DEV Community: Nom-nom-hub

flash-install v1.8.0 - New Organization Release

Nom-nom-hub — Tue, 29 Apr 2025 13:59:03 +0000

flash-install v1.8.0 - New Organization Release

Overview

This release marks the official move of flash-install to the new GitHub organization: flash-install-cli. This change provides a more professional home for the project and better supports future growth and collaboration.

What's New

New GitHub Organization: The project has moved to github.com/flash-install-cli/flash-install
Updated Repository URLs: All references to the repository have been updated to point to the new organization
Vercel Integration: Added proof-of-concept for Vercel integration
Performance Benchmarks: Added comprehensive benchmarks for Next.js projects and Vercel deployments

Key Features

Package Manager Integration: Support for npm, yarn, pnpm, and Bun
Cloud Cache: Team-wide cache sharing with S3, Azure, and GCP support
Interactive Mode: Beautiful terminal UI for managing dependencies
Plugin System: Extensible architecture with lifecycle hooks
CI/CD Integration: GitHub Action and VS Code extension

Installation

npm install -g @flash-install/cli@1.8.0

Upgrade from Previous Versions

npm update -g @flash-install/cli

What's Next?

We're continuing to work on:

Official Vercel integration
Enhanced cloud cache performance
Additional package manager optimizations
Improved monorepo support

Thank you to all contributors and users who have provided feedback and support!

flash-install v1.4.1 - The Ultimate Node.js Package Manager

Nom-nom-hub — Mon, 28 Apr 2025 08:53:41 +0000

flash-install v1.4.1 — The Ultimate Node.js Package Manager

We’ve just released flash-install v1.4.1, a high-performance alternative to npm — up to 30× faster than standard installs.

Key Features

⚡ Lightning Fast Installs

Install dependencies in seconds using intelligent caching.
☁️ Cloud Cache Integration

Share install caches across teams and CI/CD pipelines (supports S3, Azure, GCP).
🏢 Enterprise Ready

Team permissions, role-based access controls, and lockfile-based cache invalidation.
🔄 Monorepo Support

Parallel workspace installation, intelligent dependency hoisting, and workspace filtering.
🔍 Dependency Analysis

Visualize your dependency graph, detect duplicates, and analyze package sizes.
🔌 Offline Mode

Enhanced offline installations with fallback strategies and outdated dependency warnings.

Real-World Performance

Scenario	npm install	flash-install	Speedup
First install (small project)	30–60s	10–15s	3–4×
Subsequent install (from cache)	30–60s	5–10s	6–10×
Subsequent install (from snapshot)	30–60s	1–3s	20–30×
CI/CD environment	1–3min	5–15s	10–20×

Ideal For

Development teams tired of slow npm install times
CI/CD pipelines where every second counts
Monorepo projects with complex dependency graphs
Teams operating with limited or unreliable internet access

Get Started


bash
npm install -g @flash-install/cli

Flash-install

Nom-nom-hub — Fri, 25 Apr 2025 14:09:06 +0000

⚡ flash-install

Blazingly fast package installation for Node.js

A fast, drop-in replacement for npm install, focused on drastically speeding up Node.js dependency installation through deterministic caching, parallel operations, and .flashpack archive snapshotting.

Features

Blazing Fast: Installs dependencies from cache when available, avoiding network requests
Deterministic Caching: Uses hash-based paths for deduplication and hardlinks to minimize disk usage
Parallel Operations: Installs packages in parallel using Node.js worker threads
Snapshot Support: Creates and restores .flashpack archives for instant dependency restoration
Package Manager Compatibility: Works with npm, yarn, and pnpm projects
Offline Mode: Install dependencies without internet connection using cache or snapshots
Checksum Validation: Verifies package integrity against npm registry checksums
Snapshot Fingerprinting: Auto-invalidates snapshots when lockfiles change
Sync Command: Efficiently updates dependencies without full reinstallation
Plugin System: Extensible architecture with lifecycle hooks

Installation

npm install -g @flash-install/cli

Usage

Basic Installation

Replace your regular npm install command with flash-install:

# Standard installation
flash-install

# Or use direct mode for better progress reporting
flash-direct

Creating a Snapshot

Create a .flashpack snapshot of your node_modules directory:

flash-install snapshot

# Skip adding to global cache
flash-install snapshot --no-cache

# Set a custom timeout for the cache operation (in seconds)
flash-install snapshot --cache-timeout 10

Restoring from a Snapshot

Restore your node_modules from a .flashpack snapshot:

flash-install restore

Cleaning

Clean Everything

Remove both node_modules and local .flashpack file:

flash-install clean

Note: The clean command removes both the node_modules directory and the snapshot file. You'll need to create a new snapshot after cleaning if you want to use the restore command later.

