void
run_phase (phases_t phase, char *name, string_list_t *args)
{
char **argv;
int argc = 1;
string_item_t *p;
char *output = NULL;
char *input = NULL;
boolean save_stderr = FALSE;
int fdin, fdout;
int forkpid;
int waitpid;
int waitstatus;
int termsig;
int num_maps;
char *rld_path, *absoft_path;
struct stat stat_buf;
const boolean uses_message_system =
(phase == P_f90_fe || phase == P_f90_cpp ||
phase == P_cppf90_fe);
#if defined(__APPLE__)
// pass -Wa,-W to assembler so we ignore unknowns
int hack_as_W = 0;
if (strcmp(name, "/usr/bin/gcc") == 0)
{
hack_as_W = 1;
argc++;
}
#endif
if (show_flag) {
/* echo the command */
fprintf(stderr, "%s ", name);
print_string_list(stderr, args);
}
if (!execute_flag) return;
if (time_flag) init_time();
/* copy arg_list to argv format that exec wants */
for (p = args->head; p != NULL; p=p->next) {
//bug# 581, bug #932, bug #1049
if (p->name == NULL)
continue;
argc++;
}
argv = (char **) malloc((argc+1)*sizeof(char*));
argv[0] = name;
for (argc = 1, p = args->head; p != NULL; argc++, p=p->next) {
//bug# 581, bug #932
if (p->name[0] == '\0') {
argc--;
continue;
}
/* don't put redirection in arg list */
if (strcmp(p->name, "<") == 0) {
/* has input file */
input = p->next->name;
break;
} else if (strcmp(p->name, ">") == 0) {
/* has output file */
output = p->next->name;
break;
} else if (strcmp(p->name, ">&") == 0) {
/* has error output file */
output = p->next->name;
save_stderr = TRUE;
break;
}
argv[argc] = p->name;
}
#if defined(__APPLE__)
if (hack_as_W)
{
#ifndef Is_True_On
argv[argc++] = ""; // "-Wa,-W";
#endif
}
#endif
argv[argc] = NULL;
/* fork a process */
forkpid = fork();
if (forkpid == -1) {
error("no more processes");
cleanup ();
do_exit (RC_SYSTEM_ERROR);
/* NOTREACHED */
}
if (forkpid == 0) {
char *my_path, *l_path, *l32_path, *nls_path, *env_path;
/* child */
/* if we want memory stats, we have to wait for
parent to connect to our /proc */
if (input != NULL) {
if ((fdin = open (input, O_RDONLY)) == -1) {
error ("cannot open input file %s", input);
cleanup ();
do_exit (RC_SYSTEM_ERROR);
/* NOTREACHED */
}
dup2 (fdin, fileno(stdin));
}
if (output != NULL) {
if ((fdout = creat (output, 0666)) == -1) {
error ("cannot create output file %s", output);
cleanup ();
do_exit (RC_SYSTEM_ERROR);
/* NOTREACHED */
}
if (save_stderr) {
dup2 (fdout, fileno(stderr));
} else {
dup2 (fdout, fileno(stdout));
}
}
my_path = get_binutils_lib_path();
rld_path = get_phase_ld_library_path (phase);
absoft_path = get_absoft_ld_library_path (phase);
if (absoft_path != 0)
asprintf(&my_path, "%s:%s", my_path, absoft_path);
if (rld_path != 0)
asprintf(&my_path, "%s:%s", my_path, rld_path);
l_path = l32_path = my_path;
if (ld_library_path)
asprintf(&l_path, "%s:%s", my_path, ld_library_path);
if (ld_libraryn32_path)
asprintf(&l32_path, "%s:%s", my_path,
ld_libraryn32_path);
my_putenv("LD_LIBRARY_PATH", l_path);
my_putenv("LD_LIBRARYN32_PATH", l32_path);
// Set up NLSPATH, for the Fortran front end.
