def __init__(
self, app_id, mod_id, rotate, backup_count, max_size=None, secret=None, flush_every=1, file_per_host=False
):
"""Initializes a facility instance and validtes the input."""
self.app_id = app_id
self.mod_id = mod_id
self.mod_str = pretty_mod_id(mod_id)
if not app_id:
raise FacilityError("app_id is required in the facility configuration file")
if rotate in self.ROTATE_MODE_TRANSLATIONS:
rotate = self.ROTATE_MODE_TRANSLATIONS[rotate]
if rotate == "size":
if not max_size:
raise FacilityError(
'Error parsing facility for {0}:{1}: rotation mode is "size", but no max_size is specified'.format(
app_id, self.mod_str
)
)
else:
try:
croniter(rotate)
except:
raise FacilityError(
'Error parsing facility for {0}:{1}: "{2}" is not a valid rotation mode'.format(
app_id, self.mod_str, rotate
)
)
if not isinstance(backup_count, int) or backup_count <= 0:
raise FacilityError(
"Error parsing facility for {0}:{1}: backup_count must be a positive integer".format(
app_id, self.mod_str
)
)
if max_size and (not isinstance(max_size, int) or max_size <= 0):
raise FacilityError(
"Error parsing facility for {0}:{1}: if specified, max_size must be a positive integer".format(
app_id, self.mod_str
)
)
if flush_every and (not isinstance(flush_every, int) or flush_every <= 0):
raise FacilityError(
"Error parsing facility for {0}:{1}: if specified, flush_every must be a positive integer".format(
app_id, self.mod_str
)
)
self.rotate = rotate
self.backup_count = int(backup_count)
self.secret = secret
self.max_size = max_size
self.flush_every = flush_every
self.file_per_host = file_per_host
def get_next_execution(self, job_id, schedule, now):
'''Calculates the next time the job should run.'''
if job_id not in self.db:
self.db[job_id] = str(now)
last_executed = float(self.db[job_id])
return croniter(schedule, last_executed).get_next()
def get_next_execution(self, job_id, schedule, now):
'''Calculates the next time the job should run.'''
if job_id not in self.db:
self.db[job_id] = str(now)
last_executed = float(self.db[job_id])
return croniter(schedule, last_executed).get_next()
def __init__(self, app_id, mod_id, rotate, backup_count, max_size=None, secret=None, flush_every=1, file_per_host=False):
'''Initializes a facility instance and validtes the input.'''
self.app_id = app_id
self.mod_id = mod_id
self.mod_str = pretty_mod_id(mod_id)
if not app_id:
raise FacilityError('app_id is required in the facility configuration file')
if rotate in self.ROTATE_MODE_TRANSLATIONS:
rotate = self.ROTATE_MODE_TRANSLATIONS[rotate]
if rotate == 'size':
if not max_size:
raise FacilityError('Error parsing facility for {0}:{1}: rotation mode is "size", but no max_size is specified'.format(app_id, self.mod_str))
else:
try:
croniter(rotate)
except:
raise FacilityError('Error parsing facility for {0}:{1}: "{2}" is not a valid rotation mode'.format(app_id, self.mod_str, rotate))
if not isinstance(backup_count, int) or backup_count <= 0:
raise FacilityError('Error parsing facility for {0}:{1}: backup_count must be a positive integer'.format(app_id, self.mod_str))
if max_size and (not isinstance(max_size, int) or max_size <= 0):
raise FacilityError('Error parsing facility for {0}:{1}: if specified, max_size must be a positive integer'.format(app_id, self.mod_str))
if flush_every and (not isinstance(flush_every, int) or flush_every <= 0):
raise FacilityError('Error parsing facility for {0}:{1}: if specified, flush_every must be a positive integer'.format(app_id, self.mod_str))
self.rotate = rotate
self.backup_count = int(backup_count)
self.secret = secret
self.max_size = max_size
self.flush_every = flush_every
self.file_per_host = file_per_host
