mirror of
git://git.gnupg.org/gnupg.git
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tests: Replace spawn_process_fd functions by the new spawn_process.
-- Signed-off-by: NIIBE Yutaka <gniibe@fsij.org>
This commit is contained in:
NIIBE Yutaka
parent
b35c3980c1
commit
8bd75655cb
@ -748,9 +748,68 @@ do_es_write (scheme *sc, pointer args)
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}
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/* Process handling. */
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struct proc_object_box
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{
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gnupg_process_t proc;
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};
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static void
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proc_object_finalize (scheme *sc, void *data)
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{
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struct proc_object_box *box = data;
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(void) sc;
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if (!box->proc)
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gnupg_process_release (box->proc);
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xfree (box);
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}
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static void
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proc_object_to_string (scheme *sc, char *out, size_t size, void *data)
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{
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struct proc_object_box *box = data;
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(void) sc;
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snprintf (out, size, "#proc %p", box->proc);
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}
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static struct foreign_object_vtable proc_object_vtable =
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{
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proc_object_finalize,
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proc_object_to_string,
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};
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static pointer
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proc_wrap (scheme *sc, gnupg_process_t proc)
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{
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struct proc_object_box *box = xmalloc (sizeof *box);
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if (box == NULL)
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return sc->NIL;
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box->proc = proc;
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return sc->vptr->mk_foreign_object (sc, &proc_object_vtable, box);
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}
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static struct proc_object_box *
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proc_unwrap (scheme *sc, pointer object)
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{
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(void) sc;
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if (! is_foreign_object (object))
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return NULL;
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if (sc->vptr->get_foreign_object_vtable (object) != &proc_object_vtable)
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return NULL;
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return sc->vptr->get_foreign_object_data (object);
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}
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#define CONVERSION_proc(SC, X) proc_unwrap (SC, X)
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#define IS_A_proc(SC, X) proc_unwrap (SC, X)
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static pointer
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do_spawn_process (scheme *sc, pointer args)
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{
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@ -803,21 +862,30 @@ do_spawn_process (scheme *sc, pointer args)
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#undef IMC
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}
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static void
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setup_std_fds (struct spawn_cb_arg *sca)
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{
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int *std_fds = sca->arg;
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sca->fds[0] = std_fds[0];
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sca->fds[1] = std_fds[1];
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sca->fds[2] = std_fds[2];
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}
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static pointer
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do_spawn_process_fd (scheme *sc, pointer args)
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do_process_spawn_fd (scheme *sc, pointer args)
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{
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FFI_PROLOG ();
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pointer arguments;
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char **argv;
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size_t len;
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int infd, outfd, errfd;
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pid_t pid;
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int std_fds[3];
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gnupg_process_t proc = NULL;
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FFI_ARG_OR_RETURN (sc, pointer, arguments, list, args);
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FFI_ARG_OR_RETURN (sc, int, infd, number, args);
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FFI_ARG_OR_RETURN (sc, int, outfd, number, args);
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FFI_ARG_OR_RETURN (sc, int, errfd, number, args);
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FFI_ARG_OR_RETURN (sc, int, std_fds[0], number, args);
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FFI_ARG_OR_RETURN (sc, int, std_fds[1], number, args);
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FFI_ARG_OR_RETURN (sc, int, std_fds[2], number, args);
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FFI_ARGS_DONE_OR_RETURN (sc, args);
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err = ffi_list2argv (sc, arguments, &argv, &len);
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@ -834,13 +902,31 @@ do_spawn_process_fd (scheme *sc, pointer args)
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fprintf (stderr, "Executing:");
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for (p = argv; *p; p++)
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fprintf (stderr, " '%s'", *p);
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fprintf (stderr, "\n");
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fprintf (stderr, " (%d %d %d)\n", std_fds[0], std_fds[1], std_fds[2]);
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}
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err = gnupg_spawn_process_fd (argv[0], (const char **) &argv[1],
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infd, outfd, errfd, &pid);
