# Source code for fontTools.ttLib.tables.S__i_l_f

    from fontTools.misc import sstruct
    from fontTools.misc.fixedTools import floatToFixedToStr
    from fontTools.misc.textTools import byteord, safeEval

    # from itertools import *
    from . import DefaultTable
    from . import grUtils
    from array import array
    from functools import reduce
    import struct, re, sys

    Silf_hdr_format = """
        >
        version:            16.16F
    """

    Silf_hdr_format_3 = """
        >
        version:            16.16F
        compilerVersion:    L
        numSilf:            H
                            x
                            x
    """

    Silf_part1_format_v3 = """
        >
        ruleVersion:        16.16F
        passOffset:         H
        pseudosOffset:      H
    """

    Silf_part1_format = """
        >
        maxGlyphID:         H
        extraAscent:        h
        extraDescent:       h
        numPasses:          B
        iSubst:             B
        iPos:               B
        iJust:              B
        iBidi:              B
        flags:              B
        maxPreContext:      B
        maxPostContext:     B
        attrPseudo:         B
        attrBreakWeight:    B
        attrDirectionality: B
        attrMirroring:      B
        attrSkipPasses:     B
        numJLevels:         B
    """

    Silf_justify_format = """
        >
        attrStretch:        B
        attrShrink:         B
        attrStep:           B
        attrWeight:         B
        runto:              B
                            x
                            x
                            x
    """

    Silf_part2_format = """
        >
        numLigComp:         H
        numUserDefn:        B
        maxCompPerLig:      B
        direction:          B
        attCollisions:      B
                            x
                            x
                            x
        numCritFeatures:    B
    """

    Silf_pseudomap_format = """
        >
        unicode:            L
        nPseudo:            H
    """

    Silf_pseudomap_format_h = """
        >
        unicode:            H
        nPseudo:            H
    """

    Silf_classmap_format = """
        >
        numClass:           H
        numLinear:          H
    """

    Silf_lookupclass_format = """
        >
        numIDs:             H
        searchRange:        H
        entrySelector:      H
        rangeShift:         H
    """

    Silf_lookuppair_format = """
        >
        glyphId:            H
        index:              H
    """

    Silf_pass_format = """
        >
        flags:              B
        maxRuleLoop:        B
        maxRuleContext:     B
        maxBackup:          B
        numRules:           H
        fsmOffset:          H
        pcCode:             L
        rcCode:             L
        aCode:              L
        oDebug:             L
        numRows:            H
        numTransitional:    H
        numSuccess:         H
        numColumns:         H
    """

    aCode_info = (
        ("NOP", 0),
        ("PUSH_BYTE", "b"),
        ("PUSH_BYTE_U", "B"),
        ("PUSH_SHORT", ">h"),
        ("PUSH_SHORT_U", ">H"),
        ("PUSH_LONG", ">L"),
        ("ADD", 0),
        ("SUB", 0),
        ("MUL", 0),
        ("DIV", 0),
        ("MIN", 0),
        ("MAX", 0),
        ("NEG", 0),
        ("TRUNC8", 0),
        ("TRUNC16", 0),
        ("COND", 0),
        ("AND", 0),  # x10
        ("OR", 0),
        ("NOT", 0),
        ("EQUAL", 0),
        ("NOT_EQ", 0),
        ("LESS", 0),
        ("GTR", 0),
        ("LESS_EQ", 0),
        ("GTR_EQ", 0),
        ("NEXT", 0),
        ("NEXT_N", "b"),
        ("COPY_NEXT", 0),
        ("PUT_GLYPH_8BIT_OBS", "B"),
        ("PUT_SUBS_8BIT_OBS", "bBB"),
        ("PUT_COPY", "b"),
        ("INSERT", 0),
        ("DELETE", 0),  # x20
        ("ASSOC", -1),
        ("CNTXT_ITEM", "bB"),
        ("ATTR_SET", "B"),
        ("ATTR_ADD", "B"),
        ("ATTR_SUB", "B"),
        ("ATTR_SET_SLOT", "B"),
        ("IATTR_SET_SLOT", "BB"),
        ("PUSH_SLOT_ATTR", "Bb"),
        ("PUSH_GLYPH_ATTR_OBS", "Bb"),
        ("PUSH_GLYPH_METRIC", "Bbb"),
        ("PUSH_FEAT", "Bb"),
        ("PUSH_ATT_TO_GATTR_OBS", "Bb"),
        ("PUSH_ATT_TO_GLYPH_METRIC", "Bbb"),
        ("PUSH_ISLOT_ATTR", "Bbb"),
        ("PUSH_IGLYPH_ATTR", "Bbb"),
        ("POP_RET", 0),  # x30
        ("RET_ZERO", 0),
        ("RET_TRUE", 0),
        ("IATTR_SET", "BB"),
        ("IATTR_ADD", "BB"),
        ("IATTR_SUB", "BB"),
        ("PUSH_PROC_STATE", "B"),
        ("PUSH_VERSION", 0),
        ("PUT_SUBS", ">bHH"),
        ("PUT_SUBS2", 0),
        ("PUT_SUBS3", 0),
        ("PUT_GLYPH", ">H"),
        ("PUSH_GLYPH_ATTR", ">Hb"),
        ("PUSH_ATT_TO_GLYPH_ATTR", ">Hb"),
        ("BITOR", 0),
        ("BITAND", 0),
        ("BITNOT", 0),  # x40
        ("BITSET", ">HH"),
        ("SET_FEAT", "Bb"),
    )
    aCode_map = dict([(x[0], (i, x[1])) for i, x in enumerate(aCode_info)])

