def autoCollapseConditions (self, valuesDict):
try:
currentBlock = int(valuesDict["currentCondition"])
# Run through all conditions, if any other than the current is checked then update
for i in range (1, self.maxConditions + 1):
if eps.valueValid (valuesDict, "expandConditions" + str(i)):
if valuesDict["expandConditions" + str(i)] and i != currentBlock:
currentBlock = i
break
# Now collapse all but the current block
for i in range (1, self.maxConditions + 1):
if eps.valueValid (valuesDict, "expandConditions" + str(i)):
if i != currentBlock: valuesDict["expandConditions" + str(i)] = False
# Hide/show fields for all unexpanded/expanded conditions
for i in range (1, self.maxConditions + 1):
if eps.valueValid (valuesDict, "expandConditions" + str(i)):
valuesDict = self.setUIValueVisibility (valuesDict, i) # also hide options
# Save the current block
self.debugLog ("Current condition block set to %i" % currentBlock)
valuesDict["currentCondition"] = str(currentBlock)
except Exception as e:
eps.printException(e)
return valuesDict
def conditionsPass (self, dev):
try:
isTrue = 0
isFalse = 0
if eps.valueValid (dev.pluginProps, "conditions", True) == False: return False
condition = dev.pluginProps["conditions"]
self.debugLog ("\tCondition is set to %s, testing condition(s)" % condition)
if condition == "none": return True
for i in range (0, self.maxConditions + 1):
if eps.valueValid (dev.pluginProps, "condition" + str(i), True) == False: continue # no condition for this index
if dev.pluginProps["condition" + str(i)] == "disabled": continue # this condition is disabled
val = [0,0] # Failsafe
if dev.pluginProps["evaluation" + str(i)] == "between" or dev.pluginProps["evaluation" + str(i)] == "notbetween": val = self.conditionBetween (dev, i)
if dev.pluginProps["evaluation" + str(i)] == "equal" or dev.pluginProps["evaluation" + str(i)] == "notequal": val = self.conditionEquals (dev, i)
if dev.pluginProps["evaluation" + str(i)] == "greater": val = self.conditionGreater (dev, i)
if dev.pluginProps["evaluation" + str(i)] == "less": val = self.conditionLess (dev, i)
if dev.pluginProps["evaluation" + str(i)] == "contains" or dev.pluginProps["evaluation" + str(i)] == "notcontains": val = self.conditionContain (dev, i)
isTrue = isTrue + val[0]
isFalse = isFalse + val[1]
if condition == "alltrue" and isFalse <> 0: return False
if condition == "anytrue" and isTrue == 0: return False
if condition == "allfalse" and isTrue <> 0: return False
if condition == "anyfalse" and isFalse == 0: return False
except Exception as e:
eps.printException(e)
return False
def getDevStateDateTime (self, dev, devEx, index):
d = indigo.server.getTime()
try:
if eps.valueValid (devEx.states, dev.pluginProps["state" + str(index)]) and eps.valueValid (dev.pluginProps, "dtFormat" + str(index), True):
compareString = unicode(devEx.states[dev.pluginProps["state" + str(index)]])
self.debugLog ("\tConverting state '%s' date of '%s' using format '%s'" % (dev.pluginProps["state" + str(index)], compareString, dev.pluginProps["dtFormat" + str(index)]))
d = datetime.datetime.strptime (compareString, dev.pluginProps["dtFormat" + str(index)])
except Exception as e:
eps.printException(e)
return d
def getVarDateTime (self, dev, index):
d = indigo.server.getTime()
try:
if eps.valueValid (dev.pluginProps, "variable" + str(index), True) and eps.valueValid (dev.pluginProps, "dtFormat" + str(index), True):
compareString = indigo.variables[int(dev.pluginProps["variable" + str(index)])].value
self.debugLog ("\tConverting variable '%s' date of '%s' using format '%s'" % (indigo.variables[int(dev.pluginProps["variable" + str(index)])].name, compareString, dev.pluginProps["dtFormat" + str(index)]))
d = datetime.datetime.strptime (compareString, dev.pluginProps["dtFormat" + str(index)])
except Exception as e:
eps.printException(e)
return d
def collapseAllConditions (self, dev):
try:
props = dev.pluginProps
# See if this is a brand new device and if it is then set defaults
if eps.valueValid (dev.pluginProps, "isNewDevice"):
if dev.pluginProps["isNewDevice"]:
#indigo.server.log("%s added, enabling conditions. You can now re-open the device to use conditions" % dev.name)
props["conditions"] = "none"
props["isNewDevice"] = False
for i in range (1, self.maxConditions + 1):
props = self.setUIDefaults (props, "disabled", "onOffState")
dev.replacePluginPropsOnServer(props)
return # don't do anything else
# Set up collapse options
if eps.valueValid (dev.pluginProps, "expandConditions1"):
if props["expandConditions1"] == False:
props["expandConditions1"] = True
props["currentCondition"] = "1"
props["noneExpanded"] = False
# Check for multiple conditions to see if we need the padding
if props["conditions"] != "none":
for i in range (2, self.maxConditions + 1):