nls_path = getenv("NLSPATH");
env_path = get_phase_dir(P_f90_fe);
if (nls_path) {
my_putenv("NLSPATH", "%s:%s/%%N.cat", nls_path, env_path);
} else {
my_putenv("NLSPATH", "%s/%%N.cat", env_path);
}
if (uses_message_system && getenv("ORIG_CMD_NAME") == NULL)
my_putenv("ORIG_CMD_NAME", "%s", program_name);
if (phase == P_f90_fe) {
char *root;
char *modulepath;
int len;
char *new_env;
char *env_name = "FORTRAN_SYSTEM_MODULES=";
char *env_val = "/usr/lib/f90modules";
root = getenv("TOOLROOT");
if (root != NULL) {
len = strlen(env_val) + strlen(root) +3 + strlen(env_val);
new_env = alloca(len);
sprintf(new_env,"%s/%s:%s",root,env_val,env_val);
env_val = new_env;
}
modulepath = string_copy(getenv("FORTRAN_SYSTEM_MODULES"));
if (modulepath != NULL) {
/* Append env_val to FORTRAN_SYSTEM_MODULES */
if (modulepath[strlen(modulepath)-1] == ':') {
/* Just append env_val */
len = strlen(modulepath) + strlen(env_val) + 1;
new_env = alloca(len);
sprintf(new_env,"%s%s",modulepath,env_val);
} else {
/* append :env_val */
len = strlen(modulepath) + strlen(env_val) + 2;
new_env = alloca(len);
sprintf(new_env,"%s:%s",modulepath,env_val);
}
env_val = new_env;
}
my_putenv ("FORTRAN_SYSTEM_MODULES", "%s", env_val);
}
/* need to setenv COMPILER_PATH for collect to find ld */
my_putenv ("COMPILER_PATH", "%s", get_phase_dir(P_collect));
/* Tell IPA where to find the driver. */
#if defined(ABSOFT_EXTENSIONS)
my_putenv ("COMPILER_BIN", "%s/" PSC_NAME_PREFIX "f90",
get_executable_dir());
#else
my_putenv ("COMPILER_BIN", "%s/" PSC_NAME_PREFIX "cc-"
PSC_FULL_VERSION, get_executable_dir());
#endif
my_execv(name, argv);
} else {
/* parent */
int procid; /* id of the /proc file */
while ((waitpid = wait (&waitstatus)) != forkpid) {
if (waitpid == -1) {
error("bad return from wait");
cleanup();
do_exit(RC_SYSTEM_ERROR);
/* NOTREACHED */
}
}
if (time_flag) print_time(name);
if (WIFSTOPPED(waitstatus)) {
termsig = WSTOPSIG(waitstatus);
error("STOPPED signal received from %s", name);
cleanup();
do_exit(RC_SYSTEM_ERROR);
/* NOTREACHED */
} else if (WIFEXITED(waitstatus)) {
int status = WEXITSTATUS(waitstatus);
extern int inline_t;
boolean internal_err = FALSE;
boolean user_err = FALSE;
if (phase == P_prof) {
/* Make sure the .cfb files were created before
changing the STATUS to OKAY */
if (prof_file != NULL) {
if (!(stat(fb_file, &stat_buf) != 0 && errno == ENOENT))
status = RC_OKAY;
} else {
internal_error("No count file was specified for a prof run");
perror(program_name);
}
}
if (phase == P_f90_fe && keep_listing) {
char *cif_file;
cif_file = construct_given_name(
drop_path(source_file), "T", TRUE);
if (!(stat(cif_file, &stat_buf) != 0 && errno == ENOENT))
f90_fe_status = status;
f90_fe_name = string_copy(name);
/* Change the status to OKAY so that we can
* execute the lister on the cif_file; we will
* take appropriate action on this status once
* the lister has finished executing. See below.
*/
status = RC_OKAY;
}
if (phase == P_lister) {
if (status == RC_OKAY && f90_fe_status != RC_OKAY) {
/* We had encountered an error in the F90_fe phase
* but we ignored it so that we could execute the
* lister on the cif file; we need to switch the
* status to the status we received from F90_fe
* and use the name of the F90_fe_phase, so that
* we can issue a correct error message.
*/
status = f90_fe_status;
name = string_copy(f90_fe_name);
/* Reset f90_fe_status to OKAY for any further
* compilations on other source files.
