chromium/out/Default/gen/v8/torque-generated/factory.inc

Handle<UncompiledDataWithoutPreparseData> NewUncompiledDataWithoutPreparseData(DirectHandle<String> inferred_name, int32_t start_position, int32_t end_position, AllocationType allocation_type);
Handle<UncompiledDataWithPreparseData> NewUncompiledDataWithPreparseData(DirectHandle<String> inferred_name, int32_t start_position, int32_t end_position, DirectHandle<PreparseData> preparse_data, AllocationType allocation_type);
Handle<UncompiledDataWithoutPreparseDataWithJob> NewUncompiledDataWithoutPreparseDataWithJob(DirectHandle<String> inferred_name, int32_t start_position, int32_t end_position, Address job, AllocationType allocation_type);
Handle<UncompiledDataWithPreparseDataAndJob> NewUncompiledDataWithPreparseDataAndJob(DirectHandle<String> inferred_name, int32_t start_position, int32_t end_position, DirectHandle<PreparseData> preparse_data, Address job, AllocationType allocation_type);
Handle<OnHeapBasicBlockProfilerData> NewOnHeapBasicBlockProfilerData(DirectHandle<FixedInt32Array> block_ids, DirectHandle<FixedUInt32Array> counts, DirectHandle<PodArray<std::pair<int32_t, int32_t>>> branches, DirectHandle<String> name, DirectHandle<String> schedule, DirectHandle<String> code, int hash, AllocationType allocation_type);
Handle<TurbofanBitsetType> NewTurbofanBitsetType(uint32_t bitset_low, uint32_t bitset_high, AllocationType allocation_type);
Handle<TurbofanUnionType> NewTurbofanUnionType(DirectHandle<TurbofanType> type1, DirectHandle<TurbofanType> type2, AllocationType allocation_type);
Handle<TurbofanRangeType> NewTurbofanRangeType(double min, double max, AllocationType allocation_type);
Handle<TurbofanHeapConstantType> NewTurbofanHeapConstantType(DirectHandle<HeapObject> constant, AllocationType allocation_type);
Handle<TurbofanOtherNumberConstantType> NewTurbofanOtherNumberConstantType(double constant, AllocationType allocation_type);
Handle<TurboshaftWord32Type> NewTurboshaftWord32Type(AllocationType allocation_type);
Handle<TurboshaftWord32RangeType> NewTurboshaftWord32RangeType(uint32_t from, uint32_t to, AllocationType allocation_type);
Handle<TurboshaftWord32SetType> NewTurboshaftWord32SetType(uint32_t set_size, AllocationType allocation_type);
Handle<TurboshaftWord64Type> NewTurboshaftWord64Type(AllocationType allocation_type);
Handle<TurboshaftWord64RangeType> NewTurboshaftWord64RangeType(uint32_t from_high, uint32_t from_low, uint32_t to_high, uint32_t to_low, AllocationType allocation_type);
Handle<TurboshaftWord64SetType> NewTurboshaftWord64SetType(uint32_t set_size, AllocationType allocation_type);
Handle<TurboshaftFloat64Type> NewTurboshaftFloat64Type(uint32_t special_values, AllocationType allocation_type);
Handle<TurboshaftFloat64RangeType> NewTurboshaftFloat64RangeType(uint32_t special_values, uint32_t _padding, double min, double max, AllocationType allocation_type);
Handle<TurboshaftFloat64SetType> NewTurboshaftFloat64SetType(uint32_t special_values, uint32_t set_size, AllocationType allocation_type);
Handle<ExportedSubClassBase> NewExportedSubClassBase(DirectHandle<HeapObject> a, DirectHandle<HeapObject> b, AllocationType allocation_type);
Handle<ExportedSubClass> NewExportedSubClass(DirectHandle<HeapObject> a, DirectHandle<HeapObject> b, int32_t c_field, int32_t d_field, int e_field, AllocationType allocation_type);
Handle<ExportedSubClass2> NewExportedSubClass2(DirectHandle<HeapObject> a, DirectHandle<HeapObject> b, int32_t x_field, int32_t y_field, int z_field, AllocationType allocation_type);