if eps.valueValid (dev.pluginProps, "expandConditions" + str(i)):
props["multiConditions"] = True # gives us extra padding on multiple conditions
break
props = self.setUIValueVisibility (props, 1)
else:
# If we don't have condition 1 then we don't have any
return
for i in range (2, self.maxConditions + 1):
if eps.valueValid (dev.pluginProps, "expandConditions" + str(i)):
if dev.pluginProps["expandConditions" + str(i)]:
props["expandConditions" + str(i)] = False
props = self.setUIDefaults (props, "disabled", "onOffState")
if props != dev.pluginProps:
self.debugLog ("Collapsing all conditions for %s" % dev.name)
dev.replacePluginPropsOnServer(props)
except Exception as e:
eps.printException(e)
return
def conditionBetween (self, dev, index):
ret = []
isTrue = 0
isFalse = 0
try:
#if dev.pluginProps["condition" + str(index)] == "timeonly" or dev.pluginProps["condition" + str(index)] == "devstatetimeonly" or dev.pluginProps["condition" + str(index)] == "vartimeonly": val = self.conditionsDateBetween (dev, index, True, False)
#if dev.pluginProps["condition" + str(index)] == "dateonly" or dev.pluginProps["condition" + str(index)] == "devstatedateonly" or dev.pluginProps["condition" + str(index)] == "vardateonly": val = self.conditionsDateBetween (dev, index, False, True)
#if dev.pluginProps["condition" + str(index)] == "datetime" or dev.pluginProps["condition" + str(index)] == "devstatedatetime" or dev.pluginProps["condition" + str(index)] == "vardatetime": val = self.conditionsDateBetween (dev, index, True, True)
#if dev.pluginProps["condition" + str(index)] == "dow" or dev.pluginProps["condition" + str(index)] == "devstatedow": val = self.conditionsDow (dev, index)
if dev.pluginProps["condition" + str(index)] == "datetime" or dev.pluginProps["condition" + str(index)] == "devstatedatetime" or dev.pluginProps["condition" + str(index)] == "vardatetime": val = self.conditionsDate (dev, index)
if dev.pluginProps["condition" + str(index)] == "device":
val = [0, 0] # Failsafe
devEx = indigo.devices[int(dev.pluginProps["device" + str(index)])]
if eps.valueValid (devEx.states, dev.pluginProps["state" + str(index)]):
compareString = unicode(devEx.states[dev.pluginProps["state" + str(index)]])
self.debugLog ("\tChecking if device state '%s' value of '%s' is between '%s' and '%s'" % (dev.pluginProps["state" + str(index)], compareString, dev.pluginProps["value" + str(index)], dev.pluginProps["endValue" + str(index)]))
if compareString.lower() >= dev.pluginProps["value" + str(index)].lower() and compareString.lower() <= dev.pluginProps["endValue" + str(index)].lower():
val[0] = 1
val[1] = 0
else:
val[0] = 0
val[1] = 1
if dev.pluginProps["condition" + str(index)] == "variable":
val = [0, 0] # Failsafe
var = indigo.variables[int(dev.pluginProps["variable" + str(index)])]
compareString = unicode(var.value)
self.debugLog ("\tChecking if variable '%s' value of '%s' is between '%s' and '%s'" % (var.name, compareString, dev.pluginProps["value" + str(index)], dev.pluginProps["endValue" + str(index)]))
if compareString.lower() >= dev.pluginProps["value" + str(index)].lower() and compareString.lower() <= dev.pluginProps["endValue" + str(index)].lower():
val[0] = 1
val[1] = 0
else:
val[0] = 0
val[1] = 1
if dev.pluginProps["evaluation" + str(index)] == "between":
isTrue = isTrue + val[0]
isFalse = isFalse + val[1]
else:
# It's the negative version so reverse the values
isTrue = isTrue + val[1]
isFalse = isFalse + val[0]
except Exception as e:
eps.printException(e)
isTrue = 0
isFalse = 0
ret.append(isTrue)
ret.append(isFalse)
return ret
def updateChangedLCD(devChild, stateChangedAry):
try:
for pluginDevId, stateProps in stateChangedAry.iteritems():
for s in stateProps["stateChanges"]:
if s in devChild.states:
devParent = indigo.devices[int(pluginDevId)]
# Make sure the state is valid - 1.13
if eps.valueValid(devChild.states, s) == False:
indigo.server.log(
"The watched state of '%s' on '%s' for LCD device '%s' is not a valid state and won't be converted"
% (s, devChild.name, devParent.name),
isError=True,
)
return
state = getStateDetails(devParent, s)
if state is None:
return # Added in 1.13 to handle invalid states
stateValue = devChild.states[s]
# Convert if required
if state[3]:
stateValue = convertStateValue(devParent, devChild, s, stateValue)
parent.debugLog("\t%s changed to %s" % (s, unicode(devChild.states[s])))
if state[0]:
# Convert a string to LCD
value = lcdlib.stringToLCD(stateValue, state[2], devParent.pluginProps["textspaces"])
parent.debugLog("\t%s LCD readout string value is %s" % (s, value))
lcdlib.stringToGraphics(devParent, state[1], value)
else:
# Converting from a number to LCD
padCharacter = "0"
if devParent.pluginProps["spaces"]:
padCharacter = " "
