#include #include "generic/typedef.h" #include "app_config.h" #include "asm/crc16.h" #include "asm/gpio.h" #include "database.h" #include "syscfg/syscfg_id.h" #include "asm/sfc_norflash_api.h" #include "wifi/wifi_connect.h" #include "lwip.h" /* // 设置WIFI DEBUG 信息输出等级 Debug information verbosity: lower values indicate higher urgency 0:RT_DEBUG_OFF 1:RT_DEBUG_ERROR 2:RT_DEBUG_WARN 3:RT_DEBUG_TRACE 4:RT_DEBUG_INFO 5:RT_DEBUG_LOUD */ const u8 RTDebugLevel = 2; const char WL_TX_DEBUG = 0; //WIFI底层发送数据FIFO繁忙打印 const char WL_RX_DEBUG = 0; //WIFI底层接收FIFO塞满导致丢包打印 const char WL_TX_ERR_RATIO_DEBUG_SEC = 0; //统计每秒TX数据包成功/失败/重发和错误率的情况,配置每隔多少秒打印一次 const char WL_RX_ERR_RATIO_DEBUG_SEC = 0; //统计每秒RX数据包成功/失败/和错误率的情况,配置每隔多少秒打印一次 const u16 WL_RX_BACK_GROUND_ERR_CNT_PER_SECOND = 10; //硬件少了寄存器统计接收正确包,所以统计正确包和误报率不准,人工设定一个当前环境干扰每秒钟的本底错误包作为弥补,一开始需要先观察打印确认 const u8 WL_TX_PEND_DEBUG_SEC = 2; //WIFI底层FIFO塞满导致连续多少秒都发送不出数据时打印, 一般认为是干扰严重/wifi板TX性能差/CPU被挡等因素导致 const char WL_RX_PEND_DEBUG_SEC = 2; //统计WIFI底层连续多少秒都接收不到空中包时打印,一般认为是进了屏蔽房/加了MAC层过滤/板子硬件性能太差/CPU太繁忙来接收线程来不及取数因素导致 const char WL_RX_OVERFLOW_DEBUG = 0; //统计WIFI底层接收FIFO塞满导致丢包打印,一般认为对端发送太猛/空中干扰太强/CPU太繁忙来接收线程来不及取数因素导致, 使能后如果出现丢包打印每秒丢多少个数据包 const char WIFI_PA_ENABLE = 0; //wifi开启外挂硬件PA功率放大，791X占据PA1和PA2硬件IO，远距离传输 #if defined CONFIG_NO_SDRAM_ENABLE const u8 RxReorderEnable = 0; //底层包乱序整理，0为关闭(关闭时UDP重发包也会上传到上层, 但关闭可以减少内存消耗)，1为开启 const u32 MAX_REORDERING_MPDU_NUM = 1; //当RxReorderEnable开启时需要内存较大，该值也需要根据实际设置大一点(128) #else const u8 RxReorderEnable = 1; //底层包乱序整理，0为关闭(关闭时UDP重发包也会上传到上层, 但关闭可以减少内存消耗)，1为开启 const u32 MAX_REORDERING_MPDU_NUM = 128; //当RxReorderEnable开启时需要内存较大，该值也需要根据实际设置大一点(128) #endif const u16 MAX_CHANNEL_TIME_BSS_INFRA = 200;//扫描每个信道停留时间,单位ms,最小20ms, 200-400ms最佳 const char WIFI_CHANNEL_QUALITY_INDICATION_BAD = 5; //STA模式下的信道通信质量差阈值,一旦低于这个值就断线重连,如果配置为-1则信号质量再差也不通知断线,但是太久不重连会被路由器认为死亡踢掉的风险 #ifdef CONFIG_RF_TEST_ENABLE const char wifi_temperature_drift_trim_on = 0; //WiFi温度漂移校准开关,0为关闭，1为打开 #else const char wifi_temperature_drift_trim_on = 1; //WiFi温度漂移校准开关,0为关闭，1为打开 #endif const char wifi_ap_scan_support = 0; //ap扫描开关，0为关闭，1为开启 #if defined CONFIG_NO_SDRAM_ENABLE const u16 MAX_PACKETS_IN_QUEUE = 16; //配置WiFi驱动最大发送数据包队列 const u16 MAX_PACKETS_IN_MCAST_PS_QUEUE = 4; //配置WiFi驱动最大发送数据包队列 //8 16 modify by lyx 32 const u16 MAX_PACKETS_IN_PS_QUEUE = 2; //配置WiFi驱动最大发送数据包队列 //128 /*16 */ #else const u16 MAX_PACKETS_IN_QUEUE = 64; //配置WiFi驱动最大发送数据包队列 const u16 MAX_PACKETS_IN_MCAST_PS_QUEUE = 8; //配置WiFi驱动最大发送MCAST-power-save包队列 //modify by lyx 32 const u16 MAX_PACKETS_IN_PS_QUEUE = 16; //配置WiFi驱动最大发送power-save队列 //128 /*16 */ #endif #ifdef CONFIG_RF_TEST_ENABLE const u8 RFIinitUseTrimValue = 0;//记忆wifi rf 初始化使用vm记忆的trim的值,可大大降低wifi初始化时间 #else const u8 RFIinitUseTrimValue = 1;//记忆wifi rf 初始化使用vm记忆的trim的值,可大大降低wifi初始化时间 #endif #ifdef CONFIG_STATIC_IPADDR_ENABLE const u8 IPV4_ADDR_CONFLICT_DETECT = 1; //开启静态ip冲突检测 #else const u8 IPV4_ADDR_CONFLICT_DETECT = 0; #endif const u8 ntp_get_time_init = 1; //连上网后调用ntp向ntp_host列表所有服务器获取时间, 0为关闭, 1为开启 const u32 rtc_update_interval = 0; //每经过设置的时间间隔后会通过ntp对rtc进行校准, 单位毫秒 const u8 CONFIG_SDIO_SLAVE_MODE = 0; //wifi模块作为sdio从机 #ifdef CONFIG_UCOS_ENABLE const u8 WIFI_TX_FULL_WAIT_MODE = 0; // 可以设置为0,1,2, 数值越大一定程度上会提高wifi的吞吐率，但同时会加大wifi线程占据cpu的比重 #else const u8 WIFI_TX_FULL_WAIT_MODE = 1; // 可以设置为0,1,2, 数值越大一定程度上会提高wifi的吞吐率，但同时会加大wifi线程占据cpu的比重 #endif const u8 WIFI_COLD_START_FAST_CONNECTION = 1; //启用WIFI冷启动快连, 0为关闭，1为开启 #if defined CONFIG_NO_SDRAM_ENABLE const u8 MAX_LEN_OF_BSS_TABLE = 2; //BSS table 个数设置用于存放扫描结果，最少为1个，不能为0，个数越多占用内存越大 #else const u8 MAX_LEN_OF_BSS_TABLE = 4; //BSS table 个数设置用于存放扫描结果，最少为1个，不能为0，个数越多占用内存越大 #endif const u8 wifi_recv_poll = 0; //wifi接收数据方式，0为中断方式接收，1为轮询方式接收 #if defined CONFIG_WIFI_IDLE_RESUME_BASEBAND_ENABLE u8 wifi_lowpower_mode = 1; #else u8 wifi_lowpower_mode = 0; #endif u8 wl_active_wait_interval_count = 0; // 默认配置不等待 u16 wl_custom_listen_interval = 10; // 默认自定义的监听间隔是 10，防止没有 set 这个变量而导致异常 u16 wl_default_listen_interval = 3; // 默认监听间隔是 3，防止没有 set 这个变量而导致异常 /*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------*/ #ifdef CONFIG_NET_ENABLE #if 0 static void print_debug_ipv4(u32 daddr, u32 saddr) { put_buf(&daddr, 4); put_buf(&saddr, 4); printf("daddr : %s\n", inet_ntoa(daddr)); printf("saddr : %s\n", inet_ntoa(saddr)); } #endif //用于根据LWIP接收队列溢出情况下快速丢包减轻CPU负担,预留空间接收重要数据包 int lwip_low_level_inputput_filter(u8 *pkg, u32 len) { #ifdef CONFIG_RF_TEST_ENABLE return 0; #endif static const u8 bc_mac[6] = {0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF}; #define ipv4addr_ismulticast(addr) ((addr & PP_HTONL(0xf0000000UL)) == PP_HTONL(0xe0000000UL)) //根据LWIP接收缓存情况快速丢包减轻CPU负担,并且防止丢失重要重要数据包 struct iphdr_e *iph = (struct iphdr_e *)(pkg + 10); u16 protoType = ntohs(iph->h_proto); /*------------------------------------------------------------------------------------------------------------------------------------------------------------*/ #define ICMP_ER 0 /* echo reply */ #define ICMP_ECHO 8 /* echo */ if ((protoType != 0x0806) && iph->iphd.protocol == 1 && *((u8 *)iph + sizeof(struct iphdr_e)) != ICMP_ER && *((u8 *)iph + sizeof(struct iphdr_e)) != ICMP_ECHO) { //如果是ICMP并且不是echo和echo reply就丢弃, 因为是一些Time_Ex等无用包 putchar('C'); return -1; } /*------------------------------------------------------------------------------------------------------------------------------------------------------------*/ #define PBUF_RESERVED_FOR_ARP 1 //最起码预留一个 PBUF_POOL给ARP请求,否则不回复路由器导致断流 #define PBUF_RESERVED_FOR_TCP (PBUF_RESERVED_FOR_ARP+1) u32 remain_pbuf_pool = memp_get_pbuf_pool_free_cnt(); if (remain_pbuf_pool <= PBUF_RESERVED_FOR_TCP) { if (remain_pbuf_pool == 0) { //PBUF_POOL 一个也没了,直接丢弃 putchar('X'); return -1; } else if (remain_pbuf_pool <= PBUF_RESERVED_FOR_ARP && protoType != 0x0806) {//PBUF_POOL 在剩余小于 PBUF_RESERVED_FOR_ARP 的情况下, 丢弃非ARP包 putchar('Y'); return -1; } else if (!