Runs the server handshake. The config needs a certificate and key. On success the stream owns the connection; on an error the caller closes it.
- config: an initialised config with a certificate and key.
- reader: where the bytes from the client come from.
- writer: where the bytes to the client go.
Io :: #import "Extensions/Io";
// `config` has a certificate chain and private key; `listener` is an Io.Tcp_Listener.
serve_one :: (config: *Tls_Config, listener: Io.Tcp_Listener) {
tcp, io_error := Io.accept(listener);
if io_error != .NONE return;
stream, error := tls_accept(config, Io.reader_of(tcp), Io.writer_of(tcp));
if error.kind != .NONE {
Io.close(tcp);
return;
}
defer close(stream);
write(stream, "welcome");
}This one is only checked to compile, not run.
tls_accept :: (
config: *Tls_Config,
reader: Io.Reader,
writer: Io.Writer
) -> (*Tls_Stream, Tls_Error)Runs the server handshake. The config needs a certificate and key. On success the stream owns the connection; on an error the caller closes it.
Parameters
- config: *Tls_Config
- an initialised config with a certificate and key.
- reader: Io.Reader
- where the bytes from the client come from.
- writer: Io.Writer
- where the bytes to the client go.
Returns
Io :: #import "Extensions/Io";
// `config` has a certificate chain and private key; `listener` is an Io.Tcp_Listener.
serve_one :: (config: *Tls_Config, listener: Io.Tcp_Listener) {
tcp, io_error := Io.accept(listener);
if io_error != .NONE return;
stream, error := tls_accept(config, Io.reader_of(tcp), Io.writer_of(tcp));
if error.kind != .NONE {
Io.close(tcp);
return;
}
defer close(stream);
write(stream, "welcome");
}This one is only checked to compile, not run.