IBM Engineering Lifecycle Management (ELM) is an end-to-end engineering solution used to manage system requirements to design, workflow, and test management, extending the functionality of ALM tools for better complex-systems development.
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Git
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An alternative which I have very briefly used is Atlassian's JIRA, which is very similar to IBM RTC, although has a modern UI, feels light-weight and is faster to respond and additionally has seamless integration with Bitbucket, which is a Git platform, and other Atlassian …
GIT is good to be used for faster and high availability operations during code release cycle. Git provides a complete replica of the repository on the developer's local system which is why every developer will have complete repository available for quick access on his system and they can merge the specific branches that they have worked on back to the centralized repository. The limitations with GIT are seen when checking in large files.
IBM Engineering Requirements Management DOORS former IBM Rational DOORS profits very much from the mighty market position it had till today. It had been the most favored requirement engineering tools suite with the highest investments in the infrastructure concerning hardware, software, and knowledge sources. It was embedded in knowledge sources of test stands, hardware labs, and knowledge database servers. It allowed for some of the highest profit changes and made the fame with it. But the paradigms of requirements engineering change. If not were superseded by completely different approaches for the target solution worlds. The foremost position in the selling tables is unstable if changes are not solved or coped with by the strategist at IBM and their customers. Since the highly successful alternative suits are already at the market, and some are from IBM already the lifecycle for IBM Engineering Requirements Management DOORS is at the later highs. But the suite is still at the very top and very popular. There are still many problems unsolved and many wishes at the customers to make the use more comfortable and efficient at the overall level. If the time of setting up the software package is passed the adoption get more extended and complicated. There is a lot of work at the stage around and the expertise will be required for a long time from now.
Easy to use with well defined template and user defined fields. New team can setup a project area easily by copying an existing template and adding customized fields for their special needs.
It can be used during almost the whole project cycle and give us a better view and control on the projects.
Wireframes are quite basic. If you need intuitive and interactive wireframes to elaborate the requirements. you probably need to define outside the tool and then upload as image.
ER (define data dictionaries) modeling is not there.
Use case modeling is quite basic. You can visualize the use case and actors relation but the tool does not enforce the rules.
Git has met all standards for a source control tool and even exceeded those standards. Git is so integrated with our work that I can't imagine a day without it.
At the moment we are required by contract to continue to use the IBM DOORS software for our current client. Given that it can be expensive, if we were to use it after our current client's needs were met, we would have to secure other projects in order to justify the continued use of the software.
The UI is terrible and not intuitive. Users need training in order to complete tasks. Much like SAP, it's not the clearest tool. The tracing feature is especially complicated because you must write the scripts yourself. There is a learning curve. Also, even the setup, installation, and logging in each time takes a considerable amount of time.
I am not sure what the official Git support channels are like as I have never needed to use any official support. Because Git is so popular among all developers now, it is pretty easy to find the answer to almost any Git question with a quick Google search. I've never had trouble finding what I'm looking for.
It does a basic job and has the potential to complete some robust reporting tasks, however, it really is a clunky piece of software with a terrible user interface that makes using it routinely quite unpleasant. Many of our legacy and maintenance projects still use DOORS but our department and company use many alternatives and are looking for better tools.
I've used both Apache Subversion & Git over the years and have maintained my allegiance to Git. Git is not objectively better than Subversion. It's different. The key difference is that it is decentralized. With Subversion, you have a problem here: The SVN Repository may be in a location you can't reach (behind a VPN, intranet - etc), you cannot commit. If you want to make a copy of your code, you have to literally copy/paste it. With Git, you do not have this problem. Your local copy is a repository, and you can commit to it and get all benefits of source control. When you regain connectivity to the main repository, you can commit against it. Another thing for consideration is that Git tracks content rather than files. Branches are lightweight and merging is easy, and I mean really easy. It's distributed, basically every repository is a branch. It's much easier to develop concurrently and collaboratively than with Subversion, in my opinion. It also makes offline development possible. It doesn't impose any workflow, as seen on the above linked website, there are many workflows possible with Git. A Subversion-style workflow is easily mimicked.
It was easier to do all the change management-related activities, even configurations were handled very effectively. New process definitions and initiatives made it easier for better project deliverables. Effective resource allocations and better reporting and defect management. The overall cost of the tool is great too and well within budget.
Git has saved our organization countless hours having to manually trace code to a breaking change or manage conflicting changes. It has no equal when it comes to scalability or manageability.
Git has allowed our engineering team to build code reviews into its workflow by preventing a developer from approving or merging in their own code; instead, all proposed changes are reviewed by another engineer to assess the impact of the code and whether or not it should be merged in first. This greatly reduces the likelihood of breaking changes getting into production.
Git has at times created some confusion among developers about what to do if they accidentally commit a change they decide later they want to roll back. There are multiple ways to address this problem and the best available option may not be obvious in all cases.
