#HOPPER DISASSEMBLER REFERENCE STRINGS HOW TO#
#HOPPER DISASSEMBLER REFERENCE STRINGS INSTALL#
#HOPPER DISASSEMBLER REFERENCE STRINGS ZIP FILE#

Overview of the CoCo Virtual MachineД¬oCo, like Python, is a virtual machine (i.e. However, it is highly recommended that you have Python 3.2 installed so you can use the disassembler to learn CoCo assembly language.

#HOPPER DISASSEMBLER REFERENCE STRINGS INSTALL#

For Linux you can download the source and compile and install it.Д¬oCo itself is not dependent on Python 3.2. There are Windows and Mac installers available on this page. If you don't find it under your platform's software management, it can be downloaded from at You can typically install Python 3.2.5 from Linux distributions or MacPorts. Work across Python VMs or Python releases. Use of the disassembler.py module should not be considered to To use the disassembler that is distributed with this software package, you must have Python 3.2 installed on your system. For this reason, CoCo is specific to Python 3.2. Guarantees are made that bytecode will not be added, removed, or changedД«etween versions of Python. It is also in the tests subdirectory of the CoCo source code distribution.Д¬oCo implementation detail: Bytecode is an implementation detail of the Python interpreter.

You can download the disassembler from here. The Python program to disassemble may have as many functions as desired, but to be in CoCo format, classes are not supported. Your Python program must have a main function with no arguments where execution will begin.

Usually, if you have version 3.2 installed, you can run it by typing python3.2 at the command-line. To use the disassembler you must have installed Python 3.2 and run the disassembler with Python 3.2. You are still encouraged to get the source code as a resource for learning C++.Д¬oCo includes a disassembler that will disassemble certain Python programs into a CoCo assembly language program. If you don't have a C++ compiler and just want to try CoCo, you can download a precompiled binary of coco by clicking the links below. It would be better to use make if at all possible. This can take a little time and could slow down development. If you are going to be working with the source code at all, the above command is not desirable since it will recompile everything every time you make a change and recompile. If that does not work, you can brute force the compile, assuming you have a C++ compiler installed, with this command. To see if you have the right utilities try this./rebuild However, you will have to have make utilities installed to rebuild. If for some reason, that does not work for you, you can rebuild the configure and make files with the rebuild script.

Once you have downloaded, you can compile the code by running. You can download CoCo's complete source code from Precompiled binaries for the three major platforms are provided below if you do not have a compiler installed on your computer.

#HOPPER DISASSEMBLER REFERENCE STRINGS HOW TO#

A README accompanies the source code repository to tell you how to compile the program.

#HOPPER DISASSEMBLER REFERENCE STRINGS ZIP FILE#

You may download it by cloning the github repository or by downloading a zip file of the source. The entire source for CoCo is available on GitHub free of charge. Its was designed for educational purposes for learning C++, assembly language, and higher level language implementation. This virtual machine was implemented in C++. Welcome to CoCo, a virtual machine based on the Python virtual machine.

Hopper disassembler reference strings