    def disassemble(aCode):
        codelen = len(aCode)
        pc = 0
        res = []
        while pc < codelen:
            opcode = byteord(aCode[pc : pc + 1])
            if opcode > len(aCode_info):
                instr = aCode_info[0]
            else:
                instr = aCode_info[opcode]
            pc += 1
            if instr[1] != 0 and pc >= codelen:
                return res
            if instr[1] == -1:
                count = byteord(aCode[pc])
                fmt = "%dB" % count
                pc += 1
            elif instr[1] == 0:
                fmt = ""
            else:
                fmt = instr[1]
            if fmt == "":
                res.append(instr[0])
                continue
            parms = struct.unpack_from(fmt, aCode[pc:])
            res.append(instr[0] + "(" + ", ".join(map(str, parms)) + ")")
            pc += struct.calcsize(fmt)
        return res

    instre = re.compile(r"^\s*([^(]+)\s*(?:\(([^)]+)\))?")

    def assemble(instrs):
        res = b""
        for inst in instrs:
            m = instre.match(inst)
            if not m or not m.group(1) in aCode_map:
                continue
            opcode, parmfmt = aCode_map[m.group(1)]
            res += struct.pack("B", opcode)
            if m.group(2):
                if parmfmt == 0:
                    continue
                parms = [int(x) for x in re.split(r",\s*", m.group(2))]
                if parmfmt == -1:
                    l = len(parms)
                    res += struct.pack(("%dB" % (l + 1)), l, *parms)
                else:
                    res += struct.pack(parmfmt, *parms)
        return res

    def writecode(tag, writer, instrs):
        writer.begintag(tag)
        writer.newline()
        for l in disassemble(instrs):
            writer.write(l)
            writer.newline()
        writer.endtag(tag)
        writer.newline()

    def readcode(content):
        res = []
        for e in content_string(content).split("\n"):
            e = e.strip()
            if not len(e):
                continue
            res.append(e)
        return assemble(res)

    attrs_info = (
        "flags",
        "extraAscent",
        "extraDescent",
        "maxGlyphID",
        "numLigComp",
        "numUserDefn",
        "maxCompPerLig",
        "direction",
        "lbGID",
    )
    attrs_passindexes = ("iSubst", "iPos", "iJust", "iBidi")
    attrs_contexts = ("maxPreContext", "maxPostContext")
    attrs_attributes = (
        "attrPseudo",
        "attrBreakWeight",
        "attrDirectionality",
        "attrMirroring",
        "attrSkipPasses",
        "attCollisions",
    )
    pass_attrs_info = (
        "flags",
        "maxRuleLoop",
        "maxRuleContext",
        "maxBackup",
        "minRulePreContext",
        "maxRulePreContext",
        "collisionThreshold",
    )
    pass_attrs_fsm = ("numRows", "numTransitional", "numSuccess", "numColumns")

    def writesimple(tag, self, writer, *attrkeys):
        attrs = dict([(k, getattr(self, k)) for k in attrkeys])
        writer.simpletag(tag, **attrs)
        writer.newline()

