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continue to implement RAR

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This commit is contained in:
Sukchan Lee
2018-01-14 18:15:38 +09:00
parent 4b1c4b598b
commit 11b4463ce4
6 changed files with 232 additions and 179 deletions
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2
lib/fd/gx/gx_message.c
View File

@@ -9,7 +9,7 @@ void gx_message_free(gx_message_t *gx_message)
{
int i, j;
d_assert(gx_message, return, "Null param");
d_assert(gx_message, return,);
for (i = 0; i < gx_message->num_of_pcc_rule; i++)
{

6
src/pcrf/pcrf_context.c
View File

@@ -377,7 +377,7 @@ status_t pcrf_db_final()
return CORE_OK;
}
status_t pcrf_db_pdn_data(
status_t pcrf_db_qos_data(
c_int8_t *imsi_bcd, c_int8_t *apn, gx_message_t *gx_message)
{
status_t rv = CORE_OK;
@@ -746,6 +746,10 @@ status_t pcrf_db_pdn_data(
pcc_rule->num_of_flow = flow_index;
}
}
/* Charing-Rule-Name is automatically configured */
snprintf(pcc_rule->name, sizeof pcc_rule->name,
"%s%d", apn, pcc_rule_index+1);
pcc_rule->precedence = pcc_rule_index+1;
pcc_rule_index++;
}
gx_message->num_of_pcc_rule = pcc_rule_index;

2
src/pcrf/pcrf_context.h
View File

@@ -36,7 +36,7 @@ CORE_DECLARE(status_t) pcrf_context_setup_trace_module(void);
CORE_DECLARE(status_t) pcrf_db_init(void);
CORE_DECLARE(status_t) pcrf_db_final(void);
CORE_DECLARE(status_t) pcrf_db_pdn_data(
CORE_DECLARE(status_t) pcrf_db_qos_data(
c_int8_t *imsi_bcd, c_int8_t *apn, gx_message_t *gx_message);
CORE_DECLARE(status_t) pcrf_sess_set_ipv4(const void *key, c_uint8_t *sid);

