i2cbus-api

i2cbus-api is an HTTP RESTful API designed to control an I2C bus. This repo includes:

• An API specification in OpenAPI format.
• Skeleton client and server implementations in Rust.

A fully-featured server implementation for Linux, in Rust, can be found at https://github.com/packom/i2cbus.

The text below was automatically generated by the openapi-generator.

Rust API for openapi_client

No description provided (generated by Openapi Generator https://github.com/openapitools/openapi-generator)

Overview

This client/server was generated by the [openapi-generator] (https://openapi-generator.tech) project. By using the OpenAPI-Spec from a remote server, you can easily generate a server stub.

To see how to make this your own, look here:

README

• API version: 0.1.9

• Build date: 2020-05-30T16:49:46.544233Z[Etc/UTC]

This autogenerated project defines an API crate openapi_client which contains:

• An Api trait defining the API in Rust.
• Data types representing the underlying data model.
• A Client type which implements Api and issues HTTP requests for each operation.
• A router which accepts HTTP requests and invokes the appropriate Api method for each operation.

It also contains an example server and client which make use of openapi_client:

• The example server starts up a web server using the openapi_client router, and supplies a trivial implementation of Api which returns failure for every operation.
• The example client provides a CLI which lets you invoke any single operation on the openapi_client client by passing appropriate arguments on the command line.

You can use the example server and client as a basis for your own code. See below for more detail on implementing a server.

Examples

Run examples with:

cargo run --example <example-name>

To pass in arguments to the examples, put them after --, for example:

cargo run --example client -- --help

Running the example server

To run the server, follow these simple steps:

cargo run --example server

Running the example client

To run a client, follow one of the following simple steps:

cargo run --example client I2cBusApi
cargo run --example client I2cBusList
cargo run --example client I2cBusReadByte
cargo run --example client I2cBusReadBytes
cargo run --example client I2cBusReadReg
cargo run --example client I2cBusWriteByte
cargo run --example client I2cBusWriteByteReg

HTTPS

The examples can be run in HTTPS mode by passing in the flag --https, for example:

cargo run --example server -- --https

This will use the keys/certificates from the examples directory. Note that the server chain is signed with CN=localhost.

Using the generated library

The generated library has a few optional features that can be activated through Cargo.

• server
  • This defaults to enabled and creates the basic skeleton of a server implementation based on hyper
  • To create the server stack you'll need to provide an implementation of the API trait to provide the server function.
• client
  • This defaults to enabled and creates the basic skeleton of a client implementation based on hyper
  • The constructed client implements the API trait by making remote API call.
• conversions
  • This defaults to disabled and creates extra derives on models to allow "transmogrification" between objects of structurally similar types.

See https://doc.rust-lang.org/cargo/reference/manifest.html#the-features-section for how to use features in your Cargo.toml.

Documentation for API Endpoints

All URIs are relative to http://localhost

Documentation For Models

• Addr

• BusId

• Error

• I2cBusArg

• I2cBusError

• I2cBusList

• I2cBusOk

• I2cBusRead

• I2cByte

• NumBytes

• Reg

• Value

• Values

• Yaml

Documentation For Authorization

Endpoints do not require authorization.

Author