6 Individual Integration Patterns Flashcards

(26 cards)

1
Q

Direct, custom links between individual systems. Built from scratch for specific reqs.

A

Point-to-Point Integration

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2
Q

Concept in P2P that necessitates updates in other system when one system is updated

A

Tight Coupling

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3
Q

P2P remains simple and uncomplicated as it relies on _____ instead of direct connections.

A

Middleware

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4
Q

Challenges include increasing number of integrations, and maintaining that number of direct connections

A

Point-to-Point Integration

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5
Q

Good for low, specific integration reqs.

A

Point-to-Point Integration

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6
Q

All systems connect to centralized hub, indirectly communicate through the hub.

A

Hub-and-Spoke Integration

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7
Q

Concept of systems evolving independently

A

Decoupling

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8
Q

This pattern is scalable. One new system is only one connection to the Hub

A

Hub-and-Spoke Integration

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9
Q

Management and coordination is more controlled, monitored, and maintained.

A

Hub-and-Spoke

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10
Q

Risks a single point of failure and might result in increased amount of latency

A

Hub-and-Spoke

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11
Q

Event-driven communication, scalable and flexible coupling with a message broker

A

Publish-Subscribe Integration

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12
Q

Vital to establish themes and message architecture

A

Publish-Subscribe

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13
Q

Synchronous communication between different systems

A

Request-Response Integration

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14
Q

Requests for information and waits for the second system to respond with the required information.

A

Request-Response

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15
Q

Used in API interactions, web services, and client-server
applications, that need instant feedback

A

Request-Response

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16
Q

Performance problems could arise, especially with high latency and long processing time

A

Request-Response

17
Q

Includes considering timeout settings and error handling

A

Request-Response

18
Q

transfer data though files

A

File-Based Integration

19
Q

Widely used in massive amount of batch processing (older systems)

20
Q

Challenge includes complexity in file exchange and data consistency

A

File-Based Integration

21
Q

Needs monitoring, notification, error recovery for reliability and consistency

22
Q

paradigm of integration that emphasizes instant movement of data between various settings

A

Real-Time Integration

23
Q

Needed in instant data exchange and synchronization

24
Q

Speedier decision-making with recent and correct data

25
considers scalability, event processing, and data consistency
Real-Time
26
handles high message flow, event-driven communication, data integrity and consistency
Real-Time