    def getSimple(self, attrs, *attr_list):
        for k in attr_list:
            if k in attrs:
                setattr(self, k, int(safeEval(attrs[k])))

    def content_string(contents):
        res = ""
        for element in contents:
            if isinstance(element, tuple):
                continue
            res += element
        return res.strip()

    def wrapline(writer, dat, length=80):
        currline = ""
        for d in dat:
            if len(currline) > length:
                writer.write(currline[:-1])
                writer.newline()
                currline = ""
            currline += d + " "
        if len(currline):
            writer.write(currline[:-1])
            writer.newline()

    class _Object:
        pass

    class table_S__i_l_f(DefaultTable.DefaultTable):
        """Graphite Rules table

        See also https://graphite.sil.org/graphite_techAbout#graphite-font-tables
        """

        def __init__(self, tag=None):
            DefaultTable.DefaultTable.__init__(self, tag)
            self.silfs = []

        def decompile(self, data, ttFont):
            sstruct.unpack2(Silf_hdr_format, data, self)
            self.version = float(floatToFixedToStr(self.version, precisionBits=16))
            if self.version >= 5.0:
                (data, self.scheme) = grUtils.decompress(data)
                sstruct.unpack2(Silf_hdr_format_3, data, self)
                base = sstruct.calcsize(Silf_hdr_format_3)
            elif self.version < 3.0:
                self.numSilf = struct.unpack(">H", data[4:6])
                self.scheme = 0
                self.compilerVersion = 0
                base = 8
            else:
                self.scheme = 0
                sstruct.unpack2(Silf_hdr_format_3, data, self)
                base = sstruct.calcsize(Silf_hdr_format_3)

            silfoffsets = struct.unpack_from((">%dL" % self.numSilf), data[base:])
            for offset in silfoffsets:
                s = Silf()
                self.silfs.append(s)
                s.decompile(data[offset:], ttFont, self.version)

        def compile(self, ttFont):
            self.numSilf = len(self.silfs)
            if self.version < 3.0:
                hdr = sstruct.pack(Silf_hdr_format, self)
                hdr += struct.pack(">HH", self.numSilf, 0)
            else:
                hdr = sstruct.pack(Silf_hdr_format_3, self)
            offset = len(hdr) + 4 * self.numSilf
            data = b""
            for s in self.silfs:
                hdr += struct.pack(">L", offset)
                subdata = s.compile(ttFont, self.version)
                offset += len(subdata)
                data += subdata
            if self.version >= 5.0:
                return grUtils.compress(self.scheme, hdr + data)
            return hdr + data

        def toXML(self, writer, ttFont):
            writer.comment("Attributes starting with _ are informative only")
            writer.newline()
            writer.simpletag(
                "version",
                version=self.version,
                compilerVersion=self.compilerVersion,
                compressionScheme=self.scheme,
            )
            writer.newline()
            for s in self.silfs:
                writer.begintag("silf")
                writer.newline()
                s.toXML(writer, ttFont, self.version)
                writer.endtag("silf")
                writer.newline()

        def fromXML(self, name, attrs, content, ttFont):
            if name == "version":
                self.scheme = int(safeEval(attrs["compressionScheme"]))
                self.version = float(safeEval(attrs["version"]))
                self.compilerVersion = int(safeEval(attrs["compilerVersion"]))
                return
            if name == "silf":
                s = Silf()
                self.silfs.append(s)
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    tag, attrs, subcontent = element
                    s.fromXML(tag, attrs, subcontent, ttFont, self.version)

    class Silf(object):
        """A particular Silf subtable"""

        def __init__(self):
            self.passes = []
            self.scriptTags = []
            self.critFeatures = []
            self.jLevels = []
            self.pMap = {}

