Getting Started With the Shop Tutorial Quick System
The first time I used Shop Tutorial Quick, I was trying to set up product walkthroughs for a client who had 340 SKUs and zero patience. They wanted every item to have a visual guide, but their onboarding team was three people short and turnover was high. What I ended up building was basically a lightweight tutorial overlay that pulled from a CSV and rendered step-by-step calls on each product page. Took me about forty minutes to get the first version running, and another two weeks of refining the state management before it stopped breaking on page reloads. You can grab the package from the official distribution channel, though the documentation still references a GitHub release page that hasn't been updated since early 2024. The npm install command is straightforward, but if you are working in a Next.js project with app router, you will want to pin the version to 2.1.3 or earlier. Newer releases introduced a React 19 peer dependency that breaks against the stable branch most teams are on. After installation, the configuration lives in a single file called tutorial.config.js at your project root. I have seen people try to inline the config inside the component tree. It technically works for a prototype, but the selector engine gets confused when the DOM re-renders during hydration. Keep it at the top level. Your tutorials will load consistently and you will not spend three hours debugging why step four of a five-step flow randomly disappears.
How the Core Flow Actually Works
Shop Tutorial Quick works by injecting a floating overlay layer into the page after a configurable delay. The overlay reads a sequence of steps you define in JSON, matches DOM selectors against live elements, and highlights them while displaying a tooltip with instructions. That is the surface level explanation. The part nobody mentions is that the selector matching runs on every scroll and resize event by default, and if you are using it on a page with a heavy data table or infinite scroll component, the CPU usage can climb to twelve percent idle. The workaround is to enable the debounce flag and set it to 300 milliseconds. In practice this reduces the matching frequency to a manageable rate without any noticeable delay in the tutorial rendering. Here is what the config looks like: tutorial.config.js
{
"delay": 1500,
"debounce": true,
"debounceMs": 300,
"steps": [ ... ]
}
Get the Full Details
Defining Tutorial Steps
Each step needs a target selector, the content to display, and a position hint. The position hint accepts top, bottom, left, right, or center. Center is the default, but I stopped using it after I shipped a tutorial to production that placed tooltips over a floating cart button, which caused the user to click the cart instead of the next step. That happened on mobile layouts where the cart button is wide enough to overlap the centered tooltip. Switched everything to bottom position after that and never looked back. The content field supports basic HTML, which means you can link out, bold text, or add small images. One thing to watch: Shopify's Liquid templates sometimes escape HTML entities in a way that breaks the overlay's innerHTML parsing. If your step text contains angle brackets or ampersands, wrap the content in a plain text string and let the renderer handle the escaping. The library does this automatically, but custom HTML strings bypass that protection.
Real World Problem I Hit and the Exact Fix
About six months ago I deployed a multi-step onboarding flow for a client who used a SPA framework that lazy loaded the product gallery component. The tutorial steps referenced elements inside that gallery, but the selectors were resolving before the component finished mounting. Steps one and two worked fine because those elements were in the initial render. Step three, which targeted the image zoom trigger, would simply never fire. The overlay would sit there blank for eight seconds and then time out. The fix was to use the waitForSelector option on that specific step. It polls the DOM every 200 milliseconds until the element appears, with a default timeout of five seconds. For this particular gallery component, the lazy load could take up to twelve seconds under slow network conditions, so I extended the timeout to ten seconds and it resolved cleanly. Here is the step definition that actually worked: {
"selector": ".gallery-zoom-trigger",
"content": "Click here to zoom in on the product details.",
"position": "bottom",
"waitForSelector": true,
"timeout": 10000
}
I also added a manual retry hook in the callback so that if the timeout was hit, the tutorial would restart from that step instead of silently failing. The user got frustrated when a tutorial disappeared mid-flow with no feedback, so having it auto-retry made the whole experience feel more stable even though the underlying issue was a lazy load timing problem.
Common Pitfalls
There are a few things that tend to trip people up. The first is the z-index conflict. The overlay uses z-index 9999 by default, but if your site has a modal system that uses 10000 or higher, the tutorial steps will render underneath. I found this out when testing against a client's custom cookie consent modal that had an unnecessarily high z-index. The fix was simple: override the z-index in your config and set it to 10001, or ask whoever manages the modal system to adjust theirs. The second issue is keyboard navigation. The tutorial supports arrow keys and Escape to dismiss, but if your application already consumes those keys for something else, the tutorial will get stuck. I had a case where the escape key was mapped to a global close action that fired before the tutorial's own handler. Wrapping the tutorial initialization in a setTimeout with a 100 millisecond delay gave the app's own key listeners priority, and the tutorial started responding correctly afterward.
Performance and Alternatives
Shop Tutorial Quick adds roughly 18 kilobytes to your bundle size when gzipped, which is reasonable for a feature like this. The runtime overhead is minimal unless you have thousands of tutorial steps configured, which is unlikely but possible if you are doing something like a full product catalog walkthrough. For large catalogs, I would recommend splitting the tutorials into chunks and loading them on demand based on the current page or user segment. If you need something lighter and your tutorials are only two or three steps, you might not need the full library at all. A custom solution using position: fixed elements and simple IntersectionObserver checks can cover basic cases without the selector engine and state management overhead. But for anything beyond a simple two-click flow, Shop Tutorial Quick saves you from reinventing the wheel, and the debounce and waitForSelector options are worth the bundle cost alone. The library does not support SSR out of the box. The overlay needs a live DOM to attach to, so you will want to load it dynamically on the client side using a next/dynamic import or similar pattern. Server-side rendering of tutorial steps is not something the maintainers plan to add, and honestly it makes less sense to try. Tutorials are inherently interactive and client-side by nature, so treating them as a client-only feature is the right call.
Final Notes on Maintenance
The project is maintained by a small team and updates are infrequent but generally safe. Breaking changes tend to come with major version bumps, so sticking to semver ranges in your package.json will protect you. I recommend adding the library to your regular audit cycle. One dependency it pulls in, dom-align, had a vulnerability reported in late 2024 that affected older versions, and upgrading it to the latest patch fixed the issue without changing any of your tutorial configs. Always keep an eye on the dependency tree, not just the main package.
