Comprehensive Jenkins CI/CD Assistance
Budget: ₹1,500 – ₹12,500 INR
FinanceMe is a Global leading Banking and Financial services provider based out of Germany.
The company offers products and services like Banking, Funds Management, Loans, Debit Cards
and Credits Cards, Investment Banking etc. Initially the company was using a Monolithic
application architecture, As the company grown, It started facing difficulties in managing the
application infrastructure and application deployments and Scaling of application when the
traffic load increases.
FinanceMe has decided to opt for microservice architecture for its applications and decided to
go DevOps by implementing necessary automations using CICD. FinanceMe has decided to use
AWS as primary cloud services provider to create servers, databases and application
deployments.
The company’s goal is to deliver the product updates frequently to production automatically
with High quality & Reliability. They also want to accelerate software delivery speed, quality
and reducing feedback time between developers and testers.
Currently, they are facing following problems, because of various technologies involved in the
project.
✓ Building Complex Monolithic Application is difficult.
✓ Manual efforts to test various components/modules of the project
✓ Incremental builds are difficult to manage, test and deploy.
✓ It was not possible to scale up individual modules independently.
✓ Creation of infrastructure and configure it manually is very time consuming
✓ Continuous manual monitoring the application is quite challenging.
In order to implement a POC, you are requested to develop a mavenized microservice using
spring boot and in memory h2 database.
1. a microservice which exposes below mentioned endpoints as APIs and uses pre
configured AWS RDS – mysql database to store the data.
a. /createAccount (HTTP Method : POST) (Request Body : JSON)
b. /updateAccount/{account no.} (HTTP Method : PUT ) (Request Body : JSON)
c. /viewPolicy/{account no.} (HTTP Method : GET ) ( No Request Body )
d. /deletePolicy/{account no.} (HTTP Method : DELETE) ( No Request Body)
2. Write necessary Junit testcase.
3. Generate HTML report using TestNG.
4. Push your code into your GitHub Repository.
Note : Preload some data into the database.
Later, you need to implement Continuous Integration & Continuous Deployment using
following tools:
✓ Git - For version control for tracking changes in the code files
✓ Maven – For Continuous Build
✓ Jenkins - For continuous integration and continuous deployment
✓ Docker - For deploying containerized applications
✓ Ansible - Configuration management tools
✓ Selenium - For automating tests on the deployed web application
✓ Terraform - For creation of infrastructure.
✓ Prometheus and Grafana – For Automated Monitoring and Report Visualization
This project will be about how to test the services and deploy code to dev/stage/prod etc, just
on a click of button.
Business challenge/requirement
As soon as the developer pushes the updated code on the GIT master branch, the code should
be checked out, compiled, tested, packaged and containerized. A new test-server should be
provisioned using terraform and should be automatically configured using Ansible with all the
required software’s and as soon as the server is available, the application must be deployed to
the test-server automatically.
The deployment should then be tested using a test automation tool, and if the build is
Successful, Prod server must be configured with all the software it should be pushed to the
prod server. All this should happen automatically and should be triggered from a push to the
GitHub master branch.
Continuous monitoring server must be configured to monitor the test as well as prod server
using Prometheus and Grafana should be configured to display a dashboard with following
metrics.
1. CPU utilization
2. Disk Space Utilization
3. Total Available Memory
Link for the Solution of FinanceMe project code is attached below. Use it to validate your
solution.
https://github.com/StarAgileDevOpsTraining/star-agile-banking-finance.git
Note : To have a detailed information about running the application and exposed APIs,
Input/Output format, Refer to the README.md in the GitHub repository.
The company offers products and services like Banking, Funds Management, Loans, Debit Cards
and Credits Cards, Investment Banking etc. Initially the company was using a Monolithic
application architecture, As the company grown, It started facing difficulties in managing the
application infrastructure and application deployments and Scaling of application when the
traffic load increases.
FinanceMe has decided to opt for microservice architecture for its applications and decided to
go DevOps by implementing necessary automations using CICD. FinanceMe has decided to use
AWS as primary cloud services provider to create servers, databases and application
deployments.
The company’s goal is to deliver the product updates frequently to production automatically
with High quality & Reliability. They also want to accelerate software delivery speed, quality
and reducing feedback time between developers and testers.
Currently, they are facing following problems, because of various technologies involved in the
project.
✓ Building Complex Monolithic Application is difficult.
✓ Manual efforts to test various components/modules of the project
✓ Incremental builds are difficult to manage, test and deploy.
✓ It was not possible to scale up individual modules independently.
✓ Creation of infrastructure and configure it manually is very time consuming
✓ Continuous manual monitoring the application is quite challenging.
In order to implement a POC, you are requested to develop a mavenized microservice using
spring boot and in memory h2 database.
1. a microservice which exposes below mentioned endpoints as APIs and uses pre
configured AWS RDS – mysql database to store the data.
a. /createAccount (HTTP Method : POST) (Request Body : JSON)
b. /updateAccount/{account no.} (HTTP Method : PUT ) (Request Body : JSON)
c. /viewPolicy/{account no.} (HTTP Method : GET ) ( No Request Body )
d. /deletePolicy/{account no.} (HTTP Method : DELETE) ( No Request Body)
2. Write necessary Junit testcase.
3. Generate HTML report using TestNG.
4. Push your code into your GitHub Repository.
Note : Preload some data into the database.
Later, you need to implement Continuous Integration & Continuous Deployment using
following tools:
✓ Git - For version control for tracking changes in the code files
✓ Maven – For Continuous Build
✓ Jenkins - For continuous integration and continuous deployment
✓ Docker - For deploying containerized applications
✓ Ansible - Configuration management tools
✓ Selenium - For automating tests on the deployed web application
✓ Terraform - For creation of infrastructure.
✓ Prometheus and Grafana – For Automated Monitoring and Report Visualization
This project will be about how to test the services and deploy code to dev/stage/prod etc, just
on a click of button.
Business challenge/requirement
As soon as the developer pushes the updated code on the GIT master branch, the code should
be checked out, compiled, tested, packaged and containerized. A new test-server should be
provisioned using terraform and should be automatically configured using Ansible with all the
required software’s and as soon as the server is available, the application must be deployed to
the test-server automatically.
The deployment should then be tested using a test automation tool, and if the build is
Successful, Prod server must be configured with all the software it should be pushed to the
prod server. All this should happen automatically and should be triggered from a push to the
GitHub master branch.
Continuous monitoring server must be configured to monitor the test as well as prod server
using Prometheus and Grafana should be configured to display a dashboard with following
metrics.
1. CPU utilization
2. Disk Space Utilization
3. Total Available Memory
Link for the Solution of FinanceMe project code is attached below. Use it to validate your
solution.
https://github.com/StarAgileDevOpsTraining/star-agile-banking-finance.git
Note : To have a detailed information about running the application and exposed APIs,
Input/Output format, Refer to the README.md in the GitHub repository.