def ruleset_addmeta(p_engine, p_username, params, inputfile, fromconnector,
bulk):
"""
Add matadata to Masking engine
param1: p_engine: engine name from configuration
param2: params: set of required parameters to add meta
param3: inputfile: file with table/file definition
return 0 if added, non 0 for error
"""
ret = 0
rulesetname = params["rulesetname"]
envname = params["envname"]
enginelist = get_list_of_engines(p_engine, p_username)
if (params["metaname"] is None) and (inputfile is None) and (fromconnector
is None):
print_error("Option metaname, inputfile or fromconnector is required")
return 1
if ((params["metaname"]) and inputfile) or \
((params["metaname"]) and fromconnector) or \
(inputfile and fromconnector):
print_error(
"Option metaname, fromconnector and inputfile are mutally exclusive"
)
return 1
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList(envname)
#rulelist.LoadRulesets()
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
if ruleref:
ruleobj = rulelist.get_by_ref(ruleref)
if (params["metaname"]):
ret = ret + ruleobj.addmeta(params)
elif inputfile:
ret = ret + ruleobj.addmetafromfile(inputfile, bulk)
elif fromconnector:
ret = ret + ruleobj.addmetafromfetch(params["fetchfilter"],
bulk)
else:
print_error("Source for add meta is not specified")
else:
ret = ret + 1
return ret
def environment_delete(p_engine, envname):
"""
Delete application from Masking engine
param1: p_engine: engine name from configuration
param2: envname: environment name
return 0 if added, non 0 for error
"""
ret = 0
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple[0], engine_tuple[1],
engine_tuple[2], engine_tuple[3])
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
envref = envlist.get_environmentId_by_name(envname)
if envlist.delete(envref):
ret = ret + 1
return ret
def profilejob_add(p_engine, params):
"""
Add profile job to Masking engine
param1: p_engine: engine name from configuration
param2: params: job parameters
return 0 if added, non 0 for error
"""
ret = 0
enginelist = get_list_of_engines(p_engine)
logger = logging.getLogger()
envname = params['envname']
jobname = params['jobname']
rulesetname = params['rulesetname']
profilename = params['profilename']
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
joblist = DxProfileJobsList()
envlist = DxEnvironmentList()
rulesetlist = DxRulesetList()
profilesetlist = DxProfilesList()
profileref = profilesetlist.get_profileSetId_by_name(profilename)
envlist.LoadEnvironments()
logger.debug("Envname is %s, job name is %s" % (envname, jobname))
rulesetlist.LoadRulesets(envname)
rulesetref = rulesetlist.get_rulesetId_by_name(rulesetname)
job = DxProfileJob(engine_obj, None)
job.ruleset_id = rulesetref
job.job_name = jobname
job.profile_set_id = profileref
for p in masking_params_list:
if params[p] is not None:
if params[p] == 'Y':
value = True
elif params[p] == 'N':
value = False
else:
value = params[p]
setattr(job, p, value)
if joblist.add(job):
ret = ret + 1
return ret
def job_selector(**kwargs):
"""
Select unique job from Masking engine and run function on it
param1: p_engine: engine name from configuration
param2: jobname: job name
param3: envname: environment name
param4: function_to_call: name of function to call on connector
return 0 if added, non 0 for error
"""
p_engine = kwargs.get('p_engine')
jobname = kwargs.get('jobname')
envname = kwargs.get('envname')
function_to_call = kwargs.get('function_to_call')
joblist_class = kwargs.get('joblist_class')
lock = kwargs.get('lock')
p_username = kwargs.get('p_username')
ret = 0
enginelist = get_list_of_engines(p_engine, p_username)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
joblist = globals()[joblist_class]()
joblist.LoadJobs(envname)
jobref = joblist.get_jobId_by_name(jobname)
if jobref:
dynfunc = globals()[function_to_call]
ret = ret + dynfunc(
jobref=jobref,
engine_obj=engine_obj,
joblist=joblist, **kwargs)
else:
if lock:
lock.acquire()
dxm.lib.DxJobs.DxJobCounter.ret = \
dxm.lib.DxJobs.DxJobCounter.ret + 1
if lock:
lock.release()
continue
return ret
def do_start(**kwargs):
"""
Start job
"""
jobref = kwargs.get('jobref')
joblist = kwargs.get('joblist')
tgt_connector = kwargs.get('tgt_connector')
tgt_connector_env = kwargs.get('tgt_connector_env')
nowait = kwargs.get('nowait')
posno = kwargs.get('posno')
lock = kwargs.get('lock')
monitor = kwargs.get('monitor')
joblist_class = kwargs.get('joblist_class')
jobobj = joblist.get_by_ref(jobref)
targetconnector = None
if jobobj.multi_tenant:
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
if tgt_connector is None:
print_error("Target connector is required for multitenant job")
lock.acquire()
if joblist_class == "DxJobsList":
dxm.lib.DxJobs.DxJobCounter.ret = \
dxm.lib.DxJobs.DxJobCounter.ret + 1
else:
dxm.lib.DxJobs.DxJobCounter.profileret = \
dxm.lib.DxJobs.DxJobCounter.profileret + 1
lock.release()
return 1
connectorlist = DxConnectorsList(tgt_connector_env)
#connectorlist.LoadConnectors()
targetconnector = connectorlist.get_connectorId_by_name(
tgt_connector)
if targetconnector:
targetconnector = targetconnector[1:]
else:
print_error("Target connector for multitenant job not found")
lock.acquire()
if joblist_class == "DxJobsList":
dxm.lib.DxJobs.DxJobCounter.ret = \
dxm.lib.DxJobs.DxJobCounter.ret + 1
else:
dxm.lib.DxJobs.DxJobCounter.profileret = \
dxm.lib.DxJobs.DxJobCounter.profileret + 1
lock.release()
return 1
#staring job
jobobj.monitor = monitor
return jobobj.start(targetconnector, None, nowait, posno, lock)
def environment_list(p_engine, format, envname):
"""
Print list of environments
param1: p_engine: engine name from configuration
param2: format: output format
param3: envname: environemnt name to list, all if None
return 0 if environment found
"""
ret = 0
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
data = DataFormatter()
data_header = [
("Engine name", 30),
("Environment name", 30),
("Application name", 30)
]
data.create_header(data_header)
data.format_type = format
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
# load all objects
envlist.LoadEnvironments()
if envname is None:
environments = envlist.get_allref()
else:
environment = envlist.get_environmentId_by_name(envname)
if environment is None:
ret = ret + 1
continue
environments = [environment]
for envref in environments:
envobj = envlist.get_by_ref(envref)
data.data_insert(
engine_tuple[0],
envobj.environment_name,
envobj.application
)
print("")
print (data.data_output(False))
print("")
return ret
def ruleset_add(p_engine, p_username, rulesetname, connectorname, envname):
"""
Add ruleset to Masking engine
param1: p_engine: engine name from configuration
param2: rulesetname: ruleset name
param3: connectorname: connectorname name
