def __init__(self, workload_specification, workload_directory, report_directory, report_sql_file, cs_id, tr_id, user):
# initialize common variables
self.cs_id = cs_id
self.tr_id = tr_id
self.us_id = 0
self.s_id = 0
self.adj_s_id = 0
self.user = user
# check user_id if exist in backend database
if self.cs_id != 0:
self.us_id = check.check_id(result_id = 'us_id', table_name = 'hst.users', search_condition = "us_name = '%s'" % ('gpadmin')) #(self.user))
if self.us_id is None:
sys.stderr.write('The db user name is wrong!\n')
sys.exit(2)
self.continue_flag = True
# should always run the workload by default
self.should_stop = False
# set workload source directory
self.workload_directory = workload_directory
# required fields, workload_name, database_name, user
try:
self.workload_name = workload_specification['workload_name'].strip()
self.database_name = workload_specification['database_name'].strip()
except Exception, e:
print('Please add %s option in schedule file.' % (str(e)) )
sys.exit(2)
def __init__(self, workload_specification, workload_directory, report_directory, report_sql_file, cs_id, tr_id, user):
# initialize common variables
self.cs_id = cs_id
self.tr_id = tr_id
self.us_id = 0
self.s_id = 0
self.adj_s_id = 0
self.user = user
# check user_id if exist in backend database
if self.cs_id != 0:
self.us_id = check.check_id(result_id = 'us_id', table_name = 'hst.users', search_condition = "us_name = '%s'" % ('gpadmin')) #(self.user))
if self.us_id is None:
sys.stderr.write('The db user name is wrong!\n')
sys.exit(2)
self.continue_flag = True
# should always run the workload by default
self.should_stop = False
# set workload source directory
self.workload_directory = workload_directory
# required fields, workload_name, database_name, user
try:
self.workload_name = workload_specification['workload_name'].strip()
self.database_name = workload_specification['database_name'].strip()
except Exception, e:
print('Please add %s option in schedule file.' % (str(e)) )
sys.exit(2)
def __set_info(self):
tbl_suffix = ''
sql_suffix = ''
# init tpch specific configuration such as tpch table_settings
if self.append_only in [None, True]:
tbl_suffix = tbl_suffix + 'ao'
sql_suffix = sql_suffix + 'appendonly = true'
# add distributed randomly
if self.distributed_randomly:
adj_distributed_randomly = 'FALSE'
else:
adj_distributed_randomly = 'TRUE'
tbl_suffix = tbl_suffix + '_' + self.orientation
sql_suffix = sql_suffix + ', '+ 'orientation = ' + self.orientation
if self.orientation in ['ROW', 'COLUMN']:
# group size, page_size
self.page_size = -1
self.row_group_size = -1
if self.compression_type is None:
tbl_suffix = tbl_suffix + '_nocomp'
self.compression_type = 'None'
self.compression_level = -1
elif self.compression_type == 'QUICKLZ':
self.compression_level = 1
tbl_suffix = tbl_suffix + '_' + self.compression_type + str(self.compression_level)
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type + ', ' + 'compresslevel = ' + str(self.compression_level)
elif self.compression_type == 'ZLIB':
if (self.compression_level is None) or (self.compression_level < 1) or (self.compression_level > 9):
self.compression_level = 1
tbl_suffix = tbl_suffix + '_' + self.compression_type + str(self.compression_level)
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type + ', ' + 'compresslevel = ' + str(self.compression_level)
elif self.compression_type == 'SNAPPY':
self.compression_level = -1
tbl_suffix = tbl_suffix + '_' + self.compression_type
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type
else:
tbl_suffix = tbl_suffix + '_nocomp'
else:
# PARQUET
if self.row_group_size is None or self.page_size is None:
self.row_group_size = 8388608
self.page_size = 1048576
