wchar 373 axscript/ByteArrayGlue.cpp wchar *buffer = out->lockBuffer();
wchar 389 axscript/ByteArrayGlue.cpp wchar *buffer = out->lockBuffer();
wchar 66 axscript/COMErrorClass.cpp wchar *buffer;
wchar 212 axscript/DomainClass.cpp if ((*name)[dot] == (wchar)'.')
wchar 58 axscript/ExcepInfo.cpp return core()->newString((wchar *)ei.bstrSource);
wchar 63 axscript/ExcepInfo.cpp return core()->newString((wchar *)ei.bstrDescription);
wchar 67 axscript/ExcepInfo.cpp return core()->newString((wchar *)ei.bstrHelpFile);
wchar 109 axscript/FileClass.cpp wchar *buffer = out->lockBuffer();
wchar 125 axscript/FileClass.cpp wchar *buffer = out->lockBuffer();
wchar 73 axscript/IDispatchProvider.cpp Atom name = core->constant((wchar *)bstrName);
wchar 94 axscript/SystemClass.cpp wchar c = (*s)[j];
wchar 228 axscript/axtam.cpp Stringp fname = new (GetGC()) String((wchar *)fqname, wcslen(fqname));
wchar 161 axscript/axtam.h return AvmCore::internAlloc((const avmplus::wchar *)s, wcslen(s))->atom();
wchar 227 axscript/axtam.h Atom constant(const avmplus::wchar *s)
wchar 232 axscript/axtam.h Stringp constantString(const avmplus::wchar *s)
wchar 2256 core/AvmCore.cpp static const wchar letterTable[] = {
wchar 2467 core/AvmCore.cpp int x = sizeof(letterTable) / (sizeof(wchar));
wchar 2477 core/AvmCore.cpp static const wchar combiningCharTable[] = {
wchar 2576 core/AvmCore.cpp int x = sizeof(combiningCharTable) / (sizeof(wchar));
wchar 2586 core/AvmCore.cpp static const wchar digitTable[] = {
wchar 2605 core/AvmCore.cpp int x = sizeof(digitTable) / (sizeof(wchar));
wchar 2614 core/AvmCore.cpp static const wchar extenderTable[] = {
wchar 2628 core/AvmCore.cpp int x = sizeof(extenderTable) / (sizeof(wchar));
wchar 2654 core/AvmCore.cpp wchar c = p[0];
wchar 2660 core/AvmCore.cpp wchar c = p[i];
wchar 3278 core/AvmCore.cpp wchar *buffer = (wchar*) VMPI_alloca(this, _buffer, (len16+1)*sizeof(wchar));
wchar 3821 core/AvmCore.cpp wchar* swapped = (wchar*)VMPI_alloca(this, _swapped, sizeof(wchar)*(len));
wchar 4655 core/AvmCore.cpp wchar c1 = uri->charAt(k);
wchar 4656 core/AvmCore.cpp wchar c2 = probe[k];
wchar 1098 core/AvmCore.h String* toErrorString(const wchar* s);
wchar 1219 core/AvmCore.h static bool isLetter(wchar c);
wchar 1220 core/AvmCore.h static bool isDigit(wchar c);
wchar 1221 core/AvmCore.h static bool isCombiningChar(wchar c);
wchar 1222 core/AvmCore.h static bool isExtender(wchar c);
wchar 1329 core/AvmCore.h int findStringUTF16(const wchar* s, int len);
wchar 1341 core/AvmCore.h Stringp newStringUTF16(const wchar* str, int len = -1);
wchar 1344 core/AvmCore.h Stringp newStringEndianUTF16(bool littleEndian, const wchar* str, int len = -1);
wchar 1355 core/AvmCore.h Stringp internStringUTF16(const wchar* s, int len = -1);
wchar 56 core/AvmDebug.h void AvmDebugMsg(const wchar* msg, bool debuggerBreak);
wchar 353 core/Date.cpp *buffer++ = (wchar)((value/10) + '0');
