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The primary purpose of Continuous Integration (CI) is to ensure that code changes made by developers are regularly and automatically tested and integrated into the main codebase. This practice helps identify integration issues early in the development process, reducing the likelihood of conflicts when multiple developers are working on the same project. CI encourages developers to commit their code changes frequently, allowing for automated builds and tests to be executed, which helps catch errors and bugs as soon as they are introduced. This results in improved code quality, faster development cycles, and a more reliable software delivery process. By fostering a culture of continuous feedback and improvement, CI not only enhances collaboration among team members but also prepares the software for Continuous Delivery (CD), where the application can be deployed to production environments seamlessly. Option A (To automate the deployment of applications to production) - This function is more closely related to Continuous Deployment (CD), which follows CI and focuses on delivering code to production automatically. Option C (To manage virtual machines and containers in cloud environments) - This task relates to infrastructure management and orchestration, not specifically to the CI process. Option D (To provide a platform for running applications in the cloud) - This describes cloud service models, which is not the focus of CI practices. Option E (To monitor application performance in real-time) - Monitoring application performance is part of application management and observability, separate from the CI process, which is primarily concerned with integration and testing.
A certain sum of money becomes Rs. 1500 in 1 year and 2800 in 3 years at certain rate of simple interest. Find the sum of money invested.
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The savings of Arun and Bhaskar are same. The difference between the expenditure of Bhaskar and the savings of both Arun and Bhaskar together is 0. The ...
A sum of Rs. 4000 is invested at simple interest for 2 years. If the rate interest for first year is 15% p.a. while 25% p.a. for second year, then find ...