def doTask():
cmd, trg = task.pop(0)
if cmd == 'recalc':
devices.update(trg)
else:
notify.error('task.doTask: Unknown command ' + str(cmd))
notify.info('task.doTask: ' + str(len(task)) + ' tasks left')
def setV(wire, value):
notify.debug('wire.setV setting ' + str(wire) + ' to ' + str(value))
if wire in bus.keys():
if type(value) == type([]):
V, S, out = bus[wire]
if len(value) > S:
notify.warn('wire.setV: ' + str(len(value)) + ' bit value ' +
str(value) +
'is to big and it will be truncaded to LSB [' +
str(S) + ' pin bus ' + str(wire) + ']')
value = value[-S:]
if value != V or GLOB.force_same_v_update:
#extend MSB to value
svalue = [0] * max(S - len(value), 0)
svalue.extend(value)
#write out
bus[wire] = svalue, S, out
#add task for updating connected devices
for dev in out:
task.addTask('recalc', dev)
else:
notify.info(
'wire.setV: New value is the same, no update. To ommit, set "force_same_v_update = True"'
)
else:
notify.error('wire.setV: value [' + str(value) + ' ' +
str(type(value)) + '] is not a list [bus ' +
str(wire) + ']')
else:
notify.error('wire.setV: Wrong wire name ' + str(wire))
def setBinary(wire, value):
if wire in bus.keys():
if type(value) == type(0):
busvalue = []
for bn in bin(value)[2:]:
if bn == '1':
busvalue.append(GLOB.digital_high)
else:
busvalue.append(GLOB.digital_low)
setV(wire, busvalue)
#if type(value) == type([]):
# setV(wire, value)
elif type(value) == type(''):
busvalue = []
for bn in value:
if bn == '1':
busvalue.append(GLOB.digital_high)
else:
busvalue.append(GLOB.digital_low)
else:
notify.error('wire.setBinary: value [' + str(value) + ' ' +
str(type(value)) +
'] is not an integer or a string [bus ' + str(wire) +
']')
else:
notify.error('wire.setBinary: Wrong wire name' + str(wire))
def readV(wire):
if wire in bus.keys():
out = []
v,_,_ = bus[wire]
out.extend(v)
return out
else:
notify.error('wire.readV: Wrong wire name '+str(wire))
def readV(wire):
if wire in bus.keys():
out = []
v, _, _ = bus[wire]
out.extend(v)
return out
else:
notify.error('wire.readV: Wrong wire name ' + str(wire))
def connect(wire, device):
if wire in bus.keys():
V, S, out = bus[wire]
out.add(device)
bus[wire] = V, S, out
task.addTask('recalc', device)
else:
notify.error('wire.connect: Wrong wire name ' + str(wire))
def connect(wire, device):
if wire in bus.keys():
V,S,out = bus[wire]
out.add(device)
bus[wire] = V,S,out
task.addTask('recalc', device)
else:
notify.error('wire.connect: Wrong wire name '+str(wire))
def addDevice(dname, dtype, inset, outset):
clear = True
typein, typeout = logic[dtype]['data']
if len(inset) != typein:
notify.error('devices.addDevice: Asked for ' + str(len(inset)) +
' inputs in inset, when ' + dtype + ' has only ' +
str(typein))
clear = False
if len(outset) != typeout:
notify.error('devices.addDevice: Asked for ' + str(len(outset)) +
' inputs in outset, when ' + dtype + ' has only ' +
str(typeout))
clear = False
if dname in devices.keys():
notify.error('devices.addDevice: Device ' + dtype + ' already exists')
clear = False
if clear:
devices[dname] = (dtype, inset, outset)
notify.info('Device ' + dname + ' of type ' + dtype + ' added')
if GLOB.autoconnect:
#connect mentioned input buses
wires = set()
for w, i in inset:
wires.add(w)
for w in wires:
wire.connect(w, dname)
else:
notify.error('Can\'t add device ' + dname + ' of type ' + dtype)
def readsettings(filename, Veridis):
try:
tasks = open(filename)
t=tasks.read().rstrip("}").split("\n")
tasks.close()
Aliases={}
def addAlias(fromToList):
Aliases[fromToList[0]] = fromToList[1]
t = [dict([[(Aliases[a] if a in Aliases else a) for a in list(value.split(":"))] for value in task.split(";")]) for task in "".join([val for val in [(addAlias(line.split(" ")[1:3]) if not line.find("Alias") else line) for line in t] if not val == None]).split("}")]
