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locale: Optimize tst-localedef-path-norm

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The locale generation are issues in parallel to try speed locale
generation.  The maximum number of jobs are limited to the online
CPU (in hope to not overcommit on environments with lower cores
than tests).

On a Ryzen 9, the test execution improves from ~6.7s to ~1.4s.

Tested-by: Mark Wielaard <mark@klomp.org>
This commit is contained in:
Adhemerval Zanella 2022-07-19 10:30:34 -03:00
parent ac8047cdf3
commit 6c4ed247bf
2 changed files with 128 additions and 111 deletions
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2
locale/Makefile
View File

@ -116,3 +116,5 @@ include $(patsubst %,$(..)libof-iterator.mk,$(cpp-srcs-left))
$(objpfx)tst-locale-locpath.out : tst-locale-locpath.sh $(objpfx)locale
$(SHELL) $< '$(common-objpfx)' '$(test-wrapper-env)' '$(run-program-env)' > $@; \
$(evaluate-test)
$(objpfx)tst-localedef-path-norm: $(shared-thread-library)

237
locale/tst-localedef-path-norm.c
View File

@ -29,6 +29,7 @@
present, regardless of verbosity. POSIX requires that any warnings cause the
exit status to be non-zero. */
#include <array_length.h>
#include <sys/types.h>
#include <sys/stat.h>
#include <unistd.h>
@ -37,9 +38,10 @@
#include <support/check.h>
#include <support/support.h>
#include <support/xunistd.h>
#include <support/xthread.h>
/* Full path to localedef. */
char *prog;
static const char *prog;
/* Execute localedef in a subprocess. */
static void
@ -63,12 +65,13 @@ struct test_closure
/* Run localedef with DATA.ARGV arguments (NULL terminated), and expect path to
the compiled locale is "DATA.COMPLOCALEDIR/DATA.EXP". */
static void
run_test (struct test_closure data)
static void *
run_test (void *closure)
{
const char * const *args = data.argv;
const char *exp = data.exp;
const char *complocaledir = data.complocaledir;
struct test_closure *data = closure;
const char * const *args = data->argv;
const char *exp = data->exp;
const char *complocaledir = data->complocaledir;
struct stat64 fs;
/* Expected output path. */
@ -82,8 +85,14 @@ run_test (struct test_closure data)
/* Verify path is present and is a directory. */
xstat (path, &fs);
TEST_VERIFY_EXIT (S_ISDIR (fs.st_mode));
printf ("info: Directory '%s' exists.\n", path);
if (!S_ISDIR (fs.st_mode))
{
support_record_failure ();
printf ("error: Directory '%s' does not exist.\n", path);
return (void *) -1ULL;
}
return NULL;
}
static int
@ -99,139 +108,145 @@ do_test (void)
#define ABSDIR "/output"
xmkdirp (ABSDIR, 0777);
/* It takes ~10 seconds to serially execute 9 localedef test. We
could run the compilations in parallel if we want to reduce test
time. We don't want to split this out into distinct tests because
it would require multiple chroots. Batching the same localedef
tests saves disk space during testing. */
/* It takes ~10 seconds to serially execute 9 localedef test. We run the
compilations in parallel to reduce test time. We don't want to split
this out into distinct tests because it would require multiple chroots.
Batching the same localedef tests saves disk space during testing. */
struct test_closure tests[] =
{
/* Test 1: Expected normalization.
Run localedef and expect output in $(complocaledir)/en_US1.utf8,
with normalization changing UTF-8 to utf8. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US1.UTF-8", NULL },
.exp = "en_US1.utf8",
.complocaledir = support_complocaledir_prefix
});
{
.argv = { (const char *const) prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US1.UTF-8", NULL },
.exp = "en_US1.utf8",
.complocaledir = support_complocaledir_prefix
},
/* Test 2: No normalization past '@'.
Run localedef and expect output in $(complocaledir)/en_US2.utf8@tEsT,
with normalization changing UTF-8@tEsT to utf8@tEsT (everything after
@ is untouched). */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US2.UTF-8@tEsT", NULL },
.exp = "en_US2.utf8@tEsT",
