void rpc_ss_client_establish_alloc
(
rpc_ss_marsh_state_t *p_unmar_params
)
{
rpc_ss_thread_support_ptrs_t *p_support_ptrs;
rpc_ss_client_get_thread_ctx( &p_support_ptrs );
p_unmar_params->allocator = p_support_ptrs->allocator;
}
void rpc_ss_client_free
(
idl_void_p_t p_mem
)
{
rpc_ss_thread_support_ptrs_t *p_support_ptrs;
/* Get free routine address */
rpc_ss_client_get_thread_ctx( &p_support_ptrs );
/* Invoke free with the specified memory */
rpc_allocator_free(&p_support_ptrs->allocator, p_mem);
}
void rpc_ss_set_client_alloc_free_ex
(
rpc_ss_allocator_t * p_allocator
)
{
rpc_ss_thread_support_ptrs_t *p_support_ptrs;
rpc_ss_client_get_thread_ctx( &p_support_ptrs );
/* Make sure we don't lose a context object. */
assert(p_support_ptrs->allocator.p_context == NULL);
p_support_ptrs->allocator = *p_allocator;
}
void rpc_ss_set_client_alloc_free
(
idl_void_p_t (*p_allocate)(
idl_size_t size
),
void (*p_free)(
idl_void_p_t ptr
)
)
{
rpc_ss_thread_support_ptrs_t *p_support_ptrs;
rpc_ss_client_get_thread_ctx( &p_support_ptrs );
p_support_ptrs->p_allocate = p_allocate;
p_support_ptrs->p_free = p_free;
}
void rpc_ss_swap_client_alloc_free_ex
(
rpc_ss_allocator_t * p_allocator,
rpc_ss_allocator_t * p_old_allocator
)
{
rpc_ss_allocator_t allocator;
rpc_ss_thread_support_ptrs_t *p_support_ptrs;
rpc_ss_client_get_thread_ctx( &p_support_ptrs );
/* Make sure it is safe for the old and new pointers to point
* to the same allocator.
*/
allocator = *p_allocator;
*p_old_allocator = p_support_ptrs->allocator;
p_support_ptrs->allocator = allocator;
}
void rpc_ss_mts_client_estab_alloc
(
volatile IDL_ms_t * IDL_msp
)
{
rpc_ss_thread_support_ptrs_t *p_support_ptrs;
#ifdef PERFMON
RPC_SS_CLIENT_ESTABLISH_ALLOC_N;
#endif
rpc_ss_client_get_thread_ctx( &p_support_ptrs );
IDL_msp->IDL_allocator = p_support_ptrs->allocator;
#ifdef PERFMON
RPC_SS_CLIENT_ESTABLISH_ALLOC_X;
#endif
}
