This is a complete guide on IBM Rational Quality Manager (RQM) tool. [There are many images in this tutorial so please allow this to load properly]
In this hands-on IBM RQM tutorial you will learn:
What You Will Learn:
An IT project execution involves the use of many tools. The basic ones are those used for requirements management, project management, version control, build management, test management, deployment etc.
The normal practice is to identify a good tool for each of these tasks. Using tools improves efficiency in operations to some extent.
However, in most cases tools do not talk to each other. There is no visibility as to who has done any changes, what has been done, when and why. Also, there is no proper traceability of artifacts which keep some of the stakeholders in the dark. (For e.g. A Business Analyst might wonder what is going on with the high priority requirement; whether it is developed or tested.)
Planning and Scheduling of tasks are also often done offline and lastly, there is a lack of standardization as far as using an appropriate process (e.g. Agile or Waterfall).
Alternately, if tools are connected to each other and information flows through them in a seamless fashion, the project execution efficiency improves and all of the above challenges can be resolved.
Application Lifecycle Management helps bridge the above gaps and connects various disciplines across SDLC. It also helps address the challenges listed above since the entire delivery would be transparent and on a single platform.
IBM Rational CLM (Collaborative Life Cycle Management) is an application lifecycle management solution which includes 3 tools in an integrated manner:
The integration of the above 3 tools in one single platform gives you requirements management, project planning, version control, build management, test management and reporting capabilities and support.
More information on IBM Rational CLM can be found here.
In this tutorial, we are going to have an in-depth look at the test management solution “IBM Rational Quality Manager” version 6.0.1. This includes support and features for Test Plan, Test Cases, Test Scripts, manual execution of test cases and defect management.
IBM Rational Quality Manager (RQM) is the test management solution part of the CLM that helps the user with quality management activities such as Test Planning, Test Case creation, Test Case execution and Test Reporting.
Rational Quality Manager:
IBM RQM is part of CLM hence the installation is done as a complete package. Here are the steps involved to install RQM
(Note: Click on any image for enlarged view)
IBM Rational CLM is a three-tier architecture that requires the installation of database, application server, and web client to connect to the server.
1) To install and use CLM for a demo or POC (Proof of concept) purposes, you can use the default package which uses Derby database and Tomcat application server. This topology is designed to support only 10 users. The trial version comes with a 60-day validity.
2) To install for an enterprise setup you will need to purchase and install the appropriate components of Database and App Server as per the hardware topology suggested by IBM.
3) The complete installation steps can be found at IBM Knowledge Center.
4) Are you facing any installation issues? Put your queries in comments below and we will try to solve these.
Once the installation is complete, you will need to create a Life Cycle Project which will create a requirements project area, change and configuration project area and quality management area. What this means is that a project will be created in all of the 3 containers mentioned which make it easy for teams to collaborate and trace artifacts across the lifecycle.
This project creation gives clarity as to which process template, i.e. Scrum or Waterfall, you need to use for your end to end development.
Individual project areas can also be created but are not recommended as you will need to then manually link the project areas in other containers.
More on the creation of life cycle project can be found here.
In this section, we will look at the following steps of Test Management activity:
To login to RQM, you would need to use the URL in the following form since it is completely web-enabled: https://<JazzServer>:9443/qm/web
Your RQM administrator would have enabled your ID and password through your organization’s LDAP active directory.
Note: It is best to use Internet Explorer 11 or Firefox Browser’s latest version for use with any of the CLM products
As you login, you can select the project created for the team.
The following public dashboard is then visible to the users who can have multiple widgets that show various custom reports for active projects.
Test Plan is the starting point for all testing activities for any particular cycle. It contains multiple test cases which contain the scenarios that the user would be testing.
From the Planning menu select Create Test Plan
Enter a name and SAVE the test plan.
On the left, you see the sections that are part of Test Plan which will guide you in your Test Activities.
So typically when you plan you should have information about the Objectives, Risks covered, Test Schedules, Estimation, Entry Criteria (Defines the prerequisite items that must be achieved before testing can begin) , Exit Criteria (Defines the conditions that need to be met before the testing can be concluded) and also any additional related documents.
For e.g. You can assign a Formal Review to a senior member in your testing project like a Test Manager to approve/reject the Test Plan. You can click on the Formal Review section of Test Plan and create an Approval process.
Add the Description, Due Date and Approver ID. Save the review
The best part is that this review is visible in the dashboard under My Reviews widget and is seen when the user logs in. This is an effective way to collaborate within the context of the artifacts.
As the Test Plan is open click on the Test Case section to start creating Test Cases. Click on the below icon to start creating Test Cases.
Enter the name for the Test Case and click OK
We can also link Test Cases to the Requirements.
Select the Test Case and click on Requirement Links section
If Requirements are already populated as part of the Requirements Management container then you can link to the existing requirement else you also have the option to create a new requirement and link it.
Click on the below icon to create and link requirement.
Click OK and Save to continue.
This provides traceability and ensures that the testing is done for every requirement correctly.
The Test Case section also contains Pre and Post Conditions as free text that you can add.
As Test Cases are added it is time to start adding the steps which are the test script for the execution of the test case.
In this tutorial, I am covering Manual Test Execution but it can also be integrated with Automated Functional Testing tools like IBM Rational Functional Tester, Selenium, HP QTP/UFT.
Select the Test Case created above and go to the Test Script section. Create the test script by clicking on the icon shown below.
Click OK and Save.
Click on the Test Script and add the manual steps that are necessary for Test Execution. Save the Test Script.
Now having completed the creation of the test case and test scripts, we can now execute the tests. During execution of the test, Rational Quality Manager will present the manual test script in the browser and store the execution results in the centralized RQM repository for future reporting and reference purposes.
Go back to the Test Case level, select the Test Script and click on the RUN icon to begin Manual Test Execution
Select the Test Plan and click on Finish to begin manual test execution.
The Test Case Execution window opens. You can select Pass / Fail at each step and record the actual results. Other pre-configured results can also be selected.
Once Pass is selected the cursor is moved automatically to next step. If any step fails, you can choose Fail and raise a Defect in the same step.
Defect logged at the second step.
The Defect raised at this point is pre-populated with the steps to re-produce.
The Defect is also shown as linked to the step.
Now you can proceed with the last step as PASS and complete the manual test execution.
Click on Show Result to display the Test Execution results.
Lastly, a Defect affecting Requirements widget can also be added so that the developers can look at the defects assigned to them and resolve the same.
The benefit of using the IBM Rational CLM platform is that all of the artifacts are stored in a single repository because of which lifecycle traceability can be seen in a single view and most importantly you get a real-time view of all the artifacts that are updated in the dashboards.
In my next tutorial, I will continue with how IBM Rational Quality Manager can be integrated with Rational Functional Tester. Stay tuned!
About the author: This hands-on tutorial is written by Niranjan. He is having 20+ years of experience in IT mainly with the focus on ALM improvements.
Feel free to put your queries about this tool in below comments.