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root/cvsroot/COMP/CRAB/python/parseCrabFjr.py

Comparing COMP/CRAB/python/parseCrabFjr.py (file contents):
Revision 1.7 by fanzago, Mon Feb 4 16:16:34 2008 UTC vs.
Revision 1.14 by fanzago, Wed Jul 2 16:07:30 2008 UTC

#	Line 5 | Line 5 | import sys, getopt, string
5		from ProdCommon.FwkJobRep.ReportParser import readJobReport
6		from DashboardAPI import apmonSend, apmonFree
7
8	<
9	<	def main(argv) :
10	<	"""
11	<	parseCrabFjr
12	<
13	<	- parse CRAB FrameworkJobReport on WN: { 'protocol' : { 'action' : [attempted,succedeed,total-size,total-time,min-time,max-time] , ... } , ... }
14	<	- report parameters to DashBoard using DashBoardApi.py: for all 'read' actions of all protocols, report MBPS
15	<	- return ExitStatus and dump of DashBoard report separated by semi-colon to WN wrapper script
16	<
17	<	required parameters:
18	<	--input            :       input FJR xml file
19	<	--MonitorID        :       DashBoard MonitorID
20	<	--MonitorJobID     :       DashBoard MonitorJobID
21	<
22	<	optional parameters:
23	<	--help             :       help
24	<	--debug            :       debug statements
25	<
26	<	"""
27	<
28	<	# defaults
29	<	input = ''
30	<	MonitorID = ''
31	<	MonitorJobID = ''
32	<	debug = 0
33	<
34	<	try:
35	<	opts, args = getopt.getopt(argv, "", ["input=", "MonitorID=", "MonitorJobID=", "debug", "help"])
36	<	except getopt.GetoptError:
37	<	print main.__doc__
38	<	sys.exit(2)
39	<
40	<	# check command line parameter
41	<	for opt, arg in opts :
42	<	if opt  == "--help" :
43	<	print main.__doc__
8	>	class parseFjr:
9	>	def __init__(self, argv):
10	>	"""
11	>	parseCrabFjr
12	>
13	>	- parse CRAB FrameworkJobReport on WN: { 'protocol' : { 'action' : [attempted,succedeed,total-size,total-time,min-time,max-time] , ... } , ... }
14	>	- report parameters to DashBoard using DashBoardApi.py: for all 'read' actions of all protocols, report MBPS
15	>	- return ExitStatus and dump of DashBoard report separated by semi-colon to WN wrapper script
16	>	"""
17	>	# defaults
18	>	self.input = ''
19	>	self.MonitorID = ''
20	>	self.MonitorJobID = ''
21	>	self.info2dash = False
22	>	self.exitCode = False
23	>	self.lfnList = False
24	>	self.debug = 0
25	>	try:
26	>	opts, args = getopt.getopt(argv, "", ["input=", "dashboard=", "exitcode", "lfn" , "debug", "help"])
27	>	except getopt.GetoptError:
28	>	print self.usage()
29	>	sys.exit(2)
30	>	self.check(opts)
31	>
32	>	return
33	>
34	>	def check(self,opts):
35	>	# check command line parameter
36	>	for opt, arg in opts :
37	>	if opt  == "--help" :
38	>	print self.usage()
39	>	sys.exit()
40	>	elif opt == "--input" :
41	>	self.input = arg
42	>	elif opt == "--exitcode":
43	>	self.exitCode = True
44	>	elif opt == "--lfn":
45	>	self.lfnList = True
46	>	elif opt == "--dashboard":
47	>	self.info2dash = True
48	>	try:
49	>	self.MonitorID = arg.split(",")[0]
50	>	self.MonitorJobID = arg.split(",")[1]
51	>	except:
52	>	self.MonitorID = ''
53	>	self.MonitorJobID = ''
54	>	elif opt == "--debug" :
55	>	self.debug = 1
56	>
57	>	if self.input == '' or (not self.info2dash and not self.lfnList and not self.exitCode)  :
58	>	print self.usage()
59	>	sys.exit()
60	>
61	>	if self.info2dash:
62	>	if self.MonitorID == '' or self.MonitorJobID == '':
63	>	print self.usage()
64	>	sys.exit()
65	>	return
66	>
67	>	def run(self):
68	>
69	>	# load FwkJobRep
70	>	try:
71	>	jobReport = readJobReport(self.input)[0]
72	>	except:
73	>	print '50115'
74		sys.exit()
45	–	elif opt == "--input" :
46	–	input = arg
47	–	elif opt == "--MonitorID" :
48	–	MonitorID = arg
49	–	elif opt == "--MonitorJobID" :
50	–	MonitorJobID = arg
51	–	elif opt == "--debug" :
