FULL Rational Rose Enterprise Edition Suite 2003
Gertrud Inabinet
Designed for Business Analysts, Software Analysts, Programmers, QA Engineers, and Documentation Writers, this dynamic and versatile development tool facilitates analysis and design of Object Oriented (OO) systems and databases. It provides the industry's best code engineering mechanism (with full round-trip support for Java, C++, CL (MSIL) and CORBA IDL programming languages), as well as database schema modeling, DDL generation and reverse engineering facilities.
MagicDraw is a standout modeling tool known for its commitment to industry standards, adaptability, and user-friendliness. It provides support for the UML 2 metamodel, adheres to the latest XMI standard for data storage, and accommodates popular programming languages for implementation. This compliance ensures a solid foundation for your modeling needs.
What sets MagicDraw apart is its flexibility within the Software Development Life Cycle (SDLC). It doesn't prescribe a one-size-fits-all approach; instead, it allows you to mold your SDLC environment to your specific business requirements. This adaptability extends to its Open API, making integration with other applications seamless and tailored to your needs. MagicDraw collaborates effortlessly with various leading products, including IDEs, requirements management, testing, estimation, model-driven development, and databases.
MagicDraw's independence from specific development methodologies is a significant advantage. It doesn't confine you to a rigid process but gracefully aligns with your company's unique approach. Whether you're in the requirements gathering phase or dealing with maintenance, MagicDraw is versatile and can be integrated at any point in your project. This adaptability encourages centralization of business and process modeling, requirements capture, and design activities.
MagicDraw's Teamwork Cloud enables seamless collaboration and team development. It allows multiple developers to work concurrently on the same model, significantly speeding up team collaboration. This feature includes straightforward configuration management, controlled access to your artifacts, remote model access, and an efficient conflict avoidance system.
Furthermore, MagicDraw holds a central role in Model Driven Architecture (MDD) solutions. It is the preferred tool in the MDD world, endorsed and recommended by major MDD vendors such as IO Software ArcStyler, AndroMDA, openArchitectureWare, Codagen Architect, and more. Its integration capabilities with these key MDD tools make it an indispensable choice for those immersed in the world of Model Driven Architecture.
We have great confidence in MagicDraw, and it's no wonder we receive positive feedback daily. Give MagicDraw a try, and you'll likely find it surpasses any other tools you've used in the past. So, what is so special about MagicDraw?
Language Specific UML Syntax Check Before the Code Generation. Don't be afraid if you don't know UML 2.5.1 extremely well - only few people do. Every time you miss something in class diagrams, MagicDraw will check the correctness of the UML model and prompt you for changes, before any code gets generated.
One of MagicDraw's shining attributes is its user-friendly interface. Its intuitive controls, coupled with a well-designed GUI, enable users to model without the need for extensive training. It's a tool that promotes quick familiarity, ensuring that you can dive into your projects without spending excessive time on tool familiarization. This translates into significant time savings and increased productivity, which is crucial in the fast-paced world of software development.
Object Constraint Language (OCL) is a formal language used to express constraints. OCL is typically used to specify invariant conditions that must hold for the system being modeled. Also,derived property specifications can be defined using OCL.
Cameo Concept Modeler gives ontologists a new way to connect UML models with the Web Ontology Language (OWL). Cameo Concept Modeler provides the value of ontologies while hiding the formal model behind its appealing graphics/UI and plain-English glossaries.
The Zachman Framework is a formal and highly structured way of viewing and defining an enterprise from different perspectives. It is represented as a classification schema for artifacts that is used for enterprise architecture modeling.
The FAS plugin supports the FAS (Functional Architectures for Systems) method, which provides a systematic way of deriving functional architectures from use cases. The FAS plugin provides automation of trivial, but modeling-intense steps involved in proceeding according to the method.
Cameo Simulation Toolkit allows you to simulate a model and validate the functionality or performance of a system in the context of a realistic mockup of the intended user interface. Cameo Simulation Toolkit provides the solutions that enable you to predict how the system responds to user interactions, predefined test data, and simulation scenarios.
