int32 wl_set_ba(struct cfg_struct *cfg, uint8 *buf)
{
struct aggre_cfg_param *param;
int32 ret;
HWIFI_ASSERT((NULL != cfg) && (NULL != buf));
param = (struct aggre_cfg_param *)buf;
HWIFI_DEBUG("\naggre_cfg_param->ba_action_type = %d\n"
"\naggre_cfg_param->TID = %d\n"
"\naggre_cfg_param->max_num = %d\n",
param->ba_action_type, param->TID, param->max_num);
HWIFI_DEBUG("Mac address:" MACFMT, MAC2STR(param->mac_addr));
if(IS_STA(cfg))
{
if (!IS_CONNECTED(cfg))
{
HWIFI_WARNING("STATUS is not Connected, ba info is not supported");
return -EFAIL;
}
}
ret = hwifi_set_ba(cfg, param);
if (SUCC != ret)
{
HWIFI_WARNING("Failed to set ba!");
return ret;
}
return SUCC;
}
/*****************************************************************************
函 数 名 : dmac_config_11i_remove_wep_key
功能描述 : 删除 wep密钥key信息
输入参数 : mac_vap_stru *pst_mac_vap, oal_uint8 uc_len, oal_uint8 *puc_param
输出参数 : 无
返 回 值 :
调用函数 :
被调函数 :
修改历史 :
1.日 期 : 2014年1月4日
作 者 : g00260350
修改内容 : 新生成函数
*****************************************************************************/
oal_uint32 dmac_config_wep_remove_key(mac_vap_stru *pst_mac_vap, oal_uint8 uc_len, oal_uint8 *puc_param)
{
oal_uint8 uc_key_id;
mac_removekey_param_stru *puc_wep_key_prarm;
puc_wep_key_prarm = (mac_removekey_param_stru *)puc_param;
uc_key_id = puc_wep_key_prarm->uc_key_index;
/*初始化wep相关MIB信息*/
mac_mib_set_wep(pst_mac_vap, uc_key_id);
/*从硬件Lut表删除 wep key */
if(IS_STA(pst_mac_vap))
{
dmac_wep_remove_key(pst_mac_vap,uc_key_id);
}
return OAL_SUCC;
}
int32 hwifi_set_ampdu(struct cfg_struct *cfg, struct aggre_cfg_param *param)
{
struct set_start_ampdu_msg *start_msg;
struct set_end_ampdu_msg *end_msg;
struct sk_buff *skb;
uint16 msg_size;
int32 ret;
HWIFI_ASSERT((NULL != cfg) && (NULL != param));
if(param->ampdu_action_type == A_MPDU_START)
{
msg_size = sizeof(struct set_start_ampdu_msg);
if (msg_size > MAX_MSG_LEN)
{
HWIFI_WARNING("Invalid too long start ampdu msg size:%d",msg_size);
return -EFAIL;
}
skb = hwifi_alloc_skb_for_cmd(msg_size);
if (NULL == skb)
{
return -ENOMEM;
}
start_msg = (struct set_start_ampdu_msg *)skb_put(skb, sizeof(struct set_start_ampdu_msg));
/* add msg header */
hwifi_fill_msg_hdr(&start_msg->msg_header, HOST_CMD_CONFIG, msg_size);
/*add ampdu wid */
hwifi_fill_start_ampdu(&start_msg->set_ampdu, param);
if (is_zero_mac_addr(param->mac_addr))
{ /* use user data */
memcpy(start_msg->set_ampdu.ampdu_wid.bssid, param->mac_addr, MAC_LEN);
}
else if (IS_AP(cfg))
{
/* AP mode */
memcpy(start_msg->set_ampdu.ampdu_wid.bssid, cfg->ap_info.sta_mgmt.stations[CONNECTED_STA_PRE].mac, MAC_LEN);
}
else if (IS_STA(cfg))
{
/* STA mode copy mac address fill ba and ampdu struct*/
memcpy(start_msg->set_ampdu.ampdu_wid.bssid, cfg->conn.bss.bssid, MAC_LEN);
}
}
else
{
msg_size = sizeof(struct set_end_ampdu_msg);
if (msg_size > MAX_MSG_LEN)
{
HWIFI_WARNING("Invalid too long end ampdu msg size:%d",msg_size);
return -EFAIL;
}
skb = hwifi_alloc_skb_for_cmd(msg_size);
if (NULL == skb)
{
return -ENOMEM;
}
end_msg = (struct set_end_ampdu_msg *)skb_put(skb, sizeof(struct set_end_ampdu_msg));
/* add msg header */
hwifi_fill_msg_hdr(&end_msg->msg_header, HOST_CMD_CONFIG, msg_size);
/*add ampdu wid */
hwifi_fill_end_ampdu(&end_msg->set_ampdu, param);
if (is_zero_mac_addr(param->mac_addr))
{ /* use user data */
memcpy(end_msg->set_ampdu.bssid, param->mac_addr, MAC_LEN);
}
else if (IS_AP(cfg))
{
/* AP mode */
memcpy(end_msg->set_ampdu.bssid, cfg->ap_info.sta_mgmt.stations[CONNECTED_STA_PRE].mac, MAC_LEN);
}
else if (IS_STA(cfg))
{
/* STA mode copy mac address fill ba and ampdu struct*/
memcpy(end_msg->set_ampdu.bssid, cfg->conn.bss.bssid, MAC_LEN);
}
}
ret = hwifi_send_cmd(cfg, skb);
PRINT_SEND_CMD_RET("set ampdu", ret);
return ret;
}
int32 hwifi_set_ba(struct cfg_struct *cfg, struct aggre_cfg_param *param)
{
struct set_addba_msg *adb_msg;
struct set_delba_msg *del_msg;
struct sk_buff *skb;
uint16 msg_size;
int32 ret;
HWIFI_ASSERT((NULL != cfg) && (NULL != param));
if(param->ba_action_type == MLME_ADDBA_REQ_TYPE)
{
msg_size = sizeof(struct set_addba_msg);
if (msg_size > MAX_MSG_LEN)
{
HWIFI_WARNING("Invalid too long set addba msg size:%d!",msg_size);
return -EFAIL;
}
skb = hwifi_alloc_skb_for_cmd(msg_size);
if (NULL == skb)
{
return -ENOMEM;
}
adb_msg = (struct set_addba_msg *)skb_put(skb, sizeof(struct set_addba_msg));
/* add msg header */
hwifi_fill_msg_hdr(&adb_msg->msg_header, HOST_CMD_CONFIG, msg_size);
/* add ba wid */
hwifi_fill_addba(&adb_msg->set_ba, param);
if (is_zero_mac_addr(param->mac_addr))
{ /* use user data */
memcpy(adb_msg->set_ba.ba_wid.bssid, param->mac_addr, MAC_LEN);
}
else if (IS_AP(cfg))
{
/* AP mode */
memcpy(adb_msg->set_ba.ba_wid.bssid,
cfg->ap_info.sta_mgmt.stations[CONNECTED_STA_PRE].mac,
MAC_LEN);
}
else if (IS_STA(cfg))
{
/* STA mode copy mac address fill ba and ampdu struct*/
memcpy(adb_msg->set_ba.ba_wid.bssid, cfg->conn.bss.bssid, MAC_LEN);
}
}
else
{
msg_size = sizeof(struct set_delba_msg);
if (msg_size > MAX_MSG_LEN)
{
HWIFI_WARNING("Invalid too long delba msg size:%d",msg_size);
return -EFAIL;
}
skb = hwifi_alloc_skb_for_cmd(msg_size);
if (NULL == skb)
{
return -ENOMEM;
}
del_msg = (struct set_delba_msg *)skb_put(skb, sizeof(struct set_delba_msg));
/* add msg header */
hwifi_fill_msg_hdr(&del_msg->msg_header, HOST_CMD_CONFIG, msg_size);
/* add ba wid */
hwifi_fill_delba(&del_msg->set_ba, param);
if (is_zero_mac_addr(param->mac_addr))
{ /* use user data */
memcpy(del_msg->set_ba.ba_wid.bssid, param->mac_addr, MAC_LEN);
}
else if (IS_AP(cfg))
{
/* AP mode */
memcpy(del_msg->set_ba.ba_wid.bssid, cfg->ap_info.sta_mgmt.stations[CONNECTED_STA_PRE].mac, MAC_LEN);
}
else if (IS_STA(cfg))
{
/* STA mode copy mac address fill ba and ampdu struct*/
memcpy(del_msg->set_ba.ba_wid.bssid, cfg->conn.bss.bssid, MAC_LEN);
}
}
ret = hwifi_send_cmd(cfg, skb);
PRINT_SEND_CMD_RET("set ba", ret);
return ret;
}
/*
