DenverCoder1 keeps a profile README that renders itself from live services

A repository whose only product is a rendered README

The repository description is plain about what this is: Jonah Lawrence's Profile README. The top level listing confirms the shape, holding a README.md, a .gitignore and a .github directory, with no source directory, no package manifest and no build system. There are no GitHub releases, and the primary language field is unknown because there is no source to classify. What the repository does have is a README that renders as a designed landing page, and the topic tags say what kind of artefact it is: profile-readme, readme-badges, shieldsio, badges, github-actions and awesome-readme. The mechanism behind that rendering is the subject worth examining, because the answer is not clever HTML. Almost every visible element is an image fetched from a remote service at page load, which means the profile is assembled at view time rather than stored as a static document. That design has consequences for how the page behaves when a service is unreachable, and for what happens to anyone who copies the markup.

The typing animation is a URL with parameters, not an embedded script

The first thing on the page is the animated headline, and it is produced by the readme-typing-svg project, which the author also maintains. The markup is a link wrapped around an image whose source is a query string against the project's own rendering service.

  <a href="https://github.com/DenverCoder1/readme-typing-svg">
    <img src="https://readme-typing-svg.demolab.com/?lines=Full-stack%20web%20and%20app%20developer;Experienced%20UI%2FUX%20Designer;10%2B%20years%20of%20coding%20experience;Always%20learning%20new%20things&font=Fira%20Code&center=true&width=440&height=45&color=f75c7e&vCenter=true&pause=1000&size=22" /></a>

Every visible property is a parameter: the lines to cycle through, the font, the colour, the width and height, the pause between strings and the text size. The strings themselves are the profile's self description, and they are encoded in the URL rather than kept as text in the README, so they cannot be read by anything other than a browser and are not visible to a screen reader. That is a small accessibility cost for a decorative element, and it is worth naming since the rest of the profile leans on the same trick. The colour value, the centred flag and the vertical centring flag show that the service is a general purpose renderer rather than something built for this one profile.

Live counts from badge services instead of numbers written by hand

The badge row works the same way. Subscriber and view counts for the YouTube channel are fetched from a pokegoplaces.com endpoint that renders PHP scripts as images, and the total stars and follower counts come from custom-icon-badges, another project by the same author, hosted at custom-icon-badges.demolab.com. A view counter for the profile itself is served from pokegoplaces.com as well, and the source comments name Simple-View-Counter as the project behind it.

    <img alt="youtube subscribers" title="Subscribe to my YouTube channel" src="https://pokegoplaces.com/github/youtube-stats-badges/subscribers-badge.php"/></a>

The point of using a service rather than a static badge is that the numbers stay correct. A static badge needs a manual edit or a workflow to refresh, whereas these images are computed when the page is requested. The price is a dependency on somebody else's PHP scripts and domain, and on the endpoints continuing to exist under the same paths. The GitHub Star image is the exception and is stored in the repository's own assets directory, which shows the author choosing per item between a hosted generator and a self hosted file. Every one of these badges is an outbound request to a third party domain from the profile page, which is also why the page loads slowly on a poor connection and why a reader with images blocked sees an almost empty document.

Project cards served from a fork deployed on Vercel

The repository cards under the open source projects section are generated by a fork of the github-readme-stats project, deployed on Vercel at an address the author controls rather than the upstream service. The card markup carries the theme and colour parameters inline.

    <a href="https://github.com/DenverCoder1/readme-typing-svg"><img width="278" src="https://denvercoder1-github-readme-stats.vercel.app/api/pin/?username=DenverCoder1&repo=readme-typing-svg&theme=react&bg_color=1F222E&title_color=F85D7F&hide_border=true&icon_color=F8D866&show_icons=false" alt="readme-typing-svg"></a>

Self hosting the fork is the sensible choice here, since the upstream service has rate limits and an own deployment removes that constraint. It also means the cards are only as reliable as that Vercel deployment. The listed projects give a picture of the toolchain behind the profile: readme-typing-svg, github-readme-streak-stats, custom-icon-badges, github-readme-youtube-cards, unedit-for-reddit and unicode-formatter, each of them an instance of the same kind of thing, a small utility that produces an asset for a README. The section headers use collapsible details elements so the sponsor block and the project block can be opened and closed, which keeps the first screen of the profile short.

