type 58 MMgc/AllocationMacros.h #define mmfx_new_array(type, n) ::MMgcConstructTaggedArray((type*)NULL, n, MMgc::kNone)
type 61 MMgc/AllocationMacros.h #define mmfx_new_array_opt(type, n, opts) ::MMgcConstructTaggedArray((type*)NULL, n, opts)
type 75 MMgc/AllocationMacros.h #define mmfx_new_array(type, n) new type[n]
type 78 MMgc/AllocationMacros.h #define mmfx_new_array_opt(type, n, opts) new (opts) type[n]
type 92 MMgc/AllocationMacros.h #define system_new_array(type, n) new type[n]
type 61 MMgc/WriteBarrier.h #define DWB(type) MMgc::WriteBarrier< type >
type 65 MMgc/WriteBarrier.h #define DRCWB(type) MMgc::WriteBarrierRC< type >
type 684 axscript/ByteArrayGlue.cpp type = core->internString(type);
type 685 axscript/ByteArrayGlue.cpp if (type == core->constantString("bigEndian"))
type 689 axscript/ByteArrayGlue.cpp else if (type == core->constantString("littleEndian"))
type 145 axscript/ByteArrayGlue.h void set_endian(Stringp type);
type 1319 core/AbcParser.cpp Namespace::NamespaceType type = Namespace::NS_Public;
type 1323 core/AbcParser.cpp type = Namespace::NS_PackageInternal;
type 1326 core/AbcParser.cpp type = Namespace::NS_Protected;
type 1329 core/AbcParser.cpp type = Namespace::NS_Explicit;
type 1332 core/AbcParser.cpp type = Namespace::NS_StaticProtected;
type 1357 core/AbcParser.cpp Namespacep ns = core->internNamespace(core->newNamespace(uri, type, api));
type 1364 core/AbcParser.cpp cpool_ns.set(i, core->internNamespace(core->newNamespace(uri, type)));
type 1356 core/AvmCore.cpp if (type == NULL)
type 1365 core/AvmCore.cpp throwAtom(type->construct(2, args));
type 3503 core/AvmCore.cpp Namespacep ns = new (GetGC()) Namespace(p, u, type);
type 3505 core/AvmCore.cpp if (ApiUtils::isVersionedNS(this, type, u))
type 3533 core/AvmCore.cpp Namespacep ns = new (GetGC()) Namespace(p, u, type);
type 3535 core/AvmCore.cpp if (ApiUtils::isVersionedNS(this, type, u))
type 3543 core/AvmCore.cpp Namespacep ns = new (GetGC()) Namespace(prefix, uri, type);
type 3544 core/AvmCore.cpp if (ApiUtils::isVersionedNS(this, type, uri))
type 4559 core/AvmCore.cpp return type == Namespace::NS_Public && core->isVersionedURI(uri);
type 1079 core/AvmCore.h void throwErrorV(ClassClosure *type, int errorID, Stringp arg1=0, Stringp arg2=0, Stringp arg3=0);
type 1394 core/AvmCore.h Namespacep newNamespace(Atom prefix, Atom uri, Namespace::NamespaceType type = Namespace::NS_Public);
type 1395 core/AvmCore.h Namespacep newNamespace(Atom uri, Namespace::NamespaceType type = Namespace::NS_Public);
type 1396 core/AvmCore.h Namespacep newNamespace(Stringp uri, Namespace::NamespaceType type = Namespace::NS_Public, int32_t api = 0);
type 1554 core/AvmCore.h static bool isVersionedNS(AvmCore* core, Namespace::NamespaceType type, Stringp uri);
type 422 core/CdeclThunk.cpp unsigned type = (unsigned)(m_argDesc >> (sizeof(m_argDesc) * 8 - 4));
type 424 core/CdeclThunk.cpp return type;
type 481 core/CdeclThunk.cpp unsigned type = m_bitBuf >> 4;
type 485 core/CdeclThunk.cpp return type;
type 470 core/CodegenLIR.cpp (void)type;
type 474 core/CodegenLIR.cpp lirout->insStorei(InsConstPtr(type), varTraits, i*sizeof(Traits*));
type 1607 core/CodegenLIR.cpp Traits* type = ms->paramTraits(i);
type 1608 core/CodegenLIR.cpp switch (bt(type)) {
type 1610 core/CodegenLIR.cpp localSet(i, loadIns(LIR_ldqc, offset, apArg),type);
type 1617 core/CodegenLIR.cpp localSet(i, p2i(loadIns(LIR_ldcp, offset, apArg)),type);
type 1621 core/CodegenLIR.cpp localSet(i, loadIns(LIR_ldcp, offset, apArg),type);
type 1894 core/CodegenLIR.cpp AvmAssert (type!=NULL);
type 1895 core/CodegenLIR.cpp state->verifier->emitCoerce(type, state->sp());
type 1900 core/CodegenLIR.cpp AvmAssert (type==NULL ? true : type==BOOLEAN_TYPE);
