def main():
with requests.Session() as s:
server_address = login_ogame.login_ogame(s)
while True:
choice = input("Espionage : 1 \n"
"Mail To Csv : 2 \n"
"GalaxyTool : 3 \n"
"Exit : Else \n")
try:
choice = int(choice)
except:
continue
if choice == 1:
espionage.espionage(s, server_address)
elif choice == 2:
mail_to_csv.mail_to_csv(s, server_address)
elif choice == 3:
galaxy_tool.galaxy_tool(s, server_address)
elif choice == 4:
target_type = input("입력")
amount = input("숫자 입력")
invest.invest(s, target_type, amount, server_address)
elif choice == 5:
recommend_next_investment.recommend_next_investment(
s, server_address)
else:
break
def main():
# the program is written by Lei Yang (ly888)
# the main function to calculate and plot daily return.
# if the user input is not valid, the program will let the user to input again until valid or enter quit
positions = input(
"Enter a list of the number of shares to buy in parallel: e.g. 1,10,100,1000 or stop this process by entering quit \n"
)
positions_split = positions.split(",")
# justify if the input value is valid
flag = justify(positions_split)
# if the user input quit, the program will stop. if the user input invalid value, the program will ask the user to input again
while (positions != 'quit' and flag == 1):
positions = input(
"The last input is not valid. Please enter a list of the number of shares to buy in parallel: e.g. 1,10,100,1000 or stop this process by entering quit \n"
)
if (positions == 'quit'):
break
positions_split = positions.split(",")
# justify if the input value is valid
flag = justify(positions_split)
if (positions != 'quit'):
flag = 0
num_trials = input(
"How many times to randomly repeat the test? Or stop this process by entering quit \n"
)
# justify if the input value is valid
if num_trials.isdigit() == False:
flag = 1
# if the user input quit, the program will stop. if the user input invalid value, the program will ask the user to input again
while (num_trials != 'quit' and flag == 1):
flag = 0
num_trials = input(
"The last input is not valid. How many times to randomly repeat the test? Or stop this process by entering quit \n"
)
# justify if the input value is valid
if num_trials.isdigit() == False:
flag = 1
if (num_trials == 'quit'):
break
# if all the input are valid, the program will calculate the results and plot
if (positions != 'quit' and num_trials != 'quit'):
positions_list = [int(position) for position in positions_split]
outcome = invest(positions_list, int(num_trials))
outcome.invest_sub()
def main():
# the program is written by Lei Yang (ly888)
# the main function to calculate and plot daily return.
# if the user input is not valid, the program will let the user to input again until valid or enter quit
positions = input("Enter a list of the number of shares to buy in parallel: e.g. 1,10,100,1000 or stop this process by entering quit \n")
positions_split = positions.split(",");
# justify if the input value is valid
flag=justify(positions_split);
# if the user input quit, the program will stop. if the user input invalid value, the program will ask the user to input again
while(positions != 'quit' and flag==1):
positions=input("The last input is not valid. Please enter a list of the number of shares to buy in parallel: e.g. 1,10,100,1000 or stop this process by entering quit \n")
if(positions =='quit'):
break;
positions_split = positions.split(",");
# justify if the input value is valid
flag=justify(positions_split);
if(positions != 'quit'):
flag=0;
num_trials = input("How many times to randomly repeat the test? Or stop this process by entering quit \n");
# justify if the input value is valid
if num_trials.isdigit()==False:
flag=1;
# if the user input quit, the program will stop. if the user input invalid value, the program will ask the user to input again
while(num_trials != 'quit' and flag==1):
flag=0;
num_trials = input("The last input is not valid. How many times to randomly repeat the test? Or stop this process by entering quit \n");
# justify if the input value is valid
if num_trials.isdigit()==False:
flag=1;
if(num_trials == 'quit'):
break;
# if all the input are valid, the program will calculate the results and plot
if(positions!='quit' and num_trials !='quit'):
positions_list = [int(position) for position in positions_split];
outcome = invest(positions_list, int(num_trials));
outcome.invest_sub();
def read_result(positions, num_trials):
invest(positions, num_trials).invest_sub()
with open('results.txt', 'r') as string:
read_result = string.read()
return read_result
def test_invest(self):
self.assertTrue(v.invest(self.test_investment) >= 0 and v.invest(self.test_investment) <= 2000)
# -*- coding: utf-8 -*-
"""
Created on Tue Oct 8 17:44:49 2019
@author: xJ0T3
"""
from invest import invest
test_list = {
(1000, 10, 2): 1210,
(5000, 1.10, 20): 6222,
(3500, 0.9, 30): 4579
}
if __name__ == '__main__':
for test_case, result in test_list.items():
val = invest(*test_case)
if val == result:
print('Test case: {}\tOK'.format(test_case))
else:
print(
'Test case: {}\tNOK, risultato atteso {}, risultato fornito {}'
.format(test_case, result, val))
def read_result(positions, num_trials):
invest(positions, num_trials).invest_sub()
with open('results.txt','r') as string:
read_result = string.read()
return read_result
def test_invest(self):
self.assertTrue(v.invest(self.test_investment) >= 0 and v.invest(self.test_investment) <= 2000)
