Select the Clean tab and provide the same information as previously (Build), and replace "/build" with "/clean" in the command line: These settings will be used by Enterprise Architect to build the C# solution.Default directory: source code location.The command line need to match the following example:.Configure the source code compilation from the Build tab: The Execution Analyzer script properties are displayed. Click on Yes to generate an Execution Analyzer script on this package. Right click on the root package where implementation classes have been imported, and select Execution Analyzer the dialog box below is displayed. To easily access and run Visual Studio IDE files, the local path %VS2012% has been defined via the menu Tools > Local Directories and Path: Packages and implementation classes resulting from the reverse engineering are visible from the Project Browser.Select C# and the folder that contains the source code.Create a package and run Code Engineering > Import Source Directory.Start with importing the source code in the Enterprise Architect project: Once all the mentioned views have been displayed in your Enterprise Architect workspace, this configuration can be saved from the menu View > Perspectives > Save as New.Ĭonfiguring the Execution Analyzer Importing the source code with reverse engineering The Execution Analyzer involves the use of several views which can be enabled from the Analyzer menu: The Execution Analyzer also works with other technical environments such as Java or C++. The technical environment involves a Visual Studio 2012 C# solution. As an example, I selected an Enterprise Architect add'in project I'm currently working on. This article illustrates how to configure and use this feature in Sparx Enterprise Architect 12. In this specific case, as the issue was not related with the code itself, the Execution Analyzer hasn't identified any clue. This could potentially lead to identify details surrounding a random software bug. This is exactly a case that one of my clients came across Enterprise Architect Execution Analyzer feature offered an interesting and innovative approach enabling dynamic code analysis via method call recording. Source code analysis from the IDE may not be the right place to find solutions. Investigating bugs in such context on a production environment can be difficult. More and more complex technical architectures are defined for projects, with several heterogeneous software components communicating via their interfaces or services, and design patterns such as Dependency Injection can be applied to load modules or objects at run time, preventing any analysis at compile time. Note: static code analysis can be carried on the source code from the IDE, whereas dynamic code analysis is carried in a runtime environment. as an option to identify reasons for bugs when static code analysis hasn't been satisfying.to understand a software or application behaviour,.invoked methods between instanciated implementation classes, to visualize and analyze interactions i.e.A method call recording feature can be enabled: This article illustrates the use of Enterprise Architect Execution Analyzer to capture and record method calls between instances of implementation classes during code runtime. Fragments can also be added to represent control structures that operate on a group of messages.Enterprise Architect is mainly used as a modelling tool to define and maintain a structured set of models based on standard languages or notations such as UML, BPMN, SysML, or ArchiMate.Įnterprise Architect includes several features to fulfill other needs, associated with functional, business, design, or architecture aspects. The order of objects and messages can be altered to make the diagram more readable and notes can be used to explain parts of the diagram. The choice will depend on what the modeler wants to represent. The elements that appear in Sequence diagrams can be either Classifiers such as Classes and Components or instances such as Objects and Component Instances. Sequence diagrams can also be created automatically from stack traces as a way of visualizing how a system functions. They are particularly useful when used to describe complex protocols or subsystem interactions that are difficult to understand unless presented graphically. They are more typically used by technical modelers to depict how messages are passed between application components and interfaces to achieve an outcome. The Sequence diagram can be used to model any set of messages that flow between two or more elements to produce a result. Ribbon: Design > Diagram > Add > UML Behavioral > Sequenceīrowser window Toolbar : New Diagram icon > UML Behavioral > Sequenceīrowser window context menu | Add Diagram.
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