open-index/open-npm huggingface dataset:
npm package: @spaceteams/warp
Description: Type-safe composition with execution scopes 
Latest version: 0.3.1

# 🧵 Warp
> Compose once. Resolve per request.

`warp` is a small runtime for composing application components and resolving them
against an ambient context.

It helps structure repositories, services and use cases as an explicit dependency
graph while keeping request context, transactions, tracing and tests easy to manage.

No container magic. No autowiring. Just explicit composition and scoped execution.

---

## Why “warp”?

The name comes from two places.

In physics, **warp** suggests speed.  
In weaving, the **warp threads** are the fixed threads that hold a fabric together.

`warp` plays a similar role in your application:

- components form the **threads of a dependency graph**
- the runtime **weaves them together for a request**
- cross-cutting concerns like transactions or tracing can be applied **through middleware**

---

## The problem

In most Node.js applications, wiring dependencies eventually becomes messy.

You end up with one of these situations:

- **Manual wiring everywhere**
```ts
const repo = createRepo(prisma)
const service = createService(repo)
const usecase = createUseCase(service)
  ```
- **A container that hides everything**
```ts
container.resolve("CreateUserUseCase")
```

Manual wiring becomes repetitive.
Containers often introduce hidden magic and runtime errors.

At the same time modern applications need:

- request scoped context
- transactions
- tracing and metrics
- easy test overrides

warp provides a middle ground.

Dependencies stay explicit and typed, but wiring happens once and the runtime handles scoped execution.

## Core idea
Define a *component graph* once:
```ts
const service = component(serviceFactory, {
  repo: component(repoFactory)
})
```
Resolve it against the *current request context*:
```ts
const handler = resolve(service, { requestId })
handler(params)
```
The graph is static.
The context is supplied when executing.

> Compose once, resolve per request.

## Why warp?

- explicit dependency graphs
- typed context
- request-scoped execution
- middleware for cross-cutting concerns
- easy testing with overrides
- no container magic

## Examples
You can find more examples in the [examples](../examples) project

## When to use it

`warp` is useful if your application has:

- repositories, services and use cases
- request scoped context
- transactions or tracing
- complex dependency wiring
- tests that need to replace dependencies

## When not to use it

If your application is small and simple manual wiring is enough, you probably don’t need `warp`.

Or if you want to go all-in with [effect](https://effect.website/) anyway.

## Status

Early stage, evolving API.
npm package: @spacetimeq/pkviz
Description: package.json file visualization
Author: Soomin K
Latest version: 0.1.5

# package.json visualizer
- Analyze .env, package.json files in the local foler and highlight the content

## Supported Files
- .env
- package.json

## Reference
- [package.json](https://docs.npmjs.com/cli/v7/configuring-npm/package-json)