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5ustar takakitakakipython-kconv-1.3.1/kconv/__init__.py0100664000220700022070000000657007622371301016706 0ustar takakitakakifrom kconvtools import * from _kconv import * DEFAULT_INPUT_CODING = EUC DEFAULT_OUTPUT_CODING = EUC DEFALUT_BREAKLINE_CODE = LF DEFAULT_CHECK_MODE = TABLE def convert(string, outcode = DEFAULT_OUTPUT_CODING, incode = AUTO, hankanaconvert = ZENKAKU, checkmode = DEFAULT_CHECK_MODE, mode = WHOLE, blcode = DEFALUT_BREAKLINE_CODE): linemode = mode if linemode == WHOLE: if incode == AUTO: incode = CallChecker(checkmode, string) t_str = CallInputer(incode, string) o_str = CallOutputer(outcode, hankanaconvert, t_str, blcode) else: raise RuntimeError, 'Not implemented LINE' return o_str # }else{//一行ごとに変換するみたい。 一行ごとだったら絶対にAUTOモードにしちゃう。 # array *out = new array(); # crl artemis(input_string,string_length); # int pos = 0; # int UnicodeMode = -1; // -1 -> not Unicode , 0 -> Big Endian , 1 -> Little Endian # unsigned int line_length; # while(pos != -1){ # unsigned char *line = artemis.ReadLine(pos,line_length); # if((*line == 0xFF) && (*(line+1) == 0xFE)) //Unicode Big-Endian # UnicodeMode = 0; # if((*line == 0xFE) && (*(line+1) == 0xFF)) //Unicode Little-Endian # UnicodeMode = 1; # if(UnicodeMode >= 0){ //Unicodeらしいです。 # if(self->pinputer) # delete(self->pinputer); # self->pinputer = newUnicInputerEndian(UnicodeMode); # if(line_length != 0){ # array *temp_string = self->pinputer->input(line,line_length); # pout = self->poutputer->output(temp_string); # //pout = self->poutputer->output((unsigned char*)(self->pinputer->input(ukyu,line_length))); # out->append(pout->getvalue(),pout->getlength()); # delete pout; # delete temp_string; # } # if(pos != -1) # out->append(0x0A); # delete self->pinputer; # self->pinputer = NULL; # }else{ //Unicodeではないのです。 # if(self->pinputer) # delete self->pinputer; # self->pinputer = InputerTable[self->pchecker->ChkCoding(line,line_length)](); # if(line_length != 0){ # array *temp_string = self->pinputer->input(line,line_length); # pout = self->poutputer->output(temp_string); # //pout = self->poutputer->output((unsigned char*)(self->pinputer->input(ukyu,line_length))); # out->append(pout->getvalue(),pout->getlength()); # delete pout; # delete temp_string; # } # if(pos != -1) # out->append(0x0A); # delete self->pinputer; # self->pinputer = NULL; # } # // delete ukyu; # } # pret = Py_BuildValue("s#",out->getvalue(),out->getlength()); # delete out; # } def ChkCoding(string, checkmode=DEFAULT_CHECK_MODE): checker = _CheckerTable[checkmode] return checker(string) class Kconv: def __init__(self, outcode = DEFAULT_OUTPUT_CODING, incode = AUTO, hankanaconvert = ZENKAKU, checkmode = DEFAULT_CHECK_MODE, mode = WHOLE, blcode = DEFALUT_BREAKLINE_CODE): pass def convert(self, string): return convert(string, self.outcode, self.incode, self.hankanaconvert, self.checkmode, self.mode, self.blcode) python-kconv-1.3.1/kconv/defaults.py0100664000220700022070000000003407622211443016743 0ustar takakitakaki#defaults.py for c++ kconv. python-kconv-1.3.1/kconv/kconvtools.py0100664000220700022070000002431107622211443017341 0ustar takakitakaki#kconvtools ܸ롼 import cStringIO _TCR = chr(0x0D) _TLF = chr(0x0A) def ChkHiragana(input_string,icode = ''):#Ҥ餬ʤΤߤʸ󤫤ɤä롣 import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) i = ins.read(1) while(i != ""): if((i == "\t") | (i == " ") | (i == "\n") | (i == _TCR) | (i == _TLF)):#֡ڡԤO.K. i = ins.read(1) continue if(ord(i) == 0xA4):#ʿ̾leader i = ins.read(1) if(i == ""): return(0) if(0xA1 <= ord(i) <= 0xF3):#ʿ̾trailer i = ins.read(1) continue return(0) if(ord(i) == 0xA1):#ݡ̤ i = ins.read(1) if(i == ""): return(0) if((ord(i) == 0xBC) | (ord(i) == 0xC1) | (ord(i) == 0xDD)): i = ins.read(1) continue return(0) return(1) def ChkKatakana(input_string,icode = ''):#ʤΤߤʸ󤫤ɤå import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) i = ins.read(1) while(i != ""): if((i == "\t") | (i == " ") | (i == "\n") | (i == _TCR) | (i == _TLF)):#֡ڡԤO.K. i = ins.read(1) continue if(ord(i) == 0xA5):#ʤleader i = ins.read(1) if(i == ""): return(0) if(0xA1 <= ord(i) <= 0xF6):#ʤtrailer i = ins.read(1) continue return(0) if(ord(i) == 0xA1):#ݡ̤ i = ins.read(1) if(i == ""): return(0) if((ord(i) == 0xBC) | (ord(i) == 0xC1) | (ord(i) == 0xDD)): i = ins.read(1) continue return(0) return(1) def NumberConvert(input_string,icode = ''):#ѤοȾѤѴ import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) out = cStringIO.StringIO() i = ins.read(1) while(i != ""): if((i == "\t") | (i == " ") | (i == "\n") | (i == _TCR) | (i == _TLF)): i = ins.read(1) continue if(("0" <= i) & (i <= "9")): out.write(i) i = ins.read(1) continue if(ord(i) == 0xA3): i = ins.read(1) if(i == ""): raise(ValueError) if(0xB0 <= ord(i) <= 0xB9): out.write(chr(ord(i)-0xB0+ord("0"))) i = ins.read(1) continue raise(ValueError) raise(ValueError) return(out.getvalue()) def Han2Zen(input_string,icode = ''):#ȾѤαѿѤѴ h2z = [ 0xA1A1 , 0xA1AA, 0xA1C9, 0xA1F4, 0xA1F0, 0xA1F3, 0xA1F5, 0xA1C7, 0xA1CA, 0xA1CB, 0xA1F6, 0xA1DC, 0xA1A4, 0xA1DD, 0xA1A5, 0xA1BF, 0xA3B0, 0xA3B1, 0xA3B2, 0xA3B3, 0xA3B4, 0xA3B5, 0xA3B6, 0xA3B7, 0xA3B8, 0xA3B9, 0xA1A7, 0xA1A8, 0xA1E3, 0xA1E1, 0xA1E4, 0xA1A9, 0xA1F7, 0xA3C1, 0xA3C2, 0xA3C3, 0xA3C4, 0xA3C5, 0xA3C6, 0xA3C7, 0xA3C8, 0xA3C9, 0xA3CA, 0xA3CB, 0xA3CC, 0xA3CD, 0xA3CE, 0xA3CF, 0xA3D0, 0xA3D1, 0xA3D2, 0xA3D3, 0xA3D4, 0xA3D5, 0xA3D6, 0xA3D7, 0xA3D8, 0xA3D9, 0xA3DA, 0xA1CE, 0xA1C0, 0xA1CF, 0xA1B0, 0xA1B2, 0xA1C6, 0xA3E1, 0xA3E2, 0xA3E3, 0xA3E4, 0xA3E5, 0xA3E6, 0xA3E7, 0xA3E8, 0xA3E9, 0xA3EA, 0xA3EB, 0xA3EC, 0xA3ED, 0xA3EE, 0xA3EF, 0xA3F0, 0xA3F1, 0xA3F2, 0xA3F3, 0xA3F4, 0xA3F5, 0xA3F6, 0xA3F7, 0xA3F8, 0xA3F9, 0xA3FA, 0xA1D0, 0xA1C3, 0xA1D1, 0xA1C1] import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) out = cStringIO.StringIO() i = ins.read(1) while(i != ""): if( 0x20 <= ord(i) <= 0x7E ): code = h2z[ord(i)-0x20] out.write(chr(code>>8)) out.write(chr(code & 0x00FF)) else: out.write(i) i = ins.read(1) return(out.getvalue()) def Zen2Han(input_string,icode = ''):#ȾѤαѿѤѴ #Ѵơ֥ɲäʸФɲ at EUC z2h = { 'a1aa' : 0x21 , 'a1c9' : 0x22 , 'a1f4' : 0x23 , 'a1f0' : 0x24 , 'a1f3' : 0x25 , 'a1f5' : 0x26 , 'a1c7' : 0x27 , 'a1ca' : 0x28 , 'a1cb' : 0x29 , 'a1f6' : 0x2A , 'a1dc' : 0x2B , 'a1a4' : 0x2C , 'a1dd' : 0x2D , 'a1a5' : 0x2E , 'a1bf' : 0x2F , 'a3b0' : 0x30 , 'a3b1' : 0x31 , 'a3b2' : 0x32 , 'a3b3' : 0x33 , 'a3b4' : 0x34 , 'a3b5' : 0x35 , 'a3b6' : 0x36 , 'a3b7' : 0x37 , 'a3b8' : 0x38 , 'a3b9' : 0x39 , 'a1a7' : 0x3A , 'a1a8' : 0x3B , 'a1e3' : 0x3C , 'a1e1' : 0x3D , 'a1e4' : 0x3E , 'a1a9' : 0x3F , 'a1f7' : 0x40 , 'a3c1' : 0x41 , 'a3c2' : 0x42 , 'a3c3' : 0x43 , 'a3c4' : 0x44 , 'a3c5' : 0x45 , 'a3c6' : 0x46 , 'a3c7' : 0x47 , 'a3c8' : 0x48 , 'a3c9' : 0x49 , 'a3ca' : 0x4A , 'a3cb' : 0x4B , 'a3cc' : 0x4C , 'a3cd' : 0x4D , 'a3ce' : 0x4E , 'a3cf' : 0x4F , 'a3d0' : 0x50 , 'a3d1' : 0x51 , 'a3d2' : 0x52 , 'a3d3' : 0x53 , 'a3d4' : 0x54 , 'a3d5' : 0x55 , 'a3d6' : 0x56 , 'a3d7' : 0x57 , 'a3d8' : 0x58 , 'a3d9' : 0x59 , 'a3da' : 0x5A , 'a1ce' : 0x5B , 'a1c0' : 0x5C , 'a1cf' : 0x5D , 'a1b0' : 0x5E , 'a1b2' : 0x5F , 'a1c6' : 0x60 , 'a3e1' : 0x61 , 'a3e2' : 0x62 , 'a3e3' : 0x63 , 'a3e4' : 0x64 , 'a3e5' : 0x65 , 'a3e6' : 0x66 , 'a3e7' : 0x67 , 'a3e8' : 0x68 , 'a3e9' : 0x69 , 'a3ea' : 0x6A , 'a3eb' : 0x6B , 'a3ec' : 0x6C , 'a3ed' : 0x6D , 'a3ee' : 0x6E , 'a3ef' : 0x6F , 'a3f0' : 0x70 , 'a3f1' : 0x71 , 'a3f2' : 0x72 , 'a3f3' : 0x73 , 'a3f4' : 0x74 , 'a3f5' : 0x75 , 'a3f6' : 0x76 , 'a3f7' : 0x77 , 'a3f8' : 0x78 , 'a3f9' : 0x79 , 'a3fa' : 0x7A , 'a1d0' : 0x7B , 'a1c3' : 0x7C , 'a1d1' : 0x7D , 'a1c1' : 0x7E , 'a1a2' : 0x2C , 'a1a3' : 0x2E , 'a1d6' : 0x5B , 'a1d7' : 0x5D , 'a1ef' : 0x5C , 'a1c1' : 0x2D , 'a1bc' : 0x2D , 'a1a1' : 0x20 ,} def isEuc(inc): if( 0xA1 <= ord(inc) <= 0xFE ): return(1) return(0) def isAscii(inc): if( 0x00 <= ord(inc) <= 0x7F ): return(1) return(0) import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) out = cStringIO.StringIO() i = ins.read(1) while(i != ""): if(isEuc(i)): try: code = i i = ins.read(1) char = chr(z2h["%x%x"%(ord(code),ord(i))]) out.write(char) except(KeyError): out.write(code+i) pass elif(isAscii(i)): out.write(i) else: raise(KconvIncorrectInput) i = ins.read(1) return(out.getvalue()) def Hira2Kata(input_string,icode = ''): #ʿ̾򥫥ʤˤ롣̤ def isEuc(inc): if( 0xA1 <= ord(inc) <= 0xFE ): return(1) return(0) def isAscii(inc): if( 0x00 <= ord(inc) <= 0x7F ): return(1) return(0) import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) out = cStringIO.StringIO() i = ins.read(1) while(i != ""): if(isAscii(i)): out.write(i) i = ins.read(1) continue if(isEuc(i)): i2 = ins.read(1) if(ord(i) == 0xA4):#ʿ̾leader if(i2 == ""): #ʸǽäƤ break if(0xA1 <= ord(i2) <= 0xF3):#ʿ̾trailer out.write(chr(0xA5)) out.write(i2) i = ins.read(1) continue out.write(i) out.write(i2) i = ins.read(1) continue return(out.getvalue()) def Kata2Hira(input_string,icode = ''): #ʤʿ̾ˤ롣̤ def isEuc(inc): if( 0xA1 <= ord(inc) <= 0xFE ): return(1) return(0) def isAscii(inc): if( 0x00 <= ord(inc) <= 0x7F ): return(1) return(0) import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) out = cStringIO.StringIO() i = ins.read(1) while(i != ""): if(isAscii(i)): out.write(i) i = ins.read(1) continue if(isEuc(i)): i2 = ins.read(1) if(ord(i) == 0xA5):#ʤleader if(i2 == ""): #ʸǽäƤ break if(0xA1 <= ord(i2) <= 0xF3):#ʤtrailer out.write(chr(0xA4)) out.write(i2) i = ins.read(1) continue out.write(i) out.write(i2) i = ins.read(1) continue return(out.getvalue()) def Upper(input_string,icode = ''): #ȾѤ鷺ʸΥե٥åȤʸˤ def isEuc(inc): if( 0xA1 <= ord(inc) <= 0xFE ): return(1) return(0) def isAscii(inc): if( 0x00 <= ord(inc) <= 0x7F ): return(1) return(0) import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) out = cStringIO.StringIO() i = ins.read(1) while(i != ""): if isAscii(i): code = ord(i) if( 0x61<= code <= 0x7A ): out.write(chr(code - 0x20)) else: out.write(i) elif isEuc(i): if( i == chr(0xA3)): out.write(chr(0xA3)) i = ins.read(1) code = ord(i) if( 0xE1 <= code <= 0xFA): out.write(chr(code - 0x20)) else: out.write(i) else: out.write(i) out.write(ins.read(1)) else: out.write(i) i = ins.read(1) return(out.getvalue()) def Lower(input_string,icode = ''): #ȾѤ鷺ʸΥե٥åȤʸˤ def isEuc(inc): if( 0xA1 <= ord(inc) <= 0xFE ): return(1) return(0) def isAscii(inc): if( 0x00 <= ord(inc) <= 0x7F ): return(1) return(0) import kconv if(icode == ''): ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = kconv.AUTO).convert(input_string)) else: ins = cStringIO.StringIO(kconv.Kconv(outcode=kconv.EUC,incode = icode).convert(input_string)) out = cStringIO.StringIO() i = ins.read(1) while(i != ""): if isAscii(i): code = ord(i) if( 0x41<= code <= 0x5A ): out.write(chr(code + 0x20)) else: out.write(i) elif isEuc(i): if( i == chr(0xA3)): out.write(chr(0xA3)) i = ins.read(1) code = ord(i) if( 0xC1 <= code <= 0xDA): out.write(chr(code + 0x20)) else: out.write(i) else: out.write(i) out.write(ins.read(1)) else: out.write(i) i = ins.read(1) return(out.getvalue()) python-kconv-1.3.1/src/0040775000220700022070000000000007622371643014250 5ustar takakitakakipython-kconv-1.3.1/src/_kconv.cpp0100664000220700022070000002122107622371202016215 0ustar takakitakaki#include #include "inputer.h" #include "outputer.h" #include "checker.h" #include "commonop.h" #define onError(message) \ { PyErr_SetString(ErrorObject,message); return NULL; } #define is_kconvobject(v) ((v)->ob_type == &Kconvtype) static PyObject *ErrorObject; static PyObject * convertgaiji( PyObject *self, PyObject *args); typedef Inputer * (*PInputer)(void); typedef Outputer * (*POutputer)(Blcs); typedef Checker * (*PChecker)(void); static PInputer InputerTable[]={ newEucInputer, newSjisInputer, newJisInputer, newUnicInputer, newUtf8Inputer, }; static POutputer OutputerTable[][2]={ {newEucOutputer,newEucZenkanaOutputer}, {newSjisOutputer,newSjisZenkanaOutputer}, {newJisOutputer,newJisZenkanaOutputer}, {newUnicOutputer,newUnicOutputer}, {newUtf8Outputer,newUtf8Outputer}, }; static PChecker CheckerTable[]={ newFastChecker, newFullChecker, newTableChecker, newTable2Checker, }; static PyObject* CallInputer( PyObject *self, PyObject *args) { unsigned char *str; int len; int type; PyObject *pret; Inputer *ip; array *ar; if(!PyArg_ParseTuple(args, "is#", &type, &str, &len)){ return NULL; } ip = InputerTable[type](); ar = ip->input(str, len); pret = Py_BuildValue("s#", ar->getvalue(), ar->getlength()); delete ip; delete ar; return pret; } static PyObject* CallOutputer(PyObject *self, PyObject *args) { unsigned char *str; int type; int blcs; int bl; PyObject *pret; Outputer *op; array *ar; if(!PyArg_ParseTuple(args, "iisi", &type, &blcs, &str, &bl)){ return NULL; } array is; is.append(str); op = OutputerTable[type][blcs](Blcs(blcs)); ar = op->output(&is); pret = Py_BuildValue("s#", ar->getvalue(), ar->getlength()); delete op; delete ar; return pret; } static PyObject* CallChecker(PyObject *self, PyObject *args) { unsigned char *str; int type; int len; Codes ret; PyObject *pret; Checker *op; if(!PyArg_ParseTuple(args, "is#", &type, &str, &len)){ return NULL; } op = CheckerTable[type](); ret = op->ChkCoding(str, len); pret = Py_BuildValue("i", ret); delete op; return pret; }; static PyMethodDef KconvMethods[] = { {"UnGaiji",convertgaiji,METH_VARARGS}, {"CallInputer", CallInputer, METH_VARARGS}, {"CallOutputer",CallOutputer,METH_VARARGS}, {"CallChecker", CallChecker, METH_VARARGS}, {NULL, NULL}, }; typedef struct KconvConst { char *name; int value; } KconvConst; extern "C" { #pragma } void init_kconv(void) { PyObject *m = Py_InitModule("_kconv", KconvMethods); KconvConst const_table_list[] = { {"AUTO", _AUTO}, {"EUC",_EUC}, {"SJIS",_SJIS}, {"JIS",_JIS }, {"UNICODE",_UNIC }, {"UTF8",_UTF8 }, {"HANKAKU",_HANKAKU }, {"ZENKAKU",_ZENKAKU }, {"LF",_LF }, {"CR",_CR }, {"CL",_CL }, {"FAST",_FAST }, {"FULL",_FULL }, {"TABLE",_TABLE }, {"TABLE2",_TABLE2 }, {"WHOLE",_WHOLE }, {"LINE",_LINE }, {NULL,NULL} }; PyObject *d = PyModule_GetDict(m); int n = 0; while(1){ KconvConst kc = const_table_list[n]; if (kc.name == NULL){ break; } PyObject *i = PyInt_FromLong(kc.value); PyDict_SetItemString(d, kc.name, i); Py_DECREF(i); n++; } return ; } #pragma { } // extern "C" // // check wrapper // // private static unsigned char * GetNextCharSJIS( char *where, char *hold, int *error/* ,encoding */); static char * ConvertGaijiAndAdd( char *convertchar, char *out); static unsigned char * GetNextCharSJIS( char *where, char *hold, int *error/* ,encoding */) { //char c; unsigned char *whereweare = (unsigned char *)where; /*pointer along the where string */ *error = 0; /* printf("%02x",*whereweare);*/ /* one byte chars */ if (((*whereweare >= 0x01) && (*whereweare <= 0x7f)) || ((*whereweare >= 0xa1) && (*whereweare <= 0xdf))) { *hold++ = *whereweare++; *hold= '\0'; /* printf("\n"); */ return whereweare; } /* Two byte chars */ if (((*whereweare >= 0x81) && (*whereweare <= 0x9f)) || ((*whereweare >= 0xe0) && (*whereweare <= 0xfc))) { whereweare++; if (((*whereweare >= 0x40) && (*whereweare <= 0x7e))|| ((*whereweare >= 0x80) && (*whereweare <= 0xfc))) { /* printf("%02x\n",*whereweare) ; */ whereweare--; } else { /* printf("%02x\n",*whereweare) ;*/ /*printf("Bad SJIS(second byte bad char)\n");*/ *error = 1; whereweare++; return whereweare++; } *hold++ = *whereweare++; *hold++ = *whereweare++; *hold= '\0'; return whereweare; } /* printf("Bad SJIS(not in any group) char\n");*/ *error = 1; return whereweare; } static char * ConvertGaijiAndAdd( char *convertchar, char *out) { char *whereweare = out; unsigned char * convertpointer = (unsigned char *)convertchar; if ( *(convertpointer) == 0x84 ) { if (*(convertpointer+1) >=0x92) { *whereweare++ = 0x81; *whereweare++ = 0x40; } else { *whereweare++= *(convertpointer)++; *whereweare++= *(convertpointer)++; } return whereweare; } if ( ( *(convertpointer) >= 0x85 ) && ( *(convertpointer) <= 0x86 )) { *whereweare++ = 0x81; *whereweare++ = 0x40; return whereweare; } if ( *(convertpointer) == 0x87 ) { if (*(convertpointer+1) >= 0x9d) { *whereweare++ = 0x81; *whereweare++ = 0x40; } else { *whereweare++= *(convertpointer)++; *whereweare++= *(convertpointer)++; } return whereweare; } if ( *(convertpointer) == 0x88 ) { if (*(convertpointer+1) <= 0x9e) { *whereweare++ = 0x81; *whereweare++ = 0x40; } else { *whereweare++= *(convertpointer)++; *whereweare++= *(convertpointer)++; } return whereweare; } if ( *(convertpointer) == 0xea ) { if (*(convertpointer+1) >=0xa5) { *whereweare++ = 0x81; *whereweare++ = 0x40; } else { *whereweare++= *(convertpointer)++; *whereweare++= *(convertpointer)++; } return whereweare; } if ( ( *(convertpointer) >= 0xeb ) && ( *(convertpointer) <= 0xec )) { *whereweare++ = 0x81; *whereweare++ = 0x40; return whereweare; } if ( *(convertpointer) == 0xee ) { if (*(convertpointer+1) >=0xfd) { *whereweare++ = 0x81; *whereweare++ = 0x40; } else { *whereweare++= *(convertpointer)++; *whereweare++= *(convertpointer)++; } return whereweare; } if ( ( *(convertpointer) >= 0xef ) && ( *(convertpointer) <= 0xfa )) { *whereweare++ = 0x81; *whereweare++ = 0x40; return whereweare; } if ( *(convertpointer) == 0xfc ) { if (*(convertpointer+1) >=0x4b) { *whereweare++ = 0x81; *whereweare++ = 0x40; } else { *whereweare++= *(convertpointer)++; *whereweare++= *(convertpointer)++; } return whereweare; } while (*convertpointer) *whereweare++ = *convertpointer++; return whereweare; } static PyObject * convertgaiji( PyObject *self, PyObject *args) { char * input_string, *output_string; /* the input and output strings */ char * inwhereweare; /* pointer to where we are in the input string */ char * outwhereweare; /* pointer to where we are in the output string */ char holdchar[4]; int in_len; /* length of input_string used to calculate how long the output string should be */ int error; PyObject *out; /* The python object to return */ /* 'convert' python arguments to c arguments */ if (!PyArg_ParseTuple(args, "s", &input_string)) { return NULL; } /* figure out how long our output_string needs to be */ in_len = strlen(input_string); /* allocate enough space for the results to be stored */ output_string = (char*)malloc((size_t)in_len+1); memset(output_string,0,in_len+1); inwhereweare = input_string; outwhereweare = output_string; while (*inwhereweare) { /* get the next character and update inwhereweare */ inwhereweare = (char *)GetNextCharSJIS(inwhereweare,holdchar,&error); if (!error) { /* now append the character or converted character */ outwhereweare = ConvertGaijiAndAdd(holdchar,outwhereweare); } else onError("Bad SJIS char\n"); } /* convert the relevant c value into a python value */ out = Py_BuildValue("s",output_string); /* free the allocated memory */ free((void *)output_string); /* return the value we wish to pass to python */ return out; } // -*- c++ -*- char prefix[MAXPATHLEN]; //ơ֥ξ򼨤 Codes _DEFAULT_INPUT_CODING; //ơ֥Υե̾ const char * kconvu2etable = "kconvu2etable.dat"; const char * kconve2utable = "kconve2utable.dat"; const char * tc2tableefile = "kconveuctable2.dat"; const char * tc2tablesfile = "kconvsjistable2.dat"; python-kconv-1.3.1/src/array.cpp0100664000220700022070000000644707622211443016071 0ustar takakitakaki/* class array ĹѤʸ array::append(char)ɲä array::getvalue()ʸ array::getlength()Ĺ롣 Ȥꤢ0x0ߥ͡ȤϤƤ롣 array::getlength()ϺǸ0x0Ĺޤޤʤ ver 3. 0x0ޤळȤǤ褦ˤʤä ȤȤarray::getlength()ɲ ver 2. listȤȤˤƥκ֤᤿ ver 1. Ŭ˺äƤߤ */ #include "array.h" array::array(unsigned long l){ base = NULL; start = new list(l); pos = start; length = 0; return; } void array::rewind(void){ unsigned long l = start->length; if(start->isEmpty()) return; delete start; delete base; start = NULL; base = NULL; start = new list(l); pos = start; length = 0; return; } array::~array(){ delete start; delete base; start = NULL; base = NULL; } //#define DEBUG void array::append(const unsigned char in){ length++; if(pos->lappend(in)) //ߤlistɲá return; #ifdef DEBUG printf("list full."); #endif pos->next = new list(pos->length * 2 + 1); //ꥹȤɬס pos = pos->next; #ifdef DEBUG printf("new pos=%x\n",pos); #endif pos->lappend(in); return; } void array::append(const unsigned char *pin){ while(*pin){ append(*pin); pin++; } return; } void array::append(const unsigned char *pin,unsigned int len){ for(unsigned int hoe = 0;hoenext){ memcpy((char *)pt,(char *)pl->base,pl->length); pt += (pl->length); pl = pl->next; continue; } memcpy((char *)pt,(char *)pl->base,(pl->pt - pl->base) + 1); pl = pl->next; } base[length] = 0; //CǰνüʸPythonȤʤס return(base); } unsigned int array::getlength(void){ return(length); } array::list::list(unsigned long size){ next = NULL; length = size; base = new unsigned char[length]; pt = base - 1; #ifdef DEBUG printf("\nnew list at %x(%d) ",this,length); #endif return; } array::list::~list(){ if(next) delete next; delete base; return; } bool array::list::lappend(const unsigned char in){ if(((unsigned int)(pt - base + 1)) < length){ *++pt = in; return true; //append } return false; //append˼ԡlist˶ʤ } bool array::list::isEmpty(void){ if(pt == (base - 1)) return true; return false; } //#define STANDALONE #ifdef STANDALONE int main(int argc,char **argv) { array str = array(3); // 123456789012345678901234567890123456789012345678901234567890 str.append("Fly me to the moon,and let me play among the stars.\n"); //52 str.append("Let me see what spring is like on Jupter and Mars.\n"); //51 str.append("In ohter words,hold my hand,In other words,darling kiss me.\n"); //60 /* unsigned char asdf[1024]; FILE *fi; fi = fopen("zenkana.euc","r"); fscanf(fi,"%s",&asdf); str.append(asdf); rewind(fi); fscanf(fi,"%s",&asdf); str.append(asdf);*/ printf("String is ---[][][]---\n%s---[][][]---\n",str.getvalue()); printf("length is %d\n",str.getlength()); return(0); } #endif python-kconv-1.3.1/src/array.h0100664000220700022070000000214707622211443015527 0ustar takakitakaki#ifndef ARRAY_H #define ARRAY_H #ifdef HAVE_CONFIG_H #include "configure.h" #endif #if defined STDC_HEADERS || defined WIN32 # include # include # include #else # ifndef HAVE_MEMCPY # define memcpy(d, s, n) bcopy ((s), (d), (n)) # endif #endif #ifndef HAVE_LIBGCC // #include "opnew.h" #endif #ifdef WIN32 # define NULL 0 #endif class array{ private: class list{ public: list * next; unsigned long int length; unsigned char * pt; unsigned char * base; list(unsigned long size); ~list(); bool lappend(const unsigned char in); bool isEmpty(void); }; unsigned char * base; //getvalue()֤ʸ󤿤Υݥ list * start; //ǽlistؤΥݥ list * pos; //ߤlistؤΥݥ unsigned int length; void print(unsigned char* ppp); public: array(unsigned long l=100); ~array(); void append(const unsigned char in); void append(const unsigned char *pin); void append(const unsigned char *pin,unsigned int len); void append(const char *pin); unsigned int getlength(void); const unsigned char * getvalue(void); void rewind(void); }; #endif python-kconv-1.3.1/src/checker.cpp0100664000220700022070000003122307622211444016346 0ustar takakitakaki#include "checker.h" const Codes Checker::ChkAnycode5(unsigned char *pin,double *codings){ if((*pin == 0x00) || (*pin == 0xFF)){ //UnicodeΤߤ˸륳 return(_UNIC); codings[_UNIC]++; } if((*pin <= 0x7F) && ((0x80 <= *(pin+1)) && (*(pin+1) <= 0xBF))) //ñȤUnicode trailerХȤϸо codings[_UTF8] -= 100; if((0xC0 <= *pin) && (*pin <= 0xDF)){ //UTF82Хȥ if((0x80 <= *(pin+1)) && (*(pin+1) <= 0xBF)){ code = ((*pin & 0x1F) << 6) | (*(pin+1) & 0x3F); if((u2etable[2*code] == 0) && (u2etable[2*code+1] == 0)){ codings[_UTF8] -= 1; }else{ codings[_UTF8] += 1; } if((0x80 <= *(pin+2)) && (*(pin+2) <= 0xBF)) //#UTF82Хȥɤθ2ХȰʾtrailerХȤ³Ƥ鸺 codings[_UTF8] -= 100; }else{ codings[_UTF8] -= 100; } } if((0xE0 <= *pin) && (*pin <= 0xEF)){ //UTF83Хȥ if(((0x80 <= *(pin+1)) && (*(pin+1) <= 0xBF)) && ((0x80 <= *(pin+2)) && (*(pin+2) <= 0xBF))) codings[_UTF8] += 1; else codings[_UTF8] -= 100; } if((0x80 <= *pin) && (*pin <= 0xFF)) //JISˤϸʤɤϸ codings[_JIS] -= 100; if(isJisInOut(pin)){ return(_JIS); codings[_JIS]++; } if(*pin == 0x8E) //EUC SS2 if(isHankana(*(pin+1))) codings[_EUC]++; if(*pin == 0x8F) //EUC SS3 if(isHankana(*(pin+1))) if(isHankana(*(pin+2))) codings[_EUC]++; if(!isAscii(*pin)) //AsciiǤʤȾѲ̾ǤʤJISǤϤʤ if(!isHankana(*pin)) codings[_JIS] -= 1; return(_UNKNOWN); }; const Codes FastChecker::ChkCoding(const unsigned char * input_string,unsigned int length){ Codes coding = _UNKNOWN; unsigned char * pin = (unsigned char *)input_string; for(unsigned int cc = 0;cc 0) return(_UNIC); if(codings[_UTF8] > 0) return(_UTF8); Codes max=Codes(0); for(int c=0;c<3;c++){ if(codings[c] >= codings[max]) max=Codes(c); } return(max); } const Codes TableChecker::ChkCoding(const unsigned char *input_string,unsigned int length){ unsigned char *pin = (unsigned char *)input_string; double codings[5] = {0,0,0,0,0}; if((0x80 <= *pin) && (*pin <= 0xBF)) codings[_UTF8] -= 100; for(unsigned int cc = 0;cc 0) return(_UNIC); if(codings[_UTF8] > 0) return(_UTF8); if(codings[_JIS] > 0) return(_JIS); if(codings[_EUC] > codings[_SJIS]) return(_EUC); if(codings[_SJIS] > codings[_EUC]) return(_SJIS); return(_DEFAULT_INPUT_CODING); } int TableChecker_hoehoe = 0; //tables,tablee : SJIS/EUCȽ̥ơ֥ɽ double tables[end - start + 1] = {0.00223387561787, 0.0730618018026, 0.22234824392, 0.108494260574, 0.00132758734236, 0.00182077965556, 0.00249474981963, 0.00256757171932, 0.00779372318562, 0.0160764597444, 0.0163259579427, 0.0179701386874, 0.0170891562155, 0.0162740307432, 0.0222915496338, 0.0149333648663, 0.0167686160364, 0.0171465005595, 0.0116619513003, 0.0269934762876, 0.0118910965129, 0.0137699943902, 0.0140956421626, 0.0119119138253, 0.00312445417432, 0.000410155226728, 0.000510681951166, 0.000380360931956, 0.00105495019826, 0.00144583586811, 0.00206006266708, 0.00187526065171, 0.00273496148449, 0.00160889191767, 0.0113309637711, 0.000760102761683, 0.00549855644707, 0.000367514560704, 0.00237255451717, 0.00163079265903, 0.00160850497878, 0.00766069359416, 0.00973693030697, 0.00350110049291, 0.00191016253987, 0.00458313641368, 0.00157816896956, 0.00369487949059, 0.000635508438093, 0.00441907432299, 0.0014143390422, 0.00322250448985, 0.00111105633776, 0.00855289729396, 0.00218411527622, 0.00721083843699, 0.00115733422938, 0.00165625323819, 0.00117141880509, 0.00339964511512, 0.00176227449492, 0.00943387976586, 0.00467824599362, 0.00215114808252, 0.00119285521977, 0.00471771376072, 0.00254745089687, 0.000797016732089, 0.00825340659067, 0.00977090354178, 0.0104316403957, 0.00265796064475, 0.00831253085354, 0.0112574453814, 0.00281397440647, 0.00050704472557, 0.020764147047, 0.00993736465361, 0.00195187455255, 0.00157499607064, 0.00213164636231, 0.000614923288977, 0.00131241933775, 0.000752363983821, 0.00179725377085, 0.000255843996144, 0.0018061533654, 0.000706627806652, 0.000989634913094, 0.000887096106412, 0.00166437895495, 0.00101323818558, 0.00472963147862, 0.00185289558369, 0.000892900189809, 0.00276761912707, 0.00559536855813, 0.000789742280898, 0.00262638643107, 0.00341040201635, 0.000774574276287, 0.00294886130462, 0.00421972340524, 0.00430307004283, 0.00612980855734, 0.0107484659614, 0.00704522859073, 0.000801659998807, 0.00190257853757, 0.00265494252139, 0.00151896731891, 0.00242409477774, 0.0107198324833, 0.00407872287258, 0.000325338221352, 0.000959763230544, 0.000259403833961, 0.00123541849802, 0.000771246601806, 0.000287031270931, 0.000574294705198, 0.000166538499607, 0.00466741170461, 0.00130251370209, 0.00215300538921, 0.0, 0.0}; double tablee[end - start + 1] = {0.0, 1.25547465416e-07, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 3.76642396249e-07, 0.0, 0.0, 6.27737327082e-08, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 0.0, 6.27737327082e-08, 0.0, 0.0, 0.0, 0.0, 0.0, 0.066129553685, 0.0160557003885, 0.0258200917375, 0.178688694388, 0.0882604331513, 0.00951725116335, 0.00147198125827, 0.00311728079256, 0.00219952882036, 0.0041537378933, 0.00855053567965, 0.00898430217266, 0.00451236422826, 0.00237228213278, 0.00860565101697, 0.00926960878782, 0.00739945374298, 0.00967537819605, 0.0112247594667, 0.00846202471653, 0.00991950524255, 0.00708464347345, 0.0155543265854, 0.0119600909717, 0.0180467576425, 0.00741163184712, 0.0111668193115, 0.020979232566, 0.0113930558441, 0.00799084507882, 0.0166875807819, 0.0129220356517, 0.00863898386903, 0.00894977661967, 0.0131318882402, 0.00912598248738, 0.0085189604921, 0.017455052438, 0.014174183298, 0.0172288786791, 0.00941091246015, 0.0177846773085, 0.0172332728404, 0.00913269927678, 0.0111223755087, 0.0217208414442, 0.0112842689654, 0.00642677475466, 0.00391293785463, 0.0028918603184, 0.00338582682108, 0.00361432320814, 0.0031998910248, 0.00521153806317, 0.00630606086667, 0.00309738151929, 0.00204899740933, 0.00229569817887, 0.0019481827946, 0.00420998315781, 0.00192953899598, 0.00540205634194, 0.00260699311937, 0.00254302668574, 0.00432542405226, 0.00565961696724, 0.00171064699003, 0.00316737423126, 0.0042339627237, 0.00265018144747, 0.00438907661722, 0.00504493657656, 0.00623795136668, 0.00805882903134, 0.0129636546365, 0.00760240122082, 0.00214190253374, 0.0031797406566, 0.00304509099994, 0.00155923674674, 0.00368519475237, 0.00887965836024, 0.0101748687872, 0.0017840922573, 0.00104392717494, 0.00174404261583, 0.00171924699141, 0.00143663964676, 0.000556489140458, 0.000858995758379, 0.000430376711447, 0.00459058029922, 0.00219551130147, 0.00339875821002}; unsigned int *tablee2=NULL; unsigned int *tables2=NULL; const Codes Table2Checker::ChkCoding(const unsigned char *input_string,unsigned int length){ unsigned char *pin = (unsigned char *)input_string; double codings[5] = {0,0,0,0,0}; if((0x80 <= *pin) && (*pin <= 0xBF)) codings[_UTF8] -= 100; while(pin < input_string+length){ Codes retcode; if((retcode = ChkAnycode5(pin,codings)) != _UNKNOWN) return(retcode); unsigned char c1 = *pin; unsigned char c2 = *(pin+1); if((lstart <= c1) && (c1 <= lend)){ if((tstart <= c2) && (c2 <= tend)){ codings[_SJIS] += tables2[(c1 - lstart)*tlength+(c2 - tstart)] / 65536.0; codings[_EUC] += tablee2[(c1 - lstart)*tlength+(c2 - tstart)] / 65536.0; } } pin++; } // printf("SJIS : %f , EUC : %f\n",codings[_SJIS],codings[_EUC]); if(codings[_UNIC] > 0) return(_UNIC); if(codings[_UTF8] > 0) return(_UTF8); if(codings[_JIS] > 0) return(_JIS); if(codings[_EUC] > codings[_SJIS]) return(_EUC); if(codings[_SJIS] > codings[_EUC]) return(_SJIS); return(_DEFAULT_INPUT_CODING); } Table2Checker::Table2Checker():Checker("TABLE2",_TABLE2){ if(tablee2 == NULL){ char *filenamee = new char[strlen(prefix)+strlen(tc2tableefile)+4]; char *filenames = new char[strlen(prefix)+strlen(tc2tablesfile)+4]; PyObject *ospath,*f_join,*filee,*files; ospath = PyImport_ImportModule("os.path"); f_join = PyObject_GetAttrString(ospath,"join"); filee = PyObject_CallFunction(f_join,"(ssss)",SYSPREFIX,"share","python-kconv",tc2tableefile); files = PyObject_CallFunction(f_join,"(ssss)",SYSPREFIX,"share","python-kconv",tc2tablesfile); PyArg_Parse(filee,"s",&filenamee); PyArg_Parse(files,"s",&filenames); // Py_XDECREF(ospath); //Py_XDECREF(f_join); //Py_XDECREF(filee); //Py_XDECREF(files); FILE *INe = fopen(filenamee,"rb"); if(!INe){ // fprintf(stderr, "%s\n", filenamee); char *mes = new char[strlen(filenamee)+strlen(notfoundmessage)+2]; sprintf(mes,"%s(%s)",notfoundmessage,mes); PyErr_SetString(PyExc_IOError,mes); } FILE *INs = fopen(filenames,"rb"); if(!INe){ // fprintf(stderr, "%s\n", filenames); char *mes = new char[strlen(filenames)+strlen(notfoundmessage)+2]; sprintf(mes,"%s(%s)",notfoundmessage,mes); PyErr_SetString(PyExc_IOError,mes); } tablee2 = new unsigned int[llength*tlength]; tables2 = new unsigned int[llength*tlength]; for(int i=0;i < llength;i++){ for(int ii=0;ii < tlength;ii++){ unsigned char hoe[3]; fread(hoe,sizeof(unsigned char),sizeof(hoe)/sizeof(unsigned char),INe); tablee2[i*tlength+ii] = hoe[0] + (hoe[1]<<8) + (hoe[2]<<16); fread(hoe,sizeof(unsigned int),sizeof(hoe)/sizeof(unsigned int),INs); tables2[i*tlength+ii] = hoe[0] + (hoe[1]<<8) + (hoe[2]<<16); } } fclose(INe); fclose(INs); } return; } //饹󥹥󥹤֤ؿ Checker * newFastChecker(void){ return((Checker *)new FastChecker()); }; Checker * newFullChecker(void){ return((Checker *)new FullChecker()); }; Checker * newTableChecker(void){ return((Checker *)new TableChecker()); }; Checker * newTable2Checker(void){ return((Checker *)new Table2Checker()); }; //ñȥǥХåѥ #ifdef STANDALONE #include #include #include int main(int argc,char **argv){ FILE *fin; if((fin = fopen("zenkana.sjis","r")) == NULL){ printf("File open Error.\n"); exit(255); } char *inputstring = new char[1024]; fscanf(fin,"%s",inputstring); strcat(inputstring,"\n"); Checker *ip = new FastChecker(); printf("%d",ip->ChkCoding((unsigned char*)inputstring)); delete ip; fclose(fin); return(0); } #endif python-kconv-1.3.1/src/checker.h0100664000220700022070000000720207622211444016013 0ustar takakitakaki#ifndef _CHECKER_H #define _CHECKER_H //Kconv0.5 Checker //ɤȽ̤Ԥʤ #ifdef HAVE_CONFIG_H #include "configure.h" #endif #ifndef HAVE_LIBGCC // #include "opnew.h" #endif #include "commonop.h" #include "Python.h" extern Codes _DEFAULT_INPUT_CODING; extern char prefix[MAXPATHLEN]; //ơ֥ξ򼨤 extern const char *tc2tableefile;//filename extern const char *tc2tablesfile;//filename extern unsigned char *u2etable;//unicode -> euc convert table class Checker:public CommonOp{ //Checker interface & some methods public: virtual const Codes ChkCoding(const unsigned char * input_string,unsigned int length)=0; Checker(char * n,ChkMode c):CommonOp(n,c){ }; protected: inline bool isSjis1(const unsigned char in){ if((0x81 <= in) && (in <= 0x9F)) return(true); return(false); } inline bool isSjis2(const unsigned char in){ if(in <= 0x7E) return(true); if((0x80 <= in) && (in <= 0xA0)) return(true); return(false); } inline bool isEuc1(const unsigned char in){ if((0xF0 <= in) && (in <= 0xFE)) return(true); return(false); } inline bool isEuc2(const unsigned char in){ if((0xFD <= in) && (in <= 0xFE)) return(true); return(false); } inline bool isJisInOut(const unsigned char *pin){ unsigned char ESC = 0x1B; if(!(*pin++ == ESC)) return(false); if(*pin == '$'){ pin++; if(*pin == 'B') return(true); if(*pin == '@') return(true); return(false); } if(*pin == '('){ pin++; if(*pin == 'J') return(true); if(*pin == 'H') return(true); if(*pin == 'B') return(true); if(*pin == 'I') return(true); return(false); } return(false); } const Codes ChkAnycode5(unsigned char *pin,double *codings); }; class FastChecker : public Checker{ //Fast check coding ǽȽ̲ǽʸǷ public: const Codes ChkCoding(const unsigned char *,unsigned int length); const Codes ChkCoding2(const unsigned char *,unsigned int length); FastChecker():Checker("FAST",_FAST){ }; }; class FullChecker: public Checker{ //Full check coding 򸫤ƺǤȽ̤Ǥɤˤ public: const Codes ChkCoding(const unsigned char *,unsigned int length); FullChecker():Checker("FULL",_FULL){ }; }; //Table CheckerѤ //start : SJIS/EUCȽ̥ơ֥κǽ //end : SJIS/EUCȽ̥ơ֥κǸ const int start = 0x80; const int end = 0xFE; extern double tables[]; extern double tablee[]; extern int TableChecker_hoehoe; class TableChecker:public Checker{ //Table check coding ɽѤEUC/SJISȽԤʤ public: const Codes ChkCoding(const unsigned char *,unsigned int length); TableChecker():Checker("TABLE",_TABLE){ if(TableChecker_hoehoe == 0){ TableChecker_hoehoe = 1; int A = 200;//Ƚ̲ǽʸΨ int A2 = 2; //ǥեȤʸɤФΨ for(int i = start ; i <= end ; i++){ if(tablee[i - start] == 0){ tables[i - start] = tables[i - start] * A; tablee[i - start] = -10; } if(tables[i - start] == 0){ tablee[i - start] = tablee[i - start] * A; tables[i - start] = -10; } if(_DEFAULT_INPUT_CODING == _EUC) tablee[i - start] = tablee[i - start] * A2; if(_DEFAULT_INPUT_CODING == _SJIS) tables[i - start] = tables[i - start] * A2; } } }; }; class Table2Checker:public Checker{ //Table check coding ɽѤEUC/SJISȽԤʤ public: const Codes ChkCoding(const unsigned char *,unsigned int length); Table2Checker(); }; extern unsigned int *tablee2; extern unsigned int *tables2; extern "C"{ //饹󥹥󥹤֤ؿ Checker * newFastChecker(void); Checker * newFullChecker(void); Checker * newTableChecker(void); Checker * newTable2Checker(void); }; #endif python-kconv-1.3.1/src/commonop.h0100664000220700022070000000411407622211444016235 0ustar takakitakaki#ifndef COMMONOP #define COMMONOP #ifndef MAXPATHLEN # define MAXPATHLEN 1024 #endif const int _UNDEFINED = -1; const unsigned char LF = 0x0A; const unsigned char CR = 0x0D; const unsigned char NC = 0x00; const unsigned char ESC = 0x1B; enum Codes { _AUTO = -2, _UNKNOWN, _EUC , _SJIS , _JIS , _UNIC , _UTF8};//UNKNOWN = AUTO in Inputer enum LineMode { _WHOLE,_LINE }; enum KanaMode { _HANKAKU , _ZENKAKU }; enum ChkMode { _FAST , _FULL ,_TABLE,_TABLE2}; enum Blcs { _LF , _CR , _CL }; //Euc code Data static const int elstart = 0xA1; static const int elend = 0xFE; static const int etstart = 0xA1; static const int etend = 0xFE; //Sjis code Data static const int slstart = 0x80; static const int slend = 0xFC; static const int ststart = 0x40; static const int stend = 0xFC; //Table Size static const int lstart = (elstart > slstart) ? slstart : elstart; static const int lend = (elend > slend) ? elend : slend; static const int tstart = (etstart > ststart) ? ststart : etstart; static const int tend = (etend > stend) ? etend : stend; static const int llength = lend - lstart + 1; static const int tlength = tend - tstart + 1; //Error Message #define notfoundmessage "IOError: No such file or directory:" class CommonOp{ //̾ʪ protected: char* name; int code; public: virtual const int getCode(void){ //ʬμĥɤ֤ return(code); }; virtual const char * getName(void){ //Python¦ǻꤹ֤̾ return(name); }; protected: CommonOp(char * n,int c):name(n),code(c){ }; inline bool isAscii(const unsigned char in){ if(in <= 0x7F) return true; return false; } inline bool isCtrl(const unsigned char in){ if(in <= 0x1F) return true; if(in == 0x7F) return true; return false; } inline bool isPict(const unsigned char in){ if(in <= 0x7E) return true; return false; } inline bool isHankana(const unsigned char in){ if((0xA1 <= in) & (in <= 0xDF)) return true; return false; } inline bool isEuc(const unsigned char in){ if((0xA1 <= in) && (in <= 0xFE)) return(true); return(false); } }; #endif python-kconv-1.3.1/src/crl.cpp0100664000220700022070000001050207622211444015517 0ustar takakitakaki//Unicode ޤह٤ƤβԥɤǧReadLine() //ʸϴޤޤʤUnicodeΥǥؼ(0xFEFF)֤ //int &pos : õϤǽʸIndex //unsigned int &olen : ֤ʸĹ //֤ : 1ʬʸ֤ #include "crl.h" unsigned char * crl::ReadLine(int &startpos,unsigned int &olen){ if(ReadLine_UnicodeFlag == 1) return(ReadLineUnicode(startpos,olen)); if(isBIG(input_string+startpos) | isLIT(input_string+startpos)){ ReadLine_UnicodeFlag = 1; UnicodeChar_StartPos = startpos; return(ReadLineUnicode(startpos,olen)); } int hoe = REC->search(input_string,startpos); if(hoe < 0) RETSTRING(startpos,len,-1) if( isBIG(input_string+hoe) || isLIT(input_string+hoe)){ ReadLine_UnicodeFlag = 1; UnicodeChar_StartPos = hoe; RETSTRING(startpos,REC->regs[0],REC->regs[0]) } RETSTRING(startpos,REC->regs[0],REC->regs[1]) } unsigned char * crl::ReadLineUnicode(int &startpos,unsigned int &olen){ int hoe = REUC[ReadLine_UnicodeEndian]->search(input_string,startpos); if(hoe < 0) RETSTRING(startpos,len,-1) while((( hoe - UnicodeChar_StartPos) % 2) == 1){ // int tstartpos = hoe + 1; hoe = REUC[ReadLine_UnicodeEndian]->search(input_string,startpos); if(hoe < 0) RETSTRING(startpos,len,-1) } int reg0 = REUC[ReadLine_UnicodeEndian]->regs[0]; int reg1 = REUC[ReadLine_UnicodeEndian]->regs[1]; if(isBIG(input_string+reg0)){ ReadLine_UnicodeEndian = 0; if(startpos == reg0) RETSTRING(startpos,reg1,reg1) else RETSTRING(startpos,reg0,reg0) } if(isLIT(input_string+reg0)){ ReadLine_UnicodeEndian = 1; if(startpos == reg0) RETSTRING(startpos,reg1,reg1) else RETSTRING(startpos,reg0,reg0) } RETSTRING(startpos,reg0,reg1) } int rec::search(unsigned char * input_string,int startpos){ for(int pos = startpos;pos < len;pos++){ if(((*(input_string+pos) == 0xFE) && (*(input_string+pos+1) == 0xFF)) || //Little Endian ((*(input_string+pos) == 0xFF) && (*(input_string+pos+1) == 0xFE)) || //Big Endian ((*(input_string+pos) == 0x0D) && (*(input_string+pos+1) == 0x0A))){ //CR + LF regs[0] = pos; regs[1] = pos+2; return(pos); } if((*(input_string+pos) == 0x0D) || (*(input_string+pos) == 0x0A)){ //CR or LF regs[0] = pos; regs[1] = pos+1; return(pos); } } return(-1); } int reub::search(unsigned char * input_string,int startpos){ for(int pos = startpos;pos < len;pos++){ if(((*(input_string+pos) == 0xFE) && (*(input_string+pos+1) == 0xFF)) || //Little Endian ((*(input_string+pos) == 0xFF) && (*(input_string+pos+1) == 0xFE))){ //Big Endian regs[0] = pos; regs[1] = pos+2; return(pos); } if((*(input_string+pos) == 0x0D) && (*(input_string+pos+1) == 0x00) && (*(input_string+pos+2) == 0x0A) && (*(input_string+pos+3) == 0x00)){ //Unicode Big-Endian CR+LF regs[0] = pos; regs[1] = pos+4; return(pos); } if(((*(input_string+pos) == 0x0A) && (*(input_string+pos+1) == 0x00)) || //Unicode Big-Endian LF ((*(input_string+pos) == 0x0D) && (*(input_string+pos+1) == 0x00))){ //Unicode Big-Endian CR regs[0] = pos; regs[1] = pos+2; return(pos); } } return(-1); } int reul::search(unsigned char * input_string,int startpos){ for(int pos = startpos;pos < len;pos++){ if(((*(input_string+pos) == 0xFE) && (*(input_string+pos+1) == 0xFF)) || //Little Endian ((*(input_string+pos) == 0xFF) && (*(input_string+pos+1) == 0xFE))){ //Big Endian regs[0] = pos; regs[1] = pos+2; return(pos); } if((*(input_string+pos) == 0x00) && (*(input_string+pos+1) == 0x0D) && (*(input_string+pos+2) == 0x00) && (*(input_string+pos+3) == 0x0A)){ //Unicode Little-Endian CR+LF regs[0] = pos; regs[1] = pos+4; return(pos); } if(((*(input_string+pos) == 0x00) && (*(input_string+pos+1) == 0x0A)) || //Unicode Little-Endian LF ((*(input_string+pos) == 0x00) && (*(input_string+pos+1) == 0x0D))){ //Unicode Little-Endian CR regs[0] = pos; regs[1] = pos+2; return(pos); } } return(-1); } //#define STANDALONE #ifdef STANDALONE #include int main(int argc,char **argv){ char * name = "Sawatari Honoka\rSugihara Manami\nIto Noemi\r\nYuki Mizho"; crl line((unsigned char*)name,strlen(name)); int spos = 0; unsigned int olen; while(spos >= 0){ unsigned char *ostr = line.ReadLine(spos,olen); unsigned char *hoe = new unsigned char[olen+1]; memcpy(hoe,ostr,olen); printf("%s(%d)\n",hoe,olen); } } #endif python-kconv-1.3.1/src/crl.h0100664000220700022070000000416407622211444015173 0ustar takakitakaki#ifndef __CRL_H #define __CRL_H # include #ifdef HAVE_CONFIG_H #include "configure.h" #endif #if defined STDC_HEADERS | defined WIN32 # include # include #else # ifndef HAVE_MEMCPY # define memcpy(d, s, n) bcopy ((s), (d), (n)) # endif #endif class rec{ protected: int len; public: int regs[2]; virtual int search(unsigned char * input_stirng,int startpos); rec(int length){ len = length; }; }; class reu : public rec{ public: reu(int length):rec(length){ }; }; class reub : public reu{ public: reub(int length):reu(length){ }; int search(unsigned char * input_string,int startpos); }; class reul : public reu{ public: reul(int length):reu(length){ }; int search(unsigned char * input_stirng,int startpos); }; #define RETSTRING(start,end,next) \ { \ if(OutString) \ delete OutString; \ olen = end - start; \ OutString = new unsigned char[olen]; \ memcpy(OutString,input_string+start,olen); \ startpos = next; \ return(OutString); \ } class crl{ private: reu *REUC[2]; rec *REC; unsigned char *input_string; unsigned int len; bool ReadLine_UnicodeFlag; unsigned int UnicodeChar_StartPos; int ReadLine_UnicodeEndian; unsigned char *OutString; unsigned char * ReadLineUnicode(int &startpos,unsigned int &olen); bool isBIG(unsigned char *pin){ if((*pin == 0xFF) && (*(pin+1) == 0xFE)) return(true); return(false); }; bool isLIT(unsigned char *pin){ if((*pin == 0xFE) && (*(pin+1) == 0xFF)) return(true); return(false); }; public: //unsigned char *input_string : ʸƬؤݥ //unsigned int len : input_stringĹ crl(unsigned char *instring,unsigned int inlength){ OutString = NULL; ReadLine_UnicodeFlag = false; UnicodeChar_StartPos = 0; ReadLine_UnicodeEndian = 0; // 0 -> Big-Endian , 1 -> Little->Endian input_string = instring; len = inlength; REC = new rec(len); REUC[0] = new reub(len); REUC[1] = new reul(len); return; }; ~crl(void){ if(OutString) delete OutString; delete REC; delete REUC[0]; delete REUC[1]; }; unsigned char * ReadLine(int &startpos,unsigned int &olen); }; #endif python-kconv-1.3.1/src/inputer.cpp0100664000220700022070000001705307622211444016435 0ustar takakitakaki//Kconv0.5 Inputer //ʸEUCѴ //ȾѲ̾0x8E+??dzǼ2ХȾѲ̾ #include #include #include #include "array.h" #include "inputer.h" int JisInputer::isJisIn(unsigned char * const pos){ //Esc $B etc... unsigned char *cp = pos; if((*cp++ == ESC) && (*cp++ == '$')){ if(*cp == '(') cp++; if(*cp == '@') return(int(cp - pos + 1)); if(*cp == 'B') return(int(cp - pos + 1)); if(*cp == 'D') return(int(cp - pos + 1)); return 0; } return 0; } int JisInputer::isJisOut(unsigned char * const pos){ //#Esc )B etc... unsigned char *cp = pos; if((*cp++ == ESC) && (*cp++ == '(')){ if(*cp == 'J') return(int(cp - pos + 1)); if(*cp == 'H') return(int(cp - pos + 1)); if(*cp == 'B') return(int(cp - pos + 1)); if(*cp == 'I') return(int(cp - pos + 1)); return(0); } return(0); }; array * JisInputer::input(unsigned char * const input_string,unsigned int len){ array *out = new array(); unsigned char *pt = input_string; inJisMode = false; unsigned char *epos = input_string + len; while(ptappend(*pt|0x80); } }else{ if(isJisIn(pt)){ inJisMode = true; pt += isJisIn(pt)-1; }else{ if((*pt == CR) && (*(pt+1) == LF)){ //ԥɤϤ٤LFˤ out->append(LF); pt++; }else if((*pt == LF) || (*pt == CR)) out->append(LF); else out->append(*pt); } } }else if(isHankana(*pt)){ out->append(0x8E); out->append(*pt); }else{ // printf("BadInput"); } pt++; } return(out); } array * EucInputer::input(unsigned char * const input_string,unsigned int len){ array *out = new array(); unsigned char *pin = input_string; unsigned char *epos = input_string + len; while(pinappend(LF); pin++; }else if((*pin == LF) || (*pin == CR)) out->append(LF); else out->append(*pin); pin++; } return(out); } array * SjisInputer::input(unsigned char * const input_string,unsigned int len){ array *out = new array(); unsigned char *pin = input_string; unsigned char *epos = input_string + len; while(pinappend((unsigned char)(leader|0x80)); out->append((unsigned char)(trailer|0x80)); } }else if(isHankana(*pin)){ out->append((unsigned char)0x8E); out->append((unsigned char)*pin); }else if(isAscii(*pin)){ if((*pin == CR) && (*(pin+1) == LF)){ //ԥɤϤ٤LFˤ out->append(LF); pin++; }else if((*pin == LF) || (*pin == CR)) out->append(LF); else out->append(*pin); } pin++; } return(out); } unsigned char * u2etable; unsigned int UnicInputer::ChkBL(unsigned char *input_string){ if((input_string[1-endian] == NC) && // CR + LF (input_string[endian] == CR) && (input_string[3-endian] == NC) && (input_string[2+endian] == LF)) return(4); if(input_string[1-endian] != NC) return(0); if((input_string[endian] == CR) || // CR or LF (input_string[endian] == LF)) return(2); return(0); } int UnicInputer::ChkEndian(unsigned char *input_string){ if((input_string[0] == 0xFE) && (input_string[1] == 0xFF)){ endian = 1; // Little Endian return(2); } if((input_string[0] == 0xFF) && (input_string[1] == 0xFE)){ endian = 0; // Big Endian return(2); } return(0); } unsigned int UnicInputer::MakeCode(unsigned char *&pin){ unsigned int ret = *pin << (8*endian); pin++; ret += *pin << (8*(1-endian)); pin++; return(ret); } UnicInputer::UnicInputer(int ue,char * n,Codes c):Inputer(n,c),endian(ue){ if(u2etable == NULL){ //ơ֥ɤ߹ char *filename; PyObject *ospath,*f_join,*file; ospath = PyImport_ImportModule("os.path"); f_join = PyObject_GetAttrString(ospath,"join"); file = PyObject_CallFunction(f_join,"(ssss)",SYSPREFIX,"share","python-kconv",kconvu2etable); filename = PyString_AsString(file); FILE *IN = fopen(filename,"rb"); if(!IN){ // fprintf(stderr,"%s\n", filename); char *mes = new char[strlen(filename)+strlen(notfoundmessage)+2]; sprintf(mes,"%s(%s)",notfoundmessage,mes); PyErr_SetString(PyExc_IOError,mes); } u2etable = new unsigned char[131072]; fread(u2etable,sizeof(unsigned char),131072,IN); fclose(IN); Py_XDECREF(ospath); Py_XDECREF(f_join); Py_XDECREF(file); } return; }; array * UnicInputer::input(unsigned char * const input_string,unsigned int length){ array *out = new array(); unsigned char *pin = input_string; unsigned char *epos = input_string + length; //Ѵ while(pin 0){ pin += endiansize; continue; } unsigned int bltmp = 0; if((bltmp = ChkBL(pin)) > 0){ out->append(LF); pin += bltmp; continue; } unsigned int code = MakeCode(pin); if(u2etable[code*2]) out->append(u2etable[code*2]); if(u2etable[code*2+1]) out->append(u2etable[code*2+1]); } return(out); } unsigned int Utf8Inputer::ChkBL(unsigned char *input_string){ if((input_string[0] == CR) && // CR + LF (input_string[1] == LF)) return(2); if((input_string[0] == CR) || // CR or LF (input_string[0] == LF)) return(1); return(0); } int Utf8Inputer::ChkEndian(unsigned char *input_string){ if((input_string[0] == 0xEF) && //Little Endian ʥɤи뤳ȤΤ (input_string[1] == 0xBB) && //˽иȤƤ⸽ʳendian̤ѡ (input_string[2] == 0xBF)){ endian = 1; return(3); } if((input_string[0] == 0xEF) && //Big Endian (input_string[1] == 0xBF) && (input_string[2] == 0xBE)){ endian = 0; return(3); } return(0); } unsigned int Utf8Inputer::MakeCode(unsigned char *&pin){ unsigned int c1 = *pin; unsigned int code; if((c1 & 0x80) == 0) code = (unsigned char)c1; else{ if((c1 & 0xE0) == 0xC0){ pin++; unsigned int c2 = *pin; code = ((c1 & 0x1F) << 6) | (c2 & 0x3F); }else{ if((c1 & 0xF0) == 0xE0){ pin++; unsigned int c2 = *pin; pin++; unsigned int c3 = *pin; code = ((c1 & 0x0F) << 12) | ((c2 & 0x3F) << 6) | (c3 & 0x3F); }else{ code= 0; } } } pin++; return(code); } //饹󥹥󥹤֤ؿ Inputer * newEucInputer(void){ return((Inputer *)new EucInputer()); }; Inputer * newSjisInputer(void){ return((Inputer *)new SjisInputer()); }; Inputer * newJisInputer(void){ return((Inputer *)new JisInputer()); }; Inputer * newUnicInputer(void){ return((Inputer *)new UnicInputer(0));// Big-Endian }; Inputer * newUnicInputerEndian(int endian){ return((Inputer *)new UnicInputer(endian)); }; Inputer * newUtf8Inputer(void){ return((Inputer *)new Utf8Inputer()); }; //ɥǥХåѥ //#define STAND_ALONE #ifdef STAND_ALONE #include int main(int argc,char **argv){ FILE *fin; if((fin = fopen("licence.euc","r")) == NULL){ printf("File open Error.\n"); exit(255); } char *inputstring = new char[1024]; fscanf(fin,"%s",inputstring); strcat(inputstring,"\n"); Inputer *ip = new EucInputer(); array *str = ip->input((unsigned char *)inputstring,strlen(inputstring)); printf("%s",str->getvalue()); delete str,ip; fclose(fin); return(0); } #endif python-kconv-1.3.1/src/inputer.h0100664000220700022070000000445207622211444016101 0ustar takakitakaki#include "commonop.h" #ifdef HAVE_CONFIG_H #include "configure.h" #endif #ifndef HAVE_LIBGCC // #include "opnew.h" #endif #include "array.h" extern char prefix[MAXPATHLEN]; //ơ֥ξ򼨤 extern const char * kconvu2etable;//file name //ϥ饹 class Inputer: public CommonOp{ //inputer interface & some methods public: virtual array * input(unsigned char * const input_string,unsigned int len)=0; Inputer(char * n,Codes c):CommonOp(n,c){ }; }; class JisInputer :public Inputer{ //JIS -> EUC protected: bool inJisMode; int isJisIn(unsigned char * const); int isJisOut(unsigned char * const); public: array * input(unsigned char * const input_string,unsigned int len); JisInputer():Inputer("JIS",_JIS),inJisMode(false){ }; }; class EucInputer : public Inputer{ //ʤˤ⤷ʤ(^^; public: array * input(unsigned char * const input_string,unsigned int len); EucInputer(void):Inputer("EUC",_EUC){ }; }; class SjisInputer : public Inputer{ inline bool isSjisLead(const unsigned char in){ if((0x81 <= in) && (in <= 0x9F)) return true; if((0xE0 <= in) && (in <= 0xFC)) return true; return false; } inline bool isSjisTrail(const unsigned char in){ if((0x40 <= in) && (in <= 0xFC)) return true; return false; } public: array * input(unsigned char * const input_string,unsigned int len); SjisInputer(void):Inputer("SJIS",_SJIS){ }; }; extern unsigned char * u2etable; class UnicInputer : public Inputer{ protected: int endian; virtual unsigned int ChkBL(unsigned char *input_string); virtual int ChkEndian(unsigned char *input_string); virtual unsigned int MakeCode(unsigned char *&pin); public: array * input(unsigned char * const input_string,unsigned int len); UnicInputer(int ue,char * n="UNICODE",Codes c=_UNIC); }; class Utf8Inputer : public UnicInputer{ protected: unsigned int ChkBL(unsigned char *input_string); int ChkEndian(unsigned char *input_string); unsigned int MakeCode(unsigned char *&pin); public: Utf8Inputer(void):UnicInputer(0,"UTF8",_UTF8){ }; }; extern "C"{ //饹󥹥󥹤֤ؿ Inputer * newEucInputer(void); Inputer * newSjisInputer(void); Inputer * newJisInputer(void); Inputer * newUnicInputer(void); Inputer * newUnicInputerEndian(int endian); Inputer * newUtf8Inputer(void); }; python-kconv-1.3.1/src/kconv.h0100664000220700022070000000426307622211444015533 0ustar takakitakaki// -*- c++ -*- #include "inputer.h" #include "outputer.h" #include "checker.h" #include #define GETCWD getcwd #define WIN32_EXPORT A //Version const char *version = KCONV_VERSION; typedef Inputer * (*PInputer)(void); typedef Outputer * (*POutputer)(Blcs); typedef Checker * (*PChecker)(void); //ϥ饹ɲä(ex.inputer) //1.CodesˤΥ饹ɤ̤뤿IDɲä롣(commonop.h) //2.InputerѾ֥饹롣(inputer.cc,inputer.h) // 饹Υ󥹥ȥ饯̾ID񤤤Ƥ //3.