< prev index next > src/hotspot/share/oops/generateOopMap.hpp
Print this page
class CellTypeState {
private:
unsigned int _state;
// Masks for separating the BITS and INFO portions of a CellTypeState
- enum { info_mask = right_n_bits(28),
+ enum { info_mask = right_n_bits(27),
bits_mask = (int)(~info_mask) };
// These constant are used for manipulating the BITS portion of a
// CellTypeState
enum { uninit_bit = (int)(nth_bit(31)),
addr_bit = nth_bit(28),
live_bits_mask = (int)(bits_mask & ~uninit_bit) };
// These constants are used for manipulating the INFO portion of a
// CellTypeState
- enum { top_info_bit = nth_bit(27),
- not_bottom_info_bit = nth_bit(26),
- info_data_mask = right_n_bits(26),
+ enum { top_info_bit = nth_bit(26),
+ not_bottom_info_bit = nth_bit(25),
+ info_data_mask = right_n_bits(25),
info_conflict = info_mask };
// Within the INFO data, these values are used to distinguish different
// kinds of references.
- enum { ref_not_lock_bit = nth_bit(25), // 0 if this reference is locked as a monitor
- ref_slot_bit = nth_bit(24), // 1 if this reference is a "slot" reference,
+ enum { ref_not_lock_bit = nth_bit(24), // 0 if this reference is locked as a monitor
+ ref_slot_bit = nth_bit(23), // 1 if this reference is a "slot" reference,
// 0 if it is a "line" reference.
- ref_data_mask = right_n_bits(24) };
+ ref_data_mask = right_n_bits(23) };
+ // Within the INFO data, these values are used to distinguish different
+ // kinds of value types.
+ enum { valuetype_slot_bit = nth_bit(24), // 1 if this reference is a "slot" value type,
+ // 0 if it is a "line" value type.
+ valuetype_data_mask = right_n_bits(24) };
// These values are used to initialize commonly used CellTypeState
// constants.
enum { bottom_value = 0,
uninit_value = (int)(uninit_bit | info_conflict),
void ppdupswap (int poplen, const char *out);
void do_ldc (int bci);
void do_astore (int idx);
void do_jsr (int delta);
void do_field (int is_get, int is_static, int idx, int bci, Bytecodes::Code bc);
- void do_method (int is_static, int is_interface, int idx, int bci, Bytecodes::Code bc);
+ void do_method (int is_static, int idx, int bci, Bytecodes::Code bc);
void do_multianewarray (int dims, int bci);
void do_monitorenter (int bci);
void do_monitorexit (int bci);
void do_return_monitor_check ();
void do_checkcast ();
< prev index next >