Registering and executing managed code in the database consists of the following steps: provides code templates that make it easy for developers to get started writing code for CLR-based database routines, types and aggregates.
This project also allows developers to add references to other assemblies in the database.
We also provide a set of code examples illustrating CLR integration features.
Introduction Overview of CLR Integration Manual Deployment Building, Deploying, and Debugging Using Visual Studio CLR and Its Alternatives CLR vs. XPs Code in the Middle Tier Example: Production Scheduling Solving Common Database Programming Tasks and Problems Data Validation using the . This also allows developers to extend the database with new types and aggregates.
Developers should be aware that there are a number of significant enhancements to the T-SQL query language in SQL Server 2005 that augment the expressive power of the T-SQL query language, and should ensure that they are taking full advantage of them before writing procedural code, whether in the CLR or not.
Some of these added features include: Developers should view the CLR as an efficient alternative for logic that cannot be expressed declaratively in the query language.
As debugging is a fundamental part of the developer experience for any platform, SQL Server 2005 and Visual Studio 2005 provide database programmers with such capabilities.In this section we will concentrate on user defined routines.Transact-SQL (T-SQL) is the native programming language supported by SQL Server.When a SQL Server Project is built, it is compiled into an assembly.Deploying the project uploads the assembly binary into the SQL Server database that is associated with the project.Functionality of the debugger is not affected by the type of connection to the server that the client has: both Tabular Data Stream (TDS) and HTTP connections can be debugged.