Υ饹󥹥󥹤֤ؿ롣(inputer.h) //4.Ͽơ֥ˤδؿɲä롣(kconv.h) //5.ƥѥ //Inputer,Outputer,CheckerѤϿơ֥ PInputer InputerTable[]={ newEucInputer, newSjisInputer, newJisInputer, newUnicInputer, newUtf8Inputer, }; POutputer OutputerTable[][2]={ {newEucOutputer,newEucZenkanaOutputer}, {newSjisOutputer,newSjisZenkanaOutputer}, {newJisOutputer,newJisZenkanaOutputer}, {newUnicOutputer,newUnicOutputer}, {newUtf8Outputer,newUtf8Outputer}, }; PChecker CheckerTable[]={ newFastChecker, newFullChecker, newTableChecker, newTable2Checker, }; //֥Ȥι¤ struct kconvobject { PyObject_HEAD Inputer * pinputer; Outputer * poutputer; Checker * pchecker; int linemode; }; char prefix[MAXPATHLEN]; //ơ֥ξ򼨤 //ơ֥Υե̾ const char * kconvu2etable = "kconvu2etable.dat"; const char * kconve2utable = "kconve2utable.dat"; const char * tc2tableefile = "kconveuctable2.dat"; const char * tc2tablesfile = "kconvsjistable2.dat"; PyObject *kconv_convert(PyObject *,PyObject *); kconvobject * newkconvobject(void); void deletekconvobject(PyObject *); PyObject * kconv_new(PyObject *,PyObject *,PyObject *); PyObject * kconv_mod_convert(PyObject *,PyObject *,PyObject *); PyObject * kconv_getattr(PyObject *,char *); extern "C" WIN32_EXPORT void initkconv(void); int _load_defaults(void); // kcovntools... unsigned char * GetNextCharSJIS( char *where, char *hold, int *error/* ,encoding */); char * ConvertGaijiAndAdd( char *convertchar, char *out); PyObject * convertgaiji( PyObject *self, PyObject *args); python-kconv-1.3.1/src/kstring.h0100664000220700022070000000403107622211445016066 0ustar takakitakaki#include "kconv.h" #ifndef KSTRING_H #define KSTRING_H Codes _DEFAULT_INPUT_CODING = _EUC; #define isKstringObject(v) ((v)->ob_type == &kstring_type) #define onError(mes)\ { PyErr_SetString(ErrorObject,mes);return NULL; } extern "C" { //֥Ȥι¤ struct kstringobject { PyObject_HEAD unsigned char *string; signed long int length; }; static struct PyMethodDef kstring_methods[] = { {NULL,NULL}, }; //ؿץȥ static kstringobject * newkstringobject(void); static void deletekstringobject(PyObject *); static PyObject * kstring_new(PyObject *,PyObject *,PyObject *); static int kstring_print(kstringobject *,FILE *,int); static PyObject * kstring_getattr(PyObject *,char *); static int kstring_compare(kstringobject *,kstringobject *); static int kstring_length(kstringobject *); static PyObject * kstring_concat(kstringobject *,PyObject *); static PyObject * kstring_repeat(kstringobject *,int); static PyObject * kstring_item(kstringobject *,int); static PyObject * kstring_slice(kstringobject *,int,int); static PyObject * kstring_repfunc(kstringobject *); static PyObject * kstring_str(kstringobject *); void initkstring(void); //ץǥץ //󥹷δؿơ֥ PySequenceMethods kstring_seq = { (inquiry) kstring_length, (binaryfunc) kstring_concat, (intargfunc) kstring_repeat, (intargfunc) kstring_item, (intintargfunc) kstring_slice, (intobjargproc) NULL, (intintobjargproc) NULL }; PyTypeObject kstring_type = { PyObject_HEAD_INIT(&PyType_Type) 0, "Kstring", sizeof(kstringobject), 0, (destructor) deletekstringobject, (printfunc) kstring_print, (getattrfunc) kstring_getattr, NULL, (cmpfunc) kstring_compare, (reprfunc) kstring_repfunc, NULL, &kstring_seq, NULL, (hashfunc) NULL, NULL, (reprfunc) kstring_str, (getattrofunc) NULL, NULL }; static struct PyMethodDef kstring_module_methods[] = { { "kstring" ,(PyObject *(*)(PyObject *,PyObject *))kstring_new, 1}, { NULL,NULL,0} }; } // End of extern "C" #endif python-kconv-1.3.1/src/outputer.cpp0100664000220700022070000002364307622211445016641 0ustar takakitakaki//Kconv 0.5 Outputer //EUCʸ򤽤줾ΥɤѴ #include #include #include #include "array.h" #include "outputer.h" const unsigned char * JisOutputer::hankanaconv(const unsigned char input_char,unsigned char *ret){ // unsigned char ret[2]; ret[0] = input_char; ret[1] = (unsigned char)0; return(ret); } array * JisOutputer::output(array *input_string){ array *out = new array(); unsigned char *pin = (unsigned char *)input_string->getvalue(); unsigned char *epos = pin + input_string->getlength(); inJisMode = false; unsigned char ret[3]; while(pinappend(ESC); out->append("(B"); inJisMode = false; } if(*pin == LF){ switch(BLCODE){ case _LF: out->append(LF); break; case _CR: out->append(CR); break; case _CL: out->append(CR); out->append(LF); break; } }else out->append(*pin); }else if(isEuc(*pin)){ if(!inJisMode){ out->append(ESC); out->append("$B"); inJisMode = true; } out->append(*pin&0x7F); }else if(*pin == 0x8E){ pin++; unsigned char test[3]; strcpy((char*)test,(const char*)hankanaconv(*pin,ret)); if(isHankana(test[0])){ if(inJisMode){ out->append(ESC); out->append("(B"); inJisMode = false; } out->append(test); }else{ if(!inJisMode){ out->append(ESC); out->append("$B"); inJisMode = true; } out->append(test); } } pin++; } if(inJisMode){ out->append(ESC); out->append("(B"); } return(out); } const unsigned char * JisZenkanaOutputer::hankanaconv(const unsigned char input_char,unsigned char *ret){ //EUC -> JIS Ѳ̾Ѵ //Table for kana -> JIS const unsigned int jisconvtable[63] = { 0x2123,0x2156,0x2157,0x2122,0x2126,0x2572,0x2521,0x2523, 0x2525,0x2527,0x2529,0x2563,0x2565,0x2567,0x2543,0x213c, 0x2522,0x2524,0x2526,0x2528,0x252a,0x252b,0x252d,0x252f, 0x2531,0x2533,0x2535,0x2537,0x2539,0x253b,0x253d,0x253f, 0x2541,0x2544,0x2546,0x2548,0x254a,0x254b,0x254c,0x254d, 0x254e,0x254f,0x2552,0x2555,0x2558,0x255b,0x255e,0x255f, 0x2560,0x2561,0x2562,0x2564,0x2566,0x2568,0x2569,0x256a, 0x256b,0x256c,0x256d,0x256f,0x2573,0x212b,0x212c}; // unsigned char ret[3]; ret[0] = jisconvtable[input_char - 0xA1] >> 8; ret[1] = jisconvtable[input_char - 0xA1] & 0xFF; ret[2] = (unsigned char)0; return(ret); } array * EucOutputer::output(array *input_string){ array *out = new array(); out->rewind(); unsigned char *pin = (unsigned char *)input_string->getvalue(); unsigned char *epos = pin + input_string->getlength(); while(pinappend(LF); break; case _CR: out->append(CR); break; case _CL: out->append(CR); out->append(LF); break; } }else out->append(*pin); pin++; } return(out); } //unsigned int eucconvtable; array * EucZenkanaOutputer::output(array *input_string){ //EUC -> EUC Ѳ̾Ѵ //Table for kana -> EUC const unsigned int eucconvtable[63] = { 0xa1a3,0xa1d6,0xa1d7,0xa1a2,0xa1a6,0xa5f2,0xa5a1,0xa5a3, 0xa5a5,0xa5a7,0xa5a9,0xa5e3,0xa5e5,0xa5e7,0xa5c3,0xa1bc, 0xa5a2,0xa5a4,0xa5a6,0xa5a8,0xa5aa,0xa5ab,0xa5ad,0xa5af, 0xa5b1,0xa5b3,0xa5b5,0xa5b7,0xa5b9,0xa5bb,0xa5bd,0xa5bf, 0xa5c1,0xa5c4,0xa5c6,0xa5c8,0xa5ca,0xa5cb,0xa5cc,0xa5cd, 0xa5ce,0xa5cf,0xa5d2,0xa5d5,0xa5d8,0xa5db,0xa5de,0xa5df, 0xa5e0,0xa5e1,0xa5e2,0xa5e4,0xa5e6,0xa5e8,0xa5e9,0xa5ea, 0xa5eb,0xa5ec,0xa5ed,0xa5ef,0xa5f3,0xa1ab,0xa1ac}; array *out = new array(); unsigned char *pin = (unsigned char *)input_string->getvalue(); unsigned char *epos = pin + input_string->getlength(); while(pinappend(eucconvtable[*pin - 0xA1] >> 8); out->append(eucconvtable[*pin - 0xA1] & 0xFF); }else out->append(*pin); pin++; } return(out); } const unsigned char * SjisOutputer::hankanaconv(const unsigned char input_char,unsigned char *ret){ // unsigned char ret[2]; ret[0] = input_char; ret[1] = (unsigned char)0; return(ret); } array * SjisOutputer::output(array *input_string){ array *out = new array(); unsigned char *pin = (unsigned char *)input_string->getvalue(); unsigned char *epos = pin + input_string->getlength(); unsigned char ret[3]; while(pinappend(LF); break; case _CR: out->append(CR); break; case _CL: out->append(CR); out->append(LF); break; } }else{ out->append(*pin); } }else if(isEuc(*pin)){ unsigned char leader = *pin++ & 0x7F; unsigned char trailer = *pin & 0x7F; leader = leader - 0x21; if(leader&0x1) trailer += 0x7E; else{ trailer += 0x1F; if((0x7F <= trailer) && (trailer <= 0x9D)) trailer++; } leader = (leader & 0x7E) >> 1; if(leader <= 0x1E) leader += 0x81; else leader += 0xC1; out->append(leader); out->append(trailer); }else if(*pin == 0x8E){ unsigned char test[3]; strcpy((char *)test,(const char*)hankanaconv(*++pin,ret)); out->append(test); } pin++; } return(out); } const unsigned char * SjisZenkanaOutputer::hankanaconv(const unsigned char input_char,unsigned char *ret){ //Table for kana -> SJIS const unsigned int sjisconvtable[63] = { 0x8142,0x8175,0x8176,0x8141,0x8145,0x8392,0x8340,0x8342, 0x8344,0x8346,0x8348,0x8383,0x8385,0x8387,0x8362,0x815b, 0x8341,0x8343,0x8345,0x8347,0x8349,0x834a,0x834c,0x834e, 0x8350,0x8352,0x8354,0x8356,0x8358,0x835a,0x835c,0x835e, 0x8360,0x8363,0x8365,0x8367,0x8369,0x836a,0x836b,0x836c, 0x836d,0x836e,0x8371,0x8374,0x8377,0x837a,0x837d,0x837e, 0x8380,0x8381,0x8382,0x8384,0x8386,0x8388,0x8389,0x838a, 0x838b,0x838c,0x838d,0x838f,0x8393,0x814a,0x814b}; // unsigned char ret[3]; ret[0] = sjisconvtable[input_char - 0xA1] >> 8; ret[1] = sjisconvtable[input_char - 0xA1] & 0xFF; ret[2] = (unsigned char)0; return(ret); } unsigned char *e2utable; int UnicOutputer::LoadTable(void){ if(e2utable == NULL){ char *filename = new char[strlen(prefix)+strlen(kconve2utable)+4]; PyObject *ospath,*f_join,*file; ospath = PyImport_ImportModule("os.path"); f_join = PyObject_GetAttrString(ospath,"join"); file = PyObject_CallFunction(f_join,"(ssss)",SYSPREFIX,"share","python-kconv",kconve2utable); PyArg_Parse(file,"s",&filename); FILE *IN = fopen(filename,"rb"); if(!IN){ // fprintf(stderr, "%s\n", filename); char *mes = new char[strlen(filename)+strlen(notfoundmessage)+2]; sprintf(mes,"%s(%s)",notfoundmessage,mes); PyErr_SetString(PyExc_IOError,mes); } e2utable = new unsigned char[131072]; fread(e2utable,sizeof(unsigned char),(size_t)131072,IN); fclose(IN); return(1); } return(0); } array * UnicOutputer::output(array *input_string){ const unsigned int eucconvtable[63] = { 0xa1a3,0xa1d6,0xa1d7,0xa1a2,0xa1a6,0xa5f2,0xa5a1,0xa5a3, 0xa5a5,0xa5a7,0xa5a9,0xa5e3,0xa5e5,0xa5e7,0xa5c3,0xa1bc, 0xa5a2,0xa5a4,0xa5a6,0xa5a8,0xa5aa,0xa5ab,0xa5ad,0xa5af, 0xa5b1,0xa5b3,0xa5b5,0xa5b7,0xa5b9,0xa5bb,0xa5bd,0xa5bf, 0xa5c1,0xa5c4,0xa5c6,0xa5c8,0xa5ca,0xa5cb,0xa5cc,0xa5cd, 0xa5ce,0xa5cf,0xa5d2,0xa5d5,0xa5d8,0xa5db,0xa5de,0xa5df, 0xa5e0,0xa5e1,0xa5e2,0xa5e4,0xa5e6,0xa5e8,0xa5e9,0xa5ea, 0xa5eb,0xa5ec,0xa5ed,0xa5ef,0xa5f3,0xa1ab,0xa1ac}; array *out = new array(); unsigned char *pin = (unsigned char *)input_string->getvalue(); unsigned char *epos = pin + input_string->getlength(); unsigned int ch; bool endian = 0; // big endian ǽϡɤäΤï(^^; writehead(endian,out); while(pin> 1) + (ch & 0x7F); if(ch != 0) write(&e2utable[2*pos],endian,out); pin++; } return(out); } void UnicOutputer::write(unsigned char *unicode,bool endian,array *out){ out->append(*(unicode+endian)); out->append(*(unicode+1-endian)); return; } void UnicOutputer::writehead(bool endian,array *out){ out->append(0xFF - endian); out->append(0xFE + endian); return; }; void Utf8Outputer::write(unsigned char *unicode,bool endian,array *out){ unsigned int code = *unicode + (*(unicode+1) << 8); if((code & 0xFF80) == 0) out->append(code); else if((code & 0xF800) == 0){ out->append((code >>6) | 0xC0); out->append((code & 0x3F) | 0x80); }else{ out->append((code >>12) + 0xE0); out->append(((code >> 6) & 0x3F) + 0x80); out->append((code & 0x3F) + 0x80); } return; } void Utf8Outputer::writehead(bool endain,array *out){ return; }; //饹󥹥󥹤֤ؿ Outputer * newEucOutputer(Blcs Blcode){ return((Outputer *)new EucOutputer(Blcode)); }; Outputer * newEucZenkanaOutputer(Blcs Blcode){ return((Outputer *)new EucZenkanaOutputer(Blcode)); }; Outputer * newSjisOutputer(Blcs Blcode){ return((Outputer *)new SjisOutputer(Blcode)); }; Outputer * newSjisZenkanaOutputer(Blcs Blcode){ return((Outputer *)new SjisZenkanaOutputer(Blcode)); }; Outputer * newJisOutputer(Blcs Blcode){ return((Outputer *)new JisOutputer(Blcode)); }; Outputer * newJisZenkanaOutputer(Blcs Blcode){ return((Outputer *)new JisOutputer(Blcode)); }; Outputer * newUnicOutputer(Blcs Blcode){ return((Outputer *)new UnicOutputer(Blcode)); }; Outputer * newUtf8Outputer(Blcs Blcode){ return((Outputer *)new Utf8Outputer(Blcode)); }; #ifdef DEBUG #include #include #include int main(int argc,char **argv){ FILE *fin; if((fin = fopen("mix.EnH","r")) == NULL){ printf("File open Error.\n"); exit(255); } char *inputstring = new char[1024]; fscanf(fin,"%s",inputstring); strcat(inputstring,"\n"); Outputer *ip = new JisOutputer(); printf("%s",ip->output((unsigned char*)inputstring)); fclose(fin); delete ip; return(0); } #endif python-kconv-1.3.1/src/outputer.h0100664000220700022070000001104507622211445016277 0ustar takakitakaki//Kconv 0.5 Outputer //EUCʸ򤽤줾ΥɤѴ #include "commonop.h" #ifdef HAVE_CONFIG_H #include "configure.h" #endif #ifndef HAVE_LIBGCC // #include "opnew.h" #endif #include "array.h" extern char prefix[MAXPATHLEN]; //ơ֥ξ򼨤 extern const char *kconve2utable;//filename class Outputer : public CommonOp { protected: Blcs BLCODE; public: //Outputer Interface & some methods virtual array * output(array *)=0;//OutputerΥ󥿡ե Outputer(char * n,Codes c,Blcs Blcode):CommonOp(n,c),BLCODE(Blcode){ }; }; class JisOutputer : public Outputer { public: //EUC -> JIS virtual const unsigned char * hankanaconv(const unsigned char,unsigned char *); array * output(array *); JisOutputer(Blcs Blcode):Outputer("JIS",_JIS,Blcode){ }; protected: bool inJisMode; }; class JisZenkanaOutputer : public JisOutputer{ //EUC -> JIS Ѳ̾Ѵ public: const unsigned char * hankanaconv(const unsigned char,unsigned char *); JisZenkanaOutputer(Blcs Blcode):JisOutputer(Blcode){ }; }; //Table for kana -> JIS static const unsigned int jisconvtable[63] = { 0x2123,0x2156,0x2157,0x2122,0x2126,0x2572,0x2521,0x2523, 0x2525,0x2527,0x2529,0x2563,0x2565,0x2567,0x2543,0x213c, 0x2522,0x2524,0x2526,0x2528,0x252a,0x252b,0x252d,0x252f, 0x2531,0x2533,0x2535,0x2537,0x2539,0x253b,0x253d,0x253f, 0x2541,0x2544,0x2546,0x2548,0x254a,0x254b,0x254c,0x254d, 0x254e,0x254f,0x2552,0x2555,0x2558,0x255b,0x255e,0x255f, 0x2560,0x2561,0x2562,0x2564,0x2566,0x2568,0x2569,0x256a, 0x256b,0x256c,0x256d,0x256f,0x2573,0x212b,0x212c}; class EucOutputer : public Outputer{ public: //EUC -> EUC ⤷ʤ(^^; array * output(array *); EucOutputer(Blcs Blcode):Outputer("EUC",_EUC,Blcode){ }; }; class EucZenkanaOutputer : public EucOutputer{ //EUC -> EUC Ѳ̾Ѵ public: //ȾѲ̾EUCѴʥơ֥ѡ array * output(array *); EucZenkanaOutputer(Blcs Blcode):EucOutputer(Blcode){ }; }; //Table for kana -> EUC static const unsigned int eucconvtable[63] = { 0xa1a3,0xa1d6,0xa1d7,0xa1a2,0xa1a6,0xa5f2,0xa5a1,0xa5a3, 0xa5a5,0xa5a7,0xa5a9,0xa5e3,0xa5e5,0xa5e7,0xa5c3,0xa1bc, 0xa5a2,0xa5a4,0xa5a6,0xa5a8,0xa5aa,0xa5ab,0xa5ad,0xa5af, 0xa5b1,0xa5b3,0xa5b5,0xa5b7,0xa5b9,0xa5bb,0xa5bd,0xa5bf, 0xa5c1,0xa5c4,0xa5c6,0xa5c8,0xa5ca,0xa5cb,0xa5cc,0xa5cd, 0xa5ce,0xa5cf,0xa5d2,0xa5d5,0xa5d8,0xa5db,0xa5de,0xa5df, 0xa5e0,0xa5e1,0xa5e2,0xa5e4,0xa5e6,0xa5e8,0xa5e9,0xa5ea, 0xa5eb,0xa5ec,0xa5ed,0xa5ef,0xa5f3,0xa1ab,0xa1ac}; class SjisOutputer : public Outputer{ public: //EUC -> SJIS array * output(array *); SjisOutputer(Blcs Blcode):Outputer("SJIS",_SJIS,Blcode){ }; virtual const unsigned char * hankanaconv(const unsigned char,unsigned char *); //ȾѲ̾ˤϿʤ }; class SjisZenkanaOutputer : public SjisOutputer{ public: SjisZenkanaOutputer(Blcs Blcode):SjisOutputer(Blcode){ }; //ȾѲ̾SJISѴʥơ֥ѡ const unsigned char * hankanaconv(const unsigned char,unsigned char *); }; //Table for kana -> SJIS static const unsigned int sjisconvtable[63] = { 0x8142,0x8175,0x8176,0x8141,0x8145,0x8392,0x8340,0x8342, 0x8344,0x8346,0x8348,0x8383,0x8385,0x8387,0x8362,0x815b, 0x8341,0x8343,0x8345,0x8347,0x8349,0x834a,0x834c,0x834e, 0x8350,0x8352,0x8354,0x8356,0x8358,0x835a,0x835c,0x835e, 0x8360,0x8363,0x8365,0x8367,0x8369,0x836a,0x836b,0x836c, 0x836d,0x836e,0x8371,0x8374,0x8377,0x837a,0x837d,0x837e, 0x8380,0x8381,0x8382,0x8384,0x8386,0x8388,0x8389,0x838a, 0x838b,0x838c,0x838d,0x838f,0x8393,0x814a,0x814b}; extern unsigned char *e2utable; class UnicOutputer : public Outputer{ protected: virtual void write(unsigned char *unicode,bool endian,array *out); virtual void writehead(bool endian,array *out); int LoadTable(void); public: UnicOutputer(char *n,Codes c,Blcs Blcode):Outputer(n,c,Blcode){ LoadTable(); }; UnicOutputer(Blcs Blcode):Outputer("UNICODE",_UNIC,Blcode){ LoadTable(); }; array * output(array *); }; class Utf8Outputer : public UnicOutputer{ protected: void write(unsigned char *unicode,bool endian,array *out); void writehead(bool endian,array *out); public: Utf8Outputer(Blcs Blcode):UnicOutputer("UTF8",_UTF8,Blcode){ }; }; extern "C"{ //饹󥹥󥹤֤ؿ Outputer * newEucOutputer(Blcs); Outputer * newEucZenkanaOutputer(Blcs); Outputer * newSjisOutputer(Blcs); Outputer * newSjisZenkanaOutputer(Blcs); Outputer * newJisOutputer(Blcs); Outputer * newJisZenkanaOutputer(Blcs); Outputer * newUnicOutputer(Blcs); Outputer * newUnicZenkanaOutputer(Blcs); Outputer * newUtf8Outputer(Blcs); Outputer * newUtf8ZenkanaOutputer(Blcs); }; python-kconv-1.3.1/COPYING0100664000220700022070000004311007622211437014502 0ustar takakitakaki GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. 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It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. python-kconv-1.3.1/LICENCE.EUC0100664000220700022070000000166707622211437015062 0ustar takakitakakipythonѤδѴӴñܸ饤֥꡼ Copyritht(c) 2003 TANIGUCHI Takaki Copyright(c) 1999 by Karasawa Yutaka(kconv@garage.co.jp) kconvϥС0.4Ted Crossman(tedo@infoseek.co.jp) Sen Nagata(sen@sccosys.com)Ȥȯ0.5c0.5p KarasawaȯΤǤäܥץȤkconvС 0.5c0.5pʹߤؤޤ 1.3.0ʹߤ TANIGUCHI Takaki ƥʥ󥹤ԤäƤޤ ܥץϥե꡼եȥǤ ܥץGNU̸ѻѵκǿǤ˽ۤޤ ޤܥץϴ̵ݾڤǤ ܺ٤GPLɤ߲ ܥץϰʲο͡¿ʤ붨Ϥ򤤤Ƥޤ Yuka Fukuie(yuka@garage.co.jp) Brian Hooper(brian@garage.co.jp) Ransui Iso(ransui@garage.co.jp) Hidenori Kaji(kaji@garage.co.jp) Aki Kobayashi(aki@garage.co.jp) Cyrus Shaoul(cyrus@garage.co.jp) $ProjectHeader: python-kconv 0.4 Sun, 09 Feb 2003 16:25:52 +0900 takaki $ python-kconv-1.3.1/MANIFEST.in0100664000220700022070000000026107622211437015205 0ustar takakitakakiinclude COPYING include LICENCE.EUC include MANIFEST include MANIFEST.in include README.EUC include README.en_with_EUC_JP recursive-include src *.h recursive-include data *.dat python-kconv-1.3.1/README.EUC0100664000220700022070000001703007622211437014744 0ustar takakitakakiKconv 1.0 KconvȤ KconvPythonDzưץǡɤѴǽˤޤ ϤɤΥɤѤƤƤǰĤΥɤѴ줵ޤ ޤʸ줷ưȤǤޤ¾ˡȾѥʤϤäƤ⤽ ѤѴ뤳ȤǤޤC++ǤPure PythonǤ٤Ƥʤ®ѴǽǤ PythonǤPython󥹥ȡ뤵ƤФɤΥץåȥեˤбǤޤ 桼󥿡եPure PythonǤC++ǤƱǤΤǡ¾ 饤֥꡼ѹݤ˥ɤѹפǤ 󥹥ȡˡ C++ ver. > ./configure > make > su # make install *.pyoȤʤ >./configure Τ >./configure --enable-optimize Ȥ¿®뤫Τޤ δĶǤ./configureMakefileѹɬפˤʤޤ I can't find ... ɽ줿Python.hξpython/site-packages/ξMakefile ꤷƲ ޤmake install˹եѤǥ쥯ȥ֤ȤȤǤޤ Python ver. ѥ뤷塢kconvѤǥ쥯ȥޤϥ饤֥ǥ쥯ȥkconvǥ쥯ȥ 򥳥ԡƲoptimizeȤץĤ*.pyoޤ * ~/> python compile.py [optimize] ~/> tar xzvf kconv-0.5.5.tar.gz ~/> cd kconv-0.5.5p ~/kconv-0.5.5p/> tar cvf - kconv | (cd /usr/local/lib/python1.5/site-packages/;tar xvpf -) ()ϰ tar̵ ~/kconv-0.5.5p/> cp -R kconv /usr/local/lib/python1.5/site-packages/ 󥹥ȥ饯 kconv򥤥ݡȤKconv饹Υ󥹥󥹤ǽˤʤޤ 󥹥ȥ饯ν񼰤ϰʲ̤Ǥ ̾ >>> kc = kconv.Kconv([outcode[,incode[,hankanaconvert[,checkmode [,mode[,blcode]]]]]]) ɥ >>> kc = kconv.Kconv([outcode = kconv.???][,incode = kconv.???]....) 󥹥ȥ饯 * out-code Ϥɤؼޤ ʲΤ줫ͿƲ ꤷʤäˤdefaults.pyDEFAULT_OUTPUT_CODINGѤޤ kconv.EUC - EUC kconv.SJIS - Shift Jis kconv.JIS - Jis kconv.UNICODE - Unicode kconv.UTF8 - UTF-8 * in-code Ϥɤꤷޤ ǥեȤǤϼưȽ̤ޤ Ϥδɤ狼äƤŪ˻ꤹȹ®ޤ kconv.EUC - EUC kconv.SJIS - Shift Jis kconv.JIS - Jis kconv.UNICODE - Unicode kconv.UTF8 - UTF-8 kconv.AUTO - ưȽ(ǥե) * hankanaconvert ȾѲ̾Ѳ̾˥СȤ뤫Υե饰Ǥ UCǤνϤξ2ХȾѲ̾Ѥޤ kconv.ZENKAKU - ȾѲ̾Ѳ̾˥СȤޤ(ǥե) kconv.HANKAKU - ȾѲ̾ϤƤⲿ⤷ޤ * checkmode ɤμưȽ̥롼򤷤ޤ Ūϥɤ򤷤Ƥˤϰ̣ޤ kconv.FAST - ǽȽ̲ǽʸǷꤷޤ®Ǥ kconv.FULL - ƤʸѤȽ̤ߤޤ٤ɤʤޤ kconv.TABLE - ɽѤEUC/SJISȽԤʤޤĹʸϤ ˤϺǤ٤ϤǤ(ǥե) kconv.TABLE2 - ɽѤEUC/SJISȽԤʤޤkconv.TABLEȤ 1ХȤΤ߸ɽȤ2ХȤ򸫤ɽȤ㤤 ޤ2ХȤ򸫤ѴΨϸϤǤ¿®Ǥ * mode Ƥʸ٤Ѵ뤫Ѵ뤫ꤷޤ kconv.LINE - Ѵޤɤ椫Ѥǽ ꡼ʤ˻Ѥޤ kconv.WHOLE - ʸ٤Ѵޤ(ǥե) * blcode Ϥʸꤷޤ ̵ξdefaults.pyDEFAULT_BREAKLINE_CODE򤵤ޤ kconv.LF - LF (0x0A) UnixϤOSѤƤޤ kconv.CR - CR (0x0D) MacintoshѤƤߤǤ kconv.CL - CR + LF (0x0D + 0x0A) Windows / DOS ǻȤƤޤ ˡ * 1ǤñʻȤ 1. kconv򥤥ݡȤޤ >>> import kconv 2. kconvΥ󥹥󥹤ޤ >>> toEuc = kconv.Kconv() 3. 