# If this is a set point on a thermostat (or setmodesetpoint on extended), make sure decimals are zero since we can't set fractional temperatures on a thermostat
if devParent.deviceTypeId == "epslcdth" and (
state[1] == "setpointHeat" or state[1] == "setpointCool" or state[1] == "setModeSetPoint"
):
parent.debugLog("\t\tForcing integer value for set points")
value = lcdlib.numberToLCD(stateValue, state[2], "round", padCharacter)
else:
value = lcdlib.numberToLCD(
stateValue, state[2], devParent.pluginProps["decimals"], padCharacter
)
parent.debugLog("\t%s LCD readout value is %s" % (s, value))
lcdlib.stringToGraphics(devParent, state[1], value)
except Exception as e:
eps.printException(e)
def getDataList(filter, valuesDict=None, typeId="", targetId=0):
myArray = [("default", "No compatible value items found")]
filter = str(filter)
#indigo.server.log("Looking for %s" % filter)
# i.e., "times"
# i.e., "xyz.dat"
# i.e., "xyz.dat:abc" - Find 'abc' in list
# i.e., "xyz.dat:#varname - Find value of field 'varname' in list
# i.e., "xyz.dat:#varname|abc - Find value of field 'varname' in list, if valuesDict is empty find "abc" instead
# i.e., "xyz.dat:#varname|* - Find value of field 'varname' in list, if valuesDict is empty return entire list with no filter instead
# i.e., "dayofmonth:#varname" - Return each day of the month for the varname value
try:
if filter == "": return myArray
retAry = []
# Create list of times for 24 hours every 15 minutes
if filter.lower() == "times":
for h in range (0, 24):
for minute in range (0, 4):
hour = h
hourEx = h
am = " AM"
if hour == 0:
hourEx = 12
elif hour == 12:
am = " PM"
elif hour > 12:
hourEx = hour - 12
am = " PM"
key = "%02d:%02d" % (hour, minute * 15)
value = "%02d:%02d %s" % (hourEx, minute * 15, am)
option = (key, value)
retAry.append(option)
return retAry
# Create list for months of the year - 1.0.5
if filter.lower() == "months":
monthAry = ["January", "February", "March", "April", "May", "June", "July", "August", "September", "October", "November", "December"]
monthnum = 1
for s in monthAry:
option = ("%02d" % monthnum, s)
retAry.append(option)
monthnum = monthnum + 1
return retAry
# Years (from 2010 to 2030)
if filter.lower() == "years":
startyear = 2010
for i in range (0, 21):
option = (str(startyear + i), str(startyear + i))
retAry.append(option)
return retAry
# Days of the week
if filter.lower() == "dow":
dayAry = ["Sunday", "Monday", "Tuesday", "Wednesday", "Thursday", "Friday", "Saturday"]
daynum = 0
for s in dayAry:
option = (daynum, s)
retAry.append(option)
daynum = daynum + 1
return retAry
# Days of the month (i.e., monthdays#month#year - 1.0.5
x = string.find (filter, 'monthdays')
if x > -1:
data = filter.split("#")
if len(data) == 1: # no options, return 31 days
for i in range (1, 32):
option = ("%02d" % i, i)
retAry.append(option)
return retAry
elif len(data) == 2 or len(data) == 3: # Month variable
if eps.valueValid(valuesDict, data[1], True) == False: return retAry # no data will cause an error
try:
month = int(valuesDict[data[1]])
except:
# Could be doing something like "any", return generic
for i in range (1, 32):
option = ("%02d" % i, i)
retAry.append(option)
return retAry
d = indigo.server.getTime()
year = int(d.strftime("%Y")) # assume this year
if len(data) == 2:
year = int(d.strftime("%Y"))
else:
if eps.valueValid (valuesDict, data[2], True):
year = valuesDict[data[2]]
if year == "current":
year = int(d.strftime("%Y"))
elif year == "last":
year = int(d.strftime("%Y")) - 1
elif year == "next":
year = int(d.strftime("%Y")) + 1
elif year == "any":
# base months on this year
year = int(d.strftime("%Y"))
else:
year = int(year)
m = calendar.monthrange(year, month)
for i in range (1, m[1] + 1):
option = ("%02d" % i, i)
retAry.append(option)
return retAry
# Return month strings with number values - 1.0.3
#if filter.lower() == "months":
# return _getMonths (filter, valuesDict)
# Take a month variable number and return days in that month - 1.0.3
if filter.lower() == "dayofmonth":
# Always return either the current month or a future month, never the past
z = string.find (filter, '#')
if z < 0:
# We didn't get a variable to use as the baseline, return 31 days generically
for i in range (1, 32):
option = (i, i)
retAry.append(option)
return retAry
else: # The month variable must be a number
data = filter.split("#")
month = int(data[1])
d = indigo.server.getTime()
year = int(d.strftime("%Y"))
if month < int(d.strftime("%-m")):
# It's in the past, use next year
m = calendar.monthrange(year + 1, month)
else:
# It's this year or this month
m = calendar.monthrange(year, month)
for i in range (1, m[1]):
option = (i, i)
retAry.append(option)
return retAry
# Read in a data file and use those options
x = string.find (filter, '.')