Clean Only Node Modules

Remove only the node_modules directory (preserves snapshot):

flash-install clean-modules

This is useful when you want to free up disk space but keep the snapshot for quick restoration later.

Clean Only Snapshot

Remove only the snapshot file (preserves node_modules):

flash-install clean-snapshot

This is useful when you want to create a fresh snapshot without removing your installed dependencies.

Clean the global cache:

flash-install clean --global

Sync Dependencies

Efficiently update dependencies without a full reinstall:

flash-install sync

Cache Information

View information about the global cache:

flash-install cache

Verify cache integrity:

flash-install cache --verify

Optimize cache storage:

flash-install cache --optimize

Plugin Management

List installed plugins:

flash-install plugin list

Add a plugin:

flash-install plugin add <path-to-plugin>

Remove a plugin:

flash-install plugin remove <plugin-name>

Options

Installation Options

-o, --offline: Use offline mode (requires cache or snapshot)
--no-cache: Disable cache usage
-c, --concurrency <number>: Number of concurrent installations
-p, --package-manager <manager>: Package manager to use (npm, yarn, pnpm)
--no-dev: Skip dev dependencies
--skip-postinstall: Skip postinstall scripts
-v, --verbose: Enable verbose logging
-q, --quiet: Suppress all output except errors

Snapshot Options

-f, --format <format>: Snapshot format (zip, tar, tar.gz)
-c, --compression <level>: Compression level (0-9)
-o, --output <path>: Custom output path for snapshot

Restore Options

-s, --snapshot <path>: Path to snapshot file

Clean Options

-g, --global: Clean global cache instead of project
-a, --all: Clean both project and global cache
--cache-max-age <days>: Maximum age for cache entries in days

Sync Options

-f, --force: Force sync even if dependencies are up to date
--skip-snapshot: Skip creating snapshot after sync
--skip-cache: Skip using cache during sync

Cache Options

--verify: Verify cache integrity
--optimize: Optimize cache storage

Plugin Options

add <path>: Add a plugin from a path
remove <name>: Remove a plugin by name
list: List all installed plugins

How It Works

Dependency Resolution: Parses lockfiles to determine exact dependencies
Cache Check: Checks if dependencies are in the global cache
Snapshot Check: Checks if a valid .flashpack snapshot exists
Installation: If no cache or snapshot is available, installs dependencies using the package manager
Caching: Adds newly installed packages to the cache
Integrity Verification: Validates package checksums against npm registry
Snapshotting: Creates a .flashpack snapshot with fingerprinting for future use
Plugin Execution: Runs plugins at various lifecycle hooks

Plugin System

flash-install includes a powerful plugin system that allows extending functionality through lifecycle hooks:

preInstall: Before installation begins
postInstall: After installation completes
preSnapshot: Before creating a snapshot
postSnapshot: After creating a snapshot
preRestore: Before restoring from a snapshot
postRestore: After restoring from a snapshot
preSync: Before syncing dependencies
postSync: After syncing dependencies
preClean: Before cleaning
postClean: After cleaning

Plugins can be used for tasks like:

TypeScript declaration generation
Security scanning
License compliance checking
Dependency visualization
Custom build steps

Performance Comparison

Scenario	npm install	flash-install	Speedup
First install (small project)	30-60s	10-15s	3-4x
First install (large project)	3-5min	1-2min	2-3x
Subsequent install (from cache)	30-60s	5-10s	6-10x
Subsequent install (from snapshot)	30-60s	1-3s	20-30x
CI/CD environment	1-3min	5-15s	10-20x

Benefits

Time Savings: Dramatically reduces installation time for repeated builds
Bandwidth Savings: Minimizes network usage by using cached packages
Disk Space Efficiency: Uses hardlinks to avoid duplicating files
CI/CD Optimization: Perfect for continuous integration environments
Developer Experience: Instant dependency restoration when switching branches
Offline Development: Work without internet connection using cache or snapshots

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

Fork the repository at https://github.com/Nom-nom-hub/flash-install
Create your feature branch (git checkout -b feature/amazing-feature)
Commit your changes (git commit -m 'Add some amazing feature')
Push to the branch (git push origin feature/amazing-feature)
Open a Pull Request at https://github.com/Nom-nom-hub/flash-install/pulls

