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Lerna is a build system for managing and publishing multiple JavaScript or TypeScript packages from a single repository. It fits teams that keep several interdependent packages together and need coordinated versioning, publishing, and task running. If you only have one package, or your packages never share code or releases, Lerna adds overhead without much benefit.

The core problem Lerna solves

A monorepo puts many packages in one repository. That makes sharing code easy, but it creates coordination work:

• Which packages changed since the last release?
• What version should each changed package get?
• In what order should packages be published so dependencies exist first?
• How do you run a build or test across all packages without doing it manually?

Lerna addresses these by understanding the dependency graph between your packages and acting on it.

How Lerna manages a monorepo

Versioning

Lerna tracks which packages changed and updates their versions together or independently. It supports two common modes:

• Fixed mode: all packages share one version number and are released together.
• Independent mode: each package gets its own version, so you can release only what changed.

The choice matters. Fixed mode is simpler and suits tightly coupled packages. Independent mode gives finer control but requires more discipline.

Publishing

When you publish, Lerna determines the correct order based on inter-package dependencies, so a package that depends on another is published after its dependency. It can also create git tags and update changelogs as part of the release.

Running tasks across packages

Lerna can run a command (build, test, lint) across multiple packages, and it can scope that to only the packages affected by recent changes. This is the part that saves the most time in large repos, because you avoid rebuilding everything on every change.

Lerna and Nx

Lerna is now part of the Nx ecosystem. The relationship matters when you choose tooling:

• Lerna handles the monorepo versioning and publishing workflow.
• Nx provides the broader task running, caching, and project graph capabilities.

In practice, Lerna can use Nx under the hood for task execution and caching. If you already use Nx, Lerna fits as the release layer. If you only need publishing and versioning, Lerna can stand alone.

Lerna vs. plain npm/yarn workspaces

Workspaces solve dependency linking. Lerna solves the release and task-orchestration layer on top. Many projects use both: workspaces for installation, Lerna for versioning and publishing.

When Lerna is the right choice

Consider Lerna when:

• You maintain multiple packages that depend on each other.
• You need repeatable, ordered releases rather than manual npm publish per package.
• You want to run builds or tests only for packages affected by a change.
• You are already in or moving toward the Nx ecosystem.

Look elsewhere when:

• You have a single package.
• Your packages are released independently by different teams with no shared release process.
• You only need local linking and never publish.

Where to start

Begin with the Lerna documentation at lerna.js.org. The typical first steps are initializing Lerna in an existing repository, defining your package locations, and choosing fixed or independent versioning before your first release. Getting the versioning mode right early avoids a painful migration later.

Webmail is email access through a web browser instead of a desktop or mobile app. You log into a web address, and the mail server renders your mailbox as a web page. It fits any setup where you want to read and send mail from a shared or borrowed device without installing a client, and it is the default access method for most self-hosted servers — Modoboa, for example, ships a web user interface as part of the server itself.

How webmail fits into an email server

A webmail interface is one layer in a stack, not the whole system. The flow looks like this:

1. Browser — you open the webmail URL and authenticate.
2. Webmail application — translates your clicks into mail protocol commands.
3. IMAP — retrieves and syncs messages from the mailbox store.
4. SMTP — sends outgoing mail.
5. Mailbox storage — where messages actually live on the server.

The practical consequence: webmail is a view onto a mailbox that also remains reachable by any IMAP/SMTP client. You are not locked into the browser, and you are not locked out of it.

Modoboa illustrates the bundled approach. Its installer deploys the mail server components together with the web interface, so the webmail, administration panel, and underlying mail services are configured as one system rather than assembled piece by piece. According to Modoboa, the installer handles about 95% of the work in under 10 minutes, leaving DNS configuration to you.

What you typically get in a webmail interface

Feature sets vary, but a full webmail layer commonly includes:

• Message reading and composing in the browser
• Calendar management
• Address books
• Filtering rules to sort incoming mail
• Auto-responders (out-of-office replies)
• Multiple domains, mailboxes, and aliases — Modoboa describes unlimited creation of these
• Administrator tools such as statistics and migration utilities

If your only need is reading and replying to mail from a browser, a basic webmail is sufficient. Calendars, shared address books, and server-side filters are the features that separate a minimal interface from one that can replace a desktop suite.