392
src/pcrf/pcrf_gx_path.c
View File

@@ -39,6 +39,7 @@ static struct disp_hdl *hdl_gx_ccr = NULL;
pool_declare(pcrf_gx_sess_pool, struct sess_state, MAX_POOL_OF_DIAMETER_SESS);
static status_t encode_pcc_rule_install(struct msg *msg, pcc_rule_t *pcc_rule);
static void pcrf_gx_raa_cb(void *data, struct msg **msg);
static __inline__ struct sess_state *new_state(os0_t sid)
@@ -93,16 +94,15 @@ static int pcrf_gx_ccr_cb( struct msg **msg, struct avp *avp,
struct session *sess, void *opaque, enum disp_action *act)
{
status_t rv;
int ret = 0;
int ret = 0, i;
struct msg *ans, *qry;
struct avp *avpch1, *avpch2, *avpch3, *avpch4;
struct avp *avpch1, *avpch2;
struct avp_hdr *hdr;
union avp_value val;
struct sess_state *sess_data = NULL;
gx_message_t gx_message;
int i, j;
c_uint32_t cc_request_number = 0;
c_uint32_t result_code = FD_DIAMETER_MISSING_AVP;
@@ -312,7 +312,8 @@ static int pcrf_gx_ccr_cb( struct msg **msg, struct avp *avp,
goto out;
}
rv = pcrf_db_pdn_data(sess_data->imsi_bcd, sess_data->apn, &gx_message);
/* Retrieve QoS Data from Database */
rv = pcrf_db_qos_data(sess_data->imsi_bcd, sess_data->apn, &gx_message);
if (rv != CORE_OK)
{
d_error("Cannot get data for IMSI(%s)+APN(%s)'\n",
@@ -323,179 +324,14 @@ static int pcrf_gx_ccr_cb( struct msg **msg, struct avp *avp,
if (sess_data->cc_request_type != GX_CC_REQUEST_TYPE_TERMINATION_REQUEST)
{
/* Set Charging-Rule-Install */
int charging_rule_install = 0;
for (i = 0; i < gx_message.num_of_pcc_rule; i++)
{
pcc_rule_t *pcc_rule = &gx_message.pcc_rule[i];
if (pcc_rule->num_of_flow)
charging_rule_install = 1;
}
if (charging_rule_install)
{
ret = fd_msg_avp_new(gx_charging_rule_install, 0, &avp);
d_assert(ret == 0, return EINVAL,);
}
for (i = 0; i < gx_message.num_of_pcc_rule; i++)
{
pcc_rule_t *pcc_rule = &gx_message.pcc_rule[i];
ret = fd_msg_avp_new(gx_charging_rule_definition, 0, &avpch1);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_charging_rule_name, 0, &avpch2);
d_assert(ret == 0, return EINVAL,);
/* Charing-Rule-Name is automatically configured by order */
sprintf(pcc_rule->name, "%s%d", sess_data->apn, i+1);
val.os.data = (c_uint8_t *)pcc_rule->name;
val.os.len = strlen(pcc_rule->name);
ret = fd_msg_avp_setvalue(avpch2, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return EINVAL,);
for (j = 0; j < pcc_rule->num_of_flow; j++)
{
flow_t *flow = &pcc_rule->flow[j];
ret = fd_msg_avp_new(gx_flow_information, 0, &avpch2);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_flow_direction, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
val.i32 = flow->direction;
ret = fd_msg_avp_setvalue(avpch3, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add(avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_flow_description, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
val.os.data = (c_uint8_t *)flow->description;
val.os.len = strlen(flow->description);
ret = fd_msg_avp_setvalue(avpch3, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add(avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return EINVAL,);
rv = encode_pcc_rule_install(ans, pcc_rule);
d_assert(rv == CORE_OK, return EINVAL,);
}
ret = fd_msg_avp_new(gx_flow_status, 0, &avpch2);
d_assert(ret == 0, return EINVAL,);
val.i32 = GX_FLOW_STATUS_ENABLED;
ret = fd_msg_avp_setvalue(avpch2, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_qos_information, 0, &avpch2);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_qos_class_identifier, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.qci;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_allocation_retention_priority, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_priority_level, 0, &avpch4);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.arp.priority_level;
ret = fd_msg_avp_setvalue (avpch4, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch3, MSG_BRW_LAST_CHILD, avpch4);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_pre_emption_capability, 0, &avpch4);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.arp.pre_emption_capability;
ret = fd_msg_avp_setvalue (avpch4, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch3, MSG_BRW_LAST_CHILD, avpch4);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_pre_emption_vulnerability, 0, &avpch4);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.arp.pre_emption_vulnerability;
ret = fd_msg_avp_setvalue (avpch4, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch3, MSG_BRW_LAST_CHILD, avpch4);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
if (pcc_rule->qos.mbr.uplink)
{
ret = fd_msg_avp_new(gx_max_requested_bandwidth_ul, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.mbr.uplink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
}
if (pcc_rule->qos.mbr.downlink)
{
ret = fd_msg_avp_new(gx_max_requested_bandwidth_dl, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.mbr.downlink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
}
if (pcc_rule->qos.gbr.uplink)
{
ret = fd_msg_avp_new(gx_guaranteed_bitrate_ul, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.gbr.uplink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
}
if (pcc_rule->qos.gbr.downlink)
{
ret = fd_msg_avp_new(gx_guaranteed_bitrate_dl, 0, &avpch3);
d_assert(ret == 0, return EINVAL,);
val.u32 = pcc_rule->qos.gbr.downlink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return EINVAL,);
}
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_new(gx_precedence, 0, &avpch2);
d_assert(ret == 0, return EINVAL,);
val.u32 = i + 1; /* Precendence is automatically configured by order */
ret = fd_msg_avp_setvalue (avpch2, &val);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return EINVAL,);
ret = fd_msg_avp_add(avp, MSG_BRW_LAST_CHILD, avpch1);
d_assert(ret == 0, return EINVAL,);
}
if (charging_rule_install)
{
ret = fd_msg_avp_add(ans, MSG_BRW_LAST_CHILD, avp);
d_assert(ret == 0, return EINVAL,);
}
/* Set QoS-Information */
@@ -678,7 +514,8 @@ out:
status_t pcrf_gx_send_rar(
c_uint8_t *gx_sid, c_uint8_t *rx_sid, rx_message_t *rx_message)
{
int ret;
status_t rv;
int ret = 0, i;
struct msg *req = NULL;
struct avp *avp;
@@ -691,10 +528,15 @@ status_t pcrf_gx_send_rar(
