	['\u{175}','\u{175}'],

-	['\u{177}','\u{177}'],

-	['\u{17a}','\u{17a}'],

-	['\u{17c}','\u{17c}'],

-	['\u{17e}','\u{180}'],

-	['\u{183}','\u{183}'],

-	['\u{185}','\u{185}'],

-	['\u{188}','\u{188}'],

-	['\u{18c}','\u{18d}'],

-	['\u{192}','\u{192}'],

-	['\u{195}','\u{195}'],

-	['\u{199}','\u{19b}'],

-	['\u{19e}','\u{19e}'],

-	['\u{1a1}','\u{1a1}'],

-	['\u{1a3}','\u{1a3}'],

-	['\u{1a5}','\u{1a5}'],

-	['\u{1a8}','\u{1a8}'],

-	['\u{1aa}','\u{1ab}'],

-	['\u{1ad}','\u{1ad}'],

-	['\u{1b0}','\u{1b0}'],

-	['\u{1b4}','\u{1b4}'],

-	['\u{1b6}','\u{1b6}'],

-	['\u{1b9}','\u{1ba}'],

-	['\u{1bd}','\u{1bf}'],

-	['\u{1c6}','\u{1c6}'],

-	['\u{1c9}','\u{1c9}'],

-	['\u{1cc}','\u{1cc}'],

-	['\u{1ce}','\u{1ce}'],

-	['\u{1d0}','\u{1d0}'],

-	['\u{1d2}','\u{1d2}'],

-	['\u{1d4}','\u{1d4}'],

-	['\u{1d6}','\u{1d6}'],

-	['\u{1d8}','\u{1d8}'],

-	['\u{1da}','\u{1da}'],

-	['\u{1dc}','\u{1dd}'],

-	['\u{1df}','\u{1df}'],

-	['\u{1e1}','\u{1e1}'],

-	['\u{1e3}','\u{1e3}'],

-	['\u{1e5}','\u{1e5}'],

-	['\u{1e7}','\u{1e7}'],

-	['\u{1e9}','\u{1e9}'],

-	['\u{1eb}','\u{1eb}'],

-	['\u{1ed}','\u{1ed}'],

-	['\u{1ef}','\u{1f0}'],

-	['\u{1f3}','\u{1f3}'],

-	['\u{1f5}','\u{1f5}'],

-	['\u{1f9}','\u{1f9}'],

-	['\u{1fb}','\u{1fb}'],

-	['\u{1fd}','\u{1fd}'],

-	['\u{1ff}','\u{1ff}'],

-	['\u{201}','\u{201}'],

-	['\u{203}','\u{203}'],

-	['\u{205}','\u{205}'],

-	['\u{207}','\u{207}'],

-	['\u{209}','\u{209}'],

-	['\u{20b}','\u{20b}'],

-	['\u{20d}','\u{20d}'],

-	['\u{20f}','\u{20f}'],

-	['\u{211}','\u{211}'],

-	['\u{213}','\u{213}'],

-	['\u{215}','\u{215}'],

-	['\u{217}','\u{217}'],

-	['\u{219}','\u{219}'],

-	['\u{21b}','\u{21b}'],

-	['\u{21d}','\u{21d}'],

-	['\u{21f}','\u{21f}'],

-	['\u{221}','\u{221}'],

-	['\u{223}','\u{223}'],

-	['\u{225}','\u{225}'],

-	['\u{227}','\u{227}'],

-	['\u{229}','\u{229}'],

-	['\u{22b}','\u{22b}'],

-	['\u{22d}','\u{22d}'],

-	['\u{22f}','\u{22f}'],

-	['\u{231}','\u{231}'],

-	['\u{233}','\u{239}'],

-	['\u{23c}','\u{23c}'],

-	['\u{23f}','\u{240}'],

-	['\u{242}','\u{242}'],

-	['\u{247}','\u{247}'],

-	['\u{249}','\u{249}'],

-	['\u{24b}','\u{24b}'],

-	['\u{24d}','\u{24d}'],

-	['\u{24f}','\u{293}'],

-	['\u{295}','\u{2af}'],

-	['\u{371}','\u{371}'],

-	['\u{373}','\u{373}'],

-	['\u{377}','\u{377}'],

-	['\u{37b}','\u{37d}'],

-	['\u{390}','\u{390}'],

-	['\u{3ac}','\u{3ce}'],

-	['\u{3d0}','\u{3d1}'],

-	['\u{3d5}','\u{3d7}'],

-	['\u{3d9}','\u{3d9}'],

-	['\u{3db}','\u{3db}'],

-	['\u{3dd}','\u{3dd}'],

-	['\u{3df}','\u{3df}'],

-	['\u{3e1}','\u{3e1}'],

-	['\u{3e3}','\u{3e3}'],

-	['\u{3e5}','\u{3e5}'],

-	['\u{3e7}','\u{3e7}'],

-	['\u{3e9}','\u{3e9}'],

-	['\u{3eb}','\u{3eb}'],

-	['\u{3ed}','\u{3ed}'],

-	['\u{3ef}','\u{3f3}'],

-	['\u{3f5}','\u{3f5}'],

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-	['\u{a77c}','\u{a77c}'],

-	['\u{a77f}','\u{a77f}'],

-	['\u{a781}','\u{a781}'],

-	['\u{a783}','\u{a783}'],

-	['\u{a785}','\u{a785}'],

-	['\u{a787}','\u{a787}'],

-	['\u{a78c}','\u{a78c}'],

-	['\u{a78e}','\u{a78e}'],

-	['\u{a791}','\u{a791}'],

-	['\u{a793}','\u{a793}'],

-	['\u{a7a1}','\u{a7a1}'],

-	['\u{a7a3}','\u{a7a3}'],

-	['\u{a7a5}','\u{a7a5}'],

-	['\u{a7a7}','\u{a7a7}'],

-	['\u{a7a9}','\u{a7a9}'],

-	['\u{a7fa}','\u{a7fa}'],

-	['\u{fb00}','\u{fb06}'],

-	['\u{fb13}','\u{fb17}'],

-	['\u{ff41}','\u{ff5a}'],

-	['\u{10428}','\u{1044f}'],

-	['\u{1d41a}','\u{1d433}'],

-	['\u{1d44e}','\u{1d454}'],

-	['\u{1d456}','\u{1d467}'],

-	['\u{1d482}','\u{1d49b}'],

-	['\u{1d4b6}','\u{1d4b9}'],

-	['\u{1d4bb}','\u{1d4bb}'],

-	['\u{1d4bd}','\u{1d4c3}'],

-	['\u{1d4c5}','\u{1d4cf}'],

-	['\u{1d4ea}','\u{1d503}'],

-	['\u{1d51e}','\u{1d537}'],

-	['\u{1d552}','\u{1d56b}'],

-	['\u{1d586}','\u{1d59f}'],

-	['\u{1d5ba}','\u{1d5d3}'],

-	['\u{1d5ee}','\u{1d607}'],

-	['\u{1d622}','\u{1d63b}'],

-	['\u{1d656}','\u{1d66f}'],

-	['\u{1d68a}','\u{1d6a5}'],

-	['\u{1d6c2}','\u{1d6da}'],

-	['\u{1d6dc}','\u{1d6e1}'],

-	['\u{1d6fc}','\u{1d714}'],

-	['\u{1d716}','\u{1d71b}'],

-	['\u{1d736}','\u{1d74e}'],

-	['\u{1d750}','\u{1d755}'],

-	['\u{1d770}','\u{1d788}'],

-	['\u{1d78a}','\u{1d78f}'],

-	['\u{1d7aa}','\u{1d7c2}'],

-	['\u{1d7c4}','\u{1d7c9}'],

-	['\u{1d7cb}','\u{1d7cb}'],

-]

