uint32 142 axscript/ByteArrayGlue.cpp uint32 newCapacity = m_capacity << 1;
uint32 227 axscript/ByteArrayGlue.cpp uint32 ByteArrayFile::Available()
uint32 279 axscript/ByteArrayGlue.cpp if (i < (uint32)m_byteArray.GetLength()) {
uint32 294 axscript/ByteArrayGlue.cpp uint32 index;
uint32 296 axscript/ByteArrayGlue.cpp if (index < (uint32) m_byteArray.GetLength()) {
uint32 309 axscript/ByteArrayGlue.cpp uint32 index;
uint32 328 axscript/ByteArrayGlue.cpp uint32 ByteArrayObject::get_length()
uint32 358 axscript/ByteArrayGlue.cpp uint32 len = m_byteArray.GetLength();
uint32 374 axscript/ByteArrayGlue.cpp for (uint32 i = 0; i < len; i++)
uint32 390 axscript/ByteArrayGlue.cpp for (uint32 i = 0; i < len; i++)
uint32 428 axscript/ByteArrayGlue.cpp uint32 ByteArrayObject::readUnsignedInt()
uint32 465 axscript/ByteArrayGlue.cpp m_byteArray.WriteU32((uint32)value);
uint32 50 axscript/ByteArrayGlue.h U8 operator [] (uint32 index) const;
uint32 51 axscript/ByteArrayGlue.h U8& operator [] (uint32 index);
uint32 53 axscript/ByteArrayGlue.h void Push(const U8 *buffer, uint32 count);
uint32 54 axscript/ByteArrayGlue.h uint32 GetLength() const { return m_length; }
uint32 55 axscript/ByteArrayGlue.h void SetLength(uint32 newLength);
uint32 56 axscript/ByteArrayGlue.h bool Grow(uint32 newCapacity);
uint32 62 axscript/ByteArrayGlue.h uint32 m_capacity;
uint32 63 axscript/ByteArrayGlue.h uint32 m_length;
uint32 78 axscript/ByteArrayGlue.h uint32 GetFilePointer() { return m_filePointer; }
uint32 79 axscript/ByteArrayGlue.h void Seek(uint32 filePointer) { m_filePointer = filePointer; }
uint32 80 axscript/ByteArrayGlue.h void SetLength(uint32 newLength);
uint32 81 axscript/ByteArrayGlue.h uint32 Available();
uint32 82 axscript/ByteArrayGlue.h void Read(void *buffer, uint32 count);
uint32 83 axscript/ByteArrayGlue.h void Write(const void *buffer, uint32 count);
uint32 86 axscript/ByteArrayGlue.h uint32 m_filePointer;
uint32 97 axscript/ByteArrayGlue.h uint32 getLength() { return m_byteArray.GetLength(); }
uint32 98 axscript/ByteArrayGlue.h void setLength(uint32 newLength);
uint32 103 axscript/ByteArrayGlue.h virtual Atom getUintProperty(uint32 i) const;
uint32 104 axscript/ByteArrayGlue.h virtual void setUintProperty(uint32 i, Atom value);
uint32 106 axscript/ByteArrayGlue.h void readBytes(ByteArrayObject *bytes, uint32 offset, uint32 length);
uint32 107 axscript/ByteArrayGlue.h void writeBytes(ByteArrayObject *bytes, uint32 offset, uint32 length);
uint32 119 axscript/ByteArrayGlue.h void writeUnsignedInt(uint32 value);
uint32 131 axscript/ByteArrayGlue.h uint32 readUnsignedInt();
uint32 135 axscript/ByteArrayGlue.h String* readUTFBytes(uint32 length);
uint32 141 axscript/ByteArrayGlue.h uint32 get_length();
uint32 142 axscript/ByteArrayGlue.h void set_length(uint32 value);
uint32 78 axscript/DataIO.cpp uint32 DataInput::ReadU32()
uint32 80 axscript/DataIO.cpp uint32 value;
uint32 89 axscript/DataIO.cpp uint32 u;
uint32 131 axscript/DataIO.cpp uint32 available = Available();
uint32 199 axscript/DataIO.cpp WriteU32(*((uint32*)&value));
uint32 211 axscript/DataIO.cpp uint32 length = utf8->length();
uint32 52 axscript/ExcepInfo.cpp uint32 EXCEPINFOObject::getCode()
uint32 69 axscript/ExcepInfo.cpp uint32 EXCEPINFOObject::getHelpContext()
uint32 73 axscript/ExcepInfo.cpp uint32 EXCEPINFOObject::getScode()
uint32 59 axscript/ExcepInfo.h uint32 getCode();
uint32 63 axscript/ExcepInfo.h uint32 getHelpContext();
uint32 64 axscript/ExcepInfo.h uint32 getScode();
uint32 74 axscript/IDispatchConsumer.h virtual Atom getUintProperty(uint32 i) const
uint32 78 axscript/IDispatchConsumer.h virtual void setUintProperty(uint32 i, Atom value)
uint32 82 axscript/IDispatchConsumer.h virtual bool delUintProperty(uint32 i)
uint32 86 axscript/IDispatchConsumer.h virtual bool hasUintProperty(uint32 i) const
uint32 324 axscript/axtam.cpp minstack = (uint32)buf.AllocationBase + kStackMargin;
uint32 67 axscript/dataio.h inline void FlipU32(uint32& value)
uint32 108 axscript/dataio.h void ConvertU32(uint32& value)
uint32 144 axscript/dataio.h virtual uint32 Available() = 0;
uint32 145 axscript/dataio.h virtual void Read(void *buffer, uint32 count) = 0;
uint32 150 axscript/dataio.h uint32 ReadU32();
uint32 154 axscript/dataio.h String* ReadUTFBytes(uint32 length);
uint32 155 axscript/dataio.h void ReadByteArray(ByteArray& buffer, uint32 offset, uint32 count);
uint32 163 axscript/dataio.h void CheckEOF(uint32 count);
uint32 171 axscript/dataio.h virtual void Write(const void *buffer, uint32 count) = 0;
uint32 176 axscript/dataio.h void WriteU32(uint32 value);
uint32 181 axscript/dataio.h void WriteByteArray(ByteArray& buffer, uint32 offset, uint32 count);
uint32 271 core/AbcParser.cpp uint32 index = readU30(pc);
uint32 286 core/AbcParser.cpp uint32 index = readU30(pc);
uint32 304 core/AbcParser.cpp uint32 index = readU30(p);
uint32 340 core/AbcParser.cpp uint32 index = readU30(pc);
uint32 988 core/AbcParser.cpp uint32 name_index = (version != (46<<16|15)) ? readU30(pos) : 0;
uint32 1020 core/AbcParser.cpp const uint32 name_index = readU30(pos); // variable name
uint32 1143 core/AbcParser.cpp uint32 int_count = readU30(pos);
uint32 1145 core/AbcParser.cpp if (int_count > (uint32)(abcEnd - pos))
uint32 1176 core/AbcParser.cpp uint32 uint_count = readU30(pos);
uint32 1177 core/AbcParser.cpp if (uint_count > (uint32)(abcEnd - pos))
uint32 1180 core/AbcParser.cpp List<uint32>& cpool_uint = pool->cpool_uint;
uint32 1206 core/AbcParser.cpp uint32 double_count = readU30(pos);
uint32 1207 core/AbcParser.cpp if (double_count > (uint32)(abcEnd - pos))
uint32 1235 core/AbcParser.cpp uint32 string_count = readU30(pos);
uint32 1236 core/AbcParser.cpp if (string_count > (uint32)(abcEnd - pos))
uint32 1289 core/AbcParser.cpp uint32 ns_count = readU30(pos);
uint32 1290 core/AbcParser.cpp if (ns_count > (uint32)(abcEnd - pos))
