def generate_run_job(scr, testbed_name, job_type, topology_name,
unique_id):
global rprt
mail_recipient = topology_name.split("_")[1] + "@cisco.com"
script = re.findall(r'.*/(\w+).py', scr)[0]
#job_name=tm+"_"+"job_"+script+".job"
#jb=tm+"_"+"job_"+script
job_name = topology_name + ".job"
jb = topology_name
yaml_path = dr + "/" + testbed_name + "/" + testbed_name + ".yaml"
drp = dr + "/" + testbed_name
drp_tmp = "/storage/users/dich/tcl_script/PI_pfrv3/logs/"
print(banner(drp))
os.chdir(drp)
make_job.job_make(job_name, scr, yaml_path, 'csr_image', job_type)
print(banner("Sleeping for 15 minutes for testbed to come up...."))
time.sleep(300)
#nmap2yaml.bootstrap_config(topology_name)
#dich modify
# time.sleep(120)
# ylm=test_path+"/"+dd+"/"+testbed_name+".yaml"
# print(banner(ylm))
# start_dev.devices_bringup(ylm)
ret_code = os.system(
"easypy -mailto %s -archive_dir %s %s -xunit -xunit_dir /storage/users/dich/report/PI_regression/"
% (mail_recipient, drp_tmp, job_name))
def gen_run_job(scr):
script = re.findall(r'.*/(\w+).py', scr)[0]
job_name = tm + "_" + "job_" + script + ".py"
jb = tm + "_" + "job_" + script
make_job.job_make(job_name, scr, pyml, "dummy", cfg_location=fll)
os.system("easypy -archive_dir %s %s " % (fll, job_name))
fl = os.listdir()
print(banner("fl=%s" % fl))
zp_fldr = str('{:%y-%m}'.format(datetime.datetime.now()))
for it in fl:
if zp_fldr == it:
os.chdir(zp_fldr)
fil = os.listdir()
print(banner("fil=%s" % fil))
for itm in fil:
if ".zip" in itm:
if jb in itm:
os.system("unzip %s" % itm)
fl_unpck = os.listdir()
for ti in fl_unpck:
if ".report" in ti:
if jb in ti:
report = open(ti)
report = report.read()
web_lnk = re.findall(
r'^\s*(.+resultsviewer.+\.zip)',
report, re.MULTILINE)[0]
passed = re.findall(
r'^\s*(Passed\s*: \d+)', report,
re.MULTILINE)[0]
passx = re.findall(
r'^\s*(Passx\s*: \d+)', report,
re.MULTILINE)[0]
failed = re.findall(
r'^\s*(Failed\s*: \d+)', report,
re.MULTILINE)[0]
aborted = re.findall(
r'^\s*(Aborted\s*: \d+)', report,
re.MULTILINE)[0]
blocked = re.findall(
r'^\s*(Blocked\s*: \d+)', report,
re.MULTILINE)[0]
skipped = re.findall(
r'^\s*(Skipped\s*: \d+)', report,
re.MULTILINE)[0]
errored = re.findall(
r'^\s*(Errored\s*: \d+)', report,
re.MULTILINE)[0]
sucess = re.findall(
r'^\s*(Success Rate\s*: [0-9.]+ %)',
report, re.MULTILINE)[0]
rt = re.findall(
r'^\s*Success Rate\s*: ([0-9.]+) %',
report, re.MULTILINE)[0]
mail_rprt = report_mail_standard % (
script, passed, passx, failed,
aborted, blocked, skipped, errored,
sucess, web_lnk)
return (mail_rprt)
def connect_to_Fretta(self):
""" common setup subsection: connecting devices """
global g_topo_data
log.info(banner("Common Setup: Connection to devices"))
#self.script_args['testStep'] = 1
get_test_topo(self.script_args)
rtr1_name = g_topo_data['R1']
rtr1 = routers[rtr1_name]
rtr2_name = g_topo_data['R2']
rtr2 = routers[rtr2_name]
# Step 1
self.script_args['testStep'] = 1
log.info(
banner("STEP %s: Device Connection" %
(self.script_args['testStep'])))
# Create instance of device R1
device_uut = self.script_args['R1']
self.script_args['uut'] = self.script_args['testbed'].devices[
device_uut]
tcl.eval('set csccon_default(clear_config_inconsistancy) 0')
self.script_args['uut'].connect()
log.info("STEP %s: Device Connection Passed" %
(self.script_args['testStep']))
rtr1.execute("terminal length 500")
rtr1.execute("terminal width 500")
response[
"Clear logging buffer \[confirm\] \[y\/n\] \:"] = "econ_sendline y;exp_continue"
rtr1.execute("clear logging", reply=response)
rtr1.execute("clear context", reply=response)
#pdb.set_trace()
#rtr1.admin("show platform")
self.script_args['testStep'] = 2
log.info(
banner("STEP %s: Device Connection" %
(self.script_args['testStep'])))
