class myjenkins: def __init__(self): self.server = Jenkins(jenkins_url, username=username, password=token_dict) def getjobconfig(self, job_name): job_info = self.server.get_job_config(job_name) return job_info # 根据给来的app id查询job的完整name，目前只看'0-Site'和'1-API'两个view下的，如果有需要可以加，需要保证这两个view下的所有job在view下都是唯一的 def search_job_name(self, job_id): site = self.server.get_jobs(view_name='0-Site') web = self.server.get_jobs(view_name='1-API') b = site + web job_name = '' for i in b: w = re.findall(job_id, i['name']) if w != []: job_name = i['name'] return job_name # 根据job的配置文件，找到他的git仓库地址，用于判断用户传入的分支名是否存在 def get_git_url(self, job_name): info = self.getjobconfig(job_name) convertedDict = xmltodict.parse(info) git_repo_url = convertedDict['project']['scm']['userRemoteConfigs']['hudson.plugins.git.UserRemoteConfig'][ 'url'] return git_repo_url
class JenkinsBot(BotPlugin):
def __init__(self):
self.jenkins = Jenkins(JENKINS_URL, JENKINS_USERNAME, JENKINS_PASSWORD)
@botcmd
def jenkins_list(self, mess, args):
"""List all jobs, optionally filter them using a search term."""
self.send(mess.getFrom(),
u'/me is getting the list of jobs from Jenkins... ',
message_type=mess.getType())
search_term = args.strip().lower()
jobs = [
job for job in self.jenkins.get_jobs()
if search_term.lower() in job['name'].lower()
]
return self.format_jobs(jobs)
@botcmd
def jenkins_running(self, mess, args):
"""List all running jobs."""
self.send(mess.getFrom(),
u'/me is getting the list of jobs from Jenkins... ',
message_type=mess.getType())
jobs = [
job for job in self.jenkins.get_jobs() if 'anime' in job['color']
]
return self.format_running_jobs(jobs)
def format_jobs(self, jobs):
if len(jobs) == 0:
return u'No jobs found.'
max_length = max([len(job['name']) for job in jobs])
return '\n'.join([
'%s (%s)' % (job['name'].ljust(max_length), job['url'])
for job in jobs
]).strip()
def format_running_jobs(self, jobs):
if len(jobs) == 0:
return u'No running jobs.'
jobs_info = [self.jenkins.get_job_info(job['name']) for job in jobs]
return '\n\n'.join([
'%s (%s)\n%s' % (job['name'], job['lastBuild']['url'],
job['healthReport'][0]['description'])
for job in jobs_info
]).strip()
def getjobs(self, msg, args):
#server = self.get_server_instance()
server = Jenkins(JENKINS_URL,
username=JENKINS_USERNAME,
password=JENKINS_PASSWORD)
for j in server.get_jobs():
jobs = server.get_job(j[0])
return jobs.name
class JenkinsBot(BotPlugin):
def __init__(self):
self.jenkins = Jenkins(JENKINS_URL, JENKINS_USERNAME, JENKINS_PASSWORD)
@botcmd
def jenkins_list(self, mess, args):
"""List all jobs, optionally filter them using a search term."""
self.send(mess.getFrom(), u'/me is getting the list of jobs from Jenkins... ', message_type=mess.getType())
search_term = args.strip().lower()
jobs = [job for job in self.jenkins.get_jobs() if search_term.lower() in job['name'].lower()]
return self.format_jobs(jobs)
@botcmd
def jenkins_running(self, mess, args):
"""List all running jobs."""
self.send(mess.getFrom(), u'/me is getting the list of jobs from Jenkins... ', message_type=mess.getType())
jobs = [job for job in self.jenkins.get_jobs() if 'anime' in job['color']]
return self.format_running_jobs(jobs)
def format_jobs(self, jobs):
if len(jobs) == 0:
return u'No jobs found.'
max_length = max([len(job['name']) for job in jobs])
return '\n'.join(['%s (%s)' % (job['name'].ljust(max_length), job['url']) for job in jobs]).strip()
def format_running_jobs(self, jobs):
if len(jobs) == 0:
return u'No running jobs.'
jobs_info = [self.jenkins.get_job_info(job['name']) for job in jobs]
return '\n\n'.join(['%s (%s)\n%s' % (job['name'], job['lastBuild']['url'], job['healthReport'][0]['description']) for job in jobs_info]).strip()
def check_running_job(self):
#Check Running job
j = Jenkins(appconfig.jenkins_url)
job_list = j.get_jobs()
job_queue_list = j.get_queue_info()
running_job = []
for job in job_list:
if re.search('anime', job['color']):
running_job.append(job['name'])
for job_queue in job_queue_list:
running_job.append(job_queue['task']['name'])
return running_job
def check_running_job(self):
#Check Running job
j = Jenkins(appconfig.jenkins_url)
job_list = j.get_jobs()
job_queue_list = j.get_queue_info()
running_job = []
for job in job_list:
if re.search('anime', job['color']):
running_job.append(job['name'])
for job_queue in job_queue_list:
running_job.append(job_queue['task']['name'])
return running_job
def poll():
jenkins = Jenkins(JENKINS_URL)
while True:
remote_jobs = jenkins.get_jobs()
for remote in remote_jobs:
for local in JOBS:
if local['name'] == remote['name']:
led = local['led']
if remote['color'] == 'blue':
led.green(True)
elif remote['color'] == 'red':
led.red(True)
else:
if led.off():
led.yellow(True)
else:
led.off(True)
time.sleep(1)
class JenkinsControl(object):
war=pjoin(here, 'tmp/jenkins.war')
cli=pjoin(here, 'tmp/jenkins-cli.jar')
home=pjoin(here, 'tmp/jenkins')
def __init__(self, addr='127.0.0.1:60888', cport='60887'):
self.addr, self.port = addr.split(':')
self.url = 'http://%s' % addr
self.py = Jenkins(self.url)
def start_server(self):
cmd = pjoin(here, './bin/start-jenkins.sh 1>/dev/null 2>&1')
env={'JENKINS_HOME' : self.home,
'JENKINS_PORT' : self.port,
'JENKINS_CPORT' : self.cport,
'JENKINS_ADDR' : self.addr}
check_call(cmd, shell=True, env=env)
def shutdown_server(self):
cmd = 'echo 0 | nc %s %s' % (self.addr, self.cport)
check_call(cmd, shell=True)
def clean_home(self):
rmtree(self.home)
def createjob(self, name, configxml_fn):
self.py.create_job(name, open(configxml_fn).read())
def getjobs(self):
return {i['name'] : i for i in self.py.get_jobs()}
def enabled(self, name):
return self.py.get_job_info(name)['buildable']
def job_etree(self, job):
res = self.py.get_job_config(job)
res = etree.fromstring(res)
return res
class JenkinsBot(BotPlugin):
"""Basic Err integration with Jenkins CI"""
min_err_version = '1.2.1'
# max_err_version = '4.0.3'
def get_configuration_template(self):
return CONFIG_TEMPLATE
def configure(self, configuration):
if configuration is not None and configuration != {}:
config = dict(chain(CONFIG_TEMPLATE.items(),
configuration.items()))
else:
config = CONFIG_TEMPLATE
super(JenkinsBot, self).configure(config)
return
def check_configuration(self, configuration):
self.log.debug(configuration)
for c, v in configuration.items():
if c == 'URL':
if not validators.url(v):
raise ValidationException('JENKINS_URL is not a well formed URL')
elif c in ['USERNAME', 'PASSWORD', 'RECEIVE_NOTIFICATION']:
if len(v) == 0 or not isinstance(v, str):
raise ValidationException("{} is a required string config setting".format(c))
elif c in ['CHATROOMS_NOTIFICATION']:
if not isinstance(v, tuple):
raise ValidationException("{} should be of type tuple".format(c))
return
def connect_to_jenkins(self):
"""Connect to a Jenkins instance using configuration."""
self.log.debug('Connecting to Jenkins ({0})'.format(
self.config['URL']))
self.jenkins = Jenkins(url=self.config['URL'],
username=self.config['USERNAME'],
password=self.config['PASSWORD'])
return
def broadcast(self, mess):
"""Shortcut to broadcast a message to all elligible chatrooms."""
chatrooms = (self.config['CHATROOMS_NOTIFICATION']
if self.config['CHATROOMS_NOTIFICATION']
else self.bot_config.CHATROOM_PRESENCE)
for room in chatrooms:
self.send(self.build_identifier(room), mess)
return
@webhook(r'/jenkins/notification')
def handle_notification(self, incoming_request):
if not self.config['RECEIVE_NOTIFICATION']:
return 'Notification handling is disabled.'
self.log.debug(repr(incoming_request))
self.broadcast(self.format_notification(incoming_request))
return
@botcmd
def jenkins_list(self, mess, args):
"""List all jobs, optionally filter them using a search term."""
self.connect_to_jenkins()
return self.format_jobs([job for job in self.jenkins.get_jobs(folder_depth=None)
if args.lower() in job['fullname'].lower()])
@botcmd
def jenkins_running(self, mess, args):
"""List all running jobs."""
self.connect_to_jenkins()
jobs = [job for job in self.jenkins.get_jobs()
if 'anime' in job['color']]
return self.format_running_jobs(jobs)
@botcmd(split_args_with=None)
def jenkins_param(self, mess, args):
"""List Parameters for a given job."""
if len(args) == 0:
return 'What Job would you like the parameters for?'
self.connect_to_jenkins()
job = self.jenkins.get_job_info(args[0])
if job['actions'][1] != {}:
job_param = job['actions'][1]['parameterDefinitions']
elif job['actions'][0] != {}:
job_param = job['actions'][0]['parameterDefinitions']
else:
job_param = []
return self.format_params(job_param)
@botcmd(split_args_with=None)
def jenkins_build(self, mess, args):
"""Build a Jenkins Job with the given parameters
Example: !jenkins build test_project FOO:bar
"""
if len(args) == 0: # No Job name
return 'What job would you like to build?'
self.connect_to_jenkins()
params = self.build_parameters(args[1:])
# Is it a parameterized job ?
job = self.jenkins.get_job_info(args[0])
if job['actions'][0] == {} and job['actions'][1] == {}:
self.jenkins.build_job(args[0])
else:
self.jenkins.build_job(args[0], params)
running_job = self.search_job(args[0])
return 'Your job should begin shortly: {0}'.format(
self.format_jobs(running_job))
@botcmd(split_args_with=None)
def build(self, mess, args):
"""Shortcut for jenkins_build"""
return self.jenkins_build(mess, args)
@botcmd
def jenkins_unqueue(self, msg, args):
"""Cancel a queued job.
