def _select_trans(ts) -> Transaction or None:
"""Returns transaction selected based on iteration
"""
def _cond(y, m, t):
return t.get_year() == y and t.get_month() == bc.months_to_int[m]
print("Unique Years\n" + ("=" * 40))
y = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if y == -1:
return
print("\nUnique Months\n" + ("=" * 40))
s = (bc.months_abv(m)
for m in sorted(set(t.get_month() for t in ts if t.get_year() == y)))
m = bc.trans_timeframe(list(s) + [-1])
if m == -1:
return
ts_tf = sorted((t for t in ts if _cond(y, m, t)),
key=lambda x: x.get_day())
while True:
try:
print("\n" + header(True))
for n0, t in enumerate(ts_tf, 1):
print(view(t, n0))
n = int(input("Select transaction number: ").rstrip())
for n1, v in enumerate(ts_tf, 1):
if n == n1:
return v
except Exception as e:
print(" An error has occurred: " + str(e))
def _by_custom(ts) -> None:
"""Prints transactions in a series of months and years based on user input
"""
def cond(y0, y1, m0, m1, t):
return m0 <= t.get_month() <= m1 and y0 <= t.get_year() <= y1
print()
y0 = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if 0 == y0:
return
s = (bc.months_abv(m) for m in sorted(set(t.get_month() for t in ts)))
print()
m0 = bc.trans_timeframe(list(s) + [-1])
if 0 == m0:
return
print()
y1 = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if 0 == y1:
return
s = (bc.months_abv(m) for m in sorted(set(t.get_month() for t in ts)))
print()
m1 = bc.trans_timeframe(list(s) + [-1])
if 0 == m1:
return
print("\n" + header())
for t in (i for i in ts
if cond(y0, y1, bc.months_to_int[m0], bc.months_to_int[m1], i)):
print(view(t))
def _by_custom(ts) -> None:
"""Prints transactions in a series of months and years based on user input
"""
def cond(y0,y1,m0,m1,t): return m0 <= t.get_month() <= m1 and y0 <= t.get_year() <= y1
print()
y0 = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if 0 == y0:
return
s = (bc.months_abv(m) for m in sorted(set(t.get_month() for t in ts)))
print()
m0 = bc.trans_timeframe(list(s) + [-1])
if 0 == m0:
return
print()
y1 = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if 0 == y1:
return
s = (bc.months_abv(m) for m in sorted(set(t.get_month() for t in ts)))
print()
m1 = bc.trans_timeframe(list(s) + [-1])
if 0 == m1:
return
print("\n"+header())
for t in (i for i in ts if cond(
y0,y1,bc.months_to_int[m0],bc.months_to_int[m1],i)):
print(view(t))
def _select_trans(ts) -> Transaction or None:
"""Returns transaction selected based on iteration
"""
def _cond(y,m,t): return t.get_year() == y and t.get_month() == bc.months_to_int[m]
print("Unique Years\n"+("=" * 40))
y = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if y == -1:
return
print("\nUnique Months\n"+("=" * 40))
s = (bc.months_abv(m) for m in sorted(set(t.get_month() for t in ts if t.get_year() == y)))
m = bc.trans_timeframe(list(s) + [-1])
if m == -1:
return
ts_tf = sorted((t for t in ts if _cond(y,m,t)), key = lambda x: x.get_day())
while True:
try:
print("\n"+header(True))
for n0,t in enumerate(ts_tf, 1):
print(view(t,n0))
n = int(input("Select transaction number: ").rstrip())
for n1, v in enumerate(ts_tf, 1):
if n == n1:
return v
except Exception as e:
print(" An error has occurred: " + str(e))
def _cts(ats: [Account]) -> None:
"""Executes choice to view transactions of an Account over a custom time period
"""
def _cond(t): return y0 <= t.get_year() <= y1 and \
bc.months_to_int[m0] <= t.get_month() <= bc.months_to_int[m1]
a = bc.select_account(ats)
print("\nSelect Start Timeframe\n"+("="*40)) # Timeframe selection
y0 = bc.trans_timeframe(_uy(ats))
if y0 == -1:
return
print()
m0 = bc.trans_timeframe(_um(a, y0))
if m0 == -1:
return
print("\nSelect End Timeframe\n"+("="*40))
y1 = bc.trans_timeframe(_uy(ats))
if y1 == -1:
return
print()
m1 = bc.trans_timeframe(_um(a, y1))
if m1 == -1:
return
print(
"\nDisplaying Transactions for {} from {} {} to {} {}\n".format(
a.get_name(), m0, y0, m1, y1))