*/
f90_fe_status = RC_OKAY;
}
}
switch (status) {
case RC_OKAY:
if (inline_t == UNDEFINED
&& is_matching_phase(
get_phase_mask(phase), P_any_fe) )
{
inline_t = FALSE;
}
break;
case RC_NEED_INLINER:
if (inline_t == UNDEFINED
&& is_matching_phase(
get_phase_mask(phase), P_any_fe) )
{
inline_t = TRUE;
}
/* completed successfully */
break;
case RC_USER_ERROR:
case RC_NORECOVER_USER_ERROR:
case RC_SYSTEM_ERROR:
case RC_GCC_ERROR:
user_err = TRUE;
break;
case RC_OVERFLOW_ERROR:
if (!ran_twice && phase == P_be) {
/* try recompiling with larger limits */
ran_twice = TRUE;
add_string (args, "-TENV:long_eh_offsets");
add_string (args, "-TENV:large_stack");
run_phase (phase, name, args);
return;
}
internal_err = TRUE;
break;
case RC_INTERNAL_ERROR:
internal_err = TRUE;
break;
default:
internal_err = TRUE;
break;
}
if (internal_err) {
if (phase == P_ld || phase == P_ldplus ||
#ifdef KEY
phase == P_gas || // bug 4846
#endif
phase == P_gcpp || phase == P_gcpp_plus) {
if (phase == P_gas)
internal_error_occurred = 1;
log_error("%s returned non-zero status %d",
name, status);
nomsg_error(status);
} else {
internal_error("%s returned non-zero status %d",
name, status);
}
}
else if (user_err) {
/* assume phase will print diagnostics */
if (phase == P_c_gfe || phase == P_cplus_gfe) {
nomsg_error(RC_INTERNAL_ERROR);
}
else if (!show_flag || save_stderr) {
nomsg_error(RC_USER_ERROR);
} else {
error("%s returned non-zero status %d",
name, status);
}
}
ran_twice = FALSE;
return;
} else if(WIFSIGNALED(waitstatus)){
termsig = WTERMSIG(waitstatus);
switch (termsig) {
case SIGHUP:
case SIGINT:
case SIGQUIT:
case SIGKILL:
case SIGTERM:
error("%s died due to signal %d", name, termsig);
break;
default:
internal_error("%s died due to signal %d",
name, termsig);
break;
}
#ifndef __CYGWIN__
if(waitstatus & WCOREFLAG) {
error("core dumped");
}
#endif
if (termsig == SIGKILL) {
error("Probably caused by running out of swap space -- check %s", LOGFILE);
}
cleanup();
do_exit(RC_SYSTEM_ERROR);
} else {
/* cannot happen, I think! */
internal_error("driver exec'ing is confused");
return;
}
}
}
void
run_phase (phases_t phase, char *name, string_list_t *args)
{
const char **argv;
int argc;
string_item_t *p;
char *output = NULL;
char *input = NULL;
boolean save_stderr = FALSE;
int fdin, fdout;
int waitstatus;
int termsig;
int num_maps;
char *rld_path;
struct stat stat_buf;
const char* errmsg;
int errnum;
char *my_path;
char *l_path;
char *l32_path;
char *nls_path;
char *env_path;
char *root_prefix;
#if defined(BUILD_OS_DARWIN)
int suppress_compiler_path = (phase == P_gas);
#endif /* defined(BUILD_OS_DARWIN) */
const boolean uses_message_system =
(phase == P_f90_fe || phase == P_cppf90_fe);
if ((phase == P_be || phase == P_ipl) && add_heap_limit) {
char str[200];
sprintf(str, "-OPT:hugepage_heap_limit=%d -OPT:hugepage_attr=%d",
heap_limit, hugepage_attr);
add_string(args, str);
}
if (show_flag) {
/* echo the command */
fprintf(stderr, "%s ", name);
print_string_list(stderr, args);
}
if (!execute_flag) return;
if (time_flag) init_time();
/* copy arg_list to argv format that exec wants */
for (argc = 1, p = args->head; p != NULL; p = p->next) {
//bug# 581, bug #932, bug #1049
if (p->name == NULL || p->name[0] == '\0') {
continue;
}
argc++;
}
argv = (const char **)malloc((argc + 1) * sizeof(char *));
if (argv == NULL) {
error("not enough memory");
cleanup();
do_exit(RC_SYSTEM_ERROR);
}
argv[0] = name;
for (argc = 1, p = args->head; p != NULL; p = p->next) {
//bug# 581, bug #932
