def main():
"""Main method opens the input file, creates a turing machine with the program file,
and then runs the turing machine on the lines in the input file"""
infile = open(infilename)
# Creates a turing machine with the instructions from the given file
turing_machine = TuringMachine(programfilename)
turing_machine.print_header()
# for each line in the input file it will run the turing machine
for line in infile:
# Remove whitespace from line
line = line.strip()
# Convert line to a list
tape = list(line)
# Run the turing machine on the tape
turing_machine.run(tape)
turing_machine.print_footer()
infile.close()
def main():
options = parse_args()
if options.explain:
with open(options.explain) as f:
program = json.load(f)
print("==== \033[1mExpected tape input format:\033[0m ==== ")
print(program.get('tape-format', '<not provided>'))
print()
print("==== \033[1mExpected tape output format:\033[0m ====")
print(program.get('output-format', '<not provided>'))
return
program = Program.from_file(options.program)
tape = [i for i in options.tape]
if options.accepts:
print(
TuringMachine.accepts(program,
tape,
error_on_eot=not options.infinite,
verbose=not options.quiet))
return
machine = TuringMachine(program,
tape,
err_on_eot=not options.infinite,
verbose=not options.quiet)
if options.ensuretransitions:
machine.ensure_transitions()
print("Machine start!")
print("Tape output (without blanks)")
machine.print_tape_trimmed()
if not options.quiet:
print("\nBeginning simulation...")
machine.run()
print('\nFinished!')
print("Tape output (without blanks)")
machine.print_tape_trimmed()