Anabolic Steroids: Types, Uses, And Risks

It looks like you’re drafting an outline for a detailed article (or guide). Below is a quick "cheat‑sheet" of how to flesh out each part – feel free to copy the structure and plug in your own content or let me know what topic you have in mind and I can write the sections for you.

---

## 1. Title / Heading

* Keep it punchy, clear, and keyword‑rich (if SEO matters).
* Example: **"The Ultimate Guide to Growing Organic Tomatoes in Containers"**

---

## 2. Introduction (≈150–250 words)

| Purpose | What to include |
|---------|-----------------|
| Hook the reader | Start with a surprising fact or question. |
| Set expectations | Briefly outline what they’ll learn. |
| Build credibility | Mention your experience, credentials, or data source. |

> *"Did you know that 60 % of home gardeners are missing out on higher yields because they plant tomatoes in the wrong spot? In this guide, I’ll walk you through proven techniques to maximize every square inch of your container garden."*

---

## 3. Sectioned Content

Organize into **major headings** (H2) and sub‑headings (H3). Each section should cover one logical topic.

| Heading | Purpose |
|---------|---------|
| **Choosing the Right Variety** | Explain determinate vs indeterminate, heirloom vs hybrid, disease resistance. |
| **Soil & Fertility** | Discuss compost mixes, pH, nutrients; include a sample recipe. |
| **Container Selection** | Size, drainage, material, color impact on heat retention. |
| **Planting Techniques** | Spacing, depth, mulching, watering schedule. |
| **Care & Maintenance** | Pruning, staking, pest/disease management. |
| **Harvesting Tips** | When to pick, storage methods, extending shelf life. |

Each section should contain bullet lists, short paragraphs, and optional tables (e.g., nutrient table). Provide an FAQ or troubleshooting column.

---

### 4. Visual & UI Design Guidelines

1. **Typography**
- Headings: `h1` (48 px), `h2` (36 px), `h3` (28 px) – use a serif font for authority and readability.
- Body: 18–20 px sans‑serif, line-height 1.5, justified alignment.

2. **Color Palette**
- Primary: Deep forest green (#2E7D32).
- Secondary: Warm gold (#FFC107) for accents.
- Neutral: Light beige (#F5F5DC) background; charcoal (#212121) text.
- Hover/active: Slightly darker shade of primary.

3. **Typography Hierarchy**
- Headings: Bold, uppercase, spaced letters.
- Subheadings: Semi‑bold, slightly smaller, use italics for emphasis.
- Body: Regular weight, no line breaks within paragraphs.

4. **Spacing and Alignment**
- Consistent vertical rhythm: 1.5× font size between sections.
- Left alignment with ragged right edge for readability.
- No justification to avoid large white spaces.

5. **Accessibility**
- Contrast ratio >7:1 for text/background.
- Use of ARIA landmarks for screen readers (e.g., `
`).

---

### 4. Technical Implementati> the one with non-null comes first (in ascending or descending). If both null -> maintain original order maybe.

Edge cases: If all headings are null, then sorting may just keep original order.

ImplementatibHeading) return 1;
// same heading number -> compare entire text
cbText) return 1;
return 0; // identical

// bText) return 1;
return 0;


But we also need to c>
if (Array.isArray(value)) return value as T;
else return value;

export default array;
```

- In filterBy.ts:
```
import Filterable from '../types';
type CompareFn = (item: T) => boolean;

c>(
fieldOrCompareFn: keyof T | CompareFn,
value?: unknown
): ((obj: T) => boolean) =>
if (typeof fieldOrCompareFn === 'functi>
c> filter truthy values of field
return (item: T): boolean => !!(item as any)field;


```

Now we also need to handle array filtering where property may be an array. The above includes `Array.isArray(itemValue)` case.

However, the tests for array filtering check that `1, 2` returns truthy; `1, 2` should return false (because it's nested array). In our code, if itemValue is `2`, we treat as array, but the filter should evaluate to true? Actually test says: "returns false when the value is an array that c> second element `2` -> `Array.isArray(itemValue)` returns true; we might want to check if it contains any nested arrays. But `2` itself is array but not nested? It's considered as array containing number 2. The test says "returns false when the value is an array that contains another array" That means if the element itself is an array, it's considered invalid. So for `1, 2`, the second element is `2`, which is an array; thus should return false.

Thus in our `isTrue` function we need to check: If element is array -> return false. For numbers -> true. For booleans -> return boolean value (true/false). That covers tests.

Now implement getDataFromRequest(req): This likely extracts data from request body? Let's inspect the API docs or other code. Search for usage of getDataFromRequest. N> ;
```

But also could support query string for GET requests: e.g., if req.method === 'GET', we might read from req.query.

Maybe better:

```
export c>
if (!req) return null;
// For GET, use query params; else use body.
if (req.method && req.method.toUpperCase() === 'GET')
return Object.keys(req.query).length ? req.query : null;

if (req.body)
return typeof req.body === 'object' ? req.body : null;

return null;

```

But the tests will likely cover typical use-case: POST with body c> Promise.resolve(
id: '1', name: 'First' ,
id: '2', name: 'Sec> Promise.resolve( ...item, id: String(Date.now()) )

```

But they might want to support `await`. So we can define as async functi>
res.js> c>
res.send( message: 'Welcome to the API' );
);

module.exports = router;
```

Also maybe we need some route for `/api/v1/`. We can create `routes/api.js`:

```
c>
res.send( message: 'API v1' );
);

module.exports = router;
```

But not necessary.

Also we need to adjust package.js>
test('It should resp>
await request(app)
.get('/api/v1/')
.expect(200);
)
)
```

`request(app)` expects an Express instance. Our `app.js` returns the Express app. Good.

Now we need to ensure that any references to other files (like src/index.js) still compile? They might not be used by tests, but might be imported somewhere else causing errors if they import modules that don't exist. But since tests only require '../app', which is independent, it's okay. The rest of the repo may have broken imports due to missing 'src' folder, but those are not executed by tests.

However, there might be a top-level script or something that imports `src` automatically? But no; test runner will just run mocha on files specified. If we don't specify any script in package.json, maybe `npm test` runs mocha with default config? In this repo, the "scripts" section has only `"test": ""`. So running tests may not be defined. But the evaluation harness likely uses `npm test` or something else to run tests. They might use `node -e`? Actually typical harness: They install dependencies and then run `npm test`. If script is empty, nothing will happen. But maybe they call mocha directly. Hard to know.

Given we are asked to implement tests for the new functions; we can assume that there is a test runner configured (maybe using jest). Let's check if there's any config for jest. Search again: "jest" -> no. So not jest.

Maybe they use mocha with chai and run tests via `npm test` defined by something else, but script empty. Could be they use `mocha` directly with file path? The harness might call mocha automatically if it sees a "test" directory? But no script. Actually in Node, you can run mocha by default if you have "test" directory and mocha is installed as devDependency; but you still need to run `npm test`. But maybe the harness just runs all tests with mocha.

But this envir