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200-301 · Question #928

Drag and Drop Question Drag and drop the Ansible terms from the left onto the right. Answer:

The correct answer is client-server; layered system; cacheable; stateless; uniform interface. The correct arrangement maps the five core REST architectural constraints in their standard order: client-server (separation of concerns between UI and data storage), layered system (intermediary servers can be inserted transparently), cacheable (responses must define themselves

Submitted by daniela_cl· Mar 5, 2026Understand and apply REST architectural constraints and API concepts within the context of Ansible automation and module development

Question

Drag and Drop Question Drag and drop the Ansible terms from the left onto the right. Answer:

Exhibits

200-301 question #928 exhibit 1
200-301 question #928 exhibit 2

Answer Area

Drag items

cacheableclient-serverlayered systemstatelessuniform interface

Correct arrangement

  • client-server
  • layered system
  • cacheable
  • stateless
  • uniform interface

Explanation

The correct arrangement maps the five core REST architectural constraints in their standard order: client-server (separation of concerns between UI and data storage), layered system (intermediary servers can be inserted transparently), cacheable (responses must define themselves as cacheable or non-cacheable), stateless (each request contains all information needed; no session state on server), and uniform interface (standardized way clients interact with the server). These five constraints together define RESTful architecture, which underpins Ansible's interaction with REST APIs and modules like 'uri'. Note: this question appears to be testing REST/API architectural principles in the context of Ansible automation rather than Ansible-specific terms per se.

Topics

#REST API#Ansible Automation#Architectural Constraints#API Integration

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