print(_display_all_trans(a, _cond))
def _ocst(ats: [Account]) -> None:
"""Executes choice to view one account over a custom period
"""
def _cond(y,m): return (y0,bc.months_to_int[m0]) <= (y,m) <= (y1,bc.months_to_int[m1])
a = bc.select_account(ats)
print("\nSelect Start Timeframe\n"+("="*40)) # Timeframe selection - copy in account analysis module
y0 = bc.trans_timeframe(_uy(ats))
if y0 == -1:
return
print()
m0 = bc.trans_timeframe(_um(a, y0))
if m0 == -1:
return
print("\nSelect End Timeframe\n"+("="*40))
y1 = bc.trans_timeframe(_uy(ats))
if y1 == -1:
return
print()
m1 = bc.trans_timeframe(_um(a, y1))
if m1 == -1:
return
it = [(y,m) for y in a.get_budgets() \
for m in a.get_budgets()[y] if _cond(y,m)]
print(
"\nDisplaying {} with Budgets from {} {} to {} {}".format(
a.get_name(), m0, y0+1, m1, y1+1))
print(_view_range_budget(
a, sorted(it, key=lambda x: (x[0], x[1]), reverse=True), max_char))
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 _omy(ats: [Account]) -> None:
"""Executes choice to view one account for one year and one month
"""
a = bc.select_account(ats)
print()
y0 = bc.trans_timeframe(_uy(ats))
if y0 == -1:
return
print()
m0 = bc.trans_timeframe(_um(a, y0))
if m0 == -1:
return
print(_view_tf_budget(a, (y0, bc.months_to_int[m0] )))
def _by_pair(ts) -> None:
"""Prints transactions in a month and year based on user input
"""
print()
y = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if y == -1:
return
s = (bc.months_abv(m) for m in sorted(set(t.get_month() for t in ts)))
print()
m = bc.trans_timeframe(list(s) + [-1])
if m == -1:
return
print("\n"+header())
for t in (i for i in ts if i.get_month() == bc.months_to_int[m] and \
i.get_year() == y):
print(view(t))
def _by_pair(ts) -> None:
"""Prints transactions in a month and year based on user input
"""
print()
y = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if y == -1:
return
s = (bc.months_abv(m) for m in sorted(set(t.get_month() for t in ts)))
print()
m = bc.trans_timeframe(list(s) + [-1])
if m == -1:
return
print("\n" + header())
for t in (i for i in ts if i.get_month() == bc.months_to_int[m] and \
i.get_year() == y):
print(view(t))
def _by_year(ts) -> None:
"""Prints transactions in a year based on user input
"""
print()
y = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if y == -1:
return
print("\n"+header())
for t in (i for i in ts if i.get_year() == y):
print(view(t))
def _by_year(ts) -> None:
"""Prints transactions in a year based on user input
"""
print()
y = bc.trans_timeframe(sorted(set(t.get_year() for t in ts)) + [-1])
if y == -1:
return
print("\n" + header())
for t in (i for i in ts if i.get_year() == y):
print(view(t))
def _acst(ats: [Account]) -> None:
"""Executes choice to view all accounts in a specific timeframe
"""
def _cond1(y,m):
return (y0,bc.months_to_int[m0]) <= (y,m) <= (y1,bc.months_to_int[m1])
def _cond2(a):
for y in range(y0,y1+1):
for m in range(bc.months_to_int[m0],bc.months_to_int[m1]+1):
if (y in a.get_budgets() and (m in a.get_budgets()[y])):
return True
return False
print("\nSelect Start Timeframe\n"+("="*40)) # Timeframe selection
y0 = bc.trans_timeframe(_uy(ats))
if y0 == -1:
return
print()
m0 = bc.trans_timeframe(_um_ats(
(a for a in ats if y0 in a.get_budgets()), y0))
if m0 == -1:
return
print("\nSelect End Timeframe\n"+("="*40))
y1 = bc.trans_timeframe(_uy(ats))
if y1 == -1:
return
print()
m1 = bc.trans_timeframe(_um_ats(
(a for a in ats if y1 in a.get_budgets()), y1))
if m1 == -1:
return
it = sorted(
set(
(y,m) for a in ats for y in a.get_budgets() for m in a.get_budgets(y) \
if _cond1(y,m)), reverse=True)
print("\nDisplaying All Accounts with Budgets from {} {} to {} {}".format(
m0, y0+1, m1, y1+1))
print(_view_range_budgets([a for a in ats if _cond2(a)], it, max_char))
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 _breakdown(ats: [Account]) -> None:
"""Executes choice to view the breakdown of transactions
of Accounts
"""