param4: envname: environment name
return 0 if added, non 0 for error
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine, p_username)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList()
connlist = DxConnectorsList(envname)
#connlist.LoadConnectors()
logger.debug("Connector is %s" % connectorname)
connref = connlist.get_connectorId_by_name(connectorname)
connobj = connlist.get_by_ref(connref)
if connobj:
if connobj.is_database:
ruleset = DxDatabaseRuleset(engine_obj)
ruleset.create_database_ruleset(
ruleset_name=rulesetname,
database_connector_id=connobj.connectorId,
refresh_drops_tables=None)
else:
ruleset = DxFileRuleset(engine_obj)
ruleset.create_file_ruleset(
ruleset_name=rulesetname,
file_connector_id=connobj.connectorId)
if rulelist.add(ruleset):
ret = ret + 1
else:
ret = ret + 1
return ret
def ruleset_addmeta(p_engine, params, inputfile):
"""
Add matadata to Masking engine
param1: p_engine: engine name from configuration
param2: params: set of required parameters to add meta
param3: inputfile: file with table/file definition
return 0 if added, non 0 for error
"""
ret = 0
rulesetname = params["rulesetname"]
envname = params["envname"]
enginelist = get_list_of_engines(p_engine)
if (params["metaname"] is None) and (inputfile is None):
print_error("Option metaname or inputfile is required")
return 1
if (params["metaname"]) and (inputfile):
print_error("Option metaname and inputfile are mutally exclusive")
return 1
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple[0], engine_tuple[1],
engine_tuple[2], engine_tuple[3])
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList()
rulelist.LoadRulesets(envname)
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
if ruleref:
ruleobj = rulelist.get_by_ref(ruleref)
if (params["metaname"]):
ret = ret + ruleobj.addmeta(params)
else:
ret = ret + ruleobj.addmetafromfile(inputfile)
else:
ret = ret + 1
return ret
def connector_selector(p_engine,
connectorname,
envname,
function_to_call,
format='fixed'):
"""
Select unique connector from Masking engine and run function on it
param1: p_engine: engine name from configuration
param2: connectorname: connectorname name
param3: envname: environment name
param4: function_to_call: name of function to call on connector
param5: format: format of output, set to fixed
return 0 if added, non 0 for error
"""
ret = 0
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
connlist = DxConnectorsList()
connlist.LoadConnectors(envname)
connref = connlist.get_connectorId_by_name(connectorname)
if connref:
dynfunc = globals()[function_to_call]
ret = ret + dynfunc(connref=connref,
engine_obj=engine_obj,
connlist=connlist,
format=format)
else:
ret = ret + 1
continue
return ret
def ruleset_deletemeta(p_engine, rulesetname, metaname, envname):
"""
Delete meta (file, table) from ruleset to Masking engine
param1: p_engine: engine name from configuration
param2: rulesetname: ruleset name
param3: metaname: metaname to delete
param4: envname: environment name
return 0 if added, non 0 for error
"""
ret = 0
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple[0], engine_tuple[1],
engine_tuple[2], engine_tuple[3])
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList()
rulelist.LoadRulesets(envname)
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
metalist = DxMetaList()
metalist.LoadMeta(ruleset_id=ruleref)
metaref = metalist.get_MetadataId_by_name(metaname)
if metaref:
if metalist.delete(metaref):
ret = ret + 1
else:
ret = ret + 1
return ret
def column_batch(p_engine, rulesetname, envname, inputfile, inventory):
"""
Update all columns defined in file
param1: p_engine: engine name from configuration
param2: rulesetname: ruleset name
param3: envname: environment name
param4: inputfile: file handler with entries
return 0 if all rows processed without issues
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
if inventory is True:
mapping = algname_mapping_import()
else:
mapping = None
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList(envname)
metalist = DxMetaList()
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
if ruleref:
ruleobj = rulelist.get_by_ref(ruleref)
else:
return 1
metalist.LoadMeta(ruleobj.ruleset_id)
metacolumn_list = {}
for line in inputfile:
if line.startswith('#'):
continue
try:
logger.debug("readling line %s" % line)
if inventory is False:
if ruleobj.type == "Database":
(metaname, column_role, parent_column, column_name,
type, domain_name, algname,
is_masked_YN, idmethod, rowtype, dateformat) \
= line.strip().split(',')
else:
(metaname, column_name, domain_name, algname,
is_masked_YN, priority, recordtype, position, length,
dateformat) = line.strip().split(',')
else:
if ruleobj.type == "Database":
(env, ruleset, metaname, column_role, parent_column,
column_name, type, domain_name, algname,
is_masked_YN, idmethod, rowtype, dateformat) \
= line.strip().split(',')
else:
(env, ruleset, metaname, column_name, domain_name,
algname, is_masked_YN, priority, recordtype, position,
length, dateformat) = line.strip().split(',')
except ValueError as e:
if str(e) == "too many values to unpack":
logger.error("to few values in inputfile - maybe add "
"--inventory if you are loading an inventory"
"file from GUI")
print_error("to few values in inputfile - maybe add "
"--inventory if you are loading an inventory"
"file from GUI")
logger.error("line %s" % line)
print_error("line %s" % line)
ret = ret + 1
break
else:
logger.error("not all columns in file have value")
print_error("not all columns in file have value")
logger.error("line %s" % line)
print_error("line %s" % line)
ret = ret + 1
break
metaref = metalist.get_MetadataId_by_name(metaname)
if metaref is None:
ret = ret + 1
continue
metaobj = metalist.get_by_ref(metaref)
if metaref not in metacolumn_list:
logger.debug("reading columns from engine for %s " % metaname)
collist = DxColumnList()
collist.LoadColumns(metadata_id=metaref)
metacolumn_list[metaref] = collist
colref = metacolumn_list[metaref].get_column_id_by_name(
column_name)
if colref:
colobj = metacolumn_list[metaref].get_by_ref(colref)
if is_masked_YN == 'Y' or is_masked_YN == 'true':
is_masked = True
else:
is_masked = False
if algname == '' or algname == '-':
algname = 'None'
if domain_name == '' or domain_name == '-':
domain_name = 'None'
if ruleobj.type == "Database":
if idmethod == 'Auto':
colobj.is_profiler_writable = True
elif idmethod == 'User':
colobj.is_profiler_writable = False
else:
print_error("Wrong id method")
return 1
if dateformat == '-':
colobj.date_format = None
else:
colobj.date_format = dateformat
if mapping is not None and algname != 'None':
try:
algname = mapping[algname]
except KeyError as e:
logger.debug("Wrong algoritm name in input file"
". Not an inventory file ?")