device_uut_r2 = self.script_args['R2']
self.script_args['uut_r2'] = self.script_args['testbed'].devices[
device_uut_r2]
tcl.eval('set csccon_default(clear_config_inconsistancy) 0')
self.script_args['uut_r2'].connect()
log.info("STEP %s: Device Connection Passed" %
(self.script_args['testStep']))
rtr2.execute("terminal length 500")
rtr2.execute("terminal width 500")
response[
"Clear logging buffer \[confirm\] \[y\/n\] \:"] = "econ_sendline y;exp_continue"
rtr2.execute("clear logging", reply=response)
rtr2.execute("clear context", reply=response)
def bringup_testbed(testbed):
global pyml, fll, tid
tb_fl=dr+"/"+testbed
os.mkdir(tb_fl)
os.chdir(tb_fl)
phy_yml=tb_fl+"/"+testbed+".yaml"
pyml=test_path+"/"+phy_yml
fll=test_path+"/"+tb_fl
lgyml=standard_topologies_defn.topology[testbed]+testbed+"_logical.yaml"
print(banner(fll))
print(banner(pyml))
os.system("python /nobackup/jayshar/py/regression/pyats_labmon/labmon_plugin.py --logical-yaml=%s --labmon-host=cent-labmon01 --physical-yaml=%s"%(lgyml, pyml))
tid=housekeeping.create_cfg_files(pyml, fll, standard_topologies_defn.topology[testbed])
def generate_run_job(scr, testbed_name, job_type, topology_name,
unique_id):
global rprt, dd
dd = dr + "/" + testbed_name
mail_recipient = topology_name.split("_")[1] + "@cisco.com"
script = re.findall(r'.*/(\w+).py', scr)[0]
#job_name=tm+"_"+"job_"+script+"_"+job_type+".job"
#jb=tm+"_"+"job_"+script
job_name = topology_name + ".job"
jb = topology_name
yaml_path = test_path + "/" + dr + "/" + testbed_name + "/" + testbed_name + ".yaml"
drp = test_path + "/" + dr + "/" + testbed_name
print(banner(drp))
os.chdir(drp)
print('dichhhhh:' + scr)
make_tcl_job.job_make(job_name, scr, yaml_path, 'csr_image', job_type)
job_location = test_path + "/" + autoeasy_config
print(banner("Sleeping for 15 minutes for testbed to come up...."))
time.sleep(300)
#qiangwa comment
#nmap2conf.bootstrap_config(topology_name)
#time.sleep(120)
# '''ylm=test_path+"/"+dd+"/"+testbed_name+".yaml"
# print(banner(ylm))
# start_dev.devices_bringup(ylm)'''
#config_terminal.set_config_terminal(top_nmap, server_ip, testbed_name, user_name, passwrd, dd, topology_name)
#print("autoeasy -ni %s -cf %s -mailto %s -mailfrom '*****@*****.**'" %(job_name, job_location, mail_recipient))
os.environ.clear()
os.environ["TESTBED"] = "cent-mdc-csr"
os.environ["AUTOTEST"] = "/opt/ats5.3.0"
os.environ["ATS_EASY"] = "/opt/ats5.3.0/ats_easy"
os.environ[
"PATH"] = "/opt/ats5.3.0/bin:/opt/ats5.3.0/etc:/opt/ats5.3.0/ats_easy/bin:/opt/ats5.3.0/ats_easy/etc:/usr/lib64/qt-3.3/bin:/usr/local/bin:/bin:/usr/bin:/usr/local/sbin:/usr/sbin:/sbin:/home/qiangwa/bin"
os.environ[
"LD_LIBRARY_PATH"] = "/opt/ats5.3.0/lib:/opt/ats5.3.0/ats_lib"
os.environ["SHELL"] = "/bin/bash"
os.environ["expect_library"] = "/opt/ats5.3.0/regression/lib"
os.environ["EXPECT_LIBRARY"] = "/opt/ats5.3.0/regression/lib"
os.environ["IXIA_HOME"] = "/opt/ats5.3.0/lib"
os.environ["TAS_PATH"] = "/opt/ats5.3.0/lib/tas"
os.environ["TCLLIBPATH"] = "/opt/ats5.3.0/lib"
# os.environ['TESTBED_MAP_FILE'] = "/storage/users/dich/tcl_script/cent/cent_feature/etc/pi25-csr.MAP"
os.environ[
'TESTBED_MAP_FILE'] = "/storage/users/dich/tcl_script/0326_PI_cent/cent_feature/etc/pi25-csr.MAP"
#qiangwa modi
#os.system("autoeasy -user %s -mailto %s -ni %s -cf %s -t %s" %(mail_recipient, mail_recipient, job_name, job_location, job_type))
os.system(
"autoeasy -mailto %s %s -cf %s -ad /storage/users/dich/report/PI_regression"
% (mail_recipient, job_name, job_location))
'''fl=os.listdir()
def generate_run_job(scr, testbed_name, job_type, topology_name, unique_id,
job_params, mail):
global rprt, yaml_file
mail_recipient = mail + "@cisco.com"
script = re.findall(r'.*/(\w+).py', scr)[0]
#job_name=tm+"_"+"job_"+script+".job"
