Templates ¶ Rule #8: Not from scratch - Use Templates ( Optional ) CODESYS provides a rich set of project templates. They are a good starting point for successful library design. See: Common Behaviour

Project Structure ¶ Rule #9: Reuse a well-known Project Structure ( Optional ) Every one find parts of the project much easier, if you use a well known project structure. In order to make orientation

Naming Conventions ¶ Rule #10: Use clean Naming Conventions ( Optional ) The consistent use of a naming convention is the best way for clean code. (Checked by the Static Code Analysis [ 3 ] ) These ru

Library Documentation ¶ Note CODESYS LibDoc Scripting Collection This section is intended to clarify the current situation regarding documentation in the CODESYS source code. The introduction of the C

Documentation Areas ¶ Project Information ¶ Folder ¶ Declaration Header ¶ Member Declaration ¶ Enums, Structures, GVL’s ¶ Some other possibilities to mark up the comments. Actions and Transitions ¶ Th

Library Development Summary ¶ Contents Introduction Concepts and Elements Library Types Placeholder Library Prefix Library Categories Library Properties Behaviour Model and Interface Design Static Ana

Introduction ¶ This document summarizes the most important topics around the area “How to Develop CODESYS Libraries”. Reusability matters It’s a lot of work to design, build, test, and maintain a CODE

Concepts and Elements ¶ The CODESYS library development and maintenance system is defined by a set of guidelines . To understand these guidelines, it is useful to describe some basic, but important co

Library Types ¶ In CODESYS, a differentiation is made between the following types of libraries: Common libraries Container libraries Interface libraries End User libraries For each type, there is a ch

How to change a library ¶ Note Compatibility: Compatibility of two libraries usually means that they react in the same way according to the requirements of an application. Important After changing a l