def attack(self, target):
options = ["dagger", "bow", "ability"]
print(
"What do you want to do?\n"
"Use Dagger, Bow or Ability"
)
while True:
choice = inputs.check_input(options)
if choice != False:
break
if choice == "dagger":
self.stab(target)
elif choice == "bow":
self.shoot(target)
elif choice == "ability":
options = ["rapidshot", "back"]
print(
"What ability do you want to use?\n"
"'Rapidshot': Shoot the target 3 times\n"
"'back': to go back to previous menue "
)
while True:
ability = inputs.check_input(options)
if ability != False:
break
if ability == "rapidshot":
self.rapidhot_attack(target)
elif ability == "back":
self.attack(target)
def create_functions(fileName, function, delimiter='', classMethod=False):
"""
Arguments: file to write to, function to write, add extra delimeter if class method, boolean for class method or not
Purpose:
writes the functions/method to the file
will add arguments and return values to functions/methods
Return: N/A
"""
argumentString = raw_input("Enter argument(s) for " + FUNCTION + function +
ENDC + ': ')
argumentList = check_input(argumentString)
argumentString = ','.join(argumentList)
if classMethod == True:
if argumentList == []:
argumentString = 'self'
else:
argumentString = 'self,' + argumentString
fileName.write('def ' + function + '(' + argumentString + ')' + ':')
returnString = raw_input("Enter return value(s) for " + FUNCTION +
function + ENDC + ': ')
returnValueList = check_input(returnString)
if returnValueList == []:
fileName.write('\n\t' + delimiter +
'pass # remove this and replace with the function body')
else:
if not classMethod:
returnString = ','.join(returnValueList)
fileName.write('\n\t' + delimiter + 'return ' + returnString)
else:
classReturnValueList = []
for value in returnValueList:
# value = 'self.'+value.replace(' ','')
value = value.replace(' ', '')
classReturnValueList.append(value)
returnString = ','.join(classReturnValueList)
fileName.write('\n\t' + delimiter + 'return ' + returnString)
fileName.write('\n\n')
def _click_start(self):
while True:
dialog = inputs.RadioAPP()
dialog.show()
if dialog.ok_clicked():
self._column = dialog.column_width()
self._row = dialog.row_height()
self._first_move = dialog.First_Move()
self._top_setting = dialog.TopSetting()
self._how_to_win = dialog.HowToWIN()
connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
if connection == False:
self._message.set('Invalid Inputs')
continue
else:
self._column = connection[0]
self._row = connection[1]
self._first_move = connection[2]
self._top_setting = connection[3]
self._how_to_win = connection[4]
self._message.set("{}'s turn".format((self._first_move).capitalize()))
break
elif dialog.cancel_clicked():
self._message.set('Canceled')
return None
break
self._board = state_logic.makeNewBoard(self._row, self._column)
state_logic.get_board(self._board, self._row, self._column, self._top_setting)
self._redraw()
def _click_start(self):
while True:
dialog = inputs.APP()
dialog.show()
if dialog.ok_clicked():
self._column = dialog.column_width()
self._row = dialog.row_height()
self._first_move = dialog.First_Move()
self._top_setting = dialog.TopSetting()
self._how_to_win = dialog.HowToWIN()
connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
if connection == False:
self._message.set('Invalid Inputs')
continue
else:
self._column = connection[0]
self._row = connection[1]
self._first_move = connection[2]
self._top_setting = connection[3]
self._how_to_win = connection[4]
self._message.set("{}'s turn".format((self._first_move).capitalize()))
break
elif dialog.cancel_clicked():
self._message.set('Canceled')
return None
break
## print(self._column, self._row, self._first_move, self._top_setting, self._how_to_win)
self._board = state_logic.makeNewBoard(self._row, self._column)
state_logic.get_board(self._board, self._row, self._column, self._top_setting)
## print(self._board,self._first_move)
self._redraw()
def create_functions(fileName, function, delimiter='', classMethod=False):
"""
Arguments: file to write to, function to write, add extra delimeter if class method, boolean for class method or not
Purpose:
writes the functions/method to the file
will add arguments and return values to functions/methods
Return: N/A
"""
argumentString = raw_input("Enter argument(s) for "+FUNCTION+function+ENDC+': ')
argumentList = check_input(argumentString)
argumentString = ','.join(argumentList)
if classMethod == True:
if argumentList == []:
argumentString = 'self'
else:
argumentString = 'self,'+argumentString
fileName.write('def '+function+'('+argumentString+')'+':')
returnString = raw_input("Enter return value(s) for "+FUNCTION+function+ENDC+': ')
returnValueList = check_input(returnString)