        def decompile(self, data, ttFont, version=2.0):
            if version >= 3.0:
                _, data = sstruct.unpack2(Silf_part1_format_v3, data, self)
                self.ruleVersion = float(
                    floatToFixedToStr(self.ruleVersion, precisionBits=16)
                )
            _, data = sstruct.unpack2(Silf_part1_format, data, self)
            for jlevel in range(self.numJLevels):
                j, data = sstruct.unpack2(Silf_justify_format, data, _Object())
                self.jLevels.append(j)
            _, data = sstruct.unpack2(Silf_part2_format, data, self)
            if self.numCritFeatures:
                self.critFeatures = struct.unpack_from(
                    (">%dH" % self.numCritFeatures), data
                )
            data = data[self.numCritFeatures * 2 + 1 :]
            (numScriptTag,) = struct.unpack_from("B", data)
            if numScriptTag:
                self.scriptTags = [
                    struct.unpack("4s", data[x : x + 4])[0].decode("ascii")
                    for x in range(1, 1 + 4 * numScriptTag, 4)
                ]
            data = data[1 + 4 * numScriptTag :]
            (self.lbGID,) = struct.unpack(">H", data[:2])
            if self.numPasses:
                self.oPasses = struct.unpack(
                    (">%dL" % (self.numPasses + 1)), data[2 : 6 + 4 * self.numPasses]
                )
            data = data[6 + 4 * self.numPasses :]
            (numPseudo,) = struct.unpack(">H", data[:2])
            for i in range(numPseudo):
                if version >= 3.0:
                    pseudo = sstruct.unpack(
                        Silf_pseudomap_format, data[8 + 6 * i : 14 + 6 * i], _Object()
                    )
                else:
                    pseudo = sstruct.unpack(
                        Silf_pseudomap_format_h, data[8 + 4 * i : 12 + 4 * i], _Object()
                    )
                self.pMap[pseudo.unicode] = ttFont.getGlyphName(pseudo.nPseudo)
            data = data[8 + 6 * numPseudo :]
            currpos = (
                sstruct.calcsize(Silf_part1_format)
                + sstruct.calcsize(Silf_justify_format) * self.numJLevels
                + sstruct.calcsize(Silf_part2_format)
                + 2 * self.numCritFeatures
                + 1
                + 1
                + 4 * numScriptTag
                + 6
                + 4 * self.numPasses
                + 8
                + 6 * numPseudo
            )
            if version >= 3.0:
                currpos += sstruct.calcsize(Silf_part1_format_v3)
            self.classes = Classes()
            self.classes.decompile(data, ttFont, version)
            for i in range(self.numPasses):
                p = Pass()
                self.passes.append(p)
                p.decompile(
                    data[self.oPasses[i] - currpos : self.oPasses[i + 1] - currpos],
                    ttFont,
                    version,
                )

        def compile(self, ttFont, version=2.0):
            self.numPasses = len(self.passes)
            self.numJLevels = len(self.jLevels)
            self.numCritFeatures = len(self.critFeatures)
            numPseudo = len(self.pMap)
            data = b""
            if version >= 3.0:
                hdroffset = sstruct.calcsize(Silf_part1_format_v3)
            else:
                hdroffset = 0
            data += sstruct.pack(Silf_part1_format, self)
            for j in self.jLevels:
                data += sstruct.pack(Silf_justify_format, j)
            data += sstruct.pack(Silf_part2_format, self)
            if self.numCritFeatures:
                data += struct.pack((">%dH" % self.numCritFeaturs), *self.critFeatures)
            data += struct.pack("BB", 0, len(self.scriptTags))
            if len(self.scriptTags):
                tdata = [struct.pack("4s", x.encode("ascii")) for x in self.scriptTags]
                data += b"".join(tdata)
            data += struct.pack(">H", self.lbGID)
            self.passOffset = len(data)

            data1 = grUtils.bininfo(numPseudo, 6)
            currpos = hdroffset + len(data) + 4 * (self.numPasses + 1)
            self.pseudosOffset = currpos + len(data1)
            for u, p in sorted(self.pMap.items()):
                data1 += struct.pack(
                    (">LH" if version >= 3.0 else ">HH"), u, ttFont.getGlyphID(p)
                )
            data1 += self.classes.compile(ttFont, version)
            currpos += len(data1)
            data2 = b""
            datao = b""
            for i, p in enumerate(self.passes):
                base = currpos + len(data2)
                datao += struct.pack(">L", base)
                data2 += p.compile(ttFont, base, version)
            datao += struct.pack(">L", currpos + len(data2))

            if version >= 3.0:
                data3 = sstruct.pack(Silf_part1_format_v3, self)
            else:
                data3 = b""
            return data3 + data + datao + data1 + data2

