/* create entrypoint and add to the list */
void add_entrypoint (char *name, struct entrypoint_list *list) {
struct entrypoint *ep;
ep = create_ep(name);
if (list->ep == NULL) /* empty list */
list->ep = ep;
else
list->end->next_ep = ep;
list->end = ep;
}
// allocate a new endpoint, where the path is giving the
// hostname for the connections. Not much to do here, as the
// port comes with the file name in the open, so we can get
// the address on the open only.
static endpoint_t *tnp_new(endpoint_t *parent, const char *path, charset_t cset, int from_cmdline) {
(void) parent; // silence unused parameter warning
(void) from_cmdline; // silence unused parameter warning
tn_endpoint_t *tnep = create_ep();
char *hostname = conv_name_alloc(path, cset, CHARSET_ASCII);
tnep->hostname = hostname;
log_info("Telnet provider set to hostname '%s'\n", tnep->hostname);
return (endpoint_t*) tnep;
}
// allocate a new endpoint, where the name parameter is giving the
// hostname for the connections, plus the port name. The name parameter
// is modified such that it points to the port name after this endpoint
// is created.
// Syntax is:
// <hostname>:<portname>
//
static endpoint_t *tnp_temp(char **name, charset_t cset) {
char *end = strchr(*name, ':');
if (end == NULL) {
// no ':' separator between host and port found
log_error("Please provider 'hostname:port' as name!\n");
return NULL;
}
int n = end - *name;
tn_endpoint_t *tnep = create_ep();
// create new string and copy the first n bytes of *name into it
char *hostname = mem_alloc_strn(*name, n);
tnep->hostname = conv_name_alloc(hostname, cset, CHARSET_ASCII);
mem_free(hostname);
*name = end+1; // char after the ':'
log_info("Telnet provider set to hostname '%s'\n", tnep->hostname);
return (endpoint_t*) tnep;
}