wchar 354 core/Date.cpp *buffer++ = (wchar)((value%10) + '0');
wchar 124 core/Date.h bool toString(wchar *buffer, int formatIndex, int &len) const;
wchar 128 core/Date.h void format(wchar *buffer,
wchar 100 core/DateClass.cpp wchar buffer[256];
wchar 211 core/DateClass.cpp int numVal = c - ((wchar)'0');
wchar 212 core/DateClass.cpp while (i < sLength && (c=s[i]) >= ((wchar)'0') && c <= ((wchar)'9'))
wchar 214 core/DateClass.cpp numVal = numVal * 10 + c - ((wchar)'0');
wchar 223 core/DateClass.cpp if ((prevc == ((wchar)'+') || prevc == ((wchar)'-')))
wchar 230 core/DateClass.cpp if (prevc == ((wchar)'+')) // plus is east of GMT
wchar 242 core/DateClass.cpp (prevc == ((wchar)'/') && month >= 0 && day >= 0 && year < 0))
wchar 246 core/DateClass.cpp else if (c <= ((wchar)' ') || c == ((wchar)',') || c == ((wchar)'/') || i >= sLength)
wchar 253 core/DateClass.cpp else if (c == ((wchar)'/'))
wchar 264 core/DateClass.cpp else if (c == ((wchar)':'))
wchar 275 core/DateClass.cpp else if (i < sLength && c != ((wchar)',') && c > ((wchar)' ') && c != ((wchar)'-'))
wchar 321 core/DateClass.cpp wchar c, prevc = 0;
wchar 329 core/DateClass.cpp if (c <= ((wchar)' ') || c == ((wchar)',') || c == ((wchar)'-')) {
wchar 331 core/DateClass.cpp wchar nextc = s[i];
wchar 333 core/DateClass.cpp if ( c == ((wchar)'-') && ((wchar)'0') <= nextc && nextc <= ((wchar)'9') ) {
wchar 340 core/DateClass.cpp else if (c == ((wchar)'/') || c == ((wchar)':') || c == ((wchar)'+') || c == ((wchar)'-'))
wchar 346 core/DateClass.cpp else if (((wchar)'0') <= c && c <= ((wchar)'9'))
wchar 361 core/DateClass.cpp if (!(( ((wchar)'A') <= c && c <= ((wchar)'Z') ) || ( ((wchar)'a') <= c && c <= ((wchar)'z') )))
wchar 46 core/DateObject.cpp wchar buffer[256];
wchar 115 core/DateObject.cpp wchar buffer[256];
wchar 42 core/E4XNode.cpp extern wchar *stripPrefix (const wchar *str, const char *pre);
wchar 159 core/NativeObjectHelpers.h inline void copyNarrowToWide(const char *src, wchar *dst)
wchar 96 core/PrintWriter.cpp wchar ch = str[i];
wchar 193 core/PrintWriter.cpp *this << (wchar)str_idx[i];
wchar 400 core/PrintWriter.cpp *this << va_arg(ap, wchar*);
wchar 120 core/PrintWriter.h PrintWriter& operator<< (const wchar *str);
wchar 122 core/PrintWriter.h PrintWriter& operator<< (wchar value);
wchar 200 core/StackTrace.cpp wchar semicolonReplacement = '/';
wchar 202 core/StackTrace.cpp wchar ch;
wchar 77 core/StringClass.cpp wchar d[2];
wchar 102 core/StringClass.cpp wchar e[2];
wchar 142 core/StringClass.cpp wchar c = wchar(AvmCore::integer(argv[i]));
wchar 74 core/StringObject.cpp wchar u16;
wchar 91 core/StringObject.cpp REALLY_INLINE void _widen8_16(const uint8_t* src, wchar* dst, int32_t len)
wchar 94 core/StringObject.cpp *dst++ = wchar(*src++);
wchar 99 core/StringObject.cpp REALLY_INLINE void _narrow16_8(const wchar* src, uint8_t* dst, int32_t len)