        def toXML(self, writer, ttFont, version=2.0):
            if version >= 3.0:
                writer.simpletag("version", ruleVersion=self.ruleVersion)
                writer.newline()
            writesimple("info", self, writer, *attrs_info)
            writesimple("passindexes", self, writer, *attrs_passindexes)
            writesimple("contexts", self, writer, *attrs_contexts)
            writesimple("attributes", self, writer, *attrs_attributes)
            if len(self.jLevels):
                writer.begintag("justifications")
                writer.newline()
                jformat, jnames, jfixes = sstruct.getformat(Silf_justify_format)
                for i, j in enumerate(self.jLevels):
                    attrs = dict([(k, getattr(j, k)) for k in jnames])
                    writer.simpletag("justify", **attrs)
                    writer.newline()
                writer.endtag("justifications")
                writer.newline()
            if len(self.critFeatures):
                writer.begintag("critFeatures")
                writer.newline()
                writer.write(" ".join(map(str, self.critFeatures)))
                writer.newline()
                writer.endtag("critFeatures")
                writer.newline()
            if len(self.scriptTags):
                writer.begintag("scriptTags")
                writer.newline()
                writer.write(" ".join(self.scriptTags))
                writer.newline()
                writer.endtag("scriptTags")
                writer.newline()
            if self.pMap:
                writer.begintag("pseudoMap")
                writer.newline()
                for k, v in sorted(self.pMap.items()):
                    writer.simpletag("pseudo", unicode=hex(k), pseudo=v)
                    writer.newline()
                writer.endtag("pseudoMap")
                writer.newline()
            self.classes.toXML(writer, ttFont, version)
            if len(self.passes):
                writer.begintag("passes")
                writer.newline()
                for i, p in enumerate(self.passes):
                    writer.begintag("pass", _index=i)
                    writer.newline()
                    p.toXML(writer, ttFont, version)
                    writer.endtag("pass")
                    writer.newline()
                writer.endtag("passes")
                writer.newline()

        def fromXML(self, name, attrs, content, ttFont, version=2.0):
            if name == "version":
                self.ruleVersion = float(safeEval(attrs.get("ruleVersion", "0")))
            if name == "info":
                getSimple(self, attrs, *attrs_info)
            elif name == "passindexes":
                getSimple(self, attrs, *attrs_passindexes)
            elif name == "contexts":
                getSimple(self, attrs, *attrs_contexts)
            elif name == "attributes":
                getSimple(self, attrs, *attrs_attributes)
            elif name == "justifications":
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    (tag, attrs, subcontent) = element
                    if tag == "justify":
                        j = _Object()
                        for k, v in attrs.items():
                            setattr(j, k, int(v))
                        self.jLevels.append(j)
            elif name == "critFeatures":
                self.critFeatures = []
                element = content_string(content)
                self.critFeatures.extend(map(int, element.split()))
            elif name == "scriptTags":
                self.scriptTags = []
                element = content_string(content)
                for n in element.split():
                    self.scriptTags.append(n)
            elif name == "pseudoMap":
                self.pMap = {}
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    (tag, attrs, subcontent) = element
                    if tag == "pseudo":
                        k = int(attrs["unicode"], 16)
                        v = attrs["pseudo"]
                    self.pMap[k] = v
            elif name == "classes":
                self.classes = Classes()
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    tag, attrs, subcontent = element
                    self.classes.fromXML(tag, attrs, subcontent, ttFont, version)
            elif name == "passes":
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    tag, attrs, subcontent = element
                    if tag == "pass":
                        p = Pass()
                        for e in subcontent:
                            if not isinstance(e, tuple):
                                continue
                            p.fromXML(e[0], e[1], e[2], ttFont, version)
                        self.passes.append(p)

    class Classes(object):
        def __init__(self):
            self.linear = []
            self.nonLinear = []

        def decompile(self, data, ttFont, version=2.0):
            sstruct.unpack2(Silf_classmap_format, data, self)
            if version >= 4.0:
                oClasses = struct.unpack(
                    (">%dL" % (self.numClass + 1)), data[4 : 8 + 4 * self.numClass]
                )
            else:
                oClasses = struct.unpack(
                    (">%dH" % (self.numClass + 1)), data[4 : 6 + 2 * self.numClass]
                )
            for s, e in zip(oClasses[: self.numLinear], oClasses[1 : self.numLinear + 1]):
                self.linear.append(
                    ttFont.getGlyphName(x)
                    for x in struct.unpack((">%dH" % ((e - s) / 2)), data[s:e])
                )
            for s, e in zip(
                oClasses[self.numLinear : self.numClass],
                oClasses[self.numLinear + 1 : self.numClass + 1],
            ):
                nonLinids = [
                    struct.unpack(">HH", data[x : x + 4]) for x in range(s + 8, e, 4)
                ]
                nonLin = dict([(ttFont.getGlyphName(x[0]), x[1]) for x in nonLinids])
                self.nonLinear.append(nonLin)