* Prototype : hwifi_data_rate_timeout
* Description : count data rate
* Input : None
* Output : None
* Return Value : int32
* Calls :
* Called By :
*
* History :
* 1.Date : 2013/6/14
* Author : xudayong
* Modification : Created function
*
*/
STATIC void hwifi_data_rate_timeout(unsigned long data)
{
struct cfg_struct *cfg;
struct timer_list *_timer;
struct host_ba_aggre_num_param ba_param;
/*struct scanned_bss_info *bss;
uint8 *probe_resp;
uint32 probe_resp_len;
uint8 *htc_ie;*/
uint8 ht_40M_flag;
cfg = (struct cfg_struct *)data;
if(IS_STA(cfg))
{
if ((cfg->aggre_info.rate <= g_data_rate_down) && (cfg->aggre_info.short_frame_pps) <= g_data_rate_pps_down)
{
HWIFI_DEBUG("Rate Slow Down,Try to Stop aggre");
/* stop aggre by device */
wl_aggre_mode_lock_set(cfg, TRUE);
}
else if ((cfg->aggre_info.rate > g_data_rate_up) || (cfg->aggre_info.short_frame_pps) >= g_data_rate_pps_up)
{
if(hcc_net_streams_connected(cfg->hi110x_dev->hcc))
{
HWIFI_DEBUG("Can not start agree yet, some special stream connected.");
} else{
HWIFI_DEBUG("Rate Go Up,Try to Start aggre");
/* start aggre by device */
wl_aggre_mode_lock_set(cfg, FALSE);
}
}
}
else if(IS_AP(cfg))
{
if (cfg->aggre_info.rate <= g_ap_data_rate_down)
{
HWIFI_DEBUG("Rate Slow Down,Try to Stop aggre");
/* stop aggre by device */
wl_aggre_mode_lock_set(cfg, TRUE);
}
else if(cfg->aggre_info.rate > g_ap_data_rate_up)
{
if(hcc_net_streams_connected(cfg->hi110x_dev->hcc))
{
HWIFI_DEBUG("Can not start agree yet, some special stream connected.");
} else{
HWIFI_DEBUG("Rate Go Up,Try to Start aggre");
/* start aggre by device */
wl_aggre_mode_lock_set(cfg, FALSE);
}
}
}
HWIFI_DEBUG("g_use_dync_16vs8:%u",g_use_dync_16vs8);
if((cfg->aggre_info.rate > g_data_rate_up) && (IS_STA(cfg)) && (g_use_dync_16vs8))
{
ht_40M_flag = cfg->rate.flags & RATE_INFO_FLAGS_40_MHZ_WIDTH;
/* ˵\C3\F7֧\B3\D640M\D0ŵ\C0 */
if (ht_40M_flag && cfg->sta_info.fc_enabled)
{
g_aggr_num_rate_up = (M40M_AGGR_NUM_RATE_UP * 1000000 / 8)*10;
g_aggr_num_rate_down = (M40M_AGGR_NUM_RATE_DOWN * 1000000 / 8)*10;
}
else
{
g_aggr_num_rate_up = (M20M_AGGR_NUM_RATE_UP * 1000000 / 8)*10;
g_aggr_num_rate_down = (M20M_AGGR_NUM_RATE_DOWN * 1000000 / 8)*10;
}
/* \B0\B410sͳ\BC\C6 */
if(g_count_aggre < 10)
{
g_count_aggre++;
g_rate_sum += cfg->aggre_info.rate;
cfg->aggre_info.rate = 0;
cfg->aggre_info.short_frame_pps = 0;
_timer = &cfg->aggre_info.data_rate_timer;
mod_timer(_timer, (jiffies + AGREE_DATE_TIMOUT*HZ));
return;
}
// HWIFI_INFO("rate:%lu, max_aggre_num:%u",cfg->aggre_info.rate,cfg->aggre_info.host_ba_cfg.max_retry);
HWIFI_DEBUG("rate:%lu, max_aggre_num:%u",g_rate_sum,cfg->aggre_info.host_ba_cfg.max_retry);
HWIFI_DEBUG("g_aggr_num_rate_down:%lu, g_aggr_num_rate_up:%lu",g_aggr_num_rate_down,g_aggr_num_rate_up);
if ((g_rate_sum < g_aggr_num_rate_down) && (MAX_AGGR_NUM_16 != cfg->aggre_info.host_ba_cfg.max_retry))
{
// set aggr num 16
hwifi_prepare_aggr_parm(&ba_param, MAX_AGGR_NUM_16, g_method);