int new;
size_t sidlen;
gx_message_t gx_message;
d_assert(gx_sid, return CORE_ERROR,);
d_assert(rx_sid, return CORE_ERROR,);
d_assert(rx_message, return CORE_ERROR,);
/* Initialize Message */
memset(&gx_message, 0, sizeof(gx_message_t));
/* Set default error result code */
rx_message->result_code = RX_DIAMETER_TEMPORARY_NETWORK_FAILURE;
@@ -737,10 +579,39 @@ status_t pcrf_gx_send_rar(
d_error("No session data");
ret = fd_msg_free(req);
d_assert(ret == 0,,);
rx_message->result_code = RX_DIAMETER_REQUESTED_SERVICE_NOT_AUTHORIZED;
rx_message->result_code = FD_DIAMETER_UNKNOWN_SESSION_ID;
return CORE_ERROR;
}
/* Retrieve QoS Data from Database */
rv = pcrf_db_qos_data(sess_data->imsi_bcd, sess_data->apn, &gx_message);
if (rv != CORE_OK)
{
d_error("Cannot get data for IMSI(%s)+APN(%s)'\n",
sess_data->imsi_bcd, sess_data->apn);
rx_message->result_code = RX_DIAMETER_REQUESTED_SERVICE_NOT_AUTHORIZED;
goto out;
}
/* Find PCC Rule based on QCI and Media-Type */
pcc_rule_t *pcc_rule = NULL;
for (i = 0; i < gx_message.num_of_pcc_rule; i++)
{
// pcc_rule = &gx_message.pcc_rule[i];
}
/* if PCC Rule is existed, encode PCC Rule */
if (pcc_rule == NULL)
{
d_error("No PCC Rule");
rx_message->result_code = RX_DIAMETER_REQUESTED_SERVICE_NOT_AUTHORIZED;
goto out;
}
/* Encode PCC Rule */
rv = encode_pcc_rule_install(req, pcc_rule);
d_assert(rv == CORE_OK, return EINVAL,);
/* Save Rx Session-Id */
if (sess_data->rx_sid)
CORE_FREE(sess_data->rx_sid);
@@ -815,7 +686,18 @@ status_t pcrf_gx_send_rar(
/* Set no error */
rx_message->result_code = ER_DIAMETER_SUCCESS;
gx_message_free(&gx_message);
return CORE_OK;
out:
/* Store this value in the session */
ret = fd_sess_state_store(pcrf_gx_reg, session, &sess_data);
d_assert(sess_data == NULL,,);
gx_message_free(&gx_message);
return CORE_ERROR;
}
static void pcrf_gx_raa_cb(void *data, struct msg **msg)
@@ -1019,3 +901,167 @@ void pcrf_gx_final(void)
pool_final(&pcrf_gx_sess_pool);
}
static status_t encode_pcc_rule_install(struct msg *msg, pcc_rule_t *pcc_rule)
{
struct avp *avp, *avpch1, *avpch2, *avpch3, *avpch4;
union avp_value val;
int ret = 0, i;
d_assert(msg, return CORE_ERROR,);
d_assert(pcc_rule, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_charging_rule_install, 0, &avp);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_charging_rule_definition, 0, &avpch1);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_charging_rule_name, 0, &avpch2);
d_assert(ret == 0, return CORE_ERROR,);
val.os.data = (c_uint8_t *)pcc_rule->name;
val.os.len = strlen(pcc_rule->name);
ret = fd_msg_avp_setvalue(avpch2, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return CORE_ERROR,);
for (i = 0; i < pcc_rule->num_of_flow; i++)
{
flow_t *flow = &pcc_rule->flow[i];
ret = fd_msg_avp_new(gx_flow_information, 0, &avpch2);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_flow_direction, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
val.i32 = flow->direction;
ret = fd_msg_avp_setvalue(avpch3, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_flow_description, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
val.os.data = (c_uint8_t *)flow->description;
val.os.len = strlen(flow->description);
ret = fd_msg_avp_setvalue(avpch3, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return CORE_ERROR,);
}
ret = fd_msg_avp_new(gx_flow_status, 0, &avpch2);
d_assert(ret == 0, return CORE_ERROR,);
val.i32 = GX_FLOW_STATUS_ENABLED;
ret = fd_msg_avp_setvalue(avpch2, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_qos_information, 0, &avpch2);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_qos_class_identifier, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.qci;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_allocation_retention_priority, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_priority_level, 0, &avpch4);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.arp.priority_level;
ret = fd_msg_avp_setvalue (avpch4, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch3, MSG_BRW_LAST_CHILD, avpch4);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_pre_emption_capability, 0, &avpch4);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.arp.pre_emption_capability;
ret = fd_msg_avp_setvalue (avpch4, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch3, MSG_BRW_LAST_CHILD, avpch4);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_pre_emption_vulnerability, 0, &avpch4);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.arp.pre_emption_vulnerability;
ret = fd_msg_avp_setvalue (avpch4, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch3, MSG_BRW_LAST_CHILD, avpch4);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
if (pcc_rule->qos.mbr.uplink)
{
ret = fd_msg_avp_new(gx_max_requested_bandwidth_ul, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.mbr.uplink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
}
if (pcc_rule->qos.mbr.downlink)
{
ret = fd_msg_avp_new(gx_max_requested_bandwidth_dl, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.mbr.downlink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
}
if (pcc_rule->qos.gbr.uplink)
{
ret = fd_msg_avp_new(gx_guaranteed_bitrate_ul, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.gbr.uplink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
}
if (pcc_rule->qos.gbr.downlink)
{
ret = fd_msg_avp_new(gx_guaranteed_bitrate_dl, 0, &avpch3);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->qos.gbr.downlink;
ret = fd_msg_avp_setvalue (avpch3, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add (avpch2, MSG_BRW_LAST_CHILD, avpch3);
d_assert(ret == 0, return CORE_ERROR,);
}
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_new(gx_precedence, 0, &avpch2);
d_assert(ret == 0, return CORE_ERROR,);
val.u32 = pcc_rule->precedence;
ret = fd_msg_avp_setvalue (avpch2, &val);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(avpch1, MSG_BRW_LAST_CHILD, avpch2);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(avp, MSG_BRW_LAST_CHILD, avpch1);
d_assert(ret == 0, return CORE_ERROR,);
ret = fd_msg_avp_add(msg, MSG_BRW_LAST_CHILD, avp);
d_assert(ret == 0, return CORE_ERROR,);
return CORE_OK;
}