        def compile(self, ttFont, version=2.0):
            data = b""
            oClasses = []
            if version >= 4.0:
                offset = 8 + 4 * (len(self.linear) + len(self.nonLinear))
            else:
                offset = 6 + 2 * (len(self.linear) + len(self.nonLinear))
            for l in self.linear:
                oClasses.append(len(data) + offset)
                gs = [ttFont.getGlyphID(x) for x in l]
                data += struct.pack((">%dH" % len(l)), *gs)
            for l in self.nonLinear:
                oClasses.append(len(data) + offset)
                gs = [(ttFont.getGlyphID(x[0]), x[1]) for x in l.items()]
                data += grUtils.bininfo(len(gs))
                data += b"".join([struct.pack(">HH", *x) for x in sorted(gs)])
            oClasses.append(len(data) + offset)
            self.numClass = len(oClasses) - 1
            self.numLinear = len(self.linear)
            return (
                sstruct.pack(Silf_classmap_format, self)
                + struct.pack(
                    ((">%dL" if version >= 4.0 else ">%dH") % len(oClasses)), *oClasses
                )
                + data
            )

        def toXML(self, writer, ttFont, version=2.0):
            writer.begintag("classes")
            writer.newline()
            writer.begintag("linearClasses")
            writer.newline()
            for i, l in enumerate(self.linear):
                writer.begintag("linear", _index=i)
                writer.newline()
                wrapline(writer, l)
                writer.endtag("linear")
                writer.newline()
            writer.endtag("linearClasses")
            writer.newline()
            writer.begintag("nonLinearClasses")
            writer.newline()
            for i, l in enumerate(self.nonLinear):
                writer.begintag("nonLinear", _index=i + self.numLinear)
                writer.newline()
                for inp, ind in l.items():
                    writer.simpletag("map", glyph=inp, index=ind)
                    writer.newline()
                writer.endtag("nonLinear")
                writer.newline()
            writer.endtag("nonLinearClasses")
            writer.newline()
            writer.endtag("classes")
            writer.newline()

        def fromXML(self, name, attrs, content, ttFont, version=2.0):
            if name == "linearClasses":
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    tag, attrs, subcontent = element
                    if tag == "linear":
                        l = content_string(subcontent).split()
                        self.linear.append(l)
            elif name == "nonLinearClasses":
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    tag, attrs, subcontent = element
                    if tag == "nonLinear":
                        l = {}
                        for e in subcontent:
                            if not isinstance(e, tuple):
                                continue
                            tag, attrs, subsubcontent = e
                            if tag == "map":
                                l[attrs["glyph"]] = int(safeEval(attrs["index"]))
                        self.nonLinear.append(l)

    class Pass(object):
        def __init__(self):
            self.colMap = {}
            self.rules = []
            self.rulePreContexts = []
            self.ruleSortKeys = []
            self.ruleConstraints = []
            self.passConstraints = b""
            self.actions = []
            self.stateTrans = []
            self.startStates = []

