def HandleScreen(self, newscr=True):
# stop any watching for device stream
config.toDaemon.put([])
print self.NormalOn
print self.NormalOff
checknodes = [
nm for nm in config.ISY.NodesByName
if ((nm in self.NormalOn) or (nm in self.NormalOff))
]
print checknodes
states = isy.get_real_time_status(
[config.ISY.NodesByName[x].address for x in checknodes])
print states
outspecnodes = []
for node in states:
nodename = config.ISY.NodesByAddr[node]
if ((nodename in self.NormalOn) and
(states[node] == 0)) or ((nodename in self.NormalOff) and
(states[node] <> 0)):
outspecnodes.append(node)
for node in outspecnodes:
print node, config.ISY.NodesByAddr[node].name, states[node]
self.PaintBase()
pygame.display.update()
while 1:
choice = config.DS.NewWaitPress(self)
if choice[0] == WAITEXIT:
return choice[1]
def HandleScreen(self, newscr=True): # stop any watching for device stream config.toDaemon.put([]) print self.NormalOn print self.NormalOff checknodes = [nm for nm in config.ISY.NodesByName if ((nm in self.NormalOn) or (nm in self.NormalOff))] print checknodes states = isy.get_real_time_status([config.ISY.NodesByName[x].address for x in checknodes]) print states outspecnodes = [] for node in states: nodename = config.ISY.NodesByAddr[node] if ((nodename in self.NormalOn) and (states[node] == 0)) or ( (nodename in self.NormalOff) and (states[node] <> 0)): outspecnodes.append(node) for node in outspecnodes: print node, config.ISY.NodesByAddr[node].name, states[node] self.PaintBase() pygame.display.update() while 1: choice = config.DS.NewWaitPress(self) if choice[0] == WAITEXIT: return choice[1]
def HandleScreen(self, newscr=True):
def BlinkKey(scr, key, cycle):
# thistime = finalstate if cycle % 2 <> 0 else not finalstate
key.State = not key.State
key.PaintKey()
if newscr:
# key screen change actually occurred
self.PaintBase()
self.subscriptionlist = {}
debugPrint('Main', "Switching to screen: ", self.name)
for K in self.keysbyord:
if K.MonitorObj is not None:
# skip program buttons
self.subscriptionlist[K.MonitorObj.address] = K
states = isy.get_real_time_status(self.subscriptionlist.keys())
for K in self.keysbyord:
if K.MonitorObj is not None:
K.State = not (states[K.MonitorObj.address] == 0) # K is off (false) only if state is 0
debugPrint('Main', "Active Subscription List will be:")
addressestoscanfor = ["Status"]
for i in self.subscriptionlist:
debugPrint('Main', " Subscribe: ", i, self.subscriptionlist[i].name, " : ",
self.subscriptionlist[i].RealObj.name, ' via ', self.subscriptionlist[i].MonitorObj.name)
addressestoscanfor.append(i)
config.toDaemon.put(addressestoscanfor)
self.PaintKeys()
else:
debugPrint('Main', "Skipping screen recreation: ", self.name)
blinkproc = None
blinktime = 0
blinks = 0
while 1:
choice = config.DS.NewWaitPress(self, callbackint=blinktime, callbackproc=blinkproc, callbackcount=blinks)
blinkproc = None
blinktime = 0
blinks = 0
if (choice[0] == WAITNORMALBUTTON) or (choice[0] == WAITNORMALBUTTONFAST):
# handle various keytype cases
K = self.keysbyord[choice[1]]
if K.type == "ONOFF":
K.State = not K.State
if K.RealObj is not None:
K.RealObj.SendCommand(K.State, choice[0] <> WAITNORMALBUTTON)
# config.Logs.Log("Sent command to " + K.RealObj.name)
else:
config.Logs.Log("Screen: " + self.name + " press unbound key: " + K.name, severity=logsupport.ConsoleWarning)
K.PaintKey()
elif K.type == "ONBLINKRUNTHEN":
# force double tap for programs for safety - too easy to accidentally single tap with touchscreen
if choice[0] == WAITNORMALBUTTONFAST:
K.RealObj.runThen()
blinkproc = functools.partial(BlinkKey, config.screen, K)
blinktime = .5
blinks = 8 # even number leaves final state of key same as initial state
K.PaintKey()
# leave K.State as is - key will return to off at end
elif K.type == "ONOFFRUN":
pass
elif choice[0] == WAITEXIT:
return choice[1]
elif choice[0] == WAITISYCHANGE:
K = self.subscriptionlist[choice[1][0]]
ActState = int(choice[1][1]) <> 0
if ActState <> K.State:
K.State = ActState
K.PaintKey()
def HandleScreen(self, newscr=True):
def BlinkKey(scr, key, cycle):
# thistime = finalstate if cycle % 2 <> 0 else not finalstate
key.State = not key.State
key.PaintKey()
if newscr:
# key screen change actually occurred
self.PaintBase()
self.subscriptionlist = {}
debugprint(config.dbgMain, "Switching to screen: ", self.name)
for K in self.keysbyord:
if K.MonitorObj is not None:
# skip program buttons
self.subscriptionlist[K.MonitorObj.address] = K
states = isy.get_real_time_status(self.subscriptionlist.keys())
for K in self.keysbyord:
if K.MonitorObj is not None:
K.State = not (states[K.MonitorObj.address] == 0
) # K is off (false) only if state is 0
debugprint(config.dbgMain, "Active Subscription List will be:")
addressestoscanfor = ["Status"]
for i in self.subscriptionlist:
debugprint(config.dbgMain, " Subscribe: ", i,
self.subscriptionlist[i].name, " : ",
self.subscriptionlist[i].RealObj.name, ' via ',
self.subscriptionlist[i].MonitorObj.name)
addressestoscanfor.append(i)
config.toDaemon.put(addressestoscanfor)
self.PaintKeys()
else:
debugprint(config.dbgMain, "Skipping screen recreation: ",
self.name)
blinkproc = None
blinktime = 0
blinks = 0
while 1:
choice = config.DS.NewWaitPress(self,
callbackint=blinktime,
callbackproc=blinkproc,
callbackcount=blinks)
blinkproc = None
blinktime = 0
blinks = 0
if (choice[0] == WAITNORMALBUTTON) or (choice[0]
== WAITNORMALBUTTONFAST):
# handle various keytype cases
K = self.keysbyord[choice[1]]
if K.type == "ONOFF":
K.State = not K.State
if K.RealObj is not None:
K.RealObj.SendCommand(K.State,
choice[0] <> WAITNORMALBUTTON)
# config.Logs.Log("Sent command to " + K.RealObj.name)
else:
config.Logs.Log("Screen: " + self.name +
" press unbound key: " + K.name,
severity=logsupport.ConsoleWarning)
K.PaintKey()
elif K.type == "ONBLINKRUNTHEN":
# force double tap for programs for safety - too easy to accidentally single tap with touchscreen
if choice[0] == WAITNORMALBUTTONFAST:
K.RealObj.runThen()
blinkproc = functools.partial(BlinkKey, config.screen,
K)
blinktime = .5
blinks = 8 # even number leaves final state of key same as initial state
K.PaintKey()
# leave K.State as is - key will return to off at end
elif K.type == "ONOFFRUN":
pass
elif choice[0] == WAITEXIT:
return choice[1]
elif choice[0] == WAITISYCHANGE:
K = self.subscriptionlist[choice[1][0]]
ActState = int(choice[1][1]) <> 0
if ActState <> K.State:
K.State = ActState
K.PaintKey()