uint32 1318 core/AbcParser.cpp uint32 index = readU30(pos);
uint32 1371 core/AbcParser.cpp uint32 index = readU30(pos);
uint32 1392 core/AbcParser.cpp uint32 ns_set_count = readU30(pos);
uint32 1393 core/AbcParser.cpp if (ns_set_count > (uint32)(abcEnd - pos))
uint32 1409 core/AbcParser.cpp uint32 ns_count = readU30(pos);
uint32 1411 core/AbcParser.cpp if (ns_count > (uint32)(abcEnd - pos))
uint32 1415 core/AbcParser.cpp for(uint32 j=0; j < ns_count; ++j)
uint32 1434 core/AbcParser.cpp uint32 mn_count = readU30(pos);
uint32 1435 core/AbcParser.cpp if (mn_count > (uint32)(abcEnd - pos))
uint32 1481 core/AbcParser.cpp uint32 index = readU30(pos);
uint32 1493 core/AbcParser.cpp uint32 index = readU30(pos);
uint32 1505 core/AbcParser.cpp uint32 index = readU30(pos);
uint32 1626 core/AbcParser.cpp if (count > (uint32)(abcEnd - pos))
uint32 81 core/AbcParser.h MethodInfo* resolveMethodInfo(uint32 index) const;
uint32 88 core/AbcParser.h Stringp resolveUtf8(uint32 index) const;
uint32 184 core/ArrayClass.cpp uint32 len = 0;
uint32 191 core/ArrayClass.cpp uint32 i;
uint32 193 core/ArrayClass.cpp uint32 argc = args->getLength();
uint32 228 core/ArrayClass.cpp for (i = 0; i< (uint32)argc; i++)
uint32 239 core/ArrayClass.cpp uint32 len = b->getLength();
uint32 240 core/ArrayClass.cpp for (uint32 j=b->getDenseLength(); j<len; j++) {
uint32 271 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 305 core/ArrayClass.cpp uint32 j = getLengthHelper(toplevel, d);
uint32 307 core/ArrayClass.cpp uint32 i = 0;
uint32 344 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 358 core/ArrayClass.cpp for (uint32 i=0; i<len-1; i++) {
uint32 379 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 383 core/ArrayClass.cpp uint32 a = NativeObjectHelpers::ClampIndex(A, len);
uint32 384 core/ArrayClass.cpp uint32 b = NativeObjectHelpers::ClampIndex(B, len);
uint32 390 core/ArrayClass.cpp uint32 outIndex=0;
uint32 391 core/ArrayClass.cpp for (uint32 i=a; i<b; i++) {
uint32 467 core/ArrayClass.cpp uint32 temp = index[j];
uint32 498 core/ArrayClass.cpp uint32 *index;
uint32 501 core/ArrayClass.cpp uint32 numFields;
uint32 514 core/ArrayClass.cpp uint32 numFields,
uint32 530 core/ArrayClass.cpp uint32 len = f->getLengthHelper(toplevel, d);
uint32 531 core/ArrayClass.cpp uint32 iFirstUndefined = len;
uint32 532 core/ArrayClass.cpp uint32 iFirstAbsent = len;
uint32 540 core/ArrayClass.cpp index = mmfx_new_array(uint32, len);
uint32 555 core/ArrayClass.cpp uint32 i, j;
uint32 556 core/ArrayClass.cpp uint32 newlen = len;
uint32 588 core/ArrayClass.cpp uint32 temp = index[i];
uint32 650 core/ArrayClass.cpp uint32 temp = index[i];
uint32 678 core/ArrayClass.cpp for (uint32 i = 0; i < (len - 1); i++)
uint32 693 core/ArrayClass.cpp for (uint32 i = 0; i < len; i++)
uint32 755 core/ArrayClass.cpp void ArraySort::qsort(uint32 lo, uint32 hi)
uint32 766 core/ArrayClass.cpp uint32 size;
uint32 767 core/ArrayClass.cpp struct StackFrame { uint32 lo, hi; };
uint32 820 core/ArrayClass.cpp uint32 pivot = lo + (size / 2);
uint32 824 core/ArrayClass.cpp uint32 left = lo;
uint32 825 core/ArrayClass.cpp uint32 right = hi + 1;
uint32 911 core/ArrayClass.cpp int ArraySort::StringCompare(uint32 j, uint32 k) const
uint32 925 core/ArrayClass.cpp int ArraySort::CaseInsensitiveStringCompare(uint32 j, uint32 k) const
uint32 939 core/ArrayClass.cpp int ArraySort::ScriptCompare(uint32 j, uint32 k) const
uint32 962 core/ArrayClass.cpp int ArraySort::NumericCompare(uint32 j, uint32 k) const
uint32 1010 core/ArrayClass.cpp inline int ArraySort::FieldCompare(uint32 lhs, uint32 rhs) const
uint32 1034 core/ArrayClass.cpp for (uint32 i = 0; i < numFields; i++)
uint32 1222 core/ArrayClass.cpp uint32 nFields = 0;
uint32 1242 core/ArrayClass.cpp for (uint32 i = 0; i < nFields; i++)
uint32 1251 core/ArrayClass.cpp uint32 nOptions = obj->getLength();
uint32 1256 core/ArrayClass.cpp for (uint32 i = 0; i < nFields; i++)
uint32 1265 core/ArrayClass.cpp for (uint32 i = 0; i < nFields; i++)
uint32 1297 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1299 core/ArrayClass.cpp uint32 start = NativeObjectHelpers::ClampIndex(AvmCore::toInteger(args->getUintProperty(0)),len);
uint32 1302 core/ArrayClass.cpp uint32 deleteCount = (d_deleteCount < 0) ? 0 : AvmCore::integer_d(d_deleteCount);
uint32 1306 core/ArrayClass.cpp uint32 end = start + deleteCount;
uint32 1310 core/ArrayClass.cpp uint32 i;
uint32 1317 core/ArrayClass.cpp uint32 insertCount = (args->getLength() > 2) ? (args->getLength() - 2) : 0;
uint32 1319 core/ArrayClass.cpp uint32 shiftAmount;
uint32 1332 core/ArrayClass.cpp shiftAmount = (uint32)(-l_shiftAmount);
uint32 1344 core/ArrayClass.cpp shiftAmount = (uint32)l_shiftAmount;
uint32 1367 core/ArrayClass.cpp for (uint32 i=0; i<uint32(argc); i++) {
uint32 1374 core/ArrayClass.cpp ArrayObject* ArrayClass::newArray(uint32 capacity)
uint32 1395 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1397 core/ArrayClass.cpp uint32 start = NativeObjectHelpers::ClampIndexInt(startIndex, len);
uint32 1399 core/ArrayClass.cpp for (uint32 i = start; i < len; i++)
uint32 1416 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1443 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1446 core/ArrayClass.cpp for (uint32 i = 0; i < len; i++)
uint32 1476 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1479 core/ArrayClass.cpp for (uint32 i = 0; i < len; i++)
uint32 1508 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1511 core/ArrayClass.cpp for (uint32 i = 0; i < len; i++)
uint32 1535 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1538 core/ArrayClass.cpp for (uint32 i = 0; i < len; i++)
uint32 1564 core/ArrayClass.cpp uint32 len = getLengthHelper(toplevel, d);
uint32 1567 core/ArrayClass.cpp for (uint32 i = 0; i < len; i++)
