def __init__(self, **kwargs):
self.content = {
'title': kwargs.get('title', ''),
'subtitle': kwargs.get('subtitle', ''),
'icon': kwargs.get('icon') if kwargs.get('icon') else 'icon.png'
}
it = kwargs.get('icontype', '').lower()
self.icon_type = it if it in ['fileicon', 'filetype'] else None
valid = kwargs.get('valid', None)
if isinstance(valid, (str, unicode)) and valid.lower() == 'no':
valid = 'no'
elif isinstance(valid, bool) and not valid:
valid = 'no'
else:
valid = None
self.attrb = {
'uid': kwargs.get('uid', util.uid()),
'arg': kwargs.get('arg', None),
'valid': valid,
'autocomplete': kwargs.get('autocomplete', None),
'type': kwargs.get('type', None)
}
for key in self.content.keys():
if self.content[key] is None:
del self.content[key]
for key in self.attrb.keys():
if self.attrb[key] is None:
del self.attrb[key]
def __init__(self, **kwargs):
self.content = {
'title' : kwargs.get('title', ''),
'subtitle' : kwargs.get('subtitle', ''),
'icon' : kwargs.get('icon') if kwargs.get('icon') else 'icon.png'
}
it = kwargs.get('icontype', '').lower()
self.icon_type = it if it in ['fileicon', 'filetype'] else None
valid = kwargs.get('valid', None)
if isinstance(valid, (str, unicode)) and valid.lower() == 'no':
valid = 'no'
elif isinstance(valid, bool) and not valid:
valid = 'no'
else:
valid = None
self.attrb = {
'uid' : kwargs.get('uid', util.uid()),
'arg' : kwargs.get('arg', None),
'valid' : valid,
'autocomplete' : kwargs.get('autocomplete', None),
'type' : kwargs.get('type', None)
}
for key in self.content.keys():
if self.content[key] is None:
del self.content[key]
for key in self.attrb.keys():
if self.attrb[key] is None:
del self.attrb[key]
def handle(self, *args, **kwargs):
while True:
safe_print("[monitor] sleeping")
time.sleep(random.uniform(config['sleep_interval'] * 2 / 3, config['sleep_interval'] * 4 / 3))
if util.time() - self.last_cleanup >= 60000:
self.last_cleanup = util.time()
Check.objects.raw("UPDATE checks SET `lock` = '' WHERE TIMESTAMPDIFF(SECOND, last_locked, NOW()) >= 60")
with recent_failures_lock:
for check_tuple in set(recent_failures):
if util.time() - check_tuple[1] >= 60000:
recent_failures.remove(check_tuple)
uid = util.uid(16)
free_threads = pool.free()
update_query = "UPDATE checks SET `lock` = %s, last_locked = NOW() WHERE `lock` = '' AND (TIMESTAMPDIFF(SECOND, last_checked, NOW()) >= check_interval OR confirmations > 0)"
params = [uid]
with recent_failures_lock:
if recent_failures:
update_query += " AND id NOT IN (" + ', '.join(['%s' for check_tuple in recent_failures]) + ")"
params.extend([check_tuple[0] for check_tuple in recent_failures])
update_query += " ORDER BY RAND() LIMIT %d" % (free_threads)
safe_print("[monitor] fetching up to %d...", (free_threads))
database.query(update_query, params)
result = database.query("SELECT id, name, type, data, status, confirmations FROM checks WHERE `lock` = %s", (uid,))
safe_print("[monitor] fetched %d checks", (result.rowcount))
for row in result.fetchall():
check_id = row['id']
check_name = row['name']
check_type = row['type']
check_data = row['data']
status = row['status']
confirmations = row['confirmations']
pool.queue(check_id, check_name, check_type, check_data, status, confirmations, uid)
last_cleanup = 0
while True:
safe_print("[monitor] sleeping")
time.sleep(random.uniform(config['sleep_interval'] * 2 / 3, config['sleep_interval'] * 4 / 3))
if util.time() - last_cleanup >= 60000:
last_cleanup = util.time()
database.query("UPDATE checks SET `lock` = '' WHERE TIMESTAMPDIFF(SECOND, last_locked, NOW()) >= 60")
with recent_failures_lock:
for check_tuple in set(recent_failures):
if util.time() - check_tuple[1] >= 60000:
recent_failures.remove(check_tuple)
uid = util.uid(16)
free_threads = pool.free()
update_query = "UPDATE checks SET `lock` = %s, last_locked = NOW() WHERE `lock` = '' AND (TIMESTAMPDIFF(SECOND, last_checked, NOW()) >= check_interval OR confirmations > 0)"
params = [uid]
with recent_failures_lock:
if recent_failures:
update_query += " AND id NOT IN (" + ', '.join(['%s' for check_tuple in recent_failures]) + ")"
params.extend([check_tuple[0] for check_tuple in recent_failures])
update_query += " ORDER BY RAND() LIMIT %d" % (free_threads)
safe_print("[monitor] fetching up to %d...", (free_threads))
database.query(update_query, params)
result = database.query("SELECT checks.id, checks.name, check_type.name AS type, data, status, max_confirmations, confirmations FROM checks INNER JOIN check_type ON type=check_type.id WHERE `lock` = %s", (uid,))
time.sleep(
random.uniform(config['sleep_interval'] * 2 / 3,
config['sleep_interval'] * 4 / 3))
if util.time() - last_cleanup >= 60000:
last_cleanup = util.time()
database.query(
"UPDATE checks SET `lock` = '' WHERE TIMESTAMPDIFF(SECOND, last_locked, NOW()) >= 60"
)
with recent_failures_lock:
for check_tuple in set(recent_failures):
if util.time() - check_tuple[1] >= 60000:
recent_failures.remove(check_tuple)
uid = util.uid(16)
free_threads = pool.free()
update_query = "UPDATE checks SET `lock` = %s, last_locked = NOW() WHERE `lock` = '' AND (TIMESTAMPDIFF(SECOND, last_checked, NOW()) >= check_interval OR confirmations > 0)"
params = [uid]
with recent_failures_lock:
if recent_failures:
update_query += " AND id NOT IN (" + ', '.join(
['%s' for check_tuple in recent_failures]) + ")"
params.extend([check_tuple[0] for check_tuple in recent_failures])
update_query += " ORDER BY RAND() LIMIT %d" % (free_threads)
safe_print("[monitor] fetching up to %d...", (free_threads))
database.query(update_query, params)