Example !jenkins unqueue foo
"""
self.connect_to_jenkins()
try:
queue = self.jenkins.get_queue_info()
job = next((job for job in queue if job['task']['name'].lower() == args.lower()), None)
if job:
self.jenkins.cancel_queue(job['id'])
return 'Unqueued job {0}'.format(job['task']['name'])
else:
return 'Could not find job {0}, but found the following: {1}'.format(
args, ', '.join(job['task']['name'] for job in queue))
except JenkinsException as e:
return 'Oops, {0}'.format(e)
@botcmd(split_args_with=None)
def jenkins_createjob(self, mess, args):
"""Create a Jenkins Job.
Example: !jenkins createjob pipeline foo [email protected]:foo/bar.git
"""
if len(args) < 2: # No Job type or name
return 'Oops, I need a type and a name for your new job.'
if args[0] not in ('pipeline', 'multibranch'):
return 'I\'m sorry, I can only create `pipeline` and \
`multibranch` jobs.'
self.connect_to_jenkins()
try:
if args[0] == 'pipeline':
self.jenkins.create_job(
args[1],
JENKINS_JOB_TEMPLATE_PIPELINE.format(repository=args[2]))
elif args[0] == 'multibranch':
repository = args[2].rsplit('/', maxsplit=2)[-2:]
self.jenkins.create_job(
args[1],
JENKINS_JOB_TEMPLATE_MULTIBRANCH.format(
repo_owner=repository[0].split(':')[-1],
repo_name=repository[1].strip('.git')))
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been created: {0}/job/{1}'.format(
self.config['URL'], args[1])
@botcmd(split_args_with=None)
def jenkins_deletejob(self, mess, args):
"""Delete a Jenkins Job.
Example: !jenkins deletejob foo
"""
if len(args) < 1: # No job name
return 'Oops, I need the name of the job you want me to delete.'
self.connect_to_jenkins()
try:
self.jenkins.delete_job(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been deleted.'
@botcmd(split_args_with=None)
def jenkins_enablejob(self, mess, args):
"""Enable a Jenkins Job.
Example: !jenkins enablejob foo
"""
if len(args) < 1: # No job name
return 'Oops, I need the name of the job you want me to enable.'
self.connect_to_jenkins()
try:
self.jenkins.enable_job(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been enabled.'
@botcmd(split_args_with=None)
def jenkins_disablejob(self, mess, args):
"""Disable a Jenkins Job.
Example: !jenkins disablejob foo
"""
if len(args) < 1: # No job name
return 'Oops, I need the name of the job you want me to disable.'
self.connect_to_jenkins()
try:
self.jenkins.disable_job(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been disabled.'
@botcmd(split_args_with=None)
def jenkins_createnode(self, mess, args):
"""Create a Jenkins Node with a JNLP Launcher with optionnal labels.
Example: !jenkins createnode runner-foo-laptop /home/foo # without labels
Example: !jenkins createnode runner-bar-laptop /home/bar linux docker # with labels
"""
if len(args) < 1: # No node name
return 'Oops, I need a name and a working dir for your new node.'
self.connect_to_jenkins()
try:
self.jenkins.create_node(
name=args[0],
remoteFS=args[1],
labels=' '.join(args[2:]),
exclusive=True,
launcher=LAUNCHER_JNLP)
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been created: {0}/computer/{1}'.format(
self.config['URL'], args[0])
@botcmd(split_args_with=None)
def jenkins_deletenode(self, mess, args):
"""Delete a Jenkins Node.
Example: !jenkins deletenode runner-foo-laptop
"""
if len(args) < 1: # No node name
return 'Oops, I need the name of the node you want me to delete.'
self.connect_to_jenkins()
try:
self.jenkins.delete_node(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been deleted.'
@botcmd(split_args_with=None)
def jenkins_enablenode(self, mess, args):
"""Enable a Jenkins Node.
Example: !jenkins enablenode runner-foo-laptop
"""
if len(args) < 1: # No node name
return 'Oops, I need the name of the node you want me to enable.'
self.connect_to_jenkins()
try:
self.jenkins.enable_node(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been enabled.'
@botcmd(split_args_with=None)
def jenkins_disablenode(self, mess, args):
"""Disable a Jenkins Node.
Example: !jenkins disablenode runner-foo-laptop
"""
if len(args) < 1: # No node name
return 'Oops, I need the name of the node you want me to disable.'
self.connect_to_jenkins()
try:
self.jenkins.disable_node(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been disabled.'
def search_job(self, search_term):
self.log.debug('Querying Jenkins for job "{0}"'.format(search_term))
return [job for job in self.jenkins.get_jobs(folder_depth=None)
if search_term.lower() == job['fullname'].lower()]
def format_running_jobs(self, jobs):
if len(jobs) == 0:
return 'No running jobs.'
jobs_info = [self.jenkins.get_job_info(job['name']) for job in jobs]
return '\n\n'.join(['%s (%s)\n%s' % (
job['name'],
job['lastBuild']['url'],
job['healthReport'][0]['description'])
for job in jobs_info]).strip()
@staticmethod
def format_jobs(jobs):
if len(jobs) == 0:
return 'No jobs found.'
max_length = max([len(job['fullname']) for job in jobs])
return '\n'.join(
['%s (%s)' % (job['fullname'].ljust(max_length), job['url'])
for job in jobs]).strip()
@staticmethod
def format_params(job):
"""Format job parameters."""
if len(job) == 0:
return 'This job is not parameterized.'
PARAM_TEMPLATE = Template("""{% for p in params %}Type: {{p.type}}
Description: {{p.description}}
Default Value: {{p.defaultParameterValue.value}}
Parameter Name: {{p.name}}
{% endfor %}""")
return PARAM_TEMPLATE.render({'params': job})
@staticmethod
def format_notification(body):
body['fullname'] = body.get('fullname', body['name'])
NOTIFICATION_TEMPLATE = Template("""Build #{{build.number}} \
{{build.status}} for Job {{fullname}} ({{build.full_url}})
{% if build.scm %}Based on {{build.scm.url}}/commit/{{build.scm.commit}} \
({{build.scm.branch}}){% endif %}""")
return NOTIFICATION_TEMPLATE.render(body)
@staticmethod
def build_parameters(params):
if len(params) > 0:
return {param.split(':')[0]: param.split(':')[1]
for param in params}
return {'': ''}
def get_jobs(self):
j = Jenkins(self.hostname, self.username, self.api_key)
jobs = j.get_jobs()
return jobs
class JenkinsBot(BotPlugin):
def connect_to_jenkins(self):
self.jenkins = Jenkins(JENKINS_URL, username=JENKINS_USERNAME, password=JENKINS_PASSWORD)
@botcmd
def jenkins_list(self, mess, args):
"""List all jobs, optionally filter them using a search term."""
self.connect_to_jenkins()
search_term = args.strip().lower()
jobs = self.search_job(search_term)
return self.format_jobs(jobs)
@botcmd
def jenkins_running(self, mess, args):
"""List all running jobs."""
self.connect_to_jenkins()
jobs = [job for job in self.jenkins.get_jobs() if 'anime' in job['color']]
return self.format_running_jobs(jobs)
@botcmd
def jenkins_param(self, mess, args):
"""List Parameters for a given job."""
self.connect_to_jenkins()
if len(args) == 0:
return u'What Job would you like the parameters for?'
if len(args.split()) > 1:
return u'Please enter only one Job Name'
if self.jenkins.get_job_info(args)['actions'][0] == {}:
job_param = self.jenkins.get_job_info(args)['actions'][1]['parameterDefinitions']
else:
job_param = self.jenkins.get_job_info(args)['actions'][0]['parameterDefinitions']
return self.format_params(job_param)
@botcmd(split_args_with=None)
def jenkins_build(self, mess, args):
"""Build a Jenkins Job with the given parameters
Example: !jenkins build test_project FOO:bar
"""
self.connect_to_jenkins()
if len(args) == 0:
return u'What job would you like to build?'
parameters = self.build_parameters(args[1:])
self.jenkins.build_job(args[0], parameters)
running_job = self.search_job(args[0])
return 'Your job should begin shortly: {0}'.format(self.format_jobs(running_job))
def search_job(self, search_term):
return [job for job in self.jenkins.get_jobs() if search_term.lower() in job['name'].lower()]
def format_jobs(self, jobs):
if len(jobs) == 0:
return u'No jobs found.'
max_length = max([len(job['name']) for job in jobs])
return '\n'.join(['%s (%s)' % (job['name'].ljust(max_length), job['url']) for job in jobs]).strip()
def format_running_jobs(self, jobs):
if len(jobs) == 0:
return u'No running jobs.'
jobs_info = [self.jenkins.get_job_info(job['name']) for job in jobs]
return '\n\n'.join(['%s (%s)\n%s' % (job['name'], job['lastBuild']['url'], job['healthReport'][0]['description']) for job in jobs_info]).strip()
def format_params(self, job):
parameters = ''
for param in range (0, len(job)):
parameters = parameters + ("Type: {0}\nDescription: {1}\nDefault Value: {2}\nParameter Name: {3}\n_\n"
.format(job[param]['type'], job[param]['description'], str(job[param]['defaultParameterValue']['value']), job[param]['name']))
return parameters
def build_parameters(self, params):
if len(params) == 0:
return ast.literal_eval("{'':''}")
parameters_list = "{'"
for counter, param in enumerate(params):
param = param.split(':')
if counter < len(params) - 1:
parameters_list = parameters_list + param[0] + "': '" + param[1] + "', '"
else:
parameters_list = parameters_list + param[0] + "': '" + param[1] + "'"
parameters_list = parameters_list + '}'
return ast.literal_eval(parameters_list)
class JenkinsBot(BotPlugin):
"""Basic Err integration with Jenkins CI"""
min_err_version = '1.2.1'
# max_err_version = '4.0.3'
def get_configuration_template(self):
return CONFIG_TEMPLATE
def configure(self, configuration):
if configuration is not None and configuration != {}:
config = dict(chain(CONFIG_TEMPLATE.items(),
configuration.items()))
else:
config = CONFIG_TEMPLATE
super(JenkinsBot, self).configure(config)
return
def check_configuration(self, configuration):
self.log.debug(configuration)
for c, v in configuration.items():
if c == 'URL':
if not validators.url(v):
raise ValidationException(
'JENKINS_URL is not a well formed URL')
elif c in ['USERNAME', 'PASSWORD', 'RECEIVE_NOTIFICATION']:
if len(v) == 0 or not isinstance(v, str):
raise ValidationException(
"{} is a required string config setting".format(c))
elif c in ['CHATROOMS_NOTIFICATION']:
if not isinstance(v, tuple):
raise ValidationException(
"{} should be of type tuple".format(c))
return
def connect_to_jenkins(self):
"""Connect to a Jenkins instance using configuration."""
self.log.debug('Connecting to Jenkins ({0})'.format(
self.config['URL']))
self.jenkins = Jenkins(url=self.config['URL'],
username=self.config['USERNAME'],
password=self.config['PASSWORD'])
return
def broadcast(self, mess):
"""Shortcut to broadcast a message to all elligible chatrooms."""
chatrooms = (self.config['CHATROOMS_NOTIFICATION']
if self.config['CHATROOMS_NOTIFICATION'] else
self.bot_config.CHATROOM_PRESENCE)
for room in chatrooms:
self.send(self.build_identifier(room), mess)
return
@webhook(r'/jenkins/notification')
def handle_notification(self, incoming_request):
if not self.config['RECEIVE_NOTIFICATION']:
return 'Notification handling is disabled.'
self.log.debug(repr(incoming_request))
self.broadcast(self.format_notification(incoming_request))
return
@botcmd
def jenkins_list(self, mess, args):
"""List all jobs, optionally filter them using a search term."""
self.connect_to_jenkins()
return self.format_jobs([
job for job in self.jenkins.get_jobs(folder_depth=None)
if args.lower() in job['fullname'].lower()
])
@botcmd
def jenkins_running(self, mess, args):
"""List all running jobs."""
self.connect_to_jenkins()
jobs = [
job for job in self.jenkins.get_jobs() if 'anime' in job['color']
]
return self.format_running_jobs(jobs)
@botcmd(split_args_with=None)
def jenkins_param(self, mess, args):
"""List Parameters for a given job."""
if len(args) == 0:
return 'What Job would you like the parameters for?'
self.connect_to_jenkins()
job = self.jenkins.get_job_info(args[0])
if job['actions'][1] != {}:
job_param = job['actions'][1]['parameterDefinitions']
elif job['actions'][0] != {}:
job_param = job['actions'][0]['parameterDefinitions']
else:
job_param = []
return self.format_params(job_param)
@botcmd(split_args_with=None)
def jenkins_build(self, mess, args):
"""Build a Jenkins Job with the given parameters
Example: !jenkins build test_project FOO:bar
"""
if len(args) == 0: # No Job name
return 'What job would you like to build?'
self.connect_to_jenkins()
params = self.build_parameters(args[1:])
# Is it a parameterized job ?
job = self.jenkins.get_job_info(args[0])
if job['actions'][0] == {} and job['actions'][1] == {}:
self.jenkins.build_job(args[0])
else:
self.jenkins.build_job(args[0], params)
running_job = self.search_job(args[0])
return 'Your job should begin shortly: {0}'.format(
self.format_jobs(running_job))
@botcmd(split_args_with=None)
def build(self, mess, args):
"""Shortcut for jenkins_build"""
return self.jenkins_build(mess, args)
@botcmd
def jenkins_unqueue(self, msg, args):
"""Cancel a queued job.
Example !jenkins unqueue foo
"""
self.connect_to_jenkins()
try:
queue = self.jenkins.get_queue_info()
job = next((job for job in queue
if job['task']['name'].lower() == args.lower()), None)
if job:
self.jenkins.cancel_queue(job['id'])
return 'Unqueued job {0}'.format(job['task']['name'])
else:
return 'Could not find job {0}, but found the following: {1}'.format(
args, ', '.join(job['task']['name'] for job in queue))
except JenkinsException as e:
return 'Oops, {0}'.format(e)
@botcmd(split_args_with=None)
def jenkins_createjob(self, mess, args):
"""Create a Jenkins Job.
Example: !jenkins createjob pipeline foo [email protected]:foo/bar.git
"""
if len(args) < 2: # No Job type or name
return 'Oops, I need a type and a name for your new job.'
if args[0] not in ('pipeline', 'multibranch'):
return 'I\'m sorry, I can only create `pipeline` and \
`multibranch` jobs.'
self.connect_to_jenkins()
try:
if args[0] == 'pipeline':
self.jenkins.create_job(
args[1],
JENKINS_JOB_TEMPLATE_PIPELINE.format(repository=args[2]))
elif args[0] == 'multibranch':
repository = args[2].rsplit('/', maxsplit=2)[-2:]
self.jenkins.create_job(
args[1],
JENKINS_JOB_TEMPLATE_MULTIBRANCH.format(
repo_owner=repository[0].split(':')[-1],
repo_name=repository[1].strip('.git')))
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been created: {0}/job/{1}'.format(
self.config['URL'], args[1])
@botcmd(split_args_with=None)
def jenkins_deletejob(self, mess, args):
"""Delete a Jenkins Job.
Example: !jenkins deletejob foo
"""
if len(args) < 1: # No job name
return 'Oops, I need the name of the job you want me to delete.'
self.connect_to_jenkins()
try:
self.jenkins.delete_job(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been deleted.'
@botcmd(split_args_with=None)
def jenkins_enablejob(self, mess, args):
"""Enable a Jenkins Job.
Example: !jenkins enablejob foo
"""
if len(args) < 1: # No job name
return 'Oops, I need the name of the job you want me to enable.'
self.connect_to_jenkins()
try:
self.jenkins.enable_job(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been enabled.'
@botcmd(split_args_with=None)
def jenkins_disablejob(self, mess, args):
"""Disable a Jenkins Job.
Example: !jenkins disablejob foo
"""
if len(args) < 1: # No job name
return 'Oops, I need the name of the job you want me to disable.'
self.connect_to_jenkins()
try:
self.jenkins.disable_job(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your job has been disabled.'
@botcmd(split_args_with=None)
def jenkins_createnode(self, mess, args):
"""Create a Jenkins Node with a JNLP Launcher with optionnal labels.
Example: !jenkins createnode runner-foo-laptop /home/foo # without labels
Example: !jenkins createnode runner-bar-laptop /home/bar linux docker # with labels
"""
if len(args) < 1: # No node name
return 'Oops, I need a name and a working dir for your new node.'
self.connect_to_jenkins()
try:
self.jenkins.create_node(name=args[0],
remoteFS=args[1],
labels=' '.join(args[2:]),
exclusive=True,
launcher=LAUNCHER_JNLP)
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been created: {0}/computer/{1}'.format(
self.config['URL'], args[0])
@botcmd(split_args_with=None)
def jenkins_deletenode(self, mess, args):
"""Delete a Jenkins Node.
Example: !jenkins deletenode runner-foo-laptop
"""
if len(args) < 1: # No node name
return 'Oops, I need the name of the node you want me to delete.'
self.connect_to_jenkins()
try:
self.jenkins.delete_node(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been deleted.'
@botcmd(split_args_with=None)
def jenkins_enablenode(self, mess, args):
"""Enable a Jenkins Node.
Example: !jenkins enablenode runner-foo-laptop
"""
if len(args) < 1: # No node name
return 'Oops, I need the name of the node you want me to enable.'
self.connect_to_jenkins()
try:
self.jenkins.enable_node(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been enabled.'
@botcmd(split_args_with=None)
def jenkins_disablenode(self, mess, args):
"""Disable a Jenkins Node.
Example: !jenkins disablenode runner-foo-laptop
"""
if len(args) < 1: # No node name
return 'Oops, I need the name of the node you want me to disable.'
self.connect_to_jenkins()
try:
self.jenkins.disable_node(args[0])
except JenkinsException as e:
return 'Oops, {0}'.format(e)
return 'Your node has been disabled.'
def search_job(self, search_term):
self.log.debug('Querying Jenkins for job "{0}"'.format(search_term))
return [
job for job in self.jenkins.get_jobs(folder_depth=None)
if search_term.lower() == job['fullname'].lower()
]
def format_running_jobs(self, jobs):
if len(jobs) == 0:
return 'No running jobs.'
jobs_info = [self.jenkins.get_job_info(job['name']) for job in jobs]
return '\n\n'.join([
'%s (%s)\n%s' % (job['name'], job['lastBuild']['url'],
job['healthReport'][0]['description'])
for job in jobs_info
]).strip()
@staticmethod
def format_jobs(jobs):
if len(jobs) == 0:
return 'No jobs found.'
max_length = max([len(job['fullname']) for job in jobs])
return '\n'.join([
'%s (%s)' % (job['fullname'].ljust(max_length), job['url'])
for job in jobs
]).strip()
@staticmethod
def format_params(job):
"""Format job parameters."""
if len(job) == 0:
return 'This job is not parameterized.'
