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monitor.py
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monitor.py
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import json
import re
import sys
from bs4 import BeautifulSoup
import urllib3
import requests
from datetime import datetime
import xml.etree.ElementTree as ET
urllib3.disable_warnings(urllib3.exceptions.InsecureRequestWarning)
PROW_URL = ""
PROW_VIEW_URL = "https://gcsweb-ci.apps.ci.l2s4.p1.openshiftapps.com/gcs"
final_job_list=[]
def set_prow_url(ci_job_type: str)->str:
'''
Returns PROW_URL value based on command line argument job_type
Parameter:
ci_job_type(string): value of command line argument job_type
Returns:
string: Value of PROW_URL
'''
if ci_job_type == 'p' or ci_job_type == 'z':
return "https://prow.ci.openshift.org/job-history/gs/origin-ci-test/logs/"
elif ci_job_type == 'pa':
return "https://prow.ci.openshift.org/job-history/gs/test-platform-results/logs/"
def load_config(config_file):
'''
Loads data from a config file.
Parameter:
config_file(string): Config file name.
Returns:
dict: Data from config file converted to dict data type.
'''
try:
with open(config_file,'r') as config_file:
config = json.load(config_file)
return config
except(OSError, json.JSONDecodeError) as e:
print(f"Error while reading the config file: {e}")
sys.exit(1)
def get_current_date():
return datetime.now().date()
def parse_job_date(date):
'''
Converts string to Date datatype.
Parameter:
date: string.
Returns:
Date
'''
parse_date=datetime.strptime(date,"%Y-%m-%dT%H:%M:%SZ")
job_run_date=parse_date.date()
return job_run_date
def get_jobs(prow_link):
'''
Gets SpyglassLink of all the jobs which have run on the current day on a CI.
Parameter:
prow_link (string): keyword used to generate CI link
Returns:
list(strings): SpyglassLinks of jobs
'''
url = PROW_URL + prow_link
try:
response = requests.get(url, verify=False, timeout=15)
if response.status_code == 200:
soup = BeautifulSoup(response.text, 'html.parser')
script_elements = soup.find_all('script')
selected_script_element = None
for script_element in script_elements:
script_content = script_element.string
if script_content:
if 'allBuilds' in script_content:
selected_script_element = script_content
break
if selected_script_element:
var_name = 'allBuilds'
pattern = rf'{var_name}\s*=\s*(.*?);'
match = re.search(pattern, selected_script_element)
if match:
all_jobs=match.group(1)
all_jobs_parsed=json.loads(all_jobs)
current_date=get_current_date()
jobs_run_today = []
for ele in all_jobs_parsed:
job_time=parse_job_date(ele["Started"])
if job_time == current_date and ele["Result"] != "PENDING":
job_log_path = ele["SpyglassLink"]
jobs_run_today.append(job_log_path)
return jobs_run_today
else:
return "Failed to get the prowCI response"
except requests.Timeout as e:
return "Request timed out"
except requests.RequestException as e:
return "Error while sending request to url"
except json.JSONDecodeError as e:
return "Failed to extract the spy-links"
def get_n_recent_jobs(prow_link,n):
'''
Gets SpyglassLink of all the 'n' latest jobs run on the prowCI.
Parameter:
prow_link (string): keyword used to generate CI link
n (int): number of latest jobs
Returns:
list(strings): SpyglassLinks of jobs
'''
url = PROW_URL + prow_link
try:
response = requests.get(url, verify=False, timeout=15)
if response.status_code == 200:
soup = BeautifulSoup(response.text, 'html.parser')
script_elements = soup.find_all('script')
selected_script_element = None
for script_element in script_elements:
script_content = script_element.string
if script_content:
if 'allBuilds' in script_content:
selected_script_element = script_content
break
if selected_script_element:
var_name = 'allBuilds'
pattern = rf'{var_name}\s*=\s*(.*?);'
match = re.search(pattern, selected_script_element)
if match:
all_jobs=match.group(1)
all_jobs_parsed=json.loads(all_jobs)
n_jobs=[]
for ele in all_jobs_parsed[:n]:
if ele["Result"] != "PENDING":
n_jobs.append(ele["SpyglassLink"])
return n_jobs
else:
return "Failed to get the prowCI response"
except requests.Timeout as e:
return "Request timed out"
except requests.RequestException as e:
return "Error while sending request to url"
except json.JSONDecodeError as e:
return "Failed to extract the spy-links"
def check_job_status(spy_link):
'''
Gets the status of the job if it was a success or failure
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
Returns:
string: Job run Status
'''
job_status_url = PROW_VIEW_URL + spy_link[8:] + '/finished.json'
try:
response = requests.get(job_status_url, verify=False, timeout=15)
if response.status_code == 200:
cluster_status = json.loads(response.text)
return cluster_status["result"]
else:
return 'ERROR'
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
except json.JSONDecodeError as e:
return 'Error while parsing finished.json'
def cluster_deploy_status(spy_link):
'''
Gets the status of cluster deployment step of a job.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
Returns:
string: Cluster Deployment Status
'''
job_type,job_platform = job_classifier(spy_link)
if "mce" in spy_link:
mce_install_log_url = PROW_VIEW_URL + spy_link[8:] + '/artifacts/' + job_type + '/hypershift-mce-install/finished.json'
try:
response = requests.get(mce_install_log_url, verify=False, timeout=15)
if response.status_code == 200:
cluster_status = json.loads(response.text)
cluster_result = "MCE-INSTALL "+ cluster_status["result"]
if cluster_status["result"] == "SUCCESS":
# check mce-power-create status also
mce_power_log_url = PROW_VIEW_URL + spy_link[8:] + '/artifacts/' + job_type + '/hypershift-mce-power-create-nodepool/finished.json'
response = requests.get(mce_power_log_url, verify=False, timeout=15)
if response.status_code == 200:
cluster_status = json.loads(response.text)
cluster_result += "\nMCE-POWER-CREATE "+ cluster_status["result"]
if cluster_status["result"] == "SUCCESS":
cluster_result = "SUCCESS"
return cluster_result
else:
return cluster_result
else:
return 'ERROR'
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
except json.JSONDecodeError as e:
return 'ERROR'
else:
pattern=r"(\d+\.\d+)"
match=re.search(pattern,spy_link[8:])
version=float(match.group(0))
if "upgrade" in spy_link:
version=version-0.01
job_log_url = PROW_VIEW_URL + spy_link[8:] + '/artifacts/' + job_type + '/ipi-install-' + job_platform +'-install/finished.json'
if "sno" in spy_link:
job_log_url = PROW_VIEW_URL + spy_link[8:] + '/artifacts/' + job_type + '/upi-install-powervs-sno/finished.json'
if version>=4.16:
job_log_url = PROW_VIEW_URL + spy_link[8:] + '/artifacts/' + job_type + '/upi-install-' + job_platform +'/finished.json'
try:
response = requests.get(job_log_url, verify=False, timeout=15)
if response.status_code == 200:
cluster_status = json.loads(response.text)
return cluster_status["result"]
else:
return 'ERROR'
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
except json.JSONDecodeError as e:
return 'ERROR'
def cluster_creation_error_analysis(spylink):
'''
Prints the reason for cluster deployment failure step of a job.
Parameter:
spylink (string): SpyglassLink used to generate url to access logs of a job.
