net.openssl #

fn new_ssl_conn(config SSLConnectConfig) !&SSLConn

new_ssl_conn instance an new SSLCon struct

struct C.BIO {
}

struct C.SSL {
}

struct C.SSL_CTX {
}

struct C.SSL_METHOD {
}

struct C.X509 {
}

struct SSLConn {
pub:
	config SSLConnectConfig
pub mut:
	sslctx   &C.SSL_CTX = unsafe { nil }
	ssl      &C.SSL     = unsafe { nil }
	handle   int
	duration time.Duration

	owns_socket bool
}

SSLConn is the current connection

fn (mut s SSLConn) close() !

close closes the ssl connection and does cleanup

fn (mut s SSLConn) shutdown() !

shutdown closes the ssl connection and does cleanup

fn (mut s SSLConn) connect(mut tcp_conn net.TcpConn, hostname string) !

connect to server using OpenSSL

fn (mut s SSLConn) dial(hostname string, port int) !

dial opens an ssl connection on hostname:port

fn (s &SSLConn) addr() !net.Addr

addr retrieves the local ip address and port number for this connection

fn (s &SSLConn) peer_addr() !net.Addr

peer_addr retrieves the ip address and port number used by the peer

fn (mut s SSLConn) socket_read_into_ptr(buf_ptr &u8, len int) !int

fn (mut s SSLConn) read(mut buffer []u8) !int

fn (mut s SSLConn) write_ptr(bytes &u8, len int) !int

write_ptr writes len bytes from bytes to the ssl connection

fn (mut s SSLConn) write(bytes []u8) !int

write writes data from bytes to the ssl connection

fn (mut s SSLConn) write_string(str string) !int

write_string writes a string to the ssl connection

struct SSLConnectConfig {
pub:
	verify   string // the path to a rootca.pem file, containing trusted CA certificate(s)
	cert     string // the path to a cert.pem file, containing client certificate(s) for the request
	cert_key string // the path to a key.pem file, containing private keys for the client certificate(s)
	validate bool   // set this to true, if you want to stop requests, when their certificates are found to be invalid

	in_memory_verification bool // if true, verify, cert, and cert_key are read from memory, not from a file
}