PARAM_TEMPLATE = Template("""{% for p in params %}Type: {{p.type}}
Description: {{p.description}}
Default Value: {{p.defaultParameterValue.value}}
Parameter Name: {{p.name}}
{% endfor %}""")
return PARAM_TEMPLATE.render({'params': job})
@staticmethod
def format_notification(body):
body['fullname'] = body.get('fullname', body['name'])
NOTIFICATION_TEMPLATE = Template("""Build #{{build.number}} \
{{build.status}} for Job {{fullname}} ({{build.full_url}})
{% if build.scm %}Based on {{build.scm.url}}/commit/{{build.scm.commit}} \
({{build.scm.branch}}){% endif %}""")
return NOTIFICATION_TEMPLATE.render(body)
@staticmethod
def build_parameters(params):
if len(params) > 0:
return {
param.split(':')[0]: param.split(':')[1]
for param in params
}
return {'': ''}
class JenkinsNotifier(BotPlugin):
"""JenkinsBot is an Err plugin to manage Jenkins CI jobs from your chat platform like Slack."""
status = {'blue':'SUCCESS', 'blue_anime':'IN PROGRESS','red': 'FAILED', 'red_anime': 'IN PROGRESS', 'disabled': 'DISABLED', 'aborted':'ABORTED', 'notbuilt': 'NOTBUILT', 'yellow': 'UNSTABLE'}
failedjobsstring = " "
def __init__(self, bot, name):
self.jenkins = Jenkins(JENKINS_URL, JENKINS_USERNAME, JENKINS_TOKEN)
super().__init__(bot, name)
@botcmd(split_args_with=None)
def jn_build(self, msg, args):
"""Build the job specified by jobName. You can add params!"""
# Params are passed like "key1=value1 key2=value2"
params = {}
#try:
# for arg in args[1:]:
# params[arg.split('=', 1)[0]] = arg.split('=', 1)[1]
#except IndexError:
# return "I don'G like that params! Try with this format: key1=value1 key2=value2..."
jobName = ''.join([args[0],' ',args[1]]) #TODO handle jobname with spaces in it, space is cosidered argument splitter
try:
self.jenkins.build_job(jobName, params)
except NotFoundException:
return ' '.join(["Sorry, I can't find the job. Typo maybe?"," ARGS=",jobName])
return ' '.join(["The job", args[0].strip(), "has been sent to the queue to be built."])
@botcmd
def jn_cancel(self, msg, args):
"""Cancel a job in the queue by jobId."""
try:
self.jenkins.cancel_queue(args.strip())
except NotFoundException:
return "Sorry, I can't find the job. Maybe the ID does not exist."
return "Job canceled from the queue."
@botcmd
def jn_list(self, msg, args):
"""List Jenkins jobs. You can filter with strings."""
self.send(msg.to, "I'm getting the jobs list from Jenkins...")
search_term = args.strip().lower()
jobs = [job for job in self.jenkins.get_jobs()
if search_term.lower() in job['name'].lower()]
return self.format_jobs(jobs)
@botcmd
def jn_status(self, msg, args):
"""List Jenkins jobs with their current status."""
self.send(msg.to, "I'm getting the jobs with status Jenkins...")
search_term = args.strip().lower()
jobs = [job for job in self.jenkins.get_jobs()
if search_term.lower() in job['fullname'].lower()]
return self.format_job_status(jobs)
@botcmd
def jn_describe(self, msg, args):
"""Describe the job specified by jobName."""
try:
job = self.jenkins.get_job_info(args.strip())
except NotFoundException:
return "Sorry, I can't find the job. Typo maybe?"
return ''.join([
'Name: ', job['name'], '\n',
'URL: ', job['url'], '\n',
'Description: ', 'None' if job['description'] is None else job['description'], '\n',
'Next Build Number: ',
str('None' if job['nextBuildNumber'] is None else job['nextBuildNumber']), '\n',
'Last Successful Build Number: ',
str('None' if job['lastBuild'] is None else job['lastBuild']['number']), '\n',
'Last Successful Build URL: ',
'None' if job['lastBuild'] is None else job['lastBuild']['url'], '\n'
])
@botcmd
def jn_running(self, msg, args):
"""List running jobs."""
self.send(msg.to, "I will ask for the current running builds list!")
jobs = self.jenkins.get_running_builds()
return self.format_running_jobs(jobs)
@botcmd(split_args_with=None)
def jn_stop(self, msg, args):
"""Stop the building job specified by jobName and jobNumber."""
try:
int(args[1].strip())
except ValueError:
return "You have to specify the jobNumber: \"!jenkins stop <jobName> <jobNumber>"
try:
self.jenkins.stop_build(args[0].strip(), int(args[1].strip()))
except NotFoundException:
return "Sorry, I can't find the job. Typo maybe?"
return ' '.join(["The job", args[0].strip(), "has been stopped."])
@botcmd
def jn_queue(self, msg, args):
"""List jobs in queue."""
self.send(msg.to, "Getting the job queue...")
jobs = self.jenkins.get_queue_info()
return self.format_queue_jobs(jobs)
@botcmd
def jn_msgtimer(self, msg, args):
"""Sends messages at fix intervals."""
yield "Starting timer"
self.start_poller(5, self.my_callback)
self.send(msg.to,
"Boo! Bet you weren't expecting me, were you?",
)
def my_callback(self):
self.log.info('I am called every 5sec')
self.send(self.build_identifier("#errbottestchannel"), "I am called every 5sec", )
@botcmd
def jn_failed(self, msg, args):
"""List Jenkins jobs with failed status."""
self.send(msg.to, "I'm getting the failed jobs ...")
failedJobs = []
search_term = args.strip().lower()
jobs = [job for job in self.jenkins.get_jobs()
if search_term.lower() in job['fullname'].lower()]
for job in jobs:
if self.status[job['color']] == 'FAILED':
failedJobs.append(job)
return self.format_job_status(failedJobs)
# SUPPORT FUNCTIONS START HERE
def format_jobs(self, jobs):
"""Format jobs list"""
if len(jobs) == 0:
return "I haven't found any job."
max_length = max([len(job['name']) for job in jobs])
return '\n'.join(['%s (%s)' % (job['name'].ljust(max_length),
job['url']) for job in jobs]).strip()
def format_queue_jobs(self, jobs):
"""Format queue jobs list"""
if len(jobs) == 0:
return "It seems that there is not jobs in queue."
return '\n'.join(['%s - %s (%s)' % (str(job['id']),
job['task']['name'],
job['task']['url']) for job in jobs]).strip()
def format_running_jobs(self, jobs):
"""Format running jobs list"""
if len(jobs) == 0:
return "There is no running jobs!"
return '\n'.join(['%s - %s (%s) - %s' % (str(job['number']),
job['name'],
job['url'],
job['executor']) for job in jobs]).strip()
@botcmd
def jn_queue(self, msg, args):
"""List jobs in queue."""
self.send(msg.to, "Getting the job queue...")
jobs = self.jenkins.get_queue_info()
return self.format_queue_jobs(jobs)
def format_jobs(self, jobs):
"""Format jobs list"""
if len(jobs) == 0:
return "I haven't found any job."
max_length = max([len(job['name']) for job in jobs])
return '\n'.join(['%s (%s)' % (job['name'].ljust(max_length),
job['url']) for job in jobs]).strip()
def format_queue_jobs(self, jobs):
"""Format queue jobs list"""
if len(jobs) == 0:
return "It seems that there is not jobs in queue."
return '\n'.join(['%s - %s (%s)' % (str(job['id']),
job['task']['name'],
job['task']['url']) for job in jobs]).strip()
def format_running_jobs(self, jobs):
"""Format running jobs list"""
if len(jobs) == 0:
return "There is no running jobs!"
