def METHOD_NAME():
    # Parse the command line arguments
    parser = argparse.ArgumentParser(
        usage='dissect.py [-h] -- '
        '<qemu executable> [<qemu executable options>] '
        '<target executable> [<target executable options>]')
    parser.add_argument('command', type=str, nargs='+', help=argparse.SUPPRESS)
    args = parser.parse_args()
    # Extract the needed variables from the args
    command = args.command
    # Insure that valgrind is installed
    check_valgrind = subprocess.run(
        ["which", "valgrind"], stdout=subprocess.DEVNULL)
    if check_valgrind.returncode:
        sys.exit("Please install valgrind before running the script.")
    # Save all intermediate files in a temporary directory
    with tempfile.TemporaryDirectory() as tmpdirname:
        # callgrind output file path
        data_path = os.path.join(tmpdirname, "callgrind.data")
        # callgrind_annotate output file path
        annotate_out_path = os.path.join(tmpdirname, "callgrind_annotate.out")
        # Run callgrind
        callgrind = subprocess.run((["valgrind",
                                     "--tool=callgrind",
                                     "--callgrind-out-file=" + data_path]
                                    + command),
                                   stdout=subprocess.DEVNULL,
                                   stderr=subprocess.PIPE)
        if callgrind.returncode:
            sys.exit(callgrind.stderr.decode("utf-8"))
        # Save callgrind_annotate output
        with open(annotate_out_path, "w") as output:
            callgrind_annotate = subprocess.run(
                ["callgrind_annotate", data_path, "--tree=caller"],
                stdout=output,
                stderr=subprocess.PIPE)
            if callgrind_annotate.returncode:
                sys.exit(callgrind_annotate.stderr.decode("utf-8"))
        # Read the callgrind_annotate output to callgrind_data[]
        callgrind_data = []
        with open(annotate_out_path, 'r') as data:
            callgrind_data = data.readlines()
        # Line number with the total number of instructions
        total_instructions_line_number = 20
        # Get the total number of instructions
        total_instructions_line_data = \
            callgrind_data[total_instructions_line_number]
        total_instructions = total_instructions_line_data.split()[0]
        total_instructions = int(total_instructions.replace(',', ''))
        # Line number with the JIT self number of instructions
        JIT_self_instructions_line_number = get_JIT_line(callgrind_data)
        # Get the JIT self number of instructions
        JIT_self_instructions_line_data = \
            callgrind_data[JIT_self_instructions_line_number]
        JIT_self_instructions = JIT_self_instructions_line_data.split()[0]
        JIT_self_instructions = int(JIT_self_instructions.replace(',', ''))
        # Line number with the JIT self + inclusive number of instructions
        # It's the line above the first JIT call when running with --tree=caller
        JIT_total_instructions_line_number = JIT_self_instructions_line_number-1
        # Get the JIT self + inclusive number of instructions
        JIT_total_instructions_line_data = \
            callgrind_data[JIT_total_instructions_line_number]
        JIT_total_instructions = JIT_total_instructions_line_data.split()[0]
        JIT_total_instructions = int(JIT_total_instructions.replace(',', ''))
        # Calculate number of instructions in helpers and code generation
        helpers_instructions = JIT_total_instructions-JIT_self_instructions
        code_generation_instructions = total_instructions-JIT_total_instructions
        # Print results (Insert commas in large numbers)
        # Print total number of instructions
        print('{:<20}{:>20}\n'.
              format("Total Instructions:",
                     format(total_instructions, ',')))
        # Print code generation instructions and percentage
        print('{:<20}{:>20}\t{:>6.3f}%'.
              format("Code Generation:",
                     format(code_generation_instructions, ","),
                     (code_generation_instructions / total_instructions) * 100))
        # Print JIT instructions and percentage
        print('{:<20}{:>20}\t{:>6.3f}%'.
              format("JIT Execution:",
                     format(JIT_self_instructions, ","),
                     (JIT_self_instructions / total_instructions) * 100))
        # Print helpers instructions and percentage
        print('{:<20}{:>20}\t{:>6.3f}%'.
              format("Helpers:",
                     format(helpers_instructions, ","),
                     (helpers_instructions/total_instructions)*100))