uint32 1593 core/ArrayClass.cpp /*static*/ void ArrayClass::setLengthHelper(Toplevel* toplevel, ScriptObject* d, uint32 newLen)
uint32 1602 core/ArrayClass.cpp /* static */ uint32 ArrayClass::generic_unshift(Toplevel* toplevel, Atom thisAtom, ArrayObject* args)
uint32 1607 core/ArrayClass.cpp for (uint32 i = args->getLength() ; i > 0; i--) {
uint32 63 core/ArrayClass.h ArrayObject* newArray(uint32 capacity=0);
uint32 84 core/ArrayClass.h uint32 _unshift(Atom thisAtom, ArrayObject* args) { return ArrayClass::generic_unshift(toplevel(), thisAtom, args); }
uint32 118 core/ArrayClass.h static uint32 generic_unshift(Toplevel* toplevel, Atom thisAtom, ArrayObject* args);
uint32 123 core/ArrayClass.h static void setLengthHelper(Toplevel* toplevel, ScriptObject *d, uint32 newLen);
uint32 112 core/ArrayObject.cpp uint32 nameIndex;
uint32 140 core/ArrayObject.cpp uint32 index;
uint32 215 core/ArrayObject.cpp uint32 index;
uint32 268 core/ArrayObject.cpp uint32 index;
uint32 295 core/ArrayObject.cpp for (uint32 i = index + 1; i < getDenseLength(); i++)
uint32 314 core/ArrayObject.cpp uint32 index;
uint32 334 core/ArrayObject.cpp uint32 index;
uint32 418 core/ArrayObject.cpp uint32 ArrayObject::get_length() const
uint32 428 core/ArrayObject.cpp /*virtual*/ uint32 ArrayObject::getLength() const
uint32 438 core/ArrayObject.cpp uint32 oldLength = getLength();
uint32 441 core/ArrayObject.cpp uint32 deleteStart = newLength;
uint32 442 core/ArrayObject.cpp uint32 denseLength = getDenseLength();
uint32 449 core/ArrayObject.cpp for (uint32 i = deleteStart; i < oldLength; i++) {
uint32 482 core/ArrayObject.cpp uint32 ArrayObject::AS3_push(Atom* argv, int argc)
uint32 498 core/ArrayObject.cpp uint32 ArrayObject::AS3_unshift(Atom* argv, int argc)
uint32 509 core/ArrayObject.cpp uint32 i;
uint32 511 core/ArrayObject.cpp uint32 len = getLength();
uint32 517 core/ArrayObject.cpp for (i=0; i < ((uint32)argc); i++) {
uint32 58 core/ArrayObject.h static const uint32 NO_LOW_HTENTRY = 0;
uint32 59 core/ArrayObject.h uint32 m_lowHTentry; // lowest numeric entry in our hash table
uint32 60 core/ArrayObject.h uint32 m_length;
uint32 63 core/ArrayObject.h ArrayObject(VTable* ivtable, ScriptObject *delegate, uint32 capacity);
uint32 72 core/ArrayObject.h uint32 getDenseLength() const { return m_denseArr.getLength(); }
uint32 75 core/ArrayObject.h uint32 get_length() const;
uint32 76 core/ArrayObject.h void set_length(uint32 newLength);
uint32 79 core/ArrayObject.h virtual uint32 getLength() const;
uint32 80 core/ArrayObject.h virtual void setLength(uint32 newLength);
uint32 88 core/ArrayObject.h virtual Atom getUintProperty(uint32 index) const
uint32 92 core/ArrayObject.h virtual void setUintProperty(uint32 index, Atom value)
uint32 96 core/ArrayObject.h virtual bool delUintProperty(uint32 index);
uint32 97 core/ArrayObject.h virtual bool hasUintProperty(uint32 i) const;
uint32 110 core/ArrayObject.h Atom _getUintProperty(uint32 index) const;
uint32 111 core/ArrayObject.h void _setUintProperty(uint32 index, Atom value);
uint32 122 core/ArrayObject.h uint32 AS3_push(Atom *args, int argc); // push(...args):uint
uint32 123 core/ArrayObject.h uint32 AS3_unshift(Atom *args, int argc); // unshift(...args):
uint32 126 core/ArrayObject.h inline uint32 push(Atom *args, int argc) { return AS3_push(args, argc); }
uint32 127 core/ArrayObject.h inline uint32 unshift(Atom *args, int argc) { return AS3_unshift(args, argc); }
uint32 105 core/AtomArray.cpp for (uint32 k = 0; k < (m_length >> 1); k++)
uint32 169 core/AtomArray.cpp for (uint32 i=0; i<insertCount; i++)
uint32 243 core/AtomArray.cpp AvmAssert (index < uint32(m_length));
uint32 58 core/AtomArray.h uint32 push(Atom *args, int argc);
uint32 71 core/AtomArray.h void splice(uint32 insertPoint, uint32 insertCount, uint32 deleteCount, AtomArray *args, int offset=0);
uint32 78 core/AtomArray.h uint32 getLength() const { return m_length; };
uint32 79 core/AtomArray.h void setLength(uint32 len) { m_length = len; }
uint32 80 core/AtomArray.h uint32 capacity() const
uint32 82 core/AtomArray.h return (uint32)(MMgc::GC::Size(m_atoms)/sizeof(Atom));
uint32 87 core/AtomArray.h void removeAt (uint32 index);
uint32 89 core/AtomArray.h void insert (uint32 index, Atom a);
uint32 90 core/AtomArray.h void setAt (uint32 index, Atom a);
uint32 94 core/AtomArray.h Atom operator[](uint32 index) const { return getAt(index); };
uint32 95 core/AtomArray.h Atom getAt(uint32 index) const;
uint32 98 core/AtomArray.h Atom getAtFast(uint32 index) const
uint32 115 core/AtomArray.h uint32 m_length;
uint32 120 core/AtomArray.h void setAtInternal(uint32 index, Atom a)
uint32 323 core/AvmCore-inlines.h return (uint32)integer(atom);
uint32 589 core/AvmCore-inlines.h REALLY_INLINE /*static*/ bool AvmCore::getIndexFromAtom(Atom a, uint32 *result)
uint32 194 core/AvmCore.cpp MMGC_STATIC_ASSERT(sizeof(uint32) == 4);
uint32 1591 core/AvmCore.cpp uint32 index = readU30(pc);
uint32 1605 core/AvmCore.cpp uint32 index = readU30(pc);
uint32 1613 core/AvmCore.cpp uint32 index = readU30(pc);
uint32 1621 core/AvmCore.cpp uint32 index = readU30(pc);
uint32 1635 core/AvmCore.cpp uint32 index = readU30(pc);
uint32 1665 core/AvmCore.cpp uint32 index = readU30(pc);
uint32 1787 core/AvmCore.cpp uint32 index = (uint32)*pc++;
uint32 1796 core/AvmCore.cpp uint32 bits = (uint32)*pc++;
uint32 1807 core/AvmCore.cpp u.b[0] = (uint32)*pc++;
uint32 1808 core/AvmCore.cpp u.b[1] = (uint32)*pc++;
uint32 1815 core/AvmCore.cpp uint32 index = (uint32)*pc++;
uint32 1825 core/AvmCore.cpp uint32 index = (uint32)*pc++;
uint32 1836 core/AvmCore.cpp formatMultiname(buffer, (uint32)*pc++, pool);
uint32 1837 core/AvmCore.cpp buffer << " " << (uint32)*pc++;
uint32 1854 core/AvmCore.cpp formatMultiname(buffer, (uint32)*pc++, pool);
uint32 1863 core/AvmCore.cpp uint32 index = (uint32)*pc++;
