print("Removing 'user10'")
user_list.remove_user('user10')
print("Searching for 'user10': Return None (print True)")
print(user_list.search_users('user10') == None)
print("Writing file")
user_list.write_file()
print("Reading test_file.txt in to new user_list")
user_list_2 = user_func.u_list('test_file.txt')
print("key: " + user_list_2.key + "\nme: " + user_list_2.me)
print("users in user_list_2")
user_list_2.print_users()
wait = input("[Enter to Contine]")
wait = None
print("Testing Valid User Names\nUser Name | Expected | Result")
print("Borders of charactes in range")
print("aAzZ09- | True | ", str(user_func.valid_user('aAzZ09-')))
print("User Name Lengths")
print("123456789012345678901234567890 (len = 30) | True | ",
str(user_func.valid_user('123456789012345678901234567890')))
print("1234567890123456789012345678901 (len = 31 )| False | ",
str(user_func.valid_user('1234567890123456789012345678901')))
print("12 | False | ", str(user_func.valid_user('12')))
print("123 | True | ", str(user_func.valid_user('123')))
print("Borders of characters out of range")
print("user/ | False | ", str(user_func.valid_user('user/')))
print("user: | False | ", str(user_func.valid_user('user:'******'user@')))
print("user[ | False | ", str(user_func.valid_user('user[')))
print("user` | False | ", str(user_func.valid_user("user`")))
print("user{ | False | ", str(user_func.valid_user('user{')))
print("Removing 'user10'")
user_list.remove_user('user10')
print("Searching for 'user10': Return None (print True)")
print(user_list.search_users('user10') == None)
print("Writing file")
user_list.write_file()
print("Reading test_file.txt in to new user_list")
user_list_2 = user_func.u_list('test_file.txt')
print("key: " + user_list_2.key + "\nme: " + user_list_2.me)
print("users in user_list_2")
user_list_2.print_users()
wait = input("[Enter to Contine]")
wait = None
print("Testing Valid User Names\nUser Name | Expected | Result")
print("Borders of charactes in range")
print("aAzZ09- | True | ", str(user_func.valid_user('aAzZ09-')))
print("User Name Lengths")
print("123456789012345678901234567890 (len = 30) | True | ", str(user_func.valid_user('123456789012345678901234567890')))
print("1234567890123456789012345678901 (len = 31 )| False | ", str(user_func.valid_user('1234567890123456789012345678901')))
print("12 | False | ", str(user_func.valid_user('12')))
print("123 | True | ", str(user_func.valid_user('123')))
print("Borders of characters out of range")
print("user/ | False | ", str(user_func.valid_user('user/')))
print("user: | False | ", str(user_func.valid_user('user:'******'user@')))
print("user[ | False | ", str(user_func.valid_user('user[')))
print("user` | False | ", str(user_func.valid_user("user`")))
print("user{ | False | ", str(user_func.valid_user('user{')))
print("<<<< <<<< <<<< Testing main.py >>>> >>>> >>>>")
def main(LMT= False):
# Declair Globals that will be set
global my_user_name, key, filename, input_message
# LONG MESSAGE TESTING:
if LMT:
assert open("test_file.txt")
user_list = user_func.u_list("test_file.txt")
message_hist = messages.message_list()
my_user_name = user_list.me
key = user_list.key
user_info = old_user = None
listen_thread = threading.Thread(target=listen, args = (user_list, message_hist,))
listen_thread.daemon = True
listen_thread.start()
message = ''
l = int(input("Message Max Length == " + str(MAX_MESSAGE_LENGTH) +"\nLength of string to send: "))
n = int(input("Number of times to send full message: "))
for i in range(l):
message = message + str(i%10)
for i in range(n):
at(('user1', '127.0.0.1'), message)
return None
# END LONG MESSAGE TESTING
# Main proper
print(" _ __ __ ____ ____ \n" +
" _____ ___ __ __/ | / /__ / /_ _ __ \ // __ \ \n" +
" / __/ __ `/ / / / |/ / _ \/ __/ | | / / / // / / / \n" +
" / /_/ /_/ / /_/ / /| / __/ /_ | |/ / / // /_/ / \n" +
" \__/\__,_/\__,_/_/ |_/\___/\__/ |___/ /_(_)____/ \n" +
"\n")
## ASCII TEXT ART FROM: http://patorjk.com/software/taag/#p=display&f=Slant
# Select file to open
while True:
filename = input("Enter TauNet filename, type 'new' to create new TauNet, or type '!EXIT' to exit.\n: >> ")
if filename == '!EXIT':
return None
elif filename == 'new':
user_list = user_func.u_list()
user_list.input_u_list()
else:
try:
open(filename)
except IOError:
print(filename + " does not exist.")
if input("Would you like to create it? (y/n): ") == 'y':
user_list = user_func.u_list()
user_list.input_u_list(filename)
break
else:
user_list = user_func.u_list(filename)
break
# Set up local variables
message_hist = messages.message_list()
user_info = old_user = None
# Set up global variable
my_user_name = user_list.me
key = user_list.key
filename = user_list.filename
input_message = "TauNet (" + filename + ") v" + TauNet_version + ">> "
# Start Listening for incoming messages
listen_thread = threading.Thread(target=listen, args = (user_list, message_hist,))
listen_thread.daemon = True
listen_thread.start()
# Menu loop
while True:
split_command = None
command = input('\n' + input_message)
if command == '':
None# Do nothing
# Send a message to a user
elif command[0] == '@':
user_name, message = read_command(command)
if(user_name != ''):
old_user = user_info
user_info = None
user_info = user_list.search_users(user_name)
if user_info: #send the message
at(user_info, message)
else:
user_info = old_user
print("Error:\n * Invalid Command. ? for help.") ##Invalid user_name
# Add a user to the list
elif command[0] == '+':
split_command = read_command(command)
if (split_command[0] != '' and split_command[1] != '' and
user_func.valid_user(split_command[0]) and
user_list.add_user(split_command)):
user_list.write_file()
else:
print("Error:\n * Users name may only contain uppercase and lowercase letters from a-z, the numbers from 0-9, and the - symbol.\n * User names must also not have already been added to the list.")
