221 releases (5 stable)

new 1.3.1 Oct 15, 2024
1.2.0 Aug 30, 2024
1.0.0 Jul 3, 2024
0.90.1 Jun 13, 2024
0.80.23 Jul 31, 2023

#175 in Hardware support

Download history 121/week @ 2024-06-29 11/week @ 2024-07-06 104/week @ 2024-08-10 49/week @ 2024-08-17 155/week @ 2024-08-24 28/week @ 2024-08-31 156/week @ 2024-09-14 179/week @ 2024-09-21 16/week @ 2024-09-28 5/week @ 2024-10-05 150/week @ 2024-10-12

494 downloads per month

BUSL-1.1

185KB
3.5K SLoC

Kurtosis Rust SDK

This is an SDK for Kurtosis, based on the protobufs available here;

Example

Make sure that the engine is running:

kurtosis engine start

Then you can run a Starlark script using Kurtosis+Rust:

use kurtosis_sdk::{engine_api::{engine_service_client::{EngineServiceClient}, CreateEnclaveArgs}, enclave_api::{api_container_service_client::ApiContainerServiceClient, RunStarlarkScriptArgs}};
use kurtosis_sdk::enclave_api::starlark_run_response_line::RunResponseLine::InstructionResult;

const STARLARK_SCRIPT : &str = "
def main(plan):
    plan.print('Hello World!')
";

#[tokio::main]
async fn main() -> Result<(), Box<dyn std::error::Error>> {
    // CREATE ENCLAVE
    let mut engine = EngineServiceClient::connect("https://[::1]:9710").await?;
    let create_enclave_response = engine.create_enclave(CreateEnclaveArgs{
        enclave_name: "my-rust-test".to_string(),
        api_container_log_level: "info".to_string(),
        // Default
        api_container_version_tag: "".to_string(),
        is_partitioning_enabled: false,
    }).await?.into_inner();
    
    // CONNECT TO ENCLAVE
    let enclave_port = create_enclave_response.enclave_info.expect("Enclave info must be present").api_container_host_machine_info.expect("Enclave host machine info must be present").grpc_port_on_host_machine;
    let mut enclave = ApiContainerServiceClient::connect(format!("https://[::1]:{}", enclave_port)).await?;
    
    // RUN STARLARK SCRIPT
    let mut run_result = enclave.run_starlark_script(RunStarlarkScriptArgs{
        serialized_script: STARLARK_SCRIPT.to_string(),
        serialized_params: "{}".to_string(),
        dry_run: Option::Some(false),
        parallelism: Option::None,
        main_function_name: "main".to_string(),
    }).await?.into_inner();
    
    // GET OUTPUT LINES
    while let Some(next_message) = run_result.message().await? {
        next_message.run_response_line.map(|line| match line {
            InstructionResult(result) => {
                println!("{}", result.serialized_instruction_result)
            }
            _ => (),
        });
    }
    Ok(())
}

More details can be found on the docs.

Dependencies

~6–12MB
~143K SLoC