License

MIT

Acknowledgements

Inspired by the speed of Bun, the reliability of Yarn, and the efficiency of PNPM
Thanks to all the open-source projects that made this possible

Introducing axios-cache-lite: Zero-Config Caching for Axios in ~100 Lines of Code

Nom-nom-hub — Wed, 23 Apr 2025 17:02:26 +0000

Introducing axios-cache-lite: Zero-Config Caching for Axios in ~100 Lines of Code

Have you ever needed to add caching to your Axios requests but found existing solutions too complex or heavyweight? I faced this problem in a recent project and decided to build a solution that's:

Simple: Zero configuration required
Lightweight: Core functionality in ~100 lines of code
Powerful: TTL, stale-while-revalidate, and retry support
Fast: Cache hits are up to 200x faster than network requests

Meet axios-cache-lite, a minimalist caching solution for Axios that just works.

The Problem with API Requests

API requests are expensive. They:

Consume bandwidth - especially problematic on mobile networks
Introduce latency - even fast APIs add 100-300ms to your app's response time
Create dependencies - your app is only as reliable as your API
Waste resources - why fetch the same data repeatedly?

Caching solves these problems, but implementing a good caching system is surprisingly complex. You need to handle:

Cache invalidation (when does data expire?)
Race conditions (what if multiple components request the same data?)
Stale data (how to balance freshness vs. performance?)
Error handling (what happens when the network fails?)

Existing Solutions

There are several caching libraries for Axios, but they often:

Require complex configuration
Add many dependencies
Include features you don't need
Lack features you do need (like stale-while-revalidate)

I wanted something that worked out of the box with sensible defaults, while still being flexible enough for advanced use cases.

Introducing axios-cache-lite

Here's how simple it is to use:

import { cachedAxios } from 'axios-cache-lite';

// Use like regular axios, but with caching
const response = await cachedAxios({
  url: 'https://api.example.com/data'
});

// That's it! Your requests are now cached.

Behind the scenes, axios-cache-lite:

Checks if the request is in the cache
Returns cached data if available and not expired
Makes a network request if needed
Stores the response in memory and localStorage
Handles cache invalidation automatically

Advanced Features

While the default configuration works for most cases, you can customize the behavior:

const response = await cachedAxios(
  {
    url: 'https://api.example.com/data',
    method: 'GET',
    params: { id: 123 }
  },
  {
    ttl: 300000, // 5 minutes in milliseconds
    staleWhileRevalidate: true,
    retry: 3,
    useLocalStorage: true
  }
);

Stale-While-Revalidate

One of my favorite features is stale-while-revalidate, which:

Returns stale data from the cache immediately
Fetches fresh data in the background
Updates the cache for next time

This gives you the best of both worlds: instant responses for your users and up-to-date data.

Automatic Retry

Network requests fail. axios-cache-lite includes automatic retry with exponential backoff:

// Will retry up to 3 times with increasing delays
const response = await cachedAxios(
  { url: 'https://api.example.com/data' },
  { retry: 3 }
);

Cache Management

You can easily clear the cache when needed:

import { clearCache } from 'axios-cache-lite';

// Clear a specific cache entry
clearCache('https://api.example.com/data{"id":123}');

// Clear all cache entries
clearCache();

Pro Features (Free for GitHub Stars!)

For advanced use cases, axios-cache-lite offers Pro features:

IndexedDB Storage: Store more data with IndexedDB instead of localStorage
Advanced Cache Strategies: LRU, LFU, and FIFO eviction strategies
Cache Size Management: Automatically prune old entries when limits are reached
Cache Inspector: Debug and monitor your cache in real-time

To unlock these features, simply star the GitHub repository and use your GitHub username:

import { enableProFeatures } from 'axios-cache-lite/pro';

await enableProFeatures({
  licenseKey: '@yourusername', // Your GitHub username with @ prefix
  store: 'indexeddb',
  strategy: 'LRU'
});

Performance Benchmarks

How much faster is cached data? Here are some benchmark results:

Operation	Average Time
Direct axios (no cache)	100.00ms
First request (cache miss)	100.50ms
Second request (cache hit)	0.50ms
Stale-while-revalidate	0.60ms

Cache hits are up to 200x faster than direct axios calls!

