// ------------------------------------------------
// Function: smtp_new()
// ------------------------------------------------
// Input: Server address
// Network interface ID
// Output: TRUE if succesful
// ------------------------------------------------
// Description: Connects to a SMTP server and
// starts a new mail session
// ------------------------------------------------
BOOL smtp_new(IPV4 server, BYTE interface)
{
if(smtp_state != SMTP_IDLE) return FALSE;
// -----------------
// connect to server
// -----------------
if(!tcp_open(SOCKET_SMTP, tcp_get_port(), server, 25, interface)) return FALSE;
if(!smtp_ok()) {
smtp_quit();
return FALSE;
}
// -----------------
// send HELO command
// -----------------
if(!tcp_send_text(SOCKET_SMTP, "HELO hermes\r\n")) {
smtp_quit();
return FALSE;
}
if(!smtp_ok()) return FALSE;
smtp_state = SMTP_FROM;
return TRUE;
}
void http_server_init(unsigned short port, int (*POST_handler)(unsigned short data_index,
unsigned short data_len),
int (*TagExpand_handler) (char tagID,
unsigned short pos,unsigned short len) ) {
int socket;
POST_CallBack = POST_handler;
TagExpand_HTTP = TagExpand_handler;
socket = tcp_socket_open(port, http_control_process);
if (socket > 0) {
printf("TCP Socket %d created, port %d\n", socket, tcp_get_port(socket));
}else {
if (socket == TCP_INVALID_SOCKET) {
printf("Error opening a socket: increment TCP_MAX_SOCKETS=%d\n", TCP_MAX_SOCKETS);
}
if (socket == TCP_PORT_ALREADY_USED) {
printf("Error opening a socket: Port %d already used\n", port);
}
return; // Error
}
if (tcp_listen(socket) < 0) {
printf("Error: socket %d can not put in LISTEN state\n", socket);
return; // Error
}else {
printf("TCP Socket %d listening on Port %d\n", socket, tcp_get_port(socket));
}
}
RC_TYPE http_client_get_port(HTTP_CLIENT *p_self, int *p)
{
return tcp_get_port(&p_self->super, p);
}
int http_get_port(http_t *client, int *port)
{
ASSERT(client);
return tcp_get_port(&client->tcp, port);
}