(protoType == 0x0800 && iph->iphd.protocol == 6)) { //PBUF_POOL 在剩余小于 PBUF_RESERVED_FOR_TCP 的情况下, 丢弃非TCP包 putchar('D'); return -1; } } return 0; } //在WIFI底层发送队列不足的情况, 预留空间给重要数据包发送 int lwip_low_level_output_filter(u8 *pkg, u32 len) { #ifdef CONFIG_RF_TEST_ENABLE return 0; #endif struct iphdr_e *iph = (struct iphdr_e *)(pkg + 10); u16 protoType = ntohs(iph->h_proto); u32 remain_wifi_txq = wifi_get_remain_tx_queue(0); #define WIFI_TXQ_RESERVED_FOR_ARP 1 //最起码预留一个WIFI_TXQ给ARP请求,否则不回复路由器导致断流 #define WIFI_TXQ_RESERVED_FOR_TCP (WIFI_TXQ_RESERVED_FOR_ARP+1) if (remain_wifi_txq <= WIFI_TXQ_RESERVED_FOR_TCP) { if (remain_wifi_txq == 0) { //WIFI_TXQ 一个也没了,直接丢弃 putchar('G'); return -1; } else if (remain_wifi_txq <= WIFI_TXQ_RESERVED_FOR_ARP && protoType != 0x0806) {//WIFI_TXQ 在剩余小于 WIFI_TXQ_RESERVED_FOR_ARP 的情况下, 丢弃非ARP包 putchar('O'); return -1; } else if (!(protoType == 0x0800 && iph->iphd.protocol == 6)) { //WIFI_TXQ 在剩余小于 WIFI_TXQ_RESERVED_FOR_TCP 的情况下, 丢弃非TCP包 putchar('H'); return -1; } } return 0; } //空中干扰/网络拥塞严重的情况,WIFI底层发送较慢,MAX_PACKETS_IN_QUEUE 队列满导致丢弃上层数据包 int socket_send_but_netif_busy_hook(int s, char type_udp) { if (type_udp) { putchar('@'); /* os_time_dly(30); //根据实际应用发送情况调节, 针对UDP多释放一下CPU, 一方面有利于系统其他线程顺畅运行, 另一方面防止猛发送导致网络拥塞加剧 */ } else { putchar('|'); /* os_time_dly(2); */ } return 0; } int wifi_recv_pkg_and_soft_filter(u8 *pkg, u32 len) //通过软件过滤无用数据帧减轻cpu压力,pkg[20]就是对应抓包工具第一个字节的802.11 MAC Header 字段 { #if 0 static u32 thdll, count; int ret; ret = time_lapse(&thdll, 1000); if (ret) { printf("sdio_recv_cnt = %d, %d \r\n", ret, count); count = 0; } ++count; #endif #if 0 //调试用 static const u8 bc_mac[6] = {0xFF, 0xFF, 0xFF, 0xFF, 0xFF, 0xFF}; #define ipv4addr_ismulticast(addr) ((addr & PP_HTONL(0xf0000000UL)) == PP_HTONL(0xe0000000UL)) struct ieee80211_frame *wh = (struct ieee80211_frame *)&pkg[20]; if ((wh->i_fc[0] & IEEE80211_FC0_TYPE_MASK) == IEEE80211_FC0_TYPE_DATA) {// 只丢弃数据帧 if (pkg[54] == 0X88 && pkg[55] == 0x8E) {} else //如果是EAPOL不要丢弃 if (len >= (52 + sizeof(struct iphdr_e))) { u16 protoType; struct iphdr_e *iph; if (0 == memcmp(bc_mac, wh->i_addr1, 6)) { //广播 iph = (struct iphdr_e *)((u8 *)pkg + 48); } else { iph = (struct iphdr_e *)((u8 *)pkg + 52); } protoType = ntohs(iph->h_proto); if (protoType == 0x0800) { //ipv4 if (iph->iphd.protocol == 17) { //udp if (ipv4addr_ismulticast(iph->iphd.daddr)) { //组播 /*putchar('M');*/ } else { /*putchar('U');*/ } /* print_debug_ipv4(iph->iphd.daddr, iph->iphd.saddr); */ } else if (iph->iphd.protocol == 6) { //tcp /*putchar('T');*/ /* print_debug_ipv4(iph->iphd.daddr, iph->iphd.saddr); */ } } else if (protoType == 0x0806) { //arp /*putchar('R');*/ } } } #endif return 0; } #endif /*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------*/ #if defined CONFIG_RF_TRIM_CODE_MOVABLE || defined CONFIG_RF_TRIM_CODE_AT_RAM extern u32 __rf_trim_movable_slot_start[]; extern u32 __rf_trim_movable_slot_end[]; extern u8 __rf_trim_movable_region_start[]; extern u8 __rf_trim_movable_region_end[]; extern u32 __rf_trim_code_start, __rf_trim_code_end; AT(.volatile_ram_code) u8 *enter_wifi_rf_trim_region(u32 **start_of_region) { u8 *rf_trim_code_run_addr = NULL; #if defined CONFIG_RF_TRIM_CODE_MOVABLE u32 code_size = __rf_trim_movable_region_end - __rf_trim_movable_region_start; printf("rf_trim_movable code _start:0x%x, code_size:%d \r\n", (u32)__rf_trim_movable_region_start, code_size); rf_trim_code_run_addr = malloc(code_size); if (rf_trim_code_run_addr == NULL) { return NULL; } code_movable_load(__rf_trim_movable_region_start, code_size, rf_trim_code_run_addr, __rf_trim_movable_slot_start, __rf_trim_movable_slot_end, start_of_region); #endif norflash_enter_spi_code(); #if defined CONFIG_RF_TRIM_CODE_MOVABLE && !defined CONFIG_NO_SDRAM_ENABLE icache_flush(rf_trim_code_run_addr, code_size); #endif return rf_trim_code_run_addr; } AT(.volatile_ram_code) void exit_wifi_rf_trim_region(u32 **start_of_region, u8 *rf_trim_code_run_addr) { #if defined CONFIG_RF_TRIM_CODE_MOVABLE if (rf_trim_code_run_addr == NULL) { return; } #endif norflash_exit_spi_code(); #if defined CONFIG_RF_TRIM_CODE_MOVABLE code_movable_unload(__rf_trim_movable_region_start, __rf_trim_movable_slot_start, __rf_trim_movable_slot_end, start_of_region); free(rf_trim_code_run_addr); #endif } #endif /*--------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------*/ #if 0 WirelessMode: PHY_11BG_MIXED = 0, PHY_11B = 1, PHY_11A = 2,, PHY_11ABG_MIXED = 3,, PHY_11G = 4, PHY_11ABGN_MIXED, /* both band 5 */ PHY_11N_2_4G, /* 11n-only with 2.4G band 6 */ PHY_11GN_MIXED, /* 2.4G band 7 */ PHY_11AN_MIXED, /* 5G band 8 */ PHY_11BGN_MIXED, /* if check 802.11b. 9 */ PHY_11AGN_MIXED, /* if check 802.11b. 10 */ PHY_11N_5G, /* 11n-only with 5G band 11 */ #endif #ifdef CONFIG_NET_ENABLE /* MaxStaNum 最大连接数不能超过 MAX_LEN_OF_MAC_TABLE(5) */ static char WL_AP_DAT[] = { "\ Default\n\ MacAddress=00:00:00:00:00:00\n\ CountryRegion=1\n\ CountryRegionABand=0\n\ CountryCode=CN\n\ BssidNum=1\n\ MaxStaNum=2\n\ IdleTimeout=300\n\ SSID=####SSID_LENTH_MUST_LESS_THAN_32\n\ WirelessMode=9\n\ TxRate=0\n\ Channel=11#\n\ BasicRate=15\n\ BeaconPeriod=100\n\ DtimPeriod=1\n\ TxPower=100\n\ DisableOLBC=0\n\ BGProtection=0\n\ TxAntenna=\n\ RxAntenna=\n\ TxPreamble=1\n\ RTSThreshold=2347\n\ FragThreshold=2346\n\ TxBurst=0\n\ PktAggregate=0\n\ TurboRate=0\n\ WmmCapable=0\n\ APSDCapable=0\n\ DLSCapable=0\n\ APAifsn=3;7;1;1\n\ APCwmin=4;4;3;2\n\ APCwmax=6;10;4;3\n\ APTxop=0;0;94;47\n\ APACM=0;0;0;0\n\ BSSAifsn=3;7;2;2\n\ BSSCwmin=4;4;3;2\n\ BSSCwmax=10;10;4;3\n\ BSSTxop=0;0;94;47\n\ BSSACM=0;0;0;0\n\ AckPolicy=0;0;0;0\n\ NoForwarding=0\n\ NoForwardingBTNBSSID=0\n\ HideSSID=0\n\ StationKeepAlive=0\n\ ShortSlot=1\n\ AutoChannelSelect=0\n\ IEEE8021X=0\n\ IEEE80211H=0\n\ CSPeriod=10\n\ WirelessEvent=0\n\ IdsEnable=0\n\ AuthFloodThreshold=32\n\ AssocReqFloodThreshold=32\n\ ReassocReqFloodThreshold=32\n\ ProbeReqFloodThreshold=32\n\ DisassocFloodThreshold=32\n\ DeauthFloodThreshold=32\n\ EapReqFooldThreshold=32\n\ PreAuth=0\n\ AuthMode=################\n\ EncrypType=################\n\ RekeyInterval=0\n\ RekeyMethod=DISABLE\n\ PMKCachePeriod=10\n\ WPAPSK=#########wpa_passphrase_lenth_must_more_than_7_and_less_than_63\n\ DefaultKeyID=1\n\ Key1Type=0\n\ Key1Str=\n\ Key2Type=0\n\ Key2Str=\n\ Key3Type=0\n\ Key3Str=\n\ Key4Type=0\n\ Key4Str=\n\ HSCounter=0\n\ AccessPolicy0=0\n\ AccessControlList0=\n\ AccessPolicy1=0\n\ AccessControlList1=\n\ AccessPolicy2=0\n\ AccessControlList2=\n\ AccessPolicy3=0\n\ AccessControlList3=\n\ WdsEnable=0\n\ WdsEncrypType=NONE\n\ WdsList=\n\ WdsKey=\n\ RADIUS_Server=192.168.2.3\n\ RADIUS_Port=1812\n\ RADIUS_Key=ralink\n\ own_ip_addr=192.168.5.234\n\ EAPifname=br0\n\ PreAuthifname=br0\n\ HT_HTC=0\n\ HT_RDG=1\n\ HT_EXTCHA=0\n\ HT_LinkAdapt=0\n\ HT_OpMode=0\n\ HT_MpduDensity=4\n\ HT_BW=0\n\ HT_BADecline=0\n\ HT_AutoBA=1\n\ HT_AMSDU=0\n\ HT_BAWinSize=64\n\ HT_GI=0\n\ HT_MCS=33\n\ MeshId=MESH\n\ MeshAutoLink=1\n\ MeshAuthMode=OPEN\n\ MeshEncrypType=NONE\n\ MeshWPAKEY=\n\ MeshDefaultkey=1\n\ MeshWEPKEY=\n\ WscManufacturer=\n\ WscModelName=\n\ WscDeviceName=\n\ WscModelNumber=\n\ WscSerialNumber=\n\ RadioOn=1\n\ PMFMFPC=0\n\ PMFMFPR=0\n\ PMFSHA256=0" }; #if defined CONFIG_LOW_POWER_ENABLE #define WL_STA_SLEEP 2 #elif defined CONFIG_WIFI_IDLE_RESUME_BASEBAND_ENABLE #define WL_STA_SLEEP 1//2 #else #define WL_STA_SLEEP 0 #endif static const char WL_STA_DAT[] = { "\ Default\n\ MacAddress=00:00:00:00:00:00\n\ CountryRegion=1\n\ CountryRegionABand=0\n\ CountryCode=CN\n\ ChannelGeography=1\n\ SSID=DEFAULT_CONNECT_SSID\n\ NetworkType=Infra\n\ WirelessMode=9\n\ Channel=1\n\ BeaconPeriod=100\n\ TxPower=100\n\ BGProtection=0\n\ TxPreamble=1\n\ RTSThreshold=2347\n\ FragThreshold=2346\n\ TxBurst=0\n\ PktAggregate=0\n\ WmmCapable=1\n\ AckPolicy=0;0;0;0\n\ AuthMode=OPEN\n\ EncrypType=NONE\n\ WPAPSK=\n\ DefaultKeyID=1\n\ Key1Type=0\n\ Key1Str=\n\ Key2Type=0\n\ Key2Str=\n\ Key3Type=0\n\ Key3Str=\n\ Key4Type=0\n\ Key4Str=\n" #if WL_STA_SLEEP == 1 "PSMode=Legacy_PSP\n" #elif WL_STA_SLEEP == 2 "PSMode=Fast_PSP\n" #else "PSMode=CAM\n" #endif "AutoRoaming=0\n\ RoamThreshold=70\n\ APSDCapable=1\n\ APSDAC=0;0;0;0\n\ HT_RDG=1\n\ HT_EXTCHA=0\n\ HT_OpMode=0\n\ HT_MpduDensity=4\n\ HT_BW=0\n\ HT_BADecline=0\n\ HT_AutoBA=1\n\ HT_AMSDU=0\n\ HT_BAWinSize=64\n\ HT_GI=0\n\ HT_MCS=33\n\ HT_MIMOPSMode=3\n\ HT_DisallowTKIP=1\n\ HT_STBC=0\n\ EthConvertMode=\n\ EthCloneMac=\n\ IEEE80211H=0\n\ TGnWifiTest=0\n\ WirelessEvent=0\n\ MeshId=MESH\n\ MeshAutoLink=1\n\ MeshAuthMode=OPEN\n\ MeshEncrypType=NONE\n\ MeshWPAKEY=\n\ MeshDefaultkey=1\n\ MeshWEPKEY=\n\ CarrierDetect=0\n\ AntDiversity=0\n\ BeaconLostTime=16\n\ FtSupport=0\n\ Wapiifname=ra0\n\ WapiPsk=\n\ WapiPskType=\n\ WapiUserCertPath=\n\ WapiAsCertPath=\n\ PSP_XLINK_MODE=0\n\ WscManufacturer=\n\ WscModelName=\n\ WscDeviceName=\n\ WscModelNumber=\n\ WscSerialNumber=\n\ RadioOn=1\n\ WIDIEnable=0\n\ P2P_L2SD_SCAN_TOGGLE=8\n\ Wsc4digitPinCode=0\n\ P2P_WIDIEnable=0\n\ PMFMFPC=0\n\ PMFMFPR=0\n\ PMFSHA256=0" }; void wsc_sta_config_set_ssid_pwd(const char *ssid, const char *pwd, int ssid_len, int pwd_len) { #ifdef CONFIG_WSC_NET_CFG extern int wsc_net_set_ssid_pwd(const char *ssid, const char *pwd, int ssid_len, int pwd_len); wsc_net_set_ssid_pwd(ssid, pwd, ssid_len, pwd_len); #endif } const char *GET_WL_STA_DAT(void) { return WL_STA_DAT; } int GET_WL_STA_DAT_LEN(void) { return strlen(WL_STA_DAT); } const char *GET_WL_AP_DAT(void) { return WL_AP_DAT; } int GET_WL_AP_DAT_LEN(void) { return strlen(WL_AP_DAT); } #if 0 const char *get_wl_cfg_data(int is_sta) { const char *data = NULL; if (is_sta) { data = malloc(strlen(WL_STA_DAT) + 1); } else { data = malloc(strlen(WL_AP_DAT) + 1); } if (!data) { return NULL; } if (is_sta) { strcpy(data, WL_STA_DAT); } else { strcpy(data, WL_AP_DAT); } return data; } static u32 write_offset = 0; void *RtmpOSFileOpen(const char *fileName, int mode, int opt) { write_offset = 0; return zalloc(4096); } void RtmpOSFileClose(void *ptr) { printf("wifi cfg file : %s\n", (const char *)ptr); free(ptr); } int RtmpOSFileWrite(void *ptr, const char *str, int len) { memcpy(ptr + write_offset, str, len); write_offset += len; return len; } #endif int wl_set_wifi_channel(int channel) { char channel_str[3] = {0}; if (channel < 1 || channel > 14) { return -1; } sprintf(channel_str, "%d", channel); const char *find_channel = "Channel="; char *channel_position = strstr(GET_WL_AP_DAT(), find_channel) + strlen(find_channel); strcpy(channel_position, channel_str); channel_position[strlen(channel_str)] = '\n'; memset(channel_position + strlen(channel_str) + 1, '#', 3 - strlen(channel_str) - 1); return 0; } static int wl_set_ssid(const char *ssid) { if (ssid == 0) { return -1; } const char *find_ssid = "SSID="; char *ssid_position = strstr(GET_WL_AP_DAT(), find_ssid) + strlen(find_ssid); if (strlen(ssid) > 32) { printf("set_ssid_passphrase fail,ssid len (0x%lx) longer than 32!