Here are the differences: 

Here are the differences: 

Here are the use cases: 

ArrayList:

1. Use when frequent access/modification of elements by index is required.
2. Suitable for scenarios where elements are added or removed at the end of the list.
3. Generally preferable for read-heavy operations.
4. When memory overhead is not a significant concern.
5. ArrayList provides constant time for search operation, so it is better to use ArrayList if searching is more frequent operation than add and remove operation. 

LinkedList:

1. Use when frequent insertion/deletion operations are required at the beginning or middle of the list. LinkedList has O(n/2) time complexity to access the elements. ArrayList has O(1) time complexity to access elements via the get and set methods.
2. Suitable for scenarios where the list structure changes frequently.
3. When memory overhead can be tolerated, and there's a need for fast insertion/deletion in the middle of the list.
4. The LinkedList provides constant time for add and remove operations. So it is better to use LinkedList for manipulation.
5. LinkedLinked class implements Deque interface also, so you can get the functionality of double ended queue in LinkedList. The ArrayList class doesn't implement Deque interface.

Here are the differences: 

Collection framework implements various interfaces, Collection interface and Map interface (java.util.Map) are the mainly used interfaces of Java Collection Framework. List of interfaces of Collection Framework is given below:

1. Collection Interface
2. List Interface
3. Set Interface
4. Queue Interface
5. Dequeue Interface
6. Map Interface

Array and Collection are somewhat similar regarding storing the references of objects and manipulating the data, but they differ in many ways. The main differences between the array and Collection are defined below:

Collection Framework is a combination of classes and interface, which is used to store and manipulate the data in the form of objects. 

It provides various classes such as: 

• ArrayList
• Vector
• Stack
• HashSet, etc. 

and interfaces such as:

• List
• Queue
• Set, etc. 

Static imports can be used in REST Assured to simplify code by giving direct access to static methods and fields of a class without explicitly specifying the class name. Static imports are often used in REST Assured to increase test script readability and conciseness.

The static import statements allow us to use methods such as provided(), when(), get(), then(), and matches such as equalTo() and greater-than () without explicitly referencing the class names.

Code

Response employeesResponse = RestAssured.given().request(Method.GET, "/all");
JsonPath jsonPathObj = employeesResponse.jsonPath();

//get all employees id between 15 and 300
List<Map> employees = jsonPathObj.get("company.employee
.findAll { employee -> employee.id >= 15 && employee.id <= 300 }");

Since REST Assured 2.3.1 you can log the request or response only if the validation fails. You can log for both request and response.

given().log().ifValidationFails()