def test_AlarmDS(device=''):
if not device:
device = Fn.first((d for d,v in api.devices.items() if v.ping() is not None),None)
Fn.log.info('Testing AlarmDS(%s)'%device)
if device:
device = api.devices.get(device)
assert Fn.isSequence(device.get_active_alarms())
return True
def test_AlarmDS(device=''):
if not device:
device = Fn.first(
(d for d, v in api.devices.items() if v.ping() is not None), None)
Fn.log.info('Testing AlarmDS(%s)' % device)
if device:
device = api.devices.get(device)
assert Fn.isSequence(device.get_active_alarms())
return True
def main():
import sys
import fandango
try:
server, classname, devicename = sys.argv[1:4]
props = eval(fandango.first(sys.argv[4:]) or ['{}'])
except:
print __doc__
sys.exit(1)
fandango.tango.add_new_device(server, classname, devicename)
if props:
fandango.get_database().put_device_property
db = Database()
rateDS = 100
nDS = 30
first = 31
def addTangoDev(server, _class, device):
di = DbDevInfo()
di.name, di._class, di.server = device, _class, server
db.add_device(di)
_class = 'PySignalSimulator'
domain = 'sim'
family = 'pysignalsimulator'
print 'Creating ', str(rateDS * nDS), ' TangoTest device Servers ...'
for m in range(first, nDS + first):
server = '/'.join([_class, '%02d' % m])
print 'Deleting server ', server
try:
db.delete_server(server)
except:
pass
for n in range(1, rateDS + 1):
server = '/'.join([_class, '%02d' % m])
member = '%02d' % m + '-' + '%02d' % n
device = '/'.join([domain, family, member])
print 'Creating device ', device
addTangoDev(server, _class, device)
print 'Adding Properties to class/device = ', _class, '/', device
db.put_class_property(
_class,
{'Description': ['device used to test the archiving system']})
db.put_device_property(
device, {'SimAttributes': ['A1=sin((t+random())/2.)']})
db.put_device_property(
device, {
'SimStates': [
'FAULT=square(t,period=10)', "ALARM=Attr('A1')<0",
'ON=1'
]
})
def init(self, tag=''):
if not hasattr(self, 'validator'):
print('>#' * 40)
self.UserValidator, self.validator = '', None
log, p = '', str(sys.path)
try:
props = self.api.servers.db.get_class_property(
'PyAlarm', ['UserValidator', 'PanicAdminUsers'])
self.UserValidator = fandango.first(props['UserValidator'], '')
self.AdminUsers = filter(
bool, map(str.strip, props['PanicAdminUsers']))
if self.UserValidator:
mod, klass = self.UserValidator.rsplit('.', 1)
mod = fandango.objects.loadModule(mod)
p = mod.__file__
klass = getattr(mod, klass)
self.validator = klass()
try:
log = (self.api.get_class_property(
'PyAlarm', 'PanicLogFile') or [''])[0]
if log: self.validator.setLogging(True, log)
except:
print('Unable to write log %s' % log)
traceback.print_exc()
except:
traceback.print_exc()
print('iValidateWidget: %s module not found in %s' %
(self.UserValidator or 'PyAlarm.UserValidator', p))
return -1
if self.AdminUsers and not self.UserValidator:
print(self.AdminUsers, self.UserValidator)
raise Exception,\
'iValidateWidget(PanicAdminUsers):'\
' UserValidator property not defined'
return -1
if not self.AdminUsers and not self.UserValidator:
#passwords not available
return None
users = sorted(self.api.get_admins_for_alarm(tag))
if not users:
#Not using passwords for this alarm
self.last_users = None
return None
elif self.validator is None:
#Failed to initialize
return -1
else:
if users != getattr(self, 'last_users', []):
self.last_valid = 0
self.validator.setAllowedUsers(users)
self.last_users = users
return self.validator
def __init__(self,schema,host=None,user='******',passwd='browser',
classes=[],LogLevel='WARNING',load=True,logger=None):
"""
"""
self.log = logger or Logger('ArchivingAPI(%s)'%schema,format='%(levelname)-8s %(asctime)s %(name)s: %(message)s')
self.log.setLogLevel(LogLevel)
self.log.debug('Logger streams initialized (error,warning,info,debug)')
self.tango = fn.get_database() #access to Tango database
self.api = self #hook used by legacy packages
self.servers = None
self.schema = str(schema).lower()
self.user,self.passwd = user,passwd
if host is None:
prop = self.tango.get_class_property('%sArchiver'%schema,['DbHost'])['DbHost']
if not prop:
print('ERROR: %sArchiver.DbHost property not defined!'%schema)
self.host = None
else:
self.host = prop[0]
#if 'TANGO_HOST' in os.environ:
# self.host=os.environ['TANGO_HOST'].split(':')[0]
else: self.host=host
self.dbs={} #pointers to Archiving databases
self.ArchivingClasses = classes or self.get_archiving_classes()
self.ArchiverClass = fn.first((k for k in self.ArchivingClasses if 'Archiver' in k),'')
self.ManagerClass = fn.first((k for k in self.ArchivingClasses if 'Manager' in k),'')
self.ExtractorClass = fn.first((k for k in self.ArchivingClasses if 'Extractor' in k),'')
try: self.WatcherClass = fn.first((k for k in self.ArchivingClasses if 'Watcher' in k),'')
except: self.WatcherClass = None
self.loads=CaselessDefaultDict(lambda k:0) #a dict with the archiving load for each device
self.attributes=CaselessDict() #a dict of ArchivedAttribute objects
self.dedicated = CaselessDefaultDict(lambda k:set()) #Dictionary for keeping the attributes reserved for each archiver
if load and self.host and self.ArchivingClasses:
self.load_servers()
def main(*args):
import fandango, fandango.qt, sys
opts = fandango.linos.sysargs_to_dict(split=True) #(args,opts)
print('in QAlarmPanel.main(%s,%s)' % (args, opts))
filters = fandango.first(args or opts[0] or ['*'])
app = fandango.qt.getApplication()
w = QAlarmPanel()
if '-v' in args:
import fandango.callbacks
fandango.callbacks.EventSource.thread().setLogLevel('DEBUG')
w.view.setLogLevel('DEBUG')
w.setModel(filters, **opts[1])
w.show()
t = (app.activeWindow())
if not t:
print('No Active Window, launch QApplication.exec()')
sys.exit(app.exec_())
def main():
import sys
import fandango
try:
server,classname,devicename = sys.argv[1:4]
props = eval(fandango.first(sys.argv[4:]) or ['{}'])
except:
print __doc__
sys.exit(1)
fandango.tango.add_new_device(server,classname,devicename)
if props:
fandango.get_database().put_device_property
db = Database()
rateDS = 100
nDS = 30
first = 31
def addTangoDev(server,_class,device):
di = DbDevInfo()
di.name,di._class,di.server = device,_class,server
db.add_device(di)
_class = 'PySignalSimulator'
domain = 'sim'
family = 'pysignalsimulator'
print 'Creating ',str(rateDS*nDS) , ' TangoTest device Servers ...'