uint32 1921 core/AvmCore.cpp buffer << wopAttrs[opcode].name << " " << (uint32)(off + 2 + offset);
uint32 1932 core/AvmCore.cpp uint32 r1 = (uint32)*pc++;
uint32 1933 core/AvmCore.cpp uint32 b1 = (uint32)*pc++;
uint32 1951 core/AvmCore.cpp uint32 r1 = (uint32)*pc++;
uint32 1952 core/AvmCore.cpp uint32 r2 = (uint32)*pc++;
uint32 1954 core/AvmCore.cpp buffer << wopAttrs[opcode].name << " " << r1 << " " << r2 << " " << (uint32)(off + 4 + offset);
uint32 1970 core/AvmCore.cpp uint32 r1 = (uint32)*pc++;
uint32 1971 core/AvmCore.cpp uint32 b1 = (uint32)*pc++;
uint32 1975 core/AvmCore.cpp buffer << " " << (uint32)(off + 4 + offset);
uint32 4028 core/AvmCore.cpp uint32 il, ih;
uint32 4033 core/AvmCore.cpp uint32 ih, il;
uint32 4044 core/AvmCore.cpp uint32 DI_H, u_tmp, expon, shift_amount;
uint32 4103 core/AvmCore.cpp uint32 DI_H, u_tmp, expon, shift_amount;
uint32 648 core/AvmCore.h void formatBits(PrintWriter& buffer, uint32 bits);
uint32 650 core/AvmCore.h static void formatMultiname(PrintWriter& out, uint32 index, PoolObject* pool);
uint32 913 core/AvmCore.h static uint32 readU30(const byte *&p)
uint32 1371 core/AvmCore.h Stringp internUint32(uint32 ui);
uint32 1381 core/AvmCore.h static bool getIndexFromAtom(Atom a, uint32 *result);
uint32 1382 core/AvmCore.h static bool getIndexFromString(Stringp s, uint32 *result);
uint32 1399 core/AvmCore.h Stringp uintToString(uint32 i);
uint32 53 core/BigInteger.cpp wordBuffer[1] = (uint32)(mantissa >> 32);
uint32 54 core/BigInteger.cpp wordBuffer[0] = (uint32)(mantissa & 0xffffffff);
uint32 69 core/BigInteger.cpp amount*sizeof(uint32));
uint32 80 core/BigInteger.cpp for(uint32 topWord = wordBuffer[numWords-1]; topWord > 1; topWord >>= 1)
uint32 219 core/BigInteger.cpp wordBuffer[x] = (uint32)(opResult & 0xffffffff);
uint32 226 core/BigInteger.cpp wordBuffer[x] = (uint32)carry;
uint32 259 core/BigInteger.cpp uint32* pResult = result->wordBuffer+x; // each pass we rewrite elements of result offset by the pass iteration
uint32 267 core/BigInteger.cpp *pResult++ = (uint32)(product & 0xffffffff);
uint32 269 core/BigInteger.cpp *pResult = (uint32)carry;
uint32 340 core/BigInteger.cpp decrement.multAndIncrementBy( (uint32)factor,0);
uint32 365 core/BigInteger.cpp result->wordBuffer[0] = (uint32)factor;
uint32 416 core/BigInteger.cpp uint32 d2Prec = divisor->lg2();
uint32 417 core/BigInteger.cpp uint32 e = 1 + d2Prec;
uint32 418 core/BigInteger.cpp uint32 ag = 1;
uint32 419 core/BigInteger.cpp uint32 ar = 31 + this->lg2() - d2Prec;
uint32 476 core/BigInteger.cpp uint32 BigInteger::lg2() const
uint32 478 core/BigInteger.cpp uint32 powersOf2 = (numWords-1)*32;
uint32 479 core/BigInteger.cpp for(uint32 topWord = wordBuffer[numWords-1]; topWord > 1; topWord >>= 1)
uint32 501 core/BigInteger.cpp const uint32* pSourceBuff = wordBuffer;
uint32 502 core/BigInteger.cpp uint32* pResultBuff = result->wordBuffer;
uint32 508 core/BigInteger.cpp uint32 carry = 0;
uint32 547 core/BigInteger.cpp uint32* pResultBuff = &(result->wordBuffer[totalWords-1]);
uint32 548 core/BigInteger.cpp const uint32* pSourceBuff = &(wordBuffer[numWords-1]);
uint32 553 core/BigInteger.cpp uint32 carry = 0;
uint32 612 core/BigInteger.cpp borrow = x >> 32 & (uint32)1;
uint32 613 core/BigInteger.cpp result->wordBuffer[index] = (uint32)(x & 0xffffffff);
uint32 623 core/BigInteger.cpp borrow = x >> 32 & (uint32)1;
uint32 624 core/BigInteger.cpp result->wordBuffer[index] = (uint32)(x & 0xffffffff);
uint32 630 core/BigInteger.cpp result->wordBuffer[index] = (uint32)(borrow & 0xffffffff);
uint32 134 core/BigInteger.h BigInteger* rshift(uint32 shiftBy, BigInteger* result) const;
uint32 135 core/BigInteger.h BigInteger* lshift(uint32 shiftBy, BigInteger* result) const;
uint32 138 core/BigInteger.h void lshiftBy(uint32 shiftBy)
uint32 146 core/BigInteger.h void rshiftBy(uint32 shiftBy)
uint32 191 core/BigInteger.h uint32 lg2() const;
uint32 211 core/BigInteger.h uint32 wordBuffer[kMaxBigIntegerBufferSize+2];
uint32 221 core/BigInteger.h inline void setValue(uint32 val)
uint32 229 core/BigInteger.h inline void copyBuffer(const uint32 *newBuff, int32 size)
uint32 234 core/BigInteger.h VMPI_memcpy(wordBuffer, newBuff, numWords*sizeof(uint32));
uint32 94 core/E4XNode.cpp uint32 ElementE4XNode::numChildren() const
uint32 284 core/E4XNode.cpp for (uint32 i = 0; i < numNamespaces(); i++)
uint32 336 core/E4XNode.cpp for (uint32 i = 0; i < numNamespaces(); i++)
uint32 379 core/E4XNode.cpp for (uint32 i = 0; i < y->numNamespaces(); i++)
uint32 411 core/E4XNode.cpp for (uint32 i = 0; i < y->numNamespaces(); i++)
uint32 414 core/E4XNode.cpp uint32 j;
uint32 462 core/E4XNode.cpp uint32 numAttr = 0;
uint32 467 core/E4XNode.cpp uint32 index = 0;
uint32 614 core/E4XNode.cpp uint32 i;
uint32 625 core/E4XNode.cpp uint32 i;
uint32 640 core/E4XNode.cpp for (uint32 k = 0; k < _length(); k++)
uint32 708 core/E4XNode.cpp for (uint32 n1 = 0; n1 < numNamespaces(); n1++)
uint32 711 core/E4XNode.cpp for (uint32 n2 = 0; n2 < numNamespaces(); n2++)
uint32 737 core/E4XNode.cpp for (uint32 k1 = 0; k1 < numAttributes(); k1++)
uint32 741 core/E4XNode.cpp for (uint32 k2 = 0; k2 < v->numAttributes(); k2++)
uint32 755 core/E4XNode.cpp for (uint32 i = 0; i < _length(); i++)
uint32 781 core/E4XNode.cpp uint32 n = 1;
uint32 814 core/E4XNode.cpp for (uint32 j = 0; j < xl->_length(); j++)
uint32 966 core/E4XNode.cpp for (uint32 i = 0; i < _length(); i++)
uint32 984 core/E4XNode.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1006 core/E4XNode.cpp for (uint32 i = 0; i < m_parent->_length(); i++)
uint32 184 core/E4XNode.h virtual uint32 numAttributes() const { return 0; };
uint32 186 core/E4XNode.h virtual E4XNode *getAttribute(uint32 /*index*/) const { return NULL; };
uint32 188 core/E4XNode.h virtual uint32 numNamespaces() const { return 0; };
uint32 191 core/E4XNode.h virtual uint32 numChildren() const { return 0; };
