// this updates the unpacked info for a new code buffer
address BoundRelocation::update_addrs(address old_addr, const CodeBuffer& new_cb, const CodeBuffer& old_cb) {
// Point to the relocation info
Relocation *r = reloc();
// Transform the addr for the new code buffer
address new_addr = old_cb.transform_address(new_cb, old_addr);
// Set the transformed address
set_addr( new_addr );
// Update any internal addresses
r->update_addrs(new_cb, old_cb);
// Apply a delta to internal pointers
r->fix_relocation_at_move(new_addr - old_addr);
// Return the new address
return (new_addr);
}
// this updates the unpacked info for a new code buffer
void internal_word_Relocation::update_addrs(const CodeBuffer& new_cb, const CodeBuffer& old_cb) {
_target = old_cb.transform_address(new_cb, _target);
}
void static_stub_Relocation::update_addrs(const CodeBuffer& new_cb, const CodeBuffer& old_cb) {
_static_call = old_cb.transform_address(new_cb, _static_call);
}
// this updates the unpacked info for a new code buffer
void virtual_call_Relocation::update_addrs(const CodeBuffer& new_cb, const CodeBuffer& old_cb) {
_first_oop = old_cb.transform_address(new_cb, _first_oop);
_oop_limit = old_cb.transform_address(new_cb, _oop_limit);
}
// this updates the unpacked info for a new code buffer
void breakpoint_Relocation::update_addrs(const CodeBuffer& new_cb, const CodeBuffer& old_cb) {
_target = old_cb.transform_address(new_cb, _target);
}