dimaspanduOverview
How DOMPP was designed, step by step.
This article breaks down how DOMPP was designed and why certain DOM manipulation patterns needed rethinking.
It follows the project from its first pain-point sketches to a finished, chainable API that stays close to the browser.
The problem
Existing DOM utilities wrap too much or leave too much repetition.
Finding a middle ground between heavy frameworks and raw DOM calls was the central challenge of the project.
- Full frameworks hide the DOM and add a virtual layer that is overkill for many small interfaces.
- Raw DOM code is verbose and easy to duplicate across components without any shared ergonomics.
Approach
Document the build, including rejected ideas.
I documented the step-by-step process of building DOMPP, including rejected ideas and the final API decisions that survived.
Writing the case study alongside the code kept the rationale explicit and made the tradeoffs easy to revisit later.
Solution
A native DOM enhancement with chainable setters.
The solution is a native DOM enhancement library with chainable setters and optional reactivity, requiring no virtual DOM.
It keeps the browser as the source of truth while removing the repetitive ceremony of everyday DOM work.
Implementation
Published as a Medium case study.
The work was published as a Medium case study with code comparisons and design rationale so readers can follow each decision.
Core
Vanilla JavaScript with a chainable, framework-free API.
Features
Chainable setters and optional reactivity on top of the real DOM.
Format
Medium case study with code comparisons and rationale.
Results
What came out of it.
The case study helped clarify DOMPP's API design and became a reference for similar library efforts.
Links