\n", strlen(ssid)); return -1; } strcpy(ssid_position, ssid); ssid_position[strlen(ssid)] = '\n'; memset(ssid_position + strlen(ssid) + 1, '#', 32 - strlen(ssid) - 1); return 0; } static int wl_set_passphrase(const char *passphrase) { if (passphrase == 0) { return -1; } const char *AUTH_MODE, *ENCRYP_TYPE; const char *find_wpa_passphrase = "WPAPSK="; const char *find_AuthMode = "AuthMode="; const char *find_EncrypType = "EncrypType="; char *wpa_passphrase_position = strstr(GET_WL_AP_DAT(), find_wpa_passphrase) + strlen(find_wpa_passphrase); char *AuthMode_position = strstr(GET_WL_AP_DAT(), find_AuthMode) + strlen(find_AuthMode); char *EncrypType_position = strstr(GET_WL_AP_DAT(), find_EncrypType) + strlen(find_EncrypType); if (strcmp(passphrase, "")) { if ((strlen(passphrase) < 8) || (strlen(passphrase) > 63)) { printf("set_ssid_passphrase fail,passphrase len (0x%lx) must more than 7 and less than 63!\n", strlen(passphrase)); return -1; } strcpy(wpa_passphrase_position, passphrase); wpa_passphrase_position[strlen(passphrase)] = '\n'; memset(wpa_passphrase_position + strlen(passphrase) + 1, '#', 63 - strlen(passphrase) - 1); AUTH_MODE = "WPA2PSK"; strcpy(AuthMode_position, AUTH_MODE); AuthMode_position[strlen(AUTH_MODE)] = '\n'; memset(AuthMode_position + strlen(AUTH_MODE) + 1, '#', 16 - strlen(AUTH_MODE) - 1); ENCRYP_TYPE = "AES"; strcpy(EncrypType_position, ENCRYP_TYPE); EncrypType_position[strlen(ENCRYP_TYPE)] = '\n'; memset(EncrypType_position + strlen(ENCRYP_TYPE) + 1, '#', 16 - strlen(ENCRYP_TYPE) - 1); } else { AUTH_MODE = "OPEN"; strcpy(AuthMode_position, AUTH_MODE); AuthMode_position[strlen(AUTH_MODE)] = '\n'; memset(AuthMode_position + strlen(AUTH_MODE) + 1, '#', 16 - strlen(AUTH_MODE) - 1); ENCRYP_TYPE = "NONE"; strcpy(EncrypType_position, ENCRYP_TYPE); EncrypType_position[strlen(ENCRYP_TYPE)] = '\n'; memset(EncrypType_position + strlen(ENCRYP_TYPE) + 1, '#', 16 - strlen(ENCRYP_TYPE) - 1); } return 0; } int wl_ap_init(const char *ssid, const char *passphrase) { int ret; wl_set_ssid(ssid); wl_set_passphrase(passphrase); // printf("WLAP_DAT = \r\n %s \r\n",GET_WL_AP_DAT()); return 0; } void set_bss_table_record(char *data, u32 len) { struct wifi_mode_info info = {0}; info.mode = NONE_MODE; wifi_get_mode_cur_info(&info); if (info.mode == SMP_CFG_MODE) { return; } syscfg_write(WIFI_BSS_TABLE, data, len); } int get_bss_table_record(char *data, u32 len) { int ret; ret = syscfg_read(WIFI_BSS_TABLE, data, len); if (ret < 0) { return 0; } return 1; } void set_scan_result_record(char *data, u32 len) { syscfg_write(WIFI_SCAN_INFO, data, len); } int get_stored_scan_record(char *data, u32 len) { int ret; ret = syscfg_read(WIFI_SCAN_INFO, data, len); if (ret < 0) { return 0; } return 1; } #if 1 struct pmk_info { u32 crc; char pmk[32]; }; int get_stored_pmk(char *password, char *ssid, int ssidlength, char *output) { int ret; u32 crc; struct pmk_info info; /* ret = db_select_buffer(WIFI_PMK_INFO, (char *)&info, sizeof(struct pmk_info)); */ ret = syscfg_read(WIFI_PMK_INFO, (char *)&info, sizeof(struct pmk_info)); if (ret < 0) { return 0; } crc = CRC16(password, strlen(password)); crc += CRC16(ssid, ssidlength); if (crc != info.crc) { return 0; } memcpy(output, info.pmk, sizeof(info.pmk)); printf("stored pmk_info match[%s] [%s],,,\n", ssid, password); return 1; } void set_stored_pmk(char *password, char *ssid, int ssidlength, char *output) { printf("pmk_info not match, store... [%s] [%s],,,\n", ssid, password); struct pmk_info info; info.crc = CRC16(password, strlen(password)); info.crc += CRC16(ssid, ssidlength); memcpy(info.pmk, output, sizeof(info.pmk)); /* db_update_buffer(WIFI_PMK_INFO, (char *)&info, sizeof(struct pmk_info)); */ syscfg_write(WIFI_PMK_INFO, (char *)&info, sizeof(struct pmk_info)); } #endif #endif //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////// int wifi_get_rf_trim_data(void *info, int size) { if (syscfg_read(VM_WIFI_RF_INIT_INFO, info, size) != size) { return -1; } return 0; } int wifi_set_rf_trim_data(void *info, int size) { if (syscfg_write(VM_WIFI_RF_INIT_INFO, info, size) != size) { return -1; } return 0; } /* 大量数据传输时可以设置这个间隔或者缩短休眠间隔 */ void wl_set_active_wait_interval(u8 count) { wl_active_wait_interval_count = count; return; } u8 wl_get_active_wait_interval(void) { return wl_active_wait_interval_count; } /* 设置自定义 beacon 监听间隔，这个间隔时间只有 STA 自己知道，太长可能导致断连 */ void wl_set_custom_listen_interval(u16 interval) { wl_custom_listen_interval = interval; return; } u16 wl_get_custom_listen_interval(void *priv) { return wl_custom_listen_interval; } /* 设置默认 beacon 监听间隔，这个间隔时间在连接关联时会同步给 AP，因此需要在建立连接之前设置，当不监听 DTIM 时，系统按照这个间隔休眠 */ void wl_set_default_listen_interval(u16 interval) { wl_default_listen_interval = interval; return; } u16 wl_get_default_listen_interval(void) { return wl_default_listen_interval; } // Listening policy /* 策略共四种情况： 1、只监听 DTIM (默认)；不启用 2、3 时，默认使用策略 1； 2、每个 TIM 都监听；优先级最高 3、自定义监听间隔； 4、以上三个都不启用则按照默认监听间隔监听；优先级最低 */ extern bool wl_listen_dtim_enabled_flag; // 默认情况下监听 DTIM extern bool wl_listen_each_tim_enabled_flag; extern bool wl_listen_custom_intervals_enabled_flag; extern bool wl_listen_intervals_cheak_flag; // 监听策略修改之后，要给这个标志位置1，让wifi协议栈去更新 void wl_enabled_listen_dtim(void) { wl_listen_dtim_enabled_flag = true; wl_listen_each_tim_enabled_flag = false; wl_listen_custom_intervals_enabled_flag = false; wl_listen_intervals_cheak_flag = true; return; } // 按照默认监听间隔进行监听，该默认间隔需要在连接之前通过 wl_set_default_listen_interval 配置下去，否则默认值是3 void wl_disenabled_listen_dtim(void) { wl_listen_dtim_enabled_flag = false; wl_listen_each_tim_enabled_flag = false; wl_listen_custom_intervals_enabled_flag = false; wl_listen_intervals_cheak_flag = true; return; } // 按照自定义的间隔进行监听，该自定义间隔需要通过 wl_set_custom_listen_interval 配置下去，否则默认值是10 void wl_enabled_listen_custom_intervals(void) { wl_listen_dtim_enabled_flag = false; wl_listen_each_tim_enabled_flag = false; wl_listen_custom_intervals_enabled_flag = true; wl_listen_intervals_cheak_flag = true; return; } // 退出自定义间隔的配置之后，默认回到监听 DTIM 的策略，如果要进入默认间隔的配置则需要再调一次 wl_disenabled_listen_dtim void wl_disenabled_listen_custom_intervals(void) { wl_enabled_listen_dtim(); return; } void wl_enabled_listen_each_tim(void) { wl_listen_dtim_enabled_flag = false; wl_listen_each_tim_enabled_flag = true; wl_listen_custom_intervals_enabled_flag = false; wl_listen_intervals_cheak_flag = true; return; } // 退出监听每一个间隔的配置之后，默认回到监听 DTIM 的策略，如果要进入默认间隔的配置则需要再调一次 wl_disenabled_listen_dtim void wl_disenabled_listen_each_tim(void) { wl_enabled_listen_dtim(); return; } #if 0 //WIFI RX 中庸策略 const u32 STF_END_CNT_THR_VAL = 179; const u32 STF_DET_CNT_THR_VAL = 16; const u32 DS_DET_CNT_THR0_VAL = 3; const u32 STF_DET_THR1_VAL = 180; const u32 STF_DET_THR2_VAL = 180; const u32 STF_DET_THR3_VAL = 180; const u32 DSSS_XCDET_THR1_VAL = 120; const u32 DSSS_XCDET_THR2_VAL = 80; const u32 DS_VLD_CNT_THR_VAL = 72; const u32 DS_DET_CNT_THR1_VAL = 3; ///=======================================================// /// ram adr ctl /// 0 - 127 feq index 0 - 127 /// 128 - 223 agc index 0 - 95 /// 224 - 225 apc index 0 - 31 ///=======================================================// const unsigned long wl_rfd_ram_lut [256][2] = { //{ H , L } /// ================================================= /// FEQ /// /// ///================================================== /* 0 */ { 0x06405555 , 0x8A1B01A0 }, /* 1 */ { 0x06410000 , 0x8A3B01A0 }, /* 2 */ { 0x0641AAAB , 0x8A5B01A0 }, /* 3 */ { 0x06425555 , 0x8A7B01A0 }, /* 4 */ { 0x06430000 , 0x8A9B01A0 }, /* 5 */ { 0x0643AAAB , 0x8ABB01A0 }, /* 6 */ { 0x06445555 , 0x8ADB01A0 }, /* 7 */ { 0x06450000 , 0x8AFB01A0 }, /* 8 */ { 0x0645AAAB , 0x8B1B01A0 }, /* 9 */ { 0x06465555 , 0x8B3B01A0 }, /*10 */ { 0x06470000 , 0x8B5B01A0 }, /*11 */ { 0x0647AAAB , 0x8B7B01A0 }, /*12 */ { 0x06485555 , 0x8B9B01A0 }, /*13 */ { 0x06490000 , 0x8BBB01A0 }, /*14 */ { 0x0649AAAB , 0x8BDB01A0 }, /*15 */ { 0x064A5555 , 0x8BFB01A0 }, /*16 */ { 0x064B0000 , 0x8C1B01A0 }, /*17 */ { 0x064BAAAB , 0x8C3B01A0 }, /*18 */ { 0x064C5555 , 0x8C5B01A0 }, /*19 */ { 0x064D0000 , 0x8C7B01A0 }, /*20 */ { 0x064DAAAB , 0x8C9B01A0 }, /*21 */ { 0x064E5555 , 0x8CBB01A0 }, /*22 */ { 0x064F0000 , 0x8CDB01A0 }, /*23 */ { 0x064FAAAB , 0x8CFB01A0 }, /*24 */ { 0x06505555 , 0x8D1B01A0 }, /*25 */ { 0x06510000 , 0x8D3B01A0 }, /*26 */ { 0x0651AAAB , 0x8D5B01A0 }, /*27 */ { 0x06525555 , 0x8D7B01A0 }, /*28 */ { 0x06530000 , 0x8D9B01A0 }, /*29 */ { 0x0653AAAB , 0x8DBB01A0 }, /*30 */ { 0x06545555 , 0x8DDB01A0 }, /*31 */ { 0x06550000 , 0x8DFB01A0 }, /*32 */ { 0x0655AAAB , 0x8E1B01A0 }, /*33 */ { 0x06565555 , 0x8E3B01A0 }, /*34 */ { 0x06570000 , 0x8E5B01A0 }, /*35 */ { 0x0657AAAB , 0x8E7B01A0 }, /*36 */ { 0x06585555 , 0x8E9B01A0 }, /*37 */ { 0x06590000 , 0x8EBB01A0 }, /*38 */ { 0x0659AAAB , 0x8EDB01A0 }, /*39 */ { 0x065A5555 , 0x8EFB01A0 }, /*40 */ { 0x065B0000 , 0x8F1B01A0 }, /*41 */ { 0x065BAAAB , 0x8F3B01A0 }, /*42 */ { 0x065C5555 , 0x8F5B01A0 }, /*43 */ { 0x065D0000 , 0x8F7B01A0 }, /*44 */ { 0x065DAAAB , 0x8F9B01A0 }, /*45 */ { 0x065E5555 , 0x8FBB01A0 }, /*46 */ { 0x065F0000 , 0x8FDB01A0 }, /*47 */ { 0x065FAAAB , 0x8FFB01A0 }, /*48 */ { 0x06605555 , 0x901B01A0 }, /*49 */ { 0x06610000 , 0x903B01A0 }, /*50 */ { 0x0661AAAB , 0x905B01A0 }, /*51 */ { 0x06625555 , 0x907B01A0 }, /*52 */ { 0x06630000 , 0x909B01A0 }, /*53 */ { 0x0663AAAB , 0x90BB01A0 }, /*54 */ { 0x06645555 , 0x90DB01A0 }, /*55 */ { 0x06650000 , 0x90FB01A0 }, /*56 */ { 0x0665AAAB , 0x911B01A0 }, /*57 */ { 0x06665555 , 0x913B01A0 }, /*58 */ { 0x06670000 , 0x915B01A0 }, /*59 */ { 0x0667AAAB , 0x917B01A0 }, /*60 */ { 0x06685555 , 0x919B01A0 }, /*61 */ { 0x06690000 , 0x91BB01A0 }, /*62 */ { 0x0669AAAB , 0x91DB01A0 }, /*63 */ { 0x066A5555 , 0x91FB01A0 }, /*64 */ { 0x066B0000 , 0x921B01A0 }, /*65 */ { 0x066BAAAB , 0x923B01A0 }, /*66 */ { 0x066C5555 , 0x925B01A0 }, /*67 */ { 0x066D0000 , 0x927B01A0 }, /*68 */ { 0x066DAAAB , 0x929B01A0 }, /*69 */ { 0x066E5555 , 0x92BB01A0 }, /*70 */ { 0x066F0000 , 0x92DB01A0 }, /*71 */ { 0x066FAAAB , 0x92FB01A0 }, /*72 */ { 0x06705555 , 0x931B01A0 }, /*73 */ { 0x06710000 , 0x933B01A0 }, /*74 */ { 0x0671AAAB , 0x935B01A0 }, /*75 */ { 0x06725555 , 0x937B01A0 }, /*76 */ { 0x06730000 , 0x939B01A0 }, /*77 */ { 0x0673AAAB , 0x93BB01A0 }, /*78 */ { 0x06745555 , 0x93DB01A0 }, /*79 */ { 0x06750000 , 0x93FB01A0 }, /*80 */ { 0x0675AAAB , 0x941B01A0 }, /*81 */ { 0x06765555 , 0x943B01A0 }, /*82 */ { 0x06770000 , 0x945B01A0 }, /*83 */ { 0x0677AAAB , 0x947B01A0 }, /*84 */ { 0x06785555 , 0x949B01A0 }, /*85 */ { 0x06790000 , 0x94BB01A0 }, /*86 */ { 0x06790000 , 0x94BB01A0 }, /*87 */ { 0x06790000 , 0x94BB01A0 }, /*88 */ { 0x06790000 , 0x94BB01A0 }, /*89 */ { 0x06790000 , 0x94BB01A0 }, /*90 */ { 0x06790000 , 0x94BB01A0 }, /*91 */ { 0x06790000 , 0x94BB01A0 }, /*92 */ { 0x06790000 , 0x94BB01A0 }, /*93 */ { 0x06790000 , 0x94BB01A0 }, /*94 */ { 0x06790000 , 0x94BB01A0 }, /*95 */ { 0x06790000 , 0x94BB01A0 }, /*96 */ { 0x06790000 , 0x94BB01A0 }, /*97 */ { 0x06790000 , 0x94BB01A0 }, /*98 */ { 0x06790000 , 0x94BB01A0 }, /*99 */ { 0x06790000 , 0x94BB01A0 }, /*100 */{ 0x06415555 , 0x8A3B01A0 }, /*101 */{ 0x0644AAAB , 0x8ADB01A0 }, /*102 */{ 0x06480000 , 0x8B7B01A0 }, /*103 */{ 0x064B5555 , 0x8C1B01A0 }, /*104 */{ 0x064EAAAB , 0x8CBB01A0 }, /*105 */{ 0x06520000 , 0x8D5B01A0 }, /*106 */{ 0x06555555 , 0x8DFB01A0 }, /*107 */{ 0x0658AAAB , 0x8E9B01A0 }, /*108 */{ 0x065C0000 , 0x8F3B01A0 }, /*109 */{ 0x065F5555 , 0x8FDB01A0 }, /*110 */{ 0x0662AAAB , 0x907B01A0 }, /*111 */{ 0x06660000 , 0x911B01A0 }, /*112 */{ 0x06695555 , 0x91BB01A0 }, /*113 */{ 0x066CAAAB , 0x925B01A0 }, /*114 */{ 0x06700000 , 0x92FB01A0 }, /*115 */{ 0x06735555 , 0x939B01A0 }, /*116 */{ 0x0676AAAB , 0x943B01A0 }, /*117 */{ 0x067A0000 , 0x94DB01A0 }, /*118 */{ 0x067A0000 , 0x94DB01A0 }, /*119 */{ 0x067A0000 , 0x94DB01A0 }, /*120 */{ 0x067A0000 , 0x94DB01A0 }, /*121 */{ 0x067A0000 , 0x94DB01A0 }, /*122 */{ 0x067A0000 , 0x94DB01A0 }, /*123 */{ 0x067A0000 , 0x94DB01A0 }, /*124 */{ 0x067A0000 , 0x94DB01A0 }, /*125 */{ 0x067A0000 , 0x94DB01A0 }, /*126 */{ 0x067A0000 , 0x94DB01A0 }, /*127 */{ 0x067A0000 , 0x94DB01A0 }, /// ================================================= /// AGC /// [32] [31:29] [28:26] [25:23] [22:20] [19:18] [17:15] [14:11] [10:4] [3:2] [1:0] /// TRX_RFSW TRX_RFCAP VG1_5-0 VG0_12/6/0 HPF_GS RXF3_12/6RXF_12/6/0 MIX_TIA_RT MIX_TIA_CT MIX_GM_GS LNA_GS ///================================================== /*128*/{0x0000007A , 0x008087F0 }, /*129*/{0x0000007A , 0x048087F0 }, /*130*/{0x0000007A , 0x088087F0 }, /*131*/{0x0000007A , 0x0C8087F0 }, /*132*/{0x0000007A , 0x108087F0 }, /*133*/{0x0000007A , 0x008087F4 }, /*134*/{0x0000007A , 0x048087F4 }, /*135*/{0x0000007A , 0x088087F4 }, /*136*/{0x0000000A , 0x008087F4 }, /*137*/{0x0000000A , 0x048087F4 }, /*138*/{0x0000000A , 0x088087F4 }, /*139*/{0x0000000A , 0x0C8087F4 }, /*140*/{0x0000000A , 0x108087F4 }, /*141*/{0x0000000A , 0x148087F4 }, /*142*/{0x0000000A , 0x008087F5 }, /*143*/{0x0000000A , 0x048087F5 }, /*144*/{0x0000000A , 0x088087F5 }, /*145*/{0x0000000A , 0x0C8087F5 }, /*146*/{0x0000000A , 0x108087F5 }, /*147*/{0x0000000A , 0x008087F6 }, /*148*/{0x0000000A , 0x048087F6 }, /*149*/{0x0000000A , 0x088087F6 }, /*150*/{0x0000000A , 0x0C8087F6 }, /*151*/{0x0000000A , 0x108087F6 }, /*152*/{0x0000000A , 0x148087F6 }, /*153*/{0x0000000A , 0x011087F6 }, /*154*/{0x0000000A , 0x051087F6 }, /*155*/{0x0000000A , 0x091087F6 }, /*156*/{0x0000000A , 0x0D1087F6 }, /*157*/{0x0000000A , 0x111087F6 }, /*158*/{0x0000000A , 0x151087F6 }, /*159*/{0x0000000A , 0x012487F6 }, /*160*/{0x0000000A , 0x052487F6 }, /*161*/{0x0000000A , 0x092487F6 }, /*162*/{0x0000000A , 0x0D2487F6 }, /*163*/{0x0000000A , 0x008087F7 }, /*164*/{0x0000000A , 0x048087F7 }, /*165*/{0x0000000A , 0x088087F7 }, /*166*/{0x0000000A , 0x0C8087F7 }, /*167*/{0x0000000A , 0x108087F7 }, /*168*/{0x0000000A , 0x148087F7 }, /*169*/{0x0000000A , 0x011087F7 }, /*170*/{0x0000000A , 0x051087F7 }, /*171*/{0x0000000A , 0x091087F7 }, /*172*/{0x0000000A , 0x0D1087F7 }, /*173*/{0x0000000A , 0x111087F7 }, /*174*/{0x0000000A , 0x151087F7 }, /*175*/{0x0000000A , 0x012487F7 }, /*176*/{0x0000000A , 0x052487F7 }, /*177*/{0x0000000A , 0x092487F7 }, /*178*/{0x0000000A , 0x0D2487F7 }, /*179*/{0x0000000A , 0x112487F7 }, /*180*/{0x0000000A , 0x15109C57 }, /*181*/{0x0000000A , 0x01249C57 }, /*182*/{0x0000000A , 0x05249C57 }, /*183*/{0x0000000A , 0x09249C57 }, /*184*/{0x0000000A , 0x0D249C57 }, /*185*/{0x0000000A , 0x11249C57 }, /*186*/{0x0000000A , 0x0110C8F7 }, /*187*/{0x0000000A , 0x0510C8F7 }, /*188*/{0x0000000A , 0x0910C8F7 }, /*189*/{0x0000000A , 0x0D10C8F7 }, /*190*/{0x0000000A , 0x1110C8F7 }, /*191*/{0x0000000A , 0x1510C8F7 }, /*192*/{0x0000000A , 0x0124C8F7 }, /*193*/{0x0000000A , 0x0524C8F7 }, /*194*/{0x0000000A , 0x0924C8F7 }, /*195*/{0x0000000A , 0x0D24C8F7 }, /*196*/{0x0000000A , 0x1124C8F7 }, /*197*/{0x0000000A , 0x1524C8F7 }, /*198*/{0x0000000A , 0x013548F7 }, /*199*/{0x0000000A , 0x053548F7 }, /*200*/{0x0000000A , 0x093548F7 }, /*201*/{0x0000000A , 0x0D3548F7 }, /*202*/{0x0000000A , 0x113548F7 }, /*203*/{0x0000000A , 0x153548F7 }, /*204*/{0x0000000A , 0x024548F7 }, /*205*/{0x0000000A , 0x064548F7 }, /*206*/{0x0000000A , 0x0A4548F7 }, /*207*/{0x0000000A , 0x0E4548F7 }, /*208*/{0x0000000A , 0x124548F7 }, /*209*/{0x0000000A , 0x164548F7 }, /*210*/{0x0000000A , 0x025948F7 }, /*211*/{0x0000000A , 0x065948F7 }, /*212*/{0x0000000A , 0x0A5948F7 }, /*213*/{0x0000000A , 0x0E5948F7 }, /*214*/{0x0000000A , 0x125948F7 }, /*215*/{0x0000000A , 0x165948F7 }, /*216*/{0x0000000A , 0x026A48F7 }, /*217*/{0x0000000A , 0x066A48F7 }, /*218*/{0x0000000A , 0x0A6A48F7 }, /*219*/{0x0000000A , 0x0E6A48F7 }, /*220*/{0x0000000A , 0x126A48F7 }, /*221*/{0x0000000A , 0x166A48F7 }, /*222*/{0x0000000A , 0x166A48F7 }, /*223*/{0x0000000A , 0x166A48F7 }, /// ================================================= /// APC /// /// ///================================================== /*224*/{ 0x00000078, 0x17836876}, /*225*/{ 0x00000078, 0x17A36876}, /*226*/{ 0x00000078, 0x17C36876}, /*227*/{ 0x00000078, 0x17E36876}, /*228*/{ 0x00000078, 0x57E36876}, /*229*/{ 0x00000078, 0x97E36876}, /*230*/{ 0x00000078, 0xD7E36876}, /*231*/{ 0x00000078, 0xD7E36876}, /*232*/{ 0x00000078, 0xD7E36876}, /*233*/{ 0x00000078, 0xD7E36876}, /*234*/{ 0x00000078, 0xD7E36876}, /*235*/{ 0x00000078, 0xD7E36876}, /*236*/{ 0x00000078, 0xD7E36876}, /*237*/{ 0x00000078, 0xD7E36876}, /*238*/{ 0x00000078, 0xD7E36876}, /*239*/{ 0x00000078, 0xD7E36876}, /*240*/{ 0x00000078, 0x17830871}, /*241*/{ 0x00000078, 0x17831871}, /*242*/{ 0x00000078, 0x17832871}, /*243*/{ 0x00000078, 0x17834871}, /*244*/{ 0x00000078, 0x17836871}, /*245*/{ 0x00000078, 0x17A36871}, /*246*/{ 0x00000078, 0x17E36871}, /*247*/{ 0x00000078, 0x57E36871}, /*248*/{ 0x00000078, 0x97E36871}, /*249*/{ 0x00000078, 0xD7E36875}, /*250*/{ 