uint32 192 core/E4XNode.h virtual E4XNode *_getAt(uint32 /*i*/) const { return 0; };
uint32 195 core/E4XNode.h virtual void setChildAt (uint32 /*i*/, E4XNode* /*x*/) {};
uint32 196 core/E4XNode.h virtual void insertChild (uint32 /*i*/, E4XNode* /*x*/) {};
uint32 197 core/E4XNode.h virtual void removeChild (uint32 /*i*/) {};
uint32 224 core/E4XNode.h virtual uint32 _length() const { return 0; };
uint32 228 core/E4XNode.h void _deleteByIndex (uint32 entry);
uint32 230 core/E4XNode.h virtual void _insert (AvmCore *core, Toplevel *toplevel, uint32 entry, Atom value);
uint32 231 core/E4XNode.h virtual E4XNode* _replace (AvmCore *core, Toplevel *toplevel, uint32 entry, Atom value, Atom pastValue = 0);
uint32 326 core/E4XNode.h uint32 numAttributes() const { return (m_attributes ? m_attributes->getLength() : 0); };
uint32 328 core/E4XNode.h E4XNode *getAttribute(uint32 index) const { return (E4XNode *)AvmCore::atomToGenericObject(m_attributes->getAt(index)); };
uint32 331 core/E4XNode.h uint32 numNamespaces() const { return (m_namespaces ? m_namespaces->getLength() : 0); };
uint32 334 core/E4XNode.h uint32 numChildren() const;// { return (m_children ? m_children->getLength() : 0); };
uint32 337 core/E4XNode.h void setChildAt (uint32 i, E4XNode *x);
uint32 339 core/E4XNode.h void insertChild (uint32 i, E4XNode *x);
uint32 340 core/E4XNode.h void removeChild (uint32 i);
uint32 350 core/E4XNode.h uint32 _length() const { return numChildren(); };
uint32 351 core/E4XNode.h E4XNode *_getAt(uint32 i) const;
uint32 356 core/E4XNode.h void _insert (AvmCore *core, Toplevel *toplevel, uint32 entry, Atom value);
uint32 357 core/E4XNode.h E4XNode* _replace (AvmCore *core, Toplevel *toplevel, uint32 entry, Atom value, Atom pastValue = 0);
uint32 214 core/Interpreter.cpp ms->boxArgs(env->core(), argc, (uint32 *)ap, atomv);
uint32 233 core/Interpreter.cpp ms->boxArgs(env->core(), argc, (uint32 *)ap, atomv);
uint32 64 core/Interpreter.h uintptr_t interpGPR(MethodEnv* method, int argc, uint32 *ap); // returns Atom, int/uint, or a pointer
uint32 65 core/Interpreter.h double interpFPR(MethodEnv* method, int argc, uint32 *ap); // really returns double
uint32 60 core/NativeObjectHelpers.h inline uint32 ClampIndex(double intValue, uint32 length)
uint32 62 core/NativeObjectHelpers.h uint32 result;
uint32 68 core/NativeObjectHelpers.h result = (uint32)(intValue + length);
uint32 75 core/NativeObjectHelpers.h result = (uint32)intValue;
uint32 80 core/NativeObjectHelpers.h inline uint32 ClampIndexInt(int intValue, uint32 length)
uint32 82 core/NativeObjectHelpers.h uint32 result;
uint32 88 core/NativeObjectHelpers.h result = (uint32)(intValue + length);
uint32 93 core/NativeObjectHelpers.h result = (uint32)intValue;
uint32 53 core/OSDep.h static uintptr startIntWriteTimer(uint32 millis, int *addr);
uint32 139 core/PrintWriter.cpp int OctetsLen = UnicodeUtils::Ucs4ToUtf8((uint32)value, Octets);
uint32 290 core/RegExpObject.cpp for (uint32 j=1; j<matchArray->getLength(); j++) {
uint32 410 core/RegExpObject.cpp Atom name = stringFromUTF8((nameTable+2), (uint32)VMPI_strlen(nameTable+2));
uint32 681 core/RegExpObject.cpp uint32 ch;
uint32 69 core/RegExpObject.h ArrayObject* split(Stringp subject, uint32 limit);
uint32 210 core/Sampler.cpp uint32 sampleSize = sizeof(Sample);
uint32 211 core/Sampler.cpp uint32 callStackDepth = core->callStack ? core->callStack->depth() : 0;
uint32 255 core/Sampler.cpp uint32 depth = csn ? csn->depth() : 0;
uint32 609 core/Sampler.cpp uint32 num;
uint32 614 core/Sampler.cpp for(uint32 i=0; i < num ; i++)
uint32 625 core/Sampler.cpp GCWorkItem item(ptr, (uint32)GC::Size(ptr), true);
uint32 132 core/Sampler.h uint32 sampleType;
uint32 137 core/Sampler.h uint32 depth;
uint32 169 core/Sampler.h byte *getSamples(uint32 &num);
uint32 206 core/Sampler.h void rewind(byte*&b, uint32 amount)
uint32 139 core/ScriptObject.h virtual Atom getUintProperty(uint32 i) const;
uint32 140 core/ScriptObject.h virtual void setUintProperty(uint32 i, Atom value);
uint32 141 core/ScriptObject.h virtual bool delUintProperty(uint32 i);
uint32 142 core/ScriptObject.h virtual bool hasUintProperty(uint32 i) const;
uint32 207 core/ScriptObject.h static const uint32 MAX_INTEGER_MASK = 0xF0000000;
uint32 66 core/StringClass.h ArrayObject* _split(Stringp in, Atom delimAtom, uint32 limit);
uint32 98 core/Toplevel-inlines.h REALLY_INLINE bool Toplevel::contains(const uint32 *uriSet, uint32 ch)
uint32 730 core/Toplevel.cpp uint32 m = AvmCore::bindingToSetterId(b);
uint32 1035 core/Toplevel.cpp uint32 V;
uint32 1084 core/Toplevel.cpp uint32 V;
uint32 1157 core/Toplevel.cpp uint32 L = (((V - 0x10000) & 0x3FF) + 0xDC00);
uint32 1158 core/Toplevel.cpp uint32 H = ((((V - 0x10000) >> 10) & 0x3FF) + 0xD800);
uint32 1173 core/Toplevel.cpp const uint32 Toplevel::uriUnescaped[] = {
uint32 1185 core/Toplevel.cpp const uint32 Toplevel::uriReservedPlusPound[] = {
uint32 1197 core/Toplevel.cpp const uint32 Toplevel::unescaped[] = {
uint32 322 core/Toplevel.h static const uint32 unescaped[];
uint32 323 core/Toplevel.h static const uint32 uriUnescaped[];
uint32 324 core/Toplevel.h static const uint32 uriReservedPlusPound[];
uint32 326 core/Toplevel.h static bool contains(const uint32 *uriSet, uint32 ch);
uint32 1075 core/Traits.cpp const uint32 disp_id = uint32(uintptr_t(b) >> 3) + (ne.kind == TRAIT_Setter);
uint32 1329 core/Traits.cpp const uint32 disp_id = uint32(uintptr_t(b) >> 3) + (ne.kind == TRAIT_Setter);
uint32 108 core/UnicodeUtils.cpp uint32 ucs4 = ((ch-0xD800)<<10) + (ch2-0xDC00) + 0x10000;
uint32 316 core/UnicodeUtils.cpp static uint32 minUCS4[] = {
uint32 324 core/VTable.cpp uint32 size = work_stack.size();
uint32 325 core/VTable.cpp for(uint32 i = 0; i < size; ++i)
uint32 449 core/VTable.cpp uint32 VTable::size() const
uint32 451 core/VTable.cpp uint32 size = sizeof(VTable);
