def do_parse(options):
"""do_parse function"""
tarfilename = options.filename # downloadACK(runjob, runmachine)
xenrtmachine = None # runmachine
global SERVER_DICT
SERVER_DICT = result_parser(tarfilename, os.getcwd())
# display_results(dict, keys)
display_results(SERVER_DICT)
(count, test_conf) = count_test_failures(tarfilename)
testconf_path = extract_file_from_tar(tarfilename, 'test_run.conf',
os.getcwd(), fullpathknown=False)
test_conf = xml.dom.minidom.parse(open(testconf_path))
# fail product lists
if count > 0:
exception_list = []
for exception in test_conf.getElementsByTagName('exception'):
if exception.firstChild.nodeValue not in exception_list:
exception_list.append(exception.firstChild.nodeValue)
# maintain MACHINE_DICT only for xenRT machines
if xenrtmachine:
FAILED_DICT[xenrtmachine] = exception_list
if SERVER_DICT['product'] not in MACHINE_DICT['pass']:
if SERVER_DICT['product'] not in MACHINE_DICT['fail']:
MACHINE_DICT['fail'].append(SERVER_DICT['product'])
print "*******%s tests FAILED for %s *********" % (
count,
xenrtmachine,
)
else:
FAILED_DICT[SERVER_DICT['product']] = exception_list
else:
# added check here
if xenrtmachine: # and SERVER_DICT['product'] not in passed_list:
# remove duplicacy
if SERVER_DICT['product'] not in MACHINE_DICT['pass']:
MACHINE_DICT['pass'].append(SERVER_DICT['product'])
if xenrtmachine:
print "#"*30
print "NICS LISTING HERE"
display_results(NICS_DICT)
print "NICS LISTING OVER"
print "#"*30
print "HBAs HERE"
display_results(HBAS_DICT)
print "HBAs listing over"
print "#"*30
print "MY PASSED PRODUCTS"
pprint.pprint(MACHINE_DICT['pass'])
print "#"*30
print "MY FAIL PRODUCTS"
pprint.pprint(MACHINE_DICT['fail'])
print "#"*30, "FAILED_DICT below"
display_results(FAILED_DICT)
def get_json_from_test_run(tar_filename):
testconf_path = extract_file_from_tar(tar_filename, 'test_run.conf',
os.getcwd(), fullpathknown=False)
fh = open(testconf_path, 'r')
test_conf_data = fh.read()
fh.close()
test_conf = xml.dom.minidom.parseString(test_conf_data)
json = xmltojson.ack_xml_to_json(test_conf_data)
return json
def count_test_failures(tarfilename):
"""From a tar file, count failures"""
testconf_path = extract_file_from_tar(tarfilename, 'test_run.conf',
os.getcwd(), fullpathknown=False)
test_conf = xml.dom.minidom.parse(open(testconf_path))
count = 0
for result in test_conf.getElementsByTagName('result'):
if result.firstChild.nodeValue != 'pass':
count = count + 1
# fail product lists
return (count, test_conf)
def get_json_from_test_run(tar_filename):
testconf_path = extract_file_from_tar(tar_filename,
'test_run.conf',
os.getcwd(),
fullpathknown=False)
fh = open(testconf_path, 'r')
test_conf_data = fh.read()
fh.close()
test_conf = xml.dom.minidom.parseString(test_conf_data)
json = xmltojson.ack_xml_to_json(test_conf_data)
return json
def _extract_file_from_tar(self, fpath, fullpathknown=True):
"""Test the means of extracting a file"""
tmp_dest_dir = tempfile.mkdtemp()
key = fpath.split('/')[-1]
tarf = tarfile.open(self.TAR_FILE)
testfile = extract_file_from_tar(self.TAR_FILE, fpath, tmp_dest_dir,
fullpathknown)
fh = open(testfile, 'r')
data = fh.read()
fh.close()
self.assertEqual(data, self.TAR_FILES[key])
def result_parser(tarfilename, logsubdir): # pylint: disable=R0914,R0912
"""Parse a specified log archive"""
bugtool_path = extract_file_from_tar(tarfilepath=tarfilename,
fpath="bug-report",
dest=logsubdir,
fullpathknown=False)
testconf_path = extract_file_from_tar(tarfilename,
'test_run.conf',
logsubdir,
fullpathknown=False)
dmidecode_path = extract_file_from_tar(
os.path.join(logsubdir, bugtool_path),
'dmidecode.out',
logsubdir,
False)
# xapi_db_path = extract_from_tar_with_bname (os.path.join(logsubdir,
# --> bugtools_path), 'xapi-db.xml', logsubdir)
lspcivv_path = extract_file_from_tar(
os.path.join(logsubdir, bugtool_path),
'lspci-vv.out',
logsubdir,
False)
# get NIC Names, CPU
test_conf = xml.dom.minidom.parse(open(testconf_path))
# XS-version
for version in test_conf.getElementsByTagName("global_config"):
if 'xs_version' in version.attributes.keys():
SERVER_DICT['xs_version'] = version.attributes['xs_version'].value
# CPU info and HBA pci-id info
hba_bus_id_list = []
for device in test_conf.getElementsByTagName("device"):
if 'family' in device.attributes.keys():
SERVER_DICT['family'] = device.attributes['family'].value
if 'stepping' in device.attributes.keys():
SERVER_DICT['stepping'] = device.attributes['stepping'].value
if 'model' in device.attributes.keys():
SERVER_DICT['model'] = device.attributes['model'].value
if 'modelname' in device.attributes.keys():
SERVER_DICT['modelname'] = device.attributes['modelname'].value
if 'socket_count' in device.attributes.keys():
SERVER_DICT['sockets'] = device.attributes['socket_count'].value
if 'PCI_description' in device.attributes.keys():
if device.attributes['PCI_description'].value \
not in SERVER_DICT['nics']:
SERVER_DICT['nics'].append(
device.attributes['PCI_description'].value
)
if 'device' in device.attributes.keys():
hba_bus_id_list.append(device.attributes['id'].value)
# Chassis used info i
lines = open(dmidecode_path).readlines()
for i in range(len(lines)):
if re.search('Chassis Information', lines[i]):
for j in range(len(lines[i:])):
if re.search("Type", lines[i+j]):
mlist = re.findall(r'(\w+):([\w\s\-]+)', lines[i+j])[0]
# print "%s" % list
SERVER_DICT['chassis'] = mlist[1]
break
break
# vendor name
for i in range(len(lines)):
if re.search("System Information", lines[i]):
for j in range(len(lines[i:])):
if re.search("Manufacturer", lines[j+i]):
mlist = re.findall(r'([\w\s]+):([\w\s\-\[\]\.]+)',
lines[i+j])[0]
SERVER_DICT['system-manufacturer'] = mlist[1]
break
break
# Pdt name
for i in range(len(lines)):
if re.search("System Information", lines[i]):
for j in range(len(lines[i:])):
if re.search("Product Name", lines[j+i]):
mlist = re.findall(r'([\w\s]+):([\w\s\-\[\]\.^\n]+)',
lines[i+j])[0]
SERVER_DICT['product'] = mlist[1]
break
break
# TODO ONLY IF format of logs are from ackdownload.py,
# "machine" fetches exists
# machine = tarfilename.split("-ack")[0]
# lcpci -vv lines for extracting HBA data(Note: This is a workaround
# due to existing bug of ACK not catching the right hba pci-ids)
lines = open(lspcivv_path).readlines()
# HBAs - Storage Controllers
string_pattern = [
'SCSI storage controller',
'SATA controller',
'RAID bus controller',
]
index = []
for i in range(len(lines)):
for string in string_pattern:
if re.search(string, lines[i]):
index.append(i)
for i in index:
SERVER_DICT['hbas'].append(re.findall(r'.*: ([\w\s\-\(\)\/\[\]]+)',
lines[i])[0].strip())
return SERVER_DICT
