/*-
*-----------------------------------------------------------------------
* Compat_Make --
* Make a target.
*
* Input:
* gnp The node to make
* pgnp Parent to abort if necessary
*
* Results:
* 0
*
* Side Effects:
* If an error is detected and not being ignored, the process exits.
*
*-----------------------------------------------------------------------
*/
int
Compat_Make(void *gnp, void *pgnp)
{
GNode *gn = (GNode *)gnp;
GNode *pgn = (GNode *)pgnp;
if (!meta[0]) /* we came here from jobs */
Compat_Init();
if (gn->made == UNMADE && (gn == pgn || (pgn->type & OP_MADE) == 0)) {
/*
* First mark ourselves to be made, then apply whatever transformations
* the suffix module thinks are necessary. Once that's done, we can
* descend and make all our children. If any of them has an error
* but the -k flag was given, our 'make' field will be set FALSE again.
* This is our signal to not attempt to do anything but abort our
* parent as well.
*/
gn->flags |= REMAKE;
gn->made = BEINGMADE;
if ((gn->type & OP_MADE) == 0)
Suff_FindDeps(gn);
Lst_ForEach(gn->children, Compat_Make, gn);
if ((gn->flags & REMAKE) == 0) {
gn->made = ABORTED;
pgn->flags &= ~REMAKE;
goto cohorts;
}
if (Lst_Member(gn->iParents, pgn) != NULL) {
char *p1;
Var_Set(IMPSRC, Var_Value(TARGET, gn, &p1), pgn, 0);
if (p1)
free(p1);
}
/*
* All the children were made ok. Now cmgn->mtime contains the
* modification time of the newest child, we need to find out if we
* exist and when we were modified last. The criteria for datedness
* are defined by the Make_OODate function.
*/
if (DEBUG(MAKE)) {
fprintf(debug_file, "Examining %s...", gn->name);
}
if (! Make_OODate(gn)) {
gn->made = UPTODATE;
if (DEBUG(MAKE)) {
fprintf(debug_file, "up-to-date.\n");
}
goto cohorts;
} else if (DEBUG(MAKE)) {
fprintf(debug_file, "out-of-date.\n");
}
/*
* If the user is just seeing if something is out-of-date, exit now
* to tell him/her "yes".
*/
if (queryFlag) {
exit(1);
}
/*
* We need to be re-made. We also have to make sure we've got a $?
* variable. To be nice, we also define the $> variable using
* Make_DoAllVar().
*/
Make_DoAllVar(gn);
/*
* Alter our type to tell if errors should be ignored or things
* should not be printed so CompatRunCommand knows what to do.
*/
if (Targ_Ignore(gn)) {
gn->type |= OP_IGNORE;
}
if (Targ_Silent(gn)) {
gn->type |= OP_SILENT;
}
if (Job_CheckCommands(gn, Fatal)) {
/*
* Our commands are ok, but we still have to worry about the -t
* flag...
*/
if (!touchFlag || (gn->type & OP_MAKE)) {
curTarg = gn;
#ifdef USE_META
if (useMeta && !NoExecute(gn)) {
meta_job_start(NULL, gn);
}
#endif
Lst_ForEach(gn->commands, CompatRunCommand, gn);
curTarg = NULL;
} else {
Job_Touch(gn, gn->type & OP_SILENT);
}
} else {
gn->made = ERROR;
}
#ifdef USE_META
if (useMeta && !NoExecute(gn)) {
meta_job_finish(NULL);
}
#endif
if (gn->made != ERROR) {
/*
* If the node was made successfully, mark it so, update
* its modification time and timestamp all its parents. Note
* that for .ZEROTIME targets, the timestamping isn't done.
* This is to keep its state from affecting that of its parent.
*/
gn->made = MADE;
pgn->flags |= Make_Recheck(gn) == 0 ? FORCE : 0;
if (!(gn->type & OP_EXEC)) {
pgn->flags |= CHILDMADE;
Make_TimeStamp(pgn, gn);
}
} else if (keepgoing) {
pgn->flags &= ~REMAKE;
} else {
PrintOnError(gn, "\n\nStop.");
exit(1);
}
} else if (gn->made == ERROR) {
/*
* Already had an error when making this beastie. Tell the parent
* to abort.
*/
pgn->flags &= ~REMAKE;
} else {
if (Lst_Member(gn->iParents, pgn) != NULL) {
char *p1;
Var_Set(IMPSRC, Var_Value(TARGET, gn, &p1), pgn, 0);
if (p1)
free(p1);
}
switch(gn->made) {
case BEINGMADE:
Error("Graph cycles through %s", gn->name);
gn->made = ERROR;
pgn->flags &= ~REMAKE;
break;
case MADE:
if ((gn->type & OP_EXEC) == 0) {
pgn->flags |= CHILDMADE;
Make_TimeStamp(pgn, gn);
}
break;
case UPTODATE:
if ((gn->type & OP_EXEC) == 0) {
Make_TimeStamp(pgn, gn);
}
break;
default:
break;
}
}
cohorts:
Lst_ForEach(gn->cohorts, Compat_Make, pgnp);
return (0);
}
static Job *
prepare_job(GNode *gn, int flags)
{
bool cmdsOK; /* true if the nodes commands were all right */
bool noExec; /* Set true if we decide not to run the job */
/*
* Check the commands now so any attributes from .DEFAULT have a chance
* to migrate to the node
*/
cmdsOK = Job_CheckCommands(gn);
expand_commands(gn);
if ((gn->type & OP_MAKE) || (!noExecute && !touchFlag)) {
/*
* We're serious here, but if the commands were bogus, we're
* also dead...
*/
if (!cmdsOK)
job_failure(gn, Punt);
if (Lst_IsEmpty(&gn->commands))
noExec = true;
else
noExec = false;
} else if (noExecute) {
if (!cmdsOK || Lst_IsEmpty(&gn->commands))
noExec = true;
else
noExec = false;
} else {
/*
* Just touch the target and note that no shell should be
* executed. Check
* the commands, too, but don't die if they're no good -- it
* does no harm to keep working up the graph.
*/
Job_Touch(gn);
noExec = true;
}
/*
* If we're not supposed to execute a shell, don't.
*/
if (noExec) {
/*
* We only want to work our way up the graph if we aren't here
* because the commands for the job were no good.
*/
if (cmdsOK && !aborting) {
gn->built_status = MADE;
Make_Update(gn);
}
return NULL;
} else {
Job *job; /* new job descriptor */
job = emalloc(sizeof(Job));
if (job == NULL)
Punt("JobStart out of memory");
job->node = gn;
/*
* Set the initial value of the flags for this job based on the
* global ones and the node's attributes... Any flags supplied
* by the caller are also added to the field.
*/
job->flags = flags;
if (gn->type & OP_CHEAP)
return job;
if ((gn->type & OP_EXPENSIVE) ||
expensive_commands(&gn->expanded))
job->flags |= JOB_IS_EXPENSIVE;
return job;
}
}