-

-const tabtitle = [

-	['\u{1c5}','\u{1c5}'],

-	['\u{1c8}','\u{1c8}'],

-	['\u{1cb}','\u{1cb}'],

-	['\u{1f2}','\u{1f2}'],

-	['\u{1f88}','\u{1f8f}'],

-	['\u{1f98}','\u{1f9f}'],

-	['\u{1fa8}','\u{1faf}'],

-	['\u{1fbc}','\u{1fbc}'],

-	['\u{1fcc}','\u{1fcc}'],

-	['\u{1ffc}','\u{1ffc}'],

-]

-

-const tabword = [

-	['\u{30}','\u{39}'],

-	['\u{41}','\u{5a}'],

-	['\u{5f}','\u{5f}'],

-	['\u{61}','\u{7a}'],

-	['\u{aa}','\u{aa}'],

-	['\u{b5}','\u{b5}'],

-	['\u{ba}','\u{ba}'],

-	['\u{c0}','\u{d6}'],

-	['\u{d8}','\u{f6}'],

-	['\u{f8}','\u{2c1}'],

-	['\u{2c6}','\u{2d1}'],

-	['\u{2e0}','\u{2e4}'],

-	['\u{2ec}','\u{2ec}'],

-	['\u{2ee}','\u{2ee}'],

-	['\u{370}','\u{374}'],

-	['\u{376}','\u{377}'],

-	['\u{37a}','\u{37d}'],

-	['\u{386}','\u{386}'],

-	['\u{388}','\u{38a}'],

-	['\u{38c}','\u{38c}'],

-	['\u{38e}','\u{3a1}'],

-	['\u{3a3}','\u{3f5}'],

-	['\u{3f7}','\u{481}'],

-	['\u{48a}','\u{527}'],

-	['\u{531}','\u{556}'],

-	['\u{559}','\u{559}'],

-	['\u{561}','\u{587}'],

-	['\u{5d0}','\u{5ea}'],

-	['\u{5f0}','\u{5f2}'],

-	['\u{620}','\u{64a}'],

-	['\u{660}','\u{669}'],

-	['\u{66e}','\u{66f}'],

-	['\u{671}','\u{6d3}'],

-	['\u{6d5}','\u{6d5}'],

-	['\u{6e5}','\u{6e6}'],

-	['\u{6ee}','\u{6fc}'],

-	['\u{6ff}','\u{6ff}'],

-	['\u{710}','\u{710}'],

-	['\u{712}','\u{72f}'],

-	['\u{74d}','\u{7a5}'],

-	['\u{7b1}','\u{7b1}'],

-	['\u{7c0}','\u{7ea}'],

-	['\u{7f4}','\u{7f5}'],

-	['\u{7fa}','\u{7fa}'],

-	['\u{800}','\u{815}'],

-	['\u{81a}','\u{81a}'],

-	['\u{824}','\u{824}'],

-	['\u{828}','\u{828}'],

-	['\u{840}','\u{858}'],

-	['\u{8a0}','\u{8a0}'],

-	['\u{8a2}','\u{8ac}'],

-	['\u{904}','\u{939}'],

-	['\u{93d}','\u{93d}'],

-	['\u{950}','\u{950}'],

-	['\u{958}','\u{961}'],

-	['\u{966}','\u{96f}'],

-	['\u{971}','\u{977}'],

-	['\u{979}','\u{97f}'],

-	['\u{985}','\u{98c}'],

-	['\u{98f}','\u{990}'],

-	['\u{993}','\u{9a8}'],

-	['\u{9aa}','\u{9b0}'],

-	['\u{9b2}','\u{9b2}'],

-	['\u{9b6}','\u{9b9}'],

-	['\u{9bd}','\u{9bd}'],

-	['\u{9ce}','\u{9ce}'],

-	['\u{9dc}','\u{9dd}'],

-	['\u{9df}','\u{9e1}'],

-	['\u{9e6}','\u{9f1}'],

-	['\u{a05}','\u{a0a}'],

-	['\u{a0f}','\u{a10}'],

-	['\u{a13}','\u{a28}'],

-	['\u{a2a}','\u{a30}'],

-	['\u{a32}','\u{a33}'],

-	['\u{a35}','\u{a36}'],

-	['\u{a38}','\u{a39}'],

-	['\u{a59}','\u{a5c}'],

-	['\u{a5e}','\u{a5e}'],

-	['\u{a66}','\u{a6f}'],

-	['\u{a72}','\u{a74}'],

-	['\u{a85}','\u{a8d}'],

-	['\u{a8f}','\u{a91}'],

-	['\u{a93}','\u{aa8}'],

-	['\u{aaa}','\u{ab0}'],

-	['\u{ab2}','\u{ab3}'],

-	['\u{ab5}','\u{ab9}'],

-	['\u{abd}','\u{abd}'],

-	['\u{ad0}','\u{ad0}'],

-	['\u{ae0}','\u{ae1}'],

-	['\u{ae6}','\u{aef}'],

-	['\u{b05}','\u{b0c}'],

-	['\u{b0f}','\u{b10}'],

-	['\u{b13}','\u{b28}'],

-	['\u{b2a}','\u{b30}'],

-	['\u{b32}','\u{b33}'],

-	['\u{b35}','\u{b39}'],

-	['\u{b3d}','\u{b3d}'],

-	['\u{b5c}','\u{b5d}'],

-	['\u{b5f}','\u{b61}'],

-	['\u{b66}','\u{b6f}'],

-	['\u{b71}','\u{b71}'],

-	['\u{b83}','\u{b83}'],

-	['\u{b85}','\u{b8a}'],

-	['\u{b8e}','\u{b90}'],

-	['\u{b92}','\u{b95}'],

-	['\u{b99}','\u{b9a}'],

-	['\u{b9c}','\u{b9c}'],

-	['\u{b9e}','\u{b9f}'],

-	['\u{ba3}','\u{ba4}'],

-	['\u{ba8}','\u{baa}'],

-	['\u{bae}','\u{bb9}'],

-	['\u{bd0}','\u{bd0}'],

-	['\u{be6}','\u{bef}'],

-	['\u{c05}','\u{c0c}'],

-	['\u{c0e}','\u{c10}'],

-	['\u{c12}','\u{c28}'],

-	['\u{c2a}','\u{c33}'],

-	['\u{c35}','\u{c39}'],

-	['\u{c3d}','\u{c3d}'],

-	['\u{c58}','\u{c59}'],

-	['\u{c60}','\u{c61}'],

-	['\u{c66}','\u{c6f}'],

-	['\u{c85}','\u{c8c}'],

-	['\u{c8e}','\u{c90}'],

-	['\u{c92}','\u{ca8}'],

-	['\u{caa}','\u{cb3}'],

-	['\u{cb5}','\u{cb9}'],

-	['\u{cbd}','\u{cbd}'],

-	['\u{cde}','\u{cde}'],

-	['\u{ce0}','\u{ce1}'],

-	['\u{ce6}','\u{cef}'],

-	['\u{cf1}','\u{cf2}'],

-	['\u{d05}','\u{d0c}'],

-	['\u{d0e}','\u{d10}'],

-	['\u{d12}','\u{d3a}'],

-	['\u{d3d}','\u{d3d}'],

-	['\u{d4e}','\u{d4e}'],

-	['\u{d60}','\u{d61}'],

-	['\u{d66}','\u{d6f}'],

-	['\u{d7a}','\u{d7f}'],

-	['\u{d85}','\u{d96}'],

-	['\u{d9a}','\u{db1}'],

-	['\u{db3}','\u{dbb}'],

-	['\u{dbd}','\u{dbd}'],

-	['\u{dc0}','\u{dc6}'],

-	['\u{e01}','\u{e30}'],

-	['\u{e32}','\u{e33}'],

-	['\u{e40}','\u{e46}'],