The sponsor table and social icons are the only static part

Everything that does not change is written by hand, and that is where the plain HTML shows through. The social row is a line of anchors with inline images hosted on imgur, one for YouTube, LinkedIn, Twitter, a Discord server, a Dev.to profile and a Ko-fi link, separated by a run of numeric HTML entities used as spacing.

  <a href="https://www.youtube.com/c/DevProTips"><img width="32px" alt="Youtube" title="Youtube" src="https://i.imgur.com/qiXu7b2.png"/></a>

The sponsors section is a table with a monthly tier column and a row of sponsor avatars pointing at the GitHub Sponsors page, with the wider tier commented out in the source. The sponsorship link itself is a badge pointing at the sponsor tiers page. The GitHub Star image links to stars.github.com, which is the profile's own Star program page, so the asset is served from the repository's assets path rather than generated. Two habits are visible in the markup throughout. Sections that are no longer wanted are left in the file as comments, such as the Free Stuff social entry, and each block is annotated with a comment naming the project that provides it, which makes the README a working index of the author's own tooling.

What this profile cannot tell you

There are limits to what a repository like this can be. It is not a library, so there is nothing to install and no API to call; the article is about the technique rather than a product. There is no documentation of how the third party endpoints are monitored, so if one of them changes its response the badge simply breaks without any signal. The README does not explain the workflow that refreshes anything, and the .github directory is present but its contents are not described in the README, so whether the counts are pulled on a schedule or on demand cannot be confirmed from what is written here. The licensing question is the more consequential one for anyone who wants to reuse the layout. The licence field for this repository is unknown, the top level listing contains no LICENSE file, and the README carries no licence statement, so nothing in the README gives you permission to copy this markup. That is a gap in the profile's documentation rather than a legal conclusion, and the safest read is that the layout is an example to learn from rather than a file to lift. The other limitation is the one inherent to the approach: a profile that depends on a dozen remote images cannot degrade gracefully, because when the images are unavailable the README has almost no text left.

How this differs from a static badge or a plain profile README

There are three other routes to the same goal, and the differences are about cost rather than appearance. A static badge set, the kind you get from a badge generator service, is a set of static images you commit once. Nothing refreshes without a scheduled job that rewrites the README, but the page then loads only from your own repository, with no third party dependency and no runtime failure mode. A handwritten Markdown profile is the cheapest option and the most durable, at the price of giving up live counts and any animation. A workflow driven profile README sits between the two: scheduled jobs query the platforms, render the images and commit the result, so the page is served from the repository and the numbers stay current. The approach taken here inverts that. The README stores the recipes and the endpoints, and the images are generated at view time, which removes the need for a scheduled workflow and keeps the file small, but moves the failure surface onto services the author does not control. For a profile that is mostly a calling card, that trade is defensible. For a profile whose badges carry information a reader is meant to act on, the static plus workflow approach is the one that keeps working.

Editorial conclusion

This repository is worth reading as a reference implementation if you want a profile page that stays current without manual edits, and the readme-typing-svg, custom-icon-badges and github-readme-stats projects it links are the reusable parts. Do not treat the profile itself as software to depend on: the repository holds a README.md, a .gitignore and a .github directory, it has no GitHub releases, and the top level listing shows no licence file, so there is no stated permission to copy its content. Before you build anything similar, decide whether you are willing to point your profile at third party image endpoints and to accept that every badge disappears when one of those services is down or changes its URL scheme.

Frequently asked questions

Official sources

1. DenverCoder1/DenverCoder1 on GitHub
2. Issues
3. Project website
4. README