if x > -1:
filterEx = ""
y = string.find (filter, ':')
if y > -1:
# Filtering for term
data = filter.split(":")
filter = data[0]
filterEx = data[1]
if filterEx[0] == "#":
# Filter value is based on another field
field = filterEx[1:]
if field in valuesDict:
filterEx = valuesDict[field]
else:
z = string.find (field, '|')
if z > -1:
# There is a default search term (generally in case valuesDict is empty like when a device first loads config)
f = field.split("|")
if f[0] in valuesDict:
filterEx = valuesDict[f[0]]
else:
if f[1] == "*":
filterEx = "" # * means no filtering
else:
filterEx = f[1] # Literal search
else:
# Field doesn't have a condition and it's not in valuesDict
if field == "-nothing-":
filterEx = "-nothing-"
else:
filterEx = "---INVALID---"
return myArray
lines = open("eps/" + filter).read().split('\n')
for l in lines:
details = l.split("\t")
if len(details) == 2: # 2 option list (1 = value, 0 = display)
if filterEx == "":
option = (details[1], details[0])
retAry.append(option)
else:
# Special condition, if filterEx is -nothing- then we are looking for empty values
isnothing = False
if filterEx == "-nothing-":
filterEx = ""
isnothing = True
if details[0] == filterEx or details[1] == filterEx:
option = (details[1], details[0])
retAry.append(option)
if isnothing == True: filterEx = "-nothing-" # reset for next loop
else:
# 2 elements is a simple value/display lookup, more than that is follows the design of:
# 0 = Index number, 1 = Filter, 2 = Display, 3+ = Filter & data
if filterEx == "":
data = ""
for i in range (3, len(details)):
data += details[i] + "|"
data = details[0] + "|" + data[:-1] # add index and strip last delimiter
option = (data, details[2])
retAry.append(option)
else:
# Special condition, if filterEx is -nothing- then we are looking for empty values
isnothing = False
if filterEx == "-nothing-":
filterEx = ""
isnothing = True
# See if the main filter field matches, then check the data fields
filterMatch = False
data = ""
if details[1] == filterEx: filterMatch = True
for i in range (3, len(details)):
if details[i] == filterEx: filterMatch = True
if filterMatch:
for i in range (3, len(details)):
data += details[i] + "|"
data = details[0] + "|" + data[:-1] # add index and strip last delimiter
option = (data, details[2])
retAry.append(option)
if isnothing == True: filterEx = "-nothing-" # reset for next loop
return retAry
except Exception as e:
indigo.server.log("Error in ui.getDataList: %s" % str(e), isError=True)
return myArray
return myArray
def getIndigoOperations (self, filter, valuesDict=None, typeId="", targetId=0):
myArray = [("default", "No compatible Indigo or device operations found")]
filter = str(filter)
try:
if filter == "": return myArray
retAry = []
l = ""
for i in range (0, 25):
l += unicode("\xc4", "cp437")
line = ["-1|" + l]
capable = []
# If we are filtering for the target device get some info about it, otherwise use the filter passed
if filter[0] == "#":
if eps.valueValid (valuesDict, filter[1:], True):
targetId = int(valuesDict[filter[1:]])
filter = "targetId"
else:
filter = "none"
thisFilter = filter.lower()
if filter == "targetId":
thisFilter = "none"
dev = indigo.devices[int(targetId)]
#indigo.server.log(unicode(type(dev)))
#indigo.server.log(unicode(dev))
if dev.supportsStatusRequest: capable.append("status")
if unicode(type(dev)) == "<class 'indigo.DimmerDevice'>": capable.append("dimmer")
if unicode(type(dev)) == "<class 'indigo.RelayDevice'>": capable.append("relay")
if unicode(type(dev)) == "<class 'indigo.SprinklerDevice'>": capable.append("sprinkler")
# Relay device commands
lists = 0
if "status" in capable:
cmdList = ["fullstatus|Request Full Status Update"]
retAry = self.appendOptionList (retAry, cmdList)
retAry = self.appendOptionList (retAry, line)
cmdList = ["energyupdate|Request Energy Update", "energyusage|Request Energy Usage"]
retAry = self.appendOptionList (retAry, cmdList)
lists = lists + 1
if len(capable) > lists: retAry = self.appendOptionList (retAry, line)
if "relay" in capable:
cmdList = devactiondefs.INDIGO_RELAY
retAry = self.appendOptionList (retAry, cmdList)
lists = lists + 1
if len(capable) > lists: retAry = self.appendOptionList (retAry, line)
if "dimmer" in capable:
cmdList = devactiondefs.INDIGO_DIMMER
retAry = self.appendOptionList (retAry, cmdList)
lists = lists + 1
if len(capable) > lists: retAry = self.appendOptionList (retAry, line)
if "sprinkler" in capable:
cmdList = devactiondefs.INDIGO_SPRINKLER
retAry = self.appendOptionList (retAry, cmdList)
lists = lists + 1
if len(capable) > lists: retAry = self.appendOptionList (retAry, line)
if dev:
if dev.pluginId != "" or dev.deviceTypeId != "":
# Not a built-in Indigo device
actionAry = self.getCachedActions (dev)
