def get_tp_status(self,tp_stats_output):
tpstats_rows = tp_stats_output.split('\n')
thread_pool_stats_list = []
for row_index in range(1, len(tpstats_rows)):
cols = tpstats_rows[row_index].split()
# If tpstats len(cols) > 2, else we have reached the end
if len(cols) > 2:
if (cols[0] in ThreadPoolNames):
# Create a CassandraThreadPoolStats for matching entries
tpstat = CassandraThreadPoolStats()
tpstat.pool_name = cols[0]
tpstat.active = int(cols[1])
tpstat.pending = int(cols[2])
tpstat.all_time_blocked = int(cols[5])
thread_pool_stats_list.append(tpstat)
else:
# Reached end of tpstats, breaking because dropstats follows
break
return thread_pool_stats_list
def get_tp_status(self, tp_stats_output):
tpstats_rows = tp_stats_output.split('\n')
thread_pool_stats_list = []
for row_index in range(1, len(tpstats_rows)):
cols = tpstats_rows[row_index].split()
# If tpstats len(cols) > 2, else we have reached the end
if len(cols) > 2:
if (cols[0] in ThreadPoolNames):
# Create a CassandraThreadPoolStats for matching entries
tpstat = CassandraThreadPoolStats()
tpstat.pool_name = cols[0]
tpstat.active = int(cols[1])
tpstat.pending = int(cols[2])
tpstat.all_time_blocked = int(cols[5])
thread_pool_stats_list.append(tpstat)
else:
# Reached end of tpstats, breaking because dropstats follows
break
return thread_pool_stats_list