technical-articles

Technical Articles

All articles must follow writing-voice rules. This skill owns article shape; writing-voice owns house voice and punctuation.

Core Principles

Title should BE the takeaway, not a topic. "Write Context to a File, Not a Prompt" not "Context Management in Agent Workflows".

Lead with a strong opening paragraph that states the key insight in plain language. Reader should get it in 5 seconds. Then go straight into code. Don't force a blockquote or pull-quote after the opening; if the insight needs a quotable summary, the opening paragraph already is one.

Code speaks louder than prose. Show real examples from actual codebases, not abstract foo/bar illustrations. If the code is self-explanatory, don't over-explain.

Preserve the article's altitude. If the draft is a general lesson with a real code example, do not recenter it around the current project problem. The code is evidence for the lesson, not automatically the subject. Keep the reusable insight in the foreground and put project-specific mechanics in specs, reference docs, or implementation notes.

Section Headings Are Arguments

Section headings should make claims, not announce topics. The reader should know your position from the heading alone.

Bad (topic headings):

What's in the binary

How Go and Rust compare

Why tree-shaking is difficult

Good (argument headings):

Go and Rust: Your code IS the binary

Bun (and Deno/Node): Your code rides on top of a VM

Why tree-shaking the runtime is brutally hard

The first set describes what the section is about. The second set tells you what the section argues. A reader who only skims headings should walk away with the article's core argument.

This applies to the title too: "Bun Compile Is 57MB Because It's Not Your Code" is an argument. "Understanding Bun Compile Binary Size" is a topic.

Conversational Directness

Write like you're explaining to a peer, not presenting to an audience. Short declarative sentences. Opinions stated plainly. Concessions acknowledged without hedging.

Bad (formal article-speak):

The resulting bundle size of the bun build --compile command is notably large. With careful analysis, we can identify several contributing factors.

Good (direct, conversational):

A console.log("Hello World") compiles to 57MB. Your code adds almost nothing. The binary is the entire Bun runtime.

Parenthetical asides, punctuation for emphasis, and sentence fragments are all fine when they serve clarity. "Stripping the JIT? Now your code runs 10-100x slower." reads better than a formally constructed alternative.

Visual Elements Are Tools, Not Checkboxes

ASCII diagrams, tables, and before/after code blocks are tools to reach for when they clarify something prose can't. They are not required ingredients.

Use a diagram when showing flow or architecture that's hard to describe linearly. Use a table when there's a genuine comparison with 3+ items. Use before/after code when the contrast IS the point. Skip all of them when the article doesn't need them.

When you have multiple independent reasons for something, write them as regular prose with natural transitions. Don't use numbered bold headings (**1. Bold heading** followed by explanation):that pattern is one of the most recognizable AI writing tells.

Architecture Article Composition

For articles about ownership, routing, auth, billing, sync, tenancy, API shape, or deployment boundaries, build the private model before drafting the public argument.

1. Build the private model: ownership, boundaries, flow, good/bad examples, and durable rules.
2. Turn that model into a public argument here: title, opening, section claims, rhythm, code, diagrams, and closing.
3. Use writing-voice throughout as the house voice and final punctuation pass.

Do not publish the private model unchanged unless the article is intentionally notebook-style. The model is the thinking format; the article is the reader format.

The private model for an architecture article answers four questions: the old model, the tell that broke it, the new model, and the rule to remember.

Rhythm and Pacing

This is the most important section. Good articles alternate between prose and visuals. The reader's eye should bounce: context → code → explanation → diagram → implication. Neither prose nor code should dominate for long stretches.

The Rules

1. Max 3-4 sentences of prose before a code block, diagram, or table. If you're writing more than that without a visual break, you're missing an opportunity.
2. Every code block gets 1-2 sentences of setup before it. Don't drop code without context. But don't write a paragraph either.
3. After a code block, one sentence of explanation is often enough. If the code is self-explanatory, skip it entirely and bridge to the next idea.
4. Use line breaks between distinct thoughts. Don't pack three ideas into one paragraph. Each paragraph: one idea.