'''
job_type,job_platform = job_classifier(spylink)
job_log_url = PROW_VIEW_URL + spylink[8:] + '/artifacts/' + job_type + '/ipi-install-' + job_platform +'-install/build-log.txt'
try:
response = requests.get(job_log_url,verify=False)
if response.status_code == 200:
installation_log = response.text
if job_platform == "powervs":
failed_line_index = installation_log.find("FAILED")
cluster_failure_log = installation_log[failed_line_index:].splitlines()
for line in cluster_failure_log[1:7]:
print(line)
elif job_platform == "libvirt":
failed_line_index_1 = installation_log.find("level-error")
if failed_line_index_1 == -1:
failed_line_index_2 = installation_log.find("level=fatal")
if failed_line_index_2 == -1:
failed_line_number_3 = installation_log.find("error:")
cluster_failure_log = installation_log[failed_line_number_3:].splitlines()
for line in cluster_failure_log[:7]:
print(line)
else:
cluster_failure_log = installation_log[failed_line_index_2:].splitlines()
for line in cluster_failure_log[:7]:
print(line)
else:
cluster_failure_log = installation_log[failed_line_index_1:].splitlines()
for line in cluster_failure_log[1:7]:
print(line)
else:
print("Error while fetching cluster installation logs")
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
#This is a temporary fix to check node details for older jobs.
def check_if_gather_libvirt_dir_exists(spy_link,job_type):
base_artifacts_dir_url = PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type
try:
response = requests.get(base_artifacts_dir_url, verify=False, timeout=15)
gather_libvirt_dir_re = re.compile('gather-libvirt')
gather_libvirt_dir_re_match = gather_libvirt_dir_re.search(response.text, re.MULTILINE|re.DOTALL)
if gather_libvirt_dir_re_match is not None:
return True
else:
return False
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
#This is a fix to check for sensitive information expose error.
def check_if_sensitive_info_exposed(spy_link):
build_log_url = PROW_VIEW_URL + spy_link[8:] + '/build-log.txt'
try:
response = requests.get(build_log_url, verify=False, timeout=15)
senstive_info_re = re.compile('This file contained potentially sensitive information and has been removed.')
senstive_info_re_match = senstive_info_re.search(response.text)
if senstive_info_re_match is not None:
return True
else:
return False
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
def get_node_status(spy_link):
'''
Gets the node status of the job.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
Returns:
string: Node Status.
'''
job_type,job_platform = job_classifier(spy_link)
check_for_gather_libvirt_dir = check_if_gather_libvirt_dir_exists(spy_link,job_type)
if check_for_gather_libvirt_dir == True:
job_type += "/gather-libvirt"
else:
job_type += "/gather-extra"
node_log_url = PROW_VIEW_URL + spy_link[8:] + \
"/artifacts/" + job_type +"/artifacts/oc_cmds/nodes"
pattern=r"(\d+\.\d+)"
match=re.search(pattern,spy_link[8:])
version=float(match.group(1))
if "upgrade" in spy_link:
version=version-0.01
try:
node_log_response = requests.get(node_log_url, verify=False, timeout=15)
if "NAME" in node_log_response.text:
if version > 4.15 and job_platform == "libvirt":
workers="compute-"
else:
workers="worker-"
response_str=node_log_response.text
if "NotReady" in response_str:
return "Some Nodes are in NotReady state"
elif response_str.count("control-plane,master") != 3:
return "Not all master nodes are up and running"
elif ((job_platform == "mce" or "compact" in node_log_url ) and response_str.count("worker") != 3) or ((job_platform != "mce" and "compact" not in node_log_url) and response_str.count(workers) != 2):
return "Not all worker nodes are up and running"
else:
return "Node details not found"
return "All nodes are in Ready state"
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
def check_node_crash(spy_link):
'''
Checks and prints if any node crash has occured in the cluster.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
'''
if "mce" not in spy_link and "sno" not in spy_link:
job_type,_ = job_classifier(spy_link)
crash_log_url = PROW_VIEW_URL + spy_link[8:] + "/artifacts/" +job_type + "/ipi-conf-debug-kdump-gather-logs/artifacts/"
try:
crash_log_response = requests.get(crash_log_url, verify=False, timeout=15)
if "kdump.tar" in crash_log_response.text:
print("*********************************")
print ("ERROR- Crash observed in the job")
print("*********************************")
else:
print("No crash observed")
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
def get_lease(build_log_response,job_platform):
'''
Gets lease/region where cluster is deployed.
parameter:
build_log_response: build log response.
job_platform(string):The infrastructure where the cluster is deployed.
