Lines Matching full:regcache
3094 -- Architecture Function: CORE_ADDR read_pc (struct regcache *REGCACHE)
3096 -- Architecture Function: void write_pc (struct regcache *REGCACHE,
3107 register cache, REGCACHE. *Note Register Caching: Register
3112 *GDBARCH, struct regcache *REGCACHE, int REGNUM, const
3116 *GDBARCH, struct regcache *REGCACHE, int REGNUM, const
3130 cache, REGCACHE. *Note Register Caching: Register Caching.
3386 GDB provides `struct regcache', associated with a particular `struct
3393 Accessing registers through the `struct regcache' routines will
3926 *GDBARCH, struct value *FUNCTION, struct regcache *REGCACHE,
3935 REGCACHE the register cache from which values should be obtained.
3972 *REAL_PC, CORE_ADDR *BP_ADDR, struct regcache *REGCACHE)
4375 `CORE_ADDR gdbarch_push_dummy_call (GDBARCH, FUNCTION, REGCACHE, BP_ADDR, NARGS, ARGS, SP, STRUCT_RETURN, STRUCT_ADDR)'
4387 `CORE_ADDR gdbarch_push_dummy_code (GDBARCH, SP, FUNADDR, USING_GCC, ARGS, NARGS, VALUE_TYPE, REAL_PC, BP_ADDR, REGCACHE)'
4406 `enum return_value_convention gdbarch_return_value (struct gdbarch *GDBARCH, struct type *VALTYPE, struct regcache *REGCACHE, void *READBUF, const void *WRITEBUF)'
4417 non-`NULL', also copy the return-value in WRITEBUF into REGCACHE.
4420 non-`NULL', also copy the return value from REGCACHE into READBUF
4421 (REGCACHE contains a copy of the registers from the just returned
4437 _Maintainer note: The REGCACHE parameter limits this methods to
4438 the inner most frame. While replacing REGCACHE with a `struct
4442 `void gdbarch_skip_permanent_breakpoint (GDBARCH, REGCACHE)'
8659 * struct regcache: Register Caching. (line 10)
