codeBeamer’s DOORS Bridge migration facility builds on our native integration with IBM® Rational® DOORS®, and enables data migration without quantity limitations. It lets you import and reimport requirements including baselines, discussions, history, link attributes, and the relations of artifacts. DOORS Bridge enables you to maintain DOORS as a project history archive while managing your requirements in codeBeamer ALM.
codeBeamer offers round-trip integration with MS Word. This feature lets you export requirements in MS Word documents, and edit them using MS Word, which makes collaboration with other teams and departments, as well as outside partners way easier. Then, you can simply reimport the document to see all the changes made “offline” – codeBeamer is going to automatically notify you of all changes, which you can approve or reject one by one. Overall, this feature supports collaboration and helps ensure data consistency across organizational units.
Similar to MS Word, codeBeamer’s MS Excel round-trip functionality allows you to simply export and collaborate on requirements or other work items using the MS Excel format. After reimporting the document, you will be automatically notified of all changes to the worksheet, and the system lets you approve or reject each modification individually. This feature facilitates collaboration across teams and departments, as well as with outside partners.
A complete set of document management functionality is accessible directly from the Microsoft Office toolbar and the Microsoft Windows Explorer using the WebDAV protocol. codeBeamer enables WebDAV access to its Document repository.
Design, Modeling, UML
codeBeamer ALM’s connector for Enterprise Architect allows you to import UML diagrams into your Application Lifecycle Management platform conveniently. Thus, using UML models to guide your entire development lifecycle is greatly facilitated. Links between your work items can be easily established, ensuring complete end-to-end traceability from requirements and UML system architecture models all the way through to the testing and release of the final product. You can simply import your data (UML models) to any codeBeamer ALM tracker using your username and password to set up the connection between EA and codeBeamer.
For more information on how to use the codeBeamer connector for Enterprise Architect, please visit the plugin’s wiki page.
codeBeamer’s bidirectional JIRA® integration lets you seamlessly import data from your JIRA® projects to codeBeamer ALM or vica versa, thus providing data consistency and traceability throughout the lifecycle. An automatic sync rate can be set, letting codeBeamer fetch data from JIRA® as often as every 2 minutes. Using codeBeamer’s JIRA® integration, complete traceability can be maintained even across tools, and communication gaps can be avoided between teams and departments.
Data (issues) from the Bugzilla database may be pulled from the Bugzilla bug tracking system, and imported to codeBeamer manually.
codeBeamer’s Mantis integration lets you pull data from this basic bug tracking system, and import it to codeBeamer manually.
IBM Notes, formerly known as Lotus Notes, is a widely used enterprise email / client-server collaborative software platform. Some companies rely on Lotus Notes in their legacy processes to manage issues, bugs, documents, and other artifacts. Maintaining this piece of software, however, is costly and requires expertise – therefore, our ALM solution offers an integration with IBM Lotus Notes that allows the migration, and subsequent management of data in codeBeamer.
Continuous Integration, Test Management
codeBeamer’s Jenkins plugin allows communication and integration with codeBeamer servers. The codeBeamer-result-trend-updater Jenkins plugin updates wiki pages in codeBeamer with test or performance results, and build information like source code changes and build times. codeBeamer also provides two wiki plugins to visualise the build information on charts.
codeBeamer’s Jenkins integration can be used to run JUnit testing through a plugin. Results are then collected and may be managed within codeBeamer. For more information, please see the section about Jenkins above.
JMeter can be used to configure server calls for performance testing. You can install a plugin under Jenkins to run JMeter tests, and Jenkins Trends can also read and visualize data from the Perf plugin.
Selenium tests can be run through Jenkins, using codeBeamer’s Jenkins integration, however, test results are not collected.
codeBeamer’s HP Quality Center (HP-QC) integration allows you to transfer data between HP-QC and codeBeamer. The plugin is basically a Java application which runs in a scheduler, and periodically checks a directory for compressed XML files which contain the modifications from HP QC. In case files are found in the directory, the XMLs and attachments therein will be processed, and sent to codeBeamer via REST API. codeBeamer can also create zip files to transfer data from your ALM system to HP-QC.
With our BMW-QC plugin, automotive suppliers can easily communicate with the German carmaker. This codeBeamer plugin runs periodical checks to sync data between BMW’s data and codeBeamer on the supplier’s side. Any files and attachments with detected changes will be synchronized. The plugin can also create zip files to transfer data from codeBeamer to BMW-QC.
codeBeamer ALM is integrated with TeamCity, a Java-based build management and Continuous Integration server from JetBrains that is widely used by embedded software developers worldwide. The integration is based on a standalone test result importer tool. To invoke this tool from a TeamCity build, simply set up a build step by calling command line.
