I’m very excited to announce the public beta of our Contract Testing platform!
You can sign up now for free!
As a developer of open-source and commercial applications, and through my decade-long journey working with enterprise customers enabling them to shift testing to the left, I came to the realization that testing is broken! You can read more about it here.
End-to-end testing, the most popular testing strategy today, was designed to test web and mobile applications, however testing Cloud NativeCloud Native is used to describe container-based environments such as Kubernetes or Docker. Developers use them to build and run applications with services packaged in containers and then deployed as Microservices through agile DevOps processes and continuous delivery workflows whether on-premise or on the public or private cloud. systems comes with a new set of challenges like having a growing number of services that need to be tested, as well as the dependency of these service teams on integrated test environments.
Contract Testing holds great promise for testing Cloud Native systems. It can be used to prevent software regressions in complex distributed systems, scaling across any number of services and requiring about the same level of effort whether you have 5, 500, or 5,000 services.
UP9 is a microservice testing platform for Cloud Native systems. It uses an instant & effortless form of Contract Testing. UP9 helps increase engineering productivity by enabling developers to reduce the time they spend building tests and maintaining costly test environments.
All of the features described in this article are part of our "Getting Started" package and are free of charge! You can read more about it here.
As a Contract Testing platform, UP9 helps you understand how your services interact with each other by providing visibility to each and every service contract (e.g. Swagger), contract dependencies, contract schema, and traffic log.
UP9 also provides a way to take the initiative and proactively troubleshoot, poke and interact with your services with ready-to-run payload and immediate feedback.
Tests, Mocks & Contracts That Are Inferred from Service Traffic
All artifacts (Tests, Mocks & Contracts) are version controlled.
Accessing the Artifacts
Once you have UP9 installed and observing service traffic, you can download a zip file that includes all of the tests, mocks and contracts that belong to a certain model version.
[zipped folder]/ ├── tests/ ├── mocks/ └── contracts/
All artifacts come as open source with an MIT License.
tests.py file in the
tests folder, includes the complete contract test-suite and covers all endpoints that were observed in service traffic.
[zipped folder]/ ├── tests/ ├── tests.py
The readme file within includes instructions on how to run your tests from your local machine. You can run all tests at once or run specific tests by using the pytest command:
To run one or more of these mocks you can follow the instructions in the new open-source project, Mockintosh.
You can access historical versions through the time machine, and open a model version from the past:
More Features To Come
There is much more that we didn’t have time to document yet. Features like smart tests that include test sequence, dependencies, data extraction, criteria and authentication support. That’s all coming very soon.
UP9 is a microservice testing platform for Cloud Native systems that can scale across any number of services. UP9 helps developers prevent software regressions and increase engineering productivity through effortless testing and instant virtualization.
- Understand how services interact with each other with automatic contract discovery.
- Ensure system-wide contract adherence with tests that write themselves.
- Start testing early with test environments as code, automatically mocking all service dependencies.
UP9 offloads the microservice testing workload from developers, giving them precious time back.
You can sign up now for free!
Join our webinar about contract testing:
"How Contract Testing Helped Cycode Prevent Software Regressions in their Kubernetes and Kafka Environments". Feb. 17th 11:30 ET / 18:30 Israel.
Sign up now.