Proceedings, ACM SIGSOFT/BIGMETRICS Software and Assurance Workshop, November 1978.
^ Weiss, Edmond H.: 'Visualizing a Procedure with Nassi-Schneiderman Charts', Journal of Technical Writing and Communication, Vol.See especially Chapter 5: 'Schleifen und Verzweigungen' (loops and branches). ^ Kirch, Ulla: C# lernen und professionell anwenden.See especially Chapter 6: 'Kontrollstrukturen' (control flow). ^ Baeumle-Courth, Peter Schmidt, Torsten: Praktische Einführung in C.See especially Chapter 10: 'Kontrollstrukturen' (control flow). ^ Böttcher, Axel Kneißl, Franz: Informatik für Ingenieure: Grundlagen und Programmierung in C.(DIN): DIN 66261: Informationsverarbeitung Sinnbilder für Struktogramme nach Nassi-Shneiderman. Automatic Control: Selected papers from the triennial world congress of the International Federation of Automatic Control : Munich, Federal Republic of Germany, 27–31 July 1987, Volume 10 Volume 14. ^ A short history of structured flowcharts (Nassi-Shneiderman Diagrams).Visualisation for Semantic Information Systems.
#STRUCTORIZER ONLINE MAC OSX#
Needless to say, we're free to implement our own scanners, JAX-RS annotated resources and even Google Guice binders. Structorizer 3.30-06 showing the Euclide algorithm Structorizer 3.28-07 showing the Ackermann algorithm Structorizer 3.28-07, Arranger windows with the Quicksort algorithm Structorizer 3.24-14 running on Windows 7 Structorizer 3.01 running on Ubuntu 7.10 Structorizer 3.00 running on Mac OSX Structorizer 2.
#STRUCTORIZER ONLINE CODE#
The code above scans the package for Spring-annotated beans and adds them as components to the container JVM. New SourceCodeComponentFinderStrategy(new File("/path/to/base"), 150)) įinally, we start the finder: componentFinder.findComponents() New ReferencedTypesSupportingTypesStrategy() We can even plug in custom resolution strategies: ComponentFinder componentFinder = new ComponentFinder( Resolution strategies affect things such as which components will be added to the model, depth of dependency tree traversal etc. Next, we need to create a ComponentFinder configured with one or more resolution strategies. To utilize this feature, we need to add yet another dependency:
Componentsįor existing code-bases using the Spring framework, Structurizr provides an automated way of extracting Spring-annotated components and adding them to the architectural artifacts. Rendering the resulting diagram via PlantUML produces: 7. createContainerView(paymentTerminal, "F5", "Container View") Next, we define relationships between these newly created elements: f5.uses(jvm1, "route") įinally, create a container view that can be fed to a renderer: ContainerView view = workspace.getViews() "JVM-3", "JVM-3", "Java Virtual Machine") Ĭontainer oracle = paymentTerminal.addContainer( "JVM-2", "JVM-2", "Java Virtual Machine") Ĭontainer jvm3 = paymentTerminal.addContainer( "JVM-1", "JVM-1", "Java Virtual Machine") Ĭontainer jvm2 = paymentTerminal.addContainer( "Payment Load Balancer", "Payment Load Balancer", "F5") Ĭontainer jvm1 = paymentTerminal.addContainer( In a C4 model, containers can be web applications, mobile apps, desktop applications, databases and file systems: pretty much anything that holds code and/or data.įirst, we create some containers for our payment terminal: Container f5 = paymentTerminal.addContainer( Let's extend our software system by adding some containers.
0 kommentar(er)