Self-hosted webmail vs. provider webmail

The trade-off is control against effort. Self-hosting means you know where your data is stored and you are the only administrator — Modoboa frames this as the privacy argument for running your own server. The cost is that deliverability, DNS, and spam handling become your responsibility.

Setup and security considerations

Two items come up regardless of which webmail you use:

TLS. Modoboa states that it encrypts all communications between your email server and the outside by default using TLS. If you self-host, verify this is actually active rather than assuming it.

DNS. Modoboa's own instructions single out DNS as the step left to the user after installation. Correct MX, SPF, DKIM, and related records determine whether your mail is delivered or flagged as spam — this is the most common place self-hosted setups fail.

Spam filtering. Modoboa's keyword set includes rspamd and Amavis, and its feature list mentions quarantine, indicating filtering is part of the stack. Whatever you run, decide early whether suspicious mail is quarantined, tagged, or rejected, because that choice affects how much time you spend in the admin interface.

Do you need a desktop client too?

Webmail alone is enough if you:

• Read mail mainly from a browser on one or a few devices
• Want zero client installation and configuration
• Are comfortable with the feature set your webmail provides

Add a desktop or mobile client if you:

• Need offline access
• Want native notifications and OS integration
• Prefer keyboard-driven workflows or local search across years of mail

Because webmail sits on top of IMAP/SMTP, the two are not exclusive. You can use the browser interface on a borrowed machine and a desktop client at your main workstation, with the same mailbox syncing to both.

HTML (HyperText Markup Language) is the markup language that gives a web page its structure and content. It tells a browser what each piece of a page is — a heading, a paragraph, a link, an image — rather than how it should look. If you want to understand how any website is built, HTML is the starting point: it's the skeleton that CSS styles and JavaScript animates. This explainer covers what HTML is, how tags and attributes work, how a browser turns it into a visible page, and where you can see it in the wild.

What HTML actually does

HTML is not a programming language. It doesn't perform calculations, make decisions, or run loops. It's a markup language: you wrap content in labels that describe its meaning and role.

That distinction matters. When you write <h1>Welcome</h1>, you're not saying "make this big and bold." You're saying "this is the top-level heading of the page." The browser decides the default appearance, and CSS can override it later. This separation — structure in HTML, presentation in CSS, behavior in JavaScript — is the core organizing principle of the modern web.

Elements, tags, and attributes

An element is the complete unit: an opening tag, the content, and a closing tag. A tag is the label itself, written between angle brackets. An attribute is extra information placed inside the opening tag.

Here's a simple example:

<h1 class="page-title">Welcome to My Site</h1>
<p>This is a paragraph of text with a <a href="https://example.com">link</a> inside it.</p>
<img src="photo.jpg" alt="A description of the photo">

Breaking that down:

A few things to notice. The <a> element uses an href attribute to say where the link points. The <img> element has no closing tag — it's a void element, because it holds no text content. And the alt attribute on the image provides a text alternative, which matters for accessibility and for when the image fails to load.

How a browser reads HTML and renders a page

When you visit a URL, the browser receives the HTML as plain text and works through it in a defined sequence:

1. Parsing — The browser reads the markup top to bottom and builds a tree structure called the DOM (Document Object Model). Each element becomes a node in that tree.
2. Applying CSS — Stylesheets are matched against the DOM to determine how each element should look.
3. Layout — The browser calculates where each element sits and how much space it takes.
4. Painting — Pixels are drawn to the screen.

The key insight is that the HTML you write is not the page you see. It's a set of instructions the browser interprets. Two browsers given identical HTML will produce nearly identical structure, but their default styling and rendering details can differ slightly — which is one reason developers test across browsers.

How HTML, CSS, and JavaScript divide the work

A typical site uses all three languages, each with a distinct job:

• HTML — structure and content. "This is a heading. This is a list. This is a form field."
• CSS — presentation. "Headings are dark blue, 32px, with 16px of space below."
• JavaScript — behavior. "When the user clicks this button, load more content."