logger.debug(str(e))
print_error("Wrong algoritm name in input file"
". Not an inventory file ?")
return 1
ret = ret + update_algorithm(colobj=colobj,
algname=algname,
domainname=domain_name,
metaobj=metaobj,
ruleobj=ruleobj,
is_masked=is_masked)
else:
ret = ret + 1
continue
return ret
def column_batch(p_engine, p_username, rulesetname, envname, inputfile, inventory):
"""
Update all columns defined in file
param1: p_engine: engine name from configuration
param2: rulesetname: ruleset name
param3: envname: environment name
param4: inputfile: file handler with entries
return 0 if all rows processed without issues
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine, p_username)
if enginelist is None:
return 1
if inventory is True:
mapping = algname_mapping_import()
else:
mapping = None
database_list = "metaname column_role parent_column column_name \
type domain_name algname is_masked_YN idmethod rowtype dateformat"
file_list = "metaname column_name domain_name algname \
is_masked_YN priority recordtype position \
length dateformat"
inventory_addition = "env ruleset"
multicolumn_addition = "fieldid groupid"
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList(envname)
metalist = DxMetaList()
alg_list = DxAlgorithmList()
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
if ruleref:
ruleobj = rulelist.get_by_ref(ruleref)
else:
return 1
metalist.LoadMeta(ruleobj.ruleset_id)
metacolumn_list = {}
setversion = False
for line in inputfile:
if not setversion:
setversion = True
if ruleobj.type == "Database":
collist = database_list
else:
collist = file_list
if inventory is True:
collist = inventory_addition + " " + collist
if "Multi-Column" in line:
# we have a 6.0.8 or higher inventory
if inventory is True:
collist = collist + " notes " + multicolumn_addition
else:
collist = collist + " " + multicolumn_addition
linetype = namedtuple("linetype", collist)
if line.startswith('#'):
continue
try:
logger.debug("readling line %s" % line)
lineobj = linetype(*line.strip().split(','))
except ValueError as e:
if str(e) == "too many values to unpack":
logger.error("to few values in inputfile - maybe add "
"--inventory if you are loading an inventory"
"file from GUI")
print_error("to few values in inputfile - maybe add "
"--inventory if you are loading an inventory"
"file from GUI")
logger.error("line %s" % line)
print_error("line %s" % line)
ret = ret + 1
break
else:
logger.error("not all columns in file have value")
print_error("not all columns in file have value")
logger.error("line %s" % line)
print_error("line %s" % line)
ret = ret + 1
break
metaref = metalist.get_MetadataId_by_name(lineobj.metaname)
if metaref is None:
ret = ret + 1
continue
metaobj = metalist.get_by_ref(metaref)
if metaref not in metacolumn_list:
logger.debug("reading columns from engine for %s " % lineobj.metaname)
collist = DxColumnList()
collist.LoadColumns(metadata_id=metaref)
metacolumn_list[metaref] = collist
colref = metacolumn_list[metaref].get_column_id_by_name(
lineobj.column_name)
if colref:
colobj = metacolumn_list[metaref].get_by_ref(colref)
if lineobj.is_masked_YN == 'Y' or lineobj.is_masked_YN == 'true':
is_masked = True
else:
is_masked = False
if lineobj.algname == '' or lineobj.algname == '-':
algname = 'None'
else:
algname = lineobj.algname
if lineobj.domain_name == '' or lineobj.domain_name == '-':
domain_name = 'None'
else:
domain_name = lineobj.domain_name
if hasattr(lineobj, 'fieldid'):
if lineobj.fieldid == '' or lineobj.fieldid == '-':
fieldid = None
else:
fieldid = lineobj.fieldid
else:
fieldid = None
if ruleobj.type == "Database":
if lineobj.idmethod == 'Auto':
colobj.is_profiler_writable = True
elif lineobj.idmethod == 'User':
colobj.is_profiler_writable = False
else:
print_error("Wrong id method")
return 1
if lineobj.dateformat == '-':
colobj.date_format = None
else:
colobj.date_format = lineobj.dateformat
if fieldid is not None:
algobj = alg_list.get_by_ref(lineobj.algname)
field_id = [ x.field_id for x in algobj.fields if x.name == fieldid ][0]
group_id = lineobj.groupid
else:
field_id = None
group_id = None
if mapping is not None and algname != 'None' and algname in mapping:
logger.debug("changing a name of algorithm for inventory import: from {} to {}".format(algname, mapping[algname]))
algname = mapping[algname]
ret = ret + update_algorithm(colobj=colobj,
algname=algname,
domainname=domain_name,
metaobj=metaobj,
ruleobj=ruleobj,
is_masked=is_masked,
algorithm_field_id=field_id,
algorithm_group_no=group_id)
else:
ret = ret + 1
continue
return ret
def job_add(p_engine, p_username, params):
"""
Add masking job to Masking engine
param1: p_engine: engine name from configuration
param2: params: job parameters
return 0 if added, non 0 for error
"""
ret = 0
enginelist = get_list_of_engines(p_engine, p_username)
logger = logging.getLogger()
envname = params['envname']
jobname = params['jobname']
rulesetname = params['rulesetname']
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
joblist = DxJobsList()
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
logger.debug("Envname is %s, job name is %s" % (envname, jobname))
rulesetlist = DxRulesetList(envname)
rulesetref = rulesetlist.get_rulesetId_by_name(rulesetname)
job = DxJob(engine_obj, None)
job.create_job(job_name=jobname, ruleset_id=rulesetref)
for p in optional_params_list:
if params[p] is not None:
if params[p] == 'Y':
value = True
elif params[p] == 'N':