type 1905 core/CodegenLIR.cpp AvmAssert (type==NULL ? true : type==OBJECT_TYPE);
type 1910 core/CodegenLIR.cpp AvmAssert (type==NULL ? true : false);
type 1916 core/CodegenLIR.cpp AvmAssert (type==NULL ? true : type==INT_TYPE);
type 1922 core/CodegenLIR.cpp AvmAssert (type==NULL ? true : type==UINT_TYPE);
type 1928 core/CodegenLIR.cpp AvmAssert (type==NULL ? true : type==NUMBER_TYPE);
type 1933 core/CodegenLIR.cpp AvmAssert (type==NULL ? true : type==STRING_TYPE);
type 2161 core/CodegenLIR.cpp AvmAssert(type == STRING_TYPE);
type 2165 core/CodegenLIR.cpp localSet(sp-1, out, type);
type 2168 core/CodegenLIR.cpp AvmAssert(type == NUMBER_TYPE);
type 2171 core/CodegenLIR.cpp localSet(sp-1, binaryIns(LIR_fadd, num1, num2), type);
type 2174 core/CodegenLIR.cpp AvmAssert(type == OBJECT_TYPE);
type 2178 core/CodegenLIR.cpp localSet(sp-1, atomToNativeRep(type, out), type);
type 2269 core/CodegenLIR.cpp emitGetslot(state, opd1, state->sp(), type);
type 2273 core/CodegenLIR.cpp emitGetslot(state, opd1, state->sp(), type);
type 2297 core/CodegenLIR.cpp AvmAssert(pool->getMethodInfo(opd1)->declaringTraits() == type);
type 2298 core/CodegenLIR.cpp emit(state, opcode, opd1, state->sp()+1, type);
type 2329 core/CodegenLIR.cpp AvmAssert(ctraits == type);
type 2330 core/CodegenLIR.cpp emit(state, opcode, (uintptr)(void*)ctraits, state->sp(), type);
type 2347 core/CodegenLIR.cpp localSet(dest_index, ptrToNativeRep(type, out), type);
type 2438 core/CodegenLIR.cpp emitCall(state, OP_callinterface, opd1, opd2, type);
type 2460 core/CodegenLIR.cpp Traits* base = type;
type 2504 core/CodegenLIR.cpp Traits* base = type;
type 2540 core/CodegenLIR.cpp Traits* base = type;
type 2581 core/CodegenLIR.cpp emitGetslot(state, slot_id, ctor_index, type);
type 2583 core/CodegenLIR.cpp obj.traits = type;
type 2584 core/CodegenLIR.cpp emitConstruct(state, argc, ctor_index, type);
type 2611 core/CodegenLIR.cpp emitCall(state, OP_callmethod, disp_id, 0, type);
type 2616 core/CodegenLIR.cpp emitCall(state, OP_callinterface, f->iid(), 0, type);
type 2618 core/CodegenLIR.cpp AvmAssert(type == f->getMethodSignature()->returnTraits());
type 2621 core/CodegenLIR.cpp emit(state, OP_getproperty, opd1, 0, type);
type 2645 core/CodegenLIR.cpp emitCall(state, OP_callmethod, disp_id, 1, type);
type 2650 core/CodegenLIR.cpp emitCall(state, OP_callinterface, f->iid(), 1, type);
type 2682 core/CodegenLIR.cpp emitCall(state, opcode, opd1, opd2, type);
type 2695 core/CodegenLIR.cpp emitCall(state, OP_callstatic, opd1, opd2, type);
type 2713 core/CodegenLIR.cpp localSet(index, lirout->insImmPtr(c), type);
type 4401 core/CodegenLIR.cpp Traits *type = (Traits*) op1;
type 4404 core/CodegenLIR.cpp LIns* i1 = callIns(FUNCTIONID(astype), 2, obj, InsConstPtr(type));
type 4413 core/CodegenLIR.cpp LIns* type = loadAtomRep(sp);
type 4415 core/CodegenLIR.cpp LIns* i3 = callIns(FUNCTIONID(astype_late), 3, env_param, obj, type);
type 480 core/CodegenLIR.h void emitPtrConst(FrameState* state, int index, void* c, Traits* type);
type 485 core/CodegenLIR.h void localSet(int i, LIns* o, Traits* type);
type 497 core/CodegenLIR.h void write(FrameState* state, const byte* pc, AbcOpcode opcode, Traits *type = NULL);
type 498 core/CodegenLIR.h void writeOp1(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, Traits* type = NULL);
type 499 core/CodegenLIR.h void writeOp2(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, uint32_t opd2, Traits* type = NULL);
type 500 core/CodegenLIR.h void writeInterfaceCall(FrameState* state, const byte *pc, AbcOpcode opcode, uintptr opd1, uint32_t opd2, Traits* type = NULL);
