def add_pomodoro():
outputFile = open('pomLog.csv','a',newline='')
pomWriter = csv.writer(outputFile, lineterminator='\n')
print('YAY! a new tomato!')
x = Pomodoro()
pomWriter.writerow([x.date,time_convert(x.time),x.tags,x.notes])
outputFile.close()
def testPauseAndResumePomodoros(self):
pomo = Pomodoro()
# we cannot pause a Pomodoro that has not been started yet
self.assertRaises( Exception, pomo.pause )
pomo.start()
time1 = pomo.getTimeLeft()
pomo.pause()
time.sleep(1)
pomo.resume()
time2 = pomo.getTimeLeft()
self.assertTrue( time2 + timedelta(seconds=1) < time1 )
def main():
app = QApplication(sys.argv)
app.setQuitOnLastWindowClosed(False)
w = Pomodoro()
tray = MySystemTray()
menu = tray.get_menu()
timer_action = menu.addAction("Timer")
timer_action.triggered.connect(w.show)
app.exec_()
def testCreatePomodoros(self):
pomo = Pomodoro()
self.assertEquals( timedelta(minutes=25), pomo.pomodoroTime,
'A pomodoro starts with a default time of 25 minutes and it \
does not start counting down until it is started')
pomo2 = Pomodoro(minutes=1)
self.assertEquals( timedelta(minutes=1), pomo2.pomodoroTime,
'A pomodoro can be started with any integer positive value')
self.assertTrue( pomo2.pomodoroTime == timedelta(minutes=1),
'A pomodoro can be created with the low boundary value' )
# max int32 value
pomo3 = Pomodoro(minutes=2147483647)
self.assertEqual( timedelta(minutes=2147483647), pomo3.pomodoroTime,
'A pomodoro can be created with the high boundary value')
# test that we can't create pomodoros with non valid values
self.assertRaises( Exception, Pomodoro, -2)
self.assertRaises( Exception, Pomodoro, 0)
self.assertRaises( Exception, Pomodoro, 'a string' )
self.assertRaises( Exception, Pomodoro, [] )
def testPomodoroPausesCounter(self):
pomo = Pomodoro()
pomo.start()
self.assertEquals( pomo.pauses, 0 )
pomo.pause()
pomo.resume()
self.assertEquals( pomo.pauses, 1 )
i=0
while i<10:
pomo.pause()
pomo.resume()
i += 1
self.assertEquals( pomo.pauses, 11 )
def main():
# create pomodoro & begin first task
task_goal = input("Enter the number of tasks you want to do today: ")
task_length_minutes = input("Enter the length of each task: ")
short_break_length = input("Enter the length of a short break: ")
long_break_length = input("Enter the length of a long break: ")
pomodoro = Pomodoro(task_goal, long_break_length, short_break_length,
task_length_minutes)
pomodoro.start_task()
while True:
# Initialize last_summary variable to 15 seconds in the past
last_summary = pomodoro.timer_start - timedelta(seconds=15)
# while the timer is running
while pomodoro.get_time_remaining() > timedelta(seconds=0):
current_time = datetime.now()
# print a summary of the current timer every 15 seconds
if (current_time - last_summary) > timedelta(seconds=15):
pomodoro.print_summary()
# update timer to track when the last summary was printed
last_summary = current_time
# if we are on a task, complete the task. Otherwise, we start the task timer
if pomodoro.timer_type == Pomodoro.TIMER_TASK:
# complete the task
pomodoro.complete_task()
# check to see if need to continue to a break or stop the pomodoro
if pomodoro.done():
break
if pomodoro.task_count % pomodoro.long_break_goal == 0:
pomodoro.start_long_break()
else:
pomodoro.start_short_break()
else:
pomodoro.start_task()
# we have met our pomodoro goal
print("\nPomodoro Complete!")
def pomodoro_callback(bot, update, **kwargs):
global pomodoro
args = kwargs.get('args')
_job_queue = kwargs.get('job_queue')
if args[0] == 'start':
logger.info('starting pomodoro')
pomodoro = Pomodoro()
_job_queue.run_repeating(pomodoro_alarm,
interval=0,
first=0,
context=update.message.chat_id)
if args[0] == 'stop':
logger.info('stopping pomodoro')
pomodoro = None
_job_queue.enabled = False
def run(new):
while True:
if new == False:
p = load_pomodoro()
new = True
show_commands()
choice = input('\nWhat would you like to do? ')
if choice == 'a':
if not p:
p = Pomodoro()
while True:
task = input('\nTask: ')
p.add_task({"task": task, "complete": False})
response = input('\nWould you like to add another task? ')
if response == 'n':
break
elif choice == 'r':
try:
p.check_tasks()
to_remove = input('\nPlease select a task to remove: ')
p.remove_task(int(to_remove))
except UnboundLocalError:
print('\nYou have not loaded or created a pomodoro session, so no tasks can be deleted')
elif choice == 's':
filename = input('\nPlease enter a name for your save: ')
p.save_tasks(filename=filename)
elif choice == 'p':
p.check_tasks()
elif choice == 'b':
# TODO: add the running of a pomodoro
p.begin_pomodoro()
else:
break
import os
from pomodoro import Pomodoro
os.chdir("..") # Go up one directory from working directory
# Create database if it does not exist
database_path = "data\pomodoros.db"
if not os.path.exists(database_path):
print("Creating database ...")
os.system("database.py")
conn = sqlite3.connect("data\pomodoros.db")
cursor = conn.cursor()
pomodoro = Pomodoro(cursor)
### Main loop
while True:
# Show the categories available
category_id = pomodoro.show_categories()
project_id = pomodoro.show_projects(category_id)
pomodoro_time = input("Add the length of the pomodoro in minutes: ")
# call for the timer
pomodoro.timer(minutes=pomodoro_time)
# Rest timer
pomodoro.timer(mode="rest")
# Ask for satisfaction
from pomodoro import Pomodoro pomodoro = Pomodoro() pomodoro.start()
from pomodoro import Pomodoro
from breakTime import BreakTime, BreakEnum
import time
total_checkmark_to_long_break = 5
btime = BreakTime(3, 15)
pomodoro = Pomodoro(2, total_checkmark_to_long_break)
def startBreak(checkmark, cicle, breakType):
print('\n--- Time to rest! ---\n')
btime.run(breakType)
pomodoro.run()
pomodoro.onFinishSection += startBreak
pomodoro.run()
def testPomodoroNotActiveAfterItsTimePassed(self):
pomo = Pomodoro(seconds=1)
pomo.start()
time.sleep(1)
self.assertRaises( Exception, pomo.pause )
def testStartAndRestartPomodoros(self):
pomo = Pomodoro()
pomo.start()
self.assertTrue( pomo.getTimeLeft() < timedelta(minutes=25), 'A started pomodoro initiates the countdown' )
pomo.start()
self.assertTrue( pomo.getTimeLeft().seconds/60 == 24 )
def load_pomodoro():
Pomodoro.show_saved_pomodoros()
choice = input('\nPlease select a pomodoro to load: ')
p = Pomodoro(Pomodoro.load_pomodoro(choice))
return p
def main():
pomodoro = Pomodoro()
pomodoro.run()
