def measure_original_gravity(self, request_number):
"""
Function for taking the original gravity (OG) reading of the mixture
:param: self
:return: Return log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Measuring Original Gravity\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(3, "Ferment.Measure Original Gravity",
"Measuring original gravity ", datetime.datetime.now(),
"pass")
print(log.generate_log())
base_measurement = 0
try:
while base_measurement < self.original_gravity:
print("Measuring: ", base_measurement,
"g/mL") # grams per milli-Liter
time.sleep(sleep_time)
base_measurement += 0.050
if base_measurement == self.original_gravity:
print("Original Gravity has been measured")
print("-----------------------------------------")
log = Log(4, "Ferment.MeasureOriginalGravity",
" Original gravity measured ",
datetime.datetime.now(), "pass")
print(log.generate_log())
except Exception as ex:
print(ex)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Measured Original Gravity")
print("-----------------------------------------")
self.add_yeast(request_number)
def measure_final_gravity(self, request_number):
"""
Function to measure the final gravity (FG) of the mixture
:param: self
:return: return Log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\" Measuring Final Gravity\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(9, "Ferment.FinalGravity", "Measuring Final Gravity",
datetime.datetime.now(), "pass")
print(log.generate_log())
base_measurement = 0
try:
while base_measurement < self.final_gravity:
print("Measuring Final Gravity: ", base_measurement,
"g/mL") # grams per milli-Liter
time.sleep(sleep_time)
base_measurement += 0.050
if base_measurement == self.final_gravity:
print("Final Gravity has been measured")
print("-----------------------------------------")
log = Log(10, "Ferment.MeasureFinalGravity",
" Final gravity measured ",
datetime.datetime.now(), "pass")
print(log.generate_log())
except Exception as ex:
print(ex)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Measured Final Gravity")
print("-----------------------------------------")
self.drain_ale(request_number)
def begin_fermentation_process(self, request_number):
"""
Function to begin fermentation process
:param: self
:return: return Log and brewed Ale
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\" Fermentation had begun\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(7, "Ferment.beginFermentationProcess",
"Beginning Fermentation Process", datetime.datetime.now(),
"pass")
print(log.generate_log())
try:
while self.ferment_time > 0:
print("Fermentation time Left: ", self.ferment_time, "sec")
time.sleep(sleep_time)
self.ferment_time -= 1
if self.ferment_time == 0:
print("Fermentation has completed")
print("-----------------------------------------")
log = Log(8, "Ferment.beginFermentationProcess",
"Fermentation has completed",
datetime.datetime.now(), "pass")
print(log.generate_log())
except Exception as ex:
print(ex)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Fermentation has begun")
print("-----------------------------------------")
self.measure_final_gravity(request_number)
def qa(self, brew_master_id, request_number):
"""
Function for quality testing
:param brew_master_id: the ID of the brew master
:return: pass or fail and Log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Checking Quality Assurance\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(12, "Ferment.QualityAssurance", "Quality Assurance",
datetime.datetime.now(), "fail")
print(log.generate_log())
try:
difference = self.final_gravity - self.original_gravity
measured_abv = (difference * 131.25)
abs(measured_abv) == measured_abv
if measured_abv == self.base_abv:
log = Log(13, "Ferment.QualityAssurance", "Quality Assurance",
datetime.datetime.now(), "pass")
print(log.generate_log())
except Exception as e:
print(e)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Checked Quality Assurance")
print("-----------------------------------------")
self.send_to_kegging(request_number)
def mill_grains(self, recipe, request_number): # Mill_grains process start
"""
The start of milling grains
:param request_number: a brew batch request number
:param recipe: recipe instance
:return: Return Log
"""
self.mill_time = recipe.get_mill_time()
self.grains_weight = recipe.get_grain_weight(recipe.get_grain())
try:
# log to begin process
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Starting Mashing Process\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Milling", "Milling Started",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Milling",
"Milling Started")
while self.mill_time > 0:
print("Milling Time Left: ", self.mill_time, "min")
time.sleep(sleep_time)
self.mill_time -= 1
if self.mill_time == 0:
print("Grains milled")
print("-----------------------------------------")
# log to end process
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Milling Ended\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(2, "Mashing.Milling", "Milling Ended",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Milling",
"Milling Ended")
self.send_grains_to_sparging_tank(recipe, request_number)
except Exception as e: # error handling
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Mashing Process Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Milling", "Milling Started",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Milling",
"Milling Failed")
print(e)
def separate_wort(self, recipe, request_number):
# Separates the wort from the mash
"""
Displays a count down while wort separation is in process
:param recipe: a recipe instance
:param request_number: a brew batch request number
:return: Current date, time and count down to separating wort.