uint32 95 core/VTable.h static GprImtThunkProcRetType resolveImt(ImtThunkEnv* ite, int argc, uint32* ap, uintptr_t iid);
uint32 96 core/VTable.h static GprImtThunkProcRetType dispatchImt(ImtThunkEnv* ite, int argc, uint32* ap, uintptr_t iid);
uint32 130 core/VTable.h uint32 size() const;
uint32 49 core/VectorClass.cpp uint32 index;
uint32 68 core/VectorClass.cpp bool VectorBaseObject::getVectorIndex(Atom name, uint32& index, bool& isNumber) const
uint32 112 core/VectorClass.cpp uint32 index;
uint32 130 core/VectorClass.cpp uint32 index;
uint32 151 core/VectorClass.cpp uint32 VectorBaseObject::get_length()
uint32 156 core/VectorClass.cpp void VectorBaseObject::set_length(uint32 newLength)
uint32 181 core/VectorClass.cpp if (((uint32)index) <= m_length)
uint32 194 core/VectorClass.cpp if (((uint32)index) <= m_length)
uint32 205 core/VectorClass.cpp if (((uint32)index) < m_length)
uint32 224 core/VectorClass.cpp uint32 len = m_length;
uint32 226 core/VectorClass.cpp for (uint32 i = 0; i < len; i++)
uint32 252 core/VectorClass.cpp uint32 len = m_length;
uint32 254 core/VectorClass.cpp for (uint32 i = 0, k = 0; i < len; i++)
uint32 273 core/VectorClass.cpp uint32 VectorBaseObject::AS3_push(Atom *argv, int argc)
uint32 317 core/VectorClass.cpp IntVectorObject* IntVectorClass::newVector(uint32 length)
uint32 327 core/VectorClass.cpp VectorBaseObject* IntVectorObject::newVector(uint32 length)
uint32 366 core/VectorClass.cpp UIntVectorObject* UIntVectorClass::newVector(uint32 length)
uint32 375 core/VectorClass.cpp VectorBaseObject* UIntVectorObject::newVector(uint32 length)
uint32 414 core/VectorClass.cpp DoubleVectorObject* DoubleVectorClass::newVector(uint32 length)
uint32 423 core/VectorClass.cpp VectorBaseObject* DoubleVectorObject::newVector(uint32 length)
uint32 517 core/VectorClass.cpp ObjectVectorObject* VectorClass::newVector(ClassClosure* type, uint32 length)
uint32 545 core/VectorClass.cpp ObjectVectorObject* ObjectVectorClass::newVector(uint32 length)
uint32 555 core/VectorClass.cpp Atom ObjectVectorObject::getUintProperty(uint32 index) const
uint32 559 core/VectorClass.cpp Atom ObjectVectorObject::_getUintProperty(uint32 index) const
uint32 572 core/VectorClass.cpp void ObjectVectorObject::setUintProperty(uint32 index, Atom value)
uint32 576 core/VectorClass.cpp void ObjectVectorObject::_setUintProperty(uint32 index, Atom value)
uint32 592 core/VectorClass.cpp if (m_length <= (uint32)index)
uint32 622 core/VectorClass.cpp void ObjectVectorObject::set_length(uint32 newLength)
uint32 652 core/VectorClass.cpp void ObjectVectorObject::grow(uint32 newCapacity, bool exact)
uint32 678 core/VectorClass.cpp VectorBaseObject* ObjectVectorObject::newVector(uint32 length)
uint32 686 core/VectorClass.cpp void ObjectVectorObject::_spliceHelper(uint32 insertPoint, uint32 insertCount, uint32 deleteCount, Atom args, int offset)
uint32 722 core/VectorClass.cpp for (uint32 i=0; i<insertCount; i++)
uint32 729 core/VectorClass.cpp for (uint32 i=0; i<insertCount; i++)
uint32 746 core/VectorClass.cpp uint32 l = m_length-1;
uint32 754 core/VectorClass.cpp uint32 ObjectVectorObject::AS3_unshift(Atom* argv, int argc)
uint32 70 core/VectorClass.h uint32 get_length();
uint32 71 core/VectorClass.h void set_length(uint32 newLength);
uint32 84 core/VectorClass.h uint32 AS3_push(Atom *args, int argc);
uint32 86 core/VectorClass.h uint32 m_length;
uint32 88 core/VectorClass.h uint32 m_capacity;
uint32 91 core/VectorClass.h virtual void grow(uint32 newCapacity, bool exact=false) = 0;
uint32 92 core/VectorClass.h virtual VectorBaseObject* newVector(uint32 length = 0) = 0;
uint32 94 core/VectorClass.h bool getVectorIndex(Atom name, uint32& index, bool& isNumber) const;
uint32 116 core/VectorClass.h virtual Atom getUintProperty(uint32 index) const
uint32 121 core/VectorClass.h virtual void setUintProperty(uint32 index, Atom value)
uint32 126 core/VectorClass.h T _getNativeUintProperty(uint32 index) const
uint32 135 core/VectorClass.h if( m_length <= uint32(index) )
uint32 140 core/VectorClass.h void _setNativeUintProperty(uint32 index, T value)
uint32 154 core/VectorClass.h if (m_length <= uint32(index))
uint32 158 core/VectorClass.h else if(uint32(index) > m_length || m_fixed)
uint32 166 core/VectorClass.h Atom _getUintProperty(uint32 index) const
uint32 184 core/VectorClass.h void _setUintProperty(uint32 index, Atom value)
uint32 204 core/VectorClass.h void set_length(uint32 newLength)
uint32 213 core/VectorClass.h uint32 AS3_unshift(Atom* argv, int argc)
uint32 239 core/VectorClass.h for(uint32 i = 0, j = m_length-1; i < j; ++i, --j)
uint32 246 core/VectorClass.h void _spliceHelper(uint32 insertPoint, uint32 insertCount, uint32 deleteCount, Atom args, int offset)
uint32 285 core/VectorClass.h for (uint32 i=0; i<insertCount; i++)
uint32 302 core/VectorClass.h uint32 l = --m_length;
uint32 318 core/VectorClass.h uint32 len = ArrayClass::getLengthHelper(toplevel(), so_args);
uint32 319 core/VectorClass.h for( uint32 i = 0; i < len; ++i )
uint32 349 core/VectorClass.h void atomToValue(Atom atom, uint32& value)
uint32 378 core/VectorClass.h Atom valueToAtom(uint32 value) const
uint32 406 core/VectorClass.h virtual void grow(uint32 newCapacity, bool exact = false)
uint32 441 core/VectorClass.h virtual VectorBaseObject* newVector(uint32 length = 0);
uint32 445 core/VectorClass.h class UIntVectorObject : public TypedVectorObject<uint32> {
uint32 448 core/VectorClass.h : TypedVectorObject<uint32>(ivtable, delegate)
uint32 457 core/VectorClass.h virtual VectorBaseObject* newVector(uint32 length = 0);
uint32 473 core/VectorClass.h virtual VectorBaseObject* newVector(uint32 length = 0);
uint32 495 core/VectorClass.h virtual Atom getUintProperty(uint32 index) const;
uint32 496 core/VectorClass.h virtual void setUintProperty(uint32 index, Atom value);