value = False
else:
value = params[p]
setattr(job, p, value)
dmo = DxDatabaseMaskingOptions()
for p in optional_options_list:
if params[p] is not None:
if params[p] == 'Y':
value = True
elif params[p] == 'N':
value = False
else:
value = params[p]
setattr(dmo, p, value)
if params["on_the_fly_masking"] == 'Y' :
src_env = params["on_the_fly_src_envname"]
src_con = params["on_the_fly_src_connector"]
conlist = DxConnectorsList(src_env)
conid = conlist.get_connectorId_by_name(src_con)
if not conid :
return 1
on_the_fly_maskking_srcobj = DxOnTheFlyJob()
on_the_fly_maskking_srcobj.connector_id = conid[1:]
conObj = conlist.get_by_ref(conid)
if conObj.is_database :
on_the_fly_maskking_srcobj.connector_type = "DATABASE"
else:
on_the_fly_maskking_srcobj.connector_type = "FILE"
job.on_the_fly_masking_source = on_the_fly_maskking_srcobj
if params["prescript"]:
scriptname = os.path.basename(params["prescript"].name)
prescript = DxMaskingScriptJob(name=scriptname, contents=''.join(params["prescript"].readlines()))
dmo.prescript = prescript
if params["postscript"]:
scriptname = os.path.basename(params["postscript"].name)
postscript = DxMaskingScriptJob(name=scriptname, contents = ''.join(params["postscript"].readlines()))
dmo.postscript = postscript
job.database_masking_options = dmo
if joblist.add(job):
ret = ret + 1
return ret
def connector_add(p_engine, params):
"""
Add application to Masking engine
param1: p_engine: engine name from configuration
param2: params: dict of parameters needed for connector to add
return 0 if added, non 0 for error
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
envname = params['envname']
schemaName = params['schemaName']
host = params['host']
port = params['port']
password = params['password']
username = params['username']
connname = params['connname']
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
logger.debug("Envname is %s" % envname)
envref = envlist.get_environmentId_by_name(envname)
if envref is None:
ret = ret + 1
continue
connlist = DxConnectorsList()
if params['type'] in database_types:
if params['type'] == 'oracle':
connobj = OracleConnector(engine_obj)
elif params['type'] == 'mssql':
connobj = MSSQLConnector(engine_obj)
elif params['type'] == 'sybase':
connobj = SybaseConnector(engine_obj)
else:
connobj = DxConnector(engine_obj)
connobj.database_type = params['type'].upper()
connobj.connector_name = connname
connobj.schema_name = schemaName
connobj.username = username
connobj.password = password
connobj.host = host
if port:
connobj.port = port + 0
connobj.sid = params['sid']
connobj.jdbc = params['jdbc']
connobj.environment_id = envref
connobj.instance_name = params['instancename']
connobj.database_name = params['databasename']
elif params['type'] in file_types:
path = params['path']
connmode = params['servertype']
connobj = DxFileConnector(engine_obj)
connobj.is_database = False
connobj.connector_name = connname
connobj.environment_id = envref
connobj.file_type = params['type'].upper()
ci = ConnectionInfo()
ci.host = host
ci.port = port
ci.login_name = username
ci.password = password
ci.path = path
ci.connection_mode = connmode.upper()
connobj.connection_info = ci
else:
print_error('Wrong connector type %s' % params['type'])
logger.error('Wrong connector type %s' % params['type'])
return 1
if connlist.add(connobj):
ret = ret + 1
return ret
def ruleset_listmeta(p_engine, format, rulesetname, envname, metaname):
"""
List tables/file from ruleset
param1: p_engine: engine name from configuration
param2: format: output format
param3: rulesetname: ruleset name to display metadata from
param4: envname: environemnt name to display metadata from
param5: metamame: name of table/file to display
return 0 if added, non zero for error
"""
ret = 0
found = False
data = DataFormatter()
data_header = [
("Engine name", 30),
("Environent name", 30),
("Ruleset name", 30),
("Metadata type", 15),
("Metadata name", 32)
]
data.create_header(data_header)
data.format_type = format
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList()
rulelist.LoadRulesets(envname)
connlist = DxConnectorsList()
connlist.LoadConnectors(envname)
if rulesetname:
rulesetref_list = rulelist.get_all_rulesetId_by_name(rulesetname)
if rulesetref_list is None:
ret = ret + 1
continue
else:
rulesetref_list = rulelist.get_allref()
if rulesetref_list is None:
continue
metalist = DxMetaList()
for ruleref in rulesetref_list:
ruleobj = rulelist.get_by_ref(ruleref)
connobj = connlist.get_by_ref(ruleobj.connectorId)
if connobj:
envobj = envlist.get_by_ref(connobj.environment_id)
environment_name = envobj.environment_name
else:
environment_name = 'N/A'
metalist.LoadMeta(ruleobj.ruleset_id)
if metaname:
metalist_ref = metalist.get_all_MetadataId_by_name(metaname, 1)
if metalist_ref is None:
ret = ret + 1
continue
found = True
else:
metalist_ref = metalist.get_allref()
if metalist_ref is None:
continue
for metaid in metalist_ref:
metaobj = metalist.get_by_ref(metaid)
data.data_insert(
engine_tuple[0],
environment_name,
ruleobj.ruleset_name,
ruleobj.type,
metaobj.meta_name
)
print("")
print (data.data_output(False))
print("")
if found:
return 0
else:
if metaname:
print_error("Table or file %s not found" % metaname)
return ret
def tab_list_details(p_engine, p_format, rulesetname, envname, metaname, what):
"""
List details of tables/file from ruleset
param1: p_engine: engine name from configuration
param2: p_format: output format