-	['\u{e50}','\u{e59}'],

-	['\u{e81}','\u{e82}'],

-	['\u{e84}','\u{e84}'],

-	['\u{e87}','\u{e88}'],

-	['\u{e8a}','\u{e8a}'],

-	['\u{e8d}','\u{e8d}'],

-	['\u{e94}','\u{e97}'],

-	['\u{e99}','\u{e9f}'],

-	['\u{ea1}','\u{ea3}'],

-	['\u{ea5}','\u{ea5}'],

-	['\u{ea7}','\u{ea7}'],

-	['\u{eaa}','\u{eab}'],

-	['\u{ead}','\u{eb0}'],

-	['\u{eb2}','\u{eb3}'],

-	['\u{ebd}','\u{ebd}'],

-	['\u{ec0}','\u{ec4}'],

-	['\u{ec6}','\u{ec6}'],

-	['\u{ed0}','\u{ed9}'],

-	['\u{edc}','\u{edf}'],

-	['\u{f00}','\u{f00}'],

-	['\u{f20}','\u{f29}'],

-	['\u{f40}','\u{f47}'],

-	['\u{f49}','\u{f6c}'],

-	['\u{f88}','\u{f8c}'],

-	['\u{1000}','\u{102a}'],

-	['\u{103f}','\u{1049}'],

-	['\u{1050}','\u{1055}'],

-	['\u{105a}','\u{105d}'],

-	['\u{1061}','\u{1061}'],

-	['\u{1065}','\u{1066}'],

-	['\u{106e}','\u{1070}'],

-	['\u{1075}','\u{1081}'],

-	['\u{108e}','\u{108e}'],

-	['\u{1090}','\u{1099}'],

-	['\u{10a0}','\u{10c5}'],

-	['\u{10c7}','\u{10c7}'],

-	['\u{10cd}','\u{10cd}'],

-	['\u{10d0}','\u{10fa}'],

-	['\u{10fc}','\u{1248}'],

-	['\u{124a}','\u{124d}'],

-	['\u{1250}','\u{1256}'],

-	['\u{1258}','\u{1258}'],

-	['\u{125a}','\u{125d}'],

-	['\u{1260}','\u{1288}'],

-	['\u{128a}','\u{128d}'],

-	['\u{1290}','\u{12b0}'],

-	['\u{12b2}','\u{12b5}'],

-	['\u{12b8}','\u{12be}'],

-	['\u{12c0}','\u{12c0}'],

-	['\u{12c2}','\u{12c5}'],

-	['\u{12c8}','\u{12d6}'],

-	['\u{12d8}','\u{1310}'],

-	['\u{1312}','\u{1315}'],

-	['\u{1318}','\u{135a}'],

-	['\u{1380}','\u{138f}'],

-	['\u{13a0}','\u{13f4}'],

-	['\u{1401}','\u{166c}'],

-	['\u{166f}','\u{167f}'],

-	['\u{1681}','\u{169a}'],

-	['\u{16a0}','\u{16ea}'],

-	['\u{1700}','\u{170c}'],

-	['\u{170e}','\u{1711}'],

-	['\u{1720}','\u{1731}'],

-	['\u{1740}','\u{1751}'],

-	['\u{1760}','\u{176c}'],

-	['\u{176e}','\u{1770}'],

-	['\u{1780}','\u{17b3}'],

-	['\u{17d7}','\u{17d7}'],

-	['\u{17dc}','\u{17dc}'],

-	['\u{17e0}','\u{17e9}'],

-	['\u{1810}','\u{1819}'],

-	['\u{1820}','\u{1877}'],

-	['\u{1880}','\u{18a8}'],

-	['\u{18aa}','\u{18aa}'],

-	['\u{18b0}','\u{18f5}'],

-	['\u{1900}','\u{191c}'],

-	['\u{1946}','\u{196d}'],

-	['\u{1970}','\u{1974}'],

-	['\u{1980}','\u{19ab}'],

-	['\u{19c1}','\u{19c7}'],

-	['\u{19d0}','\u{19d9}'],

-	['\u{1a00}','\u{1a16}'],

-	['\u{1a20}','\u{1a54}'],

-	['\u{1a80}','\u{1a89}'],

-	['\u{1a90}','\u{1a99}'],

-	['\u{1aa7}','\u{1aa7}'],

-	['\u{1b05}','\u{1b33}'],

-	['\u{1b45}','\u{1b4b}'],

-	['\u{1b50}','\u{1b59}'],

-	['\u{1b83}','\u{1ba0}'],

-	['\u{1bae}','\u{1be5}'],

-	['\u{1c00}','\u{1c23}'],

-	['\u{1c40}','\u{1c49}'],

-	['\u{1c4d}','\u{1c7d}'],

-	['\u{1ce9}','\u{1cec}'],

-	['\u{1cee}','\u{1cf1}'],

-	['\u{1cf5}','\u{1cf6}'],

-	['\u{1d00}','\u{1dbf}'],

-	['\u{1e00}','\u{1f15}'],

-	['\u{1f18}','\u{1f1d}'],

-	['\u{1f20}','\u{1f45}'],

-	['\u{1f48}','\u{1f4d}'],

-	['\u{1f50}','\u{1f57}'],

-	['\u{1f59}','\u{1f59}'],

-	['\u{1f5b}','\u{1f5b}'],

-	['\u{1f5d}','\u{1f5d}'],

-	['\u{1f5f}','\u{1f7d}'],

-	['\u{1f80}','\u{1fb4}'],

-	['\u{1fb6}','\u{1fbc}'],

-	['\u{1fbe}','\u{1fbe}'],

-	['\u{1fc2}','\u{1fc4}'],

-	['\u{1fc6}','\u{1fcc}'],

-	['\u{1fd0}','\u{1fd3}'],

-	['\u{1fd6}','\u{1fdb}'],

-	['\u{1fe0}','\u{1fec}'],

-	['\u{1ff2}','\u{1ff4}'],

-	['\u{1ff6}','\u{1ffc}'],

-	['\u{2071}','\u{2071}'],

-	['\u{207f}','\u{207f}'],

-	['\u{2090}','\u{209c}'],

-	['\u{2102}','\u{2102}'],

-	['\u{2107}','\u{2107}'],

-	['\u{210a}','\u{2113}'],

-	['\u{2115}','\u{2115}'],

-	['\u{2119}','\u{211d}'],

-	['\u{2124}','\u{2124}'],

-	['\u{2126}','\u{2126}'],

-	['\u{2128}','\u{2128}'],

-	['\u{212a}','\u{212d}'],

-	['\u{212f}','\u{2139}'],

-	['\u{213c}','\u{213f}'],

-	['\u{2145}','\u{2149}'],

-	['\u{214e}','\u{214e}'],

-	['\u{2183}','\u{2184}'],

-	['\u{2c00}','\u{2c2e}'],

-	['\u{2c30}','\u{2c5e}'],

-	['\u{2c60}','\u{2ce4}'],

-	['\u{2ceb}','\u{2cee}'],

-	['\u{2cf2}','\u{2cf3}'],

-	['\u{2d00}','\u{2d25}'],

-	['\u{2d27}','\u{2d27}'],

-	['\u{2d2d}','\u{2d2d}'],

-	['\u{2d30}','\u{2d67}'],

-	['\u{2d6f}','\u{2d6f}'],

-	['\u{2d80}','\u{2d96}'],

-	['\u{2da0}','\u{2da6}'],

-	['\u{2da8}','\u{2dae}'],

-	['\u{2db0}','\u{2db6}'],

-	['\u{2db8}','\u{2dbe}'],

