Zrsclient

Warning: This SDK is in active development. Please do not use for live trading

zrsclient is an effort to create a Rust based SDK over the API provided by the indian stock broker Zerodha. We strive to actively maintain this SDK to follow changes that zerodha makes to their APIs.

We have also included retry mechanisms to handle throttling requests on the REST API, to ease the algorithm writer's pain of handling unnecessary panics from recoverable errors.

Example

To use KiteConnect api

use zrsclient::connect::KiteConnect
use zrsclient::config::ZrsClientConfig
use serde_json::{Value as JsonValue};

// Create a config struct with proper authorization keys
let config = ZrsClientConfig {
   api_key : Some("API_KEY"),
   access_token : Some("ACCESS_TOKEN"),
   base_url : None
}

// Create a KiteConnect client with config struct
let kite = KiteConnect::new(config);

// Set a count on how many times you want zrsclient to retry before panicking.
// If you set the retry count to 0 the client will not perform any retries on recoverable failures.
let retry_count_from_recoverable_errors = 10;
let data: Value = kite.holdings(retry_count_from_recoverable_errors).unwrap();

To start KiteTicker Websocket connection

use zrsclient::ticker::{KiteTicker, KiteTickerHandler, WebSocketHandler};

fn main() {
  #[derive(Debug)]
  pub struct CustomHandler {
     tokens: Vec<u32>,
     mode: String,
     _count: u32,
  }

  impl KiteTickerHandler for CustomHandler {
     fn on_open<T>(&mut self, _ws: &mut WebSocketHandler<T>)
           where T: KiteTickerHandler {
           // Subscribe to a list of tokens on opening the websocket connection
           _ws.subscribe(self.tokens.clone()).unwrap();
           _ws.set_mode(&self.mode, self.tokens.clone()).unwrap();
           // println("Fellow on_open callback");
     }

     fn on_ticks<T>(&mut self, _ws: &mut WebSocketHandler<T>, tick: Vec<serde_json::Value>)
           where T: KiteTickerHandler {
           println!("{:?}", tick);
           // println("Fellow on_ticks callback");
     }

     fn on_close<T>(&mut self, _ws: &mut WebSocketHandler<T>)
           where T: KiteTickerHandler {
           println!("Fellow on_close callback");
     }

     fn on_error<T>(&mut self, _ws: &mut WebSocketHandler<T>)
           where T: KiteTickerHandler {
           println!("Fellow on_error callback");
     }
  }

  let tokens: Vec<u32> = vec![256265, 260105];
  let mut ticker = KiteTicker::new("<API_KEY>", "<ACCESS_TOKEN>");

  let handler = CustomHandler{tokens: tokens, mode: "ltp".to_string(), _count: 10};

  ticker.connect(handler, None).unwrap();

  loop {}
 }

Running Integration Tests

To run integration tests which are immutable run the following command

cargo test immutable -- --ignored

Running Tests with Statistics

run the following command to install the nightly compiler

rustup install nightly

run the following command to set nightly as default compiler

rustup default nightly

To run unit and integration tests which are immutable and get metrics

cargo test -- -Z unstable-options --report-time

Release Notes

December 16, 2024

• From Version 0.2.0, All API calls returns Wrapped Result<()>. Refer Example code for more details.
• Added Virtual_contract_note new feature.
• Added Kiteticker supports websocket streaming.