if returnValueList == []:
fileName.write('\n\t'+delimiter+'pass # remove this and replace with the function body')
else:
if not classMethod:
returnString = ','.join(returnValueList)
fileName.write('\n\t'+delimiter+'return '+returnString)
else:
classReturnValueList = []
for value in returnValueList:
# value = 'self.'+value.replace(' ','')
value = value.replace(' ','')
classReturnValueList.append(value)
returnString = ','.join(classReturnValueList)
fileName.write('\n\t'+delimiter+'return '+returnString)
fileName.write('\n\n')
def _on_start(self):
while True:
dialog = inputs.APP()
dialog.show()
if dialog.ok_clicked():
self._column = dialog.column_width()
self._row = dialog.row_height()
self._first_move = dialog.First_Move()
self._top_setting = dialog.TopSetting()
self._how_to_win = dialog.HowToWIN()
connection = inputs.check_input([
self._column, self._row, self._first_move,
self._top_setting, self._how_to_win
])
if connection == False:
self._message.set('Invalid Inputs')
continue
else:
self._column = connection[0]
self._row = connection[1]
self._first_move = connection[2]
self._top_setting = connection[3]
self._how_to_win = connection[4]
self._message.set('Good Inputs')
break
elif dialog.cancel_clicked():
self._message.set('Invalid Inputs')
return None
break
## else:
## pass
## connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
## if connection == False:
## continue
## else:
## self._column = connection[0]
## self._row = connection[1]
## self._first_move = connection[2]
## self._top_setting = connection[3]
## self._how_to_win = connection[4]
## break
print(self._column, self._row, self._first_move, self._top_setting,
self._how_to_win)
self._board = state.makeNewBoard(self._row, self._column)
state.get_board(self._board, self._row, self._column,
self._top_setting)
print(self._board)
self._redraw()
def _on_start(self):
while True:
dialog = inputs.APP()
dialog.show()
if dialog.ok_clicked():
self._column = dialog.column_width()
self._row = dialog.row_height()
self._first_move = dialog.First_Move()
self._top_setting = dialog.TopSetting()
self._how_to_win = dialog.HowToWIN()
connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
if connection == False:
self._message.set('Invalid Inputs')
continue
else:
self._column = connection[0]
self._row = connection[1]
self._first_move = connection[2]
self._top_setting = connection[3]
self._how_to_win = connection[4]
self._message.set('Good Inputs')
break
elif dialog.cancel_clicked():
self._message.set('Invalid Inputs')
return None
break
## else:
## pass
## connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
## if connection == False:
## continue
## else:
## self._column = connection[0]
## self._row = connection[1]
## self._first_move = connection[2]
## self._top_setting = connection[3]
## self._how_to_win = connection[4]
## break
print(self._column, self._row, self._first_move, self._top_setting, self._how_to_win)
self._board = state.makeNewBoard(self._row, self._column)
state.get_board(self._board, self._row, self._column, self._top_setting)
print(self._board)
self._redraw()
def main_menue():
print("Welcome to the game!\n"
"What would you like to do?\n"
"'Saves': to check for saved characters\n"
"'Start': to initialize a new character\n"
"'Quit': To exit the game")
options = ["saves", "start", "quit"]
while True:
choice = inputs.check_input(options)
if choice != False:
break
if choice == "saves":
# check for saves, print options, run through base loop as save
# base_loop(save)
pass
elif choice == "start":
base_loop()
elif choice == "quit":
exit
else:
print("Did you spell that right?\nTry again!\n"
"To see your options again, type 'options'")
choice = inputs.check_input(options)
def main():
'''Game function. '''
while True:
connection = inputs.check_input()
if connection == False:
continue
else:
break
print('\nColumn: {}'.format(connection[0]),
'\nRow: {}'.format(connection[1]),
'\nFirst Turn: {}'.format(connection[2]),
'\nWB Setting: {}'.format(connection[3]),
'\nWin by: {}\n'.format(connection[4]))
column = connection[0]
row = connection[1]
turn = connection[2]
top = connection[3]
win = connection[4]
board = state.makeNewBoard(row, column)
state.get_board(board, row, column, top)
while True:
if turn == 'black':
symbol = 'B'
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format('Black','Black',symbol))
move = every_move(board, symbol, row, column)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board,symbol, row, column).make_move_for_board(move[0],move[1])
if state.check_score(state.show_scores(board, row, column)) != (row*column):
if state.MakeMove(board, 'W', row, column).Flip_pieces() == []:
print("!!White has no where to move; it's black turn!!")