"""
self.separation_time = recipe.get_wort_separation_time()
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Separating Wort\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(4, "Mashing.Wort", "Wort Separation Started", datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Wort Separation Started")
# Counts the separation time in seconds
while self.separation_time > 0:
print("Wort Separating Time Left: ", self.separation_time, "min")
time.sleep(sleep_time)
self.separation_time -= 1
# Verifies that the wort separation has been completed.
if self.separation_time == 0:
print("Wort Separation Completed")
print("-----------------------------------------")
# Generates a log and displays the process has been successfully completed.
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Wort Separated\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(5, "Mashing.Wort", "Wort Separation Ended", datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Wort Separation Ended")
print("-----------------------------------------")
print("Wort Separated from Mash")
print("-----------------------------------------")
return True
except Exception as e: # error handling
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Wort Separation Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Wort", "Wort Separation Failed", datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Wort Separation Failed")
print(e)
def sanitization(self, request_number):
"""
Main method that runs the sanitation process to clean equipment
Completion is done by pressing enter and sends logging to ServiceNOW throughout the process
:param request_number: a brew batch request number
:return: void
"""
log_no = 0
try:
time.sleep(sleep_time)
log_no += 1
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Sanitization\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(log_no, "Prep.Sanitization", "Asked for manual input if Sanitization completed.",
datetime.datetime.now(),
"pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.Sanitization", "Asked for manual input if Sanitization completed")
time.sleep(sleep_time * 2)
input("\033[1m" + "\n 1. Press Enter when sanitization is done:" + "\033[0m \n")
# GPIO.wait_for_edge(self.button,GPIO.FALLING)
time.sleep(sleep_time)
# noinspection PyRedundantParentheses
message = (" Sanitization Completed.\n")
print("\t\t" + message + "\n")
log_no += 1
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Sanitization\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(log_no, "Prep.Sanitization", "Sanitization done - Input received.", datetime.datetime.now(),
"pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.Sanitization", "Sanitization done -Input received.")
time.sleep(sleep_time * 2)
except Exception as e:
print(e)
log_no += 1
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Sanitization\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(int(log_no), "Prep.Sanitization", "Input for Sanitization completed failed.",
datetime.datetime.now(),
"fail")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.Sanitization", "Input for Sanitization completed failed")
time.sleep(sleep_time * 2)
return log_no
def add_water(self, recipe, request_number):
"""
Water added to tank from hot liquor tank (HLT)
:param recipe: a recipe instance
:param request_number: a brew batch request number
:return:
"""
try:
#adding heated water to tank
self.water_temp = recipe.get_water_temp()
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Adding Hot Water to Tank\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Sparging", "Heated water added to tank",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Sparging",
"Heated water added to tank")
print("-----------------------------------------"
) # prints line to separate statements & log 1 is created
print("Water Temp: ", self.water_temp,
"degrees F") # displays water temp in degrees F
print("Added Heated Water to Sparging Tank"
) # print validates the process of water being heated
print(
"-----------------------------------------"
) # prints line to separate the next process in sparging tank
self.stir_mash(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Adding Hot Water to Tank Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Sparging", "Adding Hot Water to Tank Failed",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Mashing.Sparging",
"Adding Hot Water to Tank Failed")
print(e)
def heat_water(self, recipe,
request_number): # Water heating process starts
"""
The start of water heating
:param request_number: a brew request number
:param recipe: a recipe instance
:return: return log
"""
self.water_amount = recipe.get_water_volume()
self.water_temp = recipe.get_water_temp()
try:
# log to begin process
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Water heating\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.HotLiquorTank", "Water heating started.",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
print("Water Temperature Heated To: ", self.water_temp,
" degrees F")
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.HotLiquorTank",
"Water heating started")
self.check_water_temp(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Water Heating Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Milling", "Water Heating Failed",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.HotLiquorTank",
"Water Heating Failed")
print(e)
def send_hot_water_to_sparging_tank(self, recipe, request_number):
"""
Sends water to sparging tank
:param recipe: a recipe instance
:param request_number: a bre batch request number
:return: print statement
"""
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Sending Hot Water to Sparging Tank\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(3, "Mashing.HotLiquorTank",
"Sending Hot Water to Sparging Tank",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
print("Hot water is sent to Sparging Tank.")
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Mashing.HotLiquorTank",
"Hot water is sent to Sparging Tank")
st = SpargingTank()
st.add_water(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Sending Hot Water to Sparging Tank Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.HotLiquorTank",
"Sending Hot Water to Sparging Tank Failed",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Mashing.HotLiquorTank",
"Sending Hot Water to Sparging Tank Failed")
print(e)
def sanitization(self, request_number):
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Sanitizing Vessel\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(14, "Ferment.sanitize_vessels", datetime.datetime.now(),
"pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Sanitizing Vessels")
print("-----------------------------------------")
def sparg_the_tank(self, recipe, request_number):
#empty the tank while spraying water over the remaing grains
"""
Function to remove finished wort from Sparging tank.
:param recipe: a Recipe Instance
:param request_number: a brew batch request number
:return: Return log 4
"""
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Sparging the Tank\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(4, "Mashing.Sparging", "Sparging the Tank",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Sparging",
"Sparging the Tank")
print("-----------------------------------------"
) # prints line to separate statements & log 4 is created
print("Tank emptying, washing grains."
) # Finishing before sending it to the boiling phase
print("-----------------------------------------")
w = Wort()
w.check_hot_water_temp(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Sparging the Tank Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Sparging", "Sparging the Tank Failed",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Sparging",
"Sparging the Tank Failed")
print(e)
def check_water_volume(self, recipe, request_number):
"""
Getter for water volume
:param recipe: a recipe instance
:param request_number: a brew batch request number
:return: water volume.
"""
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Volume\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(3, "Mashing.HotLiquorTank", "Checking Water Volume",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
print("Water Volume: ", self.water_amount, "gallons")
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.HotLiquorTank",
"Checking Water Volume")
self.send_hot_water_to_sparging_tank(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Volume Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1,
"Mashing.HotLiquorTank", "Checking Water Volume Failed",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.HotLiquorTank",
"Checking Water Volume Failed")
print(e)
def send_grains_to_sparging_tank(self, recipe, request_number):
"""
Adds grains to the Sparging Tank
:param recipe: a Recipe instance
:param request_number: a bre batch request number
:return: print statement
"""
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Sending Grains to Sparging Tank\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(3, "Mashing.Milling", "Send Grains to Sparging Tank",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
print("Grains added to Sparging Tank")
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Mashing.Milling",
"Sending Grains to Sparging Tank")
hlt = HotLiquorTank()
hlt.heat_water(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Sending Grains to Sparging Tank Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Milling", "Sending Grains to Sparging Tank",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Mashing.Milling",
"Sending Grains to Sparging Tank Failed")
print(e)
def check_water_temp(self, recipe, request_number):
"""
Checks the current temperature of the water.
:param recipe: Recipe instance
:param request_number: a brew batch request number
:return: current water temperature
"""
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Temp\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(2, "Mashing.HotLiquorTank", "Checking Water Temperature",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
print("Water Temperature: ", self.water_temp, "degrees F")
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.HotLiquorTank",
"Checking Water Temperature")
self.check_water_volume(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Temperature Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.HotLiquorTank", "Checking Water Temperature",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.HotLiquorTank",
"Water Temperature Failed")
print(e)
def check_wort_volume(self, recipe, request_number): # Wort Volume? Should we use it as BatchSize
# Displays wort volume
"""
Displays the correct wort volume / generates a log
:param recipe: a recipe instance
:param request_number: a brew batch request number
:return: Current date, time and correct wort volume / and a log
"""
self.wort_volume = recipe.get_wort_volume()
# Records correct wort volume to Log
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Check Wort Volume\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(3, "Mashing.Wort", "Check Wort Volume", datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Check Wort Volume")
print("-----------------------------------------")
print("Wort Volume: ", self.wort_volume, "gallons")
print("-----------------------------------------")
self.separate_wort(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Check Wort Volume Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Wort", "Check Wort Volume Failed", datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Check Wort Volume Failed")
print(e)
def check_hot_water_temp(self, recipe, request_number):
# Checks for water temperature
"""
Displays correct water temp in the wort phase / generates a log
:param recipe: a recipe instance
:param request_number: a brew batch request number
:return: Displays current date, time and correct water temperature
"""
self.hot_water_temp = recipe.get_water_temp()