return '\n'.join(['%s - %s (%s) - %s' % (str(job['number']),
job['name'],
job['url'],
job['executor']) for job in jobs]).strip()
def format_job_status(self, jobs):
"""Format job status"""
if len(jobs) == 0:
return "there are no jobs to return"
return '\n'.join(['%s (%s)' % (job['fullname'], self.status[job['color']]) for job in jobs]).strip()
class JenkinsHelper:
def __init__(self, url, username, password, key, configuration):
self.configuration = configuration
self.configuration_prefix = configuration.jenkins_configuration_prefix()
self.grouped_components = configuration.jenkins_grouped_components()
self.pullrequest_job = configuration.pullrequest_job()
self.jenkins_configurations = Jenkins(url, username, password)
self.build_components_jobs_matrix()
self.sort_components()
self.jenkins_builds = jenkinsapi.jenkins.Jenkins(url, username, password)
# Getters
def get_jobs(self):
return self.jobs
def get_components(self):
return self.components
def get_pull_request_builds(self):
job = self.jenkins_builds.get_job(self.pullrequest_job)
self.pullrequest_builds = {}
for build_id in job.get_build_ids():
build = job[build_id]
self.pullrequest_builds[build.buildno] = {}
self.pullrequest_builds[build.buildno]['status'] = build.get_status()
self.pullrequest_builds[build.buildno]['url'] = build.baseurl
self.pullrequest_builds[build.buildno]['name'] = build.name
revision = build.get_revision_branch()[0]
self.pullrequest_builds[build.buildno]['revision'] = revision['SHA1']
self.pullrequest_builds[build.buildno]['revision_name'] = revision['name']
return self.pullrequest_builds
# Helper methods
def initial_jobs_info(self):
wanted_jobs, wanted_ids = self.configuration.jenkins_jobs()
jobs = self.wanted_jobs(wanted_jobs)
return self.add_human_name_to_job(jobs, wanted_ids)
def sort_components(self):
self.components = OrderedDict(sorted(self.components.items(), key=lambda x: self.sorting_modification(x)))
def build_components_jobs_matrix(self):
self.jobs = self.initial_jobs_info()
self.components = {}
for job in self.jobs:
groups = {}
job_raw_components = self.jenkins_configurations.get_job_info(job['name'])["activeConfigurations"]
job['components'] = {}
for raw_component in job_raw_components:
self.process_component(raw_component, job, groups)
for name, group in groups.iteritems():
job['components'][name] = group
self.add_group_to_components(name, group)
def add_group_to_components(self, name, group):
self.components[name] = {}
self.components[name]['name'] = group['name']
self.components[name]['global_class'] = 'group'
self.components[name]['type'] = 'group';
def process_component(self, raw_component, job, groups):
name = raw_component['name'].replace(self.configuration_prefix, '')
if name not in self.components:
self.components[name] = {}
self.components[name]['name'] = name
job['components'][name] = {};
job['components'][name]['name'] = name;
job['components'][name]['color'] = raw_component['color']
job['components'][name]['href'] = raw_component['url']
# Manage grouped components
grouped_component = self.has_to_be_grouped(name, self.grouped_components)
if grouped_component:
self.components[name]['global_class'] = grouped_component + ' hide grouped'
# Create component group entry
group_name = grouped_component + '_grouped'
if not group_name in groups:
groups[group_name] = {'name': grouped_component, 'color': ''}
groups[group_name]['color'] = self.logical_color_conjunction(
groups[group_name]['color'],
raw_component['color'])
# Second level helper methods
def wanted_jobs(self, wanted_jobs):
jobs = self.jenkins_configurations.get_jobs()
return [ job for job in jobs if job['name'] in wanted_jobs ]
def add_human_name_to_job(self, jobs, wanted_jobs_ids):
for i in range(len(jobs)):
jobs[i]['short_name'] = wanted_jobs_ids[i]
return jobs
def has_to_be_grouped(self, name, grouped_configuration):
for keyword in grouped_configuration:
if name.find(keyword) == 0:
return keyword
return False
def logical_color_conjunction(self, color1, color2):
if (color1 == 'red' or color2 == 'red'):
return 'red'
if (color1 == 'yellow' or color2 == 'yellow'):
return 'yellow'
if (color1 == 'blue' or color2 == 'blue'):
return 'blue'
return 'white'
def sorting_modification(self, value):
if ('type' in value[1]) and (value[1]['type'] == 'group'):
return value[1]['name']
return value[0] + "_"
class JenkinsBot(BotPlugin):
"""JenkinsBot is an Err plugin to manage Jenkins CI jobs from your chat platform like Slack."""
def __init__(self, bot):
self.jenkins = Jenkins(JENKINS_URL, JENKINS_USERNAME, JENKINS_PASSWORD)
super().__init__(bot)
@botcmd(split_args_with=None)
def jenkins_build(self, msg, args):
"""Build the job specified by jobName. You can add params!"""
# Params are passed like "key1=value1 key2=value2"
params = {}
try:
for arg in args[1:]:
params[arg.split('=', 1)[0]] = arg.split('=', 1)[1]
except IndexError:
return "I don't like that params! Try with this format: key1=value1 key2=value2..."
try:
self.jenkins.build_job(args[0].strip(), params)
except NotFoundException:
return "Sorry, I can't find the job. Typo maybe?"
return ' '.join([
"The job", args[0].strip(),
"has been sent to the queue to be built."
])
@botcmd
def jenkins_cancel(self, msg, args):
"""Cancel a job in the queue by jobId."""
try:
self.jenkins.cancel_queue(args.strip())
except NotFoundException:
return "Sorry, I can't find the job. Maybe the ID does not exist."
return "Job canceled from the queue."
@botcmd
def jenkins_list(self, msg, args):
"""List Jenkins jobs. You can filter with strings."""
self.send(msg.to, "I'm getting the jobs list from Jenkins...")
search_term = args.strip().lower()
jobs = [
job for job in self.jenkins.get_jobs()
if search_term.lower() in job['name'].lower()
]
return self.format_jobs(jobs)
@botcmd
def jenkins_describe(self, msg, args):
"""Describe the job specified by jobName."""
try:
job = self.jenkins.get_job_info(args.strip())
except NotFoundException:
return "Sorry, I can't find the job. Typo maybe?"
return ''.join([
'Name: ', job['name'], '\n', 'URL: ', job['url'], '\n',
'Description: ',
'None' if job['description'] is None else job['description'], '\n',
'Next Build Number: ',
str('None'
if job['nextBuildNumber'] is None else job['nextBuildNumber']),
'\n', 'Last Successful Build Number: ',
str('None' if job['lastBuild'] is None else job['lastBuild']
['number']), '\n', 'Last Successful Build URL: ',
'None' if job['lastBuild'] is None else job['lastBuild']['url'],
'\n'
])
@botcmd
def jenkins_running(self, msg, args):
"""List running jobs."""
self.send(msg.to, "I will ask for the current running builds list!")
jobs = self.jenkins.get_running_builds()
return self.format_running_jobs(jobs)
@botcmd(split_args_with=None)
def jenkins_stop(self, msg, args):
"""Stop the building job specified by jobName and jobNumber."""
try:
int(args[1].strip())
except ValueError:
return "You have to specify the jobNumber: \"!jenkins stop <jobName> <jobNumber>"
try:
self.jenkins.stop_build(args[0].strip(), int(args[1].strip()))
except NotFoundException:
return "Sorry, I can't find the job. Typo maybe?"
return ' '.join(["The job", args[0].strip(), "has been stopped."])
@botcmd
def jenkins_queue(self, msg, args):
"""List jobs in queue."""
self.send(msg.to, "Getting the job queue...")
jobs = self.jenkins.get_queue_info()
return self.format_queue_jobs(jobs)
def format_jobs(self, jobs):
"""Format jobs list"""
if len(jobs) == 0:
return "I haven't found any job."
max_length = max([len(job['name']) for job in jobs])
return '\n'.join([
'%s (%s)' % (job['name'].ljust(max_length), job['url'])
for job in jobs
]).strip()
def format_queue_jobs(self, jobs):
"""Format queue jobs list"""
if len(jobs) == 0:
return "It seems that there is not jobs in queue."
return '\n'.join([
'%s - %s (%s)' %
(str(job['id']), job['task']['name'], job['task']['url'])
for job in jobs
]).strip()
def format_running_jobs(self, jobs):
"""Format running jobs list"""
if len(jobs) == 0:
return "There is no running jobs!"
return '\n'.join([
'%s - %s (%s) - %s' %
(str(job['number']), job['name'], job['url'], job['executor'])
for job in jobs
]).strip()
def main(): print "This is automated report generated by [email protected] on " + datetime.now().strftime("%Y-%m-%d %H:%M") address = 'http://developers.compbio.cs.cmu.edu:8080' j = Jenkins(address) jobs = j.get_jobs() print '------------------------' print 'CellOrganizer for Matlab' print '------------------------' success_table = [] failure_table = [] other_table = [] successes = 0 failures = 0 for job in jobs: if 'cellorganizer-demo3D' in job['name'] or 'cellorganizer-demo2D' in job['name']: status = get_status(job['color']) if status == 'SUCCESS': successes += 1 success_table.append([job['name'], status]) elif status == 'FAILURE': failures += 1 failure_table.append([job['name'], status]) else: other_table.append([job['name'], status]) print "\nSuccessful Jobs Table" print tabulate(success_table, headers=["Name","Status"], tablefmt='grid') print "\nFailed Jobs Table" print tabulate(failure_table, headers=["Name","Status"], tablefmt='grid') if '++\n++' != tabulate(other_table, headers=["Name","Status"], tablefmt='grid'): print "\nOther Jobs" print tabulate(other_table, headers=["Name","Status"], tablefmt='grid') print "\nNumber of Total Successes: " + str(successes) print "Number of Total Failures " + str(failures) print '\n\n------------------------' print 'CellOrganizer for Python' print '------------------------' success_table = [] failure_table = [] other_table = [] successes = 0 failures = 0 for job in jobs: if 'cellorganizer' in job['name'] and 'python' in job['name']: status = get_status(job['color']) if status == 'SUCCESS': successes += 1 success_table.append([job['name'], status]) elif status == 'FAILURE': failures += 1 failure_table.append([job['name'], status]) else: other_table.append([job['name'], status]) print "\nSuccessful Jobs Table" print tabulate(success_table, headers=["Name","Status"], tablefmt='grid') print "\nFailed Jobs Table" print tabulate(failure_table, headers=["Name","Status"], tablefmt='grid') if '++\n++' != tabulate(other_table, headers=["Name","Status"], tablefmt='grid'): print "\nOther Jobs" print tabulate(other_table, headers=["Name","Status"], tablefmt='grid') print "\nNumber of Total Successes: " + str(successes) print "Number of Total Failures " + str(failures)
class JenkinsTools(object):
"""
This is to expose the functional capability of jenkins for the various operations that it can perform programatically without having access to console.
"""
_jenkins_url = None
_login_id = None
_password = None
def __init__(self, jenkins_url, login_id, password):
"""
Initialize the jenkins connection object
:param jenkins_url:
:param login_id:
:param password:
"""
self._jenkins_url = jenkins_url
self._login_id = login_id
self._password = password
self.server_obj = Jenkins(jenkins_url, username=self._login_id, password=self._password)
def get_jenkins_version(self):
"""
To get the Jenkins version
:return:
"""
return self.server_obj.get_version()
def get_job_details(self):
"""
Get the jenkins job details.
