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rc_aaa_ctx_server(3) Radius client library rc_aaa_ctx_server(3)

NAME

rc_aaa_ctx_server -

SYNOPSIS

#include <radcli/radcli.h>

int rc_aaa_ctx_server(

rc_handle *rh,
RC_AAA_CTX **ctx,
SERVER *aaaserver,
rc_type type,
uint32_t client_port,
VALUE_PAIR *send,
VALUE_PAIR **received,
char *msg,
int add_nas_port,
rc_standard_codes request_type );

DESCRIPTION

Builds an authentication/accounting request for port id nas_port with the value_pairs send and submits it to a specified server. This function keeps its state in ctx after a successful operation. It can be deallocated using rc_aaa_ctx_free().

PARAMETERS

a handle to parsed configuration.

if non-NULL it will contain the context of the request; Its initial value should be NULL and it must be released using rc_aaa_ctx_free().

a non-NULL SERVER to send the message to.

a VALUE_PAIR array of values (e.g., PW_USER_NAME).

an allocated array of received values.

must be an array of PW_MAX_MSG_SIZE or NULL; will contain the concatenation of any PW_REPLY_MESSAGE received.

this should be zero; if non-zero it will include PW_NAS_PORT in sent pairs.

one of standard RADIUS codes (e.g., PW_ACCESS_REQUEST).

STRUCTURES

Avoid using this structure directly, it is included for backwards compatibility only. Several of its fields have been deprecated.


struct server {

int max;
char *name[RC_SERVER_MAX];
uint16_t port[RC_SERVER_MAX];
char *secret[RC_SERVER_MAX];
double deadtime_ends[RC_SERVER_MAX]; // unused };

Avoid using this structure directly. Use the rc_avpair_get_ functions.


struct rc_value_pair {

char name[RC_NAME_LENGTH+1]; // attribute name if known.
uint64_t attribute; // attribute numeric value of type rc_attr_id including vendor; use VENDOR() and ATTRID() to separate.
rc_attr_type type; // attribute type.
uint32_t lvalue; // attribute value if type is PW_TYPE_INTEGER, PW_TYPE_DATE or PW_TYPE_IPADDR.
char strvalue[AUTH_STRING_LEN+1]; // contains attribute value in other cases.
struct rc_value_pair *next;
char pad[32]; // unused pad };

Avoid using this structure directly. Use the rc_avpair_get_ functions.


struct rc_value_pair {

char name[RC_NAME_LENGTH+1]; // attribute name if known.
uint64_t attribute; // attribute numeric value of type rc_attr_id including vendor; use VENDOR() and ATTRID() to separate.
rc_attr_type type; // attribute type.
uint32_t lvalue; // attribute value if type is PW_TYPE_INTEGER, PW_TYPE_DATE or PW_TYPE_IPADDR.
char strvalue[AUTH_STRING_LEN+1]; // contains attribute value in other cases.
struct rc_value_pair *next;
char pad[32]; // unused pad };

RETURN VALUE

received value_pairs in received, messages from the server in msg and OK_RC (0) on success, CHALLENGE_RC (3) on Access-Challenge received, negative on failure as return value.

SEE ALSO

radcli.h(3), rc_aaa(3), rc_aaa_ctx(3), rc_aaa_ctx_free(3), rc_aaa_ctx_get_secret(3), rc_aaa_ctx_get_vector(3), rc_aaa_ctx_server(3), rc_acct(3), rc_acct_proxy(3), rc_add_config(3), rc_apply_config(3), rc_auth(3), rc_auth_proxy(3), rc_avpair_add(3), rc_avpair_assign(3), rc_avpair_copy(3), rc_avpair_free(3), rc_avpair_gen(3), rc_avpair_get(3), rc_avpair_get_attr(3), rc_avpair_get_in6(3), rc_avpair_get_raw(3), rc_avpair_get_uint32(3), rc_avpair_insert(3), rc_avpair_log(3), rc_avpair_new(3), rc_avpair_next(3), rc_avpair_parse(3), rc_avpair_remove(3), rc_avpair_tostr(3), rc_buildreq(3), rc_check(3), rc_check_tls(3), rc_conf_int(3), rc_conf_srv(3), rc_conf_str(3), rc_config_free(3), rc_config_init(3), rc_destroy(3), rc_dict_addattr(3), rc_dict_addval(3), rc_dict_addvend(3), rc_dict_findattr(3), rc_dict_findval(3), rc_dict_findvend(3), rc_dict_free(3), rc_dict_getattr(3), rc_dict_getval(3), rc_dict_getvend(3), rc_find_server_addr(3), rc_get_socket_type(3), rc_get_srcaddr(3), rc_getport(3), rc_mksid(3), rc_new(3), rc_openlog(3), rc_own_hostname(3), rc_read_config(3), rc_read_dictionary(3), rc_read_dictionary_from_buffer(3), rc_send_server(3), rc_setdebug(3), rc_test_config(3), rc_tls_fd(3), rc_aaa_ctx_free()

2023-01-29 radcli