def highest_priority(source):
"""
Filters pools by highest priority
"""
max_prio = 0
pools = list(source)
for pool in pools:
name = pool.name
if not name:
continue
if Pools.get_priority(name)>max_prio:
max_prio = Pools.get_priority(name)
for pool in pools:
name = pool.name
if not name:
continue
if Pools.get_priority(name)>=max_prio:
yield pool
def highest_priority(source):
"""
Filters pools by highest priority
"""
max_prio = 0
pools = list(source)
for pool in pools:
name = pool.name
if not name:
continue
if Pools.get_priority(name) > max_prio:
max_prio = Pools.get_priority(name)
for pool in pools:
name = pool.name
if not name:
continue
if Pools.get_priority(name) >= max_prio:
yield pool
def get_server():
"""
Returns an iterator of valid servers
"""
perc_map = []
map_ods = 0.0
percentage = Pools.percentage_server()
for server, percentage in percentage:
for perc in range(percentage):
perc_map.append(server)
map_ods += 0.01
if random.random() < map_ods:
return random.choice(perc_map)
return _select(Servers).name
def get_server():
"""
Returns an iterator of valid servers
"""
perc_map = []
map_ods = 0.0
percentage = Pools.percentage_server()
for server, percentage in percentage:
for perc in range(percentage):
perc_map.append(server)
map_ods += 0.01
if random.random() < map_ods:
return random.choice(perc_map)
return _select(Servers).name
