This feature alone could save you countless keystrokes and typos and makes ApexSQL Edit an interesting tool for any developer’s toolbox. Once you start writing queries using MemberLists, having to go back to an editor without it feels like running underwater. This feature also extends to columns, variables, parameters, procedures, and so forth.
Type a query, like "SELECT * FROM.", and immediately a drop-down list appears listing the database’s tables. ApexSQL Edit boasts a number of time-saving features, the most impressive one being the Object MemberLists, which provides functionality much like IntelliSense. One such product is ApexSQL Edit version 2005.03, by ApexSQL. However, there are a number of third-party SQL query editors that offer the features developers today take for granted. Visual Studio® provides Database Projects for grouping CREATE scripts and other commonly used T-SQL within the IDE, but these serve more as a repository for database-related scripts than an interface for writing, testing, and running queries. There’s no IntelliSense® or integrated source control support, for example. While Enterprise Manager and SQL Server™ Management Studio provide an easy-to-use graphical environment for performing database-related tasks, their native query editors come across to many as simplistic text editors that lack modern features.
#NDEPEND SERIAL KEY CODE#
This query produces a warning if there are any methods that have over 30 lines of source code (which indicates a complex method that should likely be refactored): WARN IF Count > 0 IN SELECT TOP 10 METHODS WHERE NbLinesOfCode > 30Īlong with its UI, NDepend can be accessed through the command line, making it easy to integrate into an automated build process. The following CQL query returns the 10 namespaces with the most types: SELECT TOP 10 NAMESPACES ORDER BY NbTypes DESCĬQL queries are also useful for code quality audits. CQL statements can be used for ad hoc reporting. NDepend’s most impressive feature is its query language, CQL, which is similar in syntax to SQL. The matrix can also help pinpoint cyclic dependencies. Right-click to see what namespaces, classes, or methods either directly or indirectly call upon or use the selected assembly, class, or method. You can drill down to the assemblies’ classes, and from there to the classes’ methods. NDepend provides a matrix that shows the dependencies among the various assemblies. (A treemap is a graph in which the size of each element is dependent on its "weight.") The treemap depicts various metrics such as the number of lines of code or number of methods, which provides a quick way to gauge the relative complexity of the components in the architecture. Once an app’s assemblies and source code have been selected and analyzed, NDepend provides a rich user interface for exploring a multitude of metrics and information.Īt the top of the interface is a treemap of the architecture’s assemblies. NDepend version 2.0, by SMACCHIA.COM, is a tool that helps examine and analyze the metrics, complexities, and dependencies between the various pieces of an app’s architecture. NET Framework app’s architecture at a high-level view. NDepend Provides a Matrix that Shows the Dependencies Among Various Assemblies(Click theįortunately, there’s an easier way to explore a. Commonly, developers resort to picking through the source code, which is often error-prone and time-consuming.
For these code changes and architectural decisions, it is vital that senior developers and system architects have a solid understanding of the architecture’s structure and interdependencies. While most developers work exclusively with a particular section of the architecture, senior developers and system architects are typically responsible for code and design decisions that impact various pieces of the architecture and their interconnections. NET Framework applications can contain hundreds or thousands of classes organized into different assemblies that constitute distinct layers in the application’s architecture. Analyze and Graphically Explore Your App’s Architecture
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