STRMPrivacy is a privacy (and security) focused data processing platform. Define your data shape and the privacy implications in a data contract, and we take care of all the necessary transformations and split your data into privacy streams, a dedicated purpose-bound data interface that contains, for instance, only anonymized data.
this crate provides a convenient driver to authenticate and send events to the STRMPrivacy api.
The driver consists out of 2 main components
StrmPrivacyClient
: Client to connect to the STRMPrivacy backendStrmPrivacyValue
: Trait to convert structs and schemas into values that the client can send
When using our cli
we can generate Rust code based on a schema
we have created using the following command:
strm get schema-code <*handle*/*schema_name*/*version*> --language=rust
This will generate a rust project with the necessary scripts to generate a new package to be used in your project
Using and initializing the STRMPrivacy client to send event data to our api.
use strm_privacy_driver::{StrmPrivacyClient, StrmStatusCode};
use std::env;
use strm_privacy_driver::test::demo::{DemoEvent, StrmMeta};
use strm_privacy_driver::error::Error;
#[tokio::main]
async fn main() -> Result<(), Error> {
// initialize the env variables
let client_id = env::var("CLIENT_ID").expect("no CLIENT_ID found in environment");
let client_secret = env::var("CLIENT_SECRET").expect("no CLIENT_SECRET found in environment");
let mut strm_privacy_client = StrmPrivacyClient::default(client_id, client_secret).await?;
let event = create_event();
// catch specific status_codes and decide what to do
match strm_privacy_client.send_event(event).await? {
(StrmStatusCode::NO_CONTENT, _) => {}
(status_code, message) => {assert!(false)}
}
Ok(())
}
// create new event based on the example schema
fn create_event() -> DemoEvent {
DemoEvent {
strm_meta: StrmMeta {
event_contract_ref: "strmprivacy/example/1.3.0".to_string(),
nonce: None,
timestamp: None,
key_link: None,
billing_id: None,
consent_levels: vec![0],
},
unique_identifier: Some("unique".to_string()),
consistent_value: "consistent".to_string(),
some_sensitive_value: Some("sensitive".to_string()),
not_sensitive_value: Some("not sensitive".to_string()),
}
}
If you encounter issues while using the chart, please check whether the issue you encounter has already been listed in the issue list. If not, feel free to create an issue.
Pull requests are greatly appreciated.