int proc_in;
int proc_out;
#endif
+ int isolate_sigpipe;
};
int start_async(struct async *async);
int finish_async(struct async *async);
int in_async(void);
+void NORETURN async_exit(int code);
/**
* This callback should initialize the child process and preload the
* return the negative signal number.
*/
typedef int (*get_next_task_fn)(struct child_process *cp,
- struct strbuf *err,
+ struct strbuf *out,
void *pp_cb,
void **pp_task_cb);
* a new process.
*
* You must not write to stdout or stderr in this function. Add your
- * message to the strbuf err instead, which will be printed without
+ * message to the strbuf out instead, which will be printed without
* messing up the output of the other parallel processes.
*
* pp_cb is the callback cookie as passed into run_processes_parallel,
* To send a signal to other child processes for abortion, return
* the negative signal number.
*/
-typedef int (*start_failure_fn)(struct strbuf *err,
+typedef int (*start_failure_fn)(struct strbuf *out,
void *pp_cb,
void *pp_task_cb);
* This callback is called on every child process that finished processing.
*
* You must not write to stdout or stderr in this function. Add your
- * message to the strbuf err instead, which will be printed without
+ * message to the strbuf out instead, which will be printed without
* messing up the output of the other parallel processes.
*
* pp_cb is the callback cookie as passed into run_processes_parallel,
* the negative signal number.
*/
typedef int (*task_finished_fn)(int result,
- struct strbuf *err,
+ struct strbuf *out,
void *pp_cb,
void *pp_task_cb);