Scramjet Proxy __hot__ -

Here’s a solid, technical write-up on Scramjet Proxy — suitable for a developer documentation portal, a GitHub README, or a technical blog post.

If your Hub is running at http://localhost:8000 and you set the topic to my-public-api: scramjet proxy

RPC Communication: It uses two-way Remote Procedure Calls (RPC) to coordinate between the main browser thread and its background service workers. Here’s a solid, technical write-up on Scramjet Proxy

Future work on the scramjet proxy includes: const DataStream = require('scramjet')

2. Core Concepts

• Low-latency forwarding: minimize copies, avoid context switches, use zero-copy techniques and splice/sendfile where available.
• Bounded CPU/memory footprint: predictable resource usage for real-time guarantees.
• Protocol adaptors: translate between protocols (WebSocket ↔ gRPC-Web, HTTP/2 ↔ HTTP/1.1, QUIC ↔ TCP) with minimal reserialization.
• Backpressure propagation: preserve flow-control signals end-to-end to avoid bufferbloat and head-of-line blocking.
• Worker-friendly APIs: expose stream-oriented interfaces to attach compute workers directly (in-memory queues, ring buffers, memory-mapped buffers).
• Observability hooks: high-cardinality tracing, low-overhead metrics, programmable sampling.
• Security primitives: TLS termination/forwarding, token verification, mTLS, and sandboxed plugin execution.

const  DataStream  = require('scramjet');
const fs = require('fs');
const axios = require('axios');