wchar 117 core/StringObject.cpp _widen8_16((const uint8_t*) src, (wchar*) dst, srcLen);
wchar 119 core/StringObject.cpp _narrow16_8((const wchar*) src, (uint8_t*) dst, srcLen);
wchar 250 core/StringObject.cpp /*static*/ REALLY_INLINE int32_t indexOfCharCodeImpl(const STR* str, int32_t start, int32_t right, wchar c)
wchar 724 core/StringObject.cpp bool String::equalsUTF16(const wchar* p, int32_t len) const
wchar 793 core/StringObject.cpp int32_t String::hashCodeUTF16(const wchar* buf, int32_t len)
wchar 817 core/StringObject.cpp wchar String::charAt(int32_t index) const
wchar 980 core/StringObject.cpp int32_t String::indexOfCharCode(wchar c, int32_t start, int32_t end) const
wchar 1041 core/StringObject.cpp wchar const ch1 = wCharToUpper(self[pos++]);
wchar 1042 core/StringObject.cpp wchar const ch2 = wCharToUpper(uint8_t(*p++));
wchar 1089 core/StringObject.cpp wchar ch = (charWidth == k8) ? (wchar)rightStr.p8[0] : (wchar)rightStr.p16[0];
wchar 1227 core/StringObject.cpp wchar const ch = charAt(start);
wchar 1332 core/StringObject.cpp wchar wch;
wchar 1342 core/StringObject.cpp wch = wchar(*ptrs.p8++);
wchar 1378 core/StringObject.cpp wchar wch;
wchar 1388 core/StringObject.cpp wch = wchar(*ptrs.p8++);
wchar 1412 core/StringObject.cpp static const wchar lowerCaseBase[] =
wchar 1487 core/StringObject.cpp static const wchar upperCaseConversion[] =
wchar 1727 core/StringObject.cpp static const wchar upperCaseBase[] =
wchar 1804 core/StringObject.cpp static const wchar lowerCaseConversion[] =
wchar 2036 core/StringObject.cpp *dst.p16++ = wchar(ch2);
wchar 2049 core/StringObject.cpp *dst.p16++ = wchar(ch2);
wchar 2069 core/StringObject.cpp wchar ch = self[i];
wchar 2076 core/StringObject.cpp /*static*/ int32_t FASTCALL String::Length(const wchar* str)
wchar 2080 core/StringObject.cpp const wchar* s = str;
wchar 2209 core/StringObject.cpp wchar const ch = (wchar) charAt(iPos);
wchar 2401 core/StringObject.cpp static bool _analyzeUtf16(const wchar* p, int32_t len, StringWidths& r)
wchar 2406 core/StringObject.cpp wchar ch = *p++;
wchar 2527 core/StringObject.cpp Stringp String::createUTF16(AvmCore* core, const wchar* buffer, int32_t len, Width desiredWidth, bool staticBuf)
wchar 2659 core/StringObject.cpp wchar ch = wchar(*srcBuf++);
wchar 2674 core/StringObject.cpp const wchar* data = ptrs.p16;
wchar 2706 core/StringObject.cpp wchar* dst = (wchar*) gc->Alloc(uint32ShlChecked(uint32_t(m_length)+1, String::k16), 0);
wchar 139 core/StringObject.h static Stringp createUTF16(AvmCore* core, const wchar* buffer, int32_t len = -1,
wchar 189 core/StringObject.h static int32_t FASTCALL hashCodeUTF16(const wchar* buf, int32_t len);
wchar 213 core/StringObject.h wchar FASTCALL charAt(int32_t index) const;
wchar 238 core/StringObject.h bool FASTCALL equalsUTF16(const wchar* p, int32_t len) const;
wchar 249 core/StringObject.h static int32_t FASTCALL Length(const wchar* str);
