OSF DCE Application Development Guide--Core Components

Topics in RPC Application Development
/* A storage object name string: */
/* typedef [string] char* store_name_t; */
/* A buffer type for data: */
typedef byte store_buf_t[*];
/* Note that the context handle is an [out] parameter of the open */
/* routine, an [in, out] parameter of the close routine, and an */
/* [in] parameter of the other routines. If the context handle */
/* were treated as an [in] parameter of the close routine, the */
/* stubs would never learn that the context had been set to NULL, */
/* and would consider the context to still be live. This would */
/* result in the rundown routine’s being called when the client */
/* terminated, even though there would be no context to run down. */
void store_open(
[in] handle_t binding,
[in] unsigned32 store_size,
[out] store_handle_t *store_h,
[out] error_status_t *status
);
void store_close(
[in,out] store_handle_t *store_h,
[out] error_status_t *status
);
void store_set_ptr(
[in] store_handle_t store_h,
[in] unsigned32 offset,
[out] error_status_t *status
);
void store_read(
[in] store_handle_t store_h,
[in] unsigned32 buf_size,
[out, size_is(buf_size), length_is(*data_size)] \
store_buf_t buffer,
[out] unsigned32 *data_size,
[out] error_status_t *status
);
void store_write(
[in] store_handle_t store_h,
[in] unsigned32 buf_size,
[in, size_is(buf_size)] store_buf_t buffer,
[out] unsigned32 *data_size,
[out] error_status_t *status
);
}
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