52	–	debug = 1
75
76	<	if input == '' or MonitorID == '' or MonitorJobID == '':
77	<	print main.__doc__
78	<	sys.exit()
79	<
80	<	# load FwkJobRep
81	<	jobReport = readJobReport(input)[0]
82	<
83	<	exit_status = ''
84	<
85	<	##### temporary fix for FJR incomplete ####
86	<	fjr = open (input)
87	<	len_fjr = len(fjr.readlines())
88	<	if (len_fjr <= 6):
89	<	### 50115 - cmsRun did not produce a valid/readable job report at runtime
90	<	exit_status = str(50115)
91	<	else:
92	<	# get ExitStatus of last error
93	<	if len(jobReport.errors) != 0 :
94	<	exit_status = str(jobReport.errors[-1]['ExitStatus'])
95	<	else :
96	<	exit_status = str(0)
75	<
76	<	# get i/o statistics
77	<	storageStatistics = str(jobReport.storageStatistics)
78	<
79	<	# dashboard report dictionary
80	<	dashboard_report = {}
81	<
82	<	# check if storageStatistics is valid
83	<	if storageStatistics.find('Storage statistics:') != -1 :
84	<	# report form: { 'protocol' : { 'action' : [attempted,succedeed,total-size,total-time,min-time,max-time] , ... } , ... }
85	<	report = {}
86	<	data = storageStatistics.split('Storage statistics:')[1]
87	<	data_fields = data.split(';')
88	<	for data_field in data_fields:
89	<	# parse: format protocol/action = attepted/succedeed/total-size/total-time/min-time/max-time
90	<	key = data_field.split('=')[0].strip()
91	<	item = data_field.split('=')[1].strip()
92	<	protocol = str(key.split('/')[0].strip())
93	<	action = str(key.split('/')[1].strip())
94	<	item_array = item.split('/')
95	<	attempted = str(item_array[0].strip())
96	<	succeeded = str(item_array[1].strip())
97	<	total_size = str(item_array[2].strip().split('MB')[0])
98	<	total_time = str(item_array[3].strip().split('ms')[0])
99	<	min_time = str(item_array[4].strip().split('ms')[0])
100	<	max_time = str(item_array[5].strip().split('ms')[0])
101	<	# add to report
102	<	if protocol in report.keys() :
103	<	if action in report[protocol].keys() :
104	<	print 'protocol/action:',protocol,'/',action,'listed twice in report, taking the first'
105	<	else :
106	<	report[protocol][action] = [attempted,succeeded,total_size,total_time,min_time,max_time]
76	>	if self.exitCode :
77	>	self.exitCodes(jobReport)
78	>	if self.lfnList :
79	>	self.lfn_List(jobReport)
80	>	if self.info2dash :
81	>	self.reportDash(jobReport)
82	>	return
83	>
84	>	def exitCodes(self, jobReport):
85	>
86	>	exit_status = ''
87	>	##### temporary fix for FJR incomplete ####
88	>	fjr = open (self.input)
89	>	len_fjr = len(fjr.readlines())
90	>	if (len_fjr <= 6):
91	>	### 50115 - cmsRun did not produce a valid/readable job report at runtime
92	>	exit_status = str(50115)
93	>	else:
94	>	# get ExitStatus of last error
95	>	if len(jobReport.errors) != 0 :
96	>	exit_status = str(jobReport.errors[-1]['ExitStatus'])
97		else :
98	<	report[protocol] = {action : [attempted,succeeded,total_size,total_time,min_time,max_time] }
99	<
100	<	if debug :
101	<	for protocol in report.keys() :
102	<	print 'protocol:',protocol
103	<	for action in report[protocol].keys() :
104	<	print 'action:',action,'measurement:',report[protocol][action]
98	>	exit_status = str(0)
99	>	#check exit code
100	>	if string.strip(exit_status) == '': exit_status = -999
101	>	print exit_status
102	>
103	>	return
104	>
105	>	def lfn_List(self,jobReport):
106	>	'''
107	>	get list of analyzed files
108	>	'''
109	>	lfnlist = [x['LFN'] for x in jobReport.inputFiles]
110	>	for file in lfnlist: print file
111	>	return
112	>
113	>	def storageStat(self,jobReport):
114	>	'''
115	>	get i/o statistics
116	>	'''
117	>	storageStatistics = str(jobReport.storageStatistics)
118	>	storage_report = {}
119	>
120	>	# check if storageStatistics is valid