:return:
"""
for job in self.server_obj.get_jobs():
job_instance = self.server_obj.get_job(job[0])
print 'Job Name:%s' % job_instance.name
print 'Job Description:%s' %(job_instance.get_description())
print 'Is Job running:%s' %(job_instance.is_running())
print 'Is Job enabled:%s' %(job_instance.is_enabled())
def get_job_count(self):
"""
To get the count of jobs in Jenkins
:return:
"""
return self.server_obj.jobs_count()
def disable_jenkins_job(self, job_name=None):
"""
To disable the jobs from jenkins.
:return:
"""
if self.server_obj.has_job(job_name):
job_instance = self.server_obj.get_job(job_name)
job_instance.disable()
print 'Name:%s,Is Job Enabled ?:%s' % (job_name, job_instance.is_enabled())
def get_jenkins_plugin_details(self):
"""
To get the details of existing plugins in jenkins.
:return:
"""
for plugin in self.server_obj.get_plugins().values():
print "Short Name:%s" % plugin.shortName
print "Long Name:%s" % plugin.longName
print "Version:%s" % plugin.version
print "URL:%s" % plugin.url
print "Active:%s" % plugin.active
print "Enabled:%s" % plugin.enabled
def get_plugin_details(self, plugin_name):
"""
TO get the new plugin details
:param plugin_name:
:return:
"""
plugins_metadata = self.server_obj.get_plugin_info(plugin_name)
pprint(plugins_metadata)
def getSCMInfroFromLatestGoodBuild(url, jobName, username=None, password=None):
"""
To get the latest SCM from the latest good builds.
:param url:
:param jobName:
:param username:
:param password:
:return:
"""
J = Jenkins(url, username, password)
job = J[jobName]
lgb = job.get_last_good_build()
return lgb.get_revision()
class JC:
def __init__(self):
self.JCDirectoryLoc = ''
self.JCBuiltFileLoc = ''
self.JCServerConfFileLoc = ''
self.JenkinsServerAddress = 'none'
self.JenkinsServerPort = 'none'
self.ServerHandler = None
self.IpRegex = '''^(25[0-5]|2[0-4][0-9]|[0-1]?[0-9][0-9]?)\.(
25[0-5]|2[0-4][0-9]|[0-1]?[0-9][0-9]?)\.(
25[0-5]|2[0-4][0-9]|[0-1]?[0-9][0-9]?)\.(
25[0-5]|2[0-4][0-9]|[0-1]?[0-9][0-9]?)'''
self.JCSelectedJobCommands = {
'(enable)': ' - Enable the specified job on Jenkins Server',
'(disable)': ' - Disable the specified job on Jenkins Server',
'(build)': ' - Build the specified job on Jenkins Server',
'(stat [*])': ' - Displays status and general information about the specified job',
'(?)': ' - Displays list of available commands',
'(??)': ' - Displays list of available commands verbosely',
'(quit/exit)': ' - Quit Job configuration mode'
}
self.JigGlobalCommands = {
'(show local jobs [*])': ' - Displays all jobs saved and waiting in your local machine to be created on server',
'(show server jobs)': ' - Displays all jobs currently on your jenkins server',
'(show build queue)': ' - Displays all jobs in build queue',
'(delete local job)': ' - Deletes jobs on your local machine',
'(delete server job)': ' - Deletes jobs on your jenkins server',
'(reconfig server job)': ' - Reconfigures an existing job',
'(select server job)': ' - Selects job and enter job configuration mode',
'(connect)': ' - Connects to jenkins server',
'(disconnect)': ' - Disconnects from jenkins server',
'(create server job)': ' - Creates a new job on server ',
'(?)': ' - Displays list of available commands',
'(??)': ' - Displays list of available commands verbosely',
'(exit / quit)': ' - Quit JC program'
}
def initialize(self):
fh=open("C:\\Users\{0}\JC\controls".format(getuser()))
for line in fh:
if line.startswith('server.conf'):
self.JCServerConfFileLoc=(line.split("=")[1]).strip()
elif line.startswith('jobdir'):
self.JCDirectoryLoc=(line.split("=")[1]).strip()
elif line.startswith('built'):
self.JCBuiltFileLoc=(line.split("=")[1]).strip()
elif line.startswith('address'):
self.JenkinsServerAddress=(line.split("=")[1]).strip()
elif line.startswith('port'):
self.JenkinsServerPort=(line.split("=")[1]).strip()
fh.close()
def display_introduction(self):
'''
Display an introduction message for the program containing the version and status of
development
'''
print(" Welcome to JC 1.4")
print("JC is a project which creates an interface to manage your Jenkins Server for your projects")
print("This project is still under development ")
def display_list_of_global_mode_commands(self, verbos=False, search_key=None):
'''
Display list of available commands in global mode
:param verbos: display description of command(s) if true
:param search_key: display all commands starts with the 'key' param . default is None meaning all available commands
'''
print("---------------Commands---------------")
if search_key is None:
for command, description in self.JigGlobalCommands.items():
print(command, description if verbos else '')
else:
for command, description in self.JigGlobalCommands.items():
if command.startswith('({0}'.format(search_key)):
print(command, description if verbos else '')
print("---------------------------------------")
def display_list_of_selected_job_mode_commands(self, verbos=False, search_key=None):
'''
Display list of available commands in selected job mode
:param verbos: display description of command(s) if true
:param search_key: display all commands starts with the 'key' param . default is None meaning all available commands
'''
print("---------------Commands---------------")
if search_key is None:
for command, description in self.JCSelectedJobCommands.items():
print(command, description if verbos else '')
else:
for command, description in self.JCSelectedJobCommands.items():
if command.startswith('({0}'.format(search_key)):
print(command, description if verbos else '')
print("---------------------------------------")
def show_local_jobs(self, Detail=False):
'''
Display list of local jobs
:param Detail: If True , Displays more detail about local jobs
:return:
'''
# TODO display format
if len(listdir(self.JCDirectoryLoc)) == 0:
print("No local job")
else:
if Detail:
print("Status".ljust(8), "CRL".ljust(23), "CRS".ljust(23), "RCFG".ljust(23), "Name")
print("-----".ljust(8), "--------".ljust(23), "--------".ljust(23), "--------".ljust(23), "-----")
else:
print("Status".ljust(8),"Name".ljust(20))
print("-----".ljust(8), "-----".ljust(33))
fhandle = open(self.JCBuiltFileLoc)
for line in fhandle:
line = line.strip()
if line.startswith("#"):
pass
else:
if Detail:
Status=(line.split("@")[0]).ljust(8)
CRL = ((line.split("@")[1]).split(".")[0]).ljust(23)
CRS = ((line.split("@")[2]).split(".")[0] if line.split("@")[2]!='None' else 'None').ljust(23)
RCFG = ((line.split("@")[3]).split(".")[0] if line.split("@")[3]!='None' else 'None').ljust(23)
Name= (line.split("@")[4])
print(Status,CRL,CRS,RCFG,Name)
else:
Status = (line.split("@")[0]).ljust(8)
Name= (line.split("@")[4])
print(Status,Name)
fhandle.close()
def connect_to_jenkins_server(self):
# Because if there is a problem in reading server.conf file
# both IP address and Port number becomes none
# so we just check server address to be none or not
fh=open("C:\\Users\{0}\JC\controls".format(getuser()))
for line in fh:
if line.startswith('address'):
self.JenkinsServerAddress=(line.split("=")[1]).strip()
elif line.startswith('port'):
self.JenkinsServerPort=(line.split("=")[1]).strip()
fh.close()
if self.JenkinsServerAddress !='none':
print("Connecting {0}:{1}".format(self.JenkinsServerAddress, self.JenkinsServerPort))
UserName = input("Username : "******"Password : "******"Connected successfully as {2}".format(self.JenkinsServerAddress, self.JenkinsServerPort, UserName))
except:
self.ServerHandler = None
print("Connection to server Failed")
else:
print("-Server configuration parameters are not defined properly")
print("-Check server.conf for parameters and then use jcr.exe to set them")
def is_connected(self):
'''
Check whether we are connected to server or not
'''
return True if self.ServerHandler else False
def disconnect_from_jenkins_server(self, place=None):
'''
Disconnect from the server
:param place: Defines the place we are disconnecting . Displayed message can be different based on this parameter
'''
# TODO Close the TCP PORT
if self.ServerHandler == None:
# Disconnect and Stay in the program
if place is None:
print("You are already disconnected")
return
self.ServerHandler = None
# Disconnect while exiting the program
print("You are disconnected successfully")
def create_server_job(self, JobName):
'''
Create a server job based on a config.xml file existing on the local machine
:param JobName: job's name to be created
'''
if self.ServerHandler is None:
print("Your are not connected to server")
print("First connect by 'connect' command")
return
if not path.exists('{0}{1}{2}'.format(self.JCDirectoryLoc, JobName, '.config.xml')):
print("-Job '{0}' config.xml file does not exist on your local machine".format(JobName))
print("First create a config.xml file for job {0} by jigjr command".format(JobName))
else:
ListServerJobs = [server_job["name"] for server_job in self.ServerHandler.get_jobs()]
if JobName in ListServerJobs:
print("-Job '{0}' already exists on the server".format(JobName))
AskingResult = self.asking_user_decision("Do you want to recreate job {0}?[y/n] : ".format(JobName))
if AskingResult:
self.ServerHandler.delete_job(JobName)
print("-Deleting job '{0}' from server ..".format(JobName))
fhandle = open(self.JCDirectoryLoc + JobName + ".config.xml")
