def getRecordingDetailsByIndex(index):
logDictionary = logHelper.getLogDictionary()
#data_string = ""
log = logDictionary["saved_logs"][int(index)]
name = unicodeHelper.getAscii(log["log_name"])
#data_string = "saved_log_details=" + name + "," + log["start_date"] + "," + log["duration"]
dataDict = {'name': name, 'start_date': log['start_date'], 'time': log['duration']}
return unicodeHelper.getAscii(str(dataDict))
def getRecordingDetailsByIndex(index):
logDictionary = logHelper.getLogDictionary()
#data_string = ""
log = logDictionary["saved_logs"][int(index)]
name = unicodeHelper.getAscii(log["log_name"])
#data_string = "saved_log_details=" + name + "," + log["start_date"] + "," + log["duration"]
dataDict = {
'name': name,
'start_date': log['start_date'],
'time': log['duration']
}
return unicodeHelper.getAscii(str(dataDict))
def isValidFilename(self, name):
isValid = True
name = unicodeHelper.getAscii(name).lower()
acceptableChars = ('abcdefghijklmnopqrstuvwxyz0123456789')
for char in name:
if char not in acceptableChars:
isValid = False
break
return isValid
def isValidFilename(self, name):
isValid = True
name = unicodeHelper.getAscii(name).lower()
acceptableChars = ('abcdefghijklmnopqrstuvwxyz0123456789')
for char in name:
if char not in acceptableChars:
isValid = False
break
return isValid
def getCurrentRecordingDetails():
currentLog = logHelper.getCurrentLog()
logList = []
name = ""
duration = ""
startTime = ""
if currentLog:
name = unicodeHelper.getAscii(currentLog["log_name"])
duration = getCurrentRecordingElapsedTime()
dataDict = {'name': name, 'time': str(duration)}
return str(dataDict)
def buildAndQueueReadingsMessage(self):
data_string = ""
temp_reading_num = 1
inputList = []
for inputNumber in configuration.Parameters.CurrentTempList:
inputDict = {}
name = configuration.InputList[inputNumber].Name
value = 0
value = CurrentIO.getInputState(name)
if value != None:
inputDict = {
'name': unicodeHelper.getAscii(name),
'value': value
}
inputList.append(inputDict)
temp_reading_num += 1
setPoint = str(configuration.Parameters.SetPoint)
outputState = CurrentIO.getOutputState('controlOutput')
stateString = ''
if outputState:
stateString = 'on'
else:
stateString = 'off'
cookString = str(recorder.getCurrentRecordingElapsedTime())
if CurrentIO.ShouldControl:
controlStyle = 'Auto'
else:
controlStyle = 'Manual'
dataDict = {
'secret': 'badass',
'target': 'periodic_update',
'value': {
'input': inputList,
'set_point': setPoint,
'cook_time': cookString,
'output_state': stateString,
'control_style': controlStyle
}
}
#simpleServer.send(dataDict)
self.sendQueue.put(str(dataDict))
reactor.callFromThread(self.dispatch)
def getCurrentRecordingDetails():
currentLog = logHelper.getCurrentLog()
logList = []
name = ""
duration = ""
startTime = ""
if currentLog:
name = unicodeHelper.getAscii(currentLog["log_name"])
duration = getCurrentRecordingElapsedTime()
dataDict = {'name': name, 'time': str(duration)}
return str(dataDict)
def buildAndQueueReadingsMessage(self):
data_string = ""
temp_reading_num = 1
inputList = []
for inputNumber in configuration.Parameters.CurrentTempList:
inputDict = {}
name = configuration.InputList[inputNumber].Name
value = 0
value = CurrentIO.getInputState(name)
if value != None:
inputDict = {
'name': unicodeHelper.getAscii(name),
'value': value
}
inputList.append(inputDict)
temp_reading_num += 1
setPoint = str(configuration.Parameters.SetPoint)
hysteresis = str(configuration.Parameters.Hysteresis)
outputState = CurrentIO.getOutputState('controlOutput')
stateString = ''
if outputState:
stateString = 'on'
else :
stateString = 'off'
cookString = "0h00m" #str(recorder.getCurrentRecordingElapsedTime()) #phant TODO
if CurrentIO.ShouldControl:
controlStyle = 'Auto'
else:
controlStyle = 'Manual'
dataDict = {
'secret':'badass',
'target':'periodic_update',
'value': {
'input':inputList,
'set_point': setPoint,
'cook_time': cookString,
'output_state': stateString,
'control_style': controlStyle,
'hysteresis': hysteresis
}
}
self.sock.send(str(dataDict))
def GetMenuData(self):
choiceList = []
probeNamesString = ""
for input in configuration.InputList:
choiceList.append(unicodeHelper.getAscii(input.Name))
'''