return t
except IOError as e:
error("Could not read %s, aborting." % (filename))
Veridis.running = False
return False
def giveReport(wire, full=True):
out = ''
if wire in bus.keys():
V,S,output = bus[wire]
if S==1:
out += wire+' ['+str(V[0])+' V] '+str(len(output))+' device(s) listen\n'
if S>1:
out += wire+' '+str(S)+' lines '+str(len(output))+' device(s) listen\n'
for i in range(len(V)):
out += ' '+str(i)+':['+str(V[i])+']\n'
if full:
out += ' listeners:\n'
for o in output:
out += ' '+o+'\n'
else:
out = 'Not a wire: '+str(wire)+'\n'
notify.error('wire.giveReport: Wrong wire name '+str(wire))
return out
def giveReport(wire, full=True):
out = ''
if wire in bus.keys():
V, S, output = bus[wire]
if S == 1:
out += wire + ' [' + str(V[0]) + ' V] ' + str(
len(output)) + ' device(s) listen\n'
if S > 1:
out += wire + ' ' + str(S) + ' lines ' + str(
len(output)) + ' device(s) listen\n'
for i in range(len(V)):
out += ' ' + str(i) + ':[' + str(V[i]) + ']\n'
if full:
out += ' listeners:\n'
for o in output:
out += ' ' + o + '\n'
else:
out = 'Not a wire: ' + str(wire) + '\n'
notify.error('wire.giveReport: Wrong wire name ' + str(wire))
return out
def setBinary(wire, value):
if wire in bus.keys():
if type(value) == type(0):
busvalue = []
for bn in bin(value)[2:]:
if bn=='1':
busvalue.append(GLOB.digital_high)
else:
busvalue.append(GLOB.digital_low)
setV(wire, busvalue)
#if type(value) == type([]):
# setV(wire, value)
elif type(value) == type(''):
busvalue = []
for bn in value:
if bn=='1':
busvalue.append(GLOB.digital_high)
else:
busvalue.append(GLOB.digital_low)
else:
notify.error('wire.setBinary: value ['+str(value)+' '+str(type(value))+'] is not an integer or a string [bus '+str(wire)+']')
else:
notify.error('wire.setBinary: Wrong wire name'+str(wire))
def setV(wire, value):
notify.debug('wire.setV setting '+str(wire)+' to '+str(value))
if wire in bus.keys():
if type(value) == type([]):
V,S,out = bus[wire]
if len(value) > S:
notify.warn('wire.setV: '+str(len(value))+' bit value '+str(value)+'is to big and it will be truncaded to LSB ['+str(S)+' pin bus '+str(wire)+']')
value = value[-S:]
if value != V or GLOB.force_same_v_update:
#extend MSB to value
svalue = [0]*max(S-len(value),0)
svalue.extend(value)
#write out
bus[wire] = svalue,S,out
#add task for updating connected devices
for dev in out:
task.addTask('recalc', dev)
else:
notify.info('wire.setV: New value is the same, no update. To ommit, set "force_same_v_update = True"')
else:
notify.error('wire.setV: value ['+str(value)+' '+str(type(value))+'] is not a list [bus '+str(wire)+']')
else:
notify.error('wire.setV: Wrong wire name '+str(wire))
def addDevice(dname, dtype, inset, outset):
clear = True
typein,typeout = logic[dtype]['data']
if len(inset)!=typein:
notify.error('devices.addDevice: Asked for '+str(len(inset))+' inputs in inset, when '+dtype+' has only '+str(typein))
clear = False
if len(outset)!=typeout:
notify.error('devices.addDevice: Asked for '+str(len(outset))+' inputs in outset, when '+dtype+' has only '+str(typeout))
clear = False
if dname in devices.keys():
notify.error('devices.addDevice: Device '+dtype+' already exists')
clear = False
if clear:
devices[dname] = (dtype, inset, outset)
notify.info('Device '+dname+' of type '+dtype+' added')
if GLOB.autoconnect:
#connect mentioned input buses
wires = set()
for w,i in inset:
wires.add(w)
for w in wires:
wire.connect(w, dname)
else:
notify.error('Can\'t add device '+dname+' of type '+dtype)
Veridis.day=sorted(Veridis.day)
lst = []
"""
FUNCTION SUMMARY
0:00->day[0][0]
-> day[1][0]
-> day[2][0] etc..