You can build a perfectly readable page with HTML alone. Add CSS and it becomes visually designed. Add JavaScript and it becomes interactive. The same HTML can be restyled completely without touching its structure — which is why the separation is worth respecting rather than inlining styles and scripts everywhere.

Where to see HTML in practice

You don't need any tools to inspect a page's HTML:

• View source — Right-click anywhere on a page and choose "View Page Source" (or press Ctrl+U on Windows/Linux, Cmd+Option+U on Mac). This shows the raw HTML the server sent.
• Developer tools — Right-click an element and choose "Inspect." This opens the live DOM, which may differ from the raw source because JavaScript can modify it after the page loads.

Comparing the two is instructive. The raw source is what the server delivered; the inspected DOM is what the browser actually built. On a JavaScript-heavy site, they can look quite different.

A note on where this fits

HTML is the entry point to web work, but it's rarely used in isolation. If you're learning to build for the web, expect to pick up CSS and JavaScript alongside it. If you're simply trying to understand how a site you admire is put together, viewing its source and inspecting elements will show you the HTML structure directly — and that's often the fastest way to connect the abstract markup to a real page.

Static hosting serves pre-built files — HTML, CSS, JavaScript, images, and other fixed assets — directly over HTTP or HTTPS. The server does not run PHP, Python, or database queries to assemble a page per request; it just returns the file that matches the URL. This makes static hosting fast, simple, and cheap to operate, and it is the right fit for personal sites, documentation, portfolios, and smallweb or retro-compatible pages. It is a poor fit when you need logins, form processing, or content that changes per visitor on the server side.

Static vs. dynamic hosting

The dividing line is whether code runs on the server when a request arrives.

Some hosts blur the line. Web 1.0 Hosting, for example, describes itself as "advanced static web hosting" but also permits dynamic scripts using PHP, Python, blog engines, and forums. So "static host" describes the default delivery model, not always a hard restriction — check the specific host's policy before assuming.

How static content gets delivered

There are three common patterns:

• Shared static space. You get a directory on a server, upload files by FTP/FTPS or a web uploader, and the host serves them. Directory listings (autoindex) often appear when a folder has no index.html.
• Object storage plus CDN. Files live in a bucket and are distributed through a content delivery network. Fast and scalable, but you usually manage the CDN configuration yourself.
• Git-based deploy. You push to a repository and the platform builds and publishes the site automatically. Convenient for static site generators, less so if you want to hand-edit files on the server.

Web 1.0 Hosting uses the shared-space model: FTP and FTPS for uploads, a web file uploader, code and WYSIWYG editors, and SSI (Server Side Includes) for reusing code across pages. It also supports a home-hosting option — you connect your own machine to the server over L2TP/IPsec and your webserver becomes reachable at a path like login.w10.site/~/, which means you can host from a computer without a real static IP.

What to check before choosing a host

Work through this list against any candidate host:

• Space and bandwidth. Web 1.0 Hosting offers 100 MB free, 500 MB for community users, extra space for donations, and unlimited traffic. Compare that to your actual asset sizes — video and photo libraries eat space quickly.
• Domain support. Free third-level domains (.w10.site, .w0.am, .narod.ws, .oldcities.org on this host) versus linking your own domain. Confirm DNS and custom-domain rules in the FAQ.
• HTTPS and IPv6. The host states all content is accessible by HTTP and HTTPS over IPv4 and IPv6. If you need a certificate for a custom domain, verify how it is issued.
• Upload method. FTP/FTPS, web uploader, Git, or an API. Pick the one that matches how you actually work.
• File-type limits. Some hosts block executables or large media. This host states no limits for file types and allows hotlinking, so you can embed your files on other sites.
• Hotlink and listing policy. Autoindex on means any directory without an index.html shows its file list — useful as a web FTP, but it can expose files you meant to keep unlisted.
• Error handling. Custom 404 pages are supported here; without one, visitors see a generic error.

Matching static hosting to a use case

• Personal site or portfolio: ideal — a handful of pages, fast, no maintenance.
• Documentation: ideal, especially with a static site generator and Git deploys.
• Smallweb / retro-compatible pages: static files are the only realistic option for old browsers, palmtops, and retro computers. Web 1.0 Hosting explicitly targets this, and its web mail, chat, and search are built to work on both modern and legacy systems.
• Forms, logins, per-user content: not a fit on a pure static host. You would need an external form service or a dynamic host.