#jb=tm+"_"+"job_"+script
job_name = topology_name + ".job"
jb = topology_name
#yaml_path=test_path+"/"+dr+"/"+testbed_name+"/"+testbed_name+".yaml"
drp = dr + "/" + testbed_name
print(banner(drp))
os.chdir(drp)
print("job_make arg:")
print(job_name, scr, yaml_file, 'csr_image', job_type)
make_job.job_make(job_name,
scr,
yaml_file,
'csr_image',
job_type,
job_params=job_params)
#nmap2yaml.bootstrap_config(topology_name)
#dich modify
# time.sleep(120)
# ylm=test_path+"/"+dd+"/"+testbed_name+".yaml"
# print(banner(ylm))
# start_dev.devices_bringup(ylm)
time.sleep(20)
print("easypy %s -mailto %s -archive_dir %s" %
(job_name, mail_recipient, drp))
ret_code = os.system(
"easypy %s -xunit -xunit_dir /storage/users/dich/report/PI_regression/%s -mailto %s -archive_dir %s"
% (job_name, job_type, mail_recipient, drp))
def generate_run_job(scr, testbed_name, job_type, topology_name,
unique_id):
global rprt, dd
dd = dr + "/" + testbed_name
mail_recipient = topology_name.split("_")[1] + "@cisco.com"
script = re.findall(r'.*/(\w+).py', scr)[0]
#job_name=tm+"_"+"job_"+script+"_"+job_type+".job"
#jb=tm+"_"+"job_"+script
job_name = topology_name + ".job"
jb = topology_name
yaml_path = test_path + "/" + dr + "/" + testbed_name + "/" + testbed_name + ".yaml"
drp = test_path + "/" + dr + "/" + testbed_name
print(banner(drp))
os.chdir(drp)
make_tcl_job.job_make(job_name, scr, yaml_path, 'csr_image', job_type)
#job_location = test_path + "/" + autoeasy_config
#print(banner("Sleeping for 15 minutes for testbed to come up...."))
#time.sleep(900)
#nmap2conf.bootstrap_config(topology_name)
#time.sleep(120)
'''ylm=test_path+"/"+dd+"/"+testbed_name+".yaml"
print(banner(ylm))
start_dev.devices_bringup(ylm)'''
#config_terminal.set_config_terminal(top_nmap, server_ip, testbed_name, user_name, passwrd, dd, topology_name)
#print("autoeasy -ni %s -cf %s -mailto %s" %(job_name, job_location, mail_recipient))
#os.environ["TESTBED"] = "cent-mdc-csr"
#os.system("autoeasy -user %s -mailto %s -ni %s -cf %s -t %s" %(mail_recipient, mail_recipient, job_name, job_location, job_type))
'''fl=os.listdir()
def prepare_for_subtest(self):
""" Testcase Setup section """
log.info(banner(" Aetest Testcase Execution "))
def create_custom_image(topo):
global new_name, name_for_server, imageDict
imageDir = "/home/cisco/image"
#new_name=re.findall(r'.*/([A-Za-z0-9_.-]+)\.ova', csr_image)[0]
tb_fl = dr + "/" + topo
os.mkdir(tb_fl)
rply = OrderedDict()
rp = r'uc_send "%s\r"'
pr = r'\[sudo\] password for %s:'
rply[pr % user_name] = rp % passwrd
rply[r'This is your AD password:'******'This is your UNIX password:'******'cd %s'" % imageDir)
testbed.devices[server_ip].execute("cd %s" % imageDir)
#create a set of images
imageList = []
imageList.append(transitHubImage)
imageList.append(branch1Image)
imageList.append(branch2Image)
imageList.append(hubImage)
imageSet = set(imageList)
print(imageSet)
imageDict = {}
image_name_list = []
for image in imageSet:
new_name = re.findall(r'.*/([A-Za-z0-9_.-]+)\.ova', image)[0]
name_for_server = new_name + "_10nic.ova"
targetDST = imageDir + "/" + name_for_server
if new_name not in image_name_list:
image_name_list.append(new_name)
new_name = targetDST
k = [
'cot', '-f', 'edit-hardware', 'aa', '-o', 'bb', '-c', '2',
'-m', '4GB', '-n', '10', '--nic-types', 'virtio'
]
for i in range(0, len(k)):
if k[i] == "aa":
k[i] = image
if k[i] == "bb":
k[i] = new_name
cot_cmd = ''
for cmd in k:
cot_cmd = cot_cmd + cmd + ' '
print("Executing command '%s'" % cot_cmd)
op = testbed.devices[server_ip].execute(cot_cmd)
# print(op)
if str(op) != "":
print(banner("image %s with 10 NICS built" % image))
else:
print(
banner(
"Error in building a 10 NIC image from source image. Exiting proc!!!!"
))
if image == hubImage:
imageDict['hub'] = targetDST
if image == transitHubImage:
imageDict['transit'] = targetDST
if image == branch1Image:
imageDict['branch1'] = targetDST
if image == branch2Image:
imageDict['branch2'] = targetDST
for testbed in fnl['test']:
virtual_harness.create_server_connect_yaml()
virtual_harness.create_custom_image(testbed)
print("Start Proc:copy_files_to_dir")
virtual_harness.copy_files_to_dir(testbed, pi25)
#yaml_file=tb_fl+'/CSR1Kv.virl'
print("Start Proc:modify_virl_image")
virtual_harness.modify_virl_image(virl_file, imageDict)
if tbCreateFlag == "true":
print("Start Proc:tb_kickoff")
virtual_harness.tb_kickoff(topology_name, virl_file)
print(
banner(
"Sleeping for 5 minutes for testbed to come up...."))
for i in range(300):
print('sleep %ds of %ds.' % (i + 1, 300), end='\r')
time.sleep(1)
print("Start Proc:modify_testbed_yaml")
virtual_harness.modify_testbed_yaml(testbed, topology_name,
subject)
for script in fnl['test'][testbed]['scripts']:
print("Start Proc:generate_run_job arg:")
print(
"script: %s\n testbed: %s\n job_type: %s\n topology_name: %s\n unique_id: %s\n job_params: %s\n "
% (fnl['test'][testbed]['scripts'][script], testbed,
job_type, topology_name, unique_id, job_params))
rp = virtual_harness.generate_run_job(
fnl['test'][testbed]['scripts'][script], testbed, job_type,
def create_custom_image(topo):
global new_name, name_for_server, imageDict
#new_name=re.findall(r'.*/([A-Za-z0-9_.-]+)\.ova', csr_image)[0]
tb_fl = dr + "/" + topo
os.mkdir(tb_fl)
#create a set of images
imageList = []
#imageList.append(hubImage) = imageList + hubImage + transitHubImage + branch1Image + branch2Image
imageList.append(transitHubImage)
imageList.append(branch1Image)
imageList.append(branch2Image)
imageList.append(hubImage)
imageSet = set(imageList)
#qiangwa add
name_for_server = hubImage
print(imageSet)
imageDict = {}
#qiangwa add
imageDict['hub'] = hubImage
imageDict['transit'] = transitHubImage
imageDict['branch1'] = branch1Image
imageDict['branch2'] = branch2Image
for image in imageSet:
#qiangwa add
break
new_name = re.findall(r'.*/([A-Za-z0-9_.-]+)\.ova', image)[0]
name_for_server = new_name + "_10nic.ova"
#name_for_server=new_name+"_10nic.ova"
targetDST = destn + "/" + new_name + "_10nic.ova"
new_name = test_path + "/" + tb_fl + "/" + new_name + "_10nic.ova"
k = [
'/auto/nsstg-tools/bin/cot', 'edit-hardware', 'aa', '-o', 'bb',
'-c', '2', '-m', '8GB', '-n', '10', '--nic-types', 'virtio'
]
for i in range(0, len(k)):
if k[i] == "aa":
k[i] = image
if k[i] == "bb":
k[i] = new_name
print(k)
p = subprocess.Popen(k,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
output, errors = p.communicate()
if str(output) == "b''":
print(banner("image %s with 10 NICS built" % image))
src = "/ws/krannara-sjc/iwan2x/test_harness_interop/" + new_name
if image == hubImage:
imageDict['hub'] = targetDST
if image == transitHubImage:
imageDict['transit'] = targetDST
if image == branch1Image:
imageDict['branch1'] = targetDST
if image == branch2Image:
imageDict['branch2'] = targetDST
#os.move(src, dstn)
else:
print(
banner(
"Error in building a 10 NIC image from source image. Exiting proc!!!!"
))
exit()