.complocaledir = support_complocaledir_prefix
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US2.UTF-8@tEsT", NULL },
.exp = "en_US2.utf8@tEsT",
.complocaledir = support_complocaledir_prefix
},
/* Test 3: No normalization past '@' despite period.
Run localedef and expect output in $(complocaledir)/en_US3@tEsT.UTF-8,
with normalization changing nothing (everything after @ is untouched)
despite there being a period near the end. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US3@tEsT.UTF-8", NULL },
.exp = "en_US3@tEsT.UTF-8",
.complocaledir = support_complocaledir_prefix
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US3@tEsT.UTF-8", NULL },
.exp = "en_US3@tEsT.UTF-8",
.complocaledir = support_complocaledir_prefix
},
/* Test 4: Normalize numeric codeset by adding 'iso' prefix.
Run localedef and expect output in $(complocaledir)/en_US4.88591,
with normalization changing 88591 to iso88591. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US4.88591", NULL },
.exp = "en_US4.iso88591",
.complocaledir = support_complocaledir_prefix
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US4.88591", NULL },
.exp = "en_US4.iso88591",
.complocaledir = support_complocaledir_prefix
},
/* Test 5: Don't add 'iso' prefix if first char is alpha.
Run localedef and expect output in $(complocaledir)/en_US5.a88591,
with normalization changing nothing. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US5.a88591", NULL },
.exp = "en_US5.a88591",
.complocaledir = support_complocaledir_prefix
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US5.a88591", NULL },
.exp = "en_US5.a88591",
.complocaledir = support_complocaledir_prefix
},
/* Test 6: Don't add 'iso' prefix if last char is alpha.
Run localedef and expect output in $(complocaledir)/en_US6.88591a,
with normalization changing nothing. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US6.88591a", NULL },
.exp = "en_US6.88591a",
.complocaledir = support_complocaledir_prefix
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
"en_US6.88591a", NULL },
.exp = "en_US6.88591a",
.complocaledir = support_complocaledir_prefix
},
/* Test 7: Don't normalize anything with an absolute path.
Run localedef and expect output in ABSDIR/en_US7.UTF-8,
with normalization changing nothing. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
ABSDIR "/en_US7.UTF-8", NULL },
.exp = "en_US7.UTF-8",
.complocaledir = ABSDIR
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
ABSDIR "/en_US7.UTF-8", NULL },
.exp = "en_US7.UTF-8",
.complocaledir = ABSDIR
},
/* Test 8: Don't normalize anything with an absolute path.
Run localedef and expect output in ABSDIR/en_US8.UTF-8@tEsT,
with normalization changing nothing. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
ABSDIR "/en_US8.UTF-8@tEsT", NULL },
.exp = "en_US8.UTF-8@tEsT",
.complocaledir = ABSDIR
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
ABSDIR "/en_US8.UTF-8@tEsT", NULL },
.exp = "en_US8.UTF-8@tEsT",
.complocaledir = ABSDIR
},
/* Test 9: Don't normalize anything with an absolute path.
Run localedef and expect output in ABSDIR/en_US9@tEsT.UTF-8,
with normalization changing nothing. */
run_test ((struct test_closure)
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
ABSDIR "/en_US9@tEsT.UTF-8", NULL },
.exp = "en_US9@tEsT.UTF-8",
.complocaledir = ABSDIR
});
{
.argv = { prog,
"--no-archive",
"-i", "en_US",
"-f", "UTF-8",
ABSDIR "/en_US9@tEsT.UTF-8", NULL },
.exp = "en_US9@tEsT.UTF-8",
.complocaledir = ABSDIR
}
};
/* Do not run more threads than the maximum of online CPUs. */
size_t ntests = array_length (tests);
long int cpus = sysconf (_SC_NPROCESSORS_ONLN);
cpus = cpus == -1 ? 1 : cpus;
printf ("info: cpus=%ld ntests=%zu\n", cpus, ntests);
pthread_t thr[ntests];
for (int i = 0; i < ntests; i += cpus)
{
int max = i + cpus;
if (max > ntests)
max = ntests;
for (int j = i; j < max; j++)
thr[j] = xpthread_create (NULL, run_test, &tests[j]);
for (int j = i; j < max; j++)
TEST_VERIFY (xpthread_join (thr[j]) == NULL);
}
return 0;
}