What Do You Know About TIBCO EMS?

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Quizzes Created: 23 | Total Attempts: 4,024

Questions: 10 | Attempts: 147 | Updated: Mar 21, 2023

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What Do You Know About Tibco Ems? - Quiz

How well do you know TIBCO EMS?
Are you sure you going to succeed if tested? This quiz features basic questions on TIBCO EMS, you don't wanna miss out!

Questions and Answers

1.

EMS is
- A.
  
  For aligning enterprise data across multiple business units, departments and partners
- B.
  
  For secure exchange of data and files using standards based protocols, across heterogeneous environments
- C.
  
  Analytics and business intelligence platform for analysis of data by predictive and complex statistics
- D.
  
  Is a set of published enterprise-wide standards that allows organizations to send semantically precise messages between computer systems
Correct Answer
A. For aligning enterprise data across multiple business units, departments and partners

Explanation
The correct answer is for aligning enterprise data across multiple business units, departments, and partners. This suggests that EMS is a tool or system that helps in organizing and synchronizing data within an organization, ensuring that data is consistent and accessible across different units, departments, and external partners. It implies that EMS plays a crucial role in facilitating data integration and collaboration, enabling efficient and effective decision-making processes within the enterprise.

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2.

EMS usually takes into account the following considerations except
- A.
  
  Speed
- B.
  
  Security
- C.
  
  Routing
- D.
  
  Policy
Correct Answer
A. Speed

Explanation
EMS, or Enterprise Management System, is a comprehensive software solution that helps organizations manage their operations effectively. It encompasses various aspects such as security, routing, and policy management. However, speed is not typically considered as a primary consideration in EMS. While it is important for systems to perform efficiently, the focus of EMS is more on ensuring security, managing network routing, and implementing organizational policies. Therefore, speed is not a consideration in EMS.

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3.

EMS are also known as MOM which stands for
- A.
  
  Messaging Operation Management
- B.
  
  Messaging Object Model
- C.
  
  Message Oriented Middleware
- D.
  
  None of these
Correct Answer
C. Message Oriented Middleware

Explanation
EMS stands for Message Oriented Middleware (MOM). MOM is a software architecture that allows applications to send and receive messages asynchronously. It provides a reliable and scalable messaging infrastructure for distributed systems. EMS enables communication between different applications or components by sending messages through a middleware layer. This allows for decoupling of sender and receiver, ensuring reliable delivery and providing features like message queuing, publish/subscribe, and message transformation. Therefore, the correct answer is Message Oriented Middleware.

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4.

EMS ia usually broken down into how many sections?
- A.
  
  Four
- B.
  
  Three
- C.
  
  Six
- D.
  
  Two
Correct Answer
D. Two

Explanation
EMS is usually broken down into two sections. This means that the EMS system is typically divided into two main components or categories. The question is asking for the number of sections in EMS, and the correct answer is two.

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5.

Message headers are usually coded in clear text so that
- A.
  
  Information is accessed and disseminated easily
- B.
  
  Data will not be unambiguously interpreted
- C.
  
  Intermediate nodes receive all the necessary information they need to route and prioritize the message
- D.
  
  None of the above
Correct Answer
C. Intermediate nodes receive all the necessary information they need to route and prioritize the message

Explanation
Message headers are usually coded in clear text so that intermediate nodes receive all the necessary information they need to route and prioritize the message. By encoding the headers in clear text, intermediate nodes can easily understand and interpret the information, allowing them to make informed decisions on how to handle the message. This ensures that the message is correctly routed and prioritized based on the information provided in the headers.

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6.

One of these is true about MOM
- A.
  
  It allows application modules to be distributed over heterogeneous platforms
- B.
  
  It allows application modules to be distributed over homogeneous platforms
- C.
  
  It allows application modules to be distributed over multiple platforms
- D.
  
  It allows application modules to be distributed over unambiguous platforms
Correct Answer
A. It allows application modules to be distributed over heterogeneous platforms

Explanation
MOM, or Message-Oriented Middleware, allows application modules to be distributed over heterogeneous platforms. This means that MOM enables communication and integration between different types of platforms, such as different operating systems or hardware architectures. By using MOM, application modules can seamlessly interact and exchange messages across diverse platforms, promoting interoperability and flexibility in distributed systems.

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7.

Why must messages be authenticated or digitally signed?
- A.
  
  To assure both the receiver and sender of accuracy and consistency of data
- B.
  
  To assure that message has not been modified while in transit and that the receiving party can verify the source of the message
- C.
  
  To give the receiver the confidence that the messages have not been tampered with in transit
- D.
  
  All of the above
Correct Answer
D. All of the above

Explanation
Messages must be authenticated or digitally signed to ensure the accuracy, consistency, and integrity of the data being transmitted. This helps to assure both the sender and receiver that the message has not been modified while in transit and that the source of the message can be verified. By authenticating or digitally signing messages, the receiver can have confidence that the messages have not been tampered with during transmission.

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8.

EMS places emphasis on design of messaging protocols using one of the following
- A.
  
  MSMQ
- B.
  
  JMS
- C.
  
  Web services
- D.
  
  .NET
Correct Answer
A. MSMQ

Explanation
EMS places emphasis on design of messaging protocols using MSMQ. MSMQ (Microsoft Message Queuing) is a messaging protocol developed by Microsoft that allows applications running on separate servers or devices to communicate with each other asynchronously. It provides reliable message delivery, transactional support, and scalability. EMS, which stands for Enterprise Messaging System, focuses on designing messaging protocols, and MSMQ is one of the options available for this purpose. JMS (Java Message Service), Web services, and .NET are also commonly used for messaging protocols, but in this case, the emphasis is on MSMQ.

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9.

An example of a specific application programming interface (API) that implements an enterprise messaging system is the
- A.
  
  ESB
- B.
  
  JMS
- C.
  
  MOM
- D.
  
  EMS
Correct Answer
A. ESB

Explanation
ESB (Enterprise Service Bus) is an example of a specific application programming interface (API) that implements an enterprise messaging system. ESB is a software architecture that allows different applications to communicate and exchange data with each other. It provides a centralized platform for managing and routing messages between various systems in an enterprise. ESB enables seamless integration and interoperability between different applications, making it an ideal choice for implementing an enterprise messaging system.

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10.

One of the types of metadata describes the types, versions, relationships and other characteristics of digital materials, which one?
- A.
  
  Administrative Metadata
- B.
  
  Descriptive Metadata
- C.
  
  Structural Metadata
- D.
  
  None of these
Correct Answer
C. Structural Metadata

Explanation
Structural metadata describes the organization and relationships between different components of digital materials. It provides information about how the digital materials are structured and how they are related to each other. This type of metadata is commonly used in the management and organization of digital collections, helping users navigate and access the content effectively. It includes information about the hierarchy, sequence, and arrangement of the digital materials, enabling users to understand the overall structure and organization of the content.

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