The interpreter design pattern allows for the evaluation of language grammar and expressions, facilitating the development of domain-specific languages. It provides the capability to define a language's grammar and includes interpreters that translate this grammar. This pattern is particularly prevalent in compilers, including those for Java, which convert source code into byte-code.

1. Interpreter Design Pattern
- Rakesh P

2. Interpreter Design Pattern
● It provides way to evaluate language grammar or expression.

3. Interpreter Design Pattern
● It provides way to evaluate language grammar or expression.
● Useful for developing domain specific languages or notations.

4. Interpreter Design Pattern
● It provides way to evaluate language grammar or expression.
● Useful for developing domain specific languages or notations.
● Ability to define a language’s grammar.

5. Interpreter Design Pattern
● It provides way to evaluate language grammar or expression.
● Useful for developing domain specific languages or notations.
● Ability to define a language’s grammar.
● Java compiler that interprets Java source code into byte-code.

6. Interpreter Design Pattern
● It provides way to evaluate language grammar or expression.
● Useful for developing domain specific languages or notations.
● Ability to define a language’s grammar.
● Java compiler that interprets Java source code into byte-code.
● Defines a grammatical representation for a language and an interpreter to
interpret the grammar.

7. Interpreter Design Pattern
● It provides way to evaluate language grammar or expression.
● Useful for developing domain specific languages or notations.
● Ability to define a language’s grammar.
● Java compiler that interprets Java source code into byte-code.
● Defines a grammatical representation for a language and an interpreter to
interpret the grammar.
● Widely used in compilers that are implemented with an Object Oriented
languages.