def get_panic_devices(api=None, devfilter='*', exported=False):
api = api or panic.api()
devs = [d.lower() for d in api.devices if clmatch(devfilter, d)]
if exported:
alldevs = fd.get_all_devices(exported=True)
devs = [d for d in devs if d in alldevs]
return devs
def attribute_name_check(attribute):
dev,attr = a.rsplit('/',1)
all_devs = fandango.get_all_devices()
if dev not in all_devs:
return False #Device does not exist
elif not fandango.check_device(dev):
return True #If we can't check the attribute we assume that exists.
elif attr.lower() in map(str.lower,PyTango.DeviceProxy(dev).get_attribute_list()):
return True
else:
return False
def get_servers_status(regexp='*', exclude=['bpms', 'test', 'sr_vc_']):
servers = fandango.Astor()
servers.load_by_name('PyAlarm/*%s*' % regexp)
servers.load_by_name('Panic*/*%s*' % regexp)
print('%d servers loaded' % len(servers))
states = servers.states()
[states.pop(k) for k in states.keys() if any(e in k for e in exclude)]
exported = fandango.get_all_devices(exported=True)
exported = [s for s in states if 'dserver/' + s in exported]
zombies = sorted(d for d, s in states.items()
if d in exported and s is None)
off = sorted(d for d, s in states.items()
if d not in zombies and s is None)
on = sorted(s for s in states if states[s] is not None)
print('\n')
for s in off:
print('%s : %s : OFF' % (servers[s].host, s))
for s in zombies:
print('%s : %s : ZOMBIE!' % (servers[s].host, s))
print('\n')
failed = []
for s in on:
for d in sorted(servers[s].get_device_list()):
if not fandango.matchCl('(sys|dserver)/*', d):
ss = fandango.check_device(d)
p = fandango.tango.get_device_property(d, 'pollingperiod')
if not p: print('%s has no polling defined' % d)
elif float(p) > 1000:
print('%s has a wrong polling! %s' % (d, p))
if str(ss) not in ('ALARM', 'ON'):
failed.append(s)
print('%s : %s : %s : %s' %
(servers[s].host, s, d, str(ss)))
print('\n%d servers have failed devices' % len(failed))
restart = sorted(set(d for l in (off, zombies, failed) for d in l))
print('%d servers should be restarted' % len(restart))
print('')
return {
'off': off,
'on': on,
'zombies': zombies,
'failed': failed,
'restart': restart
}
def updateStates(self):
try:
self.debug('On VaccaTree.updateStates()')
if not hasattr(self, '_statecount'): self._statecount = 0
if not self._statecount:
self._nodes2update = self.tree.getAllNodes().keys()
self._allexported = fandango.get_all_devices(exported=True)
if len(self._nodes2update) > 32:
if getattr(self, '_coloured', True):
self._coloured = False
whites = dict((k, 'CLOSE') for k in self._nodes2update)
self.tree.setIcons(whites, regexps=False)
self.warning('too many tree nodes (%s) to update!' %
(len(self._nodes2update)))
else:
pass #Not trivial
else:
t0, dct = time.time(), {}
while time.time() < t0 + 2e-3:
if self._statecount >= len(self._nodes2update):
self._statecount = 0
k = self._nodes2update[self._statecount]
self._statecount += 1 #< must be here
try:
if k.count('/') == k.count(':') + 2:
x = k in self._allexported
self.debug('On VaccaTree.updateStates(%s,%s,%s)' %
(self._statecount, k, x))
if not x:
self.debug('\t%s not exported!' % k)
dct[k] = 'UNKNOWN'
else:
dct[k] = str(
taurus.Attribute(k +
'/State').read().value)
except:
self.info('updateStates(%s) failed!: %s' %
(k, traceback.format_exc()))
if dct:
self.tree.setIcons(dct, regexps=False)
except:
self.warning('On VaccaTree.updateStates(): %s' %
traceback.format_exc())
#A method that does transformation on signals sent to other widgets.
JDRAW_HOOK = None #lambda s: apply_transform(get_coordinates(s))
# Enable multiple selection of objects in Synoptic
#from taurus.qt.qtgui.graphic import TaurusGraphicsScene
#TaurusGraphicsScene.ANY_ATTRIBUTE_SELECTS_DEVICE = True
###############################################################################
# Setup of the tree
#Domain/Target used to generate grids/trees ; domain may be regexp, target should not
DOMAIN = '*test*'
TARGET = DOMAIN
USE_DEVICE_TREE = True
#Devices not in JDraw or regular expression to be added to the tree
DEVICES = [d for d in get_all_devices() if not matchCl('^(tango|dserver)/*',d)]#map(bool,set(['%s/VC/ALL'%TARGET,'%s/CT/ALARMS'%TARGET,DEVICE,COMPOSER]))
EXTRA_DEVICES = []
#Custom tree branches are built using nested dictionaries and regular expressions (if empty a jive-like tree is built).
