def _get_wait_timeout(self, wait):
if wait is False:
return False
if wait not in self.__timeout_cache:
if not self.is_cib_live:
raise LibraryError(reports.wait_for_idle_not_live_cluster())
ensure_wait_for_idle_support(self.cmd_runner())
self.__timeout_cache[wait] = get_valid_timeout_seconds(wait)
return self.__timeout_cache[wait]
def _get_wait_timeout(self, wait):
if wait is False:
return False
if wait not in self.__timeout_cache:
if not self.is_cib_live:
raise LibraryError(reports.wait_for_idle_not_live_cluster())
ensure_wait_for_idle_support(self.cmd_runner())
self.__timeout_cache[wait] = get_valid_timeout_seconds(wait)
return self.__timeout_cache[wait]
def _get_validated_wait_timeout(report_processor, wait, start):
try:
if wait is False:
return False
if not start:
report_processor.report(
reports.wait_for_node_startup_without_start())
return get_valid_timeout_seconds(wait)
except LibraryError as e:
report_processor.report_list(e.args)
return None
def get_wait_timeout(self, wait):
if wait is False:
return False
if wait not in self.__timeout_cache:
if not self.is_cib_live:
raise LibraryError(
ReportItem.error(
reports.messages.WaitForIdleNotLiveCluster()))
self.__timeout_cache[wait] = get_valid_timeout_seconds(wait)
return self.__timeout_cache[wait]
def _wait_type_to_int(wait: WaitType) -> int:
"""
Convert WaitType to int.
wait -- wait value. If False, it means wait is disabled, therefore -1
is returned. If None, wait is enabled without timeout, therefore 0
is returned. If string representing timeout or positive integer,
wait is enabled with timeout, therefore number of seconds is
retuned. Otherwise a LibraryError is raised.
"""
if wait is False:
return -1
wait_timeout = get_valid_timeout_seconds(wait)
if wait_timeout is None:
return 0
return wait_timeout