Beispiel #1
0
def it_is_disallowed():
    assert_command(
        ('pgctl', 'start'),
        '',
        '''\
[pgctl] Starting: sweet
[pgctl] Started: sweet
''',
        0,
    )

    first = Popen(('pgctl', 'restart'), stdout=PIPE, stderr=PIPE)

    # slow-shutdown takes two seconds to shut down; aim for the middle:
    sleep(1)

    second = Popen(('pgctl', 'restart'), stdout=PIPE, stderr=PIPE)

    first_stdout, first_stderr = first.communicate()
    first_stdout, first_stderr = first_stdout.decode('UTF-8'), first_stderr.decode('UTF-8')
    show_both(first_stdout, first_stderr)
    assert norm.pgctl(first_stderr) == '''\
[pgctl] Stopping: sweet
[pgctl] ERROR: service 'sweet' failed to stop after {TIME} seconds, its status is ready (pid {PID}) {TIME} seconds
==> playground/sweet/log <==
{TIMESTAMP} sweet
{TIMESTAMP} sweet_error
[pgctl]
[pgctl] There might be useful information further up in the log; you can view it by running:
[pgctl]     less +G playground/sweet/log
[pgctl] ERROR: Some services failed to stop: sweet
'''
    assert first_stdout == ''
    assert first.returncode == 1

    second_stdout, second_stderr = second.communicate()
    second_stdout, second_stderr = second_stdout.decode('UTF-8'), second_stderr.decode('UTF-8')
    show_both(second_stdout, second_stderr)
    assert norm.pgctl(second_stderr) == '''\
[pgctl] ERROR: another pgctl command is currently managing this service: (playground/sweet/.pgctl.lock)
{PS-HEADER}
{PS-STATS} ${PREFIX}/bin/python ${PREFIX}/bin/pgctl restart

'''
    assert second_stdout == ''
    assert second.returncode == 1
Beispiel #2
0
def it_is_disallowed():
    assert_command(
        ('pgctl-2015', 'start'),
        '',
        '''\
[pgctl] Starting: sweet
[pgctl] Started: sweet
''',
        0,
    )

    first = Popen(('pgctl-2015', 'restart'), stdout=PIPE, stderr=PIPE)

    # slow-shutdown takes two seconds to shut down; aim for the middle:
    sleep(1)

    second = Popen(('pgctl-2015', 'restart'), stdout=PIPE, stderr=PIPE)

    first_stdout, first_stderr = first.communicate()
    first_stdout, first_stderr = first_stdout.decode('UTF-8'), first_stderr.decode('UTF-8')
    show_both(first_stdout, first_stderr)
    assert norm.pgctl(first_stderr) == '''\
[pgctl] Stopping: sweet
[pgctl] ERROR: service 'sweet' failed to stop after {TIME} seconds, its status is ready (pid {PID}) {TIME} seconds
==> playground/sweet/log <==
{TIMESTAMP} sweet
{TIMESTAMP} sweet_error
[pgctl]
[pgctl] There might be useful information further up in the log; you can view it by running:
[pgctl]     less +G playground/sweet/log
[pgctl] ERROR: Some services failed to stop: sweet
'''
    assert first_stdout == ''
    assert first.returncode == 1

    second_stdout, second_stderr = second.communicate()
    second_stdout, second_stderr = second_stdout.decode('UTF-8'), second_stderr.decode('UTF-8')
    show_both(second_stdout, second_stderr)
    assert norm.pgctl(second_stderr) == '''\
[pgctl] ERROR: another pgctl command is currently managing this service: (playground/sweet/.pgctl.lock)
{PS-HEADER}
{PS-STATS} ${PREFIX}/bin/python ${PREFIX}/bin/pgctl-2015 restart

'''
    assert second_stdout == ''
    assert second.returncode == 1
Beispiel #3
0
    def it_logs_continuously_when_run_interactively(self, in_example_dir):
        check_call(('pgctl', 'start'))

        # this pty simulates running in a terminal
        read, write = os.openpty()
        pty.normalize_newlines(read)
        p = Popen(('pgctl', 'log'), stdout=write, stderr=write)
        os.close(write)

        import fcntl
        fl = fcntl.fcntl(read, fcntl.F_GETFL)
        fcntl.fcntl(read, fcntl.F_SETFL, fl | os.O_NONBLOCK)

        assert p.poll() is None  # it's still running

        # needs to loop for several seconds because the default event loop
        # in tail-f is one second.
        # TODO: buf is a list, use wait_for() to append to it
        limit = 3.0
        wait = .1
        buf = b''
        while True:
            try:
                block = os.read(read, 1024)
                print('BLOCK:', block)
            except OSError as error:
                print('ERROR:', error)
                if error.errno == 11:  # other end didn't write yet
                    if limit > 0:
                        import time
                        time.sleep(wait)
                        limit -= wait
                        continue
                    else:
                        break
                else:
                    raise
            buf += block

        from testfixtures import StringComparison as S
        buf = norm.pgctl(buf.decode('UTF-8'))
        print('NORMED:')
        print(buf)
        assert buf == S('''(?s)\
==> playground/ohhi/logs/current <==
{TIMESTAMP} [oe].*
==> playground/sweet/logs/current <==
{TIMESTAMP} sweet
{TIMESTAMP} sweet_error

==> playground/ohhi/logs/current <==
.*{TIMESTAMP} .*$''')
        assert p.poll() is None  # it's still running

        p.terminate()

        assert p.wait() == -15
Beispiel #4
0
    def it_logs_continuously_when_run_interactively(self, in_example_dir):
        check_call(('pgctl', 'start'))

        # this pty simulates running in a terminal
        read, write = os.openpty()
        pty.normalize_newlines(read)
        p = Popen(('pgctl', 'log'), stdout=write, stderr=write)
        os.close(write)

        import fcntl
        fl = fcntl.fcntl(read, fcntl.F_GETFL)
        fcntl.fcntl(read, fcntl.F_SETFL, fl | os.O_NONBLOCK)

        assert p.poll() is None  # it's still running

        # needs to loop for several seconds because the default event loop
        # in tail-f is one second.
        # TODO: buf is a list, use wait_for() to append to it
        limit = 3.0
        wait = .1
        buf = b''
        while True:
            try:
                block = os.read(read, 1024)
                print('BLOCK:', block)
            except OSError as error:
                print('ERROR:', error)
                if error.errno == 11:  # other end didn't write yet
                    if limit > 0:
                        import time
                        time.sleep(wait)
                        limit -= wait
                        continue
                    else:
                        break
                else:
                    raise
            buf += block

        from testfixtures import StringComparison as S
        buf = norm.pgctl(buf.decode('UTF-8'))
        print('NORMED:')
        print(buf)
        assert buf == S('''(?s)\
==> playground/ohhi/log <==
{TIMESTAMP} [oe].*
==> playground/sweet/log <==
{TIMESTAMP} sweet
{TIMESTAMP} sweet_error

==> playground/ohhi/log <==
.*{TIMESTAMP} .*$''')
        assert p.poll() is None  # it's still running

        p.terminate()

        assert p.wait() == -15