sql_suffix = sql_suffix + ', ' + 'pagesize = %s, rowgroupsize = %s' % (self.page_size, self.row_group_size)
if self.compression_type == 'SNAPPY':
self.compression_level = -1
tbl_suffix = tbl_suffix + '_' + self.compression_type
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type
elif self.compression_type == 'GZIP':
if (self.compression_level is None) or (self.compression_level < 1) or (self.compression_level > 9):
self.compression_level = 1
tbl_suffix = tbl_suffix + '_' + self.compression_type + str(self.compression_level)
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type + ', ' + 'compresslevel = ' + str(self.compression_level)
else:
tbl_suffix = tbl_suffix + '_nocomp'
if self.partitions > 0:
tbl_suffix += '_part'
else:
tbl_suffix += '_nopart'
else:
print 'not support heap table'
sys.exit(2)
tbl_suffix = tbl_suffix + 'heap'
sql_suffix = ''
if (self.num_concurrency > 1):
self.check_condition = "wl_catetory = '%s' and wl_data_volume_type = '%s' and wl_data_volume_size = %d and wl_appendonly = '%s' and wl_orientation = '%s' and wl_row_group_size = %d and wl_page_size = %d and \
wl_compression_type = '%s' and wl_compression_level = %d and wl_partitions = %d \
and wl_iteration = %d and wl_concurrency = %d and wl_query_order= '%s'" \
% (self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
else:
self.check_condition = "wl_catetory = '%s' and wl_data_volume_type = '%s' and wl_data_volume_size = %d and wl_appendonly = '%s' \
and wl_orientation = '%s' and wl_row_group_size = %d and wl_page_size = %d and \
wl_compression_type = '%s' and wl_compression_level = %d and wl_partitions = %d and wl_concurrency = %d and wl_query_order= '%s'" \
% (self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,self.partitions, self.num_concurrency, self.run_workload_mode)
adj_check_condition = "wl_catetory = '%s' and wl_data_volume_type = '%s' and wl_data_volume_size = %d and wl_appendonly = '%s' and wl_orientation = '%s' and wl_row_group_size = %d and wl_page_size = %d and \
wl_compression_type = '%s' and wl_compression_level = %d and wl_partitions = %d and wl_iteration = %d and wl_concurrency = %d and wl_query_order= '%s'" \
% (self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,
self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
self.wl_values = "'%s', '%s', '%s', %d, '%s', '%s', %d, %d, '%s', %d, %d, %d, %d, '%s'" \
% (self.workload_name, self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,
self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
adj_wl_values = "'%s', '%s', '%s', %d, '%s', '%s', %d, %d, '%s', %d, %d, %d, %d, '%s'" \
% (self.workload_name, self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,
self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
if self.cs_id != 0:
# check wl_id if exist
self.wl_id = check.check_id(result_id = 'wl_id', table_name = 'hst.workload', search_condition = self.check_condition)
if self.wl_id is None:
check.insert_new_record(table_name = 'hst.workload',
col_list = 'wl_name, wl_catetory, wl_data_volume_type, wl_data_volume_size, wl_appendonly, wl_orientation, wl_row_group_size, wl_page_size, wl_compression_type, wl_compression_level, wl_partitions, wl_iteration, wl_concurrency, wl_query_order',
values = self.wl_values)
self.wl_id = check.get_max_id(result_id = 'wl_id', table_name = 'hst.workload')
# check s_id if exist
self.s_id = check.check_id(result_id = 's_id', table_name = 'hst.scenario',
search_condition = 'cs_id = %d and wl_id = %d and us_id = %d' % (self.cs_id, self.wl_id, self.us_id))
if self.s_id is None:
check.insert_new_record(table_name = 'hst.scenario', col_list = 'cs_id, wl_id, us_id',
values = '%d, %d, %d' % (self.cs_id, self.wl_id, self.us_id))