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err = gnupg_process_spawn (argv[0], (const char **) &argv[1],
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0, setup_std_fds, std_fds, &proc);
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xfree (argv);
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FFI_RETURN_INT (sc, pid);
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FFI_RETURN_POINTER (sc, proc_wrap (sc, proc));
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}
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static pointer
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do_process_wait (scheme *sc, pointer args)
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{
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FFI_PROLOG ();
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struct proc_object_box *box;
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int hang;
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int retcode = -1;
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FFI_ARG_OR_RETURN (sc, struct proc_object_box *, box, proc, args);
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FFI_ARG_OR_RETURN (sc, int, hang, bool, args);
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FFI_ARGS_DONE_OR_RETURN (sc, args);
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err = gnupg_process_wait (box->proc, hang);
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if (!err)
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err = gnupg_process_ctl (box->proc, GNUPG_PROCESS_GET_EXIT_ID, &retcode);
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FFI_RETURN_INT (sc, retcode);
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}
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static pointer
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@ -1394,12 +1480,13 @@ ffi_init (scheme *sc, const char *argv0, const char *scriptname,
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/* Process management. */
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ffi_define_function (sc, spawn_process);
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ffi_define_function (sc, spawn_process_fd);
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ffi_define_function (sc, wait_process);
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ffi_define_function (sc, wait_processes);
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ffi_define_function (sc, pipe);
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ffi_define_function (sc, inbound_pipe);
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ffi_define_function (sc, outbound_pipe);
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ffi_define_function (sc, process_spawn_fd);
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ffi_define_function (sc, process_wait);
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/* estream functions. */
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ffi_define_function_name (sc, "es-fclose", es_fclose);
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@ -69,37 +69,36 @@
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(assert (string=? "" (:stderr r))))
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(define (spawn what)
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(spawn-process-fd what CLOSED_FD STDOUT_FILENO STDERR_FILENO))
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(process-spawn-fd what CLOSED_FD STDOUT_FILENO STDERR_FILENO))
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(let ((pid0 (spawn `(,(qualify "t-child") "return0")))
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(pid1 (spawn `(,(qualify "t-child") "return0"))))
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(assert (equal? '(0 0)
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(wait-processes '("child0" "child1") (list pid0 pid1) #t))))
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(let ((proc0 (spawn `(,(qualify "t-child") "return0")))
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(proc1 (spawn `(,(qualify "t-child") "return0"))))
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(assert (= (process-wait proc0 #t) 0))
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(assert (= (process-wait proc1 #t) 0)))
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(let ((pid0 (spawn `(,(qualify "t-child") "return1")))
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(pid1 (spawn `(,(qualify "t-child") "return0"))))
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(assert (equal? '(1 0)
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(wait-processes '("child0" "child1") (list pid0 pid1) #t))))
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(let ((proc0 (spawn `(,(qualify "t-child") "return1")))
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(proc1 (spawn `(,(qualify "t-child") "return0"))))
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(assert (= (process-wait proc0 #t) 1))
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(assert (= (process-wait proc1 #t) 0)))
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(let ((pid0 (spawn `(,(qualify "t-child") "return0")))
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(pid1 (spawn `(,(qualify "t-child") "return77")))
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(pid2 (spawn `(,(qualify "t-child") "return1"))))
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(assert (equal? '(0 77 1)
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(wait-processes '("child0" "child1" "child2")
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(list pid0 pid1 pid2) #t))))
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(let ((proc0 (spawn `(,(qualify "t-child") "return0")))
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(proc1 (spawn `(,(qualify "t-child") "return77")))
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(proc2 (spawn `(,(qualify "t-child") "return1"))))
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(assert (= (process-wait proc0 #t) 0))
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(assert (= (process-wait proc1 #t) 77))
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(assert (= (process-wait proc2 #t) 1)))
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(let* ((p (pipe))
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(pid0 (spawn-process-fd
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(proc0 (process-spawn-fd
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`(,(qualify "t-child") "hello_stdout")
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CLOSED_FD (:write-end p) STDERR_FILENO))
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(_ (close (:write-end p)))
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(pid1 (spawn-process-fd
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(proc1 (process-spawn-fd
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`(,(qualify "t-child") "cat")
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(:read-end p) STDOUT_FILENO STDERR_FILENO)))
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(close (:read-end p))
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(assert
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(equal? '(0 0)
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(wait-processes '("child0" "child1") (list pid0 pid1) #t))))
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(assert (= (process-wait proc0 #t) 0))
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(assert (= (process-wait proc1 #t) 0)))
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(echo " world.")