param3: rulesetname: ruleset name to display metadata from
param4: envname: environemnt name to display metadata from
param5: metamame: name of table/file to display
param6: what - Database/File
return 0 if added, non zero for error
"""
ret = 0
found = False
data = DataFormatter()
if what == 'Database':
data_header = [("Engine name", 30), ("Environent name", 30),
("Ruleset name", 30), ("Table name", 32),
("Logical key", 32), ("Where clause", 50),
("Custom SQL", 50)]
else:
data_header = [("Engine name", 30), ("Environent name", 30),
("Ruleset name", 30), ("File name", 32),
("File type", 32), ("File format name", 32),
("Delimiter", 10), ("End of record", 10)]
data.create_header(data_header)
data.format_type = p_format
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple[0], engine_tuple[1],
engine_tuple[2], engine_tuple[3])
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList()
rulelist.LoadRulesets(envname)
connlist = DxConnectorsList()
connlist.LoadConnectors(envname)
if rulesetname:
rulesetref_all = rulelist.get_all_rulesetId_by_name(rulesetname)
if rulesetref_all is None:
ret = ret + 1
continue
rulesetref_list = [
x for x in rulesetref_all
if rulelist.get_by_ref(x).type == what
]
if rulesetref_list is None:
ret = ret + 1
continue
else:
if what == 'Database':
rulesetref_list = rulelist.get_all_database_rulesetIds()
if rulesetref_list is None:
continue
else:
rulesetref_list = rulelist.get_all_file_rulesetIds()
if rulesetref_list is None:
continue
filetypelist = DxFileFormatList()
metalist = DxMetaList()
for ruleref in rulesetref_list:
ruleobj = rulelist.get_by_ref(ruleref)
connobj = connlist.get_by_ref(ruleobj.connectorId)
if connobj:
envobj = envlist.get_by_ref(connobj.environment_id)
environment_name = envobj.environment_name
else:
environment_name = 'N/A'
metalist.LoadMeta(ruleobj.ruleset_id)
if metaname:
metalist_ref = metalist.get_all_MetadataId_by_name(metaname, 1)
if metalist_ref is None:
ret = ret + 1
continue
found = True
else:
metalist_ref = metalist.get_allref()
if metalist_ref is None:
continue
for metaid in metalist_ref:
metaobj = metalist.get_by_ref(metaid)
if what == 'Database':
data.data_insert(engine_tuple[0], environment_name,
ruleobj.ruleset_name, metaobj.meta_name,
metaobj.key_column,
repr(metaobj.where_clause),
repr(metaobj.custom_sql))
else:
if metaobj.file_format_id is not None:
fileformatobj = filetypelist.get_by_ref(
metaobj.file_format_id)
fileformatname = fileformatobj.file_format_name
else:
fileformatname = 'N/A'
data.data_insert(engine_tuple[0], environment_name,
ruleobj.ruleset_name, metaobj.meta_name,
metaobj.file_type, fileformatname,
metaobj.delimiter,
repr(metaobj.end_of_record))
print("")
print(data.data_output(False))
print("")
if found:
return 0
else:
if metaname:
print_error("Table %s not found" % metaname)
return ret
def tab_selector(p_engine, rulesetname, envname, metaname, function_to_call,
params):
"""
List details of tables/file from ruleset
param1: p_engine: engine name from configuration
param2: p_format: output format
param3: rulesetname: ruleset name to display metadata from
param4: envname: environemnt name to display metadata from
param5: metamame: name of table/file to display
param6: what - Database/File
return 0 if added, non zero for error
"""
ret = 0
update = False
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple[0], engine_tuple[1],
engine_tuple[2], engine_tuple[3])
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList()
rulelist.LoadRulesets(envname)
if rulesetname:
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
else:
ruleref = None
metalist = DxMetaList()
metalist.LoadMeta(ruleset_id=ruleref)
metaref = metalist.get_MetadataId_by_name(metaname)
if metaref:
metaobj = metalist.get_by_ref(metaref)
else:
ret = ret + 1
continue
param_map = {
"custom_sql": "custom_sql",
"where_clause": "where_clause",
"having_clause": "having_clause",
"key_column": "key_column",
"file_format": "file_format_id",
"file_delimiter": "delimiter",
"file_eor": "end_of_record",
"file_enclosure": "enclosure",
"file_name_regex": "name_is_regular_expression"
}
eor = params["file_eor"]
if eor == 'custom':
if params["file_eor_custom"]:
params["file_eor"] = params["file_eor_custom"]
else:
print_error("Custom End of record is unknown")
return 1
for p in param_map.keys():
if params[p]:
if hasattr(metaobj, param_map[p]):
update = True
value = params[p]
if value == '':
value = None
setattr(metaobj, param_map[p], value)
if update:
ret = ret + metaobj.update()
return ret
def column_batch(p_engine, rulesetname, envname, inputfile):
"""
Update all columns defined in file
param1: p_engine: engine name from configuration
param2: rulesetname: ruleset name
param3: envname: environment name
param4: inputfile: file handler with entries
return 0 if all rows processed without issues
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple[0], engine_tuple[1],
engine_tuple[2], engine_tuple[3])
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList()
rulelist.LoadRulesets(envname)
metalist = DxMetaList()
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
if ruleref:
ruleobj = rulelist.get_by_ref(ruleref)
else:
return 1
metalist.LoadMeta(ruleobj.ruleset_id)
metacolumn_list = {}
for line in inputfile:
if line.startswith('#'):
continue
try:
logger.debug("readling line %s" % line)
if ruleobj.type == "Database":
(metaname, column_role, parent_column, column_name, type,
