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Add shell script when starting agent-provisioning micro-service in docker
Acceptance Criteria:
1. Dockerized Microservice Creation:
Given that I have the platform infrastructure in place, I should be able to create a Dockerized microservice specifically designed for agent provisioning.
2. Agent Provisioning Endpoint:
Given the Dockerized microservice is deployed, there should be a well-defined API endpoint for agent provisioning accessible within the platform.
3. Agent Configuration Parameters:
Given that I am provisioning an agent, the Dockerized microservice should accept configurable parameters such as agent name, version, environment, and any other relevant settings.
4. Agent Deployment:
Given the required parameters provided, the Dockerized microservice should be capable of deploying the specified agent version within the platform.
5. Version Control:
Given that multiple agent versions may exist, the Dockerized microservice should support provisioning agents with different versions and handle version-specific dependencies.
6. Dynamic Scalability:
Given an increase in demand, the Dockerized microservice should dynamically scale to handle concurrent agent provisioning requests, ensuring optimal performance.
7. Security Measures:
Given that agent provisioning involves sensitive information, the Dockerized microservice should implement security measures, such as encrypted communication and access controls, to protect the provisioning process.
8. Logging and Monitoring:
Given that agents are provisioned, the Dockerized microservice should generate logs capturing provisioning activities and provide monitoring capabilities to track the health and performance of the provisioning process.
9. Error Handling:
Given unexpected issues during provisioning, the Dockerized microservice should gracefully handle errors, provide meaningful error messages, and log the details for troubleshooting.
10. Integration with Platform:
Given that the Dockerized microservice is deployed, it should seamlessly integrate with the platform's existing components, ensuring a cohesive and unified agent provisioning experience.
11. Documentation:
Given that the Dockerized microservice is developed, comprehensive documentation should be provided, covering the API specifications, configuration parameters, and any troubleshooting steps for platform administrators.
The text was updated successfully, but these errors were encountered:
KulkarniShashank
changed the title
Spinning up an agent when initiating agent provisioning through Docker
Spinning up an agent when initiating agent provisioning microservice through Docker
Jan 22, 2024
tipusinghaw
changed the title
Spinning up an agent when initiating agent provisioning microservice through Docker
refactor: spinning up an agent when initiating agent provisioning microservice through Docker
Apr 10, 2024
Acceptance Criteria:
1. Dockerized Microservice Creation:
Given that I have the platform infrastructure in place, I should be able to create a Dockerized microservice specifically designed for agent provisioning.
2. Agent Provisioning Endpoint:
Given the Dockerized microservice is deployed, there should be a well-defined API endpoint for agent provisioning accessible within the platform.
3. Agent Configuration Parameters:
Given that I am provisioning an agent, the Dockerized microservice should accept configurable parameters such as agent name, version, environment, and any other relevant settings.
4. Agent Deployment:
Given the required parameters provided, the Dockerized microservice should be capable of deploying the specified agent version within the platform.
5. Version Control:
Given that multiple agent versions may exist, the Dockerized microservice should support provisioning agents with different versions and handle version-specific dependencies.
6. Dynamic Scalability:
Given an increase in demand, the Dockerized microservice should dynamically scale to handle concurrent agent provisioning requests, ensuring optimal performance.
7. Security Measures:
Given that agent provisioning involves sensitive information, the Dockerized microservice should implement security measures, such as encrypted communication and access controls, to protect the provisioning process.
8. Logging and Monitoring:
Given that agents are provisioned, the Dockerized microservice should generate logs capturing provisioning activities and provide monitoring capabilities to track the health and performance of the provisioning process.
9. Error Handling:
Given unexpected issues during provisioning, the Dockerized microservice should gracefully handle errors, provide meaningful error messages, and log the details for troubleshooting.
10. Integration with Platform:
Given that the Dockerized microservice is deployed, it should seamlessly integrate with the platform's existing components, ensuring a cohesive and unified agent provisioning experience.
11. Documentation:
Given that the Dockerized microservice is developed, comprehensive documentation should be provided, covering the API specifications, configuration parameters, and any troubleshooting steps for platform administrators.
The text was updated successfully, but these errors were encountered: