def test_valid_specifiers(*, user):
test_content('f {} - - - - two words', 'two words', user=user)
if id128:
try:
test_content('f {} - - - - %m',
'{}'.format(id128.get_machine().hex),
user=user)
except AssertionError as e:
print(e)
print('/etc/machine-id: {!r}'.format(
open('/etc/machine-id').read()))
print('/proc/cmdline: {!r}'.format(open('/proc/cmdline').read()))
print('skipping')
test_content('f {} - - - - %b',
'{}'.format(id128.get_boot().hex),
user=user)
test_content('f {} - - - - %H',
'{}'.format(socket.gethostname()),
user=user)
test_content('f {} - - - - %v', '{}'.format(os.uname().release), user=user)
test_content('f {} - - - - %U', '{}'.format(os.getuid()), user=user)
test_content('f {} - - - - %G', '{}'.format(os.getgid()), user=user)
puser = pwd.getpwuid(os.getuid())
test_content('f {} - - - - %u', '{}'.format(puser.pw_name), user=user)
pgroup = grp.getgrgid(os.getgid())
test_content('f {} - - - - %g', '{}'.format(pgroup.gr_name), user=user)
# Note that %h is the only specifier in which we look the environment,
# because we check $HOME. Should we even be doing that?
home = os.path.expanduser("~")
test_content('f {} - - - - %h', '{}'.format(home), user=user)
xdg_runtime_dir = os.getenv('XDG_RUNTIME_DIR')
if xdg_runtime_dir is not None or not user:
test_content('f {} - - - - %t',
xdg_runtime_dir if user else '/run',
user=user)
xdg_config_home = os.getenv('XDG_CONFIG_HOME')
if xdg_config_home is not None or not user:
test_content('f {} - - - - %S',
xdg_config_home if user else '/var/lib',
user=user)
xdg_cache_home = os.getenv('XDG_CACHE_HOME')
if xdg_cache_home is not None or not user:
test_content('f {} - - - - %C',
xdg_cache_home if user else '/var/cache',
user=user)
if xdg_config_home is not None or not user:
test_content('f {} - - - - %L',
xdg_config_home + '/log' if user else '/var/log',
user=user)
test_content('f {} - - - - %%', '%', user=user)
def test_valid_specifiers(*, user):
test_content('f {} - - - - two words', 'two words', user=user)
if id128:
try:
test_content('f {} - - - - %m', '{}'.format(id128.get_machine().hex), user=user)
except AssertionError as e:
print(e)
print('/etc/machine-id: {!r}'.format(open('/etc/machine-id').read()))
print('/proc/cmdline: {!r}'.format(open('/proc/cmdline').read()))
print('skipping')
test_content('f {} - - - - %b', '{}'.format(id128.get_boot().hex), user=user)
test_content('f {} - - - - %H', '{}'.format(socket.gethostname()), user=user)
test_content('f {} - - - - %v', '{}'.format(os.uname().release), user=user)
test_content('f {} - - - - %U', '{}'.format(os.getuid()), user=user)
test_content('f {} - - - - %G', '{}'.format(os.getgid()), user=user)
puser = pwd.getpwuid(os.getuid())
test_content('f {} - - - - %u', '{}'.format(puser.pw_name), user=user)
pgroup = grp.getgrgid(os.getgid())
test_content('f {} - - - - %g', '{}'.format(pgroup.gr_name), user=user)
# Note that %h is the only specifier in which we look the environment,
# because we check $HOME. Should we even be doing that?
home = os.path.expanduser("~")
test_content('f {} - - - - %h', '{}'.format(home), user=user)
xdg_runtime_dir = os.getenv('XDG_RUNTIME_DIR')
if xdg_runtime_dir is not None or not user:
test_content('f {} - - - - %t',
xdg_runtime_dir if user else '/run',
user=user)
xdg_config_home = os.getenv('XDG_CONFIG_HOME')
if xdg_config_home is not None or not user:
test_content('f {} - - - - %S',
xdg_config_home if user else '/var/lib',
user=user)
xdg_cache_home = os.getenv('XDG_CACHE_HOME')
if xdg_cache_home is not None or not user:
test_content('f {} - - - - %C',
xdg_cache_home if user else '/var/cache',
user=user)
if xdg_config_home is not None or not user:
test_content('f {} - - - - %L',
xdg_config_home + '/log' if user else '/var/log',
user=user)
test_content('f {} - - - - %%', '%', user=user)
def get_matching_events(self, boot_id=None):
#print(self._reader.query_unique('_BOOT_ID'))
if not boot_id:
boot_id = get_boot()
last_monotonic = self._last_monotonic()
self._reader.seek_monotonic(last_monotonic)
if self._multiline_match:
for match in self._next_multiline_match():
last_monotonic = match[-1]['__MONOTONIC_TIMESTAMP'][0]
print( match[0]['__REALTIME_TIMESTAMP'])
for line in match:
print(line['_BOOT_ID'], line['MESSAGE'])
self._state[str(boot_id)] = last_monotonic.total_seconds()
self._dump_state()
def get_matching_events(self, boot_id=None):
r = []
if not boot_id:
boot_id = get_boot()
last_monotonic = self._last_monotonic()
self._reader.seek_monotonic(last_monotonic)
if self._multiline_match:
for match in self._next_multiline_match():
last_monotonic = match[-1]['__MONOTONIC_TIMESTAMP'][0]
r.append(match)
if self._process:
self._state[str(boot_id)] = last_monotonic.total_seconds()
self._dump_state()
return r
def _last_monotonic(self, boot_id=None):
if not boot_id:
boot_id = get_boot()
return timedelta(0, self._state.get(str(boot_id), 0))
def test_get_boot():
u1 = id128.get_boot()
u2 = id128.get_boot()
assert u1 == u2