SelectedJobXml = fhandle.read()
fhandle.close()
self.ServerHandler.create_job(JobName, SelectedJobXml)
print("-Job '{0}' recreated successfully".format(JobName))
# Recreate a job is similar to reconfigure that job
update_built_file(self.JCBuiltFileLoc, 'update-reconfigure-date', JobName,
reconfig_date=datetime.now())
else:
AskingResult = self.asking_user_decision("Sure creating job {0}?[y/n] : ".format(JobName))
if AskingResult:
fhandle = open(self.JCDirectoryLoc + JobName + ".config.xml")
SelectedJobXml = fhandle.read()
fhandle.close()
self.ServerHandler.create_job(JobName, SelectedJobXml)
print("-Job '{0}' created successfully".format(JobName))
update_built_file(self.JCBuiltFileLoc, 'update-server-create-date', JobName,
server_creation_date=datetime.now())
def reconfigure_server_job(self, JobName, LocalConfigJobName=None):
'''
Reconfigure a server job
:param JobName: Server job to be configured
:param LocalConfigJobName: If None , JobName.config.xml file is searched in local machine , else, LocalConfigJobName.config.xml is searched
'''
if self.ServerHandler is None:
print("Your are not connected to server")
print("First connect by 'connect' command")
return
ListServerJobs = [server_job["name"] for server_job in self.ServerHandler.get_jobs()]
if JobName not in ListServerJobs:
print("-Job '{0}' does not exist on the server".format(JobName))
else:
ListLocalJobs = [job.split(".")[0] for job in listdir(self.JCDirectoryLoc)]
# If the LocalConfigJobName is not specified use the JobName as defualt
LocalConfigJobName = JobName if LocalConfigJobName is None else LocalConfigJobName
if LocalConfigJobName not in ListLocalJobs:
print("-Job {0} config.xml file does not exist in your local machine".format(LocalConfigJobName))
else:
print("{0}.config.xml found".format(LocalConfigJobName))
AskingResult = self.asking_user_decision("Sure reconfiguring job {0}?[y/n] : ".format(JobName))
if AskingResult:
fhandle = open(self.JCDirectoryLoc + LocalConfigJobName + ".config.xml")
SelectedJobXml = fhandle.read()
fhandle.close()
self.ServerHandler.reconfig_job(LocalConfigJobName, SelectedJobXml)
print("-Job '{0}' reconfigured successfully".format(LocalConfigJobName))
update_built_file(self.JCBuiltFileLoc, 'update-reconfigure-date', LocalConfigJobName,
reconfig_date=datetime.now())
def show_build_queue(self):
'''
Display list of jobs which are currently under building process
'''
if self.ServerHandler is None:
print("Your are not connected to server")
print("First connect by 'connect' command")
return
else:
BuildQueue = self.ServerHandler.get_queue_info()
if len(BuildQueue) == 0:
print("No job in build queue")
return
else:
BuildQueueCounter = 1
for job in BuildQueue:
jobInfo = self.ServerHandler.get_job_info(job['task']['name'])
print("{0}: {1}\tBuilding No: {2}".format(BuildQueueCounter, job["task"]["name"],
jobInfo['nextBuildNumber']))
BuildQueueCounter += 1
def show_server_jobs(self):
'''
Display list of jobs currently configured on the server
'''
if self.ServerHandler is None:
print("Your are not connected to server")
print("First connect by 'connect' command")
return
else:
if len(self.ServerHandler.get_jobs()) == 0:
print("No job currently on the server")
else:
ListServerJobs = [server_job["name"] for server_job in self.ServerHandler.get_jobs()]
# This list is to reduce the latency of display of all jobs
# First collect information of all jobs then display
ReadyList = []
for job in ListServerJobs:
JobInfo = self.ServerHandler.get_job_info(job)
JobStatus = 'Disabled' if JobInfo['disabled'] else 'Enabled'
JobTotalBuilds = "0" if JobInfo['lastBuild'] is None else JobInfo['lastBuild']['number']
JobLastBuild = "None" if JobInfo['lastBuild'] is None else datetime.fromtimestamp(
self.ServerHandler.get_build_info(job, JobInfo['lastBuild']['number'])['timestamp'] / 1000)
ReadyList.append([JobStatus, JobTotalBuilds, JobLastBuild, job])
print("Status".ljust(8), "Build".ljust(7), "Timestamp".ljust(22), "Name".ljust(20))
print("-----".ljust(8), "-----".ljust(7), "------".ljust(22), "----".ljust(20))
for j in ReadyList:
print(j[0].ljust(9), str(j[1]).ljust(6),('None' if str(j[2]) == 'None' else str(j[2]).split(".")[0]).ljust(22), j[3].ljust(20))
def delete_local_job(self, JobName):
'''
Delete local jobs
'''
LocalJobs = [job.split(".")[0] for job in listdir(self.JCDirectoryLoc)]
if JobName not in LocalJobs:
print("-Job '{0}' does not exist in your local machine".format(JobName))
return
else:
AskingResult = self.asking_user_decision("Sure deleting job '{0}'?[y/n] : ".format(JobName))
if AskingResult:
remove(self.JCDirectoryLoc + JobName + ".config.xml")
print("-Job '{0}' removed successfully from your local machine".format(JobName))
update_built_file(self.JCBuiltFileLoc, 'delete', JobName)
def delete_server_job(self, JobName):
'''
Delete Specified server job
'''
if self.ServerHandler is None:
print("Your are not connected to server")
print("First connect by 'connect' command")
return
else:
ListServerJobs = [server_job["name"] for server_job in self.ServerHandler.get_jobs()]
if JobName not in ListServerJobs:
print("-Job '{0}' does not exist in Jenkins Server".format(JobName))
return
else:
AskingResult = self.asking_user_decision("Sure deleting job '{0}'?[y/n]: ".format(JobName))
if AskingResult:
self.ServerHandler.delete_job(JobName)
print("-Job '{0}' removed successfully from server".format(JobName))
update_built_file(self.JCBuiltFileLoc, 'update-deploy-status-ND', JobName)
def disable_server_job(self, JobName):
'''
Disable specified server job
'''
JobState = self.ServerHandler.get_job_info(JobName)['disabled']
if JobState:
print("-Job '{0}' is already disabled".format(JobName))
return
self.ServerHandler.disable_job(JobName)
print("-Job '{0}' successfully disabled".format(JobName))
def enable_server_job(self, JobName):
'''
Enable specified server job
'''
JobState = self.ServerHandler.get_job_info(JobName)['disabled']
if not JobState:
print("-Job '{0}' is already enabled".format(JobName))
return
self.ServerHandler.enable_job(JobName)
print("-Job '{0}' successfully enabled".format(JobName))
def build_server_job(self, JobName):
'''
Build specified server job
'''
JobState = self.ServerHandler.get_job_info(JobName)['disabled']
if JobState:
print("-Job '{0}' is disabled and cannot built".format(JobName))
else:
self.ServerHandler.build_job(JobName)
print("-Job '{0}' successfully built".format(JobName))
def stat_server_job(self, JobName, Detail=False):
'''
Display status of the selected job
:param Detail: If * specified , more detail about job is displayed
'''
# Because building a job can take long time we do not display the status
# until the building process gets done
BuildQueue = self.ServerHandler.get_queue_info()
for job in BuildQueue:
if JobName == job["task"]["name"]:
print("-Job '{0}' is under building process".format(JobName))
return
JobInfo = self.ServerHandler.get_job_info(JobName)
JobName_Sta = "Name: {0}".format(JobName)
JobStatus_Sta = "Status: {0}".format('Disabled' if JobInfo['disabled'] else 'Enabled')
JobTotalBuilds_Sta = "TotalBuilds: {0}".format(
"0" if JobInfo['lastBuild'] is None else JobInfo['lastBuild']['number'])
JobLastBuild_Sta = "LastBuild: {0}".format("None" if JobInfo['lastBuild'] is None else datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastBuild']['number'])['timestamp'] / 1000))
JobFirstBuild_Sta = "FirstBuild: {0}".format("None" if JobInfo['lastBuild'] is None else datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastBuild']['number'])['timestamp'] / 1000))
JobLastCompletedBuild_Sta = "LastCompletedBuild: {0}".format(
"None" if JobInfo['lastCompletedBuild'] is None else str(datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastCompletedBuild']['number'])[
'timestamp'] / 1000)).split(".")[0])
JobLastFailedBuild_Sta = "LastFailedBuild: {0}".format(
"None" if JobInfo['lastFailedBuild'] is None else str(datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastFailedBuild']['number'])['timestamp'] / 1000)).split(".")[0])
JobLastStableBuild_Sta = "LastStableBuild: {0}".format(
"None" if JobInfo['lastStableBuild'] is None else str(datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastStableBuild']['number'])['timestamp'] / 1000)).split(".")[0])
JobLastSuccessfulBuild_Sta = "LastSuccessfulBuild: {0}".format(
"None" if JobInfo['lastSuccessfulBuild'] is None else str(datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastSuccessfulBuild']['number'])[
'timestamp'] / 1000)).split(".")[0])
JobLastUnstableBuild_Sta = "LastUnstableBuild: {0}".format(
"None" if JobInfo['lastUnstableBuild'] is None else str(datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastUnstableBuild']['number'])['timestamp'] / 1000)).split(".")[0])
JobLastUnsuccessfulBuild_Sta = "LastUnsuccessfulBuild: {0}".format(
"None" if JobInfo['lastUnsuccessfulBuild'] is None else str(datetime.fromtimestamp(
self.ServerHandler.get_build_info(JobName, JobInfo['lastUnsuccessfulBuild']['number'])[
'timestamp'] / 1000)).split(".")[0])
print(JobName_Sta)
print(JobStatus_Sta)
print(JobTotalBuilds_Sta)
print(JobLastBuild_Sta)
print(JobLastStableBuild_Sta)
print(JobLastCompletedBuild_Sta)
if Detail:
print(JobFirstBuild_Sta)
print(JobLastFailedBuild_Sta)
print(JobLastSuccessfulBuild_Sta)
