Struct telos::raw::TlsContext [−] [src]

pub struct TlsContext {
    // some fields omitted
}

A structure that represents all TLS context

This can be a client connection, a server, or a connection accepted by the server

Methods

`impl TlsContext`

`fn new_client() -> TlsResult<TlsContext>`

Create a new client context

`fn connect_servername(&mut self, hostname: &str, port: &str, servername: &str) -> TlsResult<()>`

If port is empty, the port value is assumed to be part of the hostname string as host:port. If servername is not empty it is used instead of the hostname for verification.

`fn connect_socket(&mut self, fd: RawFd, servername: &str) -> TlsResult<()>`

Establish a TLS connection over the given socket

`fn conn_version(&self) -> String`

`fn conn_cipher(&self) -> String`

`fn configure(&mut self, cfg: TlsConfig) -> TlsResult<()>`

Apply configuration settings to the context, consuming the config struct

This should be called BEFORE trying to establish/accept a connection

`fn peer_cert_notbefore(&self) -> TlsResult<DateTime<UTC>>`

`fn peer_cert_notafter(&self) -> TlsResult<DateTime<UTC>>`

`fn peer_cert_hash(&self) -> String`

`fn peer_cert_issuer(&self) -> String`

`fn peer_cert_subject(&self) -> String`

`fn peer_cert_contains_name(&self, name: &str) -> bool`

`fn peer_cert_provided(&self) -> bool`

`fn handshake(&mut self) -> TlsResult<()>`

Complete the TLS handshake

This function will be called when needed by read() or write(), but can be called to complete the handshake.

`fn close(&mut self) -> TlsResult<()>`

`fn read(&mut self, buf: &mut [u8]) -> TlsResult<usize>`

`fn write(&mut self, buf: &[u8]) -> TlsResult<usize>`

`fn new_server() -> TlsResult<TlsContext>`

Create new server context

`fn accept_socket(&mut self, fd: RawFd) -> TlsResult<TlsContext>`

Accept a new TLS connection over an existing socket