turn = 'black'
else:
turn = 'white'
else:
break
else:
symbol = 'W'
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format('White','White',symbol))
move = every_move(board, symbol, row, column)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board,symbol, row, column).make_move_for_board(move[0],move[1])
if state.check_score(state.show_scores(board, row, column)) != (row*column):
if state.MakeMove(board,'B', row, column).Flip_pieces() == []:
print("!!Black has no where to move; it's white turn!!")
turn = 'white'
else:
turn = 'black'
else:
break
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0],scores[1]))
who_won(scores, win)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('file',
default='pygenFile',
help='name of the file you want to create')
parser.add_argument('-p',
'--path',
nargs='?',
default='./',
help='destination path of the file')
parser.add_argument('-i',
'--imports',
nargs='+',
help='modules you want to import')
parser.add_argument('-c',
'--classes',
nargs='+',
help='names of classes you want to create')
parser.add_argument('-f',
'--functions',
nargs='+',
help='names of functions you want to create')
parser.add_argument('-fw',
'--framework',
nargs='?',
help='name of python framework')
args = parser.parse_args()
fileName = ""
os.chdir(args.path)
# begin implementing Framework app files generation
if args.framework:
check_root()
if not check_pip(args.path):
install_pip()
if install_package(args.framework):
currDir = os.path.abspath(os.getcwd())
filelist = glob.glob('./*')
newFolder = args.framework + ' App'
if any(
newFolder in s for s in filelist
): #checks to see if file exists in a list of files in current directory
print WARNING + BOLD + 'Warning!' + ENDC + ' About to overwrite ' + BLUE + args.file + ENDC
response = raw_input(CYAN + 'Would you like to continue?' +
ENDC + '[y/n] ')
if response.lower() == 'n':
sys.exit()
else:
shutil.rmtree(newFolder)
# go to directory where generate.py is
os.chdir(
os.path.realpath(os.path.abspath(__file__)).replace(
'generate.py', '') + '/Framework_Gens')
repo = os.getcwd()
supported = False
for supportedFW in os.listdir(os.getcwd()):
if supportedFW.find(args.framework) != -1:
supported = True
break
os.chdir(currDir)
if supported:
command = 'python ' + repo + '/' + supportedFW + ' ' + currDir + ' ' + args.file + '.py'
subprocess.call(command,
shell=True) # get directory of generate script
print CYAN + BOLD + 'Created application' + ENDC
else:
print 'Framework not supported at this time'
sys.exit()
else:
print 'Error installing ' + args.framework
sys.exit()
else:
if args.file:
filelist = glob.glob('./*.py')
newfile = args.file + '.py'
if any(
newfile in s for s in filelist
): #checks to see if file exists in a list of files in current directory
print WARNING + BOLD + 'Warning!' + ENDC + ' About to overwrite ' + BLUE + args.file + ENDC
response = raw_input(CYAN + 'Would you like to continue?' +
ENDC + '[y/n] ')
if response.lower() == 'n':
sys.exit()
else:
os.remove(newfile)
else:
print 'Creating new file, ' + BLUE + BOLD + newfile
fileName = open(newfile, 'w')
fileName.write('# File created using pygen\n')
fileName.write('#!/usr/bin/env python\n\n')
if args.imports:
check_root()
for module in args.imports:
module = module.replace(',', '')
moduleExists = check_package(module)
if moduleExists:
print 'Imported ' + MODULE + module + ENDC
fileName.write('import ' + module + '\n')
else:
if args.path:
pipExists = check_pip(args.path)
else:
pipExists = check_pip()
if pipExists:
couldInstall = install_package(module)
if couldInstall:
print 'Imported ' + MODULE + module + ENDC
fileName.write('import ' + module + '\n')
else:
print WARNING + 'ERROR:' + ENDC + ' Module, ' + MODULE + module + ENDC + ', does not exist or could not be downloaded/installed. Did not write to file'
else:
install_pip()
install_package(module)
fileName.write('import ' + module + '\n')
fileName.write('\n')
if args.classes:
for className in args.classes:
className = className[0].upper() + className[
1:] # uppercase class name
fileName.write('class ' + className + ':')
dataString = raw_input(
'Enter data to be stored in the class, ' + BLUE +
BOLD + className + ENDC + ': ')
dataList = check_input(dataString)
argumentDataList = ['self']
for arg in dataList:
newArg = arg + '=None'
argumentDataList.append(newArg)
dataString = ','.join(argumentDataList)
fileName.write('\n\tdef __init__(' + dataString + '):')
for arg in argumentDataList[1:]:
fileName.write(
'\n\t\tself.' +
arg.replace(' ', '').replace('=None', '') + ' = ' +
arg.replace('=None', '').replace(' ', ''))
fileName.write('\n\n')
methodString = raw_input('Enter the methods of class, ' +
BLUE + BOLD + className + ENDC +
': ')
methodList = check_input(methodString)
for method in methodList:
fileName.write('\t')
create_functions(fileName, method, '\t', True)
if args.functions:
for function in args.functions:
create_functions(fileName, function)
fileName.write("def main():\n\tpass")
fileName.write("\n\nif __name__ == '__main__':\n\tmain()")
else:
fileName.write("def main():\n\tpass")
fileName.write("\n\nif __name__ == '__main__':\n\tmain()")
fileName.close()
print 'Successfully created the file, ' + CYAN + args.file + '.py' + ENDC
# open file generated in default editor
stderr = ""
try:
subprocess.call('open ' + args.file + '.py', shell=True)
returnCode = subprocess.check_output('open ' + args.file + '.py',
stderr=subprocess.STDOUT,
shell=True)
if returnCode < 0:
print >> sys.stderr, "Child was terminated by signal", -returnCode
else:
print >> sys.stderr, "Child returned", returnCode
except OSError, e:
print >> sys.stderr, "Execution failed", e
def main():
parser = argparse.ArgumentParser()
parser.add_argument('file', default='pygenFile',help='name of the file you want to create')
parser.add_argument('-p', '--path', nargs='?', default='./', help='destination path of the file')
parser.add_argument('-i', '--imports', nargs='+', help='modules you want to import')
parser.add_argument('-c', '--classes', nargs='+', help='names of classes you want to create')
parser.add_argument('-f', '--functions', nargs='+', help='names of functions you want to create')
parser.add_argument('-fw', '--framework', nargs='?', help='name of python framework')
args = parser.parse_args()
fileName = ""
os.chdir(args.path)
# begin implementing Framework app files generation
if args.framework:
check_root()
if not check_pip(args.path):
install_pip()
if install_package(args.framework):
currDir = os.path.abspath(os.getcwd())
filelist = glob.glob('./*')
newFolder = args.framework+' App'
if any(newFolder in s for s in filelist): #checks to see if file exists in a list of files in current directory
print WARNING+BOLD+'Warning!'+ENDC+' About to overwrite '+BLUE+args.file+ENDC
response = raw_input(CYAN+'Would you like to continue?'+ENDC+'[y/n] ')
if response.lower() == 'n':
sys.exit()
else:
shutil.rmtree(newFolder)
# go to directory where generate.py is
os.chdir(os.path.realpath(os.path.abspath(__file__)).replace('generate.py', '')+'/Framework_Gens')
repo = os.getcwd()
supported = False
for supportedFW in os.listdir(os.getcwd()):
if supportedFW.find(args.framework) != -1:
supported = True
break
os.chdir(currDir)
if supported:
command = 'python ' + repo+'/'+supportedFW + ' ' +currDir + ' ' + args.file+'.py'
subprocess.call(command, shell=True) # get directory of generate script
print CYAN+BOLD+'Created application'+ENDC
else:
print 'Framework not supported at this time'
sys.exit()
else:
print 'Error installing '+args.framework
sys.exit()
else:
if args.file:
filelist = glob.glob('./*.py')
newfile = args.file+'.py'
if any(newfile in s for s in filelist): #checks to see if file exists in a list of files in current directory
print WARNING+BOLD+'Warning!'+ENDC+' About to overwrite '+BLUE+args.file+ENDC
response = raw_input(CYAN+'Would you like to continue?'+ENDC+'[y/n] ')
if response.lower() == 'n':
sys.exit()
else:
os.remove(newfile)
else:
print 'Creating new file, '+BLUE+BOLD+newfile
fileName = open(newfile, 'w')
fileName.write('# File created using pygen\n')
fileName.write('#!/usr/bin/env python\n\n')
if args.imports:
check_root()
for module in args.imports:
module = module.replace(',', '')
moduleExists = check_package(module)
if moduleExists:
print 'Imported '+MODULE+module+ENDC
fileName.write('import '+module+'\n')
else:
if args.path:
pipExists = check_pip(args.path)
else:
pipExists = check_pip()
if pipExists:
couldInstall = install_package(module)
if couldInstall:
print 'Imported '+MODULE+module+ENDC
fileName.write('import '+module+'\n')
else:
print WARNING+'ERROR:'+ENDC+' Module, '+MODULE+module+ENDC+', does not exist or could not be downloaded/installed. Did not write to file'
else:
install_pip()
install_package(module)
fileName.write('import '+module+'\n')
fileName.write('\n')
if args.classes:
for className in args.classes:
className = className[0].upper()+className[1:] # uppercase class name
fileName.write('class '+className+':')
dataString = raw_input('Enter data to be stored in the class, '+BLUE+BOLD+className+ENDC+': ')
dataList = check_input(dataString)
argumentDataList = ['self']
for arg in dataList:
newArg = arg+'=None'
argumentDataList.append(newArg)
dataString = ','.join(argumentDataList)
fileName.write('\n\tdef __init__('+dataString+'):')
for arg in argumentDataList[1:]:
fileName.write('\n\t\tself.'+arg.replace(' ', '').replace('=None', '')+' = '+arg.replace('=None', '').replace(' ', ''))
fileName.write('\n\n')
methodString = raw_input('Enter the methods of class, '+BLUE+BOLD+className+ENDC+': ')
methodList = check_input(methodString)
for method in methodList:
fileName.write('\t')
create_functions(fileName, method, '\t', True)
if args.functions:
for function in args.functions:
create_functions(fileName, function)
fileName.write("def main():\n\tpass")
fileName.write("\n\nif __name__ == '__main__':\n\tmain()")
else:
fileName.write("def main():\n\tpass")
fileName.write("\n\nif __name__ == '__main__':\n\tmain()")
fileName.close()
print 'Successfully created the file, '+CYAN+args.file+'.py'+ENDC
# open file generated in default editor
stderr = ""
try:
subprocess.call('open '+args.file+'.py', shell=True)
returnCode = subprocess.check_output('open '+args.file+'.py',
stderr=subprocess.STDOUT,
shell=True)
if returnCode < 0:
print >>sys.stderr, "Child was terminated by signal", -returnCode
else:
print >>sys.stderr, "Child returned", returnCode
except OSError, e:
print >>sys.stderr, "Execution failed", e