Returns:
lease(string): Acquired lease/region
'''
lease = ""
zone_log_re = re.compile('(Acquired 1 lease\(s\) for {}-quota-slice: \[)([^]]+)(\])'.format(job_platform), re.MULTILINE|re.DOTALL)
zone_log_match = zone_log_re.search(build_log_response.text)
if zone_log_match is None:
lease = "Failed to fetch lease information"
else:
lease = zone_log_match.group(2)
return lease
def get_nightly(build_log_url,build_log_response, job_platform):
'''
Gets nightly image used.
parameter:
build_log_url(string): link to access the logs of the job.
build_log_response: build log response.
job_platform(string): Architecture (ppc64le or s390x or multi).
Returns:
nightly(string): Nighlty image used.
'''
if "upgrade" not in build_log_url:
nightly_log_re = re.compile('(Resolved release {}-latest to (\S+))'.format(job_platform), re.MULTILINE|re.DOTALL)
nightly_log_match = nightly_log_re.search(build_log_response.text)
if nightly_log_match is None:
rc_nightly_log_re = re.compile('(Using explicitly provided pull-spec for release {}-latest \((\S+)\))'.format(job_platform), re.MULTILINE|re.DOTALL)
rc_nightly_log_match = rc_nightly_log_re.search(build_log_response.text)
if rc_nightly_log_match is None:
nightly = "Unable to fetch nightly information- No match found"
else:
nightly = rc_nightly_log_match.group(2)
else:
nightly = job_platform+"-latest-"+ nightly_log_match.group(2)
else:
nightly_initial_log_re = re.compile('(Resolved release {}-initial to (\S+))'.format(job_platform), re.MULTILINE|re.DOTALL)
nightly_initial_log_match = nightly_initial_log_re.search(build_log_response.text)
if nightly_initial_log_match is None:
nightly_initial_log_re = re.compile('(Using explicitly provided pull-spec for release {}-initial \((\S+)\))'.format(job_platform), re.MULTILINE|re.DOTALL)
nightly_initial_log_match = nightly_initial_log_re.search(build_log_response.text)
if nightly_initial_log_match is None:
nightly =" Unable to fetch nightly {}-initial information- No match found".format(job_platform)
else:
nightly = job_platform+"-initial-"+ nightly_initial_log_match.group(2)
else:
nightly = job_platform+"-initial-"+ nightly_initial_log_match.group(2)
nightly_latest_log_re = re.compile('(Resolved release {}-latest to (\S+))'.format(job_platform), re.MULTILINE|re.DOTALL)
nightly_latest_log_match = nightly_latest_log_re.search(build_log_response.text)
if nightly_latest_log_match is None:
nightly_latest_log_re = re.compile('(Using explicitly provided pull-spec for release {}-latest \((\S+)\))'.format(job_platform), re.MULTILINE|re.DOTALL)
nightly_latest_log_match = nightly_latest_log_re.search(build_log_response.text)
if nightly_latest_log_match is None:
nightly = nightly + " Unable to fetch nightly {}-latest information- No match found".format(job_platform)
else:
nightly = nightly +" "+job_platform+"-latest-"+ nightly_latest_log_match.group(2)
else:
nightly = nightly +" "+job_platform+"-latest-"+ nightly_latest_log_match.group(2)
return nightly
def get_quota_and_nightly(spy_link):
'''
Gets lease/region where cluster is deployed and the nightly image used.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
Returns:
lease(string): Acquired lease/region.
nightly(string): Nighlty image used.
