/* Called by c_read() when eof is read - close fd if it is the co-process fd */
void
coproc_read_close(int fd)
{
if (coproc.read >= 0 && fd == coproc.read) {
coproc_readw_close(fd);
close(coproc.read);
coproc.read = -1;
}
}
/*
* Called only when a process in j has exited/stopped (ie, called only
* from j_sigchld()). If no processes are running, the job status
* and state are updated, asynchronous job notification is done and,
* if unneeded, the job is removed.
*
* If jobs are compiled in then this routine expects sigchld to be blocked.
*/
static void
check_job(Job *j)
{
int jstate;
Proc *p;
/* XXX debugging (nasty - interrupt routine using shl_out) */
if (!(j->flags & JF_STARTED)) {
internal_errorf(0, "check_job: job started (flags 0x%x)",
j->flags);
return;
}
jstate = PRUNNING;
for (p=j->proc_list; p != (Proc *) 0; p = p->next) {
if (p->state == PRUNNING)
return; /* some processes still running */
if (p->state > jstate)
jstate = p->state;
}
j->state = jstate;
switch (j->last_proc->state) {
case PEXITED:
j->status = WEXITSTATUS(j->last_proc->status);
break;
case PSIGNALLED:
j->status = 128 + WTERMSIG(j->last_proc->status);
break;
default:
j->status = 0;
break;
}
/* Note when co-process dies: can't be done in j_wait() nor
* remove_job() since neither may be called for non-interactive
* shells.
*/
if (j->state == PEXITED || j->state == PSIGNALLED) {
/* No need to keep co-process input any more
* (at least, this is what ksh93d thinks)
*/
if (coproc.job == j) {
coproc.job = (void *) 0;
/* XXX would be nice to get the closes out of here
* so they aren't done in the signal handler.
* Would mean a check in coproc_getfd() to
* do "if job == 0 && write >= 0, close write".
*/
coproc_write_close(coproc.write);
}
/* Do we need to keep the output? */
if (j->coproc_id && j->coproc_id == coproc.id &&
--coproc.njobs == 0)
coproc_readw_close(coproc.read);
}
j->flags |= JF_CHANGED;
#ifdef JOBS
if (Flag(FMONITOR) && !(j->flags & JF_XXCOM)) {
/* Only put stopped jobs at the front to avoid confusing
* the user (don't want finished jobs effecting %+ or %-)
*/
if (j->state == PSTOPPED)
put_job(j, PJ_ON_FRONT);
if (Flag(FNOTIFY) &&
(j->flags & (JF_WAITING|JF_W_ASYNCNOTIFY)) != JF_WAITING) {
/* Look for the real file descriptor 2 */
{
struct env *ep;
int fd = 2;
for (ep = e; ep; ep = ep->oenv)
if (ep->savefd && ep->savefd[2])
fd = ep->savefd[2];
shf_reopen(fd, SHF_WR, shl_j);
}
/* Can't call j_notify() as it removes jobs. The job
* must stay in the job list as j_waitj() may be
* running with this job.
*/
j_print(j, JP_MEDIUM, shl_j);
shf_flush(shl_j);
if (!(j->flags & JF_WAITING) && j->state != PSTOPPED)
remove_job(j, "notify");
}
}
#endif /* JOBS */
if (!Flag(FMONITOR) && !(j->flags & (JF_WAITING|JF_FG)) &&
j->state != PSTOPPED) {
if (j == async_job || (j->flags & JF_KNOWN)) {
j->flags |= JF_ZOMBIE;
j->job = -1;
nzombie++;
} else
remove_job(j, "checkjob");
}
}
/*
* Called only when a process in j has exited/stopped (ie, called only
* from j_sigchld()). If no processes are running, the job status
* and state are updated, asynchronous job notification is done and,
* if unneeded, the job is removed.
*
* If jobs are compiled in then this routine expects sigchld to be blocked.
*/
static void
check_job(Job *j)
{
int jstate;
Proc *p;
/* XXX debugging (nasty - interrupt routine using shl_out) */
if (!(j->flags & JF_STARTED)) {
internal_errorf(0, "check_job: job started (flags 0x%x)",
j->flags);
return;
}
jstate = PRUNNING;
for (p=j->proc_list; p != (Proc *) 0; p = p->next) {
if (p->state == PRUNNING)
return; /* some processes still running */
if (p->state > jstate)
jstate = p->state;
}
j->state = jstate;
switch (j->last_proc->state) {
case PEXITED:
j->status = WEXITSTATUS(j->last_proc->status);
break;
case PSIGNALLED:
j->status = 128 + WTERMSIG(j->last_proc->status);
break;
default:
j->status = 0;
break;
}
/* Note when co-process dies: can't be done in j_wait() nor
* remove_job() since neither may be called for non-interactive
* shells.
*/
if (j->state == PEXITED || j->state == PSIGNALLED) {
/* No need to keep co-process input any more
* (at leasst, this is what ksh93d thinks)
*/
if (coproc.job == j) {
coproc.job = (void *) 0;
/* XXX would be nice to get the closes out of here
* so they aren't done in the signal handler.
* Would mean a check in coproc_getfd() to
* do "if job == 0 && write >= 0, close write".
*/
coproc_write_close(coproc.write);
}
/* Do we need to keep the output? */
if (j->coproc_id && j->coproc_id == coproc.id &&
--coproc.njobs == 0)
coproc_readw_close(coproc.read);
}
j->flags |= JF_CHANGED;
if (!(j->flags & (JF_WAITING|JF_FG))
&& j->state != PSTOPPED)
{
if (j == async_job || (j->flags & JF_KNOWN)) {
j->flags |= JF_ZOMBIE;
j->job = -1;
nzombie++;
} else
remove_job(j, "checkjob");
}
}
