Search Results for "sequence scaffold, java"

A fast and reliable tool, written in Java 8, for generating professional UML sequence diagrams from text. Supports actors, con-/destructors, threads, broadcasts, notes, and fragments. Can serve as a Javadoc taglet. Exports PDF, (E)PS, SVG, PNG, ... The source code is hosted at http://github.com/sdedit/sdedit

BeigeUML is an UML diagram editor. It has two user interfaces - ordinary desktop SWING and Android. Features: 1. Supports UML 2.4.1 compliant class diagram, package diagram, object diagram, sequence diagram and use case diagram. 2. It generates UML class diagram from Java source. 3. It's a doclet that generates standard Javadoc with UML class diagram. This application you can download from Central Maven Repository: https://search.maven.org/#search%7Cga%7C1%7Cg%3A%22org.beigesoft%22. There beige-uml-swing-[VERSION]-jar-with-dependencies.jar is Swing application and beige-uml-android-[VERSION].apk is Android application. ...

MSCViewer is a tool intended for debugging of control flows in concurrent, distributed systems. The tool loads logs generated by various entities in the system and visualize a sequence diagram chart for events and interactions. The diagram is fully interactive: entity can be added/removed from the diagram and shuffled; events can be filtered, searched, highlighted and annotated with comments. MSCViewer features integration with a Python interpreter which allows writing Python scripts...

REQ Modeler는 공개용 UML을 지원하는 모델링 툴입니다. 2012년 10월 4일 REQ Modeler 0.7 입니다. 이 프로그램은 SW 요구 및 검증공학 기술 연구 센터(Requirement and Validation engineering Technology: ReVeT)에서 지원합니다. <Features> Use Case Diagram - Actor / Use Case - Association / Direct Association - Generalization - Dependency - Include / Exclude Class Diagram - Class / Interface - Association / Direct Association - Aggregation / Composition - Generalization - Dependency - Realization Sequence Diagram - ...

GenLab abbreviation of Genetics Laboratory .It is a user-friendly bioinformatics tool to support your bioinformatics lab work. GenLab creates a software user-friendly environment, which makes users to make a large number of protein, DNA, and RNA sequence analysis and excellent graphical viewing. It also provides powerful environment for simulations of Protein 3D molecular models. GenLab typically provides: •User-friendly graphical tools used for finding and working with relevant...

JSeqUnit enhances Javadoc documentation with UML sequence diagrams that are generated with the help of JUnit tests. It uses JSeq to trace the execution of test executions. It supports re-engineering of components through improved reverse engineering of methods with the help of sequence diagrams.

This is a graphical editor and code generator for Live Sequence Charts (LSCs). The code generated follows a simple execution mechanism. It shows a possible execution path. We have added a new local action construct, i.e. a self method call.

J3dPSV 1.0 is a graphical application package for viewing and modeling of three dimensional structures of protein structure, including multiple chain sequence table and a three-dimensional (3D) protein structure viewer.

Many design artifacts can be directly executed. UML state processes can be executed by a state machine; UML sequence diagrams can be executed directly. ExecDesign will be a suite of Java tools which can be used to document and execute UML designs.

JSequencer is a development tool which autogenerates Sequence diagrams. It's ideal for design and debugging. Wire it with Spring and you can produce Sequence Diagrams without writing any code! The produced output can be viewed using SequencerUI(included

JSeq is a tool to automatically create UML sequence diagrams. It works by following the execution of a Java program, noting each method entry and exit. It then generates a sequence diagram from this information.

Takes in a simple text file and converts it into a UML diagram. Currently simple sequence diagrams are implemented. The diagramming space on Linux boxes isn't great and I wanted a way to quickly put together a sequence diagram.