'''
_,job_platform = job_classifier(spy_link)
lease = ""
build_log_url = PROW_VIEW_URL + spy_link[8:] + "/build-log.txt"
try:
build_log_response = requests.get(build_log_url, verify=False, timeout=15)
if 'ppc64le' in spy_link:
if job_platform == "libvirt":
job_platform+="-ppc64le"
elif job_platform == "powervs":
job_platform+="-[1-9]"
lease = get_lease(build_log_response,job_platform)
nightly = get_nightly(build_log_url,build_log_response, 'ppc64le')
elif 's390x' in spy_link:
job_platform+="-s390x"
lease = get_lease(build_log_response,job_platform )
nightly = get_nightly(build_log_url,build_log_response, 's390x')
elif "multi" in spy_link:
if "powervs" in spy_link:
job_platform = "powervs"
job_platform+="-[1-9]"
lease=get_lease(build_log_response,job_platform)
else:
job_platform="multi"
lease=get_lease(build_log_response,'libvirt-ppc64le')
nightly = get_nightly(build_log_url,build_log_response, "multi")
elif "mce" in spy_link:
job_platform = "aws"
lease = get_lease(build_log_response,job_platform )
nightly = get_nightly(build_log_url,build_log_response, "multi")
else:
# lease is not applicable for SNO
nightly = get_nightly(build_log_url,build_log_response, "multi")
return lease, nightly
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
def job_classifier(spy_link):
'''
Extracts the job type and platform information from SpyglassLink.
Parameter:
spy_link (string): SpyglassLink used to filter the job_type and job_platform.
Returns:
job_type(string): It is a important keyword used while constructing url to access the artifacts.
job_platform(string): The infrastructure where the cluster is deployed (ex: libvirt, powervs etc).
'''
pattern = r'ocp.*?/'
if "mce" in spy_link or "capi" in spy_link:
pattern = r'e2e.*?/'
match = re.search(pattern,spy_link)
if match:
job_type = match.group(0)
job_type = job_type.rstrip('/')
job_platform = "mce"
if spy_link.find("powervs") != -1:
job_platform = "powervs"
elif spy_link.find("libvirt") != -1:
job_platform = "libvirt"
elif spy_link.find("sno") != -1:
job_platform = "sno"
return job_type,job_platform
def get_failed_monitor_testcases(spy_link,job_type):
'''
Gets failed monitor testcases.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
job_type (string): Keyword used to construct url to access the logs of a job.
Returns:
list: List of failed monitor testcases.
str: Message if any error occured.
'''
monitor_tc_failures = []
test_log_junit_dir_url = PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/openshift-e2e-libvirt-test/artifacts/junit/"
try:
response = requests.get(test_log_junit_dir_url, verify=False, timeout=15)
if response.status_code == 200:
monitor_test_failure_summary_filename_re = re.compile('(test-failures-summary_monitor_2[^.]*\.json)')
monitor_test_failure_summary_filename_match = monitor_test_failure_summary_filename_re.search(response.text, re.MULTILINE|re.DOTALL)
if monitor_test_failure_summary_filename_match is not None:
monitor_test_failure_summary_filename_str = monitor_test_failure_summary_filename_match.group(1)
test_log_url=PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/openshift-e2e-libvirt-test/artifacts/junit/" + monitor_test_failure_summary_filename_str
response_2 = requests.get(test_log_url,verify=False, timeout=15)
if response_2.status_code == 200:
data = response_2.json()
for tc in data['Tests']:
monitor_tc_failures.append(tc["Test"]["Name"])
return monitor_tc_failures, None
else:
return monitor_tc_failures, "Failed to get response from e2e-test log file url!"
else:
return monitor_tc_failures, "Test summary file not found"
else:
return monitor_tc_failures, "Failed to get response from e2e-test directory url"
except requests.Timeout:
return monitor_tc_failures, "Request timed out"
except requests.RequestException:
return monitor_tc_failures, "Error while sending request to url"
except json.JSONDecodeError as e:
return monitor_tc_failures, "Failed to parse the data from e2e-test log file!"
def get_failed_monitor_testcases_from_xml(spy_link,job_type):
'''
Gets failed monitor testcases from conformance testsuite.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
job_type (string): Keyword used to construct url to access logs of a job.
Returns:
list: List of failed monitor testcases.
str: Message if any error occured.