-	['\u{2dc0}','\u{2dc6}'],

-	['\u{2dc8}','\u{2dce}'],

-	['\u{2dd0}','\u{2dd6}'],

-	['\u{2dd8}','\u{2dde}'],

-	['\u{2e2f}','\u{2e2f}'],

-	['\u{3005}','\u{3006}'],

-	['\u{3031}','\u{3035}'],

-	['\u{303b}','\u{303c}'],

-	['\u{3041}','\u{3096}'],

-	['\u{309d}','\u{309f}'],

-	['\u{30a1}','\u{30fa}'],

-	['\u{30fc}','\u{30ff}'],

-	['\u{3105}','\u{312d}'],

-	['\u{3131}','\u{318e}'],

-	['\u{31a0}','\u{31ba}'],

-	['\u{31f0}','\u{31ff}'],

-	['\u{3400}','\u{4db5}'],

-	['\u{4e00}','\u{9fcc}'],

-	['\u{a000}','\u{a48c}'],

-	['\u{a4d0}','\u{a4fd}'],

-	['\u{a500}','\u{a60c}'],

-	['\u{a610}','\u{a62b}'],

-	['\u{a640}','\u{a66e}'],

-	['\u{a67f}','\u{a697}'],

-	['\u{a6a0}','\u{a6e5}'],

-	['\u{a717}','\u{a71f}'],

-	['\u{a722}','\u{a788}'],

-	['\u{a78b}','\u{a78e}'],

-	['\u{a790}','\u{a793}'],

-	['\u{a7a0}','\u{a7aa}'],

-	['\u{a7f8}','\u{a801}'],

-	['\u{a803}','\u{a805}'],

-	['\u{a807}','\u{a80a}'],

-	['\u{a80c}','\u{a822}'],

-	['\u{a840}','\u{a873}'],

-	['\u{a882}','\u{a8b3}'],

-	['\u{a8d0}','\u{a8d9}'],

-	['\u{a8f2}','\u{a8f7}'],

-	['\u{a8fb}','\u{a8fb}'],

-	['\u{a900}','\u{a925}'],

-	['\u{a930}','\u{a946}'],

-	['\u{a960}','\u{a97c}'],

-	['\u{a984}','\u{a9b2}'],

-	['\u{a9cf}','\u{a9d9}'],

-	['\u{aa00}','\u{aa28}'],

-	['\u{aa40}','\u{aa42}'],

-	['\u{aa44}','\u{aa4b}'],

-	['\u{aa50}','\u{aa59}'],

-	['\u{aa60}','\u{aa76}'],

-	['\u{aa7a}','\u{aa7a}'],

-	['\u{aa80}','\u{aaaf}'],

-	['\u{aab1}','\u{aab1}'],

-	['\u{aab5}','\u{aab6}'],

-	['\u{aab9}','\u{aabd}'],

-	['\u{aac0}','\u{aac0}'],

-	['\u{aac2}','\u{aac2}'],

-	['\u{aadb}','\u{aadd}'],

-	['\u{aae0}','\u{aaea}'],

-	['\u{aaf2}','\u{aaf4}'],

-	['\u{ab01}','\u{ab06}'],

-	['\u{ab09}','\u{ab0e}'],

-	['\u{ab11}','\u{ab16}'],

-	['\u{ab20}','\u{ab26}'],

-	['\u{ab28}','\u{ab2e}'],

-	['\u{abc0}','\u{abe2}'],

-	['\u{abf0}','\u{abf9}'],

-	['\u{ac00}','\u{d7a3}'],

-	['\u{d7b0}','\u{d7c6}'],

-	['\u{d7cb}','\u{d7fb}'],

-	['\u{f900}','\u{fa6d}'],

-	['\u{fa70}','\u{fad9}'],

-	['\u{fb00}','\u{fb06}'],

-	['\u{fb13}','\u{fb17}'],

-	['\u{fb1d}','\u{fb1d}'],

-	['\u{fb1f}','\u{fb28}'],

-	['\u{fb2a}','\u{fb36}'],

-	['\u{fb38}','\u{fb3c}'],

-	['\u{fb3e}','\u{fb3e}'],

-	['\u{fb40}','\u{fb41}'],

-	['\u{fb43}','\u{fb44}'],

-	['\u{fb46}','\u{fbb1}'],

-	['\u{fbd3}','\u{fd3d}'],

-	['\u{fd50}','\u{fd8f}'],

-	['\u{fd92}','\u{fdc7}'],

-	['\u{fdf0}','\u{fdfb}'],

-	['\u{fe70}','\u{fe74}'],

-	['\u{fe76}','\u{fefc}'],

-	['\u{ff10}','\u{ff19}'],

-	['\u{ff21}','\u{ff3a}'],

-	['\u{ff41}','\u{ff5a}'],

-	['\u{ff66}','\u{ffbe}'],

-	['\u{ffc2}','\u{ffc7}'],

-	['\u{ffca}','\u{ffcf}'],

-	['\u{ffd2}','\u{ffd7}'],

-	['\u{ffda}','\u{ffdc}'],

-	['\u{10000}','\u{1000b}'],

-	['\u{1000d}','\u{10026}'],

-	['\u{10028}','\u{1003a}'],

-	['\u{1003c}','\u{1003d}'],

-	['\u{1003f}','\u{1004d}'],

-	['\u{10050}','\u{1005d}'],

-	['\u{10080}','\u{100fa}'],

-	['\u{10280}','\u{1029c}'],

-	['\u{102a0}','\u{102d0}'],

-	['\u{10300}','\u{1031e}'],

-	['\u{10330}','\u{10340}'],

-	['\u{10342}','\u{10349}'],

-	['\u{10380}','\u{1039d}'],

-	['\u{103a0}','\u{103c3}'],

-	['\u{103c8}','\u{103cf}'],

-	['\u{10400}','\u{1049d}'],

-	['\u{104a0}','\u{104a9}'],

-	['\u{10800}','\u{10805}'],

-	['\u{10808}','\u{10808}'],

-	['\u{1080a}','\u{10835}'],

-	['\u{10837}','\u{10838}'],

-	['\u{1083c}','\u{1083c}'],

-	['\u{1083f}','\u{10855}'],

-	['\u{10900}','\u{10915}'],

-	['\u{10920}','\u{10939}'],

-	['\u{10980}','\u{109b7}'],

-	['\u{109be}','\u{109bf}'],

-	['\u{10a00}','\u{10a00}'],

-	['\u{10a10}','\u{10a13}'],

-	['\u{10a15}','\u{10a17}'],

-	['\u{10a19}','\u{10a33}'],

-	['\u{10a60}','\u{10a7c}'],

-	['\u{10b00}','\u{10b35}'],

-	['\u{10b40}','\u{10b55}'],

-	['\u{10b60}','\u{10b72}'],

-	['\u{10c00}','\u{10c48}'],

-	['\u{11003}','\u{11037}'],

-	['\u{11066}','\u{1106f}'],

-	['\u{11083}','\u{110af}'],

-	['\u{110d0}','\u{110e8}'],

-	['\u{110f0}','\u{110f9}'],

-	['\u{11103}','\u{11126}'],

-	['\u{11136}','\u{1113f}'],

-	['\u{11183}','\u{111b2}'],

-	['\u{111c1}','\u{111c4}'],

-	['\u{111d0}','\u{111d9}'],

-	['\u{11680}','\u{116aa}'],

-	['\u{116c0}','\u{116c9}'],

-	['\u{12000}','\u{1236e}'],

