def calcIDAdjustment(Corp, eta=0.4):
"""
Calculates the adjustment factors for the corporate and noncorporate debt
and interest.
eta: retirement rate of existing debt
"""
# Create Asset object
asset1 = Asset(data1.btax_defaults, Corp)
asset1.calc_all()
# Get asset forecast
forecast = asset1.get_forecast()
# Create Debt object
debt1 = Debt(data1.btax_defaults, forecast, corp=Corp)
debt1.calc_all()
# Get unscaled net interest deduction
NID_gross = debt1.NID[38:54]
# Get net interest deduction from historical IRS data
if Corp:
NID_irs = np.array(data1.debt_data_corp['NID_IRS'])[38:54]
else:
NID_irs = np.array(data1.debt_data_noncorp['ID_Scorp'][38:54] +
data1.debt_data_noncorp['ID_sp'][38:54] +
data1.debt_data_noncorp['ID_partner'][38:54])
NID_scale = sum(NID_irs / NID_gross) / 16.
return NID_scale
def main():
securities = [
Security(30, "$", RiskLevel.LOW, Trend.UP, 0, "Ukraine", "I"),
Equity(20, "$", RiskLevel.MEDIUM, Trend.DOWN, 0, "Russia", "I",
"Roshen", 0.5),
Debt(10, "$", RiskLevel.HIGH, Trend.UP, 0, "Belarus", "I"),
Derivative(0, "$", RiskLevel.DANGER, Trend.UP, 0, "Moldova", "I",
"house"),
Security(0, "$", RiskLevel.LOW, Trend.DOWN, 10, "Ukraine", "I")
]
manager = SecuritiesManager(*securities)
filteredList = manager.filterByPrice(0)
for s in filteredList:
print(s)
print()
sortedList = SecuritiesManager.sortByPriceAscending(securities)
for s in sortedList:
print(s)
print()
sortedFilteredList = SecuritiesManager.sortByDurationDescending(
filteredList)
for s in sortedFilteredList:
print(s)
def test_loan_prod_2(self):
cfg.set_test_mode('loans_13.csv')
loan.init_loans()
df_debt = Debt().build_dataframe()
self.assertEqual(
round(
df_debt[df_debt['date'] == '2019-12-15']
['total_liab_cad'].values[0], 1), 43116.2,
'Total liabilities CAD do not match')
def end_session(self) -> List[Debt]:
self.terminated = True
total_player_offset = 0
owing_players = []
owed_players = []
debts = []
for player in self.game.players:
player_offset = player.current_bank - player.bought_in_total
if player_offset == 0:
continue
if player_offset < 0:
owing_players.append((player, player_offset))
else:
owed_players.append((player, player_offset))
total_player_offset += player_offset
if total_player_offset != 0:
raise ImpossibleCondition()
owing_players.sort(key=lambda x: x[1])
owed_players.sort(key=lambda x: x[1])
owed_player_idx = 0
for debtor_offset in owing_players:
debtor, debt_remaining = debtor_offset[0], abs(debtor_offset[1])
while debt_remaining > 0:
owed_player, owed = owed_players[owed_player_idx]
if debt_remaining >= owed:
debts.append(
Debt(debtor=debtor.handle,
owed=owed_player.handle,
amount=owed))
debt_remaining -= owed
owed_player_idx += 1
else:
debts.append(
Debt(debtor=debtor.handle,
owed=owed_player.handle,
amount=debt_remaining))
debt_remaining = 0
return debts
def test_closed_loan(self):
cfg.set_test_mode('debt_2.csv')
loan.init_loans()
df_debt = Debt().build_dataframe()
self.assertEqual(
round(
df_debt[df_debt['date'] == '2020-03-15']['debt_cad'].values[0],
1), 2020, 'Debt cad should be 2020')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2020-03-16']['debt_cad'].values[0],
1), 2020, 'Debt cad should be 2020')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2020-03-17']['debt_cad'].values[0],
1), 1010, 'Debt cad should be 1010')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2020-03-15']
['total_liab_cad'].values[0], 2), 2020.66,
'Total liab cad should be 2020.66')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2020-03-16']
['total_liab_cad'].values[0], 2), 2021.32,
'Total liab cad should be 2021.32')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2020-03-17']
['total_liab_cad'].values[0], 2), 1010.99,
'Total liab cad should be 1010.99')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2020-03-18']
['total_liab_cad'].values[0], 2), 1011.32,
'Total liab cad should be 1011.32')
try:
loans = get_loans()
except InitializationDataNotFound:
print(
'[ERROR] Validate \'loan.csv\' and \'btcusd.csv\' files are available'
+ ' in \'/data/\' dir. Terminating execution.')
sys.exit(1)
except ThirdPartyApiUnavailable:
print(
'[ERROR] Third party API not responding, try again later. Terminating execution.'