uint32 498 core/VectorClass.h Atom _getUintProperty(uint32 index) const;
uint32 499 core/VectorClass.h void _setUintProperty(uint32 index, Atom value);
uint32 504 core/VectorClass.h void set_length(uint32 newLength);
uint32 511 core/VectorClass.h uint32 AS3_unshift(Atom* argv, int argc);
uint32 512 core/VectorClass.h void _spliceHelper(uint32 insertPoint, uint32 insertCount, uint32 deleteCount, Atom args, int offset);
uint32 517 core/VectorClass.h virtual void grow(uint32 newCapacity, bool exact=false);
uint32 518 core/VectorClass.h virtual VectorBaseObject* newVector(uint32 length = 0);
uint32 541 core/VectorClass.h IntVectorObject* newVector(uint32 length = 0);
uint32 560 core/VectorClass.h UIntVectorObject* newVector(uint32 length = 0);
uint32 579 core/VectorClass.h DoubleVectorObject* newVector(uint32 length = 0);
uint32 606 core/VectorClass.h ObjectVectorObject* newVector(ClassClosure* type, uint32 length = 0);
uint32 628 core/VectorClass.h ObjectVectorObject* newVector(uint32 length = 0);
uint32 1029 core/WordcodeEmitter.cpp uint32 WordcodeEmitter::epilogue(uintptr_t** code_result)
uint32 68 core/WordcodeEmitter.h virtual uint32 epilogue(uintptr_t** code_result = NULL);
uint32 70 core/WordcodeTranslator.h virtual uint32 epilogue(uintptr_t** code_result = NULL) = 0;
uint32 76 core/WordcodeTranslator.h virtual void emitOp1(WordOpcode opcode, uint32 operand) = 0;
uint32 78 core/WordcodeTranslator.h virtual void emitOp2(WordOpcode opcode, uint32 op1, uint32 op2) = 0;
uint32 216 core/XMLClass.cpp for (uint32 i = 0; i < node->_length(); i++)
uint32 254 core/XMLClass.cpp uint32 XMLClass::get_ignoreComments()
uint32 267 core/XMLClass.cpp uint32 XMLClass::get_ignoreProcessingInstructions()
uint32 280 core/XMLClass.cpp uint32 XMLClass::get_ignoreWhitespace()
uint32 293 core/XMLClass.cpp uint32 XMLClass::get_prettyPrinting()
uint32 110 core/XMLClass.h void set_ignoreComments(uint32 ignoreFlag);
uint32 111 core/XMLClass.h uint32 get_ignoreComments();
uint32 113 core/XMLClass.h void set_ignoreProcessingInstructions(uint32 ignoreFlag);
uint32 114 core/XMLClass.h uint32 get_ignoreProcessingInstructions();
uint32 116 core/XMLClass.h void set_ignoreWhitespace(uint32 ignoreFlag);
uint32 117 core/XMLClass.h uint32 get_ignoreWhitespace();
uint32 119 core/XMLClass.h void set_prettyPrinting(uint32 prettyPrinting);
uint32 120 core/XMLClass.h uint32 get_prettyPrinting();
uint32 101 core/XMLListClass.cpp for (uint32 i = 0; i < x->getNode()->_length(); i++)
uint32 94 core/XMLListObject.cpp uint32 index;
uint32 106 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 138 core/XMLListObject.cpp uint32 i;
uint32 173 core/XMLListObject.cpp for (uint32 z = 0; z < _length(); z++)
uint32 187 core/XMLListObject.cpp uint32 index;
uint32 194 core/XMLListObject.cpp for (uint32 i = 0; i < numChildren(); i++)
uint32 211 core/XMLListObject.cpp for (uint32 i = 0; i < numChildren(); i++)
uint32 338 core/XMLListObject.cpp uint32 j = 0;
uint32 425 core/XMLListObject.cpp for (uint32 i2 = 0; i2 < src->numChildren(); i2++)
uint32 432 core/XMLListObject.cpp uint32 q = 0;
uint32 438 core/XMLListObject.cpp for (uint32 j = 0; j < c->_length(); j++)
uint32 457 core/XMLListObject.cpp for (uint32 i2 = 0; i2 < src->numChildren(); i2++)
uint32 494 core/XMLListObject.cpp uint32 q = 0;
uint32 596 core/XMLListObject.cpp uint32 index;
uint32 603 core/XMLListObject.cpp for (uint32 i = 0; i < numChildren(); i++)
uint32 685 core/XMLListObject.cpp for (uint32 j = 0; j < v->_length(); j++)
uint32 711 core/XMLListObject.cpp for (uint32 i = 0; i < numChildren(); i++)
uint32 742 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 913 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 957 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 981 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1000 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1026 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1065 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1089 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1101 core/XMLListObject.cpp uint32 XMLListObject::AS3_length() const
uint32 1110 core/XMLListObject.cpp uint32 i = 0;
uint32 1151 core/XMLListObject.cpp for (uint32 i = 1; i < _length(); i++)
uint32 1169 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1200 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1228 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1530 core/XMLListObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 132 core/XMLListObject.h bool hasUintProperty(uint32 i) const;
uint32 136 core/XMLListObject.h Atom getUintProperty(uint32 i) const;
uint32 137 core/XMLListObject.h void setUintProperty(uint32 i, Atom value);
uint32 138 core/XMLListObject.h bool delUintProperty(uint32 i);
uint32 147 core/XMLListObject.h uint32 numChildren() const { return m_children.getLength(); };
uint32 150 core/XMLListObject.h inline uint32 _length() const { return (numChildren()); }; //[[Length]]
uint32 153 core/XMLListObject.h XMLObject* _getAt(uint32 i) const;
uint32 154 core/XMLListObject.h E4XNode* _getNodeAt(uint32 i) const;
uint32 176 core/XMLListObject.h uint32 AS3_length () const; // slow version for AS3 glue code
uint32 218 core/XMLListObject.h inline uint32 length () const { return AS3_length (); }
uint32 466 core/XMLObject.cpp uint32 index;
uint32 489 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numAttributes(); i++)
uint32 521 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numChildren(); i++)
uint32 556 core/XMLObject.cpp uint32 index;
uint32 624 core/XMLObject.cpp for (uint32 i = 1; i < xl->_length(); i++)
uint32 640 core/XMLObject.cpp for (uint32 j = 0; j < this->m_node->numAttributes(); j++)
uint32 807 core/XMLObject.cpp if (m_node->_length() > (uint32)i)
uint32 828 core/XMLObject.cpp uint32 index;
uint32 839 core/XMLObject.cpp uint32 j = 0;
