Rt2860v2.sh

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#!/bin/sh
#
# by lintel@gmail.com, hoowa.sun@gmail.com
#
# by memccpy@gmail.com 2014.8

append DRIVERS "rt2860v2"

prepare_config() {
#获取参数 存储配置的变量 目标配置关键字
# Get parameter storage configuration variable target configuration keyword

	local num=0 mode disabled

#准备产生RaX的无线配置
# Ready to produce RaX wireless configuration
	local device=$1

#获取当前用户配置的无线Mac
# Get current user configurable wireless Mac
	config_get macaddr $device macaddr

#获取当前的无线频道
# Get the current wireless channel
	config_get channel $device channel

#获取当前的802.11无线模式
# Get the current 802.11 wireless mode
	config_get hwmode $device mode
	
#获