if len(actionAry) > 0 and len(capable) > 0: retAry = self.appendOptionList (retAry, line) # Separate the specific commands
for s in actionAry:
retAry.append (s)
if len(retAry) > 0:
return retAry
else:
return myArray
except:
return myArray
def setUIDefaults (self, valuesDict, defaultCondition = "disabled", defaultState = "onOffState"):
try:
# Make sure times are defaulted
if eps.valueValid (valuesDict, "startTime1", True) == False:
self.debugLog ("Setting default values")
for i in range (1, self.maxConditions + 1):
if eps.valueValid (valuesDict, "condition" + str(i)): valuesDict["condition" + str(i)] = defaultCondition
if eps.valueValid (valuesDict, "evaluation" + str(i)): valuesDict["evaluation" + str(i)] = "equal"
if eps.valueValid (valuesDict, "state" + str(i)): valuesDict["state" + str(i)] = defaultState
if eps.valueValid (valuesDict, "startTime" + str(i)): valuesDict["startTime" + str(i)] = "08:00"
if eps.valueValid (valuesDict, "endTime" + str(i)): valuesDict["endTime" + str(i)] = "09:00"
if eps.valueValid (valuesDict, "startMonth" + str(i)): valuesDict["startMonth" + str(i)] = "01"
if eps.valueValid (valuesDict, "endMonth" + str(i)): valuesDict["endMonth" + str(i)] = "02"
if eps.valueValid (valuesDict, "startDay" + str(i)): valuesDict["startDay" + str(i)] = "01"
if eps.valueValid (valuesDict, "endDay" + str(i)): valuesDict["endDay" + str(i)] = "15"
if eps.valueValid (valuesDict, "startDow" + str(i)): valuesDict["startDow" + str(i)] = "0"
if eps.valueValid (valuesDict, "endDow" + str(i)): valuesDict["endDow" + str(i)] = "6"
if eps.valueValid (valuesDict, "startYear" + str(i)): valuesDict["startYear" + str(i)] = "any"
if eps.valueValid (valuesDict, "endYear" + str(i)): valuesDict["endYear" + str(i)] = "any"
valuesDict = self.autoCollapseConditions (valuesDict)
valuesDict = self.showPlaceholders (valuesDict)
# If everything is collapsed then show the full placeholder if conditions are enabled
if valuesDict["currentCondition"] == "0" and valuesDict["conditions"] != "none":
self.debugLog("Current block is 0, setting placeholder")
valuesDict["noneExpanded"] = True
else:
valuesDict["noneExpanded"] = False
#indigo.server.log("\n" + unicode(valuesDict))
return valuesDict
except Exception as e:
eps.printException(e)
return valuesDict
def conditionContain (self, dev, index):
ret = []
isTrue = 0
isFalse = 0
try:
compareString = ""
devEx = None
if dev.pluginProps["condition" + str(index)] == "device" or dev.pluginProps["condition" + str(index)] == "devstatedateonly" or dev.pluginProps["condition" + str(index)] == "devstatetimeonly" or dev.pluginProps["condition" + str(index)] == "devstatedatetime" or dev.pluginProps["condition" + str(index)] == "devstatedow":
devEx = indigo.devices[int(dev.pluginProps["device" + str(index)])]
if dev.pluginProps["condition" + str(index)] == "device":
if eps.valueValid (devEx.states, dev.pluginProps["state" + str(index)]):
compareString = unicode(devEx.states[dev.pluginProps["state" + str(index)]])
elif dev.pluginProps["condition" + str(index)] == "variable":
var = indigo.variables[int(dev.pluginProps["variable" + str(index)])]
compareString = unicode(var.value)
elif dev.pluginProps["condition" + str(index)] == "datetime" or dev.pluginProps["condition" + str(index)] == "devstatedatetime" or dev.pluginProps["condition" + str(index)] == "vardatetime":
d = indigo.server.getTime()
if dev.pluginProps["condition" + str(index)] == "devstatedatetime": d = self.getDevStateDateTime (dev, devEx, index)
if dev.pluginProps["condition" + str(index)] == "vardatetime": d = self.getVarDateTime (dev, index)
compareString = d.strftime ("%Y-%m-%d %H:%M:%S | %m %b %B | %A %w | %I | %p")
else:
indigo.server.log("Unknown condition %s in contains" % dev.pluginProps["condition" + str(index)], isError=True)
self.debugLog ("\tChecking if %s is in %s" % (dev.pluginProps["value" + str(index)], compareString))
compareValue = ""
if compareString != "": compareValue = compareString.lower()
findValue = ""
if dev.pluginProps["value" + str(index)] != "": findValue = str(dev.pluginProps["value" + str(index)]).lower()
if findValue != "":
foundAt = string.find (compareString, findValue)
if foundAt > -1:
isTrue = 1
else:
# It's the negative version so reverse the values
isFalse = 1
else:
if compareValue == "":
isTrue = 1
else:
isFalse = 1
except Exception as e:
eps.printException(e)
isTrue = 0
isFalse = 0
ret.append(isTrue)
ret.append(isFalse)
return ret
def validateDeviceConfigUi(self, valuesDict, typeId, devId):
self.debugLog ("Validating conditions on device")
errorDict = indigo.Dict()
msg = ""
for i in range (1, self.maxConditions + 1):
if eps.valueValid (valuesDict, "condition" + str(i), True):
if valuesDict["condition" + str(i)] == "device" or valuesDict["condition" + str(i)] == "devstatedatetime":
if valuesDict["state" + str(i)] == "":
errorDict["state" + str(i)] = "State is required"
msg += "Condition %i is missing required state. " % i
if valuesDict["condition" + str(i)] == "variable" or valuesDict["condition" + str(i)] == "vardatetime":
if valuesDict["variable" + str(i)] == "":
errorDict["variable" + str(i)] = "Variable is required"
msg += "Condition %i is missing required variable. " % i
if valuesDict["condition" + str(i)] == "datetime" or valuesDict["condition" + str(i)] == "devstatedatetime" or valuesDict["condition" + str(i)] == "vardatetime":
if valuesDict["startDay" + str(i)] == "first" or valuesDict["startDay" + str(i)] == "second" or valuesDict["startDay" + str(i)] == "third" or valuesDict["startDay" + str(i)] == "fourth" or valuesDict["startDay" + str(i)] == "last":
if valuesDict["startDow" + str(i)] == "any":
errorDict["startDow" + str(i)] = "Can't use 'any' when using calculations in the day field"
msg += "Condition %i is using '%s' as the start day but 'any' for the day of the week.\n\n" % (i, valuesDict["startDay" + str(i)])
if valuesDict["endDay" + str(i)] == "first" or valuesDict["endDay" + str(i)] == "second" or valuesDict["endDay" + str(i)] == "third" or valuesDict["endDay" + str(i)] == "fourth" or valuesDict["endDay" + str(i)] == "last":
if valuesDict["endDow" + str(i)] == "any":
errorDict["endDow" + str(i)] = "Can't use 'any' when using calculations in the end day field"
msg += "Condition %i is using '%s' as the end day but 'any' for the day of the week.\n\n" % (i, valuesDict["endDay" + str(i)])
if valuesDict["startYear" + str(i)] == "any" and valuesDict["startMonth" + str(i)] == "any" and valuesDict["startDay" + str(i)] == "any" and valuesDict["startDow" + str(i)] == "any" and valuesDict["startTime" + str(i)] == "any":
if valuesDict["evaluation" + str(i)] == "between" or valuesDict["evaluation" + str(i)] == "notbetween":
if valuesDict["endYear" + str(i)] == "any" and valuesDict["endMonth" + str(i)] == "any" and valuesDict["endDay" + str(i)] == "any" and valuesDict["endDow" + str(i)] == "any" and valuesDict["endTime" + str(i)] == "any":
errorDict["startYear" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startMonth" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startDay" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startDow" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startTime" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["endYear" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["endMonth" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["endDay" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["endDow" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["endTime" + str(i)] = "Catch-all defeats the purpose of a condition"
msg += "Condition %i is using 'any' for all fields, this defeats the purpose of having a condition! Try changing at least one to something else.\n\n" % (i)
else:
errorDict["startYear" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startMonth" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startDay" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startDow" + str(i)] = "Catch-all defeats the purpose of a condition"
errorDict["startTime" + str(i)] = "Catch-all defeats the purpose of a condition"
msg += "Condition %i is using 'any' for all fields, this defeats the purpose of having a condition! Try changing at least one to something else.\n\n" % (i)
fields = ["Year", "Month", "Day", "Dow", "Time"]
for s in fields:
if valuesDict["evaluation" + str(i)] == "between" or valuesDict["evaluation" + str(i)] == "notbetween":
if valuesDict["start" + s + str(i)] == "-1":
errorDict["start" + s + str(i)] = "You must select a value"
msg += "Condition %i field %s has an invalid value.\n\n" % (i, s)
if valuesDict["end" + s + str(i)] == "-1":
errorDict["end" + s + str(i)] = "You must select a value"
msg += "Condition %i field End %s has an invalid value.\n\n" % (i, s)
else:
if valuesDict["start" + s + str(i)] == "-1":
errorDict["start" + s + str(i)] = "You must select a value"
msg += "Condition %i field %s has an invalid value.\n\n" % (i, s)
if msg != "":
msg = "There are problems with your conditions:\n\n" + msg
errorDict["showAlertText"] = msg
return (False, valuesDict, errorDict)
return (True, valuesDict)
def updateDevice (devId, changedStates):
try:
dev = indigo.devices[devId] # Our device
if dev.pluginProps["chdevice"]:
devEx = indigo.devices[int(dev.pluginProps["device"])] # Device we are watching
if eps.valueValid (devEx.states, dev.pluginProps["states"]):
value = devEx.states[dev.pluginProps["states"]]
else:
# It's a property
if dev.pluginProps["states"] == "lastChanged": value = devEx.lastChanged
else:
devEx = ""
value = indigo.variables[int(dev.pluginProps["variable"])]