domain_name, algname,
is_masked_YN) = line.strip().split(',')
else:
(metaname, column_name, domain_name, algname,
is_masked_YN) = line.strip().split(',')
except ValueError:
logger.error("not all columns in file have value")
print_error("not all columns in file have value")
logger.error("line %s" % line)
print_error("line %s" % line)
ret = ret + 1
continue
metaref = metalist.get_MetadataId_by_name(metaname)
if metaref is None:
ret = ret + 1
continue
metaobj = metalist.get_by_ref(metaref)
if metaref not in metacolumn_list:
logger.debug("reading columns from engine for %s " % metaname)
collist = DxColumnList()
collist.LoadColumns(metadata_id=metaref)
metacolumn_list[metaref] = collist
colref = metacolumn_list[metaref].get_column_id_by_name(
column_name)
if colref:
colobj = metacolumn_list[metaref].get_by_ref(colref)
if is_masked_YN == 'Y':
is_masked = True
else:
is_masked = False
if algname == '':
algname = 'None'
if domain_name == '':
domain_name = 'None'
update_algorithm(colobj=colobj,
algname=algname,
domainname=domain_name,
metaobj=metaobj,
ruleobj=ruleobj,
is_masked=is_masked)
else:
ret = ret + 1
continue
return ret
def jobs_list_worker(p_engine, p_username, jobname, envname, p_format, joblist_class):
"""
Print list of jobs
param1: p_engine: engine name from configuration
param2: jobname: job name to list
param3: envname: environemnt name to list jobs from
param4: p_format: output format
param5: joblist_class - DxJobsList, DxProfileJobslist
return 0 if environment found
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine, p_username)
if enginelist is None:
return 1
data = DataFormatter()
data_header = [
("Engine name", 30),
("Job name", 30),
("Ruleset name", 30),
("Connector name", 30),
("Environment name", 30),
("Completed", 20),
("Status", 20),
("Runtime", 20)
]
data.create_header(data_header)
data.format_type = p_format
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
# load all objects
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulesetlist = DxRulesetList(envname)
connectorlist = DxConnectorsList(envname)
joblist = globals()[joblist_class]()
logger.debug("Envname is %s, job name is %s" % (envname, jobname))
joblist.LoadJobs(envname)
#rulesetlist.LoadRulesets(envname)
#connectorlist.LoadConnectors(envname)
if jobname is None:
jobs = joblist.get_allref()
else:
jobs = joblist.get_all_jobId_by_name(jobname)
if jobs is None:
ret = ret + 1
continue
for jobref in jobs:
jobobj = joblist.get_by_ref(jobref)
rulesetobj = rulesetlist.get_by_ref(jobobj.ruleset_id)
# those test are requierd for 5.X engies where API is not showing all types of connectors
if rulesetobj is not None:
rulename = rulesetobj.ruleset_name
connectorobj = connectorlist.get_by_ref(rulesetobj.connectorId)
if connectorobj is not None:
connectorname = connectorobj.connector_name
envobj = envlist.get_by_ref(connectorobj.environment_id)
if envobj is not None:
envobjname = envobj.environment_name
else:
envobjname = "N/A"
else:
connectorname = "N/A"
envobjname = "N/A"
else:
rulename = "N/A"
connectorname = "N/A"
envobjname = "N/A"
if jobobj.lastExec is not None:
status = jobobj.lastExec.status
if (jobobj.lastExec.end_time is not None) and \
(jobobj.lastExec.end_time is not None):
endtime = jobobj.lastExec.end_time \
.strftime("%Y-%m-%d %H:%M:%S")
runtimetemp = jobobj.lastExec.end_time \
- jobobj.lastExec.start_time
runtime = str(runtimetemp)
else:
endtime = 'N/A'
runtime = 'N/A'
else:
status = 'N/A'
endtime = 'N/A'
runtime = 'N/A'
data.data_insert(
engine_tuple[0],
jobobj.job_name,
rulename,
connectorname,
envobjname,
endtime,
status,
runtime
)
print("")
print (data.data_output(False))
print("")
return ret
def column_worker(p_engine,
sortby,
rulesetname,
envname,
metaname,
columnname,
filter_algname,
filter_is_masked,
algname,
is_masked,
domainname,
function_to_call,
data=None,
inventory=None,
**kwargs):
"""
Select a column using all filter parameters
and run action defined in function_to_call
param1: p_engine: engine name from configuration
param2: sortby: sort by output if needed
param3: rulesetname: ruleset name
param4: envname: environment name
param5: metaname: meta name (table or file)
param6: columnname: column name (column or field)
param7: filter_algname: algorithm name to filter
param8: filter_is_masked: is masked fileter
param9: algname: new algorithm to set
param10: is_masked: set masking False/True
param11: domainname: new domain to set
param12: function_to_call: function name to call
param13: data: output object
return 0 action is processed without issues
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine)
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulelist = DxRulesetList(envname)
connlist = DxConnectorsList(envname)
metalist = DxMetaList()
rulesetref_list = []
if rulesetname:
ruleref = rulelist.get_rulesetId_by_name(rulesetname)
if ruleref:
rulesetref_list.append(ruleref)
else:
rulesetref_list = rulelist.get_allref()
for ruleref in rulesetref_list:
ruleobj = rulelist.get_by_ref(ruleref)
connobj = connlist.get_by_ref(ruleobj.connectorId)
if connobj:
envobj = envlist.get_by_ref(connobj.environment_id)
else:
envobj = None
metalist.LoadMeta(ruleobj.ruleset_id)
metasetref_list = []
if metaname:
metaref = metalist.get_MetadataId_by_name(metaname, 1)
if metaref:
metasetref_list.append(metaref)
else:
metasetref_list = metalist.get_allref()
for metaid in metasetref_list:
metaobj = metalist.get_by_ref(metaid)