lst=(lst.insert(0,(0,0)) if not(lst[0][0]==0) else lst)#Insert a 'phantom' task at the beginning so the later logic notices the 0->day[1] space, if there is no task starting at 0:00.
[(items[0][0]+items[0][1], items[1][0]) for items in zip(lst, (lst[1:] if (lst[-1][0]+lst[-1][1]==24*3600) else lst.append((24*3600,0))) if not(items[0][0]+items[0][1]>=items[1][0])]
"""
for i in range(len(Veridis.day)+1): #+1 to account for possible 0:00->task[0]
n=i-1
if n==len(Veridis.day)-1:
break
elif (n<0) and (not(Veridis.day[i][0]==0)):
lst.append((0, Veridis.day[i][0]))
elif (n<0):
pass
else:
start =Veridis.day[n][0]+Veridis.day[n][1]
lst.append((Veridis.day[n][0]+Veridis.day[n][1], Veridis.day[i][0]))
notify.error(str(lst)+ "\n|\n" + str(Veridis.day))
#for slot in Veridis.settings.day:
# for prioritytask in [x for x in Veridis.settings.tasks if "Priority" in x]:
while Veridis.running:
#Screen.refresh()
#update(Screen, Veridis)
react(Screen.getch(), Screen, Veridis)
elif temp <= _too_cold:
msgQueue.enqueue('Too cold, how did this happen?', level="ERROR")
elif temp >= _too_hot:
msgQueue.enqueue('Too hot, how did this happen?', level="ERROR")
else:
msgQueue.enqueue('Can''t tell if it''s hot or cold', level="ERROR")
msgQueue.close()
_actions = _actions + 1
time.sleep(int(config.SIMULATION_DELAY))
msg = hostname + ": Simulated " + str(config.SIMULATION_ACTIONS) + " actions and added them to the queue"
log.debug(msg)
notify.info(msg)
def getQueueType():
return os.environ['ACS_LOGGING_QUEUE_TYPE']
if __name__ == "__main__":
log = Log()
log.debug("Started to simulate logs")
try:
simulate()
except:
e = sys.exc_info()[0]
hostname = socket.gethostname()
log.error("Unable to simulate logging")
notify.error(hostname + ": ACS Logging simulation failed")
mailhandler.send(hostname + ": ACS Logging simulation failed", "Check logs on " + hostname + " for details")
else:
msgQueue.enqueue('ERROR - Can' 't tell if it' 's hot or cold')
msgQueue.close()
_actions = _actions + 1
time.sleep(int(config.SIMULATION_DELAY))
msg = hostname + ": Simulated " + str(
config.SIMULATION_ACTIONS) + " actions and added them to the queue"
log.debug(msg)
notify.info(msg)
def getQueueType():
return os.environ['ACS_LOGGING_QUEUE_TYPE']
if __name__ == "__main__":
log = Log()
log.debug("Started to simulate logs")
try:
simulate()
except:
e = sys.exc_info()[0]
hostname = socket.gethostname()
log.error("Unable to simulate logging", exc_info=True)
notify.error(hostname + ": ACS Logging simulation failed")
mailhandler.send(hostname + ": ACS Logging simulation failed",
"Check logs on " + hostname + " for details")