        def decompile(self, data, ttFont, version=2.0):
            _, data = sstruct.unpack2(Silf_pass_format, data, self)
            (numRange, _, _, _) = struct.unpack(">4H", data[:8])
            data = data[8:]
            for i in range(numRange):
                (first, last, col) = struct.unpack(">3H", data[6 * i : 6 * i + 6])
                for g in range(first, last + 1):
                    self.colMap[ttFont.getGlyphName(g)] = col
            data = data[6 * numRange :]
            oRuleMap = struct.unpack_from((">%dH" % (self.numSuccess + 1)), data)
            data = data[2 + 2 * self.numSuccess :]
            rules = struct.unpack_from((">%dH" % oRuleMap[-1]), data)
            self.rules = [rules[s:e] for (s, e) in zip(oRuleMap, oRuleMap[1:])]
            data = data[2 * oRuleMap[-1] :]
            (self.minRulePreContext, self.maxRulePreContext) = struct.unpack("BB", data[:2])
            numStartStates = self.maxRulePreContext - self.minRulePreContext + 1
            self.startStates = struct.unpack(
                (">%dH" % numStartStates), data[2 : 2 + numStartStates * 2]
            )
            data = data[2 + numStartStates * 2 :]
            self.ruleSortKeys = struct.unpack(
                (">%dH" % self.numRules), data[: 2 * self.numRules]
            )
            data = data[2 * self.numRules :]
            self.rulePreContexts = struct.unpack(
                ("%dB" % self.numRules), data[: self.numRules]
            )
            data = data[self.numRules :]
            (self.collisionThreshold, pConstraint) = struct.unpack(">BH", data[:3])
            oConstraints = list(
                struct.unpack(
                    (">%dH" % (self.numRules + 1)), data[3 : 5 + self.numRules * 2]
                )
            )
            data = data[5 + self.numRules * 2 :]
            oActions = list(
                struct.unpack((">%dH" % (self.numRules + 1)), data[: 2 + self.numRules * 2])
            )
            data = data[2 * self.numRules + 2 :]
            for i in range(self.numTransitional):
                a = array(
                    "H", data[i * self.numColumns * 2 : (i + 1) * self.numColumns * 2]
                )
                if sys.byteorder != "big":
                    a.byteswap()
                self.stateTrans.append(a)
            data = data[self.numTransitional * self.numColumns * 2 + 1 :]
            self.passConstraints = data[:pConstraint]
            data = data[pConstraint:]
            for i in range(len(oConstraints) - 2, -1, -1):
                if oConstraints[i] == 0:
                    oConstraints[i] = oConstraints[i + 1]
            self.ruleConstraints = [
                (data[s:e] if (e - s > 1) else b"")
                for (s, e) in zip(oConstraints, oConstraints[1:])
            ]
            data = data[oConstraints[-1] :]
            self.actions = [
                (data[s:e] if (e - s > 1) else "") for (s, e) in zip(oActions, oActions[1:])
            ]
            data = data[oActions[-1] :]

            # not using debug

        def compile(self, ttFont, base, version=2.0):
            # build it all up backwards
            oActions = reduce(
                lambda a, x: (a[0] + len(x), a[1] + [a[0]]), self.actions + [b""], (0, [])
            )[1]
            oConstraints = reduce(
                lambda a, x: (a[0] + len(x), a[1] + [a[0]]),
                self.ruleConstraints + [b""],
                (1, []),
            )[1]
            constraintCode = b"\000" + b"".join(self.ruleConstraints)
            transes = []
            for t in self.stateTrans:
                if sys.byteorder != "big":
                    t.byteswap()
                transes.append(t.tobytes())
                if sys.byteorder != "big":
                    t.byteswap()
            if not len(transes):
                self.startStates = [0]
            oRuleMap = reduce(
                lambda a, x: (a[0] + len(x), a[1] + [a[0]]), self.rules + [[]], (0, [])
            )[1]
            passRanges = []
            gidcolmap = dict([(ttFont.getGlyphID(x[0]), x[1]) for x in self.colMap.items()])
            for e in grUtils.entries(gidcolmap, sameval=True):
                if e[1]:
                    passRanges.append((e[0], e[0] + e[1] - 1, e[2][0]))
            self.numRules = len(self.actions)
            self.fsmOffset = (
                sstruct.calcsize(Silf_pass_format)
                + 8
                + len(passRanges) * 6
                + len(oRuleMap) * 2
                + 2 * oRuleMap[-1]
                + 2
                + 2 * len(self.startStates)
                + 3 * self.numRules
                + 3
                + 4 * self.numRules
                + 4
            )
            self.pcCode = (
                self.fsmOffset + 2 * self.numTransitional * self.numColumns + 1 + base
            )
            self.rcCode = self.pcCode + len(self.passConstraints)
            self.aCode = self.rcCode + len(constraintCode)
            self.oDebug = 0
            # now generate output
            data = sstruct.pack(Silf_pass_format, self)
            data += grUtils.bininfo(len(passRanges), 6)
            data += b"".join(struct.pack(">3H", *p) for p in passRanges)
            data += struct.pack((">%dH" % len(oRuleMap)), *oRuleMap)
            flatrules = reduce(lambda a, x: a + x, self.rules, [])
            data += struct.pack((">%dH" % oRuleMap[-1]), *flatrules)
            data += struct.pack("BB", self.minRulePreContext, self.maxRulePreContext)
            data += struct.pack((">%dH" % len(self.startStates)), *self.startStates)
            data += struct.pack((">%dH" % self.numRules), *self.ruleSortKeys)
            data += struct.pack(("%dB" % self.numRules), *self.rulePreContexts)
            data += struct.pack(">BH", self.collisionThreshold, len(self.passConstraints))
            data += struct.pack((">%dH" % (self.numRules + 1)), *oConstraints)
            data += struct.pack((">%dH" % (self.numRules + 1)), *oActions)
            return (
                data
                + b"".join(transes)
                + struct.pack("B", 0)
                + self.passConstraints
                + constraintCode
                + b"".join(self.actions)
            )

