def ISNewSwitch (self, dev, name, states, names, n):
if (dev != self.name):
return False
self.logger.info("ISNewSwitch " + dev + " property " + name)
# Always fetch data from C++ world
svp=self.getSwitch(name)
if not svp:
return False
cstates=PyIndiDriver.new_ISStateArray(n)
for i in range(len(states)):
self.logger.info(' '+names[i] + ' = ' + str(states[i]))
PyIndiDriver.ISStateArray_setitem(cstates, i, states[i])
if name == 'ON_TIME_FACTOR':
svp.s=PyIndi.IPS_OK
PyIndiDriver.IUUpdateSwitch(svp,cstates,names,n)
# Update client display
PyIndiDriver.IDSetSwitch(svp,None)
#saveConfig();
if svp[0].s==PyIndi.ISS_ON:
PyIndiDriver.IDLog("CCDSim:: Time Factor 1\n")
self.timefactor=1.0
if svp[1].s==PyIndi.ISS_ON:
PyIndiDriver.IDLog("CCDSim:: Time Factor 0.1\n")
self.timefactor=0.1
if svp[2].s==PyIndi.ISS_ON:
PyIndiDriver.IDLog("CCDSim:: Time Factor 0.01\n")
self.timefactor=0.01
return True
if super(CCDSimulator, self).ISNewSwitch(dev, name, cstates, names, n):
return True
return False
def ISNewSwitch(self, dev, name, states, names, n):
if (dev != self.name):
return False
self.logger.info("ISNewSwitch " + dev + " property " + name)
# Always fetch data from C++ world
svp = self.getSwitch(name)
if not svp:
return False
cstates = PyIndiDriver.new_ISStateArray(n)
for i in range(len(states)):
self.logger.info(' ' + names[i] + ' = ' + str(states[i]))
PyIndiDriver.ISStateArray_setitem(cstates, i, states[i])
if name == 'ON_TIME_FACTOR':
svp.s = PyIndi.IPS_OK
PyIndiDriver.IUUpdateSwitch(svp, cstates, names, n)
# Update client display
PyIndiDriver.IDSetSwitch(svp, None)
#saveConfig();
if svp[0].s == PyIndi.ISS_ON:
PyIndiDriver.IDLog("CCDSim:: Time Factor 1\n")
self.timefactor = 1.0
if svp[1].s == PyIndi.ISS_ON:
PyIndiDriver.IDLog("CCDSim:: Time Factor 0.1\n")
self.timefactor = 0.1
if svp[2].s == PyIndi.ISS_ON:
PyIndiDriver.IDLog("CCDSim:: Time Factor 0.01\n")
self.timefactor = 0.01
return True
if super(CCDSimulator, self).ISNewSwitch(dev, name, cstates, names, n):
return True
return False
def ISNewSwitch (self, dev, name, states, names, n):
self.logger.info("ISNewSwitch " + dev + " property " + name)
if (dev != self.name):
return False
# Build Clike array to call C++ method
# names is handled by swig (see %typemap(in) char *[])
cstates=PyIndiDriver.new_ISStateArray(n)
for i in range(len(states)):
self.logger.info(' '+names[i] + ' = ' + str(states[i]))
PyIndiDriver.ISStateArray_setitem(cstates, i, states[i])
if super(IndiDriver, self).ISNewSwitch(dev, name, cstates, names, n):
return True
svp=self.getSwitch(name)
lvp=self.getLight('Light Property')
if not svp:
return False
if not self.isConnected():
svp.s=PyIndi.IPS_ALERT
PyIndiDriver.IDSetSwitch(svp, "Cannot change property while device is disconnected.")
return False
if not lvp:
return False
if (name == "Menu"):
# Use the Clike array to call C methods
PyIndiDriver.IUUpdateSwitch(svp, cstates, names, n)
onSW=PyIndiDriver.IUFindOnSwitch(svp)
lightIndex=PyIndiDriver.IUFindOnSwitchIndex(svp)
if (lightIndex < 0 or lightIndex > lvp.nlp):
return False
if (onSW):
lightState=random.randint(0,3)
lvp[lightIndex].s=lightState # direct indexing of the vector, do not use lvp.lp
svp.s=PyIndi.IPS_OK
lvp.s=PyIndi.IPS_OK
PyIndiDriver.IDSetSwitch(svp, 'Setting to switch '+onSW.name+' is successful. Changing corresponding light property to '+strIPState(lvp[lightIndex].s))
PyIndiDriver.IDSetLight(lvp, None)
return True
PyIndiDriver.delete_ISStateArray(cstates)
return False
