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SolidEdge offers extensive capabilities that allow it to function as a powerful data server for ActiveX Automation applications. Its robust data architecture supports seamless integration and extension of its functionality, making it highly adaptable for custom development. The platform provides a comprehensive application programming interface (API), enabling developers to either enhance SolidEdge's features or embed them directly into other client applications.
ActiveX Automation is a COM-based technology developed by Microsoft, previously known as OLE technology. It enables different applications to communicate and interact under the Windows operating system, allowing one application to control another. This means that applications can expose specific data and functions, which can then be accessed and manipulated by external programs. By leveraging ActiveX Automation, users can quickly customize or automate tasks within SolidEdge using programming tools, ensuring the software meets diverse functional requirements.
There are multiple approaches to utilizing SolidEdge’s data structure:
1. **Using the SolidEdge Software Development Kit (SDK):** This provides a range of COM interfaces, allowing developers to create applications in VB or VC++ to extend or integrate SolidEdge’s functionality.
2. **OLE Programming:** Developers can use OLE to customize and extend SolidEdge when needed. This method gives access to all of SolidEdge’s API interfaces, including OLE’s DM interface and automatically generated APIs. When querying SolidEdge data through the DM interface, SolidEdge can run as an out-of-process application.
3. **Alternative Extension Methods:** These include using AddIns to host other software within SolidEdge, employing kernel-like techniques, or other advanced methods to expand its capabilities.
In SolidEdge, a PartDocument supports Model Objects, which represent a set of graphical features forming a single entity. In addition to objects in the object hierarchy, a part document also includes properties such as Sketches, SelectSets, AttributeQueries, Constructions, Properties, DocumentEvents, FamilyMembers, HighlightSets, SummaryInfo, UnitsOfMeasure, and more.
During interactive modeling, a model is created by starting with basic features and building upon them. Similarly, when automating feature creation through programming, the process follows the same workflow—basic features must first be created via extrusion or rotation.
The hierarchical structure of SolidEdge's feature objects is organized as follows: Model objects can be created using the "Add" method in the Models collection. The first call to this method can also generate base features. Subsequent features are created using the "Add" method of the Features collection. Each feature is a child of the Model object, but the base feature itself belongs to the Feature Set rather than the Model Collection. For example, a stretch feature is part of the ExtrudedProtrusion set, while a revolve feature belongs to the RevolvedProtrusion set. Therefore, base features can only be accessed through their respective feature sets.
In standard part 3D modeling research, managing standard part data is crucial. When developing SolidEdge with VB, the system must be able to automatically retrieve national standards and specifications. This reduces the need for designers to manually search through design manuals. However, due to the large number of series and extensive data involved, effective data management and query systems are essential. A database can be used to store and manage this information. When the system makes logical decisions, it queries the appropriate standard library based on the standard type, retrieves relevant records, and selects the required drawing fields to complete the standard data query efficiently.