)
sys.exit(1)
except InvalidData:
print('[ERROR] Invalid "loan.csv" file given. ')
sys.exit(1)
debt = Debt()
debt.build_dataframe()
app = dash.Dash()
app.layout = html.Div([
dcc.Interval(id='interval_price', interval=100000, n_intervals=0),
dcc.Interval(id='interval_ltv', interval=500000, n_intervals=0),
dcc.Interval(id='interval_cost_analysis', interval=500000, n_intervals=0),
dcc.Interval(id='interval_debt', interval=500000, n_intervals=0),
html.H1(id='btc_price', children=''),
html.Div([dcc.Graph(id='graph_cost_analysis')]),
html.Div([dcc.Graph(id='graph_ltv')]),
html.Div([
html.Div([dcc.Graph(id='graph_debt_btc')],
style={
'width': '50%',
def calculate_return(savings_in, returns, gearing_cap, pi_rf, pi_rm, rf):
# Running controls
len_savings = len(savings_in)
assert len_savings == len(
returns), 'Investment plan should be same no of periods as market'
# Setting up constants and dataframe for calculation
ses_val = savings_in.sum() # Possibly add more sophisticated discounting
ist = pi_rm * ses_val
columns = [
'period', 'savings', 'cash', 'new_equity', 'new_debt', 'total_debt',
'nip', 'pv_p', 'interest', 'market_returns', 'pv_u', 'tv_u', 'equity',
'dst', 'phase', 'pi_hat', 'g_hat', 'SU_debt', 'Nordnet_debt'
]
len_columns = len(columns)
pp = np.zeros((len_savings, len_columns))
period, savings, cash, new_equity, new_debt, total_debt, nip, pv_p, interest, market_returns, pv_u, tv_u, equity, dst, phase, pi_hat, g_hat, SU_debt, Nordnet_debt = range(
len_columns)
pp[:, period] = range(len_savings)
pp[:, market_returns] = returns
pp[:, savings] = savings_in
pp[0, market_returns] = 0
# Initializing debt objects
if 'SU' in debt_available.keys():
debt_available['SU'] = Debt(rate_structure=[[0, 0, 0.04]],
rate_structure_type='relative',
initial_debt=0)
if 'Nordnet' in debt_available.keys():
debt_available['Nordnet'] = Debt(rate_structure=[[0, .4, 0.02],
[.4, .6, 0.03],
[.6, 0, 0.07]],
rate_structure_type='relative',
initial_debt=0)
# Period 0 primo
pp[0, cash] = 0
pp[0, new_equity] = pp[0, savings]
pp[0, new_debt] = pp[0, new_equity] * gearing_cap
pp[0, total_debt] = pp[0, new_debt]
pp[0, SU_debt] = min(pp[0, new_debt], 3248)
pp[0, Nordnet_debt] = max(0, pp[0, new_debt] - 3248)
pp[0, nip] = pp[0, new_debt] + pp[0, new_equity]
pp[0, pv_p] = pp[0, nip]
pp[0, pi_hat] = pp[0, pv_p] / ses_val
# Period 0 ultimo
pp[0, interest] = pp[0, new_debt] * max(interest_all_debt(), 0)
pp[0, pv_u] = pp[0, pv_p]
pp[0, tv_u] = pp[0, pv_u] + pp[0, cash]
pp[0, equity] = pp[0, tv_u] - pp[0, total_debt]
pp[0, dst] = ist
pp[0, phase] = 1
# Looping over all reminaning periods
for i in range(1, len_savings):
# Period t > 0 primo
if not (pp[i - 1, tv_u] <= 0 and
(pp[i - 1, interest] > pp[i, savings])):
pp[i, cash] = pp[i - 1, cash] * (1 + rf)
pp[i,
cash], pp[i,
new_equity], pp[i, new_debt] = determine_investment(
pp[i - 1, phase], pp[i - 1, pv_u], pp[i - 1,
tv_u],
pp[i, savings], pp[i - 1, total_debt], pi_rf,
pp[i - 1, dst], gearing_cap, pp[i, period])
if 'SU' in debt_available.keys():
pp[i, SU_debt] = debt_available['SU'].debt_amount
if 'Nordnet' in debt_available.keys():
pp[i, Nordnet_debt] = debt_available['Nordnet'].debt_amount
pp[i, total_debt] = pp[i - 1, total_debt] + pp[i, new_debt]
pp[i, nip] = pp[i, new_equity] + max(0, pp[i, new_debt])
pp[i, pv_p] = pp[i - 1, pv_u] + pp[i, nip]
# Period t > 0 ultimo
if pp[i, period] == 60 and 'SU' in debt_available.keys():