def _um(a: Account, y: int) -> [int]:
"""Returns integers representing unique months of an Account and breakout integer
"""
return sorted(
set(bc.months_abv(m) for m in a.get_budgets(y)),
key=lambda x: bc.months_to_int[x]) + [-1]
def _uy(a: Account or [Account]) -> [int]:
"""Returns integers representing unique years and breakout integer
"""
if type(a) == Account:
return sorted(set(y for y in a.get_budgets())) + [-1]
return sorted(set(y for act in a for y in act.get_budgets())) + [-1]
def _cond1(y,m): return (y0, bc.months_to_int[m0_str[:3]]) \
<= (y,m) <= (y1, bc.months_to_int[m1_str[:3]])
def _um_ats(ats: "generator", y: int) -> [int]:
"""Returns integers represnting unique months of an Account collection
and breakout integer
"""
months = set()
for a in ats:
if y in a.get_budgets():
for m in a.get_budgets(y):
months.add(bc.months(m))
return sorted(months, key=lambda x: bc.months_to_int[x[:3]]) + [-1]
print("\nSelect Start Timeframe\n"+("="*40))
y0 = bc.trans_timeframe(_uy(ats)) # basecui.py selects timeframe based off of one account
if y0 == -1:
return
print()
m0_str = bc.trans_timeframe(_um_ats(ats, y0))
if m0_str == -1:
return
print("\nSelect End Timeframe\n"+("="*40))
y1 = bc.trans_timeframe(_uy(ats))
if y1 == -1:
return
print()
m1_str = bc.trans_timeframe(_um_ats(ats, y1))
if m1_str == -1:
return
k = _select_kind(ats)
k_ats = [a for a in ats if a.get_kind() == k]
total = round(sum(t.get_amount() for a in k_ats for t in a.get_ts())/100, 2)
line = "{:>3}. {:30} {:>10.2f} ({:>6.2f}%)"
print("\nBreakdown of " + bc.kind_to_str[k] + " by Account")
print("{:4} {:32} {:>8} {:>5}".format("Num", "Account Name", "Amount", "Percent"))
print("="*55)
print(line.format(1, "TOTAL", total, 100))
ats.sort(key=lambda x: x.get_name())
for n, a in enumerate(k_ats, 2):
print(_breakdown_str(n, a,
[(y,m) for y in a.get_budgets() for m in a.get_budgets(y) if _cond1(y,m)],
total, line))
def _breakdown(ats: [Account]) -> None:
"""Executes choice to view the breakdown of transactions
of Accounts
"""
def _um(a: Account, y: int) -> [int]:
"""Returns integers representing unique months of an Account and breakout integer
"""
return sorted(set(bc.months_abv(m) for m in a.get_budgets(y)),
key=lambda x: bc.months_to_int[x]) + [-1]
def _uy(a: Account or [Account]) -> [int]:
"""Returns integers representing unique years and breakout integer
"""
if type(a) == Account:
return sorted(set(y for y in a.get_budgets())) + [-1]
return sorted(set(y for act in a for y in act.get_budgets())) + [-1]
def _cond1(y, m): return (y0, bc.months_to_int[m0_str[:3]]) \
<= (y,m) <= (y1, bc.months_to_int[m1_str[:3]])
def _um_ats(ats: "generator", y: int) -> [int]:
"""Returns integers represnting unique months of an Account collection
and breakout integer
"""
months = set()
for a in ats:
if y in a.get_budgets():
for m in a.get_budgets(y):
months.add(bc.months(m))
return sorted(months, key=lambda x: bc.months_to_int[x[:3]]) + [-1]
print("\nSelect Start Timeframe\n" + ("=" * 40))
y0 = bc.trans_timeframe(
_uy(ats)) # basecui.py selects timeframe based off of one account
if y0 == -1:
return
print()
m0_str = bc.trans_timeframe(_um_ats(ats, y0))
if m0_str == -1:
return
print("\nSelect End Timeframe\n" + ("=" * 40))
y1 = bc.trans_timeframe(_uy(ats))
if y1 == -1:
return
print()
m1_str = bc.trans_timeframe(_um_ats(ats, y1))
if m1_str == -1:
return
k = _select_kind(ats)
k_ats = [a for a in ats if a.get_kind() == k]
total = round(
sum(t.get_amount() for a in k_ats for t in a.get_ts()) / 100, 2)
line = "{:>3}. {:30} {:>10.2f} ({:>6.2f}%)"
print("\nBreakdown of " + bc.kind_to_str[k] + " by Account")
print("{:4} {:32} {:>8} {:>5}".format("Num", "Account Name", "Amount",
"Percent"))
print("=" * 55)
print(line.format(1, "TOTAL", total, 100))
ats.sort(key=lambda x: x.get_name())
for n, a in enumerate(k_ats, 2):
print(
_breakdown_str(n, a, [(y, m) for y in a.get_budgets()
for m in a.get_budgets(y) if _cond1(y, m)],
total, line))