# Records correct hot water temp to Log
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Temp\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Wort", "Checking Water Temp", datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Checking Water Temp")
print("-----------------------------------------")
print("Hot Water Temperature: ", self.hot_water_temp, "degrees F")
print("-----------------------------------------")
self.check_water_volume(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Temp Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Wort", "Checking Water Temp Failed", datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Checking Water Temp Failed")
print(e)
def check_water_volume(self, recipe, request_number):
# Checks for water volume
"""
Displays the correct water volume / generates a log
:param recipe: a recipe instance
:param request_number: a brew batch request number
:return: Current date, time and correct water volume
"""
self.water_volume = recipe.get_water_volume()
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Volume\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(2, "Mashing.Wort", "Checking Water Volume", datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------")
print("Water Volume: ", self.water_volume, "gallons")
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Checking Water Volume")
self.check_wort_volume(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Checking Water Volume Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Wort", "Checking Water Volume Failed", datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Mashing.Wort", "Checking Water Volume Failed")
print(e)
def drain_ale(self, request_number):
"""
Function to drain Ale
:param: self
:return: Return log and filtered Ale
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Draining Ale\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(11, "Ferment.drainAle", "Draining Ale. Sending to QA",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Draining Ale")
print("-----------------------------------------")
self.qa(self.brew_master_id, request_number)
def close_lid(self, request_number):
"""
Function for closing lid
:param: self
:return: Return log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Closing lid of vessel\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(6, "Ferment.closeLid", "Closing lid",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Closing Fermentation Vessel Lid")
print("-----------------------------------------")
self.begin_fermentation_process(request_number)
def send_to_kegging(self, request_number):
"""
Function to send filtered Ale to Team Kegging
:param: self
:return: Return Log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Sending Ale to the Kegging Process\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(13, "Ferment.send_to_kegging", "Ale sent to kegging",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Fermentation",
"Sending Ale to the Kegging Process")
print("-----------------------------------------")
def get_wort(self, request_number):
"""
Function for receiving the wort
:param request_number: the ID of the current batch
:return: Return log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Starting Fermentation Process\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(1, "Receiving wort", "Received wort from Team Boil",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Starting Fermentation Process")
print("-----------------------------------------")
self.add_to_fermentation_vessel(request_number)
def set_ferment_temperature(self, request_number):
"""
Function for setting the temperature of the mixture to ferment
:param: self
:return: Return fermentation temperature
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\" Setting fermentation temperature\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(7, "Ferment.setFermentTemperature",
"Temperature is set at %.2f" % self.ferment_temp,
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Fermentation",
"Setting Fermentation Temperature")
print("-----------------------------------------")
self.begin_fermentation_process(request_number)
def add_to_fermentation_vessel(self, request_number):
"""
Function for adding the wort to fermentation vessel
:param: vessel_id : the ID of the vessel
:return: Return log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Wort added to Vessel\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(2, "Addition to Fermentation Vessel",
"Adding wort to fermentation vessel ",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Fermentation",
"Wort added to Fermentation Vessel")
print("-----------------------------------------")
self.measure_original_gravity(request_number)
def add_yeast(self, request_number):
"""
Function for adding activated yeast to the fermentation vessel with wort
:param: self
:return: Return Log
"""
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Fermentation\", \"log\":\"Adding yeast to vessel\"}"
ServiceNowLog.ServiceNowLog.create_new_log(self, status_log)
log = Log(5, "Ferment.addYeast",
"Activated yeast has been added to the fermentation vessel",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Fermentation",
"Adding Yeast to Fermentation Vessel")
print("-----------------------------------------")
self.close_lid(request_number)
return ("Yeast added")
def read_weight_hops(self, recipe, request_number):
"""
Displays the actual weight of the hops
:param recipe: a Recipe instance
:param request_number: a brew batch request number
:return: a float, the weight that goes into the weight scale
"""
try:
hop = list(recipe.hop_hop_amt.keys())
weight = list(recipe.hop_hop_amt.values())
weight = list(map(lambda x: float(x.replace(",", "")), weight))
j = 1
for i in range(len(hop)):
weight_scale = 0.0
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", "Weight scale is set to zero.",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Weight scale is set to zero")
time.sleep(1)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", "Brewer is being asked to dispense " + hop[i] + ".",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Brewer is being asked to dispense " + hop[i] + ".")