121	>	if storageStatistics.find('Storage statistics:') != -1 :
122	>	# report form: { 'protocol' : { 'action' : [attempted,succedeed,total-size,total-time,min-time,max-time] , ... } , ... }
123	>	data = storageStatistics.split('Storage statistics:')[1]
124	>	data_fields = data.split(';')
125	>	for data_field in data_fields:
126	>	# parse: format protocol/action = attepted/succedeed/total-size/total-time/min-time/max-time
127	>	if data_field == ' ' or not data_field or data_field == '':
128	>	continue
129	>	key = data_field.split('=')[0].strip()
130	>	item = data_field.split('=')[1].strip()
131	>	protocol = str(key.split('/')[0].strip())
132	>	action = str(key.split('/')[1].strip())
133	>	item_array = item.split('/')
134	>	attempted = str(item_array[0].strip())
135	>	succeeded = str(item_array[1].strip())
136	>	total_size = str(item_array[2].strip().split('MB')[0])
137	>	total_time = str(item_array[3].strip().split('ms')[0])
138	>	min_time = str(item_array[4].strip().split('ms')[0])
139	>	max_time = str(item_array[5].strip().split('ms')[0])
140	>	# add to report
141	>	if protocol in storage_report.keys() :
142	>	if action in storage_report[protocol].keys() :
143	>	print 'protocol/action:',protocol,'/',action,'listed twice in report, taking the first'
144	>	else :
145	>	storage_report[protocol][action] = [attempted,succeeded,total_size,total_time,min_time,max_time]
146	>	else :
147	>	storage_report[protocol] = {action : [attempted,succeeded,total_size,total_time,min_time,max_time] }
148	>
149	>	if self.debug :
150	>	for protocol in storage_report.keys() :
151	>	print 'protocol:',protocol
152	>	for action in storage_report[protocol].keys() :
153	>	print 'action:',action,'measurement:',storage_report[protocol][action]
154	>
155	>	#####
156	>	# throughput measurements # Fabio
157	>	throughput_report = { 'rSize':0.0, 'rTime':0.0, 'wSize':0.0, 'wTime':0.0 }
158	>	for protocol in storage_report.keys() :
159	>	for action in storage_report[protocol].keys():
160	>	# not interesting
161	>	if 'read' not in action and 'write' not in action and 'seek' not in action:
162	>	continue
163	>
164	>	# convert values
165	>	try:
166	>	sizeValue = float(storage_report[protocol][action][2])
167	>	timeValue = float(storage_report[protocol][action][3])
168	>	except Exception,e:
169	>	continue
170	>
171	>	# aggregate data
172	>	if 'read' in action:
173	>	throughput_report['rSize'] += sizeValue
174	>	throughput_report['rTime'] += timeValue
175	>	elif 'write' in action:
176	>	throughput_report['wSize'] += sizeValue
177	>	throughput_report['wTime'] += timeValue
178	>	elif 'seek' in action:
179	>	throughput_report['rTime'] += timeValue
180	>	else:
181	>	continue
182	>
183	>	# calculate global throughput
184	>	throughput_report['readThr'] = 'NULL'
185	>	if throughput_report['rTime'] > 0.0:
186	>	throughput_report['rTime'] /= 1000.0 # scale ms to s
187	>	throughput_report['readThr'] = float(throughput_report['rSize']/throughput_report['rTime'])
188	>
189	>	throughput_report['avgNetThr'] = 'NULL'
190	>	try:
191	>	throughput_report['avgNetThr'] = throughput_report['rSize'] / float(jobReport.performance.summaries['ExeTime'])
192	>	except:
193	>	pass
194	>
195	>	throughput_report['writeThr'] = 'NULL'
196	>	if throughput_report['wTime'] > 0.0:
197	>	throughput_report['wTime'] /= 1000.0
198	>	throughput_report['writeThr'] = float(throughput_report['wSize']/throughput_report['wTime'])
199	>	#####
200	>
201	>	if self.debug == 1 :
202	>	print storage_report
203	>	print throughput_report
204	>	return storage_report, throughput_report
205	>
206	>	def n_of_events(self,jobReport):
207	>	'''
