addr              192 src/HexagonOffload.cpp void do_reloc(char *addr, uint32_t mask, uintptr_t val, bool is_signed, bool verify) {
addr              193 src/HexagonOffload.cpp     uint32_t inst = *((uint32_t *)addr);
addr              307 src/HexagonOffload.cpp     *((uint32_t *)addr) = inst;
addr               69 src/Introspection.cpp         uint64_t addr;
addr               77 src/Introspection.cpp             return addr < other.addr;
addr               83 src/Introspection.cpp         uint64_t addr;
addr               86 src/Introspection.cpp             uint64_t addr;
addr               90 src/Introspection.cpp                 return addr < other.addr;
addr              258 src/Introspection.cpp             global_variables[i].addr += pc_adjust;
addr              286 src/Introspection.cpp         debug(5) << "Known globals range from " << std::hex << global_variables.front().addr << " to " << global_variables.back().addr << std::dec << "\n";
addr              292 src/Introspection.cpp             uint64_t addr_mid = global_variables[mid].addr;
addr              306 src/Introspection.cpp         while (idx > 0 && global_variables[idx-1].addr == global_variables[lo].addr) {
addr              311 src/Introspection.cpp         uint64_t end_ptr = global_variables[idx].addr;
addr              322 src/Introspection.cpp         if (address < global_variables[idx].addr ||
addr              343 src/Introspection.cpp         for (; (size_t)idx < global_variables.size() && global_variables[idx].addr <= address; idx++) {
addr              351 src/Introspection.cpp             debug(5) << "Closest global is " << v.name << " at " << std::hex << v.addr << std::dec;
addr              358 src/Introspection.cpp             if (v.addr == address &&
addr              366 src/Introspection.cpp                 int64_t pos_bytes = address - v.addr;
addr              390 src/Introspection.cpp         debug(5) << "helper object is " << ptr.name << " at " << std::hex << ptr.addr << std::dec;
addr              410 src/Introspection.cpp         heap_object.addr = (uint64_t)obj;
addr              418 src/Introspection.cpp             member.addr = heap_object.addr + member_spec.stack_offset;
addr              457 src/Introspection.cpp                 child.addr = parent.addr + member_spec.stack_offset;
addr              472 src/Introspection.cpp             debug(5) << std::hex << mem.addr << std::dec << ": " << mem.type->name << " " << mem.name << "\n";
addr              475 src/Introspection.cpp         heap_objects[heap_object.addr] = heap_object;
addr              491 src/Introspection.cpp         uint64_t addr = (uint64_t)ptr;
addr              492 src/Introspection.cpp         std::map<uint64_t, HeapObject>::iterator it = heap_objects.upper_bound(addr);
addr              506 src/Introspection.cpp         if (addr < object_start || addr >= object_end) {
addr              521 src/Introspection.cpp                      << " at address " << std::hex << obj.members[i].addr << std::dec
addr              526 src/Introspection.cpp             if (obj.members[i].addr == addr &&
addr              535 src/Introspection.cpp                 uint64_t array_start_addr = obj.members[i].addr;
addr              538 src/Introspection.cpp                 if (elem_type && addr >= array_start_addr && addr < array_end_addr) {
addr              542 src/Introspection.cpp                     uint64_t containing_elem = (addr - array_start_addr) / elem_type->size;
addr              543 src/Introspection.cpp                     addr -= containing_elem * elem_type->size;
addr              545 src/Introspection.cpp                              << std::hex << addr << std::dec << "\n";
addr              552 src/Introspection.cpp                 uint64_t struct_start_addr = obj.members[i].addr;
addr              555 src/Introspection.cpp                 if (addr >= struct_start_addr && addr < struct_end_addr) {
addr              861 src/Introspection.cpp                    (long long unsigned)v.addr,
addr             1457 src/Introspection.cpp                                 const void *addr = *((const void * const *)(payload + 1));
addr             1458 src/Introspection.cpp                                 gvar.addr = (uint64_t)(addr);
addr             1542 src/Introspection.cpp                     if (func_stack.size() && !gvar.addr) {
addr             1784 src/Introspection.cpp             if (v.type && v.addr &&
addr             1788 src/Introspection.cpp                 debug(5) << "Unpacking members of " << v.name << " at " << std::hex << v.addr << "\n";
addr             1800 src/Introspection.cpp                     mem.addr = v.addr + members[j].stack_offset;
addr             1801 src/Introspection.cpp                     debug(5) << " Member " << mem.name << " goes at " << mem.addr << "\n";
addr             1843 src/Introspection.cpp                 if (!v.name.empty() && v.addr) {
addr             2113 src/Introspection.cpp     FunctionInfo *find_containing_function(void *addr) {
addr             2114 src/Introspection.cpp         uint64_t address = (uint64_t)addr;
addr             2115 src/Introspection.cpp         debug(5) << "Searching for function containing address " << addr << "\n";
addr              425 src/runtime/hexagon_remote/dlib.cpp         char *addr = base_vaddr + sym->st_value;
addr              426 src/runtime/hexagon_remote/dlib.cpp         if (!assert_in_bounds(addr, sym->st_size)) return NULL;
addr              427 src/runtime/hexagon_remote/dlib.cpp         return addr;
addr              149 src/runtime/hexagon_remote/sim_remote.cpp         char *addr;
addr              240 src/runtime/hexagon_remote/sim_remote.cpp             return known_syms[i].addr;