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mystates.py
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mystates.py
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# -*- coding: utf-8 -*-
"""
Created on Mon Jun 29 16:31:29 2020
@author: adam
"""
# my_states.py
import time
from time import sleep
from state import State
class Plants_healthy(State):
"""
The state which indicates that there are limited device capabilities.
"""
print("plants healthy")
def on_event(self, event):
if event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
# Start of our states
class ObservingState(State):
"""
The state which indicates that there are limited device capabilities.
"""
print("cameras looking")
def on_event(self, event):
if event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Nitrogen_Solution_pump(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
print("nitrogen pump on")
def on_event(self, event):
if event == 'done_pumping':
return ObservingState()
elif event == 'Needs_Nitrogen':
return Done_Pumping()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Light_On(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
time.sleep(30)
print("light is on")
def on_event(self, event):
if event == 'Light_On':
return Light_Off()
elif event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Light_Off(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
print("now the light has recieved the off signal")
time.sleep(10)
def on_event(self, event):
if event == 'Light_Off':
return ObservingState()
elif event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Release_Valve_On_10_seconds(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
def on_event(self, event):
if event == 'Release_Valve_On_10_seconds':
return Done_Pumping()
elif event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Done_Pumping(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
def on_event(self, event):
if event == 'Done_Pumping':
return ObservingState()
elif event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Water_Pump_On_10_seconds(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
def on_event(self, event):
if event == 'Water_Pump_On_10_seconds':
return Done_Pumping()
elif event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Phosphorus_Solution_Pump(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
def on_event(self, event):
if event == 'Phosphorus_Solution_Pump':
return Done_Pumping()
elif event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
return self
class Potasium_Solution_Pump(State):
"""
The state which indicates that there are no limitations on device
capabilities.
"""
def on_event(self, event):
if event == 'Phosphorus_Solution_Pump':
return Done_Pumping()
elif event == 'Needs_Nitrogen':
return Nitrogen_Solution_pump()
elif event == 'Needs_Potasium':
return Potasium_Solution_Pump()
elif event == 'Needs_phosphorus':
return Phosphorus_Solution_Pump()
elif event == 'Needs_Water':
return Water_Pump_On_10_seconds()
elif event == 'Needs_Light':
return Light_On()
elif event == 'Needs_Darnkess':
return Light_Off()
elif event == 'Needs_Less_water':
return Release_Valve_On_10_seconds()
elif event == 'Plants_Healthy':
print("plants healthy for now..")
time.sleep(5)
return ObservingState()
#End of our states.