󥹥󥹤convert()ƤӤޤ >>> print toEuc.convert( input_string ) *convert()˥ץϤޤ stringϤѴstring֤ޤ * 2ϥSJISϥJISȾѲ̾ݻ >>>kc = kconv.Kconv(kconv.SJIS,kconv.JIS,kconv.HANKAKU) >>>print kc.convert("JISɤʸ") * 3ϥEUCϥɼưȽ̡ȾѲ̾ѤѴܺ٤˥ɥå >>>kc = kconv.Kconv(kconv.SJIS,kconv.AUTO,kconv.ZENKAKU, kconv.FULL) >>>print kc.convert("ʸɤǤդ衣") ޥ defaults.pyѹ뤳ȤˤĶŬ뤳ȤǤޤ DEFAULT_INPUT_CODING ưȽ̤Ƚǽä򤵤ޤ DEFAULT_OUTPUT_CODING ϥɤάΥǥեȤˤʤޤ DEFAULT_BREAKLINE_CODE ʸꤷޤ ¾ܸѤΥ᥽å ٤Ƥδؿǡ2Ȥkconv.???ȤϤʸɤꤹ뤳ȤǤޤ ǽͤ kconv.EUC , kconv.SJIS , kconv.JIS , kconv.UNICODE , kconv.UTF8 Ǥ2ά줿ˤkconv.AUTOꤵ졢ǧߤޤ kconv.ChkHiragana(input_string,icode) / kconv.ChkKatakana(input_string,icode) input_stringʿ̾ʤȥۥ磻ȥڡԤΤߤǹƤ åޤ֤ͤʿ̾ʤΤߤʤ1ʳʤ0ˤʤޤ * >>>print kconv.ChkHiragana("Ҥ餬ʤʤ") 1 >>>print kconv.ChkKatakana("ʤʤߤ") 0 kconv.NumberConvert(input_string) ȾѤѤκäʸ򤹤٤ȾѤʸˤ֤ޤ * >>>print kconv.NumberConvert("3422343024") '34223632343361024' kconv.Han2Zen(input_string,icode) / kconv.Zen2Han(input_stirng,icode) ʸȾʸκäʸ򤹤٤EUC(Ⱦ)ʸˤ֤ޤ * >>>print kconv.Han2Zen("󤫤Hankaku(^^;") 󤫤ȣȣʡ >>>print kconv.Zen2Han("󤫤ȣȣʡ") 󤫤Hankaku(^^;" kconv.Hira2Kata(input_string,icode) / kconv.Kata2Hira(input_string,icode) ʿ̾()򥫥(ʿ̾)ѴޤѿѲޤ * >>>print kconv.Hira2Kata("֤dzƤ褦Ǥ") ֥dzƥ襦ǥ >>>print kconv.Kata2Hira("ǥեȤΥǧ롼") ǤդȤΤǧ롼 kconv.Upper(input_string,icode) / kconv.Lower(input_string,icode) ȾѤ鷺ʸ(ʸ)ʸ(ʸ)ѴޤʳʸѲޤ * >>>print kconv.Upper("Captain ͣţңɣã") CAPTAIN ͣţңɣã >>>print kconv.Lower("Hoe գ") hoe ջ * 1.0.0۾郎GPLѤޤ * stringʳΥ֥ȤϤ줿ư̤Ǥ * Ϥ줿ɤɤåƤޤ * ɤϰϳϤФƤư̤Ǥ * бƤΤEUC,JIS,Shift-JIS,Unicode,UTF-8ΤߤǤ * PythonǤC++ǤǤkconv.???Ƥ㤤ޤ(kconv.EUC,kconv.HANKAKU etc...) * ߤkconv.FASTϤޤ®Ǥʤ˰ΥɤǤϥ顼λޤ侩Ǥ * Unicodeǧ¾Υɤǧޤ ¾ΥɤǤϻȤäƤʤ0x00,0xFFѤUnicodeǧƤ뤿Ǥ äUnicodeʳʸkconvϤݤˤϽüʸ0x00ޤޤʤ褦ˤƲ ޤޤ줿ˤ100Unicodeǧޤ * Kconv-0.5.3ǥեȤΥǧ롼Kconv.TABLEѹƤޤ * PuthonǤϥ顼ȯˤkconv.KconvErrorraiseޤ python-kconv-1.3.1/README.en_with_EUC_JP0100664000220700022070000002151207622211437017052 0ustar takakitakakiThis is release 1.0- of kconv. NAME kconv - Kanji code Conversion library DESCRIPTION Kconv is a library for kanji code conversion in Python. A string encoded in any encoding can be converted into any other encoding. Any linebreak characters can also be converted. In addition, if hankaku katakana charaters are processed, they will be converted into zenkaku katakana. The C++ version works faster than the pure Python version. BUT, the pure Python version will work on any platform where Python works. The APIs of C++ version and those of the pure Python version are entirely identical, so one can easily switch between the C++ and Python implementations with no need rewrite source. NOTE: This file contains examples of Japanese text in the EUC encoding. Please make sure that your viewer can display EUC. INSTALLATION *C++ version > tar xzvf kconv-0.5.5c.tar.gz > cd kconv-0.5.5c > ./configure [--enable-optimize] > make > su # make install If you want to enable Python optimization in the compiler, use >./configure --enable-optimize instead of > ./configure Or you can use kconv without installing it as root. To do this, simply copy the kconv files into your desired directory (and make sure that that directory is in the PYTHONPATH????) *Python version After byte compiling, copy the "kconv" directory into the Python library directory or your directory. ex.) > tar xzvf kconv-0.5.5p.tar.gz > cd kconv-0.5.5p > python compile.py [optimize] > tar cvf - kconv | (cd /usr/local/lib/python1.5/site-packages/;tar xvpf -) NOTE: preceding command must be one line If you don't have tar, use the following command to copy the directory structure > cp -R kconv /usr/local/lib/python1.5/site-packages/ INTRODUCTION TO THE ROUTINES First, import "kconv" module >>> import kconv The following are forms of the kconv constructor 1.normal arguments >>> kc = kconv.Kconv([outcode[,incode[,hankanaconvert[,checkmode [,mode[,blcode]]]]]]) 2.keyword arguments >>> kc = kconv.Kconv([outcode = kconv.???][,incode = kconv.???]....) Allowed Arguments * out-code Specify output encoding. The default is DEFAULT_OUTPUT_CODING in defaults.py. kconv.EUC - EUC kconv.SJIS - Shift Jis kconv.JIS - Jis kconv.UNICODE - Unicode(UCS2) kconv.UTF8 - UTF-8 * in-code If you know input encoding, specify input code for higher performance. If no input encoding is specified, auto-detection is automatically enabled. kconv.EUC - EUC kconv.SJIS - Shift Jis kconv.JIS - Jis kconv.UNICODE - Unicode(UCS2) kconv.UTF8 - UTF-8 kconv.AUTO - Auto detection(DEFAULT) * hankanaconvert Specify whether kconv converts hankaku katakana to zenkaku katakana or not. If the output encoding is EUC and you do want not to convert hankaku katakna to zenkaku katakana, kconv outputs 2 byte hankaku katakana in EUC. kconv.ZENKAKU - Convert hankaku katakana to zenkaku katakana(DEFAULT) kconv.HANKAKU - Output hankaku katakana if input string includes hankaku katakana * checkmode Choice auto dectection algorithms. If you specify input-code, checkmode is ignored. kconv.FAST - Discriminate using the first definitive character. (Fast and unreliable.) kconv.FULL - Discriminate with whole input sting. (Weighted Average) kconv.TABLE - Discriminate with a 1-byte freqency table.(DEFAULT) kconv.TABLE2 - Discriminate with a 2-byte freqency table. The accurracy of TABLE2 is higher than TABLE, but TABLE2 is slightly slower. * mode Specify conversion of the whole input string or line-by-line. kconv.LINE - Convert line-by-line. For cases when input code may change on a line-by-line basis or when you would like to use less buffer memory. kconv.WHOLE - Convert whole input string.(DEFAULT) * blcode Specify output breakline character Default breakline character is DEFAULT_BREAKLINE_CODE at defaults.py kconv.LF - LF (0x0A) Unix kconv.CR - CR (0x0D) Macintosh kconv.CL - CR + LF (0x0D + 0x0A) Windows / DOS EXAMPLES ex1) The most simple usage. 1.Import kconv >>> import kconv 2.Create instance of kconv >>> toEuc = kconv.Kconv() 3.Call convert() of the instance >>> print toEuc.convert( input_string ) The method convert() will return the converted string. ex2) Converting by specifying the input(JIS) and output(SJIS) encodings. >>> kc = kconv.Kconv(kconv.SJIS,kconv.JIS,kconv.HANKAKU) >>> print kc.convert("JISR[h̕񂾂") ex3) Converting to EUC, using auto-detection and converting to zenkaku katakana with the full string detection algorithm. >>> kc = kconv.Kconv(kconv.SJIS,kconv.AUTO,kconv.ZENKAKU, kconv.FULL) >>> print kc.convert("R[h͔CӂB") CUSTOMIZATION You can customize kconv by editing defaults.py DEFAULT_INPUT_CODING This will be used then autodetection fails. DEFAULT_OUTPUT_CODING The default output code. DEFAULT_BREAKLINE_CODE Specifies the default breakline character OTEHR FEATURES Kconv contains several other functions for processing Japanese text. All functions accept a second argument to specify input encoding just as the input encoding in the constructor's argument. The default detection mode is kconv.AUTO. The output encoding is EUC. *kconv.ChkHiragana(input_string[,icode]) *kconv.ChkKatakana(input_string[,icode]) Return 1 if the input string hiragana hiragana(or katakana) charatcters, whitespace, breakline character. ex) >>>print kconv.ChkHiragana("Ђ炪ȂȂ񂾂") 1 >>>print kconv.ChkKatakana("J^JiȂ݂") 0 *kconv.NumberConvert(input_string[,icode]) Converts zenkaku numeric characters into hankaku numeric characters. ex) >>>print kconv.NumberConvert("342QRUR234R3UW024") '34223632343361024' *kconv.Han2Zen(input_string,icode) *kconv.Zen2Han(input_stirng,icode) Converts hankaku(or zenkaku) characters to zenkaku(or hankaku) characters. (This covers roman and non-roman characters) Characters that are imposssible to convert will not beconverted. ex) >>>print kconv.Han2Zen("񂩂Hankaku(^^;") 񂩂ƂgiOOG >>>print kconv.Zen2Han("񂩂ƂgiOOG") 񂩂Hankaku(^^; *kconv.Hira2Kata(input_string,icode) *kconv.Kata2Hira(input_string,icode) Converts hiragana(or katakana) to katakana(or hiragana). Roman letters and numbers are not effected. ex) >>>print kconv.Hira2Kata("͐ԂRĂ悤ł") nԃNRGeCEfX >>>print kconv.Kata2Hira("ftHg̃R[hF[`") łӂƂ̂[ǔF[ *kconv.Upper(input_string,icode) *kconv.Lower(input_string,icode) Convert lower-case roman letters(or upper-case) to upper-case( or lowercase) (on both hankaku and zenkaku) Other characters willl not be effected. ex) >>>print kconv.Upper("Captain `ldqhb`") CAPTAIN `ldqhb` >>>print kconv.Lower("Hoe t") hoe NOTES *Kconv is distributed under the most recent GPL. *Kconv works with the EUC,JIS,SJIS,Unicode(UCS2),UTF-8 encodings *The content of kconv constants are different between the python implementation and the C++ version *Kconv.FAST is not that fast and sometimes fails to correctly detect the encoding. *Once kconv detects the Unicode encoding in line-by-line mode, it will work under the assumption that Unicode is the input encoding for all subsequent lines. This is because kconv detects Unicode by using the characters 0x00 and 0xFF which are not used in other encodings. All non-Unicode data must not include the NULL character 0x00. If it includes the NULL character, kconv assume that it is a Unicode string. *The Python implementation will raise the exception kconv.KconvError when an error occurs. python-kconv-1.3.1/setup.py0100664000220700022070000000314307622371616015171 0ustar takakitakaki#! /usr/bin/env python from distutils.core import setup, Extension import sys VERSION = "1.3.1" setup(name="python-kconv", version=VERSION, description="Python Kanji-code converter", author="TANIGUCHI, Takaki", author_email="takaki@assist.media.nagoya-u.ac.jp", license = "GPL", url="http://kconv.sourceforge.jp/", data_files = [('share/python-kconv', ['data/kconve2utable.dat', 'data/kconveuctable2.dat', 'data/kconvsjistable2.dat', 'data/kconvu2etable.dat', ])], py_modules = ["kconv.defaults", "kconv.kconvtools", ], ext_modules = [Extension(name = '_kconv', sources=['src/_kconv.cpp', 'src/array.cpp', 'src/checker.cpp', 'src/crl.cpp', 'src/inputer.cpp', 'src/outputer.cpp' ], define_macros=[('STDC_HEADERS', '1'), ('KCONV_VERSION', '"%s"' % VERSION), ('SYSPREFIX', '"%s"' % sys.prefix), ], ), ] ) python-kconv-1.3.1/PKG-INFO0100664000220700022070000000040407622371643014551 0ustar takakitakakiMetadata-Version: 1.0 Name: python-kconv Version: 1.3.1 Summary: Python Kanji-code converter Home-page: http://kconv.sourceforge.jp/ Author: TANIGUCHI, Takaki Author-email: takaki@assist.media.nagoya-u.ac.jp License: GPL Description: UNKNOWN Platform: UNKNOWN