The ISO 26262 Functional Safety Plugin supports the ISO 26262 standard which is intended for electric and/or electronic systems in production vehicles. This includes driver assistance, propulsion, and vehicle dynamics control systems. The goal of ISO 26262 is to ensure safety throughout the lifecycle of automotive systems and equipment.
Cameo Safety and Reliability Analyzer Plugin enables a model-based approach to safety and reliability analysis. The plugin supports failure mode, effects, and criticality analysis (FMECA) according to the IEC 60812 standard. Hazard analysis according to the medical standards IEC 62304 and ISO 14971:2007 is also supported.
Track the evolution of model development, obtaining the numerical evaluation of a particular aspect of it (e.g. Requirements coverage). Use seven predefined Metric Suites for SysML and MagicGrid that are dedicated for a different purposes.
Cameo RiskManager provides a fully automated push-button cyber risk analysis of your enterprise architecture views (e.g. DoDAF/DNDAF/UPDM). Our easy to use operational model element editors provide add, delete, and modification capabilities to ensure a complete and comprehensive model is analyzed.
Analyze existing relations among parts in the Internal Block Diagrams, display implied relations between part properties through ports/interfaces, and display actual connectors and ports from the implied relations either level by level or all at once.
Capture requirements in the requirement diagram and requirements table by creating or importing them in the modeling tool. The requirement diagram provides modeling constructs to represent text-based requirements.
The relationships among requirements and design elements (such as SysML Blocks, Test Cases, Use Cases, etc.) creates great value in your model. You can create relationships, including derive, refine, satisfy, or verify, directly in the Requirement Diagram or the Requirement Matrices.
Represent and modify information about the properties of model elements and/or relationships between them. Manage, analyze, and review any amount of data in tables quicker and easier with Hierarchical Display Modes. You can specify the dynamic scope for the table.
Model-Based Product Line Engineering enables to create a single model that covers multiple closely related products by reducing modeling costs. The key elements that MBPLE includes are the Feature Model, Multi-variant (150%) System Model, Recorded Configurations, Variant (100%) System Model.
This plugin allows system and software engineers, enterprise architects, business analysts, and others who work with classified or sensitive data, to mark their model elements to indicate different levels of classification or sensitivity. The plugin provides data markings based on the DoD Manual 5200.01 Volume 2 specification while allowing for custom data markings to be created as well.
Organize elements in tables by choosing one of the tree-view options (Containment, Structure, Custom) to display elements hierarchically and see the changes in the table structure reflect the criterion you have specified.
Use Any to Any transformation in conjunction with a type map to search-and-replace usages of one type with another type. Use Profile Migration transformation to migrate your model to a new version of UML profile.
Roll back an accidental action, redo your last action, or recover to a specific point, by picking from a list of recent actions. With the undo/redo mechanism, up to 500 steps are available in MagicDraw.
A smart package is a special collection of model elements. Pick up elements from different places in the model and place them into one package, for easier scope definition or collecting all frequently used elements.
Search for textual information in all types of diagrams, including tables, matrices and maps. Use search in diagrams to find a specific text phrase in a diagram and navigate through the highlighted search results.
Highlight important information, use visual effects such as icons, symbol transparency, or symbol background color or visualize model elements in diagrams according to the specified conditions. The visualization of all elements that meet the specified condition is automatically changed.
Present diagrams in full screen without showing such user interface components as model browser, diagram palette, status bar, and toolbars. LSO, define the sequence of diagrams to present one after another.
Add new functionality to MagicDraw by adding new actions into menus, toolbars and context menus. Also, new panels can be added into an element specification dialog. New transformations and design patterns can be easily created using MagicDraw Open API. Create plugins to change the functionality of a modeling tool.
LieberLieber's Embedded Engineer for MagicDraw provides a tool chain for the model-based development of embedded systems and combines automated source code generation with model-level debugging. This Plug & Play product offers optimized code generation of ANSI-C and C++ code from UML/SysML structures, state machines and activity models and guarantees the traceability of requirements to the code and back again, to comply with ISO26262.
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