To do this you must add a text file that defines the custom scripting symbols named csc.rsp in the root of your project’s Assets folder. You can set custom scripting symbols via a text asset in your project. Setting scripting symbols via an asset file You can do this by specifying the symbols using a csc.rsp asset file instead of using editor scripts, as described below. Instead, if you need specific symbols to be defined in an Editor running in batch mode, you must ensure the editor is launched with the correct symbols defined from the start. Because of this, you should not use Editor scripts to set scripting symbols within a batch mode CI server because the scripts will not be recompiled, so they will not be applied. This is because when the Editor runs in batch mode, it runs “ headless”, so there is no editor loop which would cause it to recompile with the new scripting symbols. The asynchronous nature of Unity’s compilation mentioned above is also important to understand if you are writing Editor scripts which will run in batch mode in the Unity Editor on a continuous integration (CI) server. This means if you have Editor scripts which run as part of your BuildPlayer execution, they run with the old scripting symbols and your player might not build as you expected.
So, for example, if you use this method in an Editor script, then immediately call BuildPipeline.BuildPlayer on the following line in the same script, at that point Unity is still running your Editor scripts with the old set of scripting symbols, because they have not yet been recompiled with the new symbols. For your directives to take effect based on a change in scripting symbols, you must allow control to be returned to the Editor, where it then asynchronously reloads the scripts and recompiles them based on your new symbols and the directives which act on them. Calling this method from script does not immediately apply and recompile your scripts. Important: this method does not take immediate effect. However, there are some important details to note about how this operates. If you need to define scripting symbols via scripts in the Editor so that your Editor scripts are affected by the change, you must use PlayerSettings.SetScriptingDefineSymbolsForGroup. Setting scripting symbols for Editor script compilation BuildPlayerOptions.extraScriptingDefines.
PlayerSettings.SetScriptingDefineSymbolsForGroup.You can use the following API to define scripting symbols: The Copy Defines button copies the current set of custom scripting symbols from the list into your clipboard as a string of semicolon-separated values. More info See in Glossary in your project using these new symbols.
BLACK UNITY SYMBOL CODE
When you select Apply, your new scripting symbols are applied, and Unity recompiles the scripts A piece of code that allows you to create your own Components, trigger game events, modify Component properties over time and respond to user input in any way you like. You can add and remove your own custom scripting symbols to the Scripting Define Symbols list by using the + and - buttons, and typing the name of your new symbols into the fields. This example shows two custom symbols defined in the list. The Scripting Define Symbols settings in the Project Settings window. Then in the Other Settings panel, scroll down to Script Compilation. To set or remove define directives via the Editor, go to Edit > Project Settings > Player. More info See in Glossary, via scripting, or via an asset file. Unity currently supports three UI systems. In addition to the built-in scripting symbols (relating to Platform, the Editor Version, and other miscellaneous system environment scenarios), you can specify your own custom scripting symbols, either using the Editor UI (User Interface) Allows a user to interact with your application.
C# directives allow you to selectively include or exclude code from compilation, based on whether certain scripting symbols are defined or not defined.
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