Good rhythm : prose and code alternate:

[1-2 sentences: what the problem is]

\`\`\`typescript
// code showing the problem
const result = table.find(id);  // O(n) scan every time
\`\`\`

[1 sentence: why this is bad, bridge to solution]

\`\`\`typescript
// code showing the solution
const result = index.get(id);   // O(1) lookup
\`\`\`

[1-2 sentences: what this means for the reader]

Bad rhythm : wall of prose, code at the end:

[Paragraph explaining the problem]
[Paragraph explaining the approach]
[Paragraph explaining the implementation]
[Paragraph explaining the result]

\`\`\`typescript
// single code block at the bottom
\`\`\`

The first version lets the reader verify each claim against code as they go. The second forces them to hold four paragraphs in memory, then mentally map them to code.

Writing the Opening

The opening paragraph carries the entire article. If someone reads nothing else, this paragraph should give them the insight.

Bad (topic announcement):

In this article, we'll explore how context management works in agent workflows and discuss some approaches to improving it.

Good (insight up front):

Write your context to a file, not a prompt. When a conversation spawns sub-agents, each one starts with a blank slate. If the context lives in a spec file on disk, every agent can read it fresh instead of relying on copy-pasted prompt fragments that drift.

The bad version tells the reader what the article is about. The good version tells them the answer. They'll keep reading to see why.

When the User Gave You the Voice, Use It

If the article originates from a voice transcript, chat brainstorm, or spoken-out-loud reasoning, the user's own phrases ARE the voice of the article. Reconstructing them in "better" English strips out the cadence that made the insight land in the first place : and the user won't recognize their own thought on the page. They'll bounce.

The test: would the user, skimming their own article a week later, feel the impetus that made them want to write it? If the opening is polished into generic technical prose, no.

Rules

1. Use the user's exact phrases in the first paragraph. Not paraphrased, not smoothed. The raw phrase : lightly cleaned for grammar, never for cadence. Even mildly awkward phrasing ("I knew it was a smell because…") is better than a cleaner rewrite, because it's what the user actually thinks and how they'll remember the article.

2. If there's a core code transformation, it lands in the first ~100 words. Before / after, both visible in the first scroll. The prose explains; the code IS the article. Burying the code transformation below context-setting paragraphs means the reader never reaches it.

3. Lift specific phrases verbatim from the transcript. If the user said "I knew I had made a Svelte-specific version" : use that line, don't rewrite it to "I had created a framework-specific adapter." The specificity of the original phrasing is the voice.

4. Fidelity beats polish. When you're drafting from a transcript, err on the side of preserving the user's phrasing even when a more elegant sentence is available. The user wrote the insight in their head once; the article should match that mental version so they can still feel it when they re-read.

Bad (reconstructed voice)

The tight coupling between framework-specific adapters became apparent during the implementation phase. A pattern emerged where reactive tracking was being used as an event subscription mechanism, suggesting a deeper architectural issue.

Good (the user's actual phrases)

I realized I had made a Svelte-specific version. I knew it was a smell because I was calling $effect just to track auth.token. That suggested to me I actually wanted an imperative onTokenChange : and the only reason that API didn't exist was that I'd been wrapping Svelte on Svelte.

The first version is publishable. The second version sounds like someone thinking out loud, which is what the user was doing when they handed you the transcript.

Writing Explanatory Prose

When you need to explain how something works between code blocks, show the mechanism. Don't describe it abstractly.

Bad (abstract narration):

The system uses a layered approach to handle data storage efficiently. Each layer provides a different level of abstraction, allowing consumers to interact with data at the appropriate granularity for their use case.

Good (shows the mechanism):

RowStore wraps CellStore, which wraps YKeyValueLww. Each layer adds one thing: YKeyValueLww handles conflict resolution, CellStore parses cell keys into row/column pairs, and RowStore maintains an in-memory index for O(1) lookups. The consumer only sees RowStore.

The first version could describe anything. The second version could only describe this system.

Constraints

Bullet lists and numbered lists: max 1-2 of each per a

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