def plus_minus(Token_arry):
lexT = Token_arry[0]
Token_arry = Token_arry[1:-1]
plus_minus()
while(lexT is '+' or lexT is '-'):
lex()
multi_div()
multi_div()
def multi_div(Token_arry):
lexT = Token_arry[0]
Token_arry = Token_arry[1:-1]
multi_div()
while(lexT is '*' or lexT is '/'):
lex()
parens()
parens()
def truth(Token_arry):
lexT = Token_arry[0]
Token_arry = Token_arry[1:-1]
if(lexT is 'Tru'):
lex()
elif(lexT is 'False'):
lex()
else:
error()
def main():
test = open('test.txt', 'r').read()
Token_arry = lex().tokenize(test)
while True:
Token_arry = statement(Token_arry)
if len(Token_arry) == 0:
break
def logic(Token_arry):
lexT = Token_arry[0]
Token_arry = Token_arry[1:-1]
if(lexT is 'and'):
lex()
elif(lexT is 'or'):
lex()
elif(lexT is 'nah'):
lex()
else:
error()