pomelo-protobuf

Protobuf protocol is a high efficient binary protocol for data encode, this module implement the protobuf protocol, and used in [pomelo](https://github.com/NetEase/pomelo) for data transfer. Of course, pomelo-protobuf can also be used independently in other projects. ##Architecture Unlike the google protobuf, we provide a universal encoder and decoder in pomelo-protobuf. We use protos file as meta data to encode/decode messages, so you do not need to add any code to your project, instead , what you need is to add a protos.json (or two for different encoder and decoder messages) files to define the message need to encode by protobuf.The architecture of pomelo-protobuf is as follow:

pomelo-protobuf@0.4.0 was published on 2013-08-22. Its manifest declares 0 runtime dependencies and 0 peer requirements. Bundled type declarations are not declared in the inspected metadata. No Node.js engine requirement is declared in this manifest.

All pomelo-protobuf versions · Permanent reference to 0.4.0

Package specifications

Version0.4.0
License declarationNot declared
Published2013-08-22T08:29:00.602Z
Node.js requirementNot declared
Type declarationsNot declared
Runtime dependency count0
Peer requirement count0
Optional dependency count0
Minified sizeMeasurement not available yet
Minified + gzipMeasurement not available yet
Unpacked distribution sizeNot supplied
Published file countNot supplied
Package typeNot declared
ES module entryNot declared
Default entry./lib/protobuf
Side effects declarationNot declared
Direct advisories0
Resolved graph dependencies0
Repository starsUnknown
Repository forksUnknown

Install pomelo-protobuf 0.4.0

npm install pomelo-protobuf@0.4.0
pnpm add pomelo-protobuf@0.4.0
yarn add pomelo-protobuf@0.4.0

Runtime dependencies

  • None declared

Peer requirements

  • None declared

Optional dependencies

  • None declared

Resolved dependency graph

This deps.dev graph describes a generic 64-bit Linux environment, not your application lockfile.

    How to interpret the specifications

    Bundlephobia measurements use its standard package build and may exclude peer dependencies. Unpacked npm distribution size includes shipped files and is a different measurement. Module declarations do not prove tree-shaking or runtime compatibility.

    Advisories apply to this package version directly; transitive dependencies need separate inspection. Repository signals describe the whole repository and are current observations, including on historical-version pages.

    Evidence and freshness