Continuous Integration is a software development practice in which developers commit code changes into a shared repository several times a day. Each commit is followed by an automated build so as to ensure that new changes integrate well into the existing code base and to detect problems early. The practice of Continous Integration provides quick feedback on failure modes and bugs, shortens bug fixing time, and helps accelerate the testing lifecycle.
VectorCAST is a software testing & Quality Assurance tool used in the development of embedded products. codeBeamer ALM offers a REST API-based integration with VectorCAST that enables data items to be directly created or updated in our ALM tool.
This integration lets you cross-link data items. Test runs may be linked to a test set and several test cases, while referring to a single test configuration. Test sets may be linked with test cases and other test sets. Test cases themselves can (and should) be linked to requirements to support requirements-based testing.
With codeBeamer’s Eclipse Studio plugin, you can access codeBeamer’s repository and work items such as bugs, tests, user stories, etc. from the Eclipse IDE. You can also work offline, modify code, create and modify tasks, requirements, bugs, and then synchronize with your work items and version control repositories in codeBeamer as soon as you are online again.
Command line-based interface examples are provided to integrate with different IDEs:
Source Code Management
codeBeamer’s managed repository capabilities provide easy-to-use, unified, version control system-agnostic repository management. Project-, group- and role-based repository administration capabilities are provided across multiple repositories. The scope of control is definable from the repository level down to the directory level. The unified project/role/group based access is comparatively very efficient at organizing developers into teams, groups, projects and communities.
Git, Subversion, Mercurial, and CVS are supported. A third party integration is available for PlasticSCM (plugin and support by https://www.plasticscm.com/)
codeBeamer offers export and import functionality with MS Project, which lets you export, collaboratively edit, and import Microsoft Project documents.
Process Integration Templates
This medical template has been customized to facilitate compliance with a range of medical industry standards such as IEC 62304, ISO 14971, IEC 60601, FDA Title 21 CFR Part 11, etc. It contains preconfigured work items and workflows, as well as a variety of features and functions such as a Traceability Browser and Matrix, a Medical Wiki providing extensive knowledge on IEC 62304, and advanced risk management capabilities. To learn more, please see our website’s page on Intland’s Medical IEC 62304 & ISO 14971 Template.
Our automotive template has been preconfigured to support compliance with a variety of automotive standards and guidances such as ISO 26262, its parent standard IEC 61508, Automotive SPICE, CMMI and more. The template takes advantage of codeBeamer’s advanced features and capabilities to help you build compliant processes, and overall enables you to develop safety-related embedded systems up to ASIL D or SIL 3. To find out more, please browse through our website’s page on Intland’s Automotive ISO 26262 Template.
Our avionics template has been configured to support compliance with the requirements of aviation guidelines and regulations such as DO-178B, and its updated version DO-178C (RTCA DO-178B and C, or EUROCAE ED-12B or C). General standards such as IEC 61508 are also supported, greatly facilitating the development of high quality and reliable airborne flight equipment. The template leverages codeBeamer’s capabilities to help you detect and mitigate possible risks early on in the lifecycle. It promotes the use of development processes that help eliminate risks “on the fly”, helping developers maintaining absolute safety and quality, while saving costs and reducing their products’ time to market. To learn more, please see our informational brochure on Intland’s Avionics DO-178C & DO-254 Template.
Intland’s Pharma GAMP® 5 Template supports the application of a risk-based approach to the management of compliant GxP computerized systems. It helps pharma companies, suppliers, and system integrators ensure that the systems used in pharma projects are fit for intended use, and comply with the requirements of the Good Automated Manufacturing Practice® 5. To learn more, please see our informational brochure on Intland’s Pharma GAMP® 5 Template.
Developed by Dean Leffingwell and his team, the Scaled Agile Framework (SAFe®) provides a structured approach to scaling Agile across large enterprises. It enables large companies to reap the benefits of Agile while retaining some of their original organizational structure, allowing management control & monitoring over all development processes. Intland’s SAFe® 4.0 Template contains preconfigured projects for all 3+1 levels (Team, Program, Portfolio + Value Stream), an Agile Release Train, customizable workflows and Kanban boards, several integration points, as well as a Service Desk Interface.
codeBeamer’s Scrum Template supports teams working under this Agile framework in various ways. It lets you define and prioritize work items, evaluate project risks, and monitor the progress of development by overviewing completed tasks. This template also enhances communication and collaboration among team members. For more information, please see our page on Agile, as well as our informational brochure on the Scrum Template.
Waterfall is still widely used in certain industries, mostly in safety-critical fields such as the automotive or avionics industries to manage the development of software products or hardware devices. That said, the adoption of Agile is more and more widespread as companies start to realize Agile’s benefits can be gained without having to worry about its perceived drawbacks. Some companies choose to go with an Agile-Waterfall Hybrid solution to combine and take advantage of both methods. This template provides a preconfigured Hybrid project that helps manage such a combined lifecycle. To learn more, please see our page and informational brochure on the Agile-Waterfall Hybrid Template.