Common failure points

• Missing index file. With autoindex on, a folder without index.html shows a directory listing instead of your page. Add an index file to every public directory.
• Broken relative links. Moving files between folders silently breaks ../ style links. Test after every reorganization.
• Cache staleness. Browsers and CDNs hold old copies. Version your asset filenames or set cache headers deliberately.
• 404 handling. Without a custom 404 page, visitors hit a default error and leave. Configure one.
• Assuming static means no code. SSI and permitted dynamic scripts mean some pages are assembled server-side — useful, but it changes what you can cache and how you debug.

If your project is mostly fixed files and you want low cost and low maintenance, static hosting is the straightforward choice. If you need server-side logic per request, choose a dynamic host instead — or confirm, as with Web 1.0 Hosting, exactly which dynamic features the static host actually permits.

Retro gaming is the practice of playing older video games — typically from the 1970s through the early 2000s — on original hardware, through emulation, or via official re-releases. It is defined less by a fixed year cutoff than by a combination of era, hardware generation, and design style. If you want to start, the practical path is: pick a platform generation, choose how you want to play (original hardware, emulation, or a modern re-release), then solve the two problems that trip up most beginners — display lag and region locking.

What "Retro" Actually Means

There is no single agreed cutoff, and the term shifts as time passes. A useful way to think about it is in three layers:

• Era — games from roughly the late 1970s to the early 2000s, before HD displays and online distribution became standard.
• Hardware generation — cartridge and early disc consoles: NES, SNES, Sega Genesis/Mega Drive, Game Boy, PlayStation, and similar machines.
• Design style — pixel art, limited sprites and color palettes, chiptune audio, and often high difficulty with limited or no save systems.

A game can feel "retro" in style even if it is new. GGGames.se, an enthusiast site covering both modern and retro games, frames its coverage around exactly this split — "Modern and Retro" — and its review of QUOD INIT EXIT IIo covers a game that is new but built in a deliberately old-school style. That is a good illustration of why style matters as much as release date.

The Main Retro Platforms

Each generation has its own quirks — controller design, region coding, and video output all differ — so it helps to pick one platform to start rather than trying to cover everything at once.

Three Ways to Play, and How to Choose

Original hardware

You buy the actual console and cartridges or discs. This gives the most authentic experience, including original controllers and timing. The trade-offs are cost, aging hardware (worn cartridge slots, failing disc drives), and the need for a compatible display.

Emulation

Software runs the game on a modern computer or device. This is the most flexible and often the cheapest route, and it makes save states and region-free play easy. The catch is that the legal status of ROMs varies by country, and reliable sources matter — avoid sketchy download sites.

Official re-releases and compilations

Publishers and platforms reissue classic games on modern systems, sometimes with save states, rewind, and display options. This is the lowest-friction option if you want to play legally and without setup. Availability changes over time, so check the current store listing for the specific title you want.

A simple decision rule: if you want authenticity and don't mind maintenance, go original hardware. If you want convenience and flexibility, go emulation or official re-releases.

Common Pitfalls to Avoid

• Display lag — modern TVs can add input delay that makes precise retro games feel wrong. A low-latency mode or a dedicated upscaler helps.
• Region locks — many older consoles only play games from their own region. Check before buying imports.
• Unreliable ROM sources — unofficial download sites carry legal and security risks. Prefer official re-releases where they exist.
• Assuming "old" means "cheap" — some retro hardware and cartridges are collectible and priced accordingly.

A Practical Starting Path

1. Pick one platform generation that appeals to you.
2. Decide how you want to play: original hardware, emulation, or an official re-release.
3. If using original hardware, sort out your display and check region compatibility.
4. Start with a well-regarded title for that platform rather than a rare or expensive one.
5. Expect higher difficulty and fewer conveniences than modern games — that is part of the design, not a flaw.

If you are unsure where to begin, following a site that covers both modern and retro games — like GGGames.se — can help you find reviews and context for older titles alongside current releases.