print(JobLastUnstableBuild_Sta)
print(JobLastUnsuccessfulBuild_Sta)
def select_server_job(self, JobName):
'''
Select a server job and enter selected job mode
'''
if self.ServerHandler is None:
print("Your are not connected to server")
print("First connect by 'connect' command")
return
else:
ListServerJobs = [server_job["name"] for server_job in self.ServerHandler.get_jobs()]
if JobName not in ListServerJobs:
print("-Job '{0}' not exist in Jenkins Server".format(JobName))
return
else:
SelectedJobSession = PromptSession(
lexer=PygmentsLexer(SqlLexer), completer=selected_job_command_completer)
while True:
try:
UserCommand = SelectedJobSession.prompt("(" + JobName + ')## ')
UserCommand = (sub(' +', ' ', UserCommand)).strip()
if UserCommand.startswith("??"):
keyValue = (UserCommand.split("??")[1].strip())
if keyValue == '':
jc.display_list_of_selected_job_mode_commands(verbos=True)
else:
jc.display_list_of_selected_job_mode_commands(search_key=keyValue, verbos=True)
elif UserCommand.startswith("?"):
keyValue = (UserCommand.split("?")[1].strip())
if keyValue == '':
jc.display_list_of_selected_job_mode_commands()
else:
jc.display_list_of_selected_job_mode_commands(search_key=keyValue)
elif UserCommand == "quit" or UserCommand == "exit":
return
elif UserCommand == "enable":
self.enable_server_job(JobName)
elif UserCommand == "disable":
self.disable_server_job(JobName)
elif UserCommand == "build":
self.build_server_job(JobName)
elif UserCommand == 'stat *':
self.stat_server_job(JobName, Detail=True)
elif UserCommand == 'stat':
self.stat_server_job(JobName)
elif UserCommand == "":
pass
else:
print("%Invalid Command")
except KeyboardInterrupt:
break
except EOFError:
break
except:
print("There was a problem in program")
return
def get_whoami(self):
'''
Display who is connected to server
'''
if self.ServerHandler is None:
print("Your are not connected to server")
print("First connect by 'connect' command")
return
else:
UserInfo = self.ServerHandler.get_whoami()
print("Full Name : ", UserInfo["fullName"])
print("Id : ", UserInfo["id"])
def asking_user_decision(self, displayMessage):
'''
This process is repeated many times in the code asking the user for yes/no answer
so this process is turned into a function for simplicity
:param displayMessage: Message to be displayed for asking user his/her decision
'''
while True:
UserDecision = input(displayMessage)
if UserDecision.lower() in "y yes ye":
return True
elif UserDecision.lower() in "n no":
return False
def get_job_directory(self):
return self.JCDirectoryLoc
db="devops")
# db.query("SELECT project FROM deployconfig WHERE deploy_type='vm'")
c = db.cursor()
c.execute("SELECT project FROM deployconfig WHERE deploy_type='vm'")
results = c.fetchall()
names = set()
print(results)
for item in results:
# if item == "saas-factoring":
names.add(item[0])
server = Jenkins('http://172.16.101.96:8080/',
username='******',
password='******')
jobs = server.get_jobs()
for i in jobs:
# print(i['fullname'])
tag = "Jenkinsfile-bak"
full_name = i['fullname']
if full_name in names:
config = server.get_job_config(full_name)
# if full_name == "check-account":
# print(config)
result = re.search(r'<scriptId>(.*?)</scriptId>', config, re.M)
if result:
find = result.groups()[0]
if find == "Jenkinsfile-Java-Business-Docker" or find == "Jenkinsfile-Java-Business":
print(full_name, find)
# if find == 'Jenkinsfile-bak':
cc = config.replace(find, tag)
class JenkinsBot(BotPlugin):
"""Basic Err integration with Jenkins CI"""
min_err_version = '1.2.1'
# max_err_version = '3.3.0'
def get_configuration_template(self):
return CONFIG_TEMPLATE
def configure(self, configuration):
if configuration is not None and configuration != {}:
config = dict(chain(CONFIG_TEMPLATE.items(),
configuration.items()))
else:
config = CONFIG_TEMPLATE
super(JenkinsBot, self).configure(config)
return
def check_configuration(self, configuration):
self.log.debug(configuration)
for c in configuration:
if c == 'URL':
if not validators.url(configuration['URL']):
raise ValidationException(
'JENKINS_URL is not a well formed URL')
elif c in ['USERNAME', 'PASSWORD', 'RECEIVE_NOTIFICATION']:
if len(configuration[c]) == 0 or not isinstance(
configuration[c], str):
raise ValidationException(
"{} is a required string config setting".format(c))
elif c in ['CHATROOMS_NOTIFICATION']:
if not isinstance(configuration[c], tuple):
raise ValidationException(
"{} should be of type tuple".format(c))
return
def connect_to_jenkins(self):
"""Connect to a Jenkins instance using configuration."""
self.log.debug('Connecting to Jenkins ({0})'.format(
self.config['URL']))
self.jenkins = Jenkins(url=self.config['URL'],
username=self.config['USERNAME'],
password=self.config['PASSWORD'])
return
def broadcast(self, mess):
"""Shortcut to broadcast a message to all elligible chatrooms."""
chatrooms = (self.config['CHATROOMS_NOTIFICATION']
if self.config['CHATROOMS_NOTIFICATION'] else
self.bot_config.CHATROOM_PRESENCE)
for room in chatrooms:
self.send(self.build_identifier(room),
mess,
message_type='groupchat')
return
@webhook(r'/jenkins/notification')
def handle_notification(self, incoming_request):
if not self.config['RECEIVE_NOTIFICATION']:
return "Notification handling is disabled \
(JENKINS_RECEIVE_NOTIFICATION = False)"
self.log.debug(repr(incoming_request))
self.broadcast(self.format_notification(incoming_request))
return "OK"
@botcmd
def jenkins_list(self, mess, args):
"""List all jobs, optionally filter them using a search term."""
self.connect_to_jenkins()
return self.format_jobs(self.jenkins.get_jobs(folder_depth=None))
@botcmd
def jenkins_running(self, mess, args):
"""List all running jobs."""
self.connect_to_jenkins()
jobs = [
job for job in self.jenkins.get_jobs() if 'anime' in job['color']
]
return self.format_running_jobs(jobs)
@botcmd(split_args_with=None)
def jenkins_param(self, mess, args):
"""List Parameters for a given job."""
if len(args) == 0:
return 'What Job would you like the parameters for?'
self.connect_to_jenkins()
job = self.jenkins.get_job_info(args[0])
if job['actions'][1] != {}:
job_param = job['actions'][1]['parameterDefinitions']
elif job['actions'][0] != {}:
job_param = job['actions'][0]['parameterDefinitions']
else:
job_param = []
return self.format_params(job_param)
@botcmd(split_args_with=None)
def jenkins_build(self, mess, args):
"""Build a Jenkins Job with the given parameters
Example: !jenkins build test_project FOO:bar
"""
if len(args) == 0: # No Job name
return 'What job would you like to build?'
self.connect_to_jenkins()
params = self.build_parameters(args[1:])
# Is it a parameterized job ?
job = self.jenkins.get_job_info(args[0])
if job['actions'][0] == {} and job['actions'][1] == {}:
self.jenkins.build_job(args[0])
else:
self.jenkins.build_job(args[0], params)
running_job = self.search_job(args[0])
return 'Your job should begin shortly: {0}'.format(
self.format_jobs(running_job))
@botcmd(split_args_with=None)
def build(self, mess, args):
"""Shortcut for jenkins_build"""
return self.jenkins_build(mess, args)
@botcmd(split_args_with=None)
def jenkins_create(self, mess, args):
"""Create a Jenkins Job.
Example: !jenkins create pipeline foo [email protected]:foo/bar.git
"""
if len(args) < 2: # No Job type or name
return 'Oops, I need a type and a name for your new job.'
if args[0] not in ('pipeline', 'multibranch'):
return 'I\'m sorry, what type of job do you want ?'
self.connect_to_jenkins()
if args[0] == 'pipeline':
self.jenkins.create_job(
args[1],
JENKINS_JOB_TEMPLATE_PIPELINE.format(repository=args[2]))
elif args[0] == 'multibranch':
return
return
def search_job(self, search_term):
self.log.debug('Querying Jenkins for job "{0}"'.format(search_term))
return [
job for job in self.jenkins.get_jobs(folder_depth=None)
if search_term.lower() == job['fullname'].lower()
]
def format_running_jobs(self, jobs):
if len(jobs) == 0:
return 'No running jobs.'
jobs_info = [self.jenkins.get_job_info(job['name']) for job in jobs]
return '\n\n'.join([
'%s (%s)\n%s' % (job['name'], job['lastBuild']['url'],
job['healthReport'][0]['description'])
for job in jobs_info
]).strip()
@staticmethod
def format_jobs(jobs):
if len(jobs) == 0:
return 'No jobs found.'
max_length = max([len(job['fullname']) for job in jobs])
return '\n'.join([
'%s (%s)' % (job['fullname'].ljust(max_length), job['url'])
for job in jobs
]).strip()
@staticmethod
def format_params(job):
"""Format job parameters."""
if len(job) == 0:
return 'This job is not parameterized.'
PARAM_TEMPLATE = Template("""{% for p in params %}Type: {{p.type}}
Description: {{p.description}}
Default Value: {{p.defaultParameterValue.value}}
Parameter Name: {{p.name}}
{% endfor %}""")
return PARAM_TEMPLATE.render({'params': job})
@staticmethod
def format_notification(body):
body['fullname'] = body.get('fullname', body['name'])
NOTIFICATION_TEMPLATE = Template("""Build #{{build.number}} \
{{build.status}} for Job {{fullname}} ({{build.full_url}})
{% if build.scm %}Based on {{build.scm.url}}/commit/{{build.scm.commit}} \
({{build.scm.branch}}){% endif %}""")
return NOTIFICATION_TEMPLATE.render(body)
@staticmethod
def build_parameters(params):
if len(params) > 0:
return {
param.split(':')[0]: param.split(':')[1]
for param in params
}
return {'': ''}