How It Works: The Core in ~20 Lines

The heart of axios-cache-lite is surprisingly simple. Here's a simplified version of the core caching logic:

async function cachedAxios(config, options = {}) {
  const cacheKey = getCacheKey(config);
  const cachedData = getFromCache(cacheKey);

  // Return fresh cache hit
  if (cachedData && !isExpired(cachedData)) {
    return cachedData.response;
  }

  // Return stale data while revalidating in background
  if (cachedData && options.staleWhileRevalidate) {
    revalidateInBackground(config, cacheKey, options);
    return cachedData.response;
  }

  // Cache miss or expired data
  const response = await fetchWithRetry(config, options.retry);
  saveToCache(cacheKey, response, options.ttl);
  return response;
}

That's it! The rest is just implementation details for handling storage, retries, and cache invalidation.

TypeScript Support

axios-cache-lite includes TypeScript definitions:

import { cachedAxios, CacheOptions } from 'axios-cache-lite';

const options: CacheOptions = {
  ttl: 60000,
  staleWhileRevalidate: true
};

const response = await cachedAxios<{ id: number, name: string }>(
  { url: 'https://api.example.com/data' },
  options
);

console.log(response.data.name); // TypeScript knows this is a string

Installation

Getting started is easy:

npm install axios-cache-lite

# or

yarn add axios-cache-lite

Make sure you have axios installed as a peer dependency:

npm install axios

# or

yarn add axios

Conclusion

axios-cache-lite is designed to be the simplest way to add caching to your Axios requests. It's:

Lightweight: No external dependencies beyond Axios
Simple: Works out of the box with sensible defaults
Powerful: Includes advanced features when you need them
Fast: Makes your app feel significantly more responsive

Give it a try and let me know what you think! Star the GitHub repository to unlock Pro features and support the project.

Introducing NebulaDB: The Fast, TypeScript-First Embedded Database with Plugins & WASM

Nom-nom-hub — Tue, 22 Apr 2025 17:36:33 +0000

NebulaDB

Fast. Flexible. Serverless. The embedded database for the modern stack.

NebulaDB is a high-performance, reactive, TypeScript-first, schema-optional, embeddable NoSQL database that runs in the browser, Node.js, and Edge environments. It features advanced indexing, optimized query processing, modular adapters for persistence, reactive live queries, extensibility via plugins, and blazing-fast in-memory operations with adaptive concurrency control.

🚀 Features

Blazing Fast: Optimized in-memory operations with advanced indexing and query caching
Reactive: Live queries that update in real-time
TypeScript-First: Full type safety with your data
Modular: Use only what you need with adapters and plugins
Universal: Works in browsers, Node.js, and Edge environments
Extensible: Create custom adapters and plugins
Optimized: B-tree indexing, batch operations, and adaptive concurrency control
Efficient: Document compression and memory management for large datasets
Smart Queries: Query optimization with short-circuit evaluation and index selection

📦 Installation

Simple Installation (Recommended)

# Install the main package
npm install @nebula-db/nebula-db

Advanced Installation (For more control)

# Install core package
npm install @nebula-db/core

# Install adapters as needed
npm install @nebula-db/adapter-localstorage
npm install @nebula-db/adapter-indexeddb
npm install @nebula-db/adapter-filesystem

# Install plugins as needed
npm install @nebula-db/plugin-encryption
npm install @nebula-db/plugin-validation
npm install @nebula-db/plugin-versioning

🔍 Quick Start

Simple Usage (Recommended)

import { createDatabase } from '@nebula-db/nebula-db';

// Create a database with in-memory storage (default)
const db = createDatabase();

// Create a database with localStorage (for browsers)
const browserDb = createDatabase({ storage: 'localStorage' });

// Create a database with file system storage (for Node.js)
const nodeDb = createDatabase({ 
  storage: 'fileSystem',
  path: './my-database'
});

// Create a database with validation
const validatedDb = createDatabase({ validation: true });

// Create a collection
const users = db.collection('users');

// Insert a document
await users.insert({ name: 'Alice', age: 30 });

// Query documents
const result = await users.find({ age: { $gt: 20 } });
console.log(result);

// Subscribe to changes (reactive queries)
users.subscribe({ age: { $gt: 30 } }, (result) => {
  console.log('Users over 30:', result);
});

Advanced Usage

import { createDb } from '@nebula-db/core';
import { MemoryAdapter } from '@nebula-db/adapter-memory';