// wl_aggre_cfg_set(cfg, &ba_param);
hwifi_dyn_aggre_num_set(cfg, &ba_param);
cfg->aggre_info.host_ba_cfg.max_retry = MAX_AGGR_NUM_16;
HWIFI_DEBUG("send max aggre num:%d",MAX_AGGR_NUM_16);
}
else if ((g_rate_sum > g_aggr_num_rate_up) && (MAX_AGGR_NUM_8 != cfg->aggre_info.host_ba_cfg.max_retry))
{
// set aggr num 8
hwifi_prepare_aggr_parm(&ba_param, MAX_AGGR_NUM_8, g_method);
hwifi_dyn_aggre_num_set(cfg, &ba_param);
cfg->aggre_info.host_ba_cfg.max_retry = MAX_AGGR_NUM_8;
HWIFI_DEBUG("send max aggre num:%d",MAX_AGGR_NUM_8);
}
g_rate_sum = 0;
g_count_aggre = 0;
}
cfg->aggre_info.rate = 0;
cfg->aggre_info.short_frame_pps = 0;
_timer = &cfg->aggre_info.data_rate_timer;
mod_timer(_timer, (jiffies + AGREE_DATE_TIMOUT*HZ));
}
/*
* Prototype : wl_query_ba_set
* Description : query ba session info
* Input : struct cfg_struct *cfg,struct query_ba_param *param
* Output : NONE
* Return Value : int32
* Calls :
* Called By : hwifi_ioctl_cmd()
*
* History :
* 1.Date : 2013/03/19
* Author : ywx164715
* Modification : Created function
*
*/
int32 wl_query_ba_set(struct cfg_struct *cfg, struct query_ba_param *param)
{
struct sk_buff *skb;
struct set_query_ba_msg *query_ba_msg;
uint16 msg_size;
int32 ret;
HWIFI_DEBUG("Mac address:" MACFMT, MAC2STR(param->mac_addr));
msg_size = sizeof(struct set_query_ba_msg);
skb = hwifi_alloc_skb_for_cmd(msg_size);
if (NULL == skb)
{
return -ENOMEM;
}
/* fill the msg header */
query_ba_msg = (struct set_query_ba_msg*)skb_put(skb, sizeof(struct set_query_ba_msg));
hwifi_fill_msg_hdr(&query_ba_msg->msg_header, HOST_CMD_CONFIG, msg_size);
hwifi_fill_query_ba_wid(&query_ba_msg->set_query_ba, param);
if (is_zero_mac_addr(param->mac_addr))
{ /* use user data */
memcpy(query_ba_msg->set_query_ba.bssid, param->mac_addr, MAC_LEN);
}else if (IS_AP(cfg) && param->flag == 0){ /* AP mode */
memcpy(query_ba_msg->set_query_ba.bssid, cfg->ap_info.sta_mgmt.stations[CONNECTED_STA_PRE].mac, MAC_LEN);
}else if (IS_STA(cfg)){ /* STA mode copy mac address fill ba and ampdu struct*/
memcpy(query_ba_msg->set_query_ba.bssid, cfg->conn.bss.bssid, MAC_LEN);
}
/* init for wait event */
cfg->aggre_info.ba_param_res.ba_sess_res[ZERO_INDEX].id = 0xFE;
ret = hwifi_send_cmd(cfg, skb);
if (SUCC != ret)
{
HWIFI_WARNING("Failed to send aggreagtion mode set msg!");
return -EFAIL;
}
ret = wait_event_interruptible_timeout(cfg->wait_queue, (0xFE != cfg->aggre_info.ba_param_res.ba_sess_res[ZERO_INDEX].id), 5 * HZ);
if (0 == ret)
{
HWIFI_WARNING("Wait_event_queue time out!");
return -EFAIL;
}
else if (ret < 0)
{
HWIFI_WARNING("Wait_event_queue internal error,ret=%d", ret);
return -EFAIL;
}
else if (cfg->aggre_info.ba_param_res.ba_sess_res[ZERO_INDEX].id == 0xFF)
{
HWIFI_WARNING("Cann't find the mac address or no any connected!");
return -EFAIL;
}
memcpy((uint8 *)param, (uint8 *)&cfg->aggre_info.ba_param_res, sizeof(*param));
HWIFI_DEBUG("Succeed to query ba session!");
return SUCC;
}
