![]() ![]() Please refer to image below that shows the template for C#: For C++, DraftSight provides templates for both COM and native C++ add-ins. These templates are available for the programming languages that DraftSight supports, C++, C# and VB.Net. To assist developers to build new add-ins or migrate their existing customisation from other applications, DraftSight installer ships pre-built templates for Visual Studio. ![]() Rapid Application Development Using DraftSight Add-in Templates The entire list is available in the API documentation:ĭevelopers can choose to develop an application either using scripting in The following graphic displays some of the interfaces and event enumerations available with the API. For example, users can build a web page using JavaScript to query the rooms on a floor plan and generate reports out of it. This way, developers can build compelling web pages to connect to the data available in drawings. In addition to standard programming languages like C++, C# and VB.NET, developers can write add-ins using JavaScript and HTML. Users can either build add-ins to replay those sequences, or use Macros as a start to automate more sophisticated workflows. Users can record their operations in any of the supported languages. Visual Lisp support is on the product future plan.Įxisting add-ins from other CAD applications need to be re-written in DraftSight API.Īnother quick way to develop add-ins is through the Macro feature. Users can then focus on writing code relevant to their workflow rather than spending time in writing this connection.ĪutoLISP can be loaded directly inside DraftSight and run. To assist developers in getting started, DraftSight provides templates for Visual studio through which a lot of boiler plate code is pre-generated to connect the add-in to DraftSight. NET add-ins can be developed using Visual Studio 2008 and above. ![]() All the entities in the drawing are available through the API so developers can query, update and run rich modifications to the entities. ![]() In the second case, the DraftSight UI is fully accessible so users can add menus, toolbars, dockable windows and so on, so that the add-in would look like a native DraftSight feature. The API interfaces are consistent across all the languages we support and are forward compatible.ĭevelopers can develop either external applications which automate a repetitive task (e.g., A VB.NET application which batch prints a bunch of documents at a scheduled time every day) or develop add-ins where they integrate an external application into their work flow (e.g., integrate EPDM or SAP). It provides templates through which developers can write add-ins fairly quickly, a set of examples which teach how the API can be used to automate some common work flows and documentation which contains plenty of code snippets that can be used directly in the application.ĭraftSight API is available for developers to write applications in the following languages. It allows customers and partners to develop powerful add-ins which seamlessly work with DraftSight and make use of the same core elements with which DraftSight is built. What is the DraftSight API? Well, let me explain.ĭraftSight API is a set of methods and interfaces available for users to customise DraftSight to automate their workflow and interact with all the elements which make up DraftSight (UI, drawings, etc…). How do they do all this? They use the DraftSight API. In addition to this, DraftSight Partners, Resellers and Service Providers also like to develop add-ins to improve the DraftSight experience for their users.
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