def test_process_from_row(self):
row_string = "1405011331,1405065581,30726,7733,30726,0,(sge_shepherd)," \
"sge_shepherd-4165419,1,1,1,,,,,0,,,exit"
row_header = "tme,exit_tme,pid,ppid,gpid,uid,name,cmd,error_code,signal,valid," \
"int_in_volume,int_out_volume,ext_in_volume,ext_out_volume,tree_depth," \
"process_type,color,state"
process = Process.from_dict(
dict(zip(row_header.split(","), row_string.split(","))))
self.assertIsNotNone(process)
self.assertEqual(process.getDuration(), 54250)
self.assertEqual(process.getHeader(), row_header)
self.assertEqual(process.getRow(), row_string)
self.assertEqual(process.error_code, 1)
self.assertEqual(process.signal, 1)
self.assertEqual(process.exit_code, 257)
row_string = "1405011331,,30726,7733,30726,0,(sge_shepherd)," \
"sge_shepherd-4165419,0,0,1,,,,,0,,,exit"
process = Process.from_dict(
dict(zip(row_header.split(","), row_string.split(","))))
self.assertIsNotNone(process)
self.assertEqual(process.getDuration(), 0)
self.assertEqual(process.getHeader(), row_header)
self.assertEqual(
process.getRow(),
'1405011331,0,30726,7733,30726,0,(sge_shepherd),sge_shepherd-4165419,0,0,1,,,,,0,,,exit'
)
row_string = "1405011331,1405065581,30726,7733,30726,0,(sge_shepherd)," \
"sge_shepherd-4165419,,,1,,,,,0,,,exit"
process = Process.from_dict(
dict(zip(row_header.split(","), row_string.split(","))))
self.assertEqual(process.signal, 0)
self.assertEqual(process.error_code, 0)
row_string = "1405011331,1405065581,30726,7733,30726,0,(sge_shepherd)," \
"sge_shepherd-4165419,sth,,1,,,,,0,,,exit"
self.assertRaises(
ValueError, Process.from_dict,
dict(zip(row_header.split(","), row_string.split(","))))
row_string = "1405011331,1405065581,30726,7733,30726,0,(sge_shepherd)," \
"sge_shepherd-4165419,,,1,,,,,0,,,exit"
row_header = "tme,exit_tme,pid,ppid,gpid,uid,name,cmd,error_code,signal,valid," \
"int_in_volume,int_out_volume,ext_in_volume,ext_out_volume,tree_depth," \
"process_type,color,states"
self.assertRaises(
ArgumentNotDefinedException, Process.from_dict,
dict(zip(row_header.split(","), row_string.split(","))))
def _create_process(self, row=None, header_cache=None):
process = Process.from_dict(row=dict(zip(header_cache, row)))
self._process_cache.add_data(data=process)
return process