Introduction
Today’s era is all about the adoption of automation to
leverage manual tasks, and the impact is quite visible
in the Software Testing field too.
However, the major concern here is to utilise
the existing functional resources for Automation.
Usually functional QAs are well aware of the
functionality of the product, so they can easily
identify the areas for automation and also contribute
for execution.
Currently, most of the existing tools and frameworks
in the market divide the manual and
automation execution, due to which the QA team
ends up using two different tools to
run the manual and automation suite.
A typical scenario is where the functional team
is using a Test Management tool
to create test runs and execute scenarios manually
and the automation team is using
Jenkins to trigger the automation test suite.
The ideal solution would be a centralised test
management system which unites manual and
automated testing in a single interface.
By doing this we are giving leverage to functional QA who can easily trigger automation suites from the same test management system where they are triggering the manual test runs.
Isn’t it something all QAs are eagerly waiting for?
TestGear solves this problem statement for QAs and
Provides us with a single space for automated and
manual testing with transparent reporting.
TABLE OF CONTENTS:
TestCase Management with TestGear
Create Project
Create TestCase
Create TestPlan
Create Error Categories
Create Configurations
Automation Trigger From TestGear
How to add Automation Tests?
Automation Test Mapping with Manual Test Cases
Execute Automation Tests
Public API to Integrate Autotests
Reporting
Conclusion
TestCase Management with TestGear
In this section we will explore different tasks performed by
Functional QA in day to day work.
Let’s start with the setup process with TestGear,
the prerequisite to reach here is to have
valid login credentials to access TestGear.
Once you Login, the empty Projects screen should be
visible as shown below:
(if you don’t have an account then you can try TestGear
for free with a trial account at the link HERE). Remember that for the very first time when you login
the Workspaces tab opens,
Click on Create Workspace and then Enter a name
for your new workspace and click Save.
Create Project
Before we can proceed with project creation, remember
to add a workspace as mentioned
above which will help us to manage the project efficiently
. As shown in the above screenshot
Click Create project. A project creation window opens
and then enters the project name and
description. Once the details are filled out, click on
the Save Button
After creation, your new project opens on the Tests tab.
Check the below screenshot where a new project has been created and some testcases have been tagged,
we will learn about test case creation in the next section.
Create TestCase
To create a test case, select Test case as the kind of
test you want to create for the selected project. In the modal test-case-creation window that appears,
enter a name. The Comments and Change history
tabs are unavailable.
Check the below screenshot where testcase has been create with name as
“Verify Login”, but the point which standout is how
we can utilise the right section where we can define the values like execution duration
(10m in Screenshot), priority (medium in the screenshot) and state as Not ready.
Create TestPlan
A test plan is a document that describes the goals,
approaches, resources, and schedule of planned test activities.
To work on TestPlan creation, first open the Test plans section.
To create a new test plan, press the Create button.
Fill out all the details as shown below and click on
the SAVE button:
Create Error Categories
This is one of the best things about TestGear,
we can tag defects as per three different categories Product, Infrastructure and Autotest.
You can visit the same by going to the
Autotests ⇒ Error categories as shown in the below
screenshot:
Create Configurations
Open the Configurations section and press the
Create configuration button.
After that, a popup will open, enter the Name and
Description and click on the Save button. Once it is added we will be able to see it as shown below:
Automation Trigger From TestGear
In my personal opinion, this is the best part of TestGear,
given the flexibility to trigger your automation test suite from the tool itself is the need
of the hour. Now functional testers can easily trigger the automation
suite and check the execution results, which will help the team to save time and raise
defects immediately with execution results.
How to add Automation Tests?
You can create or add automated tests to TestGear
using Autocards via API.
Refer below steps to complete the Automation
Test addition using Swagger API.
In the AutoTests section, open the POST /api/v2/autoTests method.
Click Try it out. The request body is open for editing.
Specify the autotest external ID, the link to the autotest, the project ID, the pre-/postconditions of the test, and the steps.
Click Execute. If the method executes successfully, the API returns code 201.
After you create an autotest using API, the autotest card
is automatically created in TestGear. Using client libraries, we can trigger our automation suite
to understand the flow and get an idea of the implementation refer the post on
Run Autotest From Client Libraries by TestGear.
Automation Test Mapping with Manual Test Cases
Linking autotests to test cases enables you to mark
the test cases in the system as automated, and launch the linked autotests from test plans
during execution. First let’s go to Autotests tab
Open the project.
Go to the Autotests section.
Switch to the Autotests tab.
Open the autotest card.
Switch to the Related Test Cases tab.
In the new related test case field, enter the name or global ID of the test case you want to link your autotest to.
Click Save.
The autotest is now linked to a test case. View all linked test cases in the Related Test Cases field. A link to the autotest is automatically created in the test case.
Execute Automation Tests
If you have already created autotest cards, TestGear enables you to run your autotests from UI. This launch can be performed autonomously from test plans.
Open the project.
Select Autotests in the main toolbar.
Switch to the Autotests tab.
Select the autotests you want to launch using checkboxes.
Click Launch autotests.
In the pop-up window, select configurations for which you want to run autotests.
Click Launch.
After launching, you will get a notification with a link to the test run. Click here to analyse the test failures
Public API to Integrate Autotests
TestGear gives you almost unlimited opportunities for integrating autotests and collecting results.
Interact with TestGear using an open API that enables you to create and launch autotests, import and export projects using a .json file, create work items, and much more. The full list of methods and their descriptions are stored in Swagger. You can use any API tool to interact with TestGear, for example, Postman.
Below are some of the APIs provided by TestGear, if you want to use those API then first need to generate the API secret key (refer link HERE for the steps to get the API key)
For a trial run and to check all the available APIs please refer to the link HERE.
Reporting
Reporting is one of the best features provided
by TestGear.Apart from the default dashboard you can also use widgets which help to design
different chart types like pie chart, trends, table and many more.
Usually in every project you can see an automatically
built dashboard. This dashboard is available to every user in the project.
To open the project dashboard, open the project
and switch to the Dashboards tab.
By default, the dashboard displays:
Test results trends.
Tests grouped by priority.
Tests grouped by readiness status.
Tests grouped by automation type.
Test plan results.
Team.
Section results table.
As mentioned earlier, to customise the data on your
dashboard, add more widgets to visualise more data about the project.
Creating widgets is also very easy, you just need to click
on the + icon in the bottom right section of the Dashboard page, it will open a popup where you
can select the type of chart you want to
create for your project, refer to the below screenshot:
Conclusion
Though everyone has a preempted idea that testing
is easy to do, as a tester we know how painful it is to manage end to end testing and
maintaining utmost quality. As a tester it is very important to stay organised
while working with test cases and automated scripts. We have tried our best to centrally manage,
orchestrate, and analyse testing and by doing so provide a complete view of data-driven decisions
to reduce risk and release faster. We provide a complete view of testing activities,
from ideas to production.
We provide a central workspace that allows you
to truly share and collaborate on testing across teams – not just a copy / fork challenge that results
in test sprawl and a maintenance headache, but true reusability to help you standardise and scale
best practices.
With this note, we are signing off but please share
with us your feedback on TestGear. We as a team keep on innovating different
ways to help the QA community and organisations
to build errorless products with utmost quality.
For more details on TestGear do checkout the official website HERE
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✍️AUTHOR: LinkedIn Profile
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