        def toXML(self, writer, ttFont, version=2.0):
            writesimple("info", self, writer, *pass_attrs_info)
            writesimple("fsminfo", self, writer, *pass_attrs_fsm)
            writer.begintag("colmap")
            writer.newline()
            wrapline(
                writer,
                [
                    "{}={}".format(*x)
                    for x in sorted(
                        self.colMap.items(), key=lambda x: ttFont.getGlyphID(x[0])
                    )
                ],
            )
            writer.endtag("colmap")
            writer.newline()
            writer.begintag("staterulemap")
            writer.newline()
            for i, r in enumerate(self.rules):
                writer.simpletag(
                    "state",
                    number=self.numRows - self.numSuccess + i,
                    rules=" ".join(map(str, r)),
                )
                writer.newline()
            writer.endtag("staterulemap")
            writer.newline()
            writer.begintag("rules")
            writer.newline()
            for i in range(len(self.actions)):
                writer.begintag(
                    "rule",
                    index=i,
                    precontext=self.rulePreContexts[i],
                    sortkey=self.ruleSortKeys[i],
                )
                writer.newline()
                if len(self.ruleConstraints[i]):
                    writecode("constraint", writer, self.ruleConstraints[i])
                writecode("action", writer, self.actions[i])
                writer.endtag("rule")
                writer.newline()
            writer.endtag("rules")
            writer.newline()
            if len(self.passConstraints):
                writecode("passConstraint", writer, self.passConstraints)
            if len(self.stateTrans):
                writer.begintag("fsm")
                writer.newline()
                writer.begintag("starts")
                writer.write(" ".join(map(str, self.startStates)))
                writer.endtag("starts")
                writer.newline()
                for i, s in enumerate(self.stateTrans):
                    writer.begintag("row", _i=i)
                    # no newlines here
                    writer.write(" ".join(map(str, s)))
                    writer.endtag("row")
                    writer.newline()
                writer.endtag("fsm")
                writer.newline()

        def fromXML(self, name, attrs, content, ttFont, version=2.0):
            if name == "info":
                getSimple(self, attrs, *pass_attrs_info)
            elif name == "fsminfo":
                getSimple(self, attrs, *pass_attrs_fsm)
            elif name == "colmap":
                e = content_string(content)
                for w in e.split():
                    x = w.split("=")
                    if len(x) != 2 or x[0] == "" or x[1] == "":
                        continue
                    self.colMap[x[0]] = int(x[1])
            elif name == "staterulemap":
                for e in content:
                    if not isinstance(e, tuple):
                        continue
                    tag, a, c = e
                    if tag == "state":
                        self.rules.append([int(x) for x in a["rules"].split(" ")])
            elif name == "rules":
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    tag, a, c = element
                    if tag != "rule":
                        continue
                    self.rulePreContexts.append(int(a["precontext"]))
                    self.ruleSortKeys.append(int(a["sortkey"]))
                    con = b""
                    act = b""
                    for e in c:
                        if not isinstance(e, tuple):
                            continue
                        tag, a, subc = e
                        if tag == "constraint":
                            con = readcode(subc)
                        elif tag == "action":
                            act = readcode(subc)
                    self.actions.append(act)
                    self.ruleConstraints.append(con)
            elif name == "passConstraint":
                self.passConstraints = readcode(content)
            elif name == "fsm":
                for element in content:
                    if not isinstance(element, tuple):
                        continue
                    tag, a, c = element
                    if tag == "row":
                        s = array("H")
                        e = content_string(c)
                        s.extend(map(int, e.split()))
                        self.stateTrans.append(s)
                    elif tag == "starts":
                        s = []
                        e = content_string(c)
                        s.extend(map(int, e.split()))
                        self.startStates = s