uint32 868 core/XMLObject.cpp uint32 q = 0;
uint32 920 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numAttributes(); i++)
uint32 935 core/XMLObject.cpp for (uint32 k = 0; k < _length(); k++)
uint32 1023 core/XMLObject.cpp uint32 index;
uint32 1032 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numAttributes(); i++)
uint32 1046 core/XMLObject.cpp for (uint32 k = 0; k < m_node->_length(); k++)
uint32 1108 core/XMLObject.cpp uint32 i;
uint32 1139 core/XMLObject.cpp for (uint32 i = 0; i < namespaces->getLength(); i++)
uint32 1229 core/XMLObject.cpp uint32 origLength = AncestorNamespaces->getLength();
uint32 1233 core/XMLObject.cpp for (uint32 i = 0; i < inScopeNS->getLength(); i++)
uint32 1236 core/XMLObject.cpp uint32 j;
uint32 1273 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numAttributes(); i++)
uint32 1308 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numAttributes(); i++)
uint32 1347 core/XMLObject.cpp for (uint32 i = origLength; i < AncestorNamespaces->getLength(); i++)
uint32 1412 core/XMLObject.cpp uint32 anLen = AncestorNamespaces->getLength();
uint32 1413 core/XMLObject.cpp for (uint32 i = 0; i < anLen; i++)
uint32 1418 core/XMLObject.cpp uint32 j;
uint32 1439 core/XMLObject.cpp uint32 namespaceLength = newNamespaceArray->getLength();
uint32 1442 core/XMLObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1597 core/XMLObject.cpp uint32 index;
uint32 1628 core/XMLObject.cpp for (uint32 i = 0; i < m_node->_length(); i++)
uint32 1680 core/XMLObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1739 core/XMLObject.cpp uint32 i;
uint32 1798 core/XMLObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1858 core/XMLObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 1934 core/XMLObject.cpp for (uint32 i = 0; i < inScopeNS->getLength(); i++)
uint32 1961 core/XMLObject.cpp uint32 arrayIndex = 0;
uint32 1964 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numNamespaces(); i++)
uint32 1973 core/XMLObject.cpp for (uint32 j = 0; j < ancestorNS->getLength(); j++)
uint32 1992 core/XMLObject.cpp for (uint32 j = 0; j < ancestorNS->getLength(); j++)
uint32 2022 core/XMLObject.cpp uint32 i = 0;
uint32 2103 core/XMLObject.cpp for (uint32 i = 0; i < m_node->_length(); i++)
uint32 2179 core/XMLObject.cpp for (uint32 j = 0; j < m_node->numAttributes(); j++)
uint32 2198 core/XMLObject.cpp for (uint32 k = 0; k < _length(); k++)
uint32 2242 core/XMLObject.cpp uint32 index;
uint32 2428 core/XMLObject.cpp for (uint32 i = 0; i < m_node->_length(); i++)
uint32 2454 core/XMLObject.cpp for (uint32 i = 0; i < _length(); i++)
uint32 2518 core/XMLObject.cpp uint32 XMLObject::_length() const
uint32 2697 core/XMLObject.cpp uint32 index;
uint32 2713 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numAttributes(); i++)
uint32 2733 core/XMLObject.cpp for (uint32 i = 0; i < m_node->numChildren(); i++)
uint32 2925 core/XMLObject.cpp for (uint32 i = 0; i < nsArray->getLength(); i++)
uint32 152 core/XMLObject.h bool hasUintProperty(uint32 i) const;
uint32 156 core/XMLObject.h Atom getUintProperty(uint32 i) const;
uint32 157 core/XMLObject.h void setUintProperty(uint32 i, Atom value);
uint32 158 core/XMLObject.h bool delUintProperty(uint32 i);
uint32 267 core/XMLObject.h uint32 _length() const;
uint32 88 core/XMLParser16.h bool nextAttribute(uint32& index,
uint32 268 core/avmplusDebugger.cpp core->console << (uint32)(delta) << " AVMINF: MTHD ";
uint32 309 core/avmplusDebugger.cpp core->console << (uint32)(delta) << " AVMINF: LINE ";
uint32 622 core/avmplusDebugger.cpp uint32 index = AvmCore::integer_u(atom);
uint32 632 core/avmplusDebugger.cpp uint32 index = source.add(s);
uint32 141 core/avmplusHashtable.h return (uint32)index;
uint32 172 core/avmplusHashtable.h static inline int FindOneBit(uint32 value)
uint32 178 core/avmplusHashtable.h register uint32 in = value;
uint32 186 core/avmplusHashtable.h static int FindOneBit(uint32 value)
uint32 129 core/avmplusList.h uint32 len;
uint32 130 core/avmplusList.h uint32 max;
uint32 133 core/avmplusList.h void wb(uint32 index, T value)
uint32 146 core/avmplusList.h uint32 len;
uint32 147 core/avmplusList.h uint32 max;
uint32 150 core/avmplusList.h void wb(uint32 index, T value)
uint32 163 core/avmplusList.h uint32 len;
uint32 164 core/avmplusList.h uint32 max;
uint32 167 core/avmplusList.h void wb(uint32 index, T value)
uint32 191 core/avmplusList.h List(MMgc::GC* _gc, uint32 _capacity = kInitialCapacity)
uint32 195 core/avmplusList.h void init(MMgc::GC* _gc, uint32 _capacity)
uint32 222 core/avmplusList.h uint32 add(T value)
uint32 235 core/avmplusList.h uint32 size() const
uint32 239 core/avmplusList.h uint32 capacity() const
uint32 243 core/avmplusList.h T get(uint32 index) const
uint32 253 core/avmplusList.h void set(uint32 index, T value)
uint32 261 core/avmplusList.h if ((uint32)index >= len)
uint32 310 core/avmplusList.h for(uint32 i=0; i<len; i++)
uint32 323 core/avmplusList.h T removeAt(uint32 i)
uint32 342 core/avmplusList.h T operator[](uint32 index) const
uint32 348 core/avmplusList.h void ensureCapacity(uint32 cap)
uint32 177 extensions/SamplerScript.cpp uint32 count;
uint32 261 extensions/SamplerScript.cpp uint32 num;
uint32 370 extensions/SamplerScript.cpp for(uint32 i=0; i < sample.stack.depth; i++, e++)
uint32 591 extensions/SamplerScript.cpp double SamplerScript::_getInvocationCount(ScriptObject* self, Atom a, QNameObject* qname, uint32 type)
uint32 77 extensions/SamplerScript.h static double _getInvocationCount(ScriptObject* self, Atom a, QNameObject* qname, uint32 type);
uint32 49 platform/unix/OSDepUnix.cpp uint32 interval; // in microseconds
uint32 58 platform/unix/OSDepUnix.cpp uint32 interval = data->interval;
uint32 188 platform/win32/Vtune.cpp uint32 methodSize = endAt - startAt;
uint32 77 platform/win32/coff.cpp header.f_timdat = (uint32)(time(0));