time.sleep(1)
print(
" \033[1m4." + str(j) + " To brew the beer for this batch, " + str(weight[i]) + " oz of " + hop[
i] + " Hops needed.\033[0m\n")
time.sleep(sleep_time)
print(" ****Weight scale is calibrated to \033[1m0.0\033[0m. \n")
time.sleep(sleep_time)
input(" Press Enter to dispense \033[1m" + hop[i] + "\033[0m Hops:\n")
for weight_scale in arange(float(weight[i])):
weight_scale = weight_scale + 1
time.sleep(sleep_time * 2)
print(" \033[1m" + str(weight_scale) + "\033[0m pound(s) \033[1m" + hop[
i] + "\033[0m Hops received. \033[1m" + str(
float(weight[i]) - weight_scale) + "\033[0m pound(s) left to be dispensed. \n")
time.sleep(sleep_time)
if float(weight[i]) == weight_scale:
time.sleep(sleep_time)
print(" \033[1m" + hop[i] + "\033[0m Hops are measured and \033[1m" + str(
weight_scale) + "\033[0m pounds received. \n")
time.sleep(sleep_time)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", hop[i] + " hop received.",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time * 2)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
hop[i] + "hop received.")
time.sleep(sleep_time * 2)
j = j + 1
i = i + 1
return weight_scale
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no + 1, "Prep.WeightScale", "Failed to dispense " + hop[i] + ".",
datetime.datetime.now(),
"fail")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Failed to dispense " + hop[i] + ".")
print(e)
def stir_mash(self, recipe, request_number):
#stirring the wort in progress
"""
Function to stir the Wort-in progress sparging tank
:param recipe: a Recipe Instance
:param request_number: a brew batch request number
:return: Return log 2
"""
try:
self.stir_time = recipe.get_stir_time()
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Stirring Mash\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(2, "Mashing.Sparging", "Sparging Process Started",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------"
) # prints line to separate statements & log 2 is created
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Sparging",
"Sparging Process Started")
while self.stir_time > 0:
print("Stirring Time Left: ", self.stir_time,
"min") # prints number of seconds left until stirring is
# finished
time.sleep(sleep_time)
self.stir_time -= 1
if self.stir_time == 0:
print(
"SpargingTank stirred"
) # print validates that SpargingTank is finished stirring
print("-----------------------------------------")
status_log = "{\"batch_id\":\"" + request_number + "\",\"brew_batch_stage\":\"Mashing\",\"log\":\"Mash Stirred\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(3, "Mashing.Sparging", "Sparging Process Ended",
datetime.datetime.now(), "pass")
print(log.generate_log())
print("-----------------------------------------"
) # prints line to separate statements & log 3 is created
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Sparging",
"Sparging Process Ended")
print(
"Mash Stirred") # print that the mashing is finished stirring
print("-----------------------------------------"
) # prints line to separate process within SpargingTank
self.sparg_the_tank(recipe, request_number)
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Mashing\", \"log\":\"Mashing Stirred Failed\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
log = Log(1, "Mashing.Sparging", "Mashing Stirred Failed",
datetime.datetime.now(), "fail")
print(log.generate_log())
print("-----------------------------------------")
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number,
"Mashing.Sparging",
"Mashing Stirred Failed")
print(e)
def yeast_temp(self, request_number):
"""
Determines if yeast is within temperature range through a while loop that checks
this range. If the temperature of yeast is in range, a log is saved. And if not,
another yeast is needed for temperature measurement
:param request_number: a brew batch request number
:return: void
"""
tmp = self.read_temp(request_number)
# noinspection PyRedundantParentheses
while (tmp > 80 or tmp < 60):
try:
print("\t\b***Temperature of yeast is out of range.***")
print(
" ***Bring another yeast and measure temperature again.*** \n"
)
time.sleep(sleep_time * 3)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Temperature\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.Temperature",
"Temperature of yeast is not in range.",
datetime.datetime.now(), "fail")
print(log.generate_log())
time.sleep(sleep_time * 2)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Prep.Temperature",
"Temperature of yeast is not in range.")
