Jun 27, 2022
Visualizing GitHub Automated Test Results
Testspace has built-in integrations with GitHub Actions. To publish content simply “push” file(s) with the Testspace CLI. Test results, code coverage, and other artifacts can be published using a single command.
Jan 15, 2022
Implementing Manual Tests using GitHub Repositories
Testspace automatically discovers manual tests that are captured using “simple” plain text Markdown files and are committed to a repository. This approach follows the same process as software development - version control, pull requests for reviews, etc. The files are rendered as test instructions, allowing human testers to execute and provide status.
Sep 18, 2021
Managing Software Quality Under Continuous Integration
Learn how Testspace simplifies managing software quality and release readiness, by leveraging important
information buried in your CI/Build systems.
Mar 06, 2021
Turning Log File Data Into Actionable Metrics
A common practice for many development organizations, including ours, is to collect logs and data during automated testing. Whether this is done to provide context for failures or as secondary quality measurements, ancillary data can be a vital part of any Continuous Integration (CI) process. The challenge is how to collect and use the data efficiently and effectively, one that doesn’t include the manual triage and dissemination of data after each run.
Jan 05, 2021
Test Analytics for Continuous Integration
We are introducing our second version of Test Analytics -
Testspace Insights. This article provides an overview of the feature set and provides a brief description of other important metrics being considered for future releases.
Mar 04, 2020
Integration with 3rd Party Code Coverage
Testspace supports integrations with two of the leading online Code Coverage providers; Codecov.io and Coveralls.io. Code coverage metrics are essential to effective Test Management and should be an integral part of any Continuous Integration (CI) system.
Nov 21, 2019
Testspace Integration with GitLab
Here at Testspace we’re excited to introduce yet another Online VCS/CI Integration. Users of GitLab - a leader
in Continuous Integration software - can now connect Testspace to their git repositories.
Sep 12, 2019
Filtering and Tracking Test Failures
Testspace is used to measure and track metrics that help teams manage the quality of their software. Our goal is to provide actionable insights from test output produced during software development — Quality Analytics for the test automation workflow.
Sep 12, 2019
Introducing Testspace Insights
We are introducing the first version of Testspace Insights. This article provides an overview and sets the stage for
future articles on the details of Insights and how to leverage them to improve the quality of the software development process.
Jun 05, 2019
Testspace Integration with Bitbucket
The Testspace team is excited to announce a brand new integration with Bitbucket by Atlassian. Developers and teams
using the popular Git hosting service can now connect Testspace to their git repositories.
May 01, 2019
Testspace Integration with GitHub
Two standard workflows embraced by GitHub users are the Fork & Pull Workflow,
with developers working on their personal copy of a repository (common for open source), and
the Branching Workflow, with developers sharing repositories using multiple
Apr 03, 2019
Managing Test Failures Under Continuous Integration
The benefits of deploying Continuous Integration (CI), as
part of any Software Development process, have been well documented. One of the best articles, in our opinion,
is by Joe Green from smrtr.co.uk, published on the Codeship Blog on 4-11-2013.
Aug 05, 2018
Testspace and Open Source support
Our open source approach is based on following the lead of other companies in the industry. Thus we feel it’s important for Testspace to be free for open source development.
To this end, we’ve integrated with GitHub and
have ensured seamless operation with Travis CI.
Feb 06, 2018
Managing Software Quality with Testspace
A common reason why software companies struggle to maintain success is they’re unprepared for the inevitable growth in
their software’s complexity and surface area. This inescapable increase in liabilities coincides with the thinning
of budgets and headcounts as companies take on additional projects. Processes, sufficient during company and
software infancy, collapse under the weight of the growing trend.