208	>	#Brian's patch to sent number of events procedded to the Dashboard
209	>	# Add NoEventsPerRun to the Dashboard report
210	>	'''
211	>	event_report = {}
212	>	eventsPerRun = 0
213	>	for inputFile in jobReport.inputFiles:
214	>	try:
215	>	eventsRead = str(inputFile.get('EventsRead', 0))
216	>	eventsRead = int(eventsRead.strip())
217	>	except:
218	>	continue
219	>	eventsPerRun += eventsRead
220	>	event_report['NoEventsPerRun'] = eventsPerRun
221	>	event_report['NbEvPerRun'] = eventsPerRun
222	>	event_report['NEventsProcessed'] = eventsPerRun
223	>
224	>	if self.debug == 1 : print event_report
225	>
226	>	return event_report
227	>
228	>	def reportDash(self,jobReport):
229	>	'''
230	>	dashboard report dictionary
231	>	'''
232	>	event_report = self.n_of_events(jobReport)
233	>	storage_report, throughput_report = self.storageStat(jobReport)
234	>	dashboard_report = {}
235	>	#
236	>	for k,v in event_report.iteritems() :
237	>	dashboard_report[k]=v
238
239		# extract information to be sent to DashBoard
240		# per protocol and for action=read, calculate MBPS
241		# dashboard key is io_action
242	<	dashboard_report['MonitorID'] = MonitorID
243	<	dashboard_report['MonitorJobID'] = MonitorJobID
244	<	for protocol in report.keys() :
245	<	for action in report[protocol].keys() :
246	<	try: size = float(report[protocol][action][2])
242	>	dashboard_report['MonitorID'] = self.MonitorID
243	>	dashboard_report['MonitorJobID'] = self.MonitorJobID
244	>	for protocol in storage_report.keys() :
245	>	for action in storage_report[protocol].keys() :
246	>	try: size = float(storage_report[protocol][action][2])
247		except: size = 'NULL'
248	<	try: time = float(report[protocol][action][3])/1000
248	>	try: time = float(storage_report[protocol][action][3])/1000
249		except: time = 'NULL'
250		dashboard_report['io_'+protocol+'_'+action] = str(size)+'_'+str(time)
251	<
129	<	if debug :
251	>	if self.debug :
252		ordered = dashboard_report.keys()
253		ordered.sort()
254		for key in ordered:
255		print key,'=',dashboard_report[key]
256
257	+	# IO throughput information
258	+	dashboard_report['io_read_throughput'] = throughput_report['readThr']
259	+	dashboard_report['io_write_throughput'] = throughput_report['writeThr']
260	+	dashboard_report['io_netAvg_throughput'] = throughput_report['avgNetThr']
261	+
262		# send to DashBoard
263	<	apmonSend(MonitorID, MonitorJobID, dashboard_report)
263	>	apmonSend(self.MonitorID, self.MonitorJobID, dashboard_report)
264		apmonFree()
265
266	<	# prepare exit string
140	<	exit_string = str(exit_status)
141	<	for key in dashboard_report.keys() :
142	<	exit_string += ';' + str(key) + '=' + str(dashboard_report[key])
266	>	if self.debug == 1 : print dashboard_report
267
268	<
268	>	return
269
270	<	return exit_string
270	>	def usage(self):
271	>
272	>	msg="""
273	>	required parameters:
274	>	--input            :       input FJR xml file
275	>
276	>	optional parameters:
277	>	--dashboard        :       send info to the dashboard. require following args: "MonitorID,MonitorJobID"
278	>	MonitorID        :       DashBoard MonitorID
279	>	MonitorJobID     :       DashBoard MonitorJobID
280	>	--exitcode         :       print executable exit code
281	>	--lfn              :       report list of files really analyzed
282	>	--help             :       help
283	>	--debug            :       debug statements
284	>	"""
285	>	return msg
286
287
288		if __name__ == '__main__' :
289	<	exit_status = main(sys.argv[1:])
290	<	# output for wrapper script
291	<	print exit_status
292	<
293	<
289	>	try:
290	>	parseFjr_ = parseFjr(sys.argv[1:])
291	>	parseFjr_.run()
292	>	except:
293	>	pass

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