time.sleep(sleep_time)
except Exception as e:
print(e)
tmp = self.read_temp(request_number)
try:
print(
" Temperature of yeast is in range and ready to use.\n")
time.sleep(sleep_time * 2)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Temperature\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no,
"Prep.Temperature", "Temperature of yeast measured.",
datetime.datetime.now(), "pass")
print(log.generate_log())
time.sleep(sleep_time * 2)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Prep.Temperature",
"Temperature of yeast measured")
time.sleep(sleep_time * 2)
except Exception as e:
# Exception: checks if measurement has failed
print(e)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Temperature\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.Temperature",
"Failed to measure temperature of yeast",
datetime.datetime.now(), "fail")
print(log.generate_log())
time.sleep(sleep_time * 2)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Prep.Temperature",
"Failed to measure temperature of yeast")
time.sleep(sleep_time)
def read_weight_grains(self, recipe, request_number):
"""
Displays the actual weight of the grains
:param recipe: a Recipe instance
:param request_number: brew request number
:return: a float, the grains weight that goes into the weight scale
"""
try:
grain = list(recipe.grain.keys())
weight = list(recipe.grain.values())
weight = list(map(lambda x: float(x.replace(",", "")), weight))
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", "Grains list and weight copied from ordered brew recipe.",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Grains list and weight copied from ordered brew recipe")
time.sleep(1)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", "Hops list and weight copied from ordered brew recipe.",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Hops list and weight copied from ordered brew recipe")
time.sleep(sleep_time)
j = 1
for i in range(len(grain)):
weight_scale = 0.0
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no + 1, "Prep.WeightScale", "Weight scale is set to zero.",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Weight scale is set to zero")
time.sleep(sleep_time)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", "Brewer is being asked to dispense " + grain[i] + ".",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Brewer is being asked to dispense " + grain[i] + ".")
time.sleep(sleep_time)
print(" \033[1m3." + str(j) + " To brew the beer for this batch, " + str(weight[i]) + " pounds of " +
grain[i]
, " needed.\033[0m\n"
)
time.sleep(sleep_time)
print(" ****Weight scale is calibrated to \033[1m0.0\033[0m. \n")
time.sleep(sleep_time)
input(" Press the Enter to dispense \033[1m" + grain[i] + "\033[0m:\n")
for weight_scale in arange(float(weight[i])):
weight_scale = weight_scale + 1.0
time.sleep(sleep_time)
print(" \033[1m" + str(
weight_scale) + "\033[0;0m pound(s) \033[1m" + grain[i] + "\033[0m received. \033[1m" + str(
weight[i] - weight_scale) + "\033[0m pound(s) left to be dispensed. \n")
time.sleep(sleep_time)
if float(weight[i]) == weight_scale:
print(" \033[1m" + grain[i] + "\033[0m are measured and \033[1m" + str(
weight_scale) + "\033[0m pounds received. \n")
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", grain[i] + " grain received.",
datetime.datetime.now(),
"pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
grain[i] + "grain received.")
time.sleep(sleep_time)
j = j + 1
i = i + 1
return weight_scale
except Exception as e:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"WeightScale\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.WeightScale", "Failed to dispense " + grain[i] + ".",
datetime.datetime.now(),
"fail")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(ml, request_number, "Prep.WeightScale",
"Failed to dispense " + grain[i] + ".")
print(e)
def read_temp(self, request_number):
"""
Gathers temperature readings for yeast and logs those readings to ServiceNow and MongoDB
A keyboard input is used proceed to the next step
:param request_number: a brew batch request number
:return: temperature reading
"""
try:
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Temperature\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.Temperature",
"Waiting to measure temperature of yeast",
datetime.datetime.now(), "pass")
print(log.generate_log())
time.sleep(sleep_time)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Prep.Temperature",
"Waiting to measure temperature of yeast")
time.sleep(sleep_time)
temperature = random.randrange(55, 85, 1)
input(
"\033[1m 2. Press Enter to measure temperature of yeast: \033[0m\n"
)
time.sleep(sleep_time * 3)
print(
'\t\t\tTemp = \033[1m{0:0.0f}*\033[0;0m F'.format(temperature))
time.sleep(sleep_time * 2)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Temperature\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no,
"Prep.Temperature", "Temperature of yeast received",
datetime.datetime.now(), "pass")
print(log.generate_log())
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Prep.Temperature",
"Temperature of yeast received")
time.sleep(sleep_time * 2)
return temperature
except Exception as e:
# Exception: checks if measurement has failed
print(e)
status_log = "{\"batch_id\":\"" + request_number + "\", \"brew_batch_stage\":\"Prep\", \"log\":\"Temperature\"}"
sn_log = ServiceNowLog()
ServiceNowLog.create_new_log(sn_log, status_log)
self.log_no = self.log_no + 1
log = Log(self.log_no, "Prep.Temperature",
"Failed to check temperature of yeast",
datetime.datetime.now(), "fail")
print(log.generate_log())
time.sleep(sleep_time * 2)
ml = MongoLogging.MongoLogging()
MongoLogging.MongoLogging.MongoLog(
ml, request_number, "Prep.Temperature",
"Fail to check temperature of yeast")
time.sleep(sleep_time * 2)