0x00000078, 0xD7E36876}, /*251*/{ 0x00000078, 0xD7E3687a}, /*252*/{ 0x00000078, 0xD7E3687a}, /*253*/{ 0x00000078, 0xD7E3687a}, /*254*/{ 0x00000078, 0xD7E3687a}, /*255*/{ 0x00000078, 0xD7E3687a}, }; #else // WIFI RX 抗干扰能力更强策略 const u32 STF_END_CNT_THR_VAL = 190; const u32 STF_DET_CNT_THR_VAL = 12; const u32 DS_DET_CNT_THR0_VAL = 4; const u32 STF_DET_THR1_VAL = 190; const u32 STF_DET_THR2_VAL = 150; const u32 STF_DET_THR3_VAL = 140; const u32 DSSS_XCDET_THR1_VAL = 80; const u32 DSSS_XCDET_THR2_VAL = 100; const u32 DS_VLD_CNT_THR_VAL = 80; const u32 DS_DET_CNT_THR1_VAL = 4; ///=======================================================// /// ram adr ctl /// 0 - 127 feq index 0 - 127 /// 128 - 223 agc index 0 - 95 /// 224 - 225 apc index 0 - 31 ///=======================================================// const unsigned long wl_rfd_ram_lut [256][2] = { //{ H , L } /// ================================================= /// FEQ /// /// ///================================================== /* 0 */ { 0x06405555 , 0x8A1B01A0 }, /* 1 */ { 0x06410000 , 0x8A3B01A0 }, /* 2 */ { 0x0641AAAB , 0x8A5B01A0 }, /* 3 */ { 0x06425555 , 0x8A7B01A0 }, /* 4 */ { 0x06430000 , 0x8A9B01A0 }, /* 5 */ { 0x0643AAAB , 0x8ABB01A0 }, /* 6 */ { 0x06445555 , 0x8ADB01A0 }, /* 7 */ { 0x06450000 , 0x8AFB01A0 }, /* 8 */ { 0x0645AAAB , 0x8B1B01A0 }, /* 9 */ { 0x06465555 , 0x8B3B01A0 }, /*10 */ { 0x06470000 , 0x8B5B01A0 }, /*11 */ { 0x0647AAAB , 0x8B7B01A0 }, /*12 */ { 0x06485555 , 0x8B9B01A0 }, /*13 */ { 0x06490000 , 0x8BBB01A0 }, /*14 */ { 0x0649AAAB , 0x8BDB01A0 }, /*15 */ { 0x064A5555 , 0x8BFB01A0 }, /*16 */ { 0x064B0000 , 0x8C1B01A0 }, /*17 */ { 0x064BAAAB , 0x8C3B01A0 }, /*18 */ { 0x064C5555 , 0x8C5B01A0 }, /*19 */ { 0x064D0000 , 0x8C7B01A0 }, /*20 */ { 0x064DAAAB , 0x8C9B01A0 }, /*21 */ { 0x064E5555 , 0x8CBB01A0 }, /*22 */ { 0x064F0000 , 0x8CDB01A0 }, /*23 */ { 0x064FAAAB , 0x8CFB01A0 }, /*24 */ { 0x06505555 , 0x8D1B01A0 }, /*25 */ { 0x06510000 , 0x8D3B01A0 }, /*26 */ { 0x0651AAAB , 0x8D5B01A0 }, /*27 */ { 0x06525555 , 0x8D7B01A0 }, /*28 */ { 0x06530000 , 0x8D9B01A0 }, /*29 */ { 0x0653AAAB , 0x8DBB01A0 }, /*30 */ { 0x06545555 , 0x8DDB01A0 }, /*31 */ { 0x06550000 , 0x8DFB01A0 }, /*32 */ { 0x0655AAAB , 0x8E1B01A0 }, /*33 */ { 0x06565555 , 0x8E3B01A0 }, /*34 */ { 0x06570000 , 0x8E5B01A0 }, /*35 */ { 0x0657AAAB , 0x8E7B01A0 }, /*36 */ { 0x06585555 , 0x8E9B01A0 }, /*37 */ { 0x06590000 , 0x8EBB01A0 }, /*38 */ { 0x0659AAAB , 0x8EDB01A0 }, /*39 */ { 0x065A5555 , 0x8EFB01A0 }, /*40 */ { 0x065B0000 , 0x8F1B01A0 }, /*41 */ { 0x065BAAAB , 0x8F3B01A0 }, /*42 */ { 0x065C5555 , 0x8F5B01A0 }, /*43 */ { 0x065D0000 , 0x8F7B01A0 }, /*44 */ { 0x065DAAAB , 0x8F9B01A0 }, /*45 */ { 0x065E5555 , 0x8FBB01A0 }, /*46 */ { 0x065F0000 , 0x8FDB01A0 }, /*47 */ { 0x065FAAAB , 0x8FFB01A0 }, /*48 */ { 0x06605555 , 0x901B01A0 }, /*49 */ { 0x06610000 , 0x903B01A0 }, /*50 */ { 0x0661AAAB , 0x905B01A0 }, /*51 */ { 0x06625555 , 0x907B01A0 }, /*52 */ { 0x06630000 , 0x909B01A0 }, /*53 */ { 0x0663AAAB , 0x90BB01A0 }, /*54 */ { 0x06645555 , 0x90DB01A0 }, /*55 */ { 0x06650000 , 0x90FB01A0 }, /*56 */ { 0x0665AAAB , 0x911B01A0 }, /*57 */ { 0x06665555 , 0x913B01A0 }, /*58 */ { 0x06670000 , 0x915B01A0 }, /*59 */ { 0x0667AAAB , 0x917B01A0 }, /*60 */ { 0x06685555 , 0x919B01A0 }, /*61 */ { 0x06690000 , 0x91BB01A0 }, /*62 */ { 0x0669AAAB , 0x91DB01A0 }, /*63 */ { 0x066A5555 , 0x91FB01A0 }, /*64 */ { 0x066B0000 , 0x921B01A0 }, /*65 */ { 0x066BAAAB , 0x923B01A0 }, /*66 */ { 0x066C5555 , 0x925B01A0 }, /*67 */ { 0x066D0000 , 0x927B01A0 }, /*68 */ { 0x066DAAAB , 0x929B01A0 }, /*69 */ { 0x066E5555 , 0x92BB01A0 }, /*70 */ { 0x066F0000 , 0x92DB01A0 }, /*71 */ { 0x066FAAAB , 0x92FB01A0 }, /*72 */ { 0x06705555 , 0x931B01A0 }, /*73 */ { 0x06710000 , 0x933B01A0 }, /*74 */ { 0x0671AAAB , 0x935B01A0 }, /*75 */ { 0x06725555 , 0x937B01A0 }, /*76 */ { 0x06730000 , 0x939B01A0 }, /*77 */ { 0x0673AAAB , 0x93BB01A0 }, /*78 */ { 0x06745555 , 0x93DB01A0 }, /*79 */ { 0x06750000 , 0x93FB01A0 }, /*80 */ { 0x0675AAAB , 0x941B01A0 }, /*81 */ { 0x06765555 , 0x943B01A0 }, /*82 */ { 0x06770000 , 0x945B01A0 }, /*83 */ { 0x0677AAAB , 0x947B01A0 }, /*84 */ { 0x06785555 , 0x949B01A0 }, /*85 */ { 0x06790000 , 0x94BB01A0 }, /*86 */ { 0x06790000 , 0x94BB01A0 }, /*87 */ { 0x06790000 , 0x94BB01A0 }, /*88 */ { 0x06790000 , 0x94BB01A0 }, /*89 */ { 0x06790000 , 0x94BB01A0 }, /*90 */ { 0x06790000 , 0x94BB01A0 }, /*91 */ { 0x06790000 , 0x94BB01A0 }, /*92 */ { 0x06790000 , 0x94BB01A0 }, /*93 */ { 0x06790000 , 0x94BB01A0 }, /*94 */ { 0x06790000 , 0x94BB01A0 }, /*95 */ { 0x06790000 , 0x94BB01A0 }, /*96 */ { 0x06790000 , 0x94BB01A0 }, /*97 */ { 0x06790000 , 0x94BB01A0 }, /*98 */ { 0x06790000 , 0x94BB01A0 }, /*99 */ { 0x06790000 , 0x94BB01A0 }, /*100 */{ 0x06415555 , 0x8A3B01A0 }, /*101 */{ 0x0644AAAB , 0x8ADB01A0 }, /*102 */{ 0x06480000 , 0x8B7B01A0 }, /*103 */{ 0x064B5555 , 0x8C1B01A0 }, /*104 */{ 0x064EAAAB , 0x8CBB01A0 }, /*105 */{ 0x06520000 , 0x8D5B01A0 }, /*106 */{ 0x06555555 , 0x8DFB01A0 }, /*107 */{ 0x0658AAAB , 0x8E9B01A0 }, /*108 */{ 0x065C0000 , 0x8F3B01A0 }, /*109 */{ 0x065F5555 , 0x8FDB01A0 }, /*110 */{ 0x0662AAAB , 0x907B01A0 }, /*111 */{ 0x06660000 , 0x911B01A0 }, /*112 */{ 0x06695555 , 0x91BB01A0 }, /*113 */{ 0x066CAAAB , 0x925B01A0 }, /*114 */{ 0x06700000 , 0x92FB01A0 }, /*115 */{ 0x06735555 , 0x939B01A0 }, /*116 */{ 0x0676AAAB , 0x943B01A0 }, /*117 */{ 0x067A0000 , 0x94DB01A0 }, /*118 */{ 0x067A0000 , 0x94DB01A0 }, /*119 */{ 0x067A0000 , 0x94DB01A0 }, /*120 */{ 0x067A0000 , 0x94DB01A0 }, /*121 */{ 0x067A0000 , 0x94DB01A0 }, /*122 */{ 0x067A0000 , 0x94DB01A0 }, /*123 */{ 0x067A0000 , 0x94DB01A0 }, /*124 */{ 0x067A0000 , 0x94DB01A0 }, /*125 */{ 0x067A0000 , 0x94DB01A0 }, /*126 */{ 0x067A0000 , 0x94DB01A0 }, /*127 */{ 0x067A0000 , 0x94DB01A0 }, /// ================================================= /// AGC /// [32] [31:29] [28:26] [25:23] [22:20] [19:18] [17:15] [14:11] [10:4] [3:2] [1:0] /// TRX_RFSW TRX_RFCAP VG1_5-0 VG0_12/6/0 HPF_GS RXF3_12/6RXF_12/6/0 MIX_TIA_RT MIX_TIA_CT MIX_GM_GS LNA_GS ///================================================== /*128*/{0x0000007A , 0x008087F0 }, /*129*/{0x0000007A , 0x048087F0 }, /*130*/{0x0000007A , 0x088087F0 }, /*131*/{0x0000007A , 0x0C8087F0 }, /*132*/{0x0000007A , 0x108087F0 }, /*133*/{0x0000007A , 0x008087F4 }, /*134*/{0x0000007A , 0x048087F4 }, /*135*/{0x0000007A , 0x088087F4 }, /*136*/{0x0000000A , 0x008087F4 }, /*137*/{0x0000000A , 0x048087F4 }, /*138*/{0x0000000A , 0x088087F4 }, /*139*/{0x0000000A , 0x0C8087F4 }, /*140*/{0x0000000A , 0x108087F4 }, /*141*/{0x0000000A , 0x148087F4 }, /*142*/{0x0000000A , 0x008087F5 }, /*143*/{0x0000000A , 0x048087F5 }, /*144*/{0x0000000A , 0x088087F5 }, /*145*/{0x0000000A , 0x0C8087F5 }, /*146*/{0x0000000A , 0x108087F5 }, /*147*/{0x0000000A , 0x008087F6 }, /*148*/{0x0000000A , 0x048087F6 }, /*149*/{0x0000000A , 0x088087F6 }, /*150*/{0x0000000A , 0x0C8087F6 }, /*151*/{0x0000000A , 0x108087F6 }, /*152*/{0x0000000A , 0x148087F6 }, /*153*/{0x0000000A , 0x011087F6 }, /*154*/{0x0000000A , 0x051087F6 }, /*155*/{0x0000000A , 0x091087F6 }, /*156*/{0x0000000A , 0x0D1087F6 }, /*157*/{0x0000000A , 0x111087F6 }, /*158*/{0x0000000A , 0x151087F6 }, /*159*/{0x0000000A , 0x012487F6 }, /*160*/{0x0000000A , 0x052487F6 }, /*161*/{0x0000000A , 0x092487F6 }, /*162*/{0x0000000A , 0x0D2487F6 }, /*163*/{0x0000000A , 0x008087F7 }, /*164*/{0x0000000A , 0x048087F7 }, /*165*/{0x0000000A , 0x088087F7 }, /*166*/{0x0000000A , 0x0C8087F7 }, /*167*/{0x0000000A , 0x108087F7 }, /*168*/{0x0000000A , 0x148087F7 }, /*169*/{0x0000000A , 0x011087F7 }, /*170*/{0x0000000A , 0x051087F7 }, /*171*/{0x0000000A , 0x091087F7 }, /*172*/{0x0000000A , 0x0D1087F7 }, /*173*/{0x0000000A , 0x111087F7 }, /*174*/{0x0000000A , 0x151087F7 }, /*175*/{0x0000000A , 0x012487F7 }, /*176*/{0x0000000A , 0x052487F7 }, /*177*/{0x0000000A , 0x092487F7 }, /*178*/{0x0000000A , 0x0D2487F7 }, /*179*/{0x0000000A , 0x112487F7 }, /*180*/{0x0000000A , 0x0D248F17 }, /*181*/{0x0000000A , 0x11248F17 }, /*182*/{0x0000000A , 0x15248F17 }, /*183*/{0x0000000A , 0x01350F17 }, /*184*/{0x0000000A , 0x05350F17 }, /*185*/{0x0000000A , 0x09350F17 }, /*186*/{0x0000000A , 0x15249C57 }, /*187*/{0x0000000A , 0x01351C57 }, /*188*/{0x0000000A , 0x05351C57 }, /*189*/{0x0000000A , 0x09351C57 }, /*190*/{0x0000000A , 0x1524AAB7 }, /*191*/{0x0000000A , 0x01352AB7 }, /*192*/{0x0000000A , 0x05352AB7 }, /*193*/{0x0000000A , 0x09352AB7 }, /*194*/{0x0000000A , 0x0D352AB7 }, /*195*/{0x0000000A , 0x11352AB7 }, /*196*/{0x0000000A , 0x11353217 }, /*197*/{0x0000000A , 0x15353217 }, /*198*/{0x0000000A , 0x02453217 }, /*199*/{0x0000000A , 0x06453217 }, /*200*/{0x0000000A , 0x0A453217 }, /*201*/{0x0000000A , 0x0E453217 }, /*202*/{0x0000000A , 0x12453217 }, /*203*/{0x0000000A , 0x16453217 }, /*204*/{0x0000000A , 0x0E453997 }, /*205*/{0x0000000A , 0x12453997 }, /*206*/{0x0000000A , 0x16453997 }, /*207*/{0x0000000A , 0x02593997 }, /*208*/{0x0000000A , 0x02594137 }, /*209*/{0x0000000A , 0x06594137 }, /*210*/{0x0000000A , 0x0A594137 }, /*211*/{0x0000000A , 0x0E594137 }, /*212*/{0x0000000A , 0x12594137 }, /*213*/{0x0000000A , 0x0E594137 }, /*214*/{0x0000000A , 0x125948F7 }, /*215*/{0x0000000A , 0x165948F7 }, /*216*/{0x0000000A , 0x026A48F7 }, /*217*/{0x0000000A , 0x066A48F7 }, /*218*/{0x0000000A , 0x0A6A48F7 }, /*219*/{0x0000000A , 0x0E6A48F7 }, /*220*/{0x0000000A , 0x126A48F7 }, /*221*/{0x0000000A , 0x166A48F7 }, /*222*/{0x0000000A , 0x166A48F7 }, /*223*/{0x0000000A , 0x166A48F7 }, /// ================================================= /// APC /// /// ///================================================== /*224*/{ 0x00000078, 0x17836876}, /*225*/{ 0x00000078, 0x17A36876}, /*226*/{ 0x00000078, 0x17C36876}, /*227*/{ 0x00000078, 0x17E36876}, /*228*/{ 0x00000078, 0x57E36876}, /*229*/{ 0x00000078, 0x97E36876}, /*230*/{ 0x00000078, 0xD7E36876}, /*231*/{ 0x00000078, 0xD7E36876}, /*232*/{ 0x00000078, 0xD7E36876}, /*233*/{ 0x00000078, 0xD7E36876}, /*234*/{ 0x00000078, 0xD7E36876}, /*235*/{ 0x00000078, 0xD7E36876}, /*236*/{ 0x00000078, 0xD7E36876}, /*237*/{ 0x00000078, 0xD7E36876}, /*238*/{ 0x00000078, 0xD7E36876}, /*239*/{ 0x00000078, 0xD7E36876}, /*240*/{ 0x00000078, 0x17830871}, /*241*/{ 0x00000078, 0x17831871}, /*242*/{ 0x00000078, 0x17832871}, /*243*/{ 0x00000078, 0x17834871}, /*244*/{ 0x00000078, 0x17836871}, /*245*/{ 0x00000078, 0x17A36871}, /*246*/{ 0x00000078, 0x17E36871}, /*247*/{ 0x00000078, 0x57E36871}, /*248*/{ 0x00000078, 0x97E36871}, /*249*/{ 0x00000078, 0xD7E36875}, /*250*/{ 0x00000078, 0xD7E36876}, /*251*/{ 0x00000078, 0xD7E3687a}, /*252*/{ 0x00000078, 0xD7E3687a}, /*253*/{ 0x00000078, 0xD7E3687a}, /*254*/{ 0x00000078, 0xD7E3687a}, /*255*/{ 0x00000078, 0xD7E3687a}, }; #endif /** * @brief Log (Verbose/Info/Debug/Warn/Error) */ /*-----------------------------------------------------------*/ const char log_tag_const_v_WEBSOCKET AT(.LOG_TAG_CONST) = CONFIG_DEBUG_LIB(TRUE); const char log_tag_const_d_WEBSOCKET AT(.LOG_TAG_CONST) = CONFIG_DEBUG_LIB(TRUE); const char log_tag_const_i_WEBSOCKET AT(.LOG_TAG_CONST) = CONFIG_DEBUG_LIB(TRUE); const char log_tag_const_w_WEBSOCKET AT(.LOG_TAG_CONST) = CONFIG_DEBUG_LIB(TRUE); const char log_tag_const_e_WEBSOCKET AT(.LOG_TAG_CONST) = CONFIG_DEBUG_LIB(TRUE);