# Remove a user from the list
elif command[0] == '-':
if command == '-':
print("Error:\n * Invalid Command. ? for help.")
elif user_list.remove_user(command[1:]):
user_list.write_file()
user_info = None
# Display the last n messages
# or the last message
elif command[0] == '#':
try:
lines = int(command[1:])
except:
lines = -1
if lines > 0 and lines < 21:
message_hist.print_n(lines)
else:
print("Error:\n * n must be a whole number from 1 to 20 represented in digits.")
# Display the list of users
elif command == '~':
user_list.print_users(); print()
# Display help menue
elif command == '?':
help_menu()
# Clear the Screen
elif command == '!CLEAR':
clear()
# Exit the program
elif command == '!EXIT':
return
#Invalid command
else:
print("Error:\n * Invalid Command. ? for help.")
return None
def main(LMT=False):
# Declair Globals that will be set
global my_user_name, key, filename, input_message
# LONG MESSAGE TESTING:
if LMT:
assert open("test_file.txt")
user_list = user_func.u_list("test_file.txt")
message_hist = messages.message_list()
my_user_name = user_list.me
key = user_list.key
user_info = old_user = None
listen_thread = threading.Thread(target=listen,
args=(
user_list,
message_hist,
))
listen_thread.daemon = True
listen_thread.start()
message = ''
l = int(
input("Message Max Length == " + str(MAX_MESSAGE_LENGTH) +
"\nLength of string to send: "))
n = int(input("Number of times to send full message: "))
for i in range(l):
message = message + str(i % 10)
for i in range(n):
at(('user1', '127.0.0.1'), message)
return None
# END LONG MESSAGE TESTING
# Main proper
print(" _ __ __ ____ ____ \n" +
" _____ ___ __ __/ | / /__ / /_ _ __ \ // __ \ \n" +
" / __/ __ `/ / / / |/ / _ \/ __/ | | / / / // / / / \n" +
" / /_/ /_/ / /_/ / /| / __/ /_ | |/ / / // /_/ / \n" +
" \__/\__,_/\__,_/_/ |_/\___/\__/ |___/ /_(_)____/ \n" +
"\n")
## ASCII TEXT ART FROM: http://patorjk.com/software/taag/#p=display&f=Slant
# Select file to open
while True:
filename = input(
"Enter TauNet filename, type 'new' to create new TauNet, or type '!EXIT' to exit.\n: >> "
)
if filename == '!EXIT':
return None
elif filename == 'new':
user_list = user_func.u_list()
user_list.input_u_list()
else:
try:
open(filename)
except IOError:
print(filename + " does not exist.")
if input("Would you like to create it? (y/n): ") == 'y':
user_list = user_func.u_list()
user_list.input_u_list(filename)
break
else:
user_list = user_func.u_list(filename)
break
# Set up local variables
message_hist = messages.message_list()
user_info = old_user = None
# Set up global variable
my_user_name = user_list.me
key = user_list.key
filename = user_list.filename
input_message = "TauNet (" + filename + ") v" + TauNet_version + ">> "
# Start Listening for incoming messages
listen_thread = threading.Thread(target=listen,
args=(
user_list,
message_hist,
))
listen_thread.daemon = True
listen_thread.start()
# Menu loop
while True:
split_command = None
command = input('\n' + input_message)
if command == '':
None # Do nothing
# Send a message to a user
elif command[0] == '@':
user_name, message = read_command(command)
if (user_name != ''):
old_user = user_info
user_info = None
user_info = user_list.search_users(user_name)
if user_info: #send the message
at(user_info, message)
else:
user_info = old_user
print("Error:\n * Invalid Command. ? for help."
) ##Invalid user_name
# Add a user to the list
elif command[0] == '+':
split_command = read_command(command)
if (split_command[0] != '' and split_command[1] != ''
and user_func.valid_user(split_command[0])
and user_list.add_user(split_command)):
user_list.write_file()
else:
print(
"Error:\n * Users name may only contain uppercase and lowercase letters from a-z, the numbers from 0-9, and the - symbol.\n * User names must also not have already been added to the list."
)
# Remove a user from the list
elif command[0] == '-':
if command == '-':
print("Error:\n * Invalid Command. ? for help.")
elif user_list.remove_user(command[1:]):
user_list.write_file()
user_info = None
# Display the last n messages
# or the last message
elif command[0] == '#':
try:
lines = int(command[1:])
except:
lines = -1
if lines > 0 and lines < 21:
message_hist.print_n(lines)
else:
print(
"Error:\n * n must be a whole number from 1 to 20 represented in digits."
)
# Display the list of users
elif command == '~':
user_list.print_users()
print()
# Display help menue
elif command == '?':
help_menu()
# Clear the Screen
elif command == '!CLEAR':
clear()
# Exit the program
elif command == '!EXIT':
return
#Invalid command
else:
print("Error:\n * Invalid Command. ? for help.")
return None