'''
monitor_failed_testcase=[]
if "mce" in spy_link:
test_type = "conformance-tests"
else:
test_type = "openshift-e2e-libvirt-test"
test_log_junit_dir_url = PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/" + test_type + "/artifacts/junit/"
try:
response = requests.get(test_log_junit_dir_url, verify=False, timeout=15)
if response.status_code == 200:
test_failure_summary_filename_re = re.compile('(e2e-monitor-tests__2[^.]*\.xml)')
test_failure_summary_filename_match = test_failure_summary_filename_re.search(response.text, re.MULTILINE|re.DOTALL)
if test_failure_summary_filename_match is not None:
test_failure_summary_filename_str = test_failure_summary_filename_match.group(1)
test_log_url=PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/"+ test_type +"/artifacts/junit/" + test_failure_summary_filename_str
response = requests.get(test_log_url,verify=False,timeout=15)
if response.status_code == 200:
root = ET.fromstring(response.content)
for idx,testcase in enumerate(root.iter('testcase')):
if testcase.find('failure') is not None:
current_name = testcase.get('name')
next_testcase = root[idx+1] if idx+1 < len(root) else None
prev_testcase = root[idx-1] if idx-1 >= 0 else None
if next_testcase is not None and next_testcase.get('name') != current_name and prev_testcase is not None and prev_testcase.get('name') != current_name:
monitor_failed_testcase.append(current_name)
return monitor_failed_testcase, None
else:
return monitor_failed_testcase, "Monitor test file not found"
else:
return monitor_failed_testcase, "Failed to get response from e2e-test directory url"
except requests.Timeout:
return monitor_failed_testcase, "Request timed out"
except requests.RequestException:
return monitor_failed_testcase, "Error while sending request to url"
except ET.ParseError as e:
return monitor_failed_testcase, "Failed to parse junit e2e log file!"
def get_testcase_frequency(spylinks, zone=None, tc_name = None):
"""
To get the testcases failing with its frequency
Args:
spylinks (list): list of builds which needs to be checked.
zone (list): List of the zones/leases that need to checked.
tc_name (list): list of testcase name.
Returns:
dict: Dict with testcase as key and its frequency as value
"""
frequency = {}
for spylink in spylinks:
job_type,_ = job_classifier(spylink)
lease,_ = get_quota_and_nightly(spylink)
if zone is not None and lease not in zone :
continue
cluster_status=cluster_deploy_status(spylink)
if cluster_status == 'SUCCESS':
tc_failures,_,_ = get_all_failed_tc(spylink,job_type)
for _,value in tc_failures.items():
if len(value) !=0:
for tc in value:
if tc in frequency:
frequency[tc]+= 1
else:
frequency[tc] = 1
sorted_frequency = dict(sorted(frequency.items(),key = lambda item: item[1], reverse=True))
frequency = {}
if tc_name is not None:
for tc in tc_name:
if tc in sorted_frequency:
frequency[tc] = sorted_frequency[tc]
return frequency
return sorted_frequency
def get_failed_e2e_testcases(spy_link,job_type):
'''
Gets failed testcases from conformance testsuite.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
job_type (string): Keyword used to construct url to access logs of a job.
Returns:
list: List of failed conformance testcases.
str: Message if any error occured.
'''
conformance_tc_failures=[]
if "mce" in spy_link:
test_type = "conformance-tests"
else:
test_type = "openshift-e2e-libvirt-test"
test_log_junit_dir_url = PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/" + test_type + "/artifacts/junit/"
try:
response = requests.get(test_log_junit_dir_url, verify=False, timeout=15)
if response.status_code == 200:
test_failure_summary_filename_re = re.compile('(test-failures-summary_2[^.]*\.json)')
test_failure_summary_filename_match = test_failure_summary_filename_re.search(response.text, re.MULTILINE|re.DOTALL)
if test_failure_summary_filename_match is not None:
test_failure_summary_filename_str = test_failure_summary_filename_match.group(1)
test_log_url=PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/"+ test_type +"/artifacts/junit/" + test_failure_summary_filename_str
response_2 = requests.get(test_log_url,verify=False, timeout=15)
if response_2.status_code == 200:
data = response_2.json()
for tc in data['Tests']:
conformance_tc_failures.append(tc["Test"]["Name"])
return conformance_tc_failures, None
else:
return conformance_tc_failures, "Failed to get response from e2e-test log file url!"
else:
return conformance_tc_failures, "Test summary file not found"
else:
return conformance_tc_failures, "Failed to get response from e2e-test directory url"
except requests.Timeout:
return conformance_tc_failures, "Request timed out"
except requests.RequestException:
return conformance_tc_failures, "Error while sending request to url"
except json.JSONDecodeError as e:
return conformance_tc_failures, "Failed to parse the data from e2e-test log file!"
def get_junit_symptom_detection_testcase_failures(spy_link,job_type):
'''
Gets failed symptom detection testcases.
Parameter:
spy_link (string): SpyglassLink used to generate url to access logs of a job.
job_type (string): Keyword used to construct url to access logs of a job.
Returns:
list: List of failed symptom detection testcases.
str: Message if any error occured.
'''
symptom_detection_failed_testcase = []
check_for_gather_libvirt_dir = check_if_gather_libvirt_dir_exists(spy_link,job_type)
if check_for_gather_libvirt_dir == True:
job_type += "/gather-libvirt"
else:
job_type += "/gather-extra"
test_log_junit_dir_url = PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/artifacts/junit/"
symptom_detection_failed_testcase = []
try:
response = requests.get(test_log_junit_dir_url,verify=False,timeout=15)
if response.status_code == 200:
junit_failure_summary_filename_re = re.compile('junit_symptoms.xml')
junit_failure_summary_filename_match = junit_failure_summary_filename_re.search(response.text, re.MULTILINE|re.DOTALL)
if junit_failure_summary_filename_match is not None:
test_log_junit_url = PROW_VIEW_URL + spy_link[8:] + "/artifacts/" + job_type + "/artifacts/junit/junit_symptoms.xml"
response_2 = requests.get(test_log_junit_url,verify=False,timeout=15)
root = ET.fromstring(response_2.content)
for testcase in root.findall('.//testcase'):
testcase_name = testcase.get('name')
if testcase.find('failure') is not None:
symptom_detection_failed_testcase.append(testcase_name)
return symptom_detection_failed_testcase, None
else:
return symptom_detection_failed_testcase, "Junit test summary file not found"
else:
return symptom_detection_failed_testcase, 'Error fetching junit symptom detection test results'
except requests.Timeout:
return symptom_detection_failed_testcase, "Request timed out"
except requests.RequestException:
return symptom_detection_failed_testcase, "Error while sending request to url"
except ET.ParseError as e:
return symptom_detection_failed_testcase, "Failed to parse symptom detection e2e log file!"
def get_all_failed_tc(spylink,jobtype):
'''
Gets all failed testcases from diffrent test suites and store in a single variable.
Parameter:
spylink (string): SpyglassLink used to generate url to access logs of a job.
jobtype (string): Keyword used to construct url to access logs of a job.
Returns:
dict: Dictionary of failed testcases of all testsuites.
dict: Error messages encountered while getting test summary files.
int: Count of total failed testcases
'''
conformance_failed_tc_count = 0
monitor_failed_tc_count = 0
symptom_failed_tc_count = 0
failed_tc_count = 0
monitor_err_obj = None
error_object = {}
conformance, conformance_error_obj = get_failed_e2e_testcases(spylink,jobtype)
symptom_detection, symptom_error_obj = get_junit_symptom_detection_testcase_failures(spylink,jobtype)
failed_tc = {"conformance": conformance, "symptom_detection": symptom_detection}
conformance_failed_tc_count = len(failed_tc["conformance"])
symptom_failed_tc_count = len(failed_tc["symptom_detection"])
if ("4.15" in spylink or "4.16" in spylink) and (not "mce" in spylink):
monitor, monitor_err_obj=get_failed_monitor_testcases(spylink,jobtype)
failed_tc = {"conformance": conformance, "monitor": monitor, "symptom_detection": symptom_detection}
monitor_failed_tc_count = len(failed_tc["monitor"])
elif "4.14" in spylink or "mce" in spylink:
monitor, monitor_err_obj = get_failed_monitor_testcases_from_xml(spylink,jobtype)
failed_tc = {"conformance": conformance, "monitor": monitor, "symptom_detection": symptom_detection}
monitor_failed_tc_count = len(failed_tc["monitor"])
failed_tc_count=conformance_failed_tc_count+symptom_failed_tc_count+monitor_failed_tc_count
error_object = {"conformance": conformance_error_obj, "monitor": monitor_err_obj, "symptom_detection": symptom_error_obj}
return failed_tc,failed_tc_count,error_object
def check_ts_exe_status(spylink,jobtype):
'''
Checks conformance Test suite execution status.
