A. Server tests
B. Application function tests
C. Transaction tests
D. Network communication tests
A. Distributed logic
B. Distributed presentation
C. Remote presentation
D. All of the mentioned
Explanation: The server is assigned database management tasks, the processes for client queries, and enterprise-wide applications.
A. obtain pertinent information about the desired method from the interface repository
B. create a data structure with parameters to be passed to the object
C. create a request for the object
D. all of the mentioned
Explanation: The request is then passed to the ORB core—an implementation-specific part of the network operating system that manages requests, and the request is fulfilled.
A. Control couple
B. Application object
C. Data couple
D. Database object
A. Client/server SQL interaction
B. Remote procedure calls
C. SQL Injection
D. All of the mentioned
Explanation: This mechanism is limited to relational database management system (RDBMS) applications.
A. Activating & Deactivating Objects
B. Security features
C. Files implementing the entities identified within the ERD
D. Registering object implementation
A. Common Object Request Build Architecture
B. Common Object Request Broker Architecture
C. Common Object Request Break Architecture
D. All of the mentioned
A. Consistency
B. Reliability
C. Scalability
D. All of the mentioned
Explanation: Architecture implies a consistent and coherent design approach.
A. Policy implementation
B. QoS
C. Security
D. Verify invoice
Explanation: It is a part of Business service layer.
A. Strong coupling among objects
B. Communications are prescriptive rather than being descriptive
C. Data is separated from a service or behavior
D. Data and methods are integrated into a single object
Explanation: A service-oriented architecture is essentially a collection of services which communicate with each other.