debt_available['SU'].rate_structure = [[0, 0, 0.01]]
pp[i, interest] = max(interest_all_debt(), 0)
pp[i,
pv_u] = pp[i, pv_p] * (1 + pp[i, market_returns]) - pp[i,
interest]
pp[i, tv_u] = pp[i, pv_u] + pp[i, cash]
pp[i, equity] = pp[i, tv_u] - pp[i, total_debt]
pp[i, pi_hat] = min(pp[i, pv_u] / ses_val,
pp[i, pv_u] / pp[i, tv_u])
pp[i, phase] = phase_check(pp[i - 1, phase], pi_rf, pi_rm,
pp[i, pi_hat], pp[i, total_debt])
target_pi = pi_rm if pp[i - 1, phase] < 3 else pi_rf
pp[i, dst] = max(pp[i, tv_u] * target_pi,
ist) # Moving stock target
# pp[i, dst] = max(pp[i-1, dst], max(pp[i, tv_u]*target_pi, ist)) # Locked stock target at highest previous position
else:
print('Warning: Fatal wipeout')
pp[i:, [
savings, cash, new_equity, new_debt, nip, pv_p, interest, pv_u,
tv_u, pi_hat, g_hat
]] = 0
cols = [total_debt, SU_debt, Nordnet_debt, equity, dst, phase]
pp[i:, cols] = pp[i - 1, cols]
break
pp[:, g_hat] = pp[:, total_debt] / pp[:, equity]
pp = pd.DataFrame(pp, columns=columns)
return pp
"""Optimised version of strategy.py to calculate performance of
a leveraged investment strategy"""
import datetime as dt
import math
import time
from itertools import product
import numpy as np
import pandas as pd
import simulate
from debt import Debt
debt_available = {'SU': Debt(), 'Nordnet': Debt()}
def determine_investment(phase, pv_u, tv_u, s, td, pi_rf, dst, g, period):
# returns cash, new_equity, new_debt
if phase == 1:
# Check if gearing cap has been reached
equity = tv_u + s - td
if td > (equity * g):
new_debt = 0
else:
new_debt = nd(g, s, tv_u, td, dst, period)
return 0, s, new_debt
if phase == 2:
stocks_sold = max(pv_u - dst, 0)
debts = []
for file in datafiles:
if os.path.isfile(file):
myFile = open(file) # Open the file
myData = csv.reader(myFile) # CSVReader to take in data
myDebtList = list(myData) # Make list from data
else:
print("Invalid file: {0}, exiting".format(file))
exit()
# For each item in list, create an object and make a list
for item in myDebtList:
if len(item) == 4:
debts.append(
Debt(item[0], float(item[1]), float(item[2]), float(item[3])))
if len(item) == 5: # 5 items if bills on that card
debts.append(
Debt(item[0], float(item[1]), float(item[2]), float(item[3]),
float(item[4])))
for file in initfiles:
if os.path.isfile(file):
myFile = open(file)
myData = csv.reader(myFile)
myInitialData = list(myData)
else:
print("Invalid file: {0}, exiting".format(file))
exit()
currentpath = float(myInitialData[0][0])
def showBudget():
"""
displays the budget tool, and the completed budget
Returns
-----
none
Exceptions
-------------
IndexOutOfBoundsError: Raised when an attempt to submit a budget with an empty bill or debt list happens
ValueError: Raised when a nonnumber is entered into a numerical field for a budget item
"""
messagebox.showinfo("Budget Tool", "Tool enabled in console")
f1 = open("bills.txt", "a+")
f2 = open("debts.txt", "a+")
submitted = False
usingTool = True
while (usingTool):
while (submitted == False):
print(
"press b to enter a bill, d to enter a debt, x to delete the last item, m to return to the main menu, s to submit a budget"
)
userchoice = input()
lastitem = "x"
if (userchoice == "b"):
print("Please enter name of bill")
billName = input()
print("Please enter cost of bill")
billCost = float(input())
f1.write(billName + "," + str(billCost) + "\n")
lastitem = "b"