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(tr:do
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@ -81,7 +81,7 @@
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;; Process management.
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(define CLOSED_FD -1)
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(define (call-with-fds what infd outfd errfd)
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(wait-process (stringify what) (spawn-process-fd what infd outfd errfd) #t))
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(process-wait (process-spawn-fd what infd outfd errfd) #t))
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(define (call what)
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(call-with-fds what
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CLOSED_FD
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@ -351,12 +351,8 @@
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(define (dump)
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(write (list procs source sink producer))
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(newline))
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(define (add-proc command pid)
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(new (cons (list command pid) procs) source sink producer))
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(define (commands)
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(map car procs))
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(define (pids)
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(map cadr procs))
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(define (add-proc proc)
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(new (cons proc procs) source sink producer))
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(define (set-source source')
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(new procs source' sink producer))
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(define (set-sink sink')
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@ -367,17 +363,19 @@
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(new procs source sink producer'))))))
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(define (process-wait-list procs hang)
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(map (lambda (p) (process-wait p hang)) procs))
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(define (pipe:do . commands)
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(let loop ((M (pipeM::new '() CLOSED_FD CLOSED_FD #f)) (cmds commands))
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(if (null? cmds)
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(begin
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(if M::producer (M::producer))
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(if (not (null? M::procs))
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(let* ((retcodes (wait-processes (map stringify (M::commands))
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(M::pids) #t))
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(results (map (lambda (p r) (append p (list r)))
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(let* ((retcodes (process-wait-list M::procs #t))
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(results (map (lambda (p r) (cons p r))
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M::procs retcodes))
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(failed (filter (lambda (x) (not (= 0 (caddr x))))
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(failed (filter (lambda (x) (not (= 0 (cdr x))))
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results)))
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(if (not (null? failed))
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(throw failed))))) ; xxx nicer reporting
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@ -408,11 +406,11 @@
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(define (pipe:spawn command)
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(lambda (M)
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(define (do-spawn M new-source)
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(let ((pid (spawn-process-fd command M::source M::sink
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(if (> (*verbose*) 0)
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STDERR_FILENO CLOSED_FD)))
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(let ((proc (process-spawn-fd command M::source M::sink
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(if (> (*verbose*) 0)
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STDERR_FILENO CLOSED_FD)))
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(M' (M::set-source new-source)))
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(M'::add-proc command pid)))
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(M'::add-proc proc)))
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(if (= CLOSED_FD M::sink)
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(let* ((p (pipe))
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(M' (do-spawn (M::set-sink (:write-end p)) (:read-end p))))
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@ -568,8 +566,8 @@
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(assert (= (length enqueued) (- i 1)))
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test)))))
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(define (pid->test pid)
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(let ((t (filter (lambda (x) (= pid x::pid)) procs)))
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(define (proc->test proc)
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(let ((t (filter (lambda (x) (eq? proc x::proc)) procs)))
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(if (null? t) #f (car t))))
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(define (wait)
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(if (null? enqueued)
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@ -587,7 +585,7 @@
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(if (null? unfinished)
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(current-environment)
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(let ((names (map (lambda (t) t::name) unfinished))
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(pids (map (lambda (t) t::pid) unfinished))
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(procs (map (lambda (t) t::proc) unfinished))
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(any #f))
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(for-each
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(lambda (test retcode)
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@ -597,8 +595,8 @@
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(test::report)
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(sem::release!)
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(set! any #t)))
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(map pid->test pids)
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(wait-processes (map stringify names) pids hang))
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(map proc->test procs)
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(process-wait-list procs hang))
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;; If some processes finished, try to start new ones.
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(let loop ()
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@ -682,7 +680,7 @@
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(define (scm setup name path . args)
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;; Start the process.