for m in range(first,nDS+first):
server = '/'.join([_class,'%02d'%m])
print 'Deleting server ',server
try: db.delete_server(server)
except: pass
for n in range(1,rateDS+1):
server = '/'.join([_class,'%02d'%m])
member = '%02d'%m+'-'+'%02d'%n
device = '/'.join([domain,family,member])
print 'Creating device ',device
addTangoDev(server,_class,device)
print 'Adding Properties to class/device = ',_class,'/',device
db.put_class_property(_class,{'Description':['device used to test the archiving system']})
db.put_device_property(device,{'SimAttributes':['A1=sin((t+random())/2.)']})
db.put_device_property(device,{'SimStates':['FAULT=square(t,period=10)',"ALARM=Attr('A1')<0",'ON=1']})
def init(self,tag=''):
if not hasattr(self,'validator'):
self.UserValidator,self.validator = '',None
try:
props = self.api.servers.db.get_class_property('PyAlarm',['UserValidator','PanicAdminUsers'])
self.UserValidator = fandango.first(props['UserValidator'],'')
self.AdminUsers = list(props['PanicAdminUsers'])
if self.UserValidator:
mod,klass = self.UserValidator.rsplit('.',1)
mod = fandango.objects.loadModule(mod)
klass = getattr(mod,klass)
self.validator = klass()
log = (self.api.get_class_property('PyAlarm','PanicLogFile') or [''])[0]
if log: self.validator.setLogging(True,log)
except:
print('iValidateWidget: %s module not found'%(self.UserValidator or 'PyAlarm.UserValidator'))
return -1
if not self.AdminUsers and not self.UserValidator:
#passwords not available
return None
users = sorted(self.api.get_admins_for_alarm(tag))
if not users:
#Not using passwords for this alarm
self.last_users = None
return None
elif self.validator is None:
#Failed to initialize
return -1
else:
if users != getattr(self,'last_users',[]):
self.last_valid = 0
self.validator.setAllowedUsers(users)
self.last_users = users
return self.validator
This script uses fandango.servers.ServersDict class to start/stop devices on any point of the control system using Tango Starters.
tango_starter.py [host] start|stop|restart|status [server_name_expression_list]
Examples:
tango_starter.py status # Will display status of devices in localhost
tango_starter.py hostname.you.org stop "*hdb*" # Will stop all *hdb* devices in hostname.you.org
tango_starter.py restart "pyalarm/*" # Will restart PyAlarm devices in ALL hosts
"""
actions = 'start stop restart status'.split()
try:
host = sys.argv[1] if not sys.argv[1] in actions else ''
action = fandango.first([a for a in sys.argv if a in actions] or 'status')
targets = sys.argv[(2 if sys.argv[1] in actions else 3):]
except:
print __doc__
sys.exit(1)
action,targets = sys.argv[1],sys.argv[2:]
try:
astor = fandango.Astor()
if targets:
for exp in targets:
print 'Loading %s devices'%exp
astor.load_by_name(exp)
else:
h = host or fandango.MyMachine().host
print 'Loading %s devices'%h
#!/usr/bin/env python
__doc__ = """
Usage:
tango_create Server/Instance Class DeviceName {properties as python dictionary}
"""
import sys
import fandango
try:
server,classname,devicename = sys.argv[1:4]
props = eval(fandango.first(sys.argv[4:]) or ['{}'])
except:
print __doc__
sys.exit(1)
fandango.tango.add_new_device(server,classname,devicename)
if props:
fandango.get_database().put_device_property
from PyTango import *
db = Database()
rateDS = 100
nDS = 30
first = 31
def addTangoDev(server,_class,device):
__doc__ = doc.get_autodoc(__name__, vars())
def test(model, filters='', debug=False):
if debug:
taurus.setLogLevel(taurus.core.util.Logger.Debug)
form.setWindowTitle(model)
print 'loading synoptic: %s' % model
form = VaccaSynoptic(delay=1000, designMode=False)
#form = taurus.qt.qtgui.graphic.TaurusJDrawSynopticsView(designMode=False)
#designMode=False,updateMode=VaccaSynoptic.NoViewportUpdate)
form.show()
form.setModel(model)
form.setWindowTitle(model)
print 'showing ...'
return form
if __name__ == '__main__':
#!/usr/bin/python
assert len(sys.argv) > 1, '\n\nUsage:\n\t> python synoptic [jdw file]'
app = Qt.QApplication([]) #sys.argv)
model = sys.argv[1]
filters = fandango.first(sys.argv[2:], '')
form = test(model, filters)
sys.exit(app.exec_())
def get_attribute_ID(self, name):
return fandango.first(self.get_attributes_IDs(name).values())
