def edit_kind(ats: Account) -> None:
"""Prompts user for a new value for Account name
"""
print("\nEditing Kind\n" + ("=" * 40))
while True:
a = bc.select_account(ats)
if a == bc.breakout_account:
break
while True:
print("\nInput New Kind\n" + ("=" * 40))
try:
for k, v in bc.kind_to_str.items():
print("{:>3}.".format(k + 1), v)
choice_str = input(
"Select new name by number (Current kind: " +
bc.kind_to_str[a.get_kind()] + "): ")
choice = int(choice_str) - 1
valid.kind(choice)
if bc.binary_question(
"Confirm new kind is " + bc.kind_to_str[choice] +
" ([y]es [n]o): ", "y", "n"):
a.set_kind(choice)
if not bc.binary_question("Enter a new kind ([y]es or [n]o): ",
"y", "n"):
break
except Exception as e:
print(" An error has occurred: " + str(e))
if not bc.binary_question(
"Edit another Account's kind ([y]es or [n]o): ", "y", "n"):
break
def edit_goal(ats: Account) -> None:
"""Mutates the goal of the selected Account and timeframe.
Provides user interface for mutating this information
"""
print("\nEditing Goal\n" + ("="*40))
while True:
a = bc.select_account(ats)
if a == bc.breakout_account:
break
while True:
print()
y = bc.trans_timeframe(a.get_budgets())
print()
m = bc.months_to_int[bc.trans_timeframe([bc.months(i) for i in a.get_budgets(y)] + [-1])[:3]]
while True:
print("\nInput New Goal\n" + ("="*40))
try:
choice_str = input("Enter new goal (Current goal: {:.2f}): ".format(a.get_goal(y,m)/100))
choice = int(choice_str) * 100
valid.amount(choice)
if bc.binary_question("Confirm new goal is {:.2f}".format(choice/100) + " ([y]es [n]o): ", "y", "n"):
a.set_goal(y, m, choice)
break
except Exception as e:
print(" An error has occurred: " + str(e))
if not bc.binary_question("Enter goals for other months ([y]es or [n]o): ", "y", "n"):
break
if not bc.binary_question("Edit a goal for another Account ([y]es or [n]o): ", "y", "n"):
break
def menu(ts, i, ats) -> None:
"""Revises Transaction object based on user input
"""
attribs = ("yrr", "mth", "day", "dsc", "dac", "cac", "crr", "flw", "amt",
"prc", "del", "esc")
editing = True
while editing:
print(_menu + "\n\nSelected Transaction:\n" + header())
if len(ts) == 0:
print(" No Transactions to edit")
break
try:
# Placing this in try statement prevents exception from being raised
# when Transaction is deleted
try:
print(view(ts[i]))
except:
print("{:^100}".format(
"Transaction No Longer Available: It Was Deleted"))
break
choice = input("Your choice: ").rstrip()
assert choice in attribs, "{} not an option.".format(choice)
if choice == "esc":
break
_new_input(ts, i, as_attrib[choice], ats)
editing = bc.binary_question("Continue editing ([y]es or [n]o): ",
"y", 'n')
except Exception as e:
print(" An error occured: transedit.main: {}".format(e))
def main(ts: ["Transaction"]) -> None:
"""Requests user prompt to display information about Transactions
"""
ts.sort(key=lambda x: (x.get_year(), x.get_month(), x.get_day()))
viewing = True
while viewing:
print(menu)
try:
choice = input("Your choice: ").rstrip()
if choice == "yrr":
_by_year(ts)
elif choice == "mth":
_by_month(ts)
elif choice == "ymo":
_by_pair(ts)
elif choice == "cst":
_by_custom(ts)
elif choice == "esc":
break
else:
print("Choice {} not an option. Try again.".format(choice))
except Exception as e:
print(" An error occurred: " + str(e))
break
viewing = bc.binary_question("View more transactions? ([y]es or [n]o): ", "y", "n")
def main(ts: ["Transaction"]) -> None:
"""Requests user prompt to display information about Transactions
"""
ts.sort(key=lambda x: (x.get_year(), x.get_month(), x.get_day()))
viewing = True
while viewing:
print(menu)
try:
choice = input("Your choice: ").rstrip()
if choice == "yrr":
_by_year(ts)
elif choice == "mth":
_by_month(ts)
elif choice == "ymo":
_by_pair(ts)
elif choice == "cst":
_by_custom(ts)
elif choice == "esc":
break
else:
print("Choice {} not an option. Try again.".format(choice))
except Exception as e:
print(" An error occurred: " + str(e))
break
viewing = bc.binary_question(
"View more transactions? ([y]es or [n]o): ", "y", "n")
def menu(ts, i, ats) -> None:
"""Revises Transaction object based on user input
"""
attribs = ("yrr", "mth", "day", "dsc", "dac", "cac", "crr", "flw", "amt",
"prc", "del", "esc")
editing = True
while editing:
print(_menu+"\n\nSelected Transaction:\n" + header())
if len(ts) == 0:
print(" No Transactions to edit")
break
try:
# Placing this in try statement prevents exception from being raised
# when Transaction is deleted
try:
print(view(ts[i]))
except:
print("{:^100}".format("Transaction No Longer Available: It Was Deleted"))
break
choice = input("Your choice: ").rstrip()
assert choice in attribs, "{} not an option.".format(choice)
if choice == "esc":
break
_new_input(ts, i, as_attrib[choice], ats)
editing = bc.binary_question("Continue editing ([y]es or [n]o): ", "y", 'n')
except Exception as e:
print(" An error occured: transedit.main: {}".format(e))
def edit_name(ats: Account) -> None:
"""Prompts user for a new value for Account name
"""
print("\nEditing Name\n" + ("="*40))
while True:
a = bc.select_account(ats)
if a == bc.breakout_account:
break
while True:
print("\nInput New Name\n" + ("="*40))
choice = input("New name (Current name: " + a.get_name() + "): ")
if bc.binary_question("Confirm new name is " + choice + " ([y]es [n]o): ", "y", "n"):
a.set_name(choice)
if not bc.binary_question("Enter a new name ([y]es or [n]o): ", "y", "n"):
break
if not bc.binary_question("Edit another Account's name ([y]es or [n]o): ", "y", "n"):
break
def main(ts: [Transaction], ats: [Account]) -> None:
"""Revises Transaction from a Transaction collection, based on
user input
"""
editing = True
while editing:
t = _select_trans(ts)
if isinstance(t, Transaction):
menu(ts, ts.index(t), ats)
editing = bc.binary_question("Edit another transaction ([y]es or [n]o): ", "y", "n")
def main(ts: [Transaction], ats: [Account]) -> None:
"""Revises Transaction from a Transaction collection, based on
user input
"""
editing = True
while editing:
t = _select_trans(ts)
if isinstance(t, Transaction):
menu(ts, ts.index(t), ats)
editing = bc.binary_question(
"Edit another transaction ([y]es or [n]o): ", "y", "n")
def edit_name(ats: Account) -> None:
"""Prompts user for a new value for Account name
"""
print("\nEditing Name\n" + ("=" * 40))
while True:
a = bc.select_account(ats)
if a == bc.breakout_account:
break
while True:
print("\nInput New Name\n" + ("=" * 40))
choice = input("New name (Current name: " + a.get_name() + "): ")
if bc.binary_question(
"Confirm new name is " + choice + " ([y]es [n]o): ", "y",
"n"):
a.set_name(choice)
if not bc.binary_question("Enter a new name ([y]es or [n]o): ",
"y", "n"):
break
if not bc.binary_question(
"Edit another Account's name ([y]es or [n]o): ", "y", "n"):
break
def edit_goal(ats: Account) -> None:
"""Mutates the goal of the selected Account and timeframe.
Provides user interface for mutating this information
"""
print("\nEditing Goal\n" + ("=" * 40))
while True:
a = bc.select_account(ats)
if a == bc.breakout_account:
break
while True:
print()
y = bc.trans_timeframe(a.get_budgets())
print()
m = bc.months_to_int[bc.trans_timeframe(
[bc.months(i) for i in a.get_budgets(y)] + [-1])[:3]]
while True:
print("\nInput New Goal\n" + ("=" * 40))
try:
choice_str = input(
"Enter new goal (Current goal: {:.2f}): ".format(
a.get_goal(y, m) / 100))
choice = int(choice_str) * 100
valid.amount(choice)
if bc.binary_question(
"Confirm new goal is {:.2f}".format(choice / 100) +
" ([y]es [n]o): ", "y", "n"):
a.set_goal(y, m, choice)
break
except Exception as e:
print(" An error has occurred: " + str(e))
if not bc.binary_question(
"Enter goals for other months ([y]es or [n]o): ", "y",
"n"):
break
if not bc.binary_question(
"Edit a goal for another Account ([y]es or [n]o): ", "y", "n"):
break
def edit_kind(ats: Account) -> None:
"""Prompts user for a new value for Account name
"""
print("\nEditing Kind\n" + ("="*40))
while True:
a = bc.select_account(ats)
if a == bc.breakout_account:
break
while True:
print("\nInput New Kind\n" + ("="*40))
try :
for k,v in bc.kind_to_str.items():
print("{:>3}.".format(k + 1), v)
choice_str = input("Select new name by number (Current kind: " + bc.kind_to_str[a.get_kind()] + "): ")
choice = int(choice_str) - 1
valid.kind(choice)
if bc.binary_question("Confirm new kind is " + bc.kind_to_str[choice] + " ([y]es [n]o): ", "y", "n"):
a.set_kind(choice)
if not bc.binary_question("Enter a new kind ([y]es or [n]o): ", "y", "n"):
break
except Exception as e:
print(" An error has occurred: " + str(e))
if not bc.binary_question("Edit another Account's kind ([y]es or [n]o): ", "y", "n"):
break
def _enter_block():
"""Loop to enter transactions under a specific month and year
"""
ts = list()