if (p->name == NULL || p->name[0] == '\0') {
continue;
}
/* don't put redirection in arg list */
if (strcmp(p->name, "<") == 0) {
/* has input file */
input = p->next->name;
break;
} else if (strcmp(p->name, ">") == 0) {
/* has output file */
output = p->next->name;
break;
} else if (strcmp(p->name, ">&") == 0) {
/* has error output file */
output = p->next->name;
save_stderr = TRUE;
break;
}
argv[argc++] = p->name;
}
argv[argc] = NULL;
if (show_command_only(name, argv)) {
return;
}
my_path = get_binutils_lib_path();
rld_path = get_phase_ld_library_path(phase);
if (rld_path != NULL) {
asprintf(&my_path, "%s:%s", my_path, rld_path);
}
l_path = l32_path = my_path;
if (ld_library_path) {
asprintf(&l_path, "%s:%s", my_path, ld_library_path);
}
/* if we want memory stats, we have to wait for
parent to connect to our /proc */
if (input != NULL) {
if ((fdin = open (input, O_RDONLY)) == -1) {
error ("cannot open input file %s", input);
cleanup ();
do_exit (RC_SYSTEM_ERROR);
/* NOTREACHED */
}
dup2 (fdin, fileno(stdin));
}
if (output != NULL) {
if ((fdout = creat (output, 0666)) == -1) {
error ("cannot create output file %s", output);
cleanup ();
do_exit (RC_SYSTEM_ERROR);
/* NOTREACHED */
}
if (save_stderr) {
dup2 (fdout, fileno(stderr));
} else {
dup2 (fdout, fileno(stdout));
}
}
my_path = get_binutils_lib_path();
rld_path = get_phase_ld_library_path (phase);
if (rld_path != 0) {
asprintf(&my_path, "%s:%s:%s/%s", my_path, rld_path, rld_path, current_target->abi_name);
}
l_path = l32_path = my_path;
if (ld_library_path)
asprintf(&l_path, "%s:%s", my_path, ld_library_path);
if (ld_libraryn32_path)
asprintf(&l32_path, "%s:%s", my_path,
ld_libraryn32_path);
#if defined(BUILD_OS_DARWIN)
/* Darwin static linker uses LD_LIBRARY_PATH, but dynamic
* linker uses DYLD_LIBRARY_PATH */
my_putenv("DYLD_LIBRARY_PATH", "%s", l_path);
#else /* defined(BUILD_OS_DARWIN) */
my_putenv("LD_LIBRARY_PATH", "%s", l_path);
my_putenv("LD_LIBRARYN32_PATH", "%s", l32_path);
#endif /* defined(BUILD_OS_DARWIN) */
// Set up NLSPATH, for the Fortran front end.
nls_path = getenv("NLSPATH");
root_prefix = directory_path(get_executable_dir());
if (nls_path) {
my_putenv("NLSPATH", "%s:%s%s/%%N.cat", nls_path, root_prefix, LIBPATH);
} else {
my_putenv("NLSPATH", "%s%s/%%N.cat", root_prefix, LIBPATH);
}
if (uses_message_system && getenv("ORIG_CMD_NAME") == NULL)
my_putenv("ORIG_CMD_NAME", "%s", program_name);
if (phase == P_f90_fe) {
char *root;
char *modulepath;
int len;
char *new_env;
char *env_name = "FORTRAN_SYSTEM_MODULES=";
char *env_val = "/usr/lib/f90modules";
root = getenv("TOOLROOT");
if (root != NULL) {
len = strlen(env_val) + strlen(root) +3 + strlen(env_val);
new_env = alloca(len);
sprintf(new_env,"%s/%s:%s",root,env_val,env_val);
env_val = new_env;
}
modulepath = string_copy(getenv("FORTRAN_SYSTEM_MODULES"));
if (modulepath != NULL) {
/* Append env_val to FORTRAN_SYSTEM_MODULES */
if (modulepath[strlen(modulepath)-1] == ':') {
/* Just append env_val */
len = strlen(modulepath) + strlen(env_val) + 1;
new_env = alloca(len);
sprintf(new_env,"%s%s",modulepath,env_val);
} else {
/* append :env_val */
len = strlen(modulepath) + strlen(env_val) + 2;
new_env = alloca(len);
sprintf(new_env,"%s:%s",modulepath,env_val);
}
env_val = new_env;
}
my_putenv ("FORTRAN_SYSTEM_MODULES", "%s", env_val);
}
/* need to setenv COMPILER_PATH for collect to find ld */
if (
#ifdef KEY
// gcc will invoke the cc1 in the COMPILER_PATH directory,
// which is not what we want when we invoke gcc for
// preprocessing. Bug 10164.
#if defined(BUILD_OS_DARWIN)
/* Driver uses gcc to run assembler. If we set COMPILER_PATH,
* gcc uses PSC version of cc1, which doesn't accept one of
* the options (-mmacosx-version-min=10.5.1) which Apple's
* gcc driver passes to Apple's cc1. Looks like the
* "is_matching_phase" test might already be trying to fix
* this, but it's not succeeding.
*/
!suppress_compiler_path &&
#endif
!is_matching_phase(get_phase_mask(P_any_cpp), phase) &&
#endif
1) {
my_putenv("COMPILER_PATH", "%s", get_phase_dir(P_collect));
}
/* Tell IPA where to find the driver. */
my_putenv("COMPILER_BIN", "%s/" PSC_NAME_PREFIX "cc-"
PSC_FULL_VERSION, get_executable_dir());
if (execute(name, argv, input, output, &errmsg, &waitstatus) == -1) {
error("execute failed: %s", errmsg);
cleanup();
do_exit(RC_SYSTEM_ERROR);
}
if (time_flag) print_time(name);
if (WIFSTOPPED(waitstatus)) {
error("STOPPED signal received from %s", name);
cleanup();
do_exit(RC_SYSTEM_ERROR);
/* NOTREACHED */
} else if (WIFEXITED(waitstatus)) {
int status = WEXITSTATUS(waitstatus);
extern int inline_t;
boolean internal_err = FALSE;
boolean user_err = FALSE;
if (phase == P_prof) {
/* Make sure the .cfb files were created before
changing the STATUS to OKAY */
if (prof_file != NULL) {
if (!(stat(fb_file, &stat_buf) != 0 && errno == ENOENT)) {
status = RC_OKAY;
}
} else {
internal_error("No count file was specified for a prof run");
perror(program_name);
}
}
if (phase == P_f90_fe && keep_listing) {
char *cif_file = construct_given_name(drop_path(source_file),
"T", TRUE);
if (!(stat(cif_file, &stat_buf) != 0 && errno == ENOENT)) {
f90_fe_status = status;
}
f90_fe_name = string_copy(name);
/* Change the status to OKAY so that we can
* execute the lister on the cif_file; we will
* take appropriate action on this status once
* the lister has finished executing. See below.
*/
status = RC_OKAY;
}
if (phase == P_lister) {
if (status == RC_OKAY && f90_fe_status != RC_OKAY) {
/* We had encountered an error in the F90_fe phase
* but we ignored it so that we could execute the
* lister on the cif file; we need to switch the
* status to the status we received from F90_fe
* and use the name of the F90_fe_phase, so that
* we can issue a correct error message.
*/
status = f90_fe_status;
name = string_copy(f90_fe_name);
/* Reset f90_fe_status to OKAY for any further
* compilations on other source files.
*/
f90_fe_status = RC_OKAY;
}
}
switch (status) {
case RC_OKAY:
#ifdef KEY
// If the command line has explicit inline
// setting, follow it; else follow the
// front-end request. Bug 11325.
if (inline_t != UNDEFINED) {
run_inline = inline_t;
break;
}
#ifdef PATH64_ENABLE_GNU_FRONTEND
// bug 10215
if (is_matching_phase(get_phase_mask(phase), P_wgen)) {
run_inline = FALSE;
}
#endif // PATH64_ENABLE_GNU_FRONTEND
#ifdef PATH64_ENABLE_PSCLANG
// bug 10215
if (is_matching_phase(get_phase_mask(phase), P_psclang)) {
run_inline = FALSE;
}
#endif // PATH64_ENABLE_PSCLANG
break;
#endif
if (inline_t == UNDEFINED &&
is_matching_phase(get_phase_mask(phase), P_any_fe)) {
#ifdef KEY
run_inline = FALSE; // bug 11325
#else
inline_t = FALSE;
#endif
}
break;
case RC_NEED_INLINER:
#ifdef KEY // If the command line has explicit inline
// setting, follow it; else follow the
// front-end request. Bug 11325.
if (inline_t != UNDEFINED) {
run_inline = inline_t;
break;
}
#ifdef PATH64_ENABLE_GNU_FRONTEND
// bug 10215
if (is_matching_phase(get_phase_mask(phase), P_wgen)) {
run_inline = TRUE;
}
#endif // PATH64_ENABLE_GNU_FRONTEND
#ifdef PATH64_ENABLE_PSCLANG
// bug 10215
if (is_matching_phase(get_phase_mask(phase), P_psclang)) {
run_inline = TRUE;
}
#endif // PATH64_ENABLE_PSCLANG
break;
#endif
if (inline_t == UNDEFINED &&
is_matching_phase(get_phase_mask(phase), P_any_fe)) {
#ifdef KEY
run_inline = TRUE; // bug 11325
#else
inline_t = TRUE;
#endif
}
/* completed successfully */
break;
case RC_USER_ERROR:
case RC_NORECOVER_USER_ERROR:
case RC_SYSTEM_ERROR:
case RC_GCC_ERROR:
#ifdef KEY
case RC_RTL_MISSING_ERROR: /* bug 14054 */
#endif
user_err = TRUE;
break;
case RC_OVERFLOW_ERROR:
if (!ran_twice && phase == P_be) {
/* try recompiling with larger limits */
ran_twice = TRUE;
add_string(args, "-TENV:long_eh_offsets");
add_string(args, "-TENV:large_stack");
run_phase(phase, name, args);
return;
}
internal_err = TRUE;
break;
#ifdef KEY
case RC_GCC_INTERNAL_ERROR:
#endif
case RC_INTERNAL_ERROR:
internal_err = TRUE;
break;
default:
internal_err = TRUE;
break;
}
if (internal_err) {
if (phase == P_ld ||
phase == P_ldplus ||
#ifdef KEY
phase == P_gas || // bug 4846
phase == P_f_coco || // bug 9058
#ifdef PATH64_ENABLE_PSCLANG
phase == P_psclang_cpp ||
phase == P_psclang ||
#endif // PATH64_ENABLE_PSCLANG
status == RC_GCC_INTERNAL_ERROR || //bug 9637
#endif // KEY
#ifdef PATH64_ENABLE_GNU_FRONTEND
phase == P_spin_cc1 ||
phase == P_spin_cc1plus ||
phase == P_gcpp ||
phase == P_gcpp_plus ||
#endif // PATH64_ENABLE_GNU_FRONTEND
TRUE) {
if (phase == P_gas ||
status == RC_GCC_INTERNAL_ERROR) {
internal_error_occurred = 1;
}
log_error("%s returned non-zero status %d", name, status);
nomsg_error(status);
} else {
internal_error("%s returned non-zero status %d", name, status);
}
}
else if (user_err) {
/* assume phase will print diagnostics */
if (phase == P_c_gfe || phase == P_cplus_gfe
#ifdef PATH64_ENABLE_GNU_FRONTEND
#ifdef KEY
|| phase == P_wgen
|| phase == P_spin_cc1
|| phase == P_spin_cc1plus
#endif // KEY
#endif // PATH64_ENABLE_GNU_FRONTEND
) {
nomsg_error(RC_INTERNAL_ERROR);
}
else if (!show_flag || save_stderr) {
nomsg_error(RC_USER_ERROR);
} else {
error("%s returned non-zero status %d", name, status);
}
}
ran_twice = FALSE;
return;
} else if(WIFSIGNALED(waitstatus)) {
termsig = WTERMSIG(waitstatus);
switch (termsig) {
#ifdef SIGHUP
case SIGHUP:
#endif
case SIGINT:
#ifdef SIGQUIT
case SIGQUIT:
#endif
#ifdef SIGKILL
case SIGKILL:
#endif
case SIGTERM:
error("%s died due to signal %d", name, termsig);
break;
default:
internal_error("%s died due to signal %d", name, termsig);
break;
}
if(waitstatus & WCOREFLAG) {
error("core dumped");
}
#ifdef SIGKILL
if (termsig == SIGKILL) {
error("Probably caused by running out of swap space -- check %s", LOGFILE);
}
#endif
cleanup();
do_exit(RC_SYSTEM_ERROR);
} else {
/* cannot happen, I think! */
internal_error("driver exec'ing is confused");
return;
}
}