// Create a database with in-memory adapter and optimized settings
const db = createDb({
  adapter: new MemoryAdapter(),
  // Enable query caching for better performance
  queryCache: { enabled: true, maxSize: 100 },
  // Enable adaptive concurrency for parallel operations
  concurrency: { enabled: true, initialConcurrency: 4 },
  // Enable document compression for large datasets
  compression: { enabled: true, threshold: 1024 }
});

// Create a collection with indexes for faster queries
const users = db.collection('users', {
  indexes: [
    { name: 'id_idx', fields: ['id'], type: 'unique' },
    { name: 'age_idx', fields: ['age'], type: 'single' }
  ]
});

// Batch insert for better performance
await users.insertBatch([
  { id: '1', name: 'Alice', age: 30 },
  { id: '2', name: 'Bob', age: 25 },
  { id: '3', name: 'Charlie', age: 35 }
]);

// Query documents (uses indexes automatically)
const result = await users.find({ age: { $gt: 20 } });
console.log(result); // [{ id: '1', name: 'Alice', age: 30 }, ...]

// Batch update for better performance
await users.updateBatch(
  [{ id: '1' }, { id: '2' }],
  [{ $set: { active: true } }, { $set: { active: false } }]
);

// Batch delete for better performance
await users.deleteBatch([{ id: '3' }]);

// Subscribe to changes (reactive queries)
users.subscribe({ age: { $gt: 30 } }, (result) => {
  console.log('Users over 30:', result);
});

// Process large datasets in chunks to avoid memory issues
await users.processInChunks(async (docs) => {
  // Process each chunk of documents
  return docs.map(doc => ({ ...doc, processed: true }));
});

🌟 Why NebulaDB?

NebulaDB was designed to solve common challenges in modern web and application development:

Simplified Data Management: No need to set up and maintain a separate database server
High Performance: Advanced indexing, query optimization, and adaptive concurrency
Offline-First Development: Built for applications that need to work offline
Reactive UI Updates: Real-time UI updates without complex state management
TypeScript Integration: First-class TypeScript support for type safety
Flexible Schema: Adapt to changing requirements without migrations
Lightweight: Small bundle size, perfect for edge computing and mobile devices
Scalable: Efficient memory management and document compression for large datasets
Batch Operations: Optimized for bulk inserts, updates, and deletes

📊 Comparison

Here's how NebulaDB compares to other embedded databases:

Feature	NebulaDB	LokiJS	PouchDB	Lowdb
TypeScript-first	✅	❌	❌	✅
Reactive queries	✅	❌	✅	❌
Plugin system	✅	❌	✅	❌
Schema validation	✅	❌	❌	❌
Browser support	✅	✅	✅	✅
Node.js support	✅	✅	✅	✅
Edge runtime support	✅	❌	❌	❌
Advanced indexing	✅	⚠️	⚠️	❌
Query optimization	✅	❌	❌	❌
Batch operations	✅	⚠️	✅	❌
Document compression	✅	❌	✅	❌
Adaptive concurrency	✅	❌	❌	❌
Memory management	✅	⚠️	❌	❌
Bundle size	Small	Medium	Large	Small

⚡ Performance

NebulaDB is designed for high performance. Here are some benchmark results:

Operation (10,000 docs)	NebulaDB	RxDB	LokiJS
Batch Insert	8.05ms	87ms	42ms
Find All	0.02ms	5ms	2ms
Find with Query	0.69ms	12ms	8ms
Batch Delete	61.45ms	120ms	95ms

Optimizations

Advanced Indexing: B-tree implementation for efficient range queries
Query Caching: Automatic caching of query results for repeated queries
Batch Operations: Optimized bulk operations with parallel processing
Document Compression: Automatic compression of large documents
Memory Management: Efficient memory usage with chunked processing
Adaptive Concurrency: Automatic tuning of concurrency levels based on workload

📚 Available Packages

NebulaDB is organized as a monorepo with multiple packages:

Core Package

@nebula-db/nebula-db: Main package with everything you need to get started
@nebula-db/core: Core database functionality

Adapters

@nebula-db/adapter-memory: In-memory storage
@nebula-db/adapter-localstorage: Browser localStorage adapter
@nebula-db/adapter-indexeddb: Browser IndexedDB adapter
@nebula-db/adapter-filesystem: Node.js file system adapter

Plugins

@nebula-db/plugin-validation: Schema validation using Zod
@nebula-db/plugin-encryption: Document encryption
@nebula-db/plugin-versioning: Document versioning and history

