def increase_times(event: Event, increase_percentage: float, threshold: int,
forecast: Forecast):
# print(event)
degrees_above = int(forecast.get_max_temp()) - threshold
total_increase_percentage = degrees_above * increase_percentage
#print("The total increase percentage: " + str(total_increase_percentage))
total_watering_time = event.stop_time - event.start_time
total_watering_time_hour = int(total_watering_time)
total_watering_time_minute = int(
(total_watering_time - total_watering_time) * 100)
total_watering_time_in_minutes = (total_watering_time_hour *
60) + total_watering_time_minute
#print("total_watering_time: " + str(total_watering_time_in_minutes))
increase_in_minutes = total_watering_time_in_minutes * total_increase_percentage
#print(increase_in_minutes)
#print("Total increase time: " + str(increase))
increase_hour = int(increase_in_minutes / 60)
increase_minute = int(increase_in_minutes - increase_hour * 60)
#print("Increase hour: " + str(increase_hour) + " Increase minute: " + str(increase_minute))
current_hour = int(event.stop_time)
current_minute = int((event.stop_time - current_hour) * 100)
if (int(current_minute) + increase_minute) == 60:
new_hour = int(current_hour) + 1 + increase_hour
new_minute = 0
temp = str(new_hour) + '.' + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
elif (int(current_minute) + increase_minute) > 60:
new_hour = current_hour + 1 + increase_hour
new_minute = (current_minute + increase_minute) - 60
if new_minute < 10:
temp = str(new_hour) + ".0" + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
else:
temp = str(new_hour) + "." + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
else:
new_hour = current_hour + increase_hour
new_minute = current_minute + increase_minute
temp = str(new_hour) + "." + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
return event
def increase_times(event: Event, increase_percentage: float, threshold: int, forecast: Forecast):
# print(event)
degrees_above = int(forecast.get_max_temp()) - threshold
total_increase_percentage = degrees_above * increase_percentage
#print("The total increase percentage: " + str(total_increase_percentage))
total_watering_time = event.stop_time - event.start_time
total_watering_time_hour = int(total_watering_time)
total_watering_time_minute = int((total_watering_time - total_watering_time) * 100)
total_watering_time_in_minutes = (total_watering_time_hour * 60) + total_watering_time_minute
#print("total_watering_time: " + str(total_watering_time_in_minutes))
increase_in_minutes = total_watering_time_in_minutes*total_increase_percentage
#print(increase_in_minutes)
#print("Total increase time: " + str(increase))
increase_hour = int(increase_in_minutes/60)
increase_minute = int(increase_in_minutes - increase_hour*60)
#print("Increase hour: " + str(increase_hour) + " Increase minute: " + str(increase_minute))
current_hour = int(event.stop_time)
current_minute = int((event.stop_time - current_hour) * 100)
if (int(current_minute) + increase_minute) == 60:
new_hour = int(current_hour) + 1 + increase_hour
new_minute = 0
temp = str(new_hour) + '.' + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
elif (int(current_minute) + increase_minute) > 60:
new_hour = current_hour + 1 + increase_hour
new_minute = (current_minute + increase_minute) - 60
if new_minute < 10:
temp = str(new_hour) + ".0" + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
else:
temp = str(new_hour) + "." + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
else:
new_hour = current_hour + increase_hour
new_minute = current_minute + increase_minute
temp = str(new_hour) + "." + str(new_minute)
new_time = float(temp)
event.set_stop_time(new_time)
return event
"""
############################################# GLOBAL DEFINITIONS ######################################################
"""
# GLOBAL VARIABLEs
RECV_BUFFER = 8192
ipc_file = "/var/www/Team16Website/garden_net/gn_util/ipc_file.txt"
user_info_file = "/var/www/Team16Website/garden_net/gn_util/user_info.txt"
alerts_file = "/var/www/Team16Website/garden_net/gn_util/alerts.txt"
file_data = ""
db = Database(False)
json_conversion = JSON_Interface()
SOCKET_LIST = []
EVENT_LIST = []
forecast = Forecast()
sending_todays_schedule = False
# Parse the command line for the options on ways to run the script
parser = argparse.ArgumentParser(description="A prattle server")
# -v allows the user to view all of the output of the server
parser.add_argument("-v", "--verbose", action="store_true", dest="verbose", help="turn verbose output on")
args = parser.parse_args()
"""******************* START THE SOCKETS ***********************"""
# @server_socket: Socket that listens for new connections
server_socket = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
server_socket.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
host = socket.gethostname()
port = 5530
if args.verbose:
import socket from weather_forecast import Forecast from database import Database from JSON import JSON_Interface forecast = Forecast() #db = Database(False) ipc_file = "ipc_file.txt" rain_threshold = .8 temp_threshold = 10 json_convert = JSON_Interface() soc = socket.socket(socket.AF_INET, socket.SOCK_STREAM) host = socket.gethostname() port = 5538 #########TESTING db = Database(True) from event import Event from zone import Zone z = Zone(1) z2 = Zone(2) z3 = Zone(3) db.add_zone(z) db.add_zone(z2) test_event0 = Event(3.0, 4.0, 'Sunday', 1, 1) test_event1 = Event(1.0, 2.0, 'Sunday', 1, 1)
# print("rain")
# elif line.split('\t')[0] == "hot":
# if line.split('\t')[1].upper() == "TRUE":
# print("hot as balls")
# hot = True
# demo_weather_report.close()
import json
from database import Database
from event import Event
from zone import Zone
from weather_forecast import Forecast
db = Database(True)
forecast = Forecast()
z = Zone(1)
z2 = Zone(2)
z3 = Zone(3)
db.add_zone(z)
db.add_zone(z2)
db.add_zone(z3)
test_event0 = Event(3.0, 5.0, 'Everyday', 1, 1)
test_event1 = Event(1.0, 3.0, 'Everyday', 1, 1)
test_event2 = Event(2.0, 4.0, 'Everyday', 1, 1)
test_event3 = Event(1.5, 3.5, 'Everyday', 1, 1)
test_event4 = Event(1.0, 3.0, 'Everyday', 1, 2)
test_event5 = Event(1.0, 3.0, 'Everyday', 1, 3)
test_event6 = Event(1.5, 4.0, 'Everyday', 1, 3)
from weather_forecast import Forecast forecast = Forecast() forecast.check_for_freeze()
# print("rain")
# elif line.split('\t')[0] == "hot":
# if line.split('\t')[1].upper() == "TRUE":
# print("hot as balls")
# hot = True
# demo_weather_report.close()
import json
from database import Database
from event import Event
from zone import Zone
from weather_forecast import Forecast
db = Database(True)
forecast = Forecast()
z = Zone(1)
z2 = Zone(2)
z3 = Zone(3)
db.add_zone(z)
db.add_zone(z2)
db.add_zone(z3)
test_event0 = Event(3.0, 5.0, 'Everyday', 1, 1)
test_event1 = Event(1.0, 3.0, 'Everyday', 1, 1)
test_event2 = Event(2.0, 4.0, 'Everyday', 1, 1)
test_event3 = Event(1.5, 3.5, 'Everyday', 1, 1)
test_event4 = Event(1.0, 3.0, 'Everyday', 1, 2)
test_event5 = Event(1.0, 3.0, 'Everyday', 1, 3)
test_event6 = Event(1.5, 4.0, 'Everyday', 1, 3)
