* io_write(conn, b->out, sizeof(b->out), io_close_cb,b));
* }
*/
-#define io_duplex(conn, in_plan, out_plan) \
- (io_duplex_prepare(conn), io_duplex_(in_plan, out_plan))
-
-struct io_plan *io_duplex_(struct io_plan *in_plan, struct io_plan *out_plan);
-void io_duplex_prepare(struct io_conn *conn);
+struct io_plan *io_duplex(struct io_conn *conn,
+ struct io_plan *in_plan, struct io_plan *out_plan);
/**
* io_halfclose - close half of an io_duplex connection.
*/
struct timemono (*io_time_override(struct timemono (*now)(void)))(void);
-/**
- * io_set_debug - set synchronous mode on a connection.
- * @conn: the connection.
- * @debug: whether to enable or disable debug.
- *
- * Once @debug is true on a connection, all I/O is done synchronously
- * as soon as it is set, until it is unset or @conn is closed. This
- * makes it easy to debug what's happening with a connection, but note
- * that other connections are starved while this is being done.
- *
- * See also: io_debug_complete()
- *
- * Example:
- * // Dumb init function to set debug and tell conn to close.
- * static struct io_plan *conn_init(struct io_conn *conn, const char *msg)
- * {
- * io_set_debug(conn, true);
- * return io_close(conn);
- * }
- */
-void io_set_debug(struct io_conn *conn, bool debug);
-
-/**
- * io_debug_complete - empty function called when conn is closing/waiting.
- * @conn: the connection.
- *
- * This is for putting a breakpoint onto, when debugging. It is called
- * when a conn with io_set_debug() true can no longer be synchronous:
- * 1) It is io_close()'d
- * 2) It enters io_wait() (sychronous debug will resume after io_wake())
- * 3) io_break() is called (sychronous debug will resume after io_loop())
- */
-void io_debug_complete(struct io_conn *conn);
#endif /* CCAN_IO_H */