-	['\u{13000}','\u{1342e}'],

-	['\u{16800}','\u{16a38}'],

-	['\u{16f00}','\u{16f44}'],

-	['\u{16f50}','\u{16f50}'],

-	['\u{16f93}','\u{16f9f}'],

-	['\u{1b000}','\u{1b001}'],

-	['\u{1d400}','\u{1d454}'],

-	['\u{1d456}','\u{1d49c}'],

-	['\u{1d49e}','\u{1d49f}'],

-	['\u{1d4a2}','\u{1d4a2}'],

-	['\u{1d4a5}','\u{1d4a6}'],

-	['\u{1d4a9}','\u{1d4ac}'],

-	['\u{1d4ae}','\u{1d4b9}'],

-	['\u{1d4bb}','\u{1d4bb}'],

-	['\u{1d4bd}','\u{1d4c3}'],

-	['\u{1d4c5}','\u{1d505}'],

-	['\u{1d507}','\u{1d50a}'],

-	['\u{1d50d}','\u{1d514}'],

-	['\u{1d516}','\u{1d51c}'],

-	['\u{1d51e}','\u{1d539}'],

-	['\u{1d53b}','\u{1d53e}'],

-	['\u{1d540}','\u{1d544}'],

-	['\u{1d546}','\u{1d546}'],

-	['\u{1d54a}','\u{1d550}'],

-	['\u{1d552}','\u{1d6a5}'],

-	['\u{1d6a8}','\u{1d6c0}'],

-	['\u{1d6c2}','\u{1d6da}'],

-	['\u{1d6dc}','\u{1d6fa}'],

-	['\u{1d6fc}','\u{1d714}'],

-	['\u{1d716}','\u{1d734}'],

-	['\u{1d736}','\u{1d74e}'],

-	['\u{1d750}','\u{1d76e}'],

-	['\u{1d770}','\u{1d788}'],

-	['\u{1d78a}','\u{1d7a8}'],

-	['\u{1d7aa}','\u{1d7c2}'],

-	['\u{1d7c4}','\u{1d7cb}'],

-	['\u{1d7ce}','\u{1d7ff}'],

-	['\u{1ee00}','\u{1ee03}'],

-	['\u{1ee05}','\u{1ee1f}'],

-	['\u{1ee21}','\u{1ee22}'],

-	['\u{1ee24}','\u{1ee24}'],

-	['\u{1ee27}','\u{1ee27}'],

-	['\u{1ee29}','\u{1ee32}'],

-	['\u{1ee34}','\u{1ee37}'],

-	['\u{1ee39}','\u{1ee39}'],

-	['\u{1ee3b}','\u{1ee3b}'],

-	['\u{1ee42}','\u{1ee42}'],

-	['\u{1ee47}','\u{1ee47}'],

-	['\u{1ee49}','\u{1ee49}'],

-	['\u{1ee4b}','\u{1ee4b}'],

-	['\u{1ee4d}','\u{1ee4f}'],

-	['\u{1ee51}','\u{1ee52}'],

-	['\u{1ee54}','\u{1ee54}'],

-	['\u{1ee57}','\u{1ee57}'],

-	['\u{1ee59}','\u{1ee59}'],

-	['\u{1ee5b}','\u{1ee5b}'],

-	['\u{1ee5d}','\u{1ee5d}'],

-	['\u{1ee5f}','\u{1ee5f}'],

-	['\u{1ee61}','\u{1ee62}'],

-	['\u{1ee64}','\u{1ee64}'],

-	['\u{1ee67}','\u{1ee6a}'],

-	['\u{1ee6c}','\u{1ee72}'],

-	['\u{1ee74}','\u{1ee77}'],

-	['\u{1ee79}','\u{1ee7c}'],

-	['\u{1ee7e}','\u{1ee7e}'],

-	['\u{1ee80}','\u{1ee89}'],

-	['\u{1ee8b}','\u{1ee9b}'],

-	['\u{1eea1}','\u{1eea3}'],

-	['\u{1eea5}','\u{1eea9}'],

-	['\u{1eeab}','\u{1eebb}'],

-	['\u{20000}','\u{2a6d6}'],

-	['\u{2a700}','\u{2b734}'],

-	['\u{2b740}','\u{2b81d}'],

-	['\u{2f800}','\u{2fa1d}'],

-]

-

-const tabdigit = [

-	['\u{30}','\u{39}'],

-	['\u{660}','\u{669}'],

-	['\u{6f0}','\u{6f9}'],

-	['\u{7c0}','\u{7c9}'],

-	['\u{966}','\u{96f}'],

-	['\u{9e6}','\u{9ef}'],

-	['\u{a66}','\u{a6f}'],

-	['\u{ae6}','\u{aef}'],

-	['\u{b66}','\u{b6f}'],

-	['\u{be6}','\u{bef}'],

-	['\u{c66}','\u{c6f}'],

-	['\u{ce6}','\u{cef}'],

-	['\u{d66}','\u{d6f}'],

-	['\u{e50}','\u{e59}'],

-	['\u{ed0}','\u{ed9}'],

-	['\u{f20}','\u{f29}'],

-	['\u{1040}','\u{1049}'],

-	['\u{1090}','\u{1099}'],

-	['\u{17e0}','\u{17e9}'],

-	['\u{1810}','\u{1819}'],

-	['\u{1946}','\u{194f}'],

-	['\u{19d0}','\u{19d9}'],

-	['\u{1a80}','\u{1a89}'],

-	['\u{1a90}','\u{1a99}'],

-	['\u{1b50}','\u{1b59}'],

-	['\u{1bb0}','\u{1bb9}'],

-	['\u{1c40}','\u{1c49}'],

-	['\u{1c50}','\u{1c59}'],

-	['\u{a620}','\u{a629}'],

-	['\u{a8d0}','\u{a8d9}'],

-	['\u{a900}','\u{a909}'],

-	['\u{a9d0}','\u{a9d9}'],

-	['\u{aa50}','\u{aa59}'],

-	['\u{abf0}','\u{abf9}'],

-	['\u{ff10}','\u{ff19}'],

-	['\u{104a0}','\u{104a9}'],

-	['\u{11066}','\u{1106f}'],

-	['\u{110f0}','\u{110f9}'],

-	['\u{11136}','\u{1113f}'],

-	['\u{111d0}','\u{111d9}'],

-	['\u{116c0}','\u{116c9}'],

-	['\u{1d7ce}','\u{1d7ff}'],

-]

-

-const tabxdigit = [

-	['\u{30}','\u{39}'],

-	['\u{41}','\u{46}'],

-	['\u{61}','\u{66}'],

-]

-

-const tabspace = [

-	['\u{9}','\u{d}'],

-	['\u{20}','\u{20}'],

-	['\u{85}','\u{85}'],

-	['\u{a0}','\u{a0}'],

-	['\u{1680}','\u{1680}'],

-	['\u{2000}','\u{200a}'],

-	['\u{2028}','\u{2029}'],

-	['\u{202f}','\u{202f}'],

-	['\u{205f}','\u{205f}'],

-	['\u{3000}','\u{3000}'],

-]

-

-const tabblank = [

-	['\u{9}','\u{9}'],

-	['\u{20}','\u{20}'],

-	['\u{a0}','\u{a0}'],

-	['\u{1680}','\u{1680}'],

-	['\u{2000}','\u{200a}'],

-	['\u{202f}','\u{202f}'],

-	['\u{205f}','\u{205f}'],

-	['\u{3000}','\u{3000}'],

-]

-

--- a/test/Makefile

+++ /dev/null

@@ -1,20 +1,0 @@

-# don't build anything for 'all'

-all: 

-	$(MAKE) -C ..

