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Aria Automation & vRO
Knowledge Base

Architecture patterns, scripting guides, and operational runbooks for VMware Aria Automation and vRealize Orchestrator — written by engineers, for engineers.

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JavaScript ES5 vs PowerShell
A side-by-side reference for engineers working across both environments. Covers the ES5 subset used by vRealize Orchestrator alongside equivalent PowerShell patterns — variables, functions, objects, arrays, control flow, error handling, strings, types, and JSON.
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vRO: The Orchestrator Built on APIs
Most engineers arrive at vRO expecting a powerful script runner. That assumption is understandable, and worth reconsidering. APIs are not a layer on top of vRO. They are the foundation everything else is built on.
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vRO PowerShell Host vs. JavaScript APIs
When to use a PowerShell host, when to stay in JavaScript, and why REST APIs are the foundation of everything Aria Orchestrator does.
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Git & Source Control for Infrastructure Engineers
You already think in pipelines, approvals, and rollbacks. This article maps Git concepts directly to your infrastructure world — repos, pull requests, CI/CD, and how code gets from a developer's laptop to a production web server.
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Workflow Design: Actions, Tasks & Structure
A practical architecture model for building maintainable, reusable vRO workflows — focused on where logic lives, how it's organized, and what a clean workflow skeleton looks like.
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Workflow Design: IN/OUT Bindings & Decision Elements
The silent failure modes that trip up even experienced vRO developers — how variable bindings actually work, the five mistakes that produce null without an error, and why Decision elements belong in the schema.
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Workflow Design: Composition & Building a Library
Actions are the infrastructure; workflows are the wiring. How to build a vRO action library that compounds over time, and why the magic is in the bindings.
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Workflow Design: Error Handling, Polling & Resilience
What separates a workflow that works in a demo from one that holds up in production — intentional outcome handling, pre-flight state acquisition, error handler discipline, and polling patterns that don't lie about completion.
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