def list_available_lists():
gt = Gtasks()
available_list = gt.get_lists()
list_names = []
list_index = 0
i = 1
if len(available_list) > 1:
print("These are your avaliable task list, please choose one: ")
for task_list in available_list:
print("{0}) {1}".format(i,task_list))
list_names.append(task_list)
i=i+1
list_index = input("Choose a list by the number: ")
while int(list_index) < 0 or int(list_index) > len(list_names):
print(list_index)
print("Choose a playlist available on the list.")
list_index = input("Choose a playlist by the number: ")
print ("Gonna syncronize notion tasks with this task list {0}".format(list_names[int(list_index)-1]))
else:
print("There is only one list available, so don't need to choose.")
list_names.append(available_list[0])
list_index = 0
final_id = list_names[int(list_index)-1]
return str(final_id)
def update_tasks(self):
gt = Gtasks()
task_list = -1
try:
task_list = gt.get_tasks()
except HTTPError as err:
if err.code == 503:
print("Google Tasks service unavailable. Refresh skipped.")
else:
print(f"HTTP error in update_tasks() : {err.code}")
raise
if task_list != -1:
# then task_list has been populated + is safe to iterate over
tasks_dict = {}
# Get all the root tasks first
for task in task_list:
if task.parent == None:
# then this is a root task - add to dict
tasks_dict[task.title] = []
# Get all the subtasks
for task in task_list:
if task.parent != None:
# then this is a subtask - add to its parent
prnt = task.parent
tasks_dict[prnt.title].append(task.title)
tasks_str = ""
for task in tasks_dict:
tasks_str += ("> " + task + "\n")
for subtask in tasks_dict[task]:
tasks_str += (" - " + subtask + "\n")
tasks_str += ("Last updated: " +
datetime.now().strftime("%a, %d %b at %H:%M"))
# Set word wrap length to suit Button width
self.tasksButton.configure(wraplength=400)
# Add string to button
self.tasksButton.configure(text=tasks_str)
self.after(self.auto_refresh_time_ms, self.update_tasks)
def _find_list_with_name(name):
"""Returns single list that matched if we found a match, or None if it's not sure.
Will print debug info if not found.
"""
g = Gtasks()
lists = g.get_lists()
available_list_names = [l.title for l in lists]
matching_lists = [l for l in lists if l.title.lower() == name.lower()]
if len(matching_lists) > 1:
print(
f"Found {len(matching_lists)} lists that match name, not sure which to use: {name}"
)
return None
if len(matching_lists) == 0:
print(f"Could not find any lists that match that name: {name}")
print("Available list names:")
print(", ".join(available_list_names))
return None
return matching_lists[0]
def lists():
g = Gtasks()
lists_ = g.get_lists()
names = [l.title for l in lists_]
print("Found Lists:")
print("\n".join(names))
def authenticate():
"""Simply construct a Gtasks object which will prompt authentication."""
Gtasks()
def gettoday(): #get today's date
return date.today()
def build_tasks_list(task_list):
global tasks #needs to be global so tasks can be used outside of def
tasks = gt.get_list(task_list)
def Add_task(TaskDesc, TaskDate): #add new task to selected list
tasks.new_task(TaskDesc, TaskDate)
if __name__ == "__main__":
gt = Gtasks()
task_list = input("Enter name of list to update: "
) #Needs to be existing task list at this time.
build_tasks_list(task_list)
print("1- Add Individual Sunday Tasks")
print("2- Add multiple tasks (today's date)")
print("3- Add Standard Sunday Task List")
menu = input("Selection: ")
if menu == '1':
task_Desc = input("Task Description: ")
Add_task(task_Desc, getnextsunday())
elif menu == '2':
lines = []
while True:
line = input("Task Description (if done just press enter):")
if line: