Messaging Models interview questions

1. A.a token attached to a request and echoed in its response so the sender can match the answer to the original message
2. B.a model where each message is delivered to exactly one of the competing consumers reading from the same destination
3. C.a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver
4. D.distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel

Answer + AI explanation with Pro

1. A.Fan-out
2. B.Point-to-point queue
3. C.Publish-subscribe
4. D.Correlation identifier

Answer + AI explanation with Pro

1. A.Point-to-point queue — a model where each message is delivered to exactly one of the competing consumers reading from the same destination
2. B.Point-to-point queue — a model where a message is broadcast so that every subscriber to a topic receives its own copy
3. C.Point-to-point queue — a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver
4. D.Point-to-point queue — a token attached to a request and echoed in its response so the sender can match the answer to the original message

Answer + AI explanation with Pro

1. A.a token attached to a request and echoed in its response so the sender can match the answer to the original message
2. B.a model where each message is delivered to exactly one of the competing consumers reading from the same destination
3. C.distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel
4. D.a model where a message is broadcast so that every subscriber to a topic receives its own copy

Answer + AI explanation with Pro

1. A.Correlation identifier
2. B.Point-to-point queue
3. C.Request-reply
4. D.Publish-subscribe

Answer + AI explanation with Pro

1. A.Publish-subscribe — a token attached to a request and echoed in its response so the sender can match the answer to the original message
2. B.Publish-subscribe — distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel
3. C.Publish-subscribe — a model where a message is broadcast so that every subscriber to a topic receives its own copy
4. D.Publish-subscribe — a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver

Answer + AI explanation with Pro

1. A.a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver
2. B.a model where each message is delivered to exactly one of the competing consumers reading from the same destination
3. C.a token attached to a request and echoed in its response so the sender can match the answer to the original message
4. D.distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel

Answer + AI explanation with Pro

1. A.Correlation identifier
2. B.Fan-out
3. C.Request-reply
4. D.Point-to-point queue

Answer + AI explanation with Pro

1. A.Fan-out — a model where each message is delivered to exactly one of the competing consumers reading from the same destination
2. B.Fan-out — a model where a message is broadcast so that every subscriber to a topic receives its own copy
3. C.Fan-out — a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver
4. D.Fan-out — distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel

Answer + AI explanation with Pro

1. A.a token attached to a request and echoed in its response so the sender can match the answer to the original message
2. B.distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel
3. C.a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver
4. D.a model where a message is broadcast so that every subscriber to a topic receives its own copy

Answer + AI explanation with Pro

1. A.Request-reply
2. B.Fan-out
3. C.Correlation identifier
4. D.Publish-subscribe

Answer + AI explanation with Pro

1. A.Request-reply — a model where a message is broadcast so that every subscriber to a topic receives its own copy
2. B.Request-reply — distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel
3. C.Request-reply — a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver
4. D.Request-reply — a token attached to a request and echoed in its response so the sender can match the answer to the original message

Answer + AI explanation with Pro

1. A.a model where each message is delivered to exactly one of the competing consumers reading from the same destination
2. B.a token attached to a request and echoed in its response so the sender can match the answer to the original message
3. C.a model where a message is broadcast so that every subscriber to a topic receives its own copy
4. D.a two-way pattern where the sender includes a return address and waits for a correlated response from the receiver

Answer + AI explanation with Pro

1. A.Correlation identifier
2. B.Publish-subscribe
3. C.Point-to-point queue
4. D.Fan-out

Answer + AI explanation with Pro

1. A.Correlation identifier — distributing a single incoming message to multiple downstream destinations so several consumers process it in parallel
2. B.Correlation identifier — a token attached to a request and echoed in its response so the sender can match the answer to the original message
3. C.Correlation identifier — a model where a message is broadcast so that every subscriber to a topic receives its own copy
4. D.Correlation identifier — a model where each message is delivered to exactly one of the competing consumers reading from the same destination

Answer + AI explanation with Pro