Parameter:
spylink (string): SpyglassLink used to generate url to access logs of a job.
jobtype (string): Keyword used to construct url to access logs of a job.
Returns:
str: Status of test suite execution
'''
if "mce" in spylink:
test_type = "conformance-tests"
else:
test_type = "openshift-e2e-libvirt-test"
test_exe_status_url = PROW_VIEW_URL + spylink[8:] + "/artifacts/" + jobtype + "/" + test_type + "/finished.json"
try:
response = requests.get(test_exe_status_url, verify=False, timeout=15)
if response.status_code == 200:
cluster_status = json.loads(response.text)
return cluster_status["result"]
else:
return "Error"
except requests.Timeout:
return "Request timed out"
except requests.RequestException:
return "Error while sending request to url"
except json.JSONDecodeError as e:
return 'ERROR'
def print_all_failed_tc(spylink,jobtype):
'''
Prints all the failed testcases.
Parameter:
spylink (string): SpyglassLink used to generate url to access logs of a job.
jobtype (string): Keyword used to construct url to access logs of a job.
Returns:
str: Status of test suite execution
'''
test_exe_status = check_ts_exe_status(spylink,jobtype)
if test_exe_status == "FAILURE":
tc_failures, fail_count, error_object = get_all_failed_tc(spylink,jobtype)
if 0 < fail_count <= 5:
for key,value in tc_failures.items():
i = 1
if len(value) > 0:
print('Failed',key,'testcases: ')
for tc in value:
print(str(i)+'.',tc)
i=i+1
elif len(value) == 0:
print('All',key,'testcases passed')
elif fail_count > 5:
print(fail_count,"testcases have failed, please refer to the job link for more information")
if error_object:
for key,value in error_object.items():
if value:
print(key,'test suite error message: ')
print(value)
return "FAILURE"
elif test_exe_status == "SUCCESS":
sym,sym_error_object = get_junit_symptom_detection_testcase_failures(spylink,jobtype)
if not sym_error_object:
symcount = len(sym)
if symcount > 0:
print("Symptom Detection Test failures:")
for i in sym:
print(i)
return "FAILURE"
elif symcount == 0:
print("All the Testcases have passed")
return "SUCCESS"
else:
print(sym_error_object)
return "FAILURE"
elif test_exe_status == "ABORTED":
sym,sym_error_object = get_junit_symptom_detection_testcase_failures(spylink,jobtype)
if not sym_error_object:
symcount = len(sym)
if symcount > 0:
print("Symptom Detection Test failures:")
for i in sym:
print(i)
else:
print(sym_error_object)
print("Test suite execution has been aborted")
return "ABORTED"
else:
print("ERROR")
return "ERROR"
def check_testcase_failure(spylink,job_type,testcase_name):
"""
Check if a particular testcase is failed in the build.
Args:
spylink (string): Build which needs to be checked.
job_type (string): Keyword used to construct url to access the artifacts.
testcase_name (string): Name of the testcase.
Return:
return True if testcase failed in this particular build else return False.
"""
failed_tcs,_,_ = get_all_failed_tc(spylink,job_type)
for _,values in failed_tcs.items():
if testcase_name in values:
return True
return False
def get_jobs_with_date(prowci_url,start_date,end_date):
"""
Gets all the jobs/builds run in the given date range.