Enum glimesh::Auth

pub enum Auth {
    ClientId(String),
    AccessToken(String),
    RefreshableAccessToken(RefreshableAccessToken),
    ClientCredentials(ClientCredentials),
}

Authentication method. The Glimesh API requires an authentication method to be used. The most basic is the ClientId method, which gives you read only access to the api.

Variants

ClientId(String)

Use Client-ID authentication. When using this method, you can only ‘read’ from the API.

AccessToken(String)

Use Bearer authentication. The supplied access token is assumed to be valid. If you would like the client to handle token refreshing, use Auth::RefreshableAccessToken instead.

RefreshableAccessToken(RefreshableAccessToken)

Use Bearer authentication. This will use the provided refresh token to refresh the access token when/if it expires.

ClientCredentials(ClientCredentials)

Use Bearer authentication via the client_credentials flow.

This allows you to log in to the api as the account that created the developer application.

Implementations

impl Auth

pub fn client_id(client_id: impl Into<String>) -> Self

Use Client-ID authentication. When using this method, you can only ‘read’ from the API.

pub fn access_token(access_token: impl Into<String>) -> Self

Use Bearer authentication. The supplied access token is assumed to be valid. If you would like the client to handle token refreshing, use Auth::RefreshableAccessToken instead.

pub fn refreshable_access_token( client_id: impl Into<String>, client_secret: impl Into<String>, redirect_uri: impl Into<String>, access_token: AccessToken ) -> (Self, impl Stream<Item = AccessToken>)

Use Bearer authentication. This will use the provided refresh token to refresh the access token when/if it expires.

You can listen for updates to the token using the Stream returned as the second part of the tuple.

Example

let (auth, token_receiver) = Auth::refreshable_access_token(
    "<client_id>",
    "<client_secret>",
    "<redirect_uri>",
    AccessToken { .. },
);

tokio::spawn(async move {
    while let Some(token) = token_receiver.next().await {
        println!("new token = {:#?}", token);
    }
});

Panics

This function panics if the TLS backend cannot be initialized, or the resolver cannot load the system configuration.

pub fn client_credentials( client_id: impl Into<String>, client_secret: impl Into<String> ) -> Self

Use Bearer authentication via the client_credentials flow.

This allows you to log in to the api as the account that created the developer application.

Panics

This function panics if the TLS backend cannot be initialized, or the resolver cannot load the system configuration.

pub fn client_credentials_with_scopes( client_id: impl Into<String>, client_secret: impl Into<String>, scopes: Vec<String> ) -> Self

Use Bearer authentication via the client_credentials flow, specifying the scopes for the token.

This allows you to log in to the api as the account that created the developer application.

Panics

This function panics if the TLS backend cannot be initialized, or the resolver cannot load the system configuration.

Trait Implementations

impl Clone for Auth

fn clone(&self) -> Auth

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Auth

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.