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Chaos Testing of the Strimzi Project Using the Litmus Platform
Zrnčík, Henrich ; Smrčka, Aleš (oponent) ; Vojnar, Tomáš (vedoucí práce)
The last decade in software engineering has seen a trend towards automation and abstraction with increasing use of micro-service architecture. The trend towards micro-service architecture has brought with it a need to rethink how we implement software quality assurance. Running micro-services in the cloud with multiple distributed components requires additional management of shared and inter dependent components. This in turn requires additional testing of the system's resilience. A possible answer is chaos engineering, which is often considered the next logical step after end-to-end and integration testing. This thesis will focus on the gaps in testing created by the move to micro-service architecture and how chaos engineering can fill them. In particular it will focus on Apache Kafka deployed onto a kubernetes platform (Strimzi) and how the Litmus framework can be used to implement Chaos testing against this deployment. As our use-case was to have long running Kafkas deployed on kubernetes we had to adapt and extend the Litmus framework and build experiments that could test both long running kafkas and long running kubernetes. This thesis will demonstrate how we did this.
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Setup of Application-Computation On-Premise Mini-Cloud Based on Kubernetes
Stuchlý, Samuel ; Ryšavý, Ondřej (oponent) ; Jeřábek, Kamil (vedoucí práce)
Kubernetes is a container orchestration platform for deployment and management of applications on a cluster. The goal of this thesis is to understand kubernetes and its components, and then design and set up an optimal kubernetes cluster architecture for a small kubernetes-based on-premise mini-cloud on the VUT University grounds. This Bachelor thesis explores basics of containers, container runtimes, container orchestration tools, Kubernetes architecture and its components and Ansible automation platform. It further includes description of designed architecture of the cluster, that will be implemented. Contribution of the this thesis resides in the architectural design of kubernetes cluster, that will be later installed on the university grounds and will be ready to use by university.
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Chaos Testing of the Strimzi Project Using the Litmus Platform
Zrnčík, Henrich ; Smrčka, Aleš (oponent) ; Vojnar, Tomáš (vedoucí práce)
The last decade in software engineering has seen a trend towards automation and abstraction with increasing use of micro-service architecture. The trend towards micro-service architecture has brought with it a need to rethink how we implement software quality assurance. Running micro-services in the cloud with multiple distributed components requires additional management of shared and inter dependent components. This in turn requires additional testing of the system's resilience. A possible answer is chaos engineering, which is often considered the next logical step after end-to-end and integration testing. This thesis will focus on the gaps in testing created by the move to micro-service architecture and how chaos engineering can fill them. In particular it will focus on Apache Kafka deployed onto a kubernetes platform (Strimzi) and how the Litmus framework can be used to implement Chaos testing against this deployment. As our use-case was to have long running Kafkas deployed on kubernetes we had to adapt and extend the Litmus framework and build experiments that could test both long running kafkas and long running kubernetes. This thesis will demonstrate how we did this.
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Setup of Application-Computation On-Premise Mini-Cloud Based on Kubernetes
Stuchlý, Samuel ; Ryšavý, Ondřej (oponent) ; Jeřábek, Kamil (vedoucí práce)
Kubernetes is a container orchestration platform for deployment and management of applications on a cluster. The goal of this thesis is to understand kubernetes and its components, and then design and set up an optimal kubernetes cluster architecture for a small kubernetes-based on-premise mini-cloud on the VUT University grounds. This Bachelor thesis explores basics of containers, container runtimes, container orchestration tools, Kubernetes architecture and its components and Ansible automation platform. It further includes description of designed architecture of the cluster, that will be implemented. Contribution of the this thesis resides in the architectural design of kubernetes cluster, that will be later installed on the university grounds and will be ready to use by university.
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