def menu():
try:
while True:
option = input(
"\nLogger Config Menu: \nChoose a Option (based on the corresponding number): "
"\n1. General Settings\n2. Input Setup\n3. Save and Upload Config\n4. Save Config (Don't Upload)"
"\n5. Import Stored Config\n6. Back\n\nOption Chosen: ")
# Set Menu Names
if option == "1":
generalMenu()
elif option == "2":
inputSetup()
elif option == "3":
# Runs save function - and returns 'True' if the save failed for some reason
# Used so it doesn't upload a file if the save was unsuccessful
saveFailed = save()
if saveFailed is True:
print("ERROR - Save Upload Failed")
else:
upload()
elif option == "4":
save()
elif option == "5":
configImportSelect()
elif option == "6":
# Warn users that unsaved changes will be lost
print("\nWARNING: Any unsaved changes will be lost on program close!\n")
common.back()
else:
common.other()
except StopIteration:
pass
def init():
# Create instance of process class
data = Process()
# Only continue if valid data has been selected
if data.valid is True:
try:
while True:
# Print Current Data
data.currentData()
option = input(
"\nPost Process Menu: \nChoose a Option (based on the corresponding number): "
"\n1. Filter (Work in Progress)\n2. Compress\n3. Plot\n4. Save File"
"\n----------------\n5. Back\n\nOption Chosen: ")
if option == "1":
data.filter()
elif option == "2":
data.compress()
elif option == "3":
data.plotSettings()
elif option == "4":
data.pandasExit()
elif option == "5":
common.back()
else:
common.other()
except StopIteration:
pass
def plotSettings(self):
# Menu for selecting options for user to choose what the grap1h Looks Like
try:
while True:
# Print options and current settings
option = input(
"\nPlot Options - Current Settings: \nChoose a Option to change a setting"
" (based on the corresponding number): "
"\n1. Select Data\n2. Plot Title: '{}'\n3. Primary Y Axis Title: '{}'"
"\n4. Secondary Y Axis Title: '{}'\n5. Plot "
"\n----------------\n6. Back\n\nOption Chosen: ".format(
self.plotTitle, self.plotYPrimaryTitle,
self.plotYSecondaryTitle))
if option == "1":
self.plotSelectData()
elif option == "2":
# Change Title of Graph
self.plotTitle = input("\nInput the Graph Title: ")
elif option == "3":
# Change Primary Y Axis Title
self.plotYPrimaryTitle = input(
"\nInput the Primary Y Axis Title: ")
elif option == "4":
# Change Secondary Y Axis Title
self.plotYSecondaryTitle = input(
"\nInput the Secondary Y Axis Title: ")
elif option == "5":
self.plotGraph()
elif option == "6":
common.back()
else:
common.other()
except StopIteration:
pass
def inputSetup():
try:
# Stay in input selection until user leaves pressing 'Enter'
while True:
try:
# Current Settings Print Out
inputCurrentSettings()
userInput = input("\nType the number corresponding to the pin you wish to Edit "
"or press 'Enter' to go back: ")
if str(userInput) == '':
print("Going Back")
common.back()
# Find on adcDict if number is in adcDict, else throw an error
# If Found in adcDict, set the device to adcDict and continue
elif int(userInput) > 0 and int(userInput) - 1 < len(adcDict):
chosenNum = int(userInput)
chosenPin = list(adcDict.items())[chosenNum - 1][0]
# Input Selection Menu
try:
while True:
print(
"\nCurrent Pin Settings for: {}"
"\nChoose a Option to edit a Setting (based on the corresponding number)"
"\n1. Pin Enabled: {}\n2. Friendly Name: {}\n3. Input Type: {}\n4. Gain: {}\n"
"5. Scale: {} - {}\n6. Unit: {}"
"\n----------------\n7. Back".format(
chosenPin, adcDict[chosenPin].enabled, adcDict[chosenPin].friendlyName,
adcDict[chosenPin].inputType, adcDict[chosenPin].gain,
adcDict[chosenPin].scaleLow, adcDict[chosenPin].scaleHigh, adcDict[chosenPin].unit))
option = input("\nOption Chosen: ")
if option == "1":
adcDict[chosenPin].enabledEdit()
elif option == "2":
adcDict[chosenPin].friendlyNameEdit()
elif option == "3":
adcDict[chosenPin].inputTypeEdit()
elif option == "4":
adcDict[chosenPin].gainEdit()
elif option == "5":
adcDict[chosenPin].scaleEdit()
elif option == "6":
adcDict[chosenPin].unitEdit()
elif option == "7":
common.back()
else:
common.other()
except StopIteration:
pass
else:
common.other()
# If someone doesn't type in an integer or press Enter
except ValueError:
common.other()