self.s_id = check.get_max_id(result_id = 's_id', table_name = 'hst.scenario')
#get tr_id
#self.tr_id = check.get_max_id(result_id = 'tr_id', table_name = 'hst.test_run')
# check adjust scenario check
# check adjust scenario check
adj_wl_id = check.check_id(result_id = 'wl_id', table_name = 'hst.workload', search_condition = adj_check_condition)
#if adj_wl_id is None:
# check.insert_new_record(table_name = 'hst.workload',
# col_list = 'wl_name, wl_catetory, wl_data_volume_type, wl_data_volume_size, wl_appendonly, wl_disrandomly, wl_orientation, wl_row_group_size, wl_page_size, wl_compression_type, wl_compression_level, wl_partitions, wl_iteration, wl_concurrency, wl_query_order',
# values = adj_wl_values)
# adj_wl_id = check.get_max_id(result_id = 'wl_id', table_name = 'hst.workload')
#self.adj_s_id = check.check_id(result_id = 's_id', table_name = 'hst.scenario',
# search_condition = 'cs_id = %d and wl_id = %d and us_id = %d' % (self.cs_id, adj_wl_id, self.us_id))
#if self.adj_s_id is None:
# check.insert_new_record(table_name = 'hst.scenario', col_list = 'cs_id, wl_id, us_id',
# values = '%d, %d, %d' % (self.cs_id, adj_wl_id, self.us_id))
# self.s_id = check.get_max_id(result_id = 's_id', table_name = 'hst.scenario')
if adj_wl_id is None:
self.adj_s_id = -1
else:
self.adj_s_id = check.check_id(result_id = 's_id', table_name = 'hst.scenario',
search_condition = 'cs_id = %d and wl_id = %d and us_id = %d' % (self.cs_id, adj_wl_id, self.us_id))
if self.adj_s_id is None:
self.adj_s_id = -1
self.tbl_suffix = tbl_suffix.lower()
self.sql_suffix = sql_suffix
# HAWQ 1.X baseline versions are hard code here.
hawq1_version = 'HAWQ 1.3.0.0 build 13048GVA HK'
phd1_version = 'PHD 3.0'
if cluster_name is None and cluster_name in schedule_parser.keys():
cluster_name = schedule_parser['cluster_name']
if cluster_name is None:
sys.stderr.write('Invalid cluster name!')
add_database = False
else:
if cluster_name == 'HAWQ main performance on BCN cluster':
hawq2_version = 'HAWQ 2.0.0.0_beta build 21481 BCN HK'
# check cluster information if lsp not run in standalone mode
if add_database:
# check if specified cluster exists
cs_id = check.check_id(result_id = 'cs_id', table_name = 'hst.cluster_settings', search_condition = "cs_name = '%s'" % (cluster_name))
if cs_id is None:
sys.stderr.write('Invalid cluster name %s!\n' % (cluster_name))
continue
if not start_flag:
start_flag = True
# add test run information in backend database if lsp not run in standalone mode,such as build_id, build_url, hawq_version, hdfs_version
tr_id = -1
if add_database:
output = commands.getoutput('cat ~/qa.sh')
try:
wd = output[output.index('wd='):].split('"')[1]
output = commands.getoutput('%s; cat build_info_file.txt' % (wd))
build_id = output[output.index('PULSE_ID_INFO'):].split('\n')[0].split('=')[1]
build_url = output[output.index('PULSE_PROJECT_INFO'):].split('\n')[0].split('=')[1]
# parse schedule file
for schedule_name in schedule_list:
schedule_file = LSP_HOME + os.sep + 'schedules' + os.sep + schedule_name + '.yml'
with open(schedule_file, 'r') as fschedule:
schedule_parser = yaml.load(fschedule)
# parse list of the workloads for execution
if 'workloads_list' not in schedule_parser.keys() or schedule_parser['workloads_list'] is None :
print 'No workload is specified in schedule file : %s' %(schedule_name + '.yml')
continue
# check cluster information if lsp not run in standalone mode
if add_database:
cluster_name = schedule_parser['cluster_name']
# check if specified cluster exists
cs_id = check.check_id(result_id = 'cs_id', table_name = 'hst.cluster_settings', search_condition = "cs_name = '%s'" % (cluster_name))
if cs_id is None:
sys.stderr.write('Invalid cluster name %s!\n' % (cluster_name))
continue