elif (userchoice == "d"):
print("Please enter name of debt")
debtName = input()
print("Please enter cost of debt")
debtCost = float(input())
print("Please enter interest rate of debt")
debtRate = float(input())
print("Please enter minimumpayment of debt")
debtMinPay = float(input())
print("Please enter principle of debt")
debtPrinciple = float(input())
f2.write(debtName + "," + str(debtCost) + "," + str(debtRate) +
"," + str(debtPrinciple) + "," + str(debtMinPay) +
"\n")
lastitem = "d"
elif (userchoice == "x"):
if (lastitem == "x"):
print("no items found")
elif ("lastitem" == "b"):
lines = f1.readlines()
lines = lines[:-1]
f1.close()
f1 = open("bills.txt", "w")
fl.close()
f1 = open("bills.txt", "a+")
for i in range(0, len(lines)):
f1.write(lines[i] + "\n")
elif ("lastitem" == "d"):
lines = f2.readlines()
lines = lines[:-1]
f2.close()
f2 = open("debts.txt", "w")
f2.close()
f2 = open("debts.txt", "a+")
for i in range(0, len(lines)):
f2.write(lines[i] + "\n")
elif (userchoice == "m"):
controller.show_frame("StartPage")
return 0
elif (userchoice == "s"):
f1.close()
f1 = open("bills.txt", "r")
f2.close()
f2 = open("debts.txt", "r")
f1Lines = f1.readlines()
f2Lines = f2.readlines()
BillList = []
DebtList = []
for i in range(0, len(f1Lines)):
BillName, BillCost = f1Lines[i].strip("\n").split(",")
BillList.append(Bill(BillName, float(BillCost)))
for j in range(0, len(f2Lines)):
DebtName, DebtCost, DebtInterest, DebtPrinciple, DebtMinPay = f2Lines[
j].strip("\n").split(",")
DebtList.append(
Debt(DebtName, float(DebtCost), float(DebtInterest),
float(DebtPrinciple), float(DebtMinPay)))
f1.close()
f2.close()
print("Please enter your monthly income")
income = int(input())
print("Please enter your monthly savings goal")
savingsGoal = int(input())
print(DebtList)
print(BillList)
CurrentBudget = Budget(income, BillList, DebtList, savingsGoal,
[])
budgetsuccess = CurrentBudget.getInfo()
submitted = budgetsuccess
else:
print("invalid choice")
print(
"press v to view the current budget, m to move forward by a month, b to return to the budget, and c to finish using the tool"
)
userchoice2 = input()
if (userchoice2 == "v"):
CurrentBudget.expenselist.sort(key=lambda x: x.cost, reverse=True)
for i in range(0, len(self.CurrentBudget.expenselist)):
print(vars(self.CurrentBudget.expenselist[i]))
elif ("userchoice == m"):
CurrentBudget.budgetMonth()
elif (userchoice == "b"):
submitted = False
elif (userchoice == "c"):
usingTool = False
else:
print("invalid choice")
controller.show_frame("StartPage")
return 0
def calculate_return(savings_in, returns, gearing_cap, pi_rf, pi_rm, rf,
pay_taxes):
# Running controls
len_savings = len(savings_in)
#assert len_savings == len(returns), 'Investment plan should be same no of periods as market'
# Setting up constants and dataframe for calculation
ses_val = savings_in.sum() # Possibly add more sophisticated discounting
ist = pi_rm * ses_val
columns = [
'period', 'savings', 'cash', 'new_equity', 'new_debt', 'total_debt',
'nip', 'pv_p', 'interest', 'market_returns', 'pv_u', 'tv_u', 'equity',
'dst', 'phase', 'pi_hat', 'g_hat', 'SU_debt', 'Nordnet_debt'
]
len_columns = len(columns)
pp = np.zeros((len_savings, len_columns))
period, savings, cash, new_equity, new_debt, total_debt, nip, pv_p, interest, \
market_returns, pv_u, tv_u, equity, dst, phase, pi_hat, g_hat, SU_debt, Nordnet_debt\
= range(len_columns)
tax_deduction = 0
