Ruby

const char *pend;

const char *q0;

const char *q;

int format; // 4 or 8

uint8_t address_size;

uint64_t debug_abbrev_offset;

const char *p;

uint64_t base = ptr->low_pc_set ? ptr->low_pc : reader->current_low_pc;

bool base_valid = true;

p = reader->obj->debug_rnglists.ptr + ptr->ranges;

for (;;) {

uint8_t rle = read_uint8(&p);

}

return false;

}

p = reader->obj->debug_ranges.ptr + ptr->ranges;

for (;;) {

uintptr_t from = read_uintptr(&p);

di_read_cu(DebugInfoReader *reader)

{

uint64_t unit_length;

reader->format = 4;

reader->current_cu = reader->p;

unit_length = read_uint32(&reader->p);

reader->format = 8;

}

reader->cu_end = reader->p + unit_length;

return -1;

}

/* unit_type = */ read_uint8(&reader->p);

reader->address_size = read_uint8(&reader->p);

reader->debug_abbrev_offset = read_uint(reader);