collist = DxColumnList()
collist.LoadColumns(metadata_id=metaid,
is_masked=filter_is_masked)
colsetref_list = []
colcount = kwargs.get("colcount")
if colcount is not None:
colcount.extend(collist.get_allref())
if columnname:
colref = collist.get_column_id_by_name(columnname)
logger.debug("Column ref with name %s : %s" %
(columnname, colref))
if colref:
colsetref_list.append(colref)
else:
colsetref_list = collist.get_allref()
logger.debug("List of columns to process : %s" %
colsetref_list)
if filter_algname:
colsetref_masked = collist.get_column_id_by_algorithm(
filter_algname)
logger.debug("List of columns with algorithm %s : %s" %
(filter_algname, colsetref_masked))
colsetref_list = list(
set(colsetref_list)
& set(colsetref_masked))
logger.debug("Intersection with column name filter %s" %
colsetref_masked)
for colref in colsetref_list:
colobj = collist.get_by_ref(colref)
dynfunc = globals()[function_to_call]
ret = ret + dynfunc(data=data,
engine=engine_tuple,
envobj=envobj,
ruleobj=ruleobj,
metaobj=metaobj,
colobj=colobj,
algname=algname,
is_masked=is_masked,
domainname=domainname,
inventory=inventory,
**kwargs)
return ret
def job_add(p_engine, params):
"""
Add masking job to Masking engine
param1: p_engine: engine name from configuration
param2: params: job parameters
return 0 if added, non 0 for error
"""
ret = 0
enginelist = get_list_of_engines(p_engine)
logger = logging.getLogger()
envname = params['envname']
jobname = params['jobname']
rulesetname = params['rulesetname']
if enginelist is None:
return 1
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
joblist = DxJobsList()
envlist = DxEnvironmentList()
rulesetlist = DxRulesetList()
envlist.LoadEnvironments()
logger.debug("Envname is %s, job name is %s" % (envname, jobname))
rulesetlist.LoadRulesets(envname)
rulesetref = rulesetlist.get_rulesetId_by_name(rulesetname)
job = DxJob(engine_obj, None)
job.ruleset_id = rulesetref
job.job_name = jobname
for p in optional_params_list:
if params[p] is not None:
if params[p] == 'Y':
value = True
elif params[p] == 'N':
value = False
else:
value = params[p]
setattr(job, p, value)
dmo = DatabaseMaskingOptions()
for p in optional_options_list:
if params[p] is not None:
if params[p] == 'Y':
value = True
elif params[p] == 'N':
value = False
else:
value = params[p]
setattr(job, p, value)
if params["prescript"]:
prescript = MaskingJobScript()
prescript.contents = ''.join(params["prescript"].readlines())
prescript.name = params["prescript"].name
dmo.prescript = prescript
if params["postscript"]:
postscript = MaskingJobScript()
postscript.contents = ''.join(params["postscript"].readlines())
postscript.name = params["postscript"].name
dmo.postscript = postscript
job.database_masking_options = dmo
if joblist.add(job):
ret = ret + 1
return ret
def jobs_report_worker(p_engine, p_username, jobname, envname, p_format, last, startdate, enddate, details, jobtype='masking'):
"""
Print report of jobs
param1: p_engine: engine name from configuration
param2: jobname: job name to list
param3: envname: environemnt name to list jobs from
param4: p_format: output format
param5: last: display last job only
param6: startdate: filter by start date
param7: enddate: filter by end date
param8: details
param9: joblist_class - DxJobsList, DxProfileJobslist
return 0 if environment found
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine, p_username)
if enginelist is None:
return 1
data = DataFormatter()
if jobtype == 'masking':
if details:
data_header = [
("Engine name", 30),
("Environment name", 30),
("Job name", 30),
("ExecId", 6),
("Meta name", 12),
("Masked Rows", 10),
("Started", 20),
("Completed", 20),
("Status", 20),
("Runtime", 20)
]
else:
data_header = [
("Engine name", 30),
("Environment name", 30),
("Job name", 30),
("Job Id", 6),
("Min Memory", 10),
("Max Memory", 10),
("Streams", 7),
("On The Fly", 10),
("Ruleset Type", 12),
("ExecId", 6),
("Total Rows", 10),
("Masked Rows", 10),
("Started", 20),
("Completed", 20),
("Status", 20),
("Runtime", 20)
]
else:
data_header = [
("Engine name", 30),
("Environment name", 30),
("Job name", 30),
("Ruleset Type", 12),
("ExecId", 6),
("Started", 20),
("Completed", 20),
("Status", 20),
("Runtime", 20)
]
data.create_header(data_header)
data.format_type = p_format
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
# load all objects
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
rulesetlist = DxRulesetList(envname)
connectorlist = DxConnectorsList(envname)
if jobtype == 'masking':
joblist = DxJobsList()
else:
joblist = DxProfileJobsList()
logger.debug("Envname is %s, job name is %s" % (envname, jobname))
joblist.LoadJobs(envname)
#rulesetlist.LoadRulesets(envname)
#connectorlist.LoadConnectors(envname)
if jobname is None:
jobs = joblist.get_allref()
else:
jobs = joblist.get_all_jobId_by_name(jobname)
if jobs is None:
ret = ret + 1
continue
for jobref in jobs:
jobobj = joblist.get_by_ref(jobref)
rulesetobj = rulesetlist.get_by_ref(jobobj.ruleset_id)
# those test are requierd for 5.X engies where API is not showing all types of connectors
if rulesetobj is not None:
ruleset_type = rulesetobj.type
rulename = rulesetobj.ruleset_name
connectorobj = connectorlist.get_by_ref(rulesetobj.connectorId)
if connectorobj is not None:
connectorname = connectorobj.connector_name
envobj = envlist.get_by_ref(connectorobj.environment_id)
if envobj is not None:
envobjname = envobj.environment_name
