Examples with CallGraphModel org.ndx.agile.architecture.sequence.generator.javaparser.adapter.CallGraphModel used on opensource projects

Example 1 with CallGraphModel

use of org.ndx.agile.architecture.sequence.generator.javaparser.adapter.CallGraphModel in project agile-architecture-documentation-system by Riduidel.

the class SequenceDiagramVisitorTest method can_read_a_model.

@Test
@Disabled
void can_read_a_model() {
    // Given all those elements
    Workspace workspace = new Workspace("test workspace", "test workspace");
    Model model = workspace.getModel();
    SoftwareSystem system = model.addSoftwareSystem("agile-architecture-documentation-system");
    Container sequenceGenerator = system.addContainer("sequence-generator", "generator", "Java/Maven");
    sequenceGenerator.addProperty(SequenceGenerator.GENERATES_WITH, StructurizrUtils.getCanonicalPath(sequenceGenerator));
    sequenceGenerator.addProperty(ModelElementKeys.JAVA_SOURCES, new File("src/main/java").toURI().toString());
    Component visitor = sequenceGenerator.addComponent(SequenceDiagramVisitor.class.getSimpleName(), "visitor building the sequence");
    visitor.addSupportingType(SequenceDiagramVisitor.class.getName());
    Component callGraphModel = sequenceGenerator.addComponent(CallGraphModel.class.getSimpleName(), "navigator accumulating data");
    callGraphModel.addSupportingType(CallGraphModel.class.getName());
    Component generator = sequenceGenerator.addComponent(SequenceDiagramGenerator.class.getSimpleName(), "Component producing the sequence diagram");
    generator.addSupportingType(SequenceDiagramGenerator.class.getName());
    // Let's build a sequence diagram visitor
    SequenceDiagramVisitor tested = new SequenceDiagramVisitor();
    tested.logger = Logger.getLogger(getClass().getName());
    tested.destination = new File("target/tests/" + getClass().getSimpleName());
    // Emulate the standard visit
    tested.startVisit(model);
    tested.startVisit(system);
    assertThat(tested.allContainers).hasSize(1);
    assertThat(tested.codeToComponents).hasSize(3);
    assertThat(tested.callGraphModel).isNull();
    // And finally, visit the container and parse source code
    tested.startVisit(sequenceGenerator);
    assertThat(tested.callGraphModel).isNotNull();
    // And visit components to see what happens
    assertThat(tested.startVisit(visitor)).isTrue();
    // And that something is generated
    tested.endVisit(visitor, new SimpleOutputBuilder(tested.destination));
    assertThat(tested.destination).isDirectoryContaining(file -> file.getName().equals(system.getName()));
}

Example 2 with CallGraphModel

use of org.ndx.agile.architecture.sequence.generator.javaparser.adapter.CallGraphModel in project agile-architecture-documentation-system by Riduidel.

the class SequenceDiagramVisitor method startVisit.

@Override
public boolean startVisit(Container container) {
    if (allowSequenceGeneration(container)) {
        if (container.getProperties().containsKey(ModelElementKeys.JAVA_SOURCES)) {
            ProjectRoot projectRoot = createProjectRootFor(container);
            Map<String, CompilationUnit> sources = parseAllSources(projectRoot);
            callGraphModel = new CallGraphModel(codeToComponents, sources);
            // Now we have all compilation units parsed, let's try to analyze that a little by, say,
            // mapping class names to their associated compilation units
            callGraphModel.analyzeCalls(getComponentsToScanFor(container).stream().flatMap(component -> component.getCode().stream()).map(code -> code.getType()).collect(Collectors.toList()));
            return true;
        } else {
            logger.log(Level.SEVERE, String.format("Unable to generate sequence diagrams since container %s has no associated sources", StructurizrUtils.getCanonicalPath(container)));
        }
    }
    // In any missing info case, return false
    return false;
}