New postprocessing demonstration video is here.
To be possible to build binary file *.dll of a postprocessor from its source files (Postprocessor.cs, Registers.cs, *.csproj etc.) follow the instructions below.
Download and install .NET SDK x64 from the official site (https://dotnet.microsoft.com/download, size ~150 Mb). There is a simple step-by-step guide there. Latest .NET 5.0 version required.
To be able to write source files, download and install the latest available version of Visual Studio Code (https://code.visualstudio.com/download, size ~70 Mb).
- Install C# for Visual Studio Code (powered by OmniSharp) extension from the Visual Studio Code marketplace (https://marketplace.visualstudio.com/items?itemName=ms-dotnettools.csharp)
- It will start Visual Studio Code (abbreviated VSCode) instance on the Extensions tab. Just click the “Install” button next to the extension name.
- It is recommended (but not required) to install the extension for editing xml files “XML Language Support by Red Hat” (https://marketplace.visualstudio.com/items?itemName=redhat.vscode-xml).
If you have not yet, download and install the latest SprutCAM (version 15 or higher required) from the official resource (https://sprutcam.com/download/).
- Start SprutCAM and launch the CLData viewer from the Utilities menu.
- It will add the “SprutCAMDir” environment variable to the Windows' variables. To be possible to launch Visual Studio Code from SprutCAM the system “Path” environment variable should include VS code installation folder. Usually the VSCode installer adds everything himself and you just need to restart the computer for the environment variables to take effect.
- Start SprutCAM and launch the CLData viewer again. Now you can try to create a new postprocessor. Click main menu CLData viewer/Create new postprocessor….
- A standard folder selection dialog box will open. Here you will need to create a new empty folder that will contain all the postprocessor files. The folder name will match the name of the new postprocessor.
- In the context menu of the postprocessor choose “Launch postprocessor project in VS Code” item.
- The new VSCode window will appear with the main Postprocessor.cs source file of the selected postprocessor.
- Then you can set a breakpoint inside the OnStartProject procedure, choose “Run and Debug” tab and click “Launch post” (F5 key).
- It will build the postprocessor from sources and start debugging. CLData viewer window should appear (if it will be minimized before). Execution should stop at the defined breakpoint. Now you can use Step Over (F10) at the toolbar in order to walk through the lines of the postprocessor code. As the lines are written to the output file, the CLData viewer will show intermediate results.
- Finally, you can modify the postprocessor code in the Postprocessor.cs, Registers.cs and Settings.xml files as you need and debug it using all available features of the Visual Studio Code. If you are not yet familiar with the capabilities of VSCode, we recommend that you visit the "Get started" section from its official documentation (https://code.visualstudio.com/docs/getstarted/introvideos).
- After you have written and debugged the postprocessor source code, you can obtain and use the postprocessor binary output *.dll file. Just select "Reveal binary file in Windows explorer" from the context menu of the postprocessor in the CLData Viewer. This will select the postprocessor binary in explorer from where you can copy or send it to the customer.