CUSTOM_TREE = {}
# {'CT':'BL*(CT|ALARMS|PLC)$',
# 'FE':'FE*/VC/*',
# 'Valves': {'.OH':'*OH/PNV*',
# 'EH01':'*EH01/PNV*',},
# 'BAKEOUTS':'BL*(BAKE|BK)*',}
###############################################################################
# Device Panel setup
#PyStateComposer to get Vacuum Profile curves
def create_simulators(filein,
instance='',
path='',
domains={},
server='',
tango_host='',
filters='',
override=True):
#domains = {'wr/rf':'test/rf'}
path = path or os.path.abspath(os.path.dirname(filein)) + '/'
print('create_simulators:' + str(
(filein, instance, path, domains, tango_host)))
files = fd.listdir(path)
if not any(f.endswith('_attributes.txt') for f in files):
q = raw_input('Property files do not exist yet,\n'
'Do you want to generate them? (y/n)')
if q.lower().startswith('y'):
cur = os.path.abspath(os.curdir)
os.chdir(path)
generate_class_properties(filein)
os.chdir(cur)
## CHECK IS MANDATORY, YOU SHOULD EXPORT AND SIMULATE IN DIFFERENT HOSTS
assert tango_host and tango_host in str(fd.tango.get_tango_host()),\
'Tango Host (%s!=%s) does not match!'%(tango_host,fd.tango.get_tango_host())
devs, org = {}, pickle.load(
open(filein if '/' in filein else path + filein))
done = []
all_devs = fd.get_all_devices()
print('>' * 80)
if not filters:
print('%d devices in %s: %s' % (len(org), filein, sorted(org.keys())))
filters = raw_input('Enter a filter for device names: [*/*/*]').lower()
for d, t in org.items():
k = ('/'.join(
d.split('/')[-3:])).lower() #Removing tango host from the name
for a, b in domains.items():
if k.startswith(a): k = k.replace(a, b)
if not filters or fd.matchCl(filters, d) or fd.matchCl(
filters, org[d].dev_class):
devs[k] = t
if override is not False:
dds = [
d for d in devs
if ('/'.join(d.split('/')[-3:])).lower() in all_devs
]
if dds:
print('%d devices already exist: %s' % (len(dds), sorted(dds)))
override = raw_input(
'Do you want to override existing properties? (y/n)').lower(
).startswith('y')
else:
override = False
if not instance:
instance = raw_input(
'Enter your instance name for the simulated server (use "instance-" to use multiple instances):'
)
elif '/' in instance:
server, instance = instance.split('/')
keepclass = 'y' in raw_input('Keep original Class names?').lower()
if keepclass:
server = 'SimulatorDS'
elif not server:
server = raw_input(
'Enter your server name (SimulatorDS/DynamicDS): [SimulatorDS]') \
or 'SimulatorDS'
print('>' * 80)
for d, t in sorted(devs.items()):
t.dev_class = t.dev_class or d.split('/')[-1]
if t.dev_class == 'PyStateComposer':
klass = t.dev_class
elif keepclass:
klass = t.dev_class + '_sim'
else:
klass = 'SimulatorDS'
instance_temp = '%s%s' % (instance,
t.dev_class) if '-' in instance else instance
print('%s/%s:%s , "%s" => %s ' %
(server, instance_temp, d, t.dev_class, klass))
its_new = ('/'.join(('dserver', server, instance_temp))
).lower() not in all_devs or d.lower() not in all_devs
if its_new or override:
print('writing ... %s(%s)' % (type(t), d))
fd.tango.add_new_device('%s/%s' % (server, instance_temp), klass,
d)
for p, v in t.props.items():
if not p.startswith(
'__'
): #p not in ('DynamicCommands','DynamicStates','LoadFromFile','DevicesList') and
fd.tango.put_device_property(d, p, v)
#Overriding Dynamic* properties
try:
fd.tango.put_device_property(
d, 'LoadFromFile',
path + '%s_attributes.txt' % t.dev_class)
fd.tango.put_device_property(
d, 'DynamicAttributes',
filter(
bool,
map(
str.strip,
open(path + '%s_attributes.txt' %
t.dev_class).readlines())))
fd.tango.put_device_property(
d, 'DynamicCommands',
filter(
bool,
map(
str.strip,
open(path + '%s_commands.txt' %
t.dev_class).readlines())))
fd.tango.put_device_property(
d, 'DynamicStates',
filter(
bool,
map(
str.strip,
open(path +
'%s_states.txt' % t.dev_class).readlines())))
except:
print('Unable to configure %s(%s) properties ' %
(d, t.dev_class))
#traceback.print_exc()
fd.tango.put_device_property(d, 'OFFSET', random.randint(0, len(devs)))
done.append(d)
exported = fd.get_all_devices(exported=True)
update = [d for d in done if d in exported]
print('Updating %d Devices ...' % len(update))
for d in update:
if fd.check_device(d):
print('Updating %s ...' % d)
try:
fd.get_device(d).updateDynamicAttributes()
except Exception, e:
print(e)
else:
print('%s failed!' % d)
time.sleep(.2)
JDRAW_HOOK = None #lambda s: apply_transform(get_coordinates(s))
# Enable multiple selection of objects in Synoptic
#from taurus.qt.qtgui.graphic import TaurusGraphicsScene
#TaurusGraphicsScene.ANY_ATTRIBUTE_SELECTS_DEVICE = True
###############################################################################
# Setup of the tree
#Domain/Target used to generate grids/trees ; domain may be regexp, target should not
DOMAIN = '*test*'
TARGET = DOMAIN
USE_DEVICE_TREE = True
#Devices not in JDraw or regular expression to be added to the tree
DEVICES = [
d for d in get_all_devices() if not matchCl('^(tango|dserver)/*', d)
] #map(bool,set(['%s/VC/ALL'%TARGET,'%s/CT/ALARMS'%TARGET,DEVICE,COMPOSER]))
EXTRA_DEVICES = []
#Custom tree branches are built using nested dictionaries and regular expressions (if empty a jive-like tree is built).
