def set_push_events(filein, period=3000, diff=1e-5):
print('set_push_events(%s,%s,%s)' % (filein, period, diff))
devs = fandango.get_matching_devices(filein)
if devs:
devs = dict(
(d,
fandango.Struct(
{'attrs': fandango.get_device(d).get_attribute_list()}))
for d in devs)
else:
devs = pickle.load(open(filein))
for d, t in sorted(devs.items()):
print('Setting events (%s,%s) for %s' % (period, diff, d))
dp = PyTango.DeviceProxy(d)
for a in t.attrs:
dp.poll_attribute(a, int(period))
if period > 0:
ac = dp.get_attribute_config(a)
cei = PyTango.ChangeEventInfo()
cei.rel_change = str(diff)
ac.events.ch_event = cei
try:
dp.set_attribute_config(ac)
except:
pass
print('done')
def set_push_events(filein, period=3000, diff=1e-5):
print('set_push_events(%s,%s,%s)' % (filein, period, diff))
devs = fd.get_matching_devices(filein)
for d in devs[:]:
if not check_device(d):
q = raw_input('Unable to configure events for %s, '
'do you wish to continue?' % d).lower()
if 'y' not in q: return
devs.remove(d)
if devs:
devs = dict(
(d, fd.Struct({'attrs': fd.get_device(d).get_attribute_list()}))
for d in devs)
else:
devs = pickle.load(open(filein))
for d, t in sorted(devs.items()):
print('Setting events (%s,%s) for %s' % (period, diff, d))
try:
dp = PyTango.DeviceProxy(d)
for a in t.attrs:
dp.poll_attribute(a, int(period))
if period > 0:
ac = dp.get_attribute_config(a)
cei = PyTango.ChangeEventInfo()
cei.rel_change = str(diff)
ac.events.ch_event = cei
try:
dp.set_attribute_config(ac)
except:
pass
except:
q = raw_input('Unable to configure events for %s, '
'do you wish to continue?' % d)
if 'y' not in q.lower():
break
print('done')
import imp, fandango
from vacca.utils import *
try:
from vaccagui.beamlines import *
except:
from beamlines import *
#The device that will be shown by default when loading the application
COMPOSER = DEVICE = fandango.get_matching_devices('BL00/VC/ALL')[0]
DEVICE = 'BL00/CT/ALARMS'
DOMAIN = BL = COMPOSER.split('/')[0]
URL_HELP = 'http://controls01/vacca/index.html'
print '>' * 20 + ' Loading config for beamline %s' % BL
#DEFINING THE DEVICES IN THE TREE
EXTRA_DEVICES = [
d for d in (fandango.get_matching_devices(
'(bl|fe)00*(pnv|eps|vfcs|ccg|tpg|mvc|pir|elotech|bestec|/hc-|/ip-|rga|ipct|vgct|bakeout|tsp|cry|fcv|fs-|otr|vc/all|alarm)*',
fullname=False))
if not any(s in d.lower()
for s in ('dserver', 'mbus', 'serial', 'ccd', 'iba'))
]
#DEFINING THE GAUGES IN THE TREND
GAUGES = [
'BL00/VC/VGCT-01/P1',
'BL00/VC/VGCT-01/P2',
'BL00/VC/VGCT-02/P1',
'BL00/VC/VGCT-02/P2',
'BL00/VC/TPG-01/P1',
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 = 'elinac*'
TARGET = DOMAIN
USE_DEVICE_TREE = True
#Devices not in JDraw or regular expression to be added to the tree
EXTRA_DEVICES = fandango.get_matching_devices(
'elin*'
) #map(bool,set(['%s/VC/ALL'%TARGET,'%s/CT/ALARMS'%TARGET,DEVICE,COMPOSER]))
#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
COMPOSER = '' #'%s/vc/all'%DOMAIN
self._pickedMarker.setLabel(Qwt5.QwtText(label))
self._pickedMarker.alignLabel()
self.replot()
else:
popup = Qt.QWidget(self, Qt.Qt.Popup)
popup.setLayout(Qt.QVBoxLayout())
popup.layout().addWidget(
Qt.QLabel(infotxt)
) #@todo: make the widget background semitransparent green!
popup.setWindowOpacity(self._pickedMarker.labelOpacity)
popup.show()
popup.move(self.pos().x() - popup.size().width(), self.pos().y())
popup.move(self.pos())
Qt.QTimer.singleShot(5000, popup.hide)
return picked, pickedCurveName, pickedIndex
import doc
__doc__ = doc.get_autodoc(__name__, vars())
if __name__ == '__main__':
import taurus.qt.qtgui.application
app = taurus.qt.qtgui.application.TaurusApplication()
cmps = fandango.get_matching_devices('*/vc/all')
tp = VaccaProfilePlot()
tp.setWindowTitle(cmps[0])
tp.setModel(cmps[0])
tp.show()
app.exec_()