type 503 core/CodegenLIR.h void writeCoerce(FrameState* state, uint32_t index, Traits *type);
type 58 core/Coder.cpp coder1->write(state, pc, opcode, type);
type 59 core/Coder.cpp coder2->write(state, pc, opcode, type);
type 64 core/Coder.cpp coder1->writeOp1(state, pc, opcode, opd1, type);
type 65 core/Coder.cpp coder2->writeOp1(state, pc, opcode, opd1, type);
type 70 core/Coder.cpp coder1->writeOp2(state, pc, opcode, opd1, opd2, type);
type 71 core/Coder.cpp coder2->writeOp2(state, pc, opcode, opd1, opd2, type);
type 76 core/Coder.cpp coder1->writeInterfaceCall(state, pc, opcode, opd1, opd2, type);
type 77 core/Coder.cpp coder2->writeInterfaceCall(state, pc, opcode, opd1, opd2, type);
type 94 core/Coder.cpp coder1->writeCoerce(state, index, type);
type 95 core/Coder.cpp coder2->writeCoerce(state, index, type);
type 148 core/Coder.cpp coder->write(state, pc, opcode, type);
type 153 core/Coder.cpp coder->writeOp1(state, pc, opcode, opd, type);
type 158 core/Coder.cpp coder->writeOp2(state, pc, opcode, opd1, opd2, type);
type 163 core/Coder.cpp coder->writeInterfaceCall(state, pc, opcode, opd1, opd2, type);
type 178 core/Coder.cpp coder->writeCoerce(state, index, type);
type 51 core/Coder.h virtual void write(FrameState* state, const byte *pc, AbcOpcode opcode, Traits *type);
type 52 core/Coder.h virtual void writeOp1(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, Traits *type);
type 53 core/Coder.h virtual void writeOp2(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, uint32_t opd2, Traits* type);
type 54 core/Coder.h virtual void writeInterfaceCall(FrameState* state, const byte *pc, AbcOpcode opcode, uintptr_t opd1, uint32_t opd2, Traits* type);
type 57 core/Coder.h virtual void writeCoerce(FrameState* state, uint32_t index, Traits* type);
type 80 core/Coder.h void write(FrameState* state, const byte* pc, AbcOpcode opcode, Traits *type);
type 81 core/Coder.h void writeOp1(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, Traits* type);
type 82 core/Coder.h void writeOp2(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, uint32_t opd2, Traits* type);
type 83 core/Coder.h void writeInterfaceCall(FrameState* state, const byte *pc, AbcOpcode opcode, uintptr_t opd1, uint32_t opd2, Traits* type);
type 86 core/Coder.h void writeCoerce(FrameState* state, uint32_t index, Traits *type);
type 103 core/Coder.h void write(FrameState* state, const byte* pc, AbcOpcode opcode, Traits *type);
type 104 core/Coder.h void writeOp1(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, Traits *type);
type 105 core/Coder.h void writeOp2(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, uint32_t opd2, Traits* type);
type 106 core/Coder.h void writeInterfaceCall(FrameState* state, const byte *pc, AbcOpcode opcode, uintptr_t opd1, uint32_t opd2, Traits* type);
type 109 core/Coder.h void writeCoerce(FrameState* state, uint32_t index, Traits *type);
type 56 core/DateObject.h DateObject(DateClass *type, ScriptObject *objectPrototype)
type 57 core/DateObject.h : ScriptObject(type->ivtable(), objectPrototype)
type 68 core/DateObject.h DateObject(DateClass *type, const Date& date)
type 69 core/DateObject.h : ScriptObject(type->ivtable(), type->prototype)
type 102 core/FrameState-inlines.h REALLY_INLINE void FrameState::pop_push(int32_t n, Traits* type, bool notNull)
type 105 core/FrameState-inlines.h setType(verifier->stackBase+_sp, type, notNull);
type 102 core/FrameState.h void pop_push(int32_t n, Traits* type, bool notNull=false);
type 2175 core/Interpreter.cpp if (uint32_t(addr) > (envDomain->globalMemorySize() - sizeof(type))) { avmplus::mop_rangeCheckFailed(env); }
type 2179 core/Interpreter.cpp MOPS_RANGE_CHECK(addr, type) \
