uintptr 1925 MMgc/GC.cpp if((uintptr(fitem) & 7) != 0) {
uintptr 1929 MMgc/GC.cpp if((uintptr(fitem) & ~0xfff) != uintptr(_b))
uintptr 2649 MMgc/GC.cpp uintptr *p = (uintptr*) ptr;
uintptr 2657 MMgc/GC.cpp uintptr *end = p + (size / sizeof(void*));
uintptr 2658 MMgc/GC.cpp uintptr thisPage = (uintptr)p & ~0xfff;
uintptr 313 core/AvmCore-inlines.h return ((uintptr)atom) <= (uintptr)kSpecialType;
uintptr 611 core/AvmCore-inlines.h return kDoubleType | (uintptr)v;
uintptr 198 core/AvmCore.cpp MMGC_STATIC_ASSERT(sizeof(uintptr) == sizeof(void *));
uintptr 201 core/AvmCore.cpp MMGC_STATIC_ASSERT(sizeof(uintptr) == 8);
uintptr 204 core/AvmCore.cpp MMGC_STATIC_ASSERT(sizeof(uintptr) == 4);
uintptr 3140 core/AvmCore.cpp int hashCode = (int)(((uintptr)ns->getURI())>>3); // FIXME possibly hash api mask too
uintptr 3159 core/AvmCore.cpp int hashCode = (int)(((uintptr)uri)>>3); // FIXME possibly hash api mask too
uintptr 136 core/CodegenLIR.cpp #define FUNCADDR(addr) (uintptr)addr
uintptr 211 core/CodegenLIR.cpp # define SETJMP ((uintptr)_setjmp3)
uintptr 215 core/CodegenLIR.cpp # define SETJMP ((uintptr)::setjmp)
uintptr 1824 core/CodegenLIR.cpp if(do_emit) emit(state, opcode, (uintptr)str);
uintptr 1831 core/CodegenLIR.cpp emit(state, opcode, (uintptr)str);
uintptr 1859 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name, 0, NULL);
uintptr 1870 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name, 0, BOOLEAN_TYPE);
uintptr 1878 core/CodegenLIR.cpp emit(state, OP_astype, (uintptr)t, sp, t && t->isMachineType() ? OBJECT_TYPE : t);
uintptr 2308 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name, 0, OBJECT_TYPE);
uintptr 2315 core/CodegenLIR.cpp emit(state, OP_findpropstrict, (uintptr)name, 0, OBJECT_TYPE);
uintptr 2322 core/CodegenLIR.cpp emit(state, OP_findproperty, (uintptr)name, 0, OBJECT_TYPE);
uintptr 2330 core/CodegenLIR.cpp emit(state, opcode, (uintptr)(void*)ctraits, state->sp(), type);
uintptr 2496 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name);
uintptr 2531 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name, 0, propType);
uintptr 2561 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name, argc, NULL);
uintptr 2588 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name, argc, NULL);
uintptr 2654 core/CodegenLIR.cpp emit(state, opcode, (uintptr)name);
uintptr 2670 core/CodegenLIR.cpp const byte* new_pc = (const byte *) (uintptr(opd1) | (((uintptr) opd2) << 32));
uintptr 79 core/CodegenLIR.h uintptr startAddr;
uintptr 80 core/CodegenLIR.h uintptr endAddr;
uintptr 472 core/CodegenLIR.h void emit(FrameState* state, AbcOpcode opcode, uintptr op1=0, uintptr op2=0, Traits* result=NULL);
uintptr 500 core/CodegenLIR.h void writeInterfaceCall(FrameState* state, const byte *pc, AbcOpcode opcode, uintptr opd1, uint32_t opd2, Traits* type = NULL);
uintptr 81 core/E4XNode.cpp m_children = uintptr(childNode) | SINGLECHILDBIT;
uintptr 90 core/E4XNode.cpp AtomArray *aa = ((AtomArray *)(uintptr)m_children);
uintptr 103 core/E4XNode.cpp AtomArray *aa = ((AtomArray *)(uintptr)m_children);
uintptr 125 core/E4XNode.cpp m_children = uintptr(aa);
uintptr 129 core/E4XNode.cpp m_children = uintptr(new (gc()) AtomArray (1));
uintptr 137 core/E4XNode.cpp AtomArray *aa = ((AtomArray *)(uintptr)m_children);
uintptr 145 core/E4XNode.cpp AtomArray *aa = ((AtomArray *)(uintptr)m_children);
uintptr 153 core/E4XNode.cpp m_children = uintptr(x) | SINGLECHILDBIT;
uintptr 158 core/E4XNode.cpp AtomArray *aa = ((AtomArray *)(uintptr)m_children);
uintptr 174 core/E4XNode.cpp AtomArray *aa = (AtomArray *)(uintptr)this->m_children;
uintptr 185 core/E4XNode.cpp uintptr nameOrAux = m_nameOrAux;
uintptr 221 core/E4XNode.cpp uintptr nameOrAux = m_nameOrAux;
uintptr 240 core/E4XNode.cpp WBRC(core->GetGC(), this, &m_nameOrAux, uintptr(name));
uintptr 246 core/E4XNode.cpp WB(core->GetGC(), this, &m_nameOrAux, AUXBIT | uintptr(aux));
uintptr 639 core/E4XNode.cpp y->m_children = uintptr(new (core->GetGC()) AtomArray (numChildren()));
uintptr 808 core/E4XNode.cpp m_children = uintptr(new (core->GetGC()) AtomArray (n));
uintptr 864 core/E4XNode.cpp m_children = uintptr(new (core->GetGC()) AtomArray (1));
uintptr 866 core/E4XNode.cpp AtomArray *aa = ((AtomArray *)(uintptr)m_children);
uintptr 931 core/E4XNode.cpp uintptr nameOrAux = m_nameOrAux;
uintptr 944 core/E4XNode.cpp WB(core->GetGC(), this, &m_nameOrAux, AUXBIT | uintptr(aux));
uintptr 950 core/E4XNode.cpp uintptr nameOrAux = m_nameOrAux;
uintptr 150 core/E4XNode.h uintptr m_nameOrAux;
uintptr 317 core/E4XNode.h DWB(uintptr) m_children;
uintptr 800 core/MathUtils.cpp uintptr uVal;
uintptr 805 core/MathUtils.cpp uVal = (uintptr)value;
uintptr 812 core/MathUtils.cpp uVal = (uintptr)value;
uintptr 819 core/MathUtils.cpp uintptr j = uVal;
uintptr 43 core/MultinameHashtable-inlines.h REALLY_INLINE bool MultinameHashtable::matchNS(uintptr uri, API apis, Namespacep ns)
uintptr 146 core/MultinameHashtable.cpp unsigned i = ((0x7FFFFFF8 & (uintptr)name) >> 3) & bitmask;
uintptr 185 core/MultinameHashtable.cpp unsigned i = ((0x7FFFFFF8 & (uintptr)mnameName)>>3) & bitMask;
uintptr 196 core/MultinameHashtable.cpp uintptr probeURI = probeNS ? probeNS->m_uri : 0;
uintptr 226 core/MultinameHashtable.cpp uintptr probeURI = t[k].ns->m_uri;
uintptr 266 core/MultinameHashtable.cpp unsigned i = ((0x7FFFFFF8 & (uintptr)name) >> 3) & bitmask;
uintptr 89 core/MultinameHashtable.h static bool matchNS(uintptr uri, API apis, Namespacep ns);
uintptr 68 core/Namespace.cpp WBRC(GC::GetGC(this), this, &m_uri, (sint32)flags | (uintptr) uri);
uintptr 87 core/Namespace.cpp Stringp uri = (Stringp)(((uintptr)m_uri)&~7);
uintptr 60 core/Namespace.h uintptr m_uri; // Uses 3 bits for flags, but otherwise is really a Stringp
uintptr 53 core/OSDep.h static uintptr startIntWriteTimer(uint32 millis, int *addr);
uintptr 54 core/OSDep.h static void stopTimer(uintptr handle);
uintptr 362 core/PoolObject.cpp value = kDoubleType|(uintptr)cpool_double[index];
uintptr 51 core/PrintWriter.h hexAddr(uintptr _value) { this->value = _value; }
uintptr 57 core/PrintWriter.h uintptr getValue() const { return value; }
uintptr 60 core/PrintWriter.h uintptr value;
uintptr 145 core/PrintWriter.h void writeHexAddr(uintptr value);
uintptr 371 core/Sampler.cpp AvmAssertMsg((uintptr)currentSample % 4 == 0, "Alignment should have occurred at end of raw sample.\n");
uintptr 423 core/Sampler.cpp AvmAssertMsg((uintptr)currentSample % 4 == 0, "Alignment should have occurred at end of raw sample.\n");
uintptr 449 core/Sampler.cpp AvmAssertMsg((uintptr)currentSample % 4 == 0, "Alignment should have occurred at end of raw sample.\n");
uintptr 60 core/ScriptObject.h return kObjectType|(uintptr)this;
uintptr 1635 core/Traits.cpp core->formatAtomPtr((uintptr)this));
uintptr 1840 core/Verifier.cpp const byte* new_pc = (const byte *) (uintptr(imm30) | (((uintptr) imm30b) << 32));
uintptr 520 core/WordcodeEmitter.cpp const byte* new_pc = (const byte *) (uintptr(opd1) | (((uintptr) opd2) << 32));
uintptr 95 core/WordcodeEmitter.h void writeInterfaceCall(FrameState* state, const byte *pc, AbcOpcode opcode, uintptr opd1, uint32_t opd2, Traits* type = NULL);
uintptr 170 core/atom.h #define ISNULL(a) (((uintptr)a) < (uintptr)kSpecialType)
uintptr 284 core/avmplusDebugger.cpp core->console.writeHexAddr( (uintptr)fnc->implGPR());
uintptr 394 core/avmplusDebugger.cpp uintptr index = abcList.size();
uintptr 718 core/avmplusDebugger.cpp uintptr index = (uintptr)debugger->pool2abcIndex.get(Atom(trace->info()->pool()));
uintptr 68 platform/unix/OSDepUnix.cpp uintptr OSDep::startIntWriteTimer(uint32 millis, int *addr)
uintptr 76 platform/unix/OSDepUnix.cpp return (uintptr)data;
uintptr 57 platform/win32/OSDepWin.cpp uintptr OSDep::startIntWriteTimer(uint32 millis, int *addr)
uintptr 59 platform/win32/OSDepWin.cpp return (uintptr) timeSetEvent(millis, millis, (LPTIMECALLBACK)intWriteTimerProc, (DWORD_PTR)addr,
uintptr 186 platform/win32/Vtune.cpp uintptr startAt = inf->startAddr;
uintptr 187 platform/win32/Vtune.cpp uintptr endAt = inf->endAddr;