pp[:, period] = range(len_savings)
pp[:, market_returns] = returns
pp[:, savings] = savings_in
pp[0, market_returns] = 0
# Initializing debt objects
try:
debt_available['SU'] = Debt(rate_structure=[[0, 0, 0.04]],
rate_structure_type='relative',
initial_debt=0)
except KeyError:
pass
try:
debt_available['Nordnet'] = Debt(rate_structure=[[0, .4, 0.02],
[.4, .6, 0.03],
[.6, 0, 0.07]],
rate_structure_type='relative',
initial_debt=0)
except KeyError:
pass
# Period 0 primo
pp[0, cash] = 0
pp[0, new_equity] = pp[0, savings]
pp[0, new_debt] = pp[0, new_equity] * gearing_cap
pp[0, total_debt] = pp[0, new_debt]
pp[0, SU_debt] = min(pp[0, new_debt], 3248)
pp[0, Nordnet_debt] = max(0, pp[0, new_debt] - 3248)
pp[0, nip] = pp[0, new_debt] + pp[0, new_equity]
pp[0, pv_p] = pp[0, nip]
pp[0, pi_hat] = pp[0, pv_p] / ses_val
# Period 0 ultimo
pp[0, interest] = pp[0, new_debt] * max(interest_all_debt(), 0)
pp[0, pv_u] = pp[0, pv_p]
pp[0, tv_u] = pp[0, pv_u] + pp[0, cash]
pp[0, equity] = pp[0, tv_u] - pp[0, total_debt]
pp[0, dst] = ist
pp[0, phase] = 1
# Looping over all remaining periods
for i in range(1, len_savings):
# Period t > 0 primo
if not (pp[i - 1, tv_u] <= 0 and
(pp[i - 1, interest] > pp[i, savings])):
pp[i, cash] = pp[i - 1, cash] * (1 + rf * (1 - 0.42))
pp[i,
cash], pp[i,
new_equity], pp[i, new_debt] = determine_investment(
pp[i - 1, phase], pp[i - 1, pv_u], pp[i - 1,
tv_u],
pp[i, savings], pp[i - 1, total_debt], pi_rf,
pp[i - 1, dst], gearing_cap, pp[i, period])
try:
pp[i, SU_debt] = debt_available['SU'].debt_amount
pp[i, Nordnet_debt] = debt_available['Nordnet'].debt_amount
except KeyError:
pass
pp[i, total_debt] = pp[i - 1, total_debt] + pp[i, new_debt]
pp[i, nip] = pp[i, new_equity] + max(0, pp[i, new_debt])
pp[i, pv_p] = pp[i - 1, pv_u] + pp[i, nip]
# Period t > 0 ultimo
if pp[i, period] == 60 and 'SU' in debt_available.keys():
debt_available['SU'].change_rate_structure([[0, 0, 0.01]],
'dollar')
pp[i, interest] = max(interest_all_debt(), 0)
pp[i, pv_u] = pp[i, pv_p] * (1 + pp[i, market_returns])
# Check if we are in december to calculate taxes
if pay_taxes and pp[i, period] % 12 == 0:
year_return = pp[i, pv_u] - pp[i - 12, pv_p]
if year_return >= 0: # Case we earned money
tax_base = max(0, year_return - tax_deduction)
tax_bill = min(56600, tax_base) * 0.27 + max(
0, (tax_base - 56600)) * 0.42
# Deduct tax bill from portfolio value
pp[i, pv_u] -= tax_bill
# Update remaining tax deduction if any
tax_deduction -= min(tax_deduction, year_return)
else: # Case we lost money
# Update tax deduction
tax_deduction += max(0, -year_return)
pp[i, pv_u] -= pp[i, interest]
pp[i, tv_u] = pp[i, pv_u] + pp[i, cash]
pp[i, equity] = pp[i, tv_u] - pp[i, total_debt]
pp[i, pi_hat] = min(pp[i, pv_u] / ses_val,
pp[i, pv_u] / pp[i, tv_u])
pp[i, phase] = phase_check(pp[i - 1, phase], pi_rf, pi_rm,
pp[i, pi_hat], pp[i, total_debt])
target_pi = pi_rm if pp[i - 1, phase] < 3 else pi_rf
pp[i, dst] = max(pp[i, tv_u] * target_pi,
ist) # Moving stock target
# pp[i, dst] = max(pp[i-1, dst], max(pp[i, tv_u]*target_pi, ist)) # Locked stock target at highest previous position
else:
pp[i:, [
savings, cash, new_equity, new_debt, nip, pv_p, interest, pv_u,
tv_u, pi_hat, g_hat
]] = 0
cols = [total_debt, SU_debt, Nordnet_debt, equity, dst, phase]
pp[i:, cols] = pp[i - 1, cols]
break
pp[:, g_hat] = pp[:, total_debt] / pp[:, equity]
pp = pd.DataFrame(pp, columns=columns)
