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Running ZPE

Once the ZPE program and the script are installed, using ZPE is easy. This tutorial focuses on use of the interpreter mode more than any other mode. For more information on modes, check the official ZPE documentation.

There are two ways of running ZPE. If the configuration is done properly on a macOS or Linux machine then a zpe command should be readily available. As such to start the ZPE Programming Environment program the following would be used:

Shell
zpe
# Alternatively, run it using Java
java -jar zpe.jar
    

The output should be something along the lines of:

Shell
ZPE Programming Environment (ZPE) 1.6.5.0 (September 2018)
Current maximum memory allocated to ZPE is 483MB.

ZLC version 1.6.7, ZPE Parser version 1.2.0, copyright (c) Jamie Balfour 2011 - 2018
Uses portions of other libraries including BECL for Java.
Other contributions and information can be found at:
https://www.jamiebalfour.scot/projects/zpe/
For a command list, insert the '-h commands' line.

You must specify a run command.

The following ZPE Argument Commands (ZACs) are currently supported:
-a : Analyse code. Checks if the code is well-formed and valid.
-b : Byte code view. Prints a byte code tokenisation of the program.
-c : Compile mode. Compiles the code to a file for distribution.
-d : Debug code. Allows you to debug the code to a certain number of steps.
-e : Export code. Exports code to another language. (underwork).
-g : GUI mode. This mode features a basic GUI for editing and running code.
-h : Shows the available help commands and provides access to them.
-i : Interpreter mode. Compiles and runs code. Useful for detecting errors.
-n : Network remote server. Opens a ZPE Server or ZPE Client.
-p : Properties mode. Allows viewing and editing of ZPE properties.
-q : Quickfire mode. A GUI single line read mode.
-r : Read mode. Interpret individual commands from the command line.
-s : String view. Prints a string tokenisation of the program.
-t : Tree mode. Prints the code tree of the code from a file.
-v : Version number. Prints the current version number to the console.
-w : Web parser. Executes a HTML page with ZPE code.

--configure : Configure mode. Installs ZPE with the default settings.
--man       : Manual mode. Searches internal documentation for an internal function, much like the Unix man pages.
--zule      : ZULE download. Downloads a file from the ZPE Uploaded Library Extensions (ZULE) repository.
--gfx       : New experimental graphical editor using JFX.

There is more on my personal website at https://www.jamiebalfour.scot/projects/zpe/
    

It is very important that the maximum amount of memory allocated is at least 64MB but it is recommended at least 256MB is given.

It is also very important for this tutorial that the version of ZPE is running ZLC (the ZPE Language Compiler) 1.6.7 or later.

When running ZPE it is given what is referred to as command line arguments. The first command line argument, e.g. -i or -c is known as the ZAC or ZPE Access Command.

Interpreting

This tutorial focuses on running simple samples of code. As a result of this code can simply be interpreted. ZPE includes a very functional interpreter designed for debugging and for running code. There is a small performance gain from compiling code manually and then running it through the runtime environment but for the vast majority of code used in this tutorial it will be negligible.

Assuming a file called test.txt is used for testing the sample in this tutorial, running it would involve:

Shell
zpe -i test.txt
    

If arguments are needed in the -i mode the -args command line argument is provided:

Shell
zpe -i test.txt -args 5 10
    

This would assign the arguments 5 and 10 to the program.

An alternative to running programs like this through the command line is to use the graphical user interface (GUI) mode. This is achieved using the -g ZAC.
Read more
  1. Running ZPE
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