debugLog ("Processing changes on %s for value of '%s'" % (dev.name, unicode(value)))
# ALWAYS TRUE
if dev.pluginProps["action"] == "true":
debugLog ("\tConverting to 'Always true'")
setStates (dev, "true", "true", None, True)
# ALWAYS FALSE
if dev.pluginProps["action"] == "false":
debugLog ("\tConverting to 'Always false'")
dev.updateStateImageOnServer(indigo.kStateImageSel.None)
setStates (dev, "false", "false", None, False)
# VALUE TO BOOLEAN
if dev.pluginProps["action"] == "bool":
debugLog ("\tConverting value to boolean (bool)")
value = unicode(value).lower()
#if devEx.pluginProps["booleanstatetype"] == "float": value = float(value)
truevalue = unicode(dev.pluginProps["truewhen"]).lower()
falsevalue = unicode(dev.pluginProps["falsewhen"]).lower()
statevalue = False
if truevalue != "*else*":
if value == truevalue:
statevalue = True
else:
if falsevalue == "*else*": statevalue = False
if falsevalue != "*else*":
if value == falsevalue:
statevalue = False
else:
if truevalue == "*else*": statevalue = True
setStates (dev, unicode(statevalue).lower(), unicode(statevalue).lower(), None, statevalue)
# BOOLEAN TO STRING
if dev.pluginProps["action"] == "boolstr":
debugLog ("\tConverting boolean value to string (boolstr)")
value = unicode(value).lower()
truevalue = unicode(dev.pluginProps["truewhen"])
falsevalue = unicode(dev.pluginProps["falsewhen"])
statevalue = falsevalue
if value == "true": statevalue = truevalue
setStates (dev, unicode(statevalue), unicode(statevalue))
# STRING TO NUMBER
if dev.pluginProps["action"] == "strtonum":
debugLog ("\tConverting string to number (strtonum)")
value = unicode(value)
if eps.valueValid (dev.pluginProps, "trimstart", True):
if dev.pluginProps["trimstart"] != "0" and len(value) > int(dev.pluginProps["trimstart"]):
self.debugLog("\tRemoving %i characters from beginning of string" % int(dev.pluginProps["trimstart"]))
diff = int(dev.pluginProps["trimstart"])
value = value[diff:len(value)]
if eps.valueValid (dev.pluginProps, "trimend", True):
if dev.pluginProps["trimend"] != "0" and len(value) > int(dev.pluginProps["trimend"]):
self.debugLog("\tRemoving %i characters from end of string" % int(dev.pluginProps["trimend"]))
diff = int(dev.pluginProps["trimend"])
diff = diff * -1
value = value[:diff]
try:
dec = string.find (value, '.')
numtype = dev.pluginProps["numtype"]
if dec > -1 and numtype == "int":
indigo.server.log("Input value of %s on %s contains a decimal, forcing value to be a float. Change the preferences for this device to get rid of this error." % (value, devEx.name), isError=True)
numtype = "float"
if numtype == "int": value = int(value)
if numtype == "float": value = float(value)
setStates (dev, value, value)
except Exception as e:
eps.printException(e)
devEx.updateStateOnServer(key="statedisplay", value="Error", uiValue="Error")
return
except Exception as e:
eps.printException(e)
def getStateDetails(dev, value):
# Most of our device states should have digits, hidden or otherwise
d = 4
try:
if "digits" in dev.pluginProps:
d = int(dev.pluginProps["digits"])
# defAlarmClock = ["durationMinutes","startTime.ui","endTime.ui","timeUntilOn","timeUntilOff"] # 1.1.0 for EPS Alarm Clock
if dev.deviceTypeId == "epslcdalc": # 1.1.0
if value == "startTime.ui":
return [True, "startTime", d, False]
if value == "endTime.ui":
return [True, "endTime", d, False]
if value == "durationMinutes":
return [False, value, d, False]
parent.debugLog(u"Returning defaults for %s" % value)
return [True, value, 4, False] # The rest of the state names are a direct match
if dev.deviceTypeId == "epslcdsb":
devChild = indigo.devices[int(dev.pluginProps["device"])]
for i in range(1, 6):
if dev.pluginProps["state" + str(i)] != "":
if value == dev.pluginProps["state" + str(i)]:
if eps.valueValid(devChild.states, dev.pluginProps["state" + str(i)]) == False: # 1.13
indigo.server.log(
"State '%s' is not a valid state on '%s', '%s' is unable to convert this value"
% (dev.pluginProps["state" + str(i)], devChild.name, dev.name),
isError=True,
)
return [True, "state" + str(i) + "_", d, False]
if dev.pluginProps["type" + str(i)] == "auto":
stateValue = devChild.states[dev.pluginProps["state" + str(i)]]
if type(stateValue) is int or type(stateValue) is float or type(stateValue) is long:
parent.debugLog(u"\tDetermined state %s value is a number" % value)
return [False, "state" + str(i) + "_", d, False]
else:
parent.debugLog(
u"\tDetermined state %s value is a %s and will be treated like a string"
% (value, type(value))
)
return [True, "state" + str(i) + "_", d, False]
elif (
dev.pluginProps["type" + str(i)] == "sectommss"
or dev.pluginProps["type" + str(i)] == "sectohhmmss"
): # 1.1.1 - require a calculation
return [True, "state" + str(i) + "_", d, True]
else:
return [False, "state" + str(i) + "_", d, False]
if dev.deviceTypeId == "epslcdth":
# These will only be returned if there is an Extended Device, none of the other plugins return these states:
if value == "hightemp":
return [False, value, d, False]
if value == "lowtemp":
return [False, value, d, False]
if value == "highhumidity":
return [False, value, d, False]
if value == "lowhumidity":
return [False, value, d, False]
if value == "setModeSetPoint":
return [False, value, d, False]
return [False, value, 4, False] # All thermostat LCD's are numbers and all state names match
if dev.deviceTypeId == "epslcdwe": # Weather LCD
devChild = indigo.devices[int(dev.pluginProps["device"])]
# These will only be returned if there is an Extended Device, none of the other plugins return these states:
if value == "hightemp":
return [False, value, d, False]
if value == "lowtemp":
return [False, value, d, False]
if value == "highhumidity":
return [False, value, d, False]
if value == "lowhumidity":
return [False, value, d, False]
if devChild.pluginId == "com.fogbert.indigoplugin.wunderground": # Weather Underground plugin
if value == "relativeHumidity":
return [False, "humidity", d, False]
if value == "temp":
return [False, "temperature", d, False]
if value == "precip_1hr":
return [False, "hourrain", d, False]
if value == "precip_today":
return [False, "dayrain", d, False]
if value == "currentWeather":
return [True, "conditions", d, True]
if value == "foreDay1":
return [True, value, d, False]
if value == "foreDay2":
return [True, value, d, False]
if value == "foreDay3":
return [True, value, d, False]
if value == "foreDay4":
return [True, value, d, False]
if value == "historyHigh":
return [False, value, d, True]
if value == "historyLow":
return [False, value, d, True]
# 1.1.0 (for values where our state name don't match WUnderground)
if value == "windDIR":
return [True, "windDirection", d, False]
if value == "uv":
return [False, "solarRadiation", d, False]
# Everything else is "forXXX" and is matched in our state names
return [False, value, d, False]
elif devChild.pluginId == "com.perceptiveautomation.indigoplugin.weathersnoop": # Weathersnoop plugin
if value == "humidity":
return [False, value, d, False]
if value == "temperature_" + dev.pluginProps["temps"]:
return [False, "temperature", d, False]
if value == "dayRain_" + dev.pluginProps["measures"]:
return [False, "dayrain", d, False]
if value == "rainOneHour_" + dev.pluginProps["measures"]:
return [False, "hourrain", d, False]
if value == "weather":
return [True, "conditions", int(dev.pluginProps["conditions"]), True]
# 1.1.0 (for values where our state name don't match WeatherSnoop)
if value == "dewPoint" + dev.pluginProps["measures"]:
return [False, "dewpoint", d, False]
if value == "temperature_F.ui":
parent.debugLog(u"\t### %s being used only as a trigger for 'feelslike' ###" % value)
return [
False,
"feelslike",
d,
True,
] # Phony state update, we use this to calculate the feels like temperature
if value == "windChill" + dev.pluginProps["measures"]:
return [False, "windchill", d, False]
if value == "windDirection":
return [False, "windDegrees", d, False]
if value == "windDirection.ui":
return [True, "windDirection", d, True]
if value == "windSpeed_" + dev.pluginProps["speed"]:
return [False, "windSpeed", d, False]
if value == "windGust_" + dev.pluginProps["speed"]:
return [False, "windGust", d, False]
if value == "relativeBarometricPressure_" + dev.pluginProps["pressure"]:
return [False, "pressure", d, False]
return [False, value, d, False]
if dev.deviceTypeId == "epslcdws": # DEPRECIATED
if value == "humidity":
return [False, value, d, False]
if value == "temperature_" + dev.pluginProps["temps"]:
return [False, "temperature", d, False]
if value == "dayRain_" + dev.pluginProps["measures"]:
return [False, "dayrain", d, False]
if value == "rainOneHour_" + dev.pluginProps["measures"]:
return [False, "hourrain", d, False]
if value == "weather":
return [True, "conditions", int(dev.pluginProps["conditions"]), True]
if dev.deviceTypeId == "epslcdir":
if value == "activeZone":
return [False, "activezone", d, False]
if value == "activeZone.ui":
return [True, "activezonename", 20, False]
# These will only be returned if there is an Extended Device, none of the other plugins return these states:
if value == "zoneRunTimeRemaining":
return [True, value, d, False]
if value == "scheduleRunTimeRemaining":
return [True, value, d, False]
if value == "pauseTimeRemaining":
return [True, value, d, False]
indigo.server.log(
u"Should have gotten state details for %s but it is returning a default instead of %s"
% (dev.name, unicode(value)),
isError=True,
)
except Exception as e:
eps.printException(e)
return [True, value, d, False]