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(define (spawn-scm args' in out err)
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(spawn-process-fd `(,*argv0* ,@(verbosity (*verbose*))
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(process-spawn-fd `(,*argv0* ,@(verbosity (*verbose*))
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,(locate-test (test-name path))
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,@(if setup (force setup) '())
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,@args' ,@args) in out err))
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@ -691,12 +689,12 @@
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(define (binary setup name path . args)
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;; Start the process.
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(define (spawn-binary args' in out err)
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(spawn-process-fd `(,(test-name path)
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(process-spawn-fd `(,(test-name path)
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,@(if setup (force setup) '()) ,@args' ,@args)
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in out err))
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(new name #f spawn-binary #f #f CLOSED_FD (expect-failure? name)))
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(define (new name directory spawn pid retcode logfd expect-failure)
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(define (new name directory spawn proc retcode logfd expect-failure)
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(package
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;; XXX: OO glue.
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@ -721,7 +719,7 @@
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;; Has the test been started yet?
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(define (started?)
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(number? pid))
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proc)
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(define (open-log-file)
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(unless log-file-name
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@ -734,26 +732,26 @@
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(letfd ((log (open-log-file)))
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(with-working-directory directory
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(let* ((p (inbound-pipe))
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(pid' (spawn args 0 (:write-end p) (:write-end p))))
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(proc' (spawn args 0 (:write-end p) (:write-end p))))
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(close (:write-end p))
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(splice (:read-end p) STDERR_FILENO log)
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(close (:read-end p))
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(set! pid pid')
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(set! retcode (wait-process name pid' #t)))))
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(set! proc proc')
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(set! retcode (process-wait proc' #t)))))
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(report)
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(current-environment))
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(define (run-sync-quiet . args)
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(set-start-time!)
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(with-working-directory directory
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(set! pid (spawn args CLOSED_FD CLOSED_FD CLOSED_FD)))
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(set! retcode (wait-process name pid #t))
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(set! proc (spawn args CLOSED_FD CLOSED_FD CLOSED_FD)))
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(set! retcode (process-wait proc #t))
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(set-end-time!)
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(current-environment))
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(define (run-async . args)
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(set-start-time!)
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(let ((log (open-log-file)))
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(with-working-directory directory
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(set! pid (spawn args CLOSED_FD log log)))
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(set! proc (spawn args CLOSED_FD log log)))
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(set! logfd log))
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(current-environment))
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(define (status)
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@ -265,13 +265,14 @@
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(define (gpg-pipe args0 args1 errfd)
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(lambda (source sink)
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(let* ((p (pipe))
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(task0 (spawn-process-fd `(,@GPG ,@args0)
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(task0 (process-spawn-fd `(,@GPG ,@args0)
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source (:write-end p) errfd))
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(_ (close (:write-end p)))
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(task1 (spawn-process-fd `(,@GPG ,@args1)
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(task1 (process-spawn-fd `(,@GPG ,@args1)
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(:read-end p) sink errfd)))
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(close (:read-end p))
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(wait-processes (list GPG GPG) (list task0 task1) #t))))
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(process-wait task0 #t)
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(process-wait task1 #t))))
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(setenv "GPG_AGENT_INFO" "" #t)
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(setenv "GNUPGHOME" (getcwd) #t)
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@ -217,13 +217,14 @@
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(define (gpg-pipe args0 args1 errfd)
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(lambda (source sink)
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(let* ((p (pipe))
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(task0 (spawn-process-fd `(,@GPG ,@args0)
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(task0 (process-spawn-fd `(,@GPG ,@args0)
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source (:write-end p) errfd))
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(_ (close (:write-end p)))
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(task1 (spawn-process-fd `(,@GPG ,@args1)
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(task1 (process-spawn-fd `(,@GPG ,@args1)
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(:read-end p) sink errfd)))
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(close (:read-end p))
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(wait-processes (list GPG GPG) (list task0 task1) #t))))
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(process-wait task0 #t)
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(process-wait task1 #t))))
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;;
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;; Do we have a software tpm
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