Power industry cloud platform tool chain based on open source component, and cloud platform operation and maintenance method
A power industry and cloud platform technology, applied in the field of cloud platform implementation operation and maintenance tools, can solve problems such as the inability to directly apply the power industry, and achieve the effect of flexible and rapid deployment, expansion, and rapid maintenance
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Embodiment 1
[0042] The underlying cloud platform of this embodiment adopts OpenStack and Kubernetes, and the tool chain part consists of three parts: local code warehouse, continuous integration deployment tool and local source warehouse.
[0043] The local code warehouse mainly stores the source code of the application system. In the architecture of this embodiment, the source code and scripts of the components used to realize the platform functions can also be stored; the continuous integration deployment tool is mainly composed of CI / CD components and various scripts, and is responsible for monitoring Code changes submitted in the code warehouse, and integration testing and release iterations are initiated; the local source warehouse mainly stores various deployment packages and dependent libraries for offline deployment of platforms and business systems.
[0044] Different from the MCP1.0 platform, the component source codes and scripts used for platform deployment and changes in this ...
Embodiment 2
[0050] This embodiment takes the automatic deployment of the OpenStack platform as an example. First, store the OpenStack image in the local source warehouse, and write the build configuration in the continuous integration deployment tool. You can choose the Kolla open source project as the automatic deployment script for the OpenStack platform, and store it in the local code warehouse. , trigger the continuous integration deployment tool to pull the OpenStack platform automatic deployment script in the local code warehouse and pull the corresponding image in the local source warehouse, execute the OpenStack platform automatic deployment script on the image, and then deploy the relevant OpenStack platform according to the prior configuration node. When the cloud platform node needs to be expanded, modifying the Kolla project configuration file will trigger the continuous integration deployment tool to rebuild and pull the image to execute the operation.
Embodiment 3
[0052] The images of Kubernetes1.11 and Kubernetes1.13 are stored in the local source warehouse Nexus, the two yml scripts of K8S-1.11 and K8S-1.13 are stored in the local code warehouse, and the "upgrade" is stored in the integrated deployment tool Jenkins To 1.13" and "rollback to 1.11" two tasks, Kubernetes version 1.11 is deployed in the existing cloud platform environment A, and Kubernetes version 1.13 is deployed in the cloud platform environment B. Due to business reasons, the two environments A and B All the business applications in have been relocated. Now it is necessary to deploy application 1 in environment A and application 2 in environment B. According to the application requirements, it is necessary to perform upgrade and rollback operations on the two environments of A and B respectively. At this time, in Configure the "upgrade to 1.13" task in the integrated deployment tool Jenkins, modify the involved node IP to the node IP of the A environment, and then execu...
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