type 2180 core/Interpreter.cpp union { const uint8_t* p8; const type* p; }; \
type 2185 core/Interpreter.cpp MOPS_RANGE_CHECK(addr, type) \
type 2186 core/Interpreter.cpp union { uint8_t* p8; type* p; }; \
type 2188 core/Interpreter.cpp *p = (type)(value);
type 2191 core/Interpreter.cpp MOPS_RANGE_CHECK(addr, type) \
type 2192 core/Interpreter.cpp result = (type)avmplus::mop_##call(envDomain->globalMemoryBase() + (addr));
type 2195 core/Interpreter.cpp MOPS_RANGE_CHECK(addr, type) \
type 142 core/MethodEnv-inlines.h REALLY_INLINE void MethodEnv::setActivationOrMCTable(void *ptr, int32_t type)
type 145 core/MethodEnv-inlines.h WB(core()->GetGC(), this, &activationOrMCTable, (uintptr_t)ptr | type | (activationOrMCTable & kIsScriptEnv));
type 1918 core/MethodEnv.cpp const int type = getType();
type 1924 core/MethodEnv.cpp else if (type == kMethodTable)
type 1930 core/MethodEnv.cpp else if (type == kActivationMethodTablePair)
type 1957 core/MethodEnv.cpp int type = getType();
type 1964 core/MethodEnv.cpp else if(type == kActivation)
type 1971 core/MethodEnv.cpp else if(type == kActivationMethodTablePair)
type 293 core/MethodEnv.h void setActivationOrMCTable(void *ptr, int32_t type);
type 362 core/MethodInfo.cpp intptr_t name[(sizeof(type)+sizeof(intptr_t)-1)/sizeof(intptr_t)]
type 284 core/MethodInfo.h bool makeMethodOf(Traits* type);
type 72 core/Namespace.h Namespace(Atom prefix, Stringp uri, NamespaceType type);
type 53 core/RegExpObject.h RegExpObject(RegExpClass *type,
type 74 core/Traits-inlines.h return getSlots()[i].type;
type 141 core/Traits-inlines.h getSlots()[i].type = t;
type 113 core/Traits.h Traitsp type;
type 457 core/VectorClass.cpp Atom type = argv[0];
type 460 core/VectorClass.cpp if (ISNULL(type))
type 463 core/VectorClass.cpp if (atomKind(type) != kObjectType)
type 466 core/VectorClass.cpp ScriptObject* so = AvmCore::atomToScriptObject(type);
type 477 core/VectorClass.cpp if (!instantiated_types->contains(type))
type 484 core/VectorClass.cpp new_type->index_type = (ClassClosure*)AvmCore::atomToScriptObject(type);
type 489 core/VectorClass.cpp instantiated_types->add(type, new_type->atom());
type 491 core/VectorClass.cpp return (Atom)instantiated_types->get(type);
type 517 core/VectorClass.cpp ObjectVectorObject* VectorClass::newVector(ClassClosure* type, uint32 length)
type 519 core/VectorClass.cpp Atom args[1] = {type->atom()};
type 606 core/VectorClass.h ObjectVectorObject* newVector(ClassClosure* type, uint32 length = 0);
type 57 core/Verifier.cpp core->enqTraits(type);
type 58 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 64 core/Verifier.cpp AvmAssert(f->declaringTraits() == type);
type 66 core/Verifier.cpp core->enqTraits(type);
type 69 core/Verifier.cpp core->enqTraits(type);
type 70 core/Verifier.cpp core->enqTraits(type->itraits);
type 72 core/Verifier.cpp coder->writeOp1(state, pc, opcode, opd1, type);
type 986 core/Verifier.cpp Traits *type = checkTypeName(imm30);
type 987 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 988 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 996 core/Verifier.cpp Traits *type = BOOLEAN_TYPE;
type 997 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 998 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 1005 core/Verifier.cpp Traits *type = OBJECT_TYPE;
type 1006 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 1007 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 1014 core/Verifier.cpp Traits *type = NULL;
type 1015 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 1016 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 1024 core/Verifier.cpp Traits *type = INT_TYPE;
type 1025 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 1026 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 1034 core/Verifier.cpp Traits *type = UINT_TYPE;
