def run(self):
## Setup scheduler
scheduler=self.scheduler
device=config.getint('Client','device')
name=config.get('Client','name')
## Configure Device
print "BacLog.run> configure", device
table=service.InstanceTable(device,name)
point=service.BinaryOutput(0,'BO_0')
point.presentValue._value=tagged.Boolean(True)
table.add(point)
point=service.BinaryOutput(1,'BO_1')
point.presentValue._value=tagged.Boolean(True)
table.add(point)
service.register(scheduler,self.mh,service.ReadProperty(table))
service.register(scheduler,self.mh,service.ReadPropertyMultiple(table))
service.register(scheduler,self.mh,service.WriteProperty(table))
cov=service.COV(table)
scheduler.add(cov)
service.register(scheduler,self.mh,service.SubscribeCOV(table,cov))
print "BacLog.run> run"
scheduler.run()
## Terminate
self.shutdown()
def run(self):
## Setup scheduler
scheduler = self.scheduler
device = config.getint('Client', 'device')
name = config.get('Client', 'name')
## Configure Device
print "BacLog.run> configure", device
table = service.InstanceTable(device, name)
point = service.BinaryOutput(0, 'BO_0')
point.presentValue._value = tagged.Boolean(True)
table.add(point)
point = service.BinaryOutput(1, 'BO_1')
point.presentValue._value = tagged.Boolean(True)
table.add(point)
service.register(scheduler, self.mh, service.ReadProperty(table))
service.register(scheduler, self.mh,
service.ReadPropertyMultiple(table))
service.register(scheduler, self.mh, service.WriteProperty(table))
cov = service.COV(table)
scheduler.add(cov)
service.register(scheduler, self.mh, service.SubscribeCOV(table, cov))
print "BacLog.run> run"
scheduler.run()
## Terminate
self.shutdown()
def scope():
p = program
def f(*args):
agent = Type[p["type"]](storage=storage, **p)
t = threading.Thread(target=lambda: agent(*args))
t.start()
scheduler.add(
time=program["time"],
airtime=program["airtime"],
at=program.get("at", None),
repeat=program.get("repeat", None),
callback=f,
)
def print(self):
# Debug prints
for item, doc in self.documents.items():
print(item, ":", doc)
def run_backup():
print("Running backup function")
p = subprocess.run(['/usr/local/bin/s3_backup.sh'], capture_output=True)
if p.returncode!=0:
print("[Error] backup: \n STDERR:" + str(p.stderr) + "\nSTDOUT: "+str(p.stdout))
else:
print("[Success] backup: \n STDERR:" + str(p.stderr) + "\nSTDOUT: "+str(p.stdout))
if __name__=="__main__":
builder = WpDockerBuilder('/etc/wp-docker-config.yml')
builder.build_lamp()
if os.environ.get('PORT') is None:
os.environ['PORT'] = '80'
p=subprocess.Popen (["/usr/bin/supervisord", "-c", "/etc/supervisor/conf.d/supervisord.conf"], stdout=sys.stdout, stderr=sys.stderr)
builder.setup_wordpress()
if builder.backup_schedule is not None:
scheduler = scheduler.Scheduler(60)
scheduler.add("backup", builder.backup_schedule, run_backup)
scheduler.start()
p.wait()
def schedule(self, delay, cb): """Schedule a callback to run 'delay' seconds in the future.""" return scheduler.add(delay, callback=cb)
def register(scheduler, mh, servicehandler, Service=None):
if Service == None:
Service = servicehandler._service
print "service.register>", Service
scheduler.add(servicehandler)
mh.addService(servicehandler, Service)
def register(scheduler,mh,servicehandler,Service=None):
if Service==None:
Service=servicehandler._service
print "service.register>", Service
scheduler.add(servicehandler)
mh.addService(servicehandler,Service)
def run(self):
## Setup scheduler
scheduler=self.scheduler
device=config.getint('Network','device')
name=config.get('Network','name')
## Object Discovery
bootstrap=config.getboolean('Options','bootstrap')
if bootstrap==False:
## Configure operation using scheduler task GetDevices
task=database.GetDevices()
self.scheduler.add(task)
self.scheduler.run()
devices=task.devices
objectid=task.objectid
deviceid=task.deviceid
if bootstrap or (not devices):
## Use local.ini to get devices.
db=console.Database()
devices=db.getDevices();
objects=FindObjects(devices)
scheduler.add(objects)
scheduler.run()
objectid=objects.objectid
deviceid=objects.deviceid
print "BacLog.run>", devices
if trace:
for d in devices:
print " ", d.objects
## Do an initial scan of values and exit
if config.getboolean('Options','getinitialvalue'):
for target in devices:
scan=GetPresentValue()
scan.target=target
scheduler.add(scan)
scheduler.run()
scheduler.shutdown()
return
## Configure Device
print "BacLog.run> configure"
table=service.InstanceTable(device,name)
service.register(scheduler,self.mh,service.ReadProperty(device,name,table))
service.register(scheduler,self.mh,service.ReadPropertyMultiple(device,name,table))
service.register(scheduler,self.mh,service.WhoIs(device))
cov_pid=scheduler.add(COVNotification())
## Applications
if config.getboolean('Options','subscribeCOV'):
lifetime=config.getint('Options','lifetime')
for target in devices:
cov=SubscribeCOV()
cov.target=target
cov.pid=cov_pid
cov.lifetime=lifetime
scheduler.add(cov)
self.scheduler.add(Scheduler(self.dbh,self.dbs,deviceid,objectid))
## Run scheduler.
print "BacLog.run> run"
scheduler.run()
## Terminate
self.shutdown()