The Repository Pattern in object-oriented programming (OOP) is a design pattern that separates the logic that retrieves data from the underlying storage system (such as a database) from the rest of the application. This pattern helps in achieving a clean separation of concerns by encapsulating the data access code within a repository class. Let's delve into its aspects:

Pros:

1. Abstraction of Data Access: The Repository Pattern abstracts the details of how data is retrieved, allowing the rest of the application to work with a high-level interface.

2. Testability: It facilitates unit testing by providing a clear separation between the business logic and data access code. Mocking the repository makes it easier to test components in isolation.

3. Centralized Data Access Logic: By consolidating data access logic in a single location, the repository promotes maintainability and reduces code duplication.

4. Change Management: If the underlying data source changes, only the repository implementation needs to be modified, keeping the rest of the application unaffected.

Cons:

1. Abstraction Overhead: In simple scenarios, the Repository Pattern might introduce unnecessary complexity. Overusing it for small projects can lead to increased development time.

2. Potential Performance Overhead: Repositories might introduce an additional layer of abstraction that could impact performance in situations where direct data access is critical.

3. Learning Curve: Developers unfamiliar with the pattern may need time to grasp its concepts and implementation details.

History:

The Repository Pattern is rooted in the Domain-Driven Design (DDD) principles introduced by Eric Evans in his book "Domain-Driven Design: Tackling Complexity in the Heart of Software" published in 2003. It gained prominence as a solution to manage the complexities of data access in large-scale enterprise applications.

Contributions to the pattern's evolution came from various sources in the software development community. Martin Fowler, a well-known software architect and author, has extensively discussed and advocated for the Repository Pattern in his writings. The pattern has been embraced and implemented in different programming languages and frameworks, becoming a staple in the toolbox of developers practicing OOP.

In conclusion, the Repository Pattern offers advantages in maintainability, testability, and abstraction of data access. However, its usage should be considered judiciously, weighing the benefits against potential overhead. The pattern has evolved through contributions from the DDD community, with figures like Eric Evans and Martin Fowler playing pivotal roles in its conceptualization and popularization.