type 1035 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 1036 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 1044 core/Verifier.cpp Traits *type = NUMBER_TYPE;
type 1045 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 1046 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 1053 core/Verifier.cpp Traits *type = STRING_TYPE;
type 1054 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 1055 core/Verifier.cpp state->setType(sp, type, v.notNull);
type 3043 core/Verifier.cpp coder->write(state, pc, opcode, type);
type 3118 core/Verifier.cpp coder->writeOp1(state, pc, opcode, opd1, type);
type 3131 core/Verifier.cpp coder->writeOp2 (state, pc, opcode, opd1, opd2, type);
type 204 core/Verifier.h void writeOp1(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, Traits *type);
type 205 core/Verifier.h void writeOp2(FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, uint32_t opd2, Traits* type);
type 390 core/WordcodeEmitter.cpp (void)type;
type 480 core/WordcodeEmitter.cpp (void)type;
type 496 core/WordcodeEmitter.cpp (void)type;
type 554 core/WordcodeEmitter.cpp (void)type;
type 766 core/WordcodeEmitter.cpp (void) type;
type 92 core/WordcodeEmitter.h void write(FrameState* state, const byte *pc, AbcOpcode opcode, Traits *type = NULL);
type 93 core/WordcodeEmitter.h void writeOp1 (FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, Traits *type = NULL);
type 94 core/WordcodeEmitter.h void writeOp2 (FrameState* state, const byte *pc, AbcOpcode opcode, uint32_t opd1, uint32_t opd2, Traits* type = NULL);
type 95 core/WordcodeEmitter.h void writeInterfaceCall(FrameState* state, const byte *pc, AbcOpcode opcode, uintptr opd1, uint32_t opd2, Traits* type = NULL);
type 98 core/WordcodeEmitter.h void writeCoerce(FrameState* state, uint32_t index, Traits *type);
type 255 core/XMLListObject.h XMLListObject(XMLListClass *type, Atom targetObject = nullObjectAtom, const Multiname* targetProperty = 0);
type 2602 core/XMLObject.cpp issueNotifications(core, top, initialTarget, target->atom(), type, value, detail);
type 2610 core/XMLObject.cpp issueNotifications(core, top, initialTarget, target->atom(), type, xl->atom(), detail);
type 2632 core/XMLObject.cpp issueNotifications(core, top, initialTarget, target->atom(), type, value, detail);
type 2651 core/XMLObject.cpp Atom argv[6] = { top->atom(), currentTarget->atom(), type->atom(), target, value, detail };
type 260 core/XMLObject.h void issueNotifications(AvmCore* core, Toplevel* top, E4XNode* initialTarget, Atom target, Stringp type, Atom value, Atom detail=undefinedAtom);
type 262 core/XMLObject.h void childChanges(Stringp type, Atom value, E4XNode* prior=0);
type 263 core/XMLObject.h void nonChildChanges(Stringp type, Atom value, Atom detail=undefinedAtom);
type 282 core/XMLObject.h XMLObject(XMLClass *type, Stringp s=NULL, Namespace *defaultNamespace=NULL);
type 283 core/XMLObject.h XMLObject(XMLClass *type, E4XNode *node);
type 320 core/XMLObject.h QNameObject(QNameClass *type, const Multiname &mn);
type 321 core/XMLObject.h QNameObject(QNameClass *type, Atom name, bool bAttribute=false);
type 322 core/XMLObject.h QNameObject(QNameClass *type, Namespace *nameSpace, Atom name, bool bAttribute=false);
type 473 core/avmplusDebugger.cpp int type = (uint8)*(pc+1);
type 475 core/avmplusDebugger.cpp switch(type)
type 165 core/instr.cpp Traits* itraits = caller_env->toplevel()->toClassITraits(type);
type 130 core/instr.h Atom astype_late(E caller_env, Atom value, Atom type);
type 713 core/jit-calls.h AvmAssert(!AvmCore::isNullOrUndefined(type)); // jit inlined the null check.