# Used to break the loop if someone selects a back option.
except StopIteration:
pass
def init():
try:
while True:
option = input(
"\nGeneral Settings: \nChoose a Option (based on the corresponding number):"
"\n1. Change Language\n2. Back\n3. Quit"
"\n\nOption Chosen: ")
if option == "1":
language()
elif option == "2":
common.back()
elif option == "3":
common.quit()
else:
print("\nInvalid Option. Please Try Again")
except StopIteration:
pass
def init():
try:
while True:
# Set Menu Names
option = input(
"\nLogger Control Menu: \nChoose a Option (based on the corresponding number): "
"\n1. Change Logger Configuration"
"\n2. Back\n3. Quit"
"\n\nOption Chosen: ")
if option == "1":
config.init()
elif option == "2":
common.back()
elif option == "3":
common.quit()
else:
common.other()
except StopIteration:
pass
def generalMenu():
try:
while True:
print("\nConfig: General Settings: \nChoose a Option to edit a Setting (based on the corresponding number)")
x = 0
for key in generalSettings:
x += 1
print("{}. {}: {}".format(x, key.title(), generalSettings[key]))
print("----------------\n{}. Back".format(x + 1))
option = input("\nOption Chosen: ")
if option == "1":
generalTime()
elif option == "2":
generalName()
elif option == "3":
common.back()
else:
common.other()
except StopIteration:
pass
def init():
try:
while True:
option = input("\nProcess Data Menu: \nChoose a Option (based on the corresponding number): "
"\n1. Download Data\n2. Convert Data\n3. Post Process Data"
"\n4. Back\n5. Quit \n\nOption Chosen: ")
# Set Menu Names
if option == "1":
download.init()
elif option == "2":
process.init()
elif option == "3":
postProcess.init()
elif option == "4":
common.back()
elif option == "5":
common.quit()
else:
common.other()
except StopIteration:
pass
def plotSelectData(self):
# Choose Primary Y axis Data
try:
while True:
print("\nPrimary Y Axis: Columns Selected for Plotting ")
# Counter used for options
x = 1
# Print Output in nice format
for item in self.yDataPrimary:
print("{}. {:>24} : {}".format(x, item,
self.yDataPrimary[item]))
x += 1
print("{} \n{}. Save & Next".format("-" * 35, x))
# User Selection
option = int(input("Choose a number to toggle selection: "))
# If number is in list index
if 0 < option <= len(self.yDataPrimary):
# Get name of column and toggle visibility on graph
colName = self.df.columns[option - 1]
self.yDataPrimary[colName] = not self.yDataPrimary[colName]
# End loop if next option is selected
elif option == x:
common.back()
# If a number is typed in out of range
else:
common.other()
except StopIteration:
pass
# If someone does not put in an integer
except ValueError:
common.other()
# Choose Secondary Y axis Data
try:
while True:
print("\nSecondary Y Axis: Columns Selected for Plotting ")
# Counter used for options
x = 1
# Print Output in nice format
for item in self.yDataSecondary:
print("{}. {:>24} : {}".format(x, item,
self.yDataSecondary[item]))
x += 1
print("{} \n{}. Save & Next".format("-" * 35, x))
# User Selection
option = int(input("Choose a number to toggle selection: "))
# If number is in list index
if 0 < option <= len(self.yDataSecondary):
# Get name of column and toggle visibility on graph
colName = self.df.columns[option - 1]
self.yDataSecondary[
colName] = not self.yDataSecondary[colName]
# End loop if next option is selected
elif option == x:
common.back()
# If a number is typed in out of range
else:
common.other()
except StopIteration:
pass
# If someone does not put in an integer
except ValueError:
common.other()
# X Axis Selection
try:
while True:
print("\nX Axis: Currently Selected: {} ".format(self.xData))
# Counter used for options
x = 1
# Print Output in nice format
for item in self.yDataPrimary:
print("{}. {}".format(x, item))
x += 1
print("{} \n{}. Save & Finish".format("-" * 30, x))
# User Selection
option = int(input("Choose a number to select column: "))
# If valid number on the list then toggle it
# Get name of column
if 0 < option <= len(self.yDataPrimary):
colName = self.df.columns[option - 1]
self.xData = colName
# End loop if next option is selected
elif option == x:
print("Success! - Plot Settings Updated")
common.back()
# If a number is typed in out of range
else:
common.other()
except StopIteration:
pass
# If someone does not put in an integer
except ValueError:
common.other()