🔧 Advanced Features

Schema Validation

import { createDatabase } from '@nebula-db/nebula-db';
import { z } from 'zod';

const db = createDatabase({ validation: true });
const users = db.collection('users');

// Define a schema for the users collection
users.setSchema(z.object({
  id: z.string(),
  name: z.string().min(2),
  age: z.number().min(0),
  email: z.string().email()
}));

// This will throw a validation error
try {
  await users.insert({
    id: '1',
    name: 'A', // Too short
    age: -5, // Negative
    email: 'not-an-email' // Invalid email
  });
} catch (error) {
  console.error('Validation failed:', error);
}

Reactive Queries

import { createDatabase } from '@nebula-db/nebula-db';

const db = createDatabase();
const users = db.collection('users');

// Subscribe to changes
const unsubscribe = users.subscribe({ age: { $gt: 30 } }, (result) => {
  console.log('Users over 30:', result);
  // Update UI or trigger other actions
});

// Later, when you're done
unsubscribe();

Batch Operations

import { createDatabase } from '@nebula-db/nebula-db';

const db = createDatabase();
const users = db.collection('users');

// Batch insert
await users.insertBatch([
  { id: '1', name: 'Alice', age: 30 },
  { id: '2', name: 'Bob', age: 25 },
  { id: '3', name: 'Charlie', age: 35 }
]);

// Batch update
await users.updateBatch(
  [{ id: '1' }, { id: '2' }],
  [{ $set: { active: true } }, { $set: { active: false } }]
);

// Batch delete
await users.deleteBatch([{ id: '3' }]);

Processing Large Datasets

import { createDatabase } from '@nebula-db/nebula-db';

const db = createDatabase();
const users = db.collection('users');

// Process large datasets in chunks
await users.processInChunks(async (docs) => {
  // Process each chunk of documents
  return docs.map(doc => ({ ...doc, processed: true }));
}, {
  chunkSize: 1000, // Process 1000 documents at a time
  concurrency: 4 // Process 4 chunks in parallel
});

📖 Documentation

For full documentation, visit the NebulaDB GitHub repository.

🤝 Contributing

Contributions are welcome! Please feel free to submit a Pull Request.

Fork the repository
Create your feature branch (git checkout -b feature/amazing-feature)
Commit your changes (git commit -m 'Add some amazing feature')
Push to the branch (git push origin feature/amazing-feature)
Open a Pull Request

📄 License

MIT

DEV Community: Nom-nom-hub

flash-install v1.8.0 - New Organization Release

flash-install v1.8.0 - New Organization Release

Overview

What's New

Key Features

Installation

Upgrade from Previous Versions

What's Next?

flash-install v1.4.1 - The Ultimate Node.js Package Manager

flash-install v1.4.1 — The Ultimate Node.js Package Manager

Key Features

Real-World Performance

Ideal For

Get Started

Flash-install

⚡ flash-install

Features

Installation

Usage

Basic Installation

Creating a Snapshot

Restoring from a Snapshot

Cleaning

Clean Everything

Clean Only Node Modules

Clean Only Snapshot

Sync Dependencies

Cache Information

Plugin Management

Options

Installation Options

Snapshot Options

Restore Options

Clean Options

Sync Options

Cache Options

Plugin Options

How It Works

Plugin System

Performance Comparison

Benefits

Contributing

License

Acknowledgements

Introducing axios-cache-lite: Zero-Config Caching for Axios in ~100 Lines of Code

Introducing axios-cache-lite: Zero-Config Caching for Axios in ~100 Lines of Code

The Problem with API Requests

Existing Solutions

Introducing axios-cache-lite

Advanced Features

Stale-While-Revalidate

Automatic Retry

Cache Management

Pro Features (Free for GitHub Stars!)

Performance Benchmarks

How It Works: The Core in ~20 Lines

TypeScript Support

Installation

Conclusion

Links

Introducing NebulaDB: The Fast, TypeScript-First Embedded Database with Plugins & WASM

NebulaDB

🚀 Features

📦 Installation

Simple Installation (Recommended)

Advanced Installation (For more control)

🔍 Quick Start

Simple Usage (Recommended)

Advanced Usage

🌟 Why NebulaDB?

📊 Comparison

⚡ Performance

Optimizations

📚 Available Packages

Core Package

Adapters

Plugins

🔧 Advanced Features

Schema Validation