Lines Matching defs:start
61 // start address is not less than that of {new_region}. Since there cannot be
62 // any overlap between regions, this also means that the start of {above} is
120 // Get an iterator to the first contained region whose start address is not
121 // smaller than the start address of {region}. Start the search from the
122 // region one before that (the last one whose start address is smaller).
135 // We return a region at the start --> shrink old region from front.
761 // {commit_start} will be either code_space.start or the start of the next
762 // page. {commit_end} will be the start of the page after the one in which
764 // We start from an aligned start, and we know we allocated vmem in
767 // start is already committed (or we start at the beginning of a page).
926 // start address is not less than that of {new_region}, and the starting the
1076 source_pos_table->copy_out(0, source_pos.start(),
1086 // Metadata offsets in Code objects are relative to the start of the metadata
1440 WasmCode** start = code_table_.get();
1441 WasmCode** end = start + module_->num_declared_functions;
1442 for (WasmCode* code : base::VectorOf(start, end - start)) {
1445 return std::vector<WasmCode*>{start, end};
1565 // Only pass the far jump table start if the far jump table actually has a
1998 // When we start exposing Wasm in jitless mode, then the jitless flag
2232 Address start = code_space.address();
2244 start, size);
2247 lookup_map_.insert(std::make_pair(start, std::make_pair(end, ret.get())));
2332 DCHECK_EQ(result.code_desc.buffer, result.instr_buffer->start());