if not start_flag:
start_flag = True
# add test run information in backend database if lsp not run in standalone mode,such as build_id, build_url, hawq_version, hdfs_version
tr_id = -1
if add_database:
output = commands.getoutput('cat ~/qa.sh')
try:
wd = output[output.index('wd='):].split('"')[1]
output = commands.getoutput('%s; cat build_info_file.txt' % (wd))
build_id = output[output.index('PULSE_ID_INFO'):].split('\n')[0].split('=')[1]
build_url = output[output.index('PULSE_PROJECT_INFO'):].split('\n')[0].split('=')[1]
def __set_info(self):
tbl_suffix = ''
sql_suffix = ''
# init tpch specific configuration such as tpch table_settings
if self.append_only in [None, True]:
tbl_suffix = tbl_suffix + 'ao'
sql_suffix = sql_suffix + 'appendonly = true'
# add distributed randomly
if self.distributed_randomly:
adj_distributed_randomly = 'FALSE'
else:
adj_distributed_randomly = 'TRUE'
tbl_suffix = tbl_suffix + '_' + self.orientation
sql_suffix = sql_suffix + ', '+ 'orientation = ' + self.orientation
if self.orientation in ['ROW', 'COLUMN']:
# group size, page_size
self.page_size = -1
self.row_group_size = -1
if self.compression_type is None:
tbl_suffix = tbl_suffix + '_nocomp'
self.compression_type = 'None'
self.compression_level = -1
elif self.compression_type == 'QUICKLZ':
self.compression_level = 1
tbl_suffix = tbl_suffix + '_' + self.compression_type + str(self.compression_level)
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type + ', ' + 'compresslevel = ' + str(self.compression_level)
elif self.compression_type == 'ZLIB':
if (self.compression_level is None) or (self.compression_level < 1) or (self.compression_level > 9):
self.compression_level = 1
tbl_suffix = tbl_suffix + '_' + self.compression_type + str(self.compression_level)
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type + ', ' + 'compresslevel = ' + str(self.compression_level)
else:
tbl_suffix = tbl_suffix + '_nocomp'
else:
# PARQUET
if self.row_group_size is None or self.page_size is None:
self.row_group_size = 8388608
self.page_size = 1048576
sql_suffix = sql_suffix + ', ' + 'pagesize = %s, rowgroupsize = %s' % (self.page_size, self.row_group_size)
if self.compression_type == 'SNAPPY':
self.compression_level = -1
tbl_suffix = tbl_suffix + '_' + self.compression_type
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type
elif self.compression_type == 'GZIP':
if (self.compression_level is None) or (self.compression_level < 1) or (self.compression_level > 9):
self.compression_level = 1
tbl_suffix = tbl_suffix + '_' + self.compression_type + str(self.compression_level)
sql_suffix = sql_suffix + ', ' + 'compresstype = ' + self.compression_type + ', ' + 'compresslevel = ' + str(self.compression_level)
else:
tbl_suffix = tbl_suffix + '_nocomp'
if self.partitions > 0:
tbl_suffix += '_part'
else:
tbl_suffix += '_nopart'
else:
print 'not support heap table'
sys.exit(2)
tbl_suffix = tbl_suffix + 'heap'
sql_suffix = ''
self.check_condition = "wl_catetory = '%s' and wl_data_volume_type = '%s' and wl_data_volume_size = %d and wl_appendonly = '%s' and wl_disrandomly = '%s' and wl_orientation = '%s' and wl_row_group_size = %d and wl_page_size = %d and \
wl_compression_type = '%s' and wl_compression_level = %d and wl_partitions = %d and wl_iteration = %d and wl_concurrency = %d and wl_query_order= '%s'" \
% (self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, self.distributed_randomly, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,
self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
adj_check_condition = "wl_catetory = '%s' and wl_data_volume_type = '%s' and wl_data_volume_size = %d and wl_appendonly = '%s' and wl_disrandomly = '%s' and wl_orientation = '%s' and wl_row_group_size = %d and wl_page_size = %d and \