else:
envobjname = "N/A"
else:
connectorname = "N/A"
envobjname = "N/A"
else:
rulename = "N/A"
connectorname = "N/A"
envobjname = "N/A"
ruleset_type = "N/A"
if last:
lastonly = True
else:
lastonly = False
if lastonly:
execlist = [ jobobj.lastExec ]
else:
if startdate or enddate:
execlist = jobobj.filter_executions(startdate, enddate)
else:
execlist = jobobj.execList
if execlist:
for jobexec in execlist:
if details == False:
if jobtype == 'masking':
if jobexec is not None:
status = jobexec.status
execid = jobexec.execution_id
rowsmasked = jobexec.rows_masked
rowstotal = jobexec.rows_total
if jobexec.start_time is not None:
starttime = jobexec.start_time.strftime("%Y-%m-%d %H:%M:%S")
else:
starttime = 'N/A'
if (jobexec.end_time is not None) and \
(jobexec.start_time is not None):
endtime = jobexec.end_time \
.strftime("%Y-%m-%d %H:%M:%S")
runtimetemp = jobexec.end_time \
- jobexec.start_time
runtime = str(runtimetemp)
else:
endtime = 'N/A'
runtime = 'N/A'
else:
status = 'N/A'
endtime = 'N/A'
starttime = 'N/A'
runtime = 'N/A'
execid = 'N/A'
rowsmasked = 'N/A'
rowstotal = 'N/A'
data.data_insert(
engine_tuple[0],
envobjname,
jobobj.job_name,
jobobj.masking_job_id,
jobobj.min_memory,
jobobj.max_memory,
jobobj.num_input_streams,
jobobj.on_the_fly_masking,
ruleset_type,
execid,
rowstotal,
rowsmasked,
starttime,
endtime,
status,
runtime
)
else:
if jobexec is not None:
status = jobexec.status
execid = jobexec.execution_id
if jobexec.start_time is not None:
starttime = jobexec.start_time.strftime("%Y-%m-%d %H:%M:%S")
else:
starttime = 'N/A'
if (jobexec.end_time is not None) and \
(jobexec.start_time is not None):
endtime = jobexec.end_time \
.strftime("%Y-%m-%d %H:%M:%S")
runtimetemp = jobexec.end_time \
- jobexec.start_time
runtime = str(runtimetemp)
else:
endtime = 'N/A'
runtime = 'N/A'
else:
status = 'N/A'
endtime = 'N/A'
starttime = 'N/A'
runtime = 'N/A'
execid = 'N/A'
data.data_insert(
engine_tuple[0],
envobjname,
jobobj.job_name,
ruleset_type,
execid,
starttime,
endtime,
status,
runtime
)
else:
# details here
if jobexec is not None:
execid = jobexec.execution_id
complist = jobobj.list_execution_component(execid)
if complist is not None:
for comp in complist:
status = comp.status
rowsmasked = comp.rows_masked
metaname = comp.component_name
if comp.start_time is not None:
starttime = comp.start_time.strftime("%Y-%m-%d %H:%M:%S")
else:
starttime = 'N/A'
if (comp.end_time is not None) and \
(comp.start_time is not None):
endtime = comp.end_time \
.strftime("%Y-%m-%d %H:%M:%S")
runtimetemp = comp.end_time \
- comp.start_time
runtime = str(runtimetemp)
else:
endtime = 'N/A'
runtime = 'N/A'
data.data_insert(
engine_tuple[0],
envobjname,
jobobj.job_name,
execid,
metaname,
rowsmasked,
starttime,
endtime,
status,
runtime
)
else:
print("setting 1")
ret = 1
else:
# no executions
ret = 1
else:
# no executions
ret = 1
print("")
print (data.data_output(False))
print("")
return ret
def connector_add(p_engine, p_username, params):
"""
Add application to Masking engine
param1: p_engine: engine name from configuration
param2: params: dict of parameters needed for connector to add
return 0 if added, non 0 for error
"""
ret = 0
logger = logging.getLogger()
enginelist = get_list_of_engines(p_engine, p_username)
if enginelist is None:
return 1
envname = params['envname']
schemaName = params['schemaName']
host = params['host']
port = params['port']
password = params['password']
username = params['username']
connname = params['connname']
for engine_tuple in enginelist:
engine_obj = DxMaskingEngine(engine_tuple)
if engine_obj.get_session():
continue
envlist = DxEnvironmentList()
envlist.LoadEnvironments()
logger.debug("Envname is %s" % envname)
envref = envlist.get_environmentId_by_name(envname)
if envref is None:
ret = ret + 1
continue
connlist = DxConnectorsList()
if params['type'] in database_types:
if params['type'] == 'oracle':
connobj = OracleConnector(engine_obj)
dbtype = 'ORACLE'
elif params['type'] == 'mssql':
connobj = MSSQLConnector(engine_obj)
dbtype = 'MSSQL'
elif params['type'] == 'sybase':
connobj = SybaseConnector(engine_obj)
dbtype = 'SYBASE'
elif params['type'] == 'extended':
connobj = ExtendedConnector(engine_obj)
dbtype = 'EXTENDED'
else:
connobj = DxConnector(engine_obj)
dbtype = params['type'].upper()
connobj.create_connector(
connector_name = connname,
database_type = dbtype,
environment_id = envref
)
connobj.schema_name = schemaName
connobj.username = username
connobj.password = password
connobj.host = host
if port:
connobj.port = int(port)
connobj.sid = params['sid']
connobj.jdbc = params['jdbc']
connobj.instance_name = params['instancename']
connobj.database_name = params['databasename']
if params['jdbc_driver_name']:
jdbclist = DxJDBCList()
driver_id = jdbclist.get_driver_id_by_name(params['jdbc_driver_name'])
connobj.jdbc_driver_id = driver_id
elif params['type'] in file_types:
path = params['path']
connmode = params['servertype']
connobj = DxFileConnector(engine_obj)
connobj.is_database = False
connobj.create_connector(
connector_name = connname,
file_type = params['type'].upper(),
environment_id = envref,
host=host,
port=port,
login_name=username,
password=password,
path=path,
connection_mode=connmode.upper()
)
else:
print_error('Wrong connector type %s' % params['type'])
logger.error('Wrong connector type %s' % params['type'])
return 1
if connlist.add(connobj):
ret = ret + 1
return ret