print("Entering year and month\n" + ("="*40))
y = _prompt_year()
if y == -1:
return ts
m = _prompt_month()
if m == -1:
return ts
entering = True
while entering:
try:
ts.append(_enter(y,m))
except Exception as e:
print(" An error has occurred: " + str(e))
else:
entering = bc.binary_question("Enter another question ([y]es or [n]o): ", "y", "n")
return ts
def _new_input(ts: [Transaction], trans_index: int, attrib: str,
ats: [Account]) -> None:
"""Mutates a transaction based on user input
"""
trans_to_edit = ts[trans_index]
while True:
try:
if attrib == "day":
choice = input("Enter new day (previous: {}): ".format(
trans_to_edit.get_day() + 1))
trans_to_edit.set_day(int(eval(choice) - 1))
break
elif attrib == "month":
choice = input("Enter new month (previous: {}): ".format(
trans_to_edit.get_month() + 1))
trans_to_edit.set_month(int(eval(choice) - 1))
break
elif attrib == "year":
choice = input("Enter new year (previous: {}): ".format(
trans_to_edit.get_year() + 1))
trans_to_edit.set_year(int(eval(choice) - 1))
break
elif attrib == "description":
choice = input("Enter new description (previous: {}): ".format(
trans_to_edit.get_description()))
trans_to_edit.set_description(choice)
break
elif attrib == "dr_account":
choice = input("Enter new account (previous: {}): ".format(
trans_to_edit.get_dr_account()))
trans_to_edit.set_dr_account(choice)
break
elif attrib == "cr_account":
choice = input("Enter new account (previous: {}): ".format(
trans_to_edit.get_cr_account()))
trans_to_edit.set_cr_account(choice)
break
elif attrib == "description":
choice = input("Enter new description (previous: {}): ".format(
trans_to_edit.get_currency()))
trans_to_edit.set_currency(choice)
break
elif attrib == "amount":
choice = input("Enter new amount (previous: {:.2f}): ".format(
round(trans_to_edit.get_amount() / 100, 2)))
trans_to_edit.set_amount(eval(choice) * 100)
break
elif attrib in ("delete"):
if bc.binary_question(
"Are you sure you want to delete this transaction ([y]es or [n]o): ",
"y", "n"):
for a in ats:
if ts[trans_index] in a:
a.remove(ts[trans_index])
ts.remove(ts[trans_index])
print("Transaction Successfully Deleted")
break
else:
break
except Exception as e:
print(" An error has occurred: " + str(e))
else:
print("Transaction Successfully Updated")
def _opt_edit(t: Transaction) -> Transaction:
"""Prompts user to edit a Transaction
"""
if bc.binary_question("Edit transaction ([y]es or [n]o): ", "y", "n"):
trans_edit.menu(t)
return t
def _new_input(ts: [Transaction], trans_index: int, attrib: str, ats: [Account]) -> None:
"""Mutates a transaction based on user input
"""
trans_to_edit = ts[trans_index]
while True:
try:
if attrib == "day":
choice = input("Enter new day (previous: {}): ".format(
trans_to_edit.get_day() + 1))
trans_to_edit.set_day(int(eval(choice) - 1))
break
elif attrib == "month":
choice = input("Enter new month (previous: {}): ".format(
trans_to_edit.get_month() + 1))
trans_to_edit.set_month(int(eval(choice) - 1))
break
elif attrib == "year":
choice = input("Enter new year (previous: {}): ".format(
trans_to_edit.get_year() + 1))
trans_to_edit.set_year(int(eval(choice) - 1))
break
elif attrib == "description":
choice = input("Enter new description (previous: {}): ".format(
trans_to_edit.get_description()))
trans_to_edit.set_description(choice)
break
elif attrib == "dr_account":
choice = input("Enter new account (previous: {}): ".format(
trans_to_edit.get_dr_account()))
trans_to_edit.set_dr_account(choice)
break
elif attrib == "cr_account":
choice = input("Enter new account (previous: {}): ".format(
trans_to_edit.get_cr_account()))
trans_to_edit.set_cr_account(choice)
break
elif attrib == "description":
choice = input("Enter new description (previous: {}): ".format(
trans_to_edit.get_currency()))
trans_to_edit.set_currency(choice)
break
elif attrib == "amount":
choice = input("Enter new amount (previous: {:.2f}): ".format(
round(trans_to_edit.get_amount()/100, 2) ))
trans_to_edit.set_amount(eval(choice)*100)
break
elif attrib in ("delete"):
if bc.binary_question(
"Are you sure you want to delete this transaction ([y]es or [n]o): ",
"y", "n"):
for a in ats:
if ts[trans_index] in a:
a.remove(ts[trans_index])
ts.remove(ts[trans_index])
print("Transaction Successfully Deleted")
break
else:
break
except Exception as e:
print(" An error has occurred: " + str(e))
else:
print("Transaction Successfully Updated")