-

-check:

-	./runtest.sh

-

-.PHONY: %

-%:

-	./runtest.sh $@

-

-.PHONY: clean

-clean:

-	rm -f testmatch.use testmatch.o

-	@for i in `awk '/^[A-Z]/{print $$2}' tests`; do \

-	    echo rm -f $$i; \

-	    rm -f $$i; \

-	done

-

-install:

--- a/test/basic.myr

+++ /dev/null

@@ -1,31 +1,0 @@

-use std

-

-use "testmatch.use"

-

-const main = {

-	var s : byte[:]

-		

-	s = std.strjoin([

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-		"aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa",

-	][:], "")

-	testmatch(".*bc", "Abc")

-	testmatch("(a*)*", "a")

-	testmatch("(aa|aab?)*", s)

-        /* greedy matches */

-        testmatch("(<.*>).*", "<a foo> blah <bar>")

-        testmatch("(<.+>).*", "<a foo> blah <bar>")

-        /* reluctant matches */

-        testmatch("(<.*?>).*", "<a foo> blah <bar>")

-        testmatch("(<.+?>).*", "<a foo> blah <bar>")

-}

--- a/test/boundaries.myr

+++ /dev/null

@@ -1,17 +1,0 @@

-use "testmatch.use"

-

-const main = {

-	/* expected matches */

-	testmatch("\\<([a-z]*)\\>", "abcdef")	/* whole word */

-	testmatch(".*(\\<.*\\>).*", "!m!")	/* single char word in midstring */

-	testmatch(".*(\\<.*\\>).*", "!m")	/* single char word at end of string */

-	testmatch(".*(\\<.*\\>).*", "m!")	/* single char word at start of string */

-	testmatch(".*(\\<.*\\>).*", "!@#!!matches!!%!")	/* word in midstring */

-	testmatch(".*(\\<.*\\>).*", "matches!!%!")	/* word at start of string */

-	testmatch(".*(\\<.*\\>).*", "!@#!!matches")	/* word at end of string */

-	testmatch(".*(\\<.*\\>).*", "!@#!!matches!!%!foo")	/* matches last word in string */

-	testmatch(".*(\\<.*\\>).*", "123")	/* numbers are also word bounds */

-	

-	/* nonmatches */

-	testmatch("\\<([a-z]*)\\>foo", "abcdefoo")	/* word boundary needed in midstring */

-}

--- a/test/capture.myr

+++ /dev/null

@@ -1,9 +1,0 @@

-use "testmatch.use"

-

-const main = {

-	testmatch("A(.*)", "Abc")

-	testmatch("A(.*)e", "Abcde")

-	testmatch("(a|b)+", "abab")

-	testmatch("A(b(.*)d)e", "Abcde")

-	testmatch("(a?)(a*)(a?)", "aaaa")

-}

--- a/test/class.myr

+++ /dev/null

@@ -1,67 +1,0 @@

-use std

-

-use "testmatch.use"

-

-const main = {

-	asciiclass()

-	set()

-	/*

-	unicodeclass()

-	negasciiclass()

-	negasciirange()

-	negset()

-	*/

-}

-

-const asciiclass = {

-	/* \d success */

-	testmatch("\\d", "1")

-	testmatch("\\d\\d", "13")

-	testmatch("\\d+", "13688")

-	/* \d fail */

-	testmatch("\\d", "x")

-	testmatch("\\d\\d", "x3")

-	testmatch("\\d+", "1368f")

-

-	/* \x success */

-	testmatch("\\x", "a")

-	testmatch("\\x\\x", "1F")

-	testmatch("\\x+", "13b8cDEf")

-	/* \x fail */

-	testmatch("\\x", "Z")

-	testmatch("\\x\\x", "fg")

-	testmatch("\\x+", "13b8cg")

-

-	/* \s success */

-	testmatch("\\s", " ")

-	testmatch("\\s\\s", "\t\n")

-	testmatch("\\s+", "\t\n\r \t")

-	/* \s fail */

-	testmatch("\\s", "a")

-	testmatch("\\s\\s", "i\n")

-	testmatch("\\s+", "\t\n\r.\t")

-

-	/* word success */

-	testmatch("\\w+", "abcABC0123_")

-	/* word fail */

-	testmatch("\\w+", "abcABC0123_.")

-

-	/* \h success */

-	testmatch("\\h", " ")

-	testmatch("\\h\\h", "\t ")

-	testmatch("\\h+", "\t \t ")

-	/* \h fail */

-	testmatch("\\h", "\n")

-	testmatch("\\h\\h", "\t\r")

-	testmatch("\\h+", "\t \t.")

-}

-

-const set = {

-	/* ranges */

-	testmatch("[a-z]*", "abcd")

-	testmatch("[a-zA-Z]*", "abCD")

-	testmatch("[a-zA-Z0-9_]*", "_abCD018")

-

-	testmatch("[abc]*", "abba")

-	testmatch("[a-zABC]*", "abBa")

-}

--- a/test/data/basic-expected

+++ /dev/null

@@ -1,20 +1,0 @@

-Matched Abc via .*bc : 1

-	match 0: Abc

-Matched a via (a*)* : 2

-	match 0: a

-	match 1: a

-Matched aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa via (aa|aab?)* : 2

-	match 0: aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa

-	match 1: aa

-Matched <a foo> blah <bar> via (<.*>).* : 2

-	match 0: <a foo> blah <bar>

-	match 1: <a foo> blah <bar>

-Matched <a foo> blah <bar> via (<.+>).* : 2

-	match 0: <a foo> blah <bar>

-	match 1: <a foo> blah <bar>

-Matched <a foo> blah <bar> via (<.*?>).* : 2

-	match 0: <a foo> blah <bar>

-	match 1: <a foo>

-Matched <a foo> blah <bar> via (<.+?>).* : 2

-	match 0: <a foo> blah <bar>

-	match 1: <a foo>

--- a/test/data/boundaries-expected

+++ /dev/null

@@ -1,28 +1,0 @@

-Matched abcdef via \<([a-z]*)\> : 2

-	match 0: abcdef

-	match 1: abcdef

-Matched !m! via .*(\<.*\>).* : 2

-	match 0: !m!

-	match 1: m

-Matched !m via .*(\<.*\>).* : 2

-	match 0: !m

-	match 1: m

-Matched m! via .*(\<.*\>).* : 2

-	match 0: m!

-	match 1: m

-Matched !@#!!matches!!%! via .*(\<.*\>).* : 2

-	match 0: !@#!!matches!!%!

-	match 1: matches

-Matched matches!!%! via .*(\<.*\>).* : 2

-	match 0: matches!!%!

-	match 1: matches

-Matched !@#!!matches via .*(\<.*\>).* : 2

-	match 0: !@#!!matches

-	match 1: matches

-Matched !@#!!matches!!%!foo via .*(\<.*\>).* : 2

-	match 0: !@#!!matches!!%!foo

-	match 1: foo

-Matched 123 via .*(\<.*\>).* : 2

-	match 0: 123

-	match 1: 123

-No match of abcdefoo via \<([a-z]*)\>foo

--- a/test/data/capture-expected

+++ /dev/null

@@ -1,18 +1,0 @@

-Matched Abc via A(.*) : 2

-	match 0: Abc

-	match 1: bc

-Matched Abcde via A(.*)e : 2

-	match 0: Abcde

-	match 1: bcd

-Matched abab via (a|b)+ : 2

-	match 0: abab

-	match 1: b

-Matched Abcde via A(b(.*)d)e : 3

-	match 0: Abcde

-	match 1: c

-	match 2: bcd

-Matched aaaa via (a?)(a*)(a?) : 4

-	match 0: aaaa

-	match 1: a

-	match 2: aaa

-	match 3: 

--- a/test/data/class-expected

+++ /dev/null

@@ -1,56 +1,0 @@

-Matched 1 via \d : 1

-	match 0: 1

-Matched 13 via \d\d : 1

-	match 0: 13

-Matched 13688 via \d+ : 1

-	match 0: 13688

-No match of x via \d

-No match of x3 via \d\d

-No match of 1368f via \d+

-Matched a via \x : 1

-	match 0: a

-Matched 1F via \x\x : 1

-	match 0: 1F

-Matched 13b8cDEf via \x+ : 1

-	match 0: 13b8cDEf

-No match of Z via \x

-No match of fg via \x\x

-No match of 13b8cg via \x+

-Matched   via \s : 1

-	match 0:  

-Matched 	

- via \s\s : 1

-	match 0: 	

-

-Matched 	

-
 	 via \s+ : 1

-	match 0: 	

-
 	

-No match of a via \s

-No match of i

- via \s\s

-No match of 	

-
.	 via \s+

-Matched abcABC0123_ via \w+ : 1

-	match 0: abcABC0123_

-No match of abcABC0123_. via \w+

-Matched   via \h : 1

-	match 0:  

-Matched 	  via \h\h : 1

-	match 0: 	 

-Matched 	 	  via \h+ : 1

-	match 0: 	 	 

-No match of 

- via \h

-No match of 	
 via \h\h

-No match of 	 	. via \h+

-Matched abcd via [a-z]* : 1

-	match 0: abcd

-Matched abCD via [a-zA-Z]* : 1

-	match 0: abCD

-Matched _abCD018 via [a-zA-Z0-9_]* : 1

-	match 0: _abCD018

-Matched abba via [abc]* : 1

-	match 0: abba

-Matched abBa via [a-zABC]* : 1

-	match 0: abBa

--- a/test/data/failmatch-expected

+++ /dev/null

@@ -1,1 +1,0 @@

-No match of Abc via .*bcd

--- a/test/data/negclass-expected

+++ /dev/null

@@ -1,54 +1,0 @@

-Matched x via \D : 1

-	match 0: x

-Matched xa!#^cs via \D+ : 1

-	match 0: xa!#^cs

-No match of 0 via \D

-No match of 9 via \D

-No match of a35x via \D+

-No match of 13688 via \D+

-Matched Z via \X : 1

-	match 0: Z

-Matched gg via \X\X : 1

-	match 0: gg

-No match of a via \X

-No match of zz13b8cDEf via \X+

-Matched a via \S : 1

-	match 0: a

-Matched i% via \S\S : 1

-	match 0: i%

-Matched alskd690!#!! via \S+ : 1

-	match 0: alskd690!#!!

-No match of   via \S

-No match of 	

- via \S\S

-No match of 	 

-kait via \S+

-Matched !%!^^@@!^ via \W+ : 1

-	match 0: !%!^^@@!^

-No match of a^#$bcABC0123_ via \W+

-Matched 

- via \H : 1

-	match 0: 

-

-Matched 

-
 via \H\H : 1

-	match 0: 

-

-No match of 	 	. via \H+

-No match of 	  via \H\H

-No match of 	a35 	  via \H+

-Matched ABCD via [^a-z]* : 1

-	match 0: ABCD

-Matched 1234 via [^a-zA-Z]* : 1

-	match 0: 1234

-Matched -^^- via [^a-zA-Z0-9_]* : 1

-	match 0: -^^-

-Matched d6d via [^abc]* : 1

-	match 0: d6d

-Matched !^!!))# via [^a-zABC]* : 1

-	match 0: !^!!))#

-No match of abcd via [^a-z]*

-No match of abCD via [^a-zA-Z]*

-No match of _abCD018 via [^a-zA-Z0-9_]*

-No match of abba via [^abc]*

-No match of abBa via [^a-zABC]*

--- a/test/data/unicode-expected

+++ /dev/null

@@ -1,13 +1,0 @@

-Matched Abæc via .*bæc : 1

-	match 0: Abæc

-Matched Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! via (\p{L}*)bæc\P{L}* : 2

-	match 0: Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

-	match 1: Aa

-Matched Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! via (\pL*)bæc\PL* : 2

-	match 0: Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

-	match 1: Aa

-Matched Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! via (\p{Letter}*)bæc\P{Uppercase_Letter}* : 2

-	match 0: Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!

-	match 1: Aa

-Matched æ via . : 1

-	match 0: æ

--- a/test/failmatch.myr

+++ /dev/null

@@ -1,8 +1,0 @@

-use std

-use regex

-

-use "testmatch.use"

-

-const main = {

-	testmatch(".*bcd", "Abc")

-}

--- a/test/negclass.myr

+++ /dev/null

@@ -1,72 +1,0 @@

-use std

-

-use "testmatch.use"

-

-const main = {

-	asciiclass()

-	set()

-	/*

-	unicodeclass()

-	negasciiclass()

-	negasciirange()

-	negset()

-	*/

-}

-

-const asciiclass = {

-	/* \D success */

-	testmatch("\\D", "x")

-	testmatch("\\D+", "xa!#^cs")

-

-	/* \D fail: end of ranges chars */

-	testmatch("\\D", "0")

-	testmatch("\\D", "9")

-	testmatch("\\D+", "a35x")

-	testmatch("\\D+", "13688")

-

-	/* \X success */

-	testmatch("\\X", "Z")

-	testmatch("\\X\\X", "gg")

-	/* \X fail */

-	testmatch("\\X", "a")

-	testmatch("\\X+", "zz13b8cDEf")

-

-	/* \S success */

-	testmatch("\\S", "a")

-	testmatch("\\S\\S", "i%")

-	testmatch("\\S+", "alskd690!#!!")

-

-	/* \S fail */

-	testmatch("\\S", " ")

-	testmatch("\\S\\S", "\t\n")

-	testmatch("\\S+", "\t \nkait")

-

-	/* word success */

-	testmatch("\\W+", "!%!^^@@!^")

-	/* word fail */

-	testmatch("\\W+", "a^#$bcABC0123_")

-

-	/* \H success */

-	testmatch("\\H", "\n")

-	testmatch("\\H\\H", "\n\r")

-	/* \H fail */

-	testmatch("\\H+", "\t \t.")