wl_compression_type = '%s' and wl_compression_level = %d and wl_partitions = %d and wl_iteration = %d and wl_concurrency = %d and wl_query_order= '%s'" \
% (self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, adj_distributed_randomly, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,
self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
self.wl_values = "'%s', '%s', '%s', %d, '%s', '%s', '%s', %d, %d, '%s', %d, %d, %d, %d, '%s'" \
% (self.workload_name, self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, self.distributed_randomly, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,
self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
adj_wl_values = "'%s', '%s', '%s', %d, '%s', '%s', '%s', %d, %d, '%s', %d, %d, %d, %d, '%s'" \
% (self.workload_name, self.workload_name.split('_')[0].upper(), self.data_volume_type, self.data_volume_size, self.append_only, adj_distributed_randomly, self.orientation, self.row_group_size, self.page_size, self.compression_type, self.compression_level,
self.partitions, self.num_iteration, self.num_concurrency, self.run_workload_mode)
if self.cs_id != 0:
# check wl_id if exist
self.wl_id = check.check_id(result_id = 'wl_id', table_name = 'hst.workload', search_condition = self.check_condition)
if self.wl_id is None:
check.insert_new_record(table_name = 'hst.workload',
col_list = 'wl_name, wl_catetory, wl_data_volume_type, wl_data_volume_size, wl_appendonly, wl_disrandomly, wl_orientation, wl_row_group_size, wl_page_size, wl_compression_type, wl_compression_level, wl_partitions, wl_iteration, wl_concurrency, wl_query_order',
values = self.wl_values)
self.wl_id = check.get_max_id(result_id = 'wl_id', table_name = 'hst.workload')
# check s_id if exist
self.s_id = check.check_id(result_id = 's_id', table_name = 'hst.scenario',
search_condition = 'cs_id = %d and wl_id = %d and us_id = %d' % (self.cs_id, self.wl_id, self.us_id))
if self.s_id is None:
check.insert_new_record(table_name = 'hst.scenario', col_list = 'cs_id, wl_id, us_id',
values = '%d, %d, %d' % (self.cs_id, self.wl_id, self.us_id))
self.s_id = check.get_max_id(result_id = 's_id', table_name = 'hst.scenario')
#get tr_id
#self.tr_id = check.get_max_id(result_id = 'tr_id', table_name = 'hst.test_run')
# check adjust scenario check
# check adjust scenario check
adj_wl_id = check.check_id(result_id = 'wl_id', table_name = 'hst.workload', search_condition = adj_check_condition)
#if adj_wl_id is None:
# check.insert_new_record(table_name = 'hst.workload',
# col_list = 'wl_name, wl_catetory, wl_data_volume_type, wl_data_volume_size, wl_appendonly, wl_disrandomly, wl_orientation, wl_row_group_size, wl_page_size, wl_compression_type, wl_compression_level, wl_partitions, wl_iteration, wl_concurrency, wl_query_order',
# values = adj_wl_values)
# adj_wl_id = check.get_max_id(result_id = 'wl_id', table_name = 'hst.workload')
#self.adj_s_id = check.check_id(result_id = 's_id', table_name = 'hst.scenario',
# search_condition = 'cs_id = %d and wl_id = %d and us_id = %d' % (self.cs_id, adj_wl_id, self.us_id))
#if self.adj_s_id is None:
# check.insert_new_record(table_name = 'hst.scenario', col_list = 'cs_id, wl_id, us_id',
# values = '%d, %d, %d' % (self.cs_id, adj_wl_id, self.us_id))
# self.s_id = check.get_max_id(result_id = 's_id', table_name = 'hst.scenario')
if adj_wl_id is None:
self.adj_s_id = -1
else:
self.adj_s_id = check.check_id(result_id = 's_id', table_name = 'hst.scenario',
search_condition = 'cs_id = %d and wl_id = %d and us_id = %d' % (self.cs_id, adj_wl_id, self.us_id))
if self.adj_s_id is None:
self.adj_s_id = -1
self.tbl_suffix = tbl_suffix.lower()
self.sql_suffix = sql_suffix
