cljs-webapp - A leiningen template for ClojureScript webapps

Starting out with ClojureScript, I realized that writing the cljsbuild boilerplate in project.clj and setting up the directory structure all over again is in no »

Starting a new project in a language you are still learning often means wrestling with setup before you can write a single meaningful line of code. Boilerplate configurations, directory layouts, and build tool choices consume energy that could otherwise go into understanding the language itself. When those tasks repeat across experiments, they start to feel like friction rather than foundation. Taking the time to extract common patterns into a reusable template, or simply writing down what each piece does, can transform a fresh project from a chore into a launchpad for learning.

Build tools and source layouts are the quiet infrastructure of every programming effort. They decide how your code is compiled, how dependencies are resolved, and how your files are organized on disk. A clear structure makes it easier to navigate, easier to onboard collaborators, and easier to reason about as the project grows. Conversely, a tangled setup obscures intent and turns refactoring into archaeology. Investing a small amount of attention early in how things are arranged pays back many times over the life of a codebase.

Open source thrives on shared conventions as much as shared code. When developers publish their project structures, configuration snippets, and starter templates, they hand the next person a head start that no tutorial can match. Reading how others organize their sources, which files they version, and which tools they reach for is a fast track to better habits. It also surfaces tradeoffs you might not have considered: where to put tests, how to separate assets from logic, when to keep things flat versus nested.

Dynamic languages reward a particular style of exploration. Without a static type system in the way, you can reshape a function, reload a namespace, and see the effect almost immediately. That feedback loop encourages experimentation, and it lowers the cost of trying a slightly different approach to a problem. The trick is to keep that exploratory freedom paired with discipline: small focused modules, descriptive names, and a willingness to revisit earlier decisions. That balance is what turns quick sketches into durable systems.