type 714 core/jit-calls.h Traits* t = env->toplevel()->toClassITraits(type);
type 44 eval/eval-cogen-inlines.h inline uint32_t Cogen::emitSlotTrait(uint32_t name, uint32_t type) { return traits->addTrait(ALLOC(ABCSlotTrait, (name, type, TRAIT_Slot))); }
type 45 eval/eval-cogen-inlines.h inline uint32_t Cogen::emitConstTrait(uint32_t name, uint32_t type) { return traits->addTrait(ALLOC(ABCSlotTrait, (name, type, TRAIT_Const))); }
type 270 eval/eval-cogen.cpp return body->exceptions.addAtEnd(ALLOC(ABCExceptionInfo, (from, to, target, type, name_index)));
type 211 eval/eval-cogen.h uint32_t emitSlotTrait(uint32_t name, uint32_t type);
type 212 eval/eval-cogen.h uint32_t emitConstTrait(uint32_t name, uint32_t type);
type 214 eval/eval-cogen.h uint32_t emitException(uint32_t from, uint32_t to, uint32_t target, uint32_t type, uint32_t name_index);
type 211 eval/eval-util.h new (allocator->alloc(sizeof(type))) type args
type 183 extensions/JavaGlue.cpp jobject it = jni->CallStaticObjectMethod(j->java_lang_Class(), j->java_lang_Class_forName(), type);
type 191 extensions/JavaGlue.cpp String* stype = j->newString(core(), type);
type 231 extensions/JavaGlue.cpp jstring type = (jstring) jni->CallObjectMethod( aobj, vm->java_lang_Class_getName() );
type 232 extensions/JavaGlue.cpp JClass* clazz = forType( type );
type 1110 extensions/JavaGlue.cpp jclass type = (jclass)jni->GetObjectArrayElement(arr, i);
type 1111 extensions/JavaGlue.cpp char ch = descriptorChar(type);
type 1135 extensions/JavaGlue.cpp jclass type = (jclass)jni->GetObjectArrayElement(arr, i);
type 1136 extensions/JavaGlue.cpp char ch = descriptorChar(type);
type 1307 extensions/JavaGlue.cpp switch( *type++ )
type 1367 extensions/JavaGlue.cpp return type;
type 1391 extensions/JavaGlue.cpp switch( *type++ )
type 1455 extensions/JavaGlue.cpp JClass* clazz = (JClass*) JObjectClass::cc->forName( core->newString(type) );
type 1469 extensions/JavaGlue.cpp return type;
type 93 extensions/JavaGlue.h JClass* forType(jstring type);
type 167 extensions/JavaGlue.h const char* jvalueToAtom(AvmCore* core, Toplevel* toplevel, jvalue& val, const char* type, Atom& a);
type 168 extensions/JavaGlue.h const char* atomTojvalue(AvmCore* core, Toplevel* toplevel, Atom a, const char* type, jvalue& val);
type 305 extensions/SamplerScript.cpp ClassClosure *type;
type 309 extensions/SamplerScript.cpp type = tl->classClass;
type 313 extensions/SamplerScript.cpp type = tl->functionClass;
type 317 extensions/SamplerScript.cpp type = tl->objectClass;
type 322 extensions/SamplerScript.cpp type = tl->objectClass;
type 337 extensions/SamplerScript.cpp type = tl->classClass;
type 344 extensions/SamplerScript.cpp type = (ClassClosure*) AvmCore::atomToScriptObject(ccAtom);
type 345 extensions/SamplerScript.cpp if(!AvmCore::istype(type->atom(), core->traits.class_itraits))
type 348 extensions/SamplerScript.cpp type = tl->classClass;
type 353 extensions/SamplerScript.cpp AvmAssert(AvmCore::istype(type->atom(), core->traits.class_itraits));
type 354 extensions/SamplerScript.cpp return type;
type 591 extensions/SamplerScript.cpp double SamplerScript::_getInvocationCount(ScriptObject* self, Atom a, QNameObject* qname, uint32 type)
type 669 extensions/SamplerScript.cpp if(type == GET && AvmCore::hasGetterBinding(b))
type 671 extensions/SamplerScript.cpp else if(type == SET && AvmCore::hasSetterBinding(b))
type 696 extensions/SamplerScript.cpp (void)type;
type 77 extensions/SamplerScript.h static double _getInvocationCount(ScriptObject* self, Atom a, QNameObject* qname, uint32 type);
type 112 nanojit/Assembler.h #define AVMPLUS_ALIGN16(type) __declspec(align(16)) type
type 114 nanojit/Assembler.h #define AVMPLUS_ALIGN16(type) type __attribute__ ((aligned (16)))
type 137 other-licenses/zlib/inftrees.c if (left > 0 && (type == CODES || max != 1))
type 182 other-licenses/zlib/inftrees.c switch (type) {
type 212 other-licenses/zlib/inftrees.c if (type == LENS && used >= ENOUGH - MAXD)
type 280 other-licenses/zlib/inftrees.c if (type == LENS && used >= ENOUGH - MAXD)
type 162 other-licenses/zlib/zutil.h # define fdopen(fd,type) _fdopen(fd,type)
type 868 pcre/pcre_compile.cpp return _pcre_utt[i].type;
type 1064 pcre/pcre_internal.h pcre_uint16 type;
type 81 pcre/pcre_newline.cpp if (type == NLTYPE_ANYCRLF) switch(c)
type 141 pcre/pcre_newline.cpp if (type == NLTYPE_ANYCRLF) switch(c)
type 131 pcre/pcrecpp_unittest.cc type v; \
type 157 pcre/pcrecpp_unittest.cc type v; \
type 183 pcre/pcrecpp_unittest.cc type v; \
type 160 pcre/pcregrep.cpp int type;
type 1726 pcre/pcregrep.cpp if (op->type != OP_NODATA || s[1] == 0)
type 1739 pcre/pcregrep.cpp if (op->type == OP_NODATA)
type 1751 pcre/pcregrep.cpp (op->type == OP_OP_STRING || op->type == OP_OP_NUMBER))
type 1782 pcre/pcregrep.cpp if (op->type == OP_PATLIST)
type 1795 pcre/pcregrep.cpp else if (op->type != OP_NUMBER && op->type != OP_OP_NUMBER)
type 157 platform/mac/mac-platform.h #define AVMPLUS_ALIGN8(type) type __attribute__ ((aligned (8)))
type 158 platform/mac/mac-platform.h #define AVMPLUS_ALIGN16(type) type __attribute__ ((aligned (16)))
type 111 platform/symbian/symbian-platform.h #define AVMPLUS_ALIGN8(type) type __attribute__ ((aligned (8)))
type 112 platform/symbian/symbian-platform.h #define AVMPLUS_ALIGN16(type) type __attribute__ ((aligned (16)))
type 115 platform/symbian/symbian-platform.h #define AVMPLUS_ALIGN8(type) type
type 116 platform/symbian/symbian-platform.h #define AVMPLUS_ALIGN16(type) type
type 147 platform/unix/unix-platform.h #define AVMPLUS_ALIGN8(type) type __attribute__ ((aligned (8)))
type 148 platform/unix/unix-platform.h #define AVMPLUS_ALIGN16(type) type __attribute__ ((aligned (16)))
type 150 platform/unix/unix-platform.h #define AVMPLUS_ALIGN8(type) type __attribute__ ((aligned (8)))
type 151 platform/unix/unix-platform.h #define AVMPLUS_ALIGN16(type) type __attribute__ ((aligned (16)))
type 123 platform/win32/coff.cpp symbol->type = 4; // int
type 168 platform/win32/coff.h unsigned short type;
type 217 platform/win32/win32-platform.h #define AVMPLUS_ALIGN8(type) __declspec(align(8)) type
type 218 platform/win32/win32-platform.h #define AVMPLUS_ALIGN16(type) __declspec(align(16)) type
type 220 platform/win32/win32-platform.h #define AVMPLUS_ALIGN8(type) type __attribute__ ((aligned (8)))
type 221 platform/win32/win32-platform.h #define AVMPLUS_ALIGN16(type) type __attribute__ ((aligned (16)))
type 698 shell/ByteArrayGlue.cpp type = core->internString(type);
type 699 shell/ByteArrayGlue.cpp if (type == core->internConstantStringLatin1("bigEndian"))
type 703 shell/ByteArrayGlue.cpp else if (type == core->internConstantStringLatin1("littleEndian"))
type 175 shell/ByteArrayGlue.h void set_endian(Stringp type);
type 204 shell/swf.cpp int type = tag >> 6;
type 208 shell/swf.cpp if (type == stagDoABC2)