def check_fuellock(accessToken, deviceSecret, DEVICE_ID): # Generate the tssa tssa = functions.generateTssa(functions.BASE_URL + "FuelLock/List", "GET", None, accessToken) # Assign the headers and then request the fuel prices. headers = { 'User-Agent': 'Apache-HttpClient/UNAVAILABLE (java 1.4)', 'Authorization': '%s' % tssa, 'X-OsVersion': functions.OS_VERSION, 'X-OsName': 'Android', 'X-DeviceID': DEVICE_ID, 'X-VmobID': functions.des_encrypt_string(DEVICE_ID), 'X-AppVersion': functions.APP_VERSION, 'X-DeviceSecret': deviceSecret } # Send the request and get the response into a JSON array response = requests.get(functions.BASE_URL + "FuelLock/List", headers=headers) returnContent = json.loads(response.content) config = configparser.ConfigParser() config.read("./autolock.ini") # If the Status of our last fuel lock is 0 (ACTIVE) set it to True, otherwise it has EXPIRED (1) or # was REDEEMED (2), so we haven't got a fuel lock saved. if (returnContent[0]['Status'] == 0): config.set('Account', 'fuel_lock_saved', "True") else: config.set('Account', 'fuel_lock_saved', "False") # Return our fuel lock saved boolean return config['Account'].getboolean('fuel_lock_saved')
def logout(): # The logout payload is an empty string but it is still needed payload = '""' tssa = functions.generateTssa(functions.BASE_URL + "account/logout", "POST", payload, session['accessToken']) headers = { 'User-Agent': 'Apache-HttpClient/UNAVAILABLE (java 1.4)', 'Authorization': '%s' % tssa, 'X-OsVersion': functions.OS_VERSION, 'X-OsName': 'Android', 'X-DeviceID': session['DEVICE_ID'], 'X-AppVersion': functions.APP_VERSION, 'X-DeviceSecret': session['deviceSecret'], 'Content-Type': 'application/json; charset=utf-8' } response = requests.post(functions.BASE_URL + "account/logout", data=payload, headers=headers) # Clear all of the previously set session variables and then redirect to the index page session.clear() return redirect(url_for('index'))
def start_lockin(): config = configparser.ConfigParser() config.read("./autolock.ini") # Get the setting if auto_lock is true or false auto_lock_enabled = config['General'].getboolean('auto_lock_enabled') # Get the maximum price we want to pay for fuel max_price = config['General']['max_price'] # Get our account details deviceSecret = config['Account']['deviceSecret'] accessToken = config['Account']['accessToken'] cardBalance = config['Account']['cardBalance'] DEVICE_ID = config['Account']['DEVICE_ID'] # Check if we have saved a fuel lock. We make a proper check here in case we have already locked in a price # without updating the autolock.ini for some reason. fuel_lock_saved = check_fuellock(accessToken, deviceSecret, DEVICE_ID) # If we have auto lock enabled, and are logged in but haven't saved a fuel lock yet, then proceed. if (auto_lock_enabled and deviceSecret and not fuel_lock_saved): # Search OzBargain for a new deal first, it may be posted there first if (not search_ozbargain()): # Search ProjectZeroThree since OzBargain has no results search_pzt() # If there is a location deal if (suburb): # Open the stores.json file so we can search it to find a store that (hopefully) matches with open('./stores.json', 'r') as f: stores = json.load(f) # For each store in "Diffs" read the postcode for store in stores['Diffs']: if (store['Suburb'] == suburb): # Since we have a match, return the latitude + longitude of our store and add a random number to it. latitude = store['Latitude'] latitude += (random.uniform(0.01, 0.000001) * random.choice([-1, 1])) longitude = store['Longitude'] longitude += (random.uniform(0.01, 0.000001) * random.choice([-1, 1])) # The payload to start the lock in process. payload = '{"LastStoreUpdateTimestamp":' + str(int( time.time())) + ',"Latitude":"' + str( latitude) + '","Longitude":"' + str(longitude) + '"}' tssa = functions.generateTssa( functions.BASE_URL + "FuelLock/StartSession", "POST", payload, accessToken) # Now we start the request header headers = { 'User-Agent': 'Apache-HttpClient/UNAVAILABLE (java 1.4)', 'Authorization': '%s' % tssa, 'X-OsVersion': functions.OS_VERSION, 'X-OsName': 'Android', 'X-DeviceID': DEVICE_ID, 'X-VmobID': functions.des_encrypt_string(DEVICE_ID), 'X-AppVersion': functions.APP_VERSION, 'X-DeviceSecret': deviceSecret, 'Content-Type': 'application/json; charset=utf-8' } # Send the request response = requests.post(functions.BASE_URL + "FuelLock/StartSession", data=payload, headers=headers) # Get the response content so we can check the fuel price returnContent = response.content # Move the response json into an array so we can read it returnContent = json.loads(returnContent) # If there is a fuel lock already in place we get an error! try: if returnContent['ErrorType'] == 0: # Print that we have a lock in already print( "Tried to lock in, but we already have a lock in saved." ) except: # Get the fuel price of all the types of fuel for each in returnContent['CheapestFuelTypeStores']: x = each['FuelPrices'] for i in x: # If the fuel type is premium 98 if (i['Ean'] == 56): # Save the fuel pump price pump_price = i['Price'] # If the price that we tried to lock in is more expensive than scripts price, we return an error if (float(pump_price) >= float(max_price)): print( "There was a new deal posted, but the fuel price was too expensive. You want to fill up for less than {0}c, it would have been {1}c." .format(str(max_price), str(pump_price))) else: # Now we want to lock in the maximum litres we can. NumberOfLitres = int( float(config['Account']['cardbalance']) / pump_price * 100) # Lets start the actual lock in process payload = '{"AccountId":"' + config['Account'][ 'account_id'] + '","FuelType":"56","NumberOfLitres":"' + str( NumberOfLitres) + '"}' tssa = functions.generateTssa( functions.BASE_URL + "FuelLock/Confirm", "POST", payload, accessToken) headers = { 'User-Agent': 'Apache-HttpClient/UNAVAILABLE (java 1.4)', 'Authorization': '%s' % tssa, 'X-OsVersion': functions.OS_VERSION, 'X-OsName': 'Android', 'X-DeviceID': DEVICE_ID, 'X-VmobID': functions.des_encrypt_string(DEVICE_ID), 'X-AppVersion': functions.APP_VERSION, 'X-DeviceSecret': deviceSecret, 'Content-Type': 'application/json; charset=utf-8' } # Send through the request and get the response response = requests.post(functions.BASE_URL + "FuelLock/Confirm", data=payload, headers=headers) returnContent = json.loads(response.content) try: if (returnContent['Message']): print("Error: There was an error locking in.") except: print("Success! Locked in {0}L at {1} cents per litre". format(str(returnContent['TotalLitres']), str(returnContent['CentsPerLitre'])))
def lockin(): if request.method == 'POST': # Variable used to search for a manual price priceOveride = False # Get the form submission method submissionMethod = request.form['submit'] # If we didn't try to confirm a manual price if(submissionMethod != "confirm_price"): # Get the fuel type we want fuelType = str(request.form['fueltype']) session['fuelType'] = fuelType # Clear previous messages session.pop('ErrorMessage', None) session.pop('SuccessMessage', None) # Get the postcode and price of the cheapest fuel locationResult = functions.cheapestFuel(fuelType) # They tried to do something different from the manual and automatic form, so throw up an error if(submissionMethod != "manual" and submissionMethod != "automatic"): session['ErrorMessage'] = "Invalid form submission. Either use the manual or automatic one on the main page." return redirect(url_for('index')) # If they have manually chosen a postcode/suburb set the price overide to true if(submissionMethod == "manual"): postcode = str(request.form['postcode']) priceOveride = True # Get the latitude and longitude from the store storeLatLng = functions.getStoreAddress(postcode) # If we have a match, set the coordinates. If we don't, use Google Maps if (storeLatLng): locLat = float(storeLatLng[0]) locLat += (random.uniform(0.01,0.000001) * random.choice([-1,1])) locLong = float(storeLatLng[1]) locLong += (random.uniform(0.01,0.000001) * random.choice([-1,1])) else: # If we have entered the wrong manual postcode for a store, and haven't # set the Google Maps API, return an error since we cant use the API if not custom_coords: # If it is, get the error message and return back to the index session['ErrorMessage'] = "Error: You entered a manual postcode where no 7-Eleven store is. Please set a Google Maps API key or enter a valid postcode." return redirect(url_for('index')) # Initiate the Google Maps API gmaps = googlemaps.Client(key = API_KEY) # Get the longitude and latitude from the submitted postcode geocode_result = gmaps.geocode(str(request.form['postcode']) + ', Australia') locLat = geocode_result[0]['geometry']['location']['lat'] locLong = geocode_result[0]['geometry']['location']['lng'] else: # It was an automatic submission so we will now get the coordinates of the store # and add a random value to it so we don't appear to lock in from the service station locLat = locationResult[2] locLat += (random.uniform(0.01,0.000001) * random.choice([-1,1])) locLong = locationResult[3] locLong += (random.uniform(0.01,0.000001) * random.choice([-1,1])) # The payload to start the lock in process. payload = '{"LastStoreUpdateTimestamp":' + str(int(time.time())) + ',"Latitude":"' + str(locLat) + '","Longitude":"' + str(locLong) + '"}' tssa = functions.generateTssa(functions.BASE_URL + "FuelLock/StartSession", "POST", payload, session['accessToken']) # Now we start the request header headers = {'User-Agent':'Apache-HttpClient/UNAVAILABLE (java 1.4)', 'Authorization':'%s' % tssa, 'X-OsVersion':functions.OS_VERSION, 'X-OsName':'Android', 'X-DeviceID':session['DEVICE_ID'], 'X-VmobID':functions.des_encrypt_string(session['DEVICE_ID']), 'X-AppVersion':functions.APP_VERSION, 'X-DeviceSecret':session['deviceSecret'], 'Content-Type':'application/json; charset=utf-8'} # Send the request response = requests.post(functions.BASE_URL + "FuelLock/StartSession", data=payload, headers=headers) # Get the response content so we can check the fuel price returnContent = response.content # Move the response json into an array so we can read it returnContent = json.loads(returnContent) # If there is a fuel lock already in place we get an error! try: if returnContent['ErrorType'] == 0: session['ErrorMessage'] = "An error has occured. This is most likely due to a fuel lock already being in place." return redirect(url_for('index')) except: pass # Get the fuel price of all the types of fuel for each in returnContent['CheapestFuelTypeStores']: x = each['FuelPrices'] for i in x: if(str(i['Ean']) == fuelType): LockinPrice = i['Price'] session['LockinPrice'] = LockinPrice # If we have performed an automatic search we run the lowest price check # LockinPrice = the price from the 7/11 website # locationResult[1] = the price from the master131 script # If the price that we tried to lock in is more expensive than scripts price, we return an error if not(priceOveride): if not(float(LockinPrice) <= float(locationResult[1])): session['ErrorMessage'] = "The fuel price is too high compared to the cheapest available. The cheapest we found was at " + locationResult[0] + ". Try locking in there!" return redirect(url_for('index')) if(priceOveride): return redirect(url_for('confirm')) # Now we want to lock in the maximum litres we can. NumberOfLitres = int(float(session['cardBalance']) / session['LockinPrice'] * 100) # Lets start the actual lock in process payload = '{"AccountId":"' + session['accountID'] + '","FuelType":"' + session['fuelType'] + '","NumberOfLitres":"' + str(NumberOfLitres) + '"}' tssa = functions.generateTssa(functions.BASE_URL + "FuelLock/Confirm", "POST", payload, session['accessToken']) headers = {'User-Agent':'Apache-HttpClient/UNAVAILABLE (java 1.4)', 'Authorization':'%s' % tssa, 'X-OsVersion':functions.OS_VERSION, 'X-OsName':'Android', 'X-DeviceID':session['DEVICE_ID'], 'X-VmobID':functions.des_encrypt_string(session['DEVICE_ID']), 'X-AppVersion':functions.APP_VERSION, 'X-DeviceSecret':session['deviceSecret'], 'Content-Type':'application/json; charset=utf-8'} # Send through the request and get the response response = requests.post(functions.BASE_URL + "FuelLock/Confirm", data=payload, headers=headers) # Get the response into a json array returnContent = json.loads(response.content) try: # Check if the response was an error message if(returnContent['Message']): # If it is, get the error message and return back to the index session['ErrorMessage'] = returnContent['Message'] return redirect(url_for('index')) # Otherwise we most likely locked in the price! if(returnContent['Status'] == "0"): # Update the fuel prices that are locked in functions.lockedPrices() # Get amoount of litres that was locked in from the returned JSON array session['TotalLitres'] = returnContent['TotalLitres'] session['SuccessMessage'] = "The price was locked in for " + str(session['LockinPrice']) + " cents per litre" # Pop our fueltype and lock in price variables session.pop('fuelType', None) session.pop('LockinPrice', None) return redirect(url_for('index')) # For whatever reason it saved our lock in anyway and return to the index page except: # Update the fuel prices that are locked in functions.lockedPrices() session['SuccessMessage'] = "The price was locked in for " + str(session['LockinPrice']) + " cents per litre" # Get amoount of litres that was locked in from the returned JSON array session['TotalLitres'] = returnContent['TotalLitres'] # Pop our fueltype and lock in price variables session.pop('fuelType', None) session.pop('LockinPrice', None) return redirect(url_for('index')) else: # They just tried to load the lock in page without sending any data session['ErrorMessage'] = "Unknown error occured. Please try again!" return redirect(url_for('index'))
def login(): # Clear the error and success message session.pop('ErrorMessage', None) session.pop('SuccessMessage', None) session.pop('fuelType', None) if request.method == 'POST': # If the device ID field was left blank, set a random one if ((request.form['device_id']) in [None,""]): session['DEVICE_ID'] = os.getenv('DEVICE_ID', ''.join(random.choice('0123456789abcdef') for i in range(16))) else: # Since it was filled out, we will use that for the rest of the session session['DEVICE_ID'] = os.getenv('DEVICE_ID', request.form['device_id']) # Get the email and password from the login form password = str(request.form['password']) email = str(request.form['email']) # The payload that we use to login payload = '{"Email":"' + email + '","Password":"******","DeviceName":"' + functions.DEVICE_NAME + '","DeviceOsNameVersion":"' + functions.OS_VERSION +'"}' # Generate the tssa string tssa = functions.generateTssa(functions.BASE_URL + "account/login", "POST", payload) # Assign the headers headers = {'User-Agent':'Apache-HttpClient/UNAVAILABLE (java 1.4)', 'Authorization':'%s' % tssa, 'X-OsVersion':functions.OS_VERSION, 'X-OsName':'Android', 'X-DeviceID':session['DEVICE_ID'], 'X-VmobID':functions.des_encrypt_string(session['DEVICE_ID']), 'X-AppVersion':functions.APP_VERSION, 'Content-Type':'application/json; charset=utf-8'} # Login now! response = requests.post(functions.BASE_URL + "account/login", data=payload, headers=headers) returnHeaders = response.headers returnContent = json.loads(response.text) try: # If there was an error logging in, redirect to the index page with the 7Eleven response if(returnContent['Message']): session['ErrorMessage'] = returnContent['Message'] return redirect(url_for('index')) except: # We need the AccessToken from the response header accessToken = str(returnHeaders).split("'X-AccessToken': '") accessToken = accessToken[1].split("'") accessToken = accessToken[0] # DeviceSecretToken and accountID are both needed to lock in a fuel price deviceSecret = returnContent['DeviceSecretToken'] accountID = returnContent['AccountId'] # Save the users first name and their card balance so we can display it firstName = returnContent['FirstName'] cardBalance = str(returnContent['DigitalCard']['Balance']) session['deviceSecret'] = deviceSecret session['accessToken'] = accessToken session['accountID'] = accountID session['firstName'] = firstName session['cardBalance'] = cardBalance functions.lockedPrices() # If we have ticked enable auto lock in, then set boolean to true if(request.form.getlist('auto_lockin')): config.set('General', 'auto_lock_enabled', "True") session['auto_lock'] = True else: # We didn't want to save it, so set to false config.set('General', 'auto_lock_enabled', "False") session['auto_lock'] = False # Save their log in anyway, so we can update the auto lock option later if needed config.set('Account', 'deviceSecret', session['deviceSecret']) config.set('Account', 'accessToken', session['accessToken']) config.set('Account', 'cardBalance', session['cardBalance']) config.set('Account', 'account_ID', session['accountID']) config.set('Account', 'DEVICE_ID', session['DEVICE_ID']) # If we have an active fuel lock, set fuel_lock_saved to true, otherwise false if(session['fuelLockStatus'] == 0): config.set('Account', 'fuel_lock_saved', "True") else: config.set('Account', 'fuel_lock_saved', "False") # Write the config to file with open('./autolock.ini', 'w') as configfile: config.write(configfile) return redirect(url_for('index')) else: # They didn't submit a POST request, so we will redirect to index return redirect(url_for('index'))