-	testmatch("\\H\\H", "\t ")

-	testmatch("\\H+", "\ta35 \t ")

-}

-

-const set = {

-	/* ranges: should succeed */

-	testmatch("[^a-z]*", "ABCD")

-	testmatch("[^a-zA-Z]*", "1234")

-	testmatch("[^a-zA-Z0-9_]*", "-^^-")

-	testmatch("[^abc]*", "d6d")

-	testmatch("[^a-zABC]*", "!^!!))#")

-

-	/* ranges: should fail */

-	testmatch("[^a-z]*", "abcd")

-	testmatch("[^a-zA-Z]*", "abCD")

-	testmatch("[^a-zA-Z0-9_]*", "_abCD018")

-	testmatch("[^abc]*", "abba")

-	testmatch("[^a-zABC]*", "abBa")

-}

--- a/test/runtest.sh

+++ /dev/null

@@ -1,124 +1,0 @@

-#!/bin/bash

-NFAILURES=0

-NPASSES=0

-

-function build {

-    rm -f $1 $1.o $1.s $1.use

-    myrbuild $FLAGS -b $1 $1.myr $EXTRA_SRC

-}

-

-function pass {

-    PASSED="$PASSED $1"

-    NPASSED=$[$NPASSED + 1]

-}

-

-function fail {

-    echo "FAIL: $1"

-    FAILED="$FAILED $1"

-    NFAILED=$[$NFAILED + 1]

-}

-

-function expectstatus {

-    ./$1 $3

-    if [ $? -eq $2 ]; then

-        pass $1

-        return

-    else

-        fail $1

-    fi

-}

-

-function expectprint {

-    if [ "`./$1 $3`" != "$2" ]; then

-        fail $1

-    else

-        pass $1

-    fi

-}

-

-

-function expectcompare {

-    if [ x"" !=  x"$TMPDIR" ]; then 

-        t=$TMPDIR/myrtest-$1-$RANDOM

-    else

-        t=/tmp/myrtest-$1-$RANDOM

-    fi

-    ./$1 $3 > $t

-    if cmp $t data/$1-expected; then

-        pass $1

-    else

-        fail $1

-    fi

-    rm -f $t

-}

-

-function expectfcompare {

-    ./$1 $3

-    if cmp data/$1-expected $2; then

-        pass $1

-    else

-        fail $1

-    fi

-}

-

-function shouldskip {

-  if [ -z $ARGS ]; then

-      return 1

-  fi

-

-  for i in $ARGS; do

-      if [ $i = $1 ]; then

-          return 1

-      fi

-  done

-  return 0

-}

-

-

-# Should build and run

-function B {

-    if shouldskip $1; then

-        return

-    fi

-

-    test="$1"; shift

-    type="$1"; shift

-    res="$1"; shift

-    if [ $# > 0 ]; then

-        args="$1"; shift

-    fi

-    build $test

-    case $type in

-    "E")  expectstatus "$test" "$res" "$input";;

-    "P")  expectprint "$test" "$res" "$input";;

-    "C")  expectcompare "$test" "$res" "$input";;

-    "F")  expectfcompare "$test" "$res" "$args";;

-    esac

-}

-

-# Should fail

-function F {

-    if shouldskip $1; then

-        return

-    fi

-    (build $1) > /dev/null

-    if [ $? -eq '1' ]; then

-        pass $1

-    else

-        fail $1

-    fi

-}

-

-# Should generate a usefile

-function U {

-    return

-}

-

-source tests

-

-echo "PASSED ($NPASSED): $PASSED"

-if [ -z "$NFAILED" ]; then

-    echo "SUCCESS"

-else

-    echo "FAILURES ($NFAILED): $FAILED"

-fi

--- a/test/testmatch.myr

+++ /dev/null

@@ -1,34 +1,0 @@

-use std

-use regex

-

-pkg =

-	const testmatch	: (pat : byte[:], text : byte[:] -> void)

-	const dbgmatch	: (pat : byte[:], text : byte[:] -> void)

-;;

-

-const testmatch = {pat, text

-	run(regex.compile(pat), pat, text)

-}

-

-const dbgmatch = {pat, text

-	run(regex.dbgcompile(pat), pat, text)

-}

-

-const run = {regex, pat, text

-	var i

-	match regex

-	| `std.Ok re:

-		match regex.exec(re, text)

-		| `std.Some m:

-			std.put("Matched %s via %s : %i\n", text, pat, m.len)

-			for i = 0; i < m.len; i++

-				std.put("\tmatch %i: %s\n", i, m[i])

-			;;

-		| `std.None:

-			std.put("No match of %s via %s\n", text, pat)

-		;;

-		regex.free(re)

-	| `std.Fail err:

-		std.put("failed to compile regex")

-	;;

-}

--- a/test/tests

+++ /dev/null

@@ -1,29 +1,0 @@

-FLAGS=-I../

-EXTRA_SRC=testmatch.myr

-# Format:

-# [B|F] testname [E|P] result

-#    [B|F]: Compiler outcome.

-#	B: Expect that this test will build.

-#	F: Expect that this test will not build.

-#    testname: Test case

-#	The test that will run. We will try to

-#	compile 'testname.myr' to 'testname',

-#	and then execute it, verifying the result

-#    [E|P|C]: Result type

-#	E tells us that the result is an exit status

-#	P tells us that the result is on stdout,

-#         and should be compared to the value on the

-#         line

-#	C tells us that the result is on stdout,

-#         and should be compared to the contents of

-#         the file passed on the line.

-#    result: Result value

-#	What we compare with. This should be self-

-#	evident.

-B basic		C

-B boundaries	C

-B capture	C

-B class		C

-B failmatch	C

-B negclass	C

-B unicode		C

--- a/test/unicode.myr

+++ /dev/null

@@ -1,13 +1,0 @@

-use std

-use regex

-

-use "testmatch.use"

-

-const main = {

-	testmatch(".*bæc", "Abæc")

-	testmatch("(\\p{L}*)bæc\\P{L}*", "Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!")

-        /* test various syntaxen */

-	testmatch("(\\pL*)bæc\\PL*", "Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!")

-	testmatch("(\\p{Letter}*)bæc\\P{Uppercase_Letter}*", "Aabæc%!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!")

-	testmatch(".", "æ")

-}

--- a/types.myr

+++ /dev/null

@@ -1,63 +1,0 @@

-use std

-

-pkg regex =

-	type status = union

-		`Noimpl

-		`Incomplete

-		`Unbalanced

-		`Emptyparen

-		`Badrep

-		`Badrange

-		`Badescape

-	;;

-

-	type regex = struct

-		/* compile state */

-		debug	: bool

-		pat	: byte[:]

-		nmatch	: std.size

-

-		/* VM state */

-		runq	: rethread#

-		expired	: rethread#

-		expiredtail	: rethread#

-		proglen	: std.size

-		prog	: reinst[:]

-		nthr	: std.size

-		str	: byte[:]

-		strp	: std.size

-	;;

-

-	type rethread = struct

-		next	: rethread#	/* run queue link */

-

-		tid	: std.size	/* just for debugging */

-		ip	: std.size	/* the instruction pointer */

-		dead	: bool		/* thread died */

-		matched	: bool		/* thread matched */

-

-		mstart	: std.size[:]	/* match starts */

-		mend	: std.size[:]	/* match ends */

-	;;

-

-	type reinst = union

-		/* direct consumers */

-		`Ibyte	byte

-		`Irange	(byte, byte)

-

-		/* groups */

-		`Ilbra	std.size

-		`Irbra	std.size

-

-		/* anchors */

-		`Ibol

-		`Ieol

-		`Ibow

-		`Ieow

-

-		/* control flow */

-		`Ifork	(std.size, std.size)

-		`Ijmp	std.size

-		`Imatch

-	;;

-;;

-- 

⑨