def testBasicTimeOut():
"""
one job will timeout, 10 will be ok
"""
jm = JobManager()
def start(machineName):
print "start:%s" % machineName
time.sleep(10)
# raise RuntimeError("testerror")
print "started:%s" % machineName
def start2(machineName):
print "start:%s" % machineName
time.sleep(5)
print "started:%s" % machineName
jm.do(10, "start", start, timeout=5, lock="", machineName="test.1")
for i in range(10):
jm.do(i,
"start2",
start2,
timeout=20,
lock="",
machineName="test.%s" % i)
jm.start()
def play_pause(self):
jm = JobManager()
if jm.job_status == 'stopped':
jm.start_job()
elif jm.job_status == 'paused':
jm.unpause_job()
else:
jm.pause_job()
def _update(self, dt):
self.job_time = ''
self.real_job_time = ''
self.job_paused_time = ''
jm = JobManager()
self.job_status = jm.job_status
if jm.job_status != 'stopped':
self.job_time = 'worked time: ' + str(jm.job_time)
self.job_paused_time = 'paused time: ' + str(
jm.job_total_pause_time)
self.real_job_time = 'real worked time' + str(jm.real_job_time)
def __init__(self, **kwargs):
super(JobListScreen, self).__init__(**kwargs)
ml = self.ids.mylist
for c in JobManager().job_list:
status = '[color=green]{}[/color]'.format(
c.status) if c.status in ['started', 'paused'] else c.status
item = JobListItem(
text=c.name,
secondary_text="{}\n{}".format(c.description, status),
)
ml.add_widget(item)
def save_job(self):
jm = JobManager()
job_name = self.ids.job_name.text
job_description = self.ids.job_description.text
jm.new_job(job_name, job_description)
jm.select_job(job_name)
app = App.get_running_app()
app.switch_to('jobdetail')
def __init__(self, **kwargs):
job = JobManager().job
self.job_name = job.name
self.job_description = job.description
self.menu_items = [
{
'viewclass': 'MDMenuItem',
'text': 'Edit',
'on_release': lambda: print('edit')
},
{
'viewclass': 'MDMenuItem',
'text': 'Analize',
'on_release': lambda: print('analyze')
},
]
super(JobDetailScreen, self).__init__(**kwargs)
def testLocking():
jm = JobManager()
jm.addLock("computenode.1.startvm", concurrentMax=1) # means only 1 with that lock request can execute at same time
def start(machineName, computenode):
print "start:%s on computenode:%s" % (machineName, computenode)
time.sleep(2)
# raise RuntimeError("testerror")
print "started:%s" % machineName
nrcomputenodes = 3
for computenodeid in range(1, 1 + nrcomputenodes): # computenodes
for i in range(5):
jm.do("start_%s_%s" % (computenodeid, i), start, timeout=40,
lock="computenode.%s.startvm" % computenodeid, machineName="test.%s" % i, computenode=computenodeid)
jm.start()
def testLocking():
jm = JobManager()
jm.addLock(
"computenode.1.startvm", concurrentMax=1
) # means only 1 with that lock request can execute at same time
def start(machineName, computenode):
print "start:%s on computenode:%s" % (machineName, computenode)
time.sleep(2)
# raise RuntimeError("testerror")
print "started:%s" % machineName
nrcomputenodes = 3
for computenodeid in range(1, 1 + nrcomputenodes): # computenodes
for i in range(5):
jm.do("start_%s_%s" % (computenodeid, i),
start,
timeout=40,
lock="computenode.%s.startvm" % computenodeid,
machineName="test.%s" % i,
computenode=computenodeid)
jm.start()
def testBasicTimeOut():
"""
one job will timeout, 10 will be ok
"""
jm = JobManager()
def start(machineName):
print "start:%s" % machineName
time.sleep(10)
# raise RuntimeError("testerror")
print "started:%s" % machineName
def start2(machineName):
print "start:%s" % machineName
time.sleep(5)
print "started:%s" % machineName
jm.do(10, "start", start, timeout=5, lock="", machineName="test.1")
for i in range(10):
jm.do(i, "start2", start2, timeout=20, lock="", machineName="test.%s" % i)
jm.start()
def on_stop(self):
JobManager().save_all()
def build(self):
JobManager().load()
self.scrmngr = self.root.ids['scr_mngr']
self.scrmngr.add_widget(JobListScreen())
return self.root
def stop(self):
jm = JobManager()
jm.stop_job()
jm.save(jm.job)
def on_release(self):
app = App.get_running_app()
JobManager().select_job(self.text)
app.switch_to('jobdetail')
from JumpScale import j
from lib.DigitalOcean import *
from lib.JobManager import *
q.application.appname = "cloudautomator"
q.application.start()
jm = JobManager()
jm.addLock(
"computenode.1",
1,
)
def start(machineName):
print "start:%s" % machineName
time.sleep(10)
# raise RuntimeError("testerror")
print "started:%s" % machineName
def start2(machineName):
print "start:%s" % machineName
time.sleep(5)
print "started:%s" % machineName
jm.do(10, "start", start, timeout=5, lock="", machineName="test.1")
for i in range(10):
jm.do(i, "start2", start2, timeout=20, lock="", machineName="test.%s" % i)