wchar 279 core/StringObject.h int32_t FASTCALL indexOfCharCode(wchar c, int32_t start = 0, int32_t end = 0x7FFFFFFF) const;
wchar 334 core/StringObject.h REALLY_INLINE Stringp append16(const wchar* p) { return _append(NULL, Pointers(p), Length(p), k16); }
wchar 335 core/StringObject.h REALLY_INLINE Stringp append16(const wchar* p, int32_t len) { return _append(NULL, Pointers(p), len, k16); }
wchar 407 core/StringObject.h static bool isSpace(wchar ch);
wchar 441 core/StringObject.h static wchar wCharToUpper(wchar ch) { return (wchar) unicharToUpper(ch); }
wchar 442 core/StringObject.h static wchar wCharToLower(wchar ch) { return (wchar) unicharToLower(ch); }
wchar 473 core/StringObject.h wchar* p16;
wchar 529 core/StringObject.h wchar* p16;
wchar 607 core/StringObject.h REALLY_INLINE /*static*/ bool String::isSpace(wchar ch)
wchar 635 core/StringObject.h REALLY_INLINE wchar operator[](int index) const
wchar 691 core/StringObject.h REALLY_INLINE const wchar* c_str() const { return m_buffer; }
wchar 694 core/StringObject.h const wchar* m_buffer;
wchar 894 core/Toplevel.cpp wchar ch = str_idx[i];
wchar 921 core/Toplevel.cpp buffer << (wchar)ch;
wchar 995 core/Toplevel.cpp int v = parseHexChar((wchar) str[pos++]);
wchar 1006 core/Toplevel.cpp wchar ch16 = (wchar) ch;
wchar 1019 core/Toplevel.cpp const wchar *src = in16.c_str();
wchar 1023 core/Toplevel.cpp wchar ch = *src;
wchar 1064 core/Toplevel.cpp wchar *out = (wchar*) core->GetGC()->Alloc(length*2+1); // decoded result is at most length wchar chars long
wchar 1068 core/Toplevel.cpp wchar C = chars[k];
wchar 1086 core/Toplevel.cpp V = (wchar)B;
wchar 1145 core/Toplevel.cpp out[outLen++] = (wchar)V;
wchar 1148 core/Toplevel.cpp out[outLen++] = (wchar)V;
wchar 1159 core/Toplevel.cpp out[outLen++] = (wchar)H;
wchar 1160 core/Toplevel.cpp out[outLen++] = (wchar)L;
wchar 318 core/Toplevel.h static int parseHexChar(wchar c);
wchar 79 core/UnicodeUtils.cpp wchar ch = *in;
wchar 100 core/UnicodeUtils.cpp wchar ch2 = *++in;
wchar 141 core/UnicodeUtils.cpp wchar ch = *in;
wchar 153 core/UnicodeUtils.cpp wchar ch2 = *++in;
wchar 211 core/UnicodeUtils.cpp *out++ = (wchar)(outch);
wchar 237 core/UnicodeUtils.cpp *out++ = (wchar)(outch);
wchar 276 core/UnicodeUtils.cpp *out++ = (wchar) (((outch-0x10000)>>10) & 0x3FF) + 0xD800;
wchar 277 core/UnicodeUtils.cpp *out++ = (wchar) ((outch-0x10000) & 0x3FF) + 0xDC00;
wchar 293 core/UnicodeUtils.cpp *out++ = (wchar)c;
wchar 74 core/UnicodeUtils.h static int32_t Utf16ToUtf8(const wchar *in,
wchar 114 core/UnicodeUtils.h wchar *out,
wchar 82 core/VectorClass.cpp const wchar c = s->charAt(0);
wchar 297 core/XMLObject.cpp while (String::isSpace((wchar) tag.text->charAt(++space))) {}
wchar 1124 core/XMLObject.cpp wchar s[4];
wchar 1128 core/XMLObject.cpp for (wchar x1 = 'a'; x1 <= 'z'; x1++)
wchar 1131 core/XMLObject.cpp for (wchar x2 = 'a'; x2 <= 'z'; x2++)
wchar 1134 core/XMLObject.cpp for (wchar x3 = 'a'; x3 <= 'z'; x3++)
wchar 51 core/XMLParser16.cpp wchar ch = m_str[m_pos];
wchar 80 core/XMLParser16.cpp wchar ch;
wchar 288 core/XMLParser16.cpp wchar delimiter = m_str[m_pos++];
wchar 377 core/XMLParser16.cpp wchar c = (wchar) value;
wchar 392 core/XMLParser16.cpp wchar c = (wchar) atomGetIntptr(result);
wchar 57 eval/eval-avmplus.cpp const wchar* readFileForEval(const wchar* basename, const wchar* filename, uint32_t* inputlen);
wchar 69 eval/eval-avmplus.cpp wchar* strings[10];
wchar 79 eval/eval-avmplus.cpp const wchar* AvmplusHostContext::readFileForEval(const wchar* basename, const wchar* filename, uint32_t* inputlen)
wchar 85 eval/eval-avmplus.cpp wchar *s = new wchar[str.length()];
wchar 86 eval/eval-avmplus.cpp memcpy(s, str.c_str(), str.length()*sizeof(wchar));
wchar 521 eval/eval-cogen-expr.cpp const wchar* s = value->s;
wchar 522 eval/eval-cogen-expr.cpp const wchar* t = s + value->length - 1;
wchar 68 eval/eval-compile.cpp static const wchar default_filename[] = { '(', 'e', 'v', 'a', 'l', ' ', 's', 't', 'r', 'i', 'n', 'g', ')', 0 };
wchar 209 eval/eval-compile.cpp wchar buf[12];
wchar 219 eval/eval-compile.cpp wchar c = buf[j];
wchar 236 eval/eval-compile.cpp if (memcmp(p->s, chars, sizeof(wchar)*nchars) == 0)
wchar 242 eval/eval-compile.cpp Str* str = (Str*)allocator->alloc(sizeof(Str) + sizeof(wchar)*(nchars - 1 + 1)); // -1 for the elt in Str, +1 for the NUL
wchar 243 eval/eval-compile.cpp memcpy(str->s, chars, sizeof(wchar)*nchars);
wchar 48 eval/eval-compile.h Compiler(HostContext* context, const wchar* filename, const wchar* src, uint32_t srclen);
wchar 54 eval/eval-compile.h Str* intern(const wchar* w, uint32_t nchars); // intern a string
wchar 64 eval/eval-compile.h const wchar * const filename; // Some human-readable name of the originator of the script, NUL-terminated
wchar 192 eval/eval-lex-xml.cpp wchar terminator = *idx;
wchar 156 eval/eval-lex.cpp s.append((wchar)parseInt(16));
wchar 1149 eval/eval-lex.cpp const wchar* startIndex = idx;
wchar 1271 eval/eval-lex.cpp const wchar* startIndex = idx;
wchar 1337 eval/eval-lex.cpp const wchar* start = idx;
wchar 1419 eval/eval-lex.cpp const wchar* start = idx;
wchar 1653 eval/eval-lex.cpp for ( const wchar* i=mark ; i < idx ; i++ ) {
wchar 1663 eval/eval-lex.cpp for ( const wchar* i=mark ; i < idx ; i++ ) {
wchar 1746 eval/eval-lex.cpp return isNonASCIIIdentifierStart((wchar)c);
wchar 1754 eval/eval-lex.cpp return isNonASCIIIdentifierSubsequent((wchar)c);
wchar 246 eval/eval-lex.h Lexer(Compiler* compiler, const wchar* src, uint32_t srclen, bool keyword_or_ident=false);
wchar 257 eval/eval-lex.h void xmlPushback(wchar c);
wchar 347 eval/eval-lex.h bool isXmlNameStart(wchar c);
wchar 348 eval/eval-lex.h bool isXmlNameSubsequent(wchar c);
wchar 385 eval/eval-lex.h const wchar* src; // input
wchar 386 eval/eval-lex.h const wchar* limit; // one past end of input