CUSTOM_TREE = {}
# {'CT':'BL*(CT|ALARMS|PLC)$',
# 'FE':'FE*/VC/*',
# 'Valves': {'.OH':'*OH/PNV*',
# 'EH01':'*EH01/PNV*',},
# 'BAKEOUTS':'BL*(BAKE|BK)*',}
###############################################################################
# Device Panel setup
def create_simulators(filein,
instance='',
path='',
domains={},
tango_host='controls02',
filters='',
override=True): #domains = {'wr/rf':'test/rf'}
path = path or os.path.abspath(os.path.dirname(filein)) + '/'
print('create_simulators:' + str(
(filein, instance, path, domains, tango_host)))
## THIS CHECK IS MANDATORY, YOU SHOULD EXPORT AND THEN LAUNCH IN DIFFERENT CALLS
assert tango_host in str(
fandango.tango.get_tango_host()), 'Use Controls02 for tests!!!'
devs, org = {}, pickle.load(
open(filein if '/' in filein else path + filein))
done = []
all_devs = fandango.get_all_devices()
print('>' * 80)
if not filters:
print('%d devices in %s: %s' % (len(org), filein, sorted(org.keys())))
filters = raw_input('Do you want to filter devices? [*/*/*]').lower()
for d, t in org.items():
k = ('/'.join(
d.split('/')[-3:])).lower() #Removing tango host from the name
for a, b in domains.items():
if k.startswith(a): k = k.replace(a, b)
if not filters or fandango.matchCl(filters, d) or fandango.matchCl(
filters, org[d].dev_class):
devs[k] = t
if override is not False:
dds = [
d for d in devs
if ('/'.join(d.split('/')[-3:])).lower() in all_devs
]
if dds:
print('%d devices already exist: %s' % (len(dds), sorted(dds)))
override = raw_input('Do you want to override existing properties?'
).lower().startswith('y')
else:
override = False
if not instance:
instance = raw_input(
'Enter your instance name for the simulated DynamicServer (use "instance-" to use multiple instances):'
)
print('>' * 80)
for d, t in sorted(devs.items()):
t.dev_class = t.dev_class or d.split('/')[-1]
klass = 'PyStateComposer' if t.dev_class == 'PyStateComposer' else 'SimulatorDS'
server = 'DynamicDS'
instance_temp = '%s%s' % (instance,
t.dev_class) if '-' in instance else instance
print('%s/%s:%s , "%s" => %s ' %
(server, instance_temp, d, t.dev_class, klass))
its_new = ('/'.join(('dserver', server, instance_temp))
).lower() not in all_devs or d.lower() not in all_devs
if its_new or override:
print('writing ... %s(%s)' % (type(t), d))
fandango.tango.add_new_device('%s/%s' % (server, instance_temp),
klass, d)
for p, v in t.props.items():
if not p.startswith(
'__'
): #p not in ('DynamicCommands','DynamicStates','LoadFromFile','DevicesList') and
fandango.tango.put_device_property(d, p, v)
#Overriding Dynamic* properties
try:
fandango.tango.put_device_property(
d, 'LoadFromFile',
path + '%s_attributes.txt' % t.dev_class)
fandango.tango.put_device_property(
d, 'DynamicAttributes',
filter(
bool,
map(
str.strip,
open(path + '%s_attributes.txt' %
t.dev_class).readlines())))
fandango.tango.put_device_property(
d, 'DynamicCommands',
filter(
bool,
map(
str.strip,
open(path + '%s_commands.txt' %
t.dev_class).readlines())))
fandango.tango.put_device_property(
d, 'DynamicStates',
filter(
bool,
map(
str.strip,
open(path +
'%s_states.txt' % t.dev_class).readlines())))
except:
print('Unable to configure %s(%s) properties ' %
(d, t.dev_class))
#traceback.print_exc()
fandango.tango.put_device_property(d, 'OFFSET',
random.randint(0, len(devs)))
done.append(d)
exported = fandango.get_all_devices(exported=True)
update = [d for d in done if d in exported]
print('Updating %d Devices ...' % len(update))
for d in update:
if fandango.check_device(d):
print('Updating %s ...' % d)
try:
fandango.get_device(d).updateDynamicAttributes()
except Exception, e:
print(e)
else:
print('%s failed!' % d)
time.sleep(.2)