resultList.append("control_menu_input_names=" + probeNamesString)
resultList.append("control_menu_hysteresis=" + str(configuration.Parameters.Hysteresis))
resultList.append("control_menu_selected_input=" + str(configuration.InputList[configuration.Parameters.ControlInput].Name))
'''
dataDict = {'choices':choiceList, 'hysteresis':str(configuration.Parameters.Hysteresis), 'selected':str(configuration.InputList[configuration.Parameters.ControlInput].Name)}
return placeResponseInMessage(str(dataDict), 'control_menu')
def getDataset(log):
dataDict = {}
fs = filesystem.filesystem()
if fs.file_exists(log):
data = fs.read_from_file(log)
for index in range(len(data)):
data[index][2] = data[index][2].replace(" ", "T")
dataDict = {"title": unicodeHelper.getAscii(log), "graphData": data}
return str(dataDict)
def getDataset(log):
dataDict = {}
fs = filesystem.filesystem()
if fs.file_exists(log):
data = fs.read_from_file(log)
for index in range(len(data)):
data[index][2] = data[index][2].replace(" ", "T")
dataDict = {"title": unicodeHelper.getAscii(log), "graphData": data}
return str(dataDict)
def listAllRecordings():
logDictionary = logHelper.getLogDictionary()
logIndex = 0
dataList = []
for savedLog in logDictionary["saved_logs"]:
nameListString = savedLog["log_name"] + '_' + savedLog["start_date"] + '_' + str(logIndex)
nameListString = unicodeHelper.getAscii(nameListString)
dataDict = {'name': nameListString}
dataList.append(dataDict)
logIndex += 1
if len(dataList) == 0:
dataList.append('empty')
return str(dataList)
def listAllRecordings():
logDictionary = logHelper.getLogDictionary()
logIndex = 0
dataList = []
for savedLog in logDictionary["saved_logs"]:
nameListString = savedLog["log_name"] + '_' + savedLog[
"start_date"] + '_' + str(logIndex)
nameListString = unicodeHelper.getAscii(nameListString)
dataDict = {'name': nameListString}
dataList.append(dataDict)
logIndex += 1
if len(dataList) == 0:
dataList.append('empty')
return str(dataList)
def GetMenuData(self):
choiceList = []
probeNamesString = ""
for input in configuration.InputList:
choiceList.append(unicodeHelper.getAscii(input.Name))
'''
resultList.append("control_menu_input_names=" + probeNamesString)
resultList.append("control_menu_hysteresis=" + str(configuration.Parameters.Hysteresis))
resultList.append("control_menu_selected_input=" + str(configuration.InputList[configuration.Parameters.ControlInput].Name))
'''
dataDict = {
'choices':
choiceList,
'hysteresis':
str(configuration.Parameters.Hysteresis),
'selected':
str(configuration.InputList[
configuration.Parameters.ControlInput].Name)
}
return placeResponseInMessage(str(dataDict), 'control_menu')
def updateGUI():
fan_control = ''
hysteresis = configuration.Parameters.Hysteresis
setPoint = configuration.Parameters.SetPoint
goal_temp = configuration.Parameters.MeatTemperatureGoal
if CurrentIO.ShouldControl:
fan_control = 'auto'
else:
if CurrentIO.getOutputState('controlOutput'):
fan_control = 'on'
else:
fan_control = 'off'
temp_units = configuration.Parameters.Units;
controlInput = configuration.Parameters.ControlInput
controlInputName = configuration.InputList[controlInput].Name
currentTempList = configuration.Parameters.CurrentTempList
currentTempName1 = str(configuration.InputList[currentTempList[0]].Name)
currentTempName2 = str(configuration.InputList[currentTempList[1]].Name)
dataListDict = {
'secret': 'badass',
'target': 'initial_update',
'value': {
'set_point_input_name':str(controlInputName),
'set_point_value':setPoint,
'current_temp_1_name':currentTempName1,
'current_temp_2_name':currentTempName2,
'fan_control':fan_control,
'hysteresis':hysteresis,
'meat_temperature_goal': goal_temp,
'temperature_units': unicodeHelper.getAscii(temp_units)
}
}
return str(dataListDict)
def getAllReadingsFromCurrentRecording(readingType): currentLog = logHelper.getCurrentLog() dbName = currentLog["log_name"] + currentLog["start_date"] dbName = unicodeHelper.getAscii(dbName) return db.readSavedDatabaseValues(dbName, readingType)
def getAllReadingsFromCurrentRecording(readingType):
currentLog = logHelper.getCurrentLog()
dbName = currentLog["log_name"] + currentLog["start_date"]
dbName = unicodeHelper.getAscii(dbName)
return db.readSavedDatabaseValues(dbName, readingType)