wchar 387 eval/eval-lex.h const wchar* idx; // next char in input
wchar 388 eval/eval-lex.h const wchar* mark; // a remembered position, typically the start of a lexeme (not always valid)
wchar 294 eval/eval-parse-xml.cpp wchar c;
wchar 463 eval/eval-parse.cpp const wchar* input = compiler->context->readFileForEval(compiler->filename, newFile->s, &inputlen);
wchar 946 eval/eval-parse.h void xmlEscape(XmlContext* ctx, const wchar* cs, const wchar* limit, bool is_attr);
wchar 947 eval/eval-parse.h void xmlPushback(wchar c);
wchar 1024 eval/eval-parse.h const wchar* included_input;
wchar 1042 eval/eval-parse.h const wchar* included_input;
wchar 188 eval/eval-util.cpp memcpy(chunk->data + nextchar, ptr, k*sizeof(wchar));
wchar 201 eval/eval-util.cpp wchar c2 = (wchar)c;
wchar 210 eval/eval-util.cpp wchar* buf = new wchar[len];
wchar 211 eval/eval-util.cpp wchar* p = copyInto(buf, chunk->next);
wchar 212 eval/eval-util.cpp memcpy(p, chunk->data, nextchar*sizeof(wchar));
wchar 237 eval/eval-util.cpp wchar* StringBuilder::copyInto(wchar* buf, SBChunk* c)
wchar 242 eval/eval-util.cpp wchar *p = buf;
wchar 245 eval/eval-util.cpp memcpy(p, c->data, SBChunk::chunksize*sizeof(wchar));
wchar 288 eval/eval-util.cpp const wchar* p;
wchar 379 eval/eval-util.cpp for ( wchar *s=str->s, *l=str->s + str->length ; s < l ; s++ ) {
wchar 393 eval/eval-util.cpp for ( wchar *s=str->s, *l=str->s + str->length ; s < l ; s++ ) {
wchar 394 eval/eval-util.cpp wchar c = *s;
wchar 455 eval/eval-util.cpp wchar c;
wchar 470 eval/eval-util.cpp wchar d = *s++;
wchar 475 eval/eval-util.cpp wchar u = ((c >> 6) & 15) + 1;
wchar 54 eval/eval-util.h wchar s[1]; // actually longer
wchar 86 eval/eval-util.h wchar data[chunksize];
wchar 99 eval/eval-util.h void append(const wchar* ptr, const wchar* lim);
wchar 107 eval/eval-util.h wchar* copyInto(wchar* buf, SBChunk* c);
wchar 220 eval/eval.h virtual const wchar* readFileForEval(const wchar* basename, const wchar* filename, uint32_t* inputlen) = 0;
wchar 221 eval/eval.h virtual void freeInput(const wchar* input) = 0;
wchar 1403 extensions/JavaGlue.cpp wchar b[2] = { val.c, 0 };
wchar 1474 extensions/JavaGlue.cpp wchar *b,*start;
wchar 379 shell/ByteArrayGlue.cpp wchar* c_w;
wchar 101 shell/FileClass.cpp wchar* c_w;
wchar 113 shell/SystemClass.cpp wchar c = s[j];
wchar 185 shell/SystemClass.cpp wchar wc[64];
wchar 189 shell/SystemClass.cpp wc[i++] = (wchar)c;
wchar 49 utils/avmc/avmc.cpp const wchar* readFileForEval(const wchar* basename, const wchar* filename, uint32_t* inputlen);
wchar 77 utils/avmc/avmc.cpp wchar *text = new wchar[len+1];
wchar 81 utils/avmc/avmc.cpp wchar* wdest = text+len-1;
wchar 86 utils/avmc/avmc.cpp wchar* wfilename = new wchar[strlen(filename)+1];
wchar 137 utils/avmc/avmc.cpp const wchar* AvmcHostContext::readFileForEval(const wchar* basename, const wchar* filename, uint32_t* inputlen)