return pp
def test_debt_dataframe(self):
cfg.set_test_mode('debt_1.csv')
loan.init_loans()
df_debt = Debt().build_dataframe()
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-01']['debt_cad'].values[0],
20020, 'Debt cad should be 20020')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-02']['debt_cad'].values[0],
20020, 'Debt cad should be 20020')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-03']['debt_cad'].values[0],
30030, 'Debt cad should be 30030')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-05']['debt_cad'].values[0],
40040, 'Debt cad should be 40040')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-06']['debt_cad'].values[0],
40040, 'Debt cad should be 40040')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-06']['debt_cad'].values[0],
40040, 'Debt cad should be 40040')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-01']['interest_cad'].values[0],
6.58, 'Interest should be 6.58')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-02']['interest_cad'].values[0],
13.16, 'Interest should be 13.16')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-03']['interest_cad'].values[0],
23.03, 'Interest should be 23.03')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-04']['interest_cad'].values[0],
32.90, 'Interest should be 32.90')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-05']['interest_cad'].values[0],
46.06, 'Interest should be 46.06')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-06']['interest_cad'].values[0],
59.22, 'Interest should be 59.22')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-07']['interest_cad'].values[0],
88.83, 'Interest should be 88.83')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-01']['interest_btc'].values[0],
0.0007, 'Interest should be .0007')
self.assertEqual(
df_debt[df_debt['date'] == '2019-12-07']['interest_btc'].values[0],
0.0089, 'Interest should be .0089')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2019-12-07']['debt_btc'].values[0],
1), 9.0, 'Interest should be 9.0')
df_stats0 = loan.Loan.actives[0].stats
btc_price_stats = df_stats0[df_stats0['date'] ==
'2019-12-01']['btc_price_cad'].values[0]
btc_price_debt = df_debt[df_debt['date'] ==
'2019-12-01']['btc_price_cad'].values[0]
self.assertEqual(btc_price_debt, btc_price_stats,
'BTC price is not equal in both dataframes')
self.assertEqual(
df_debt[df_debt['date'] ==
'2019-12-01']['total_liab_cad'].values[0], 20026.58,
'Total liabilities CAD do not match')
self.assertEqual(
df_debt[df_debt['date'] ==
'2019-12-07']['total_liab_cad'].values[0], 90148.83,
'Total liabilities CAD do not match')
self.assertEqual(
round(
df_debt[df_debt['date'] == '2019-12-07']
['total_liab_btc'].values[0], 1), 9.1,
'Total liabilities BTC do not match')
def testIncreaseDebt(self):
myDebt = Debt("Lukas' Debt", 1000)
expected =1100
myDebt.increaseDebt(100)
actual = myDebt.getAmount()
self.assertEqual(expected, actual)
def testMakePayment(self):
myDebt = Debt("Lukas' Debt", 1000)
expected = 900
myDebt.makePayment(100)
actual = myDebt.getAmount()
self.assertEqual(expected, actual)
def testName(self):
myDebt = Debt("Lukas' Debt", 1000)
expected = "Lukas' Debt"
actual = myDebt.getName()
self.assertEqual(expected, actual)
def testInitAmount(self):
myDebt = Debt("Lukas' Debt", 1000)
expected = 1000
actual = myDebt.getAmount()
self.assertEqual(expected, actual)