5
src/pcrf/pcrf_rx_path.c
View File

@@ -69,7 +69,7 @@ static int pcrf_rx_aar_cb( struct msg **msg, struct avp *avp,
struct avp *avpch1, *avpch2, *avpch3;
struct avp_hdr *hdr;
union avp_value val;
struct sess_state *sess_data = NULL;
struct sess_state *sess_data = NULL, *svg = NULL;
size_t sidlen;
rx_message_t rx_message;
@@ -369,6 +369,7 @@ out:
}
/* Store this value in the session */
svg = sess_data;
ret = fd_sess_state_store(pcrf_rx_reg, sess, &sess_data);
d_assert(ret == 0,,);
d_assert(sess_data == NULL,,);
@@ -376,7 +377,7 @@ out:
ret = fd_msg_send(msg, NULL, NULL);
d_assert(ret == 0,,);
state_cleanup(sess_data, NULL, NULL);
state_cleanup(svg, NULL, NULL);
rx_message_free(&rx_message);
return 0;

4
test/rx/volte_test.c
View File

@@ -236,8 +236,9 @@ static void volte_test1(abts_case *tc, void *data)
core_sleep(time_from_msec(300));
/* Send AA-Request */
pcscf_rx_send_aar("45.45.0.2");
pcscf_rx_send_aar("45.45.0.3");
#if 0
/* Send PDN disconnectivity request */
rv = tests1ap_build_pdn_disconnectivity_request(&sendbuf, msgindex);
ABTS_INT_EQUAL(tc, CORE_OK, rv);
@@ -276,6 +277,7 @@ static void volte_test1(abts_case *tc, void *data)
rv = tests1ap_enb_read(sock, recvbuf);
ABTS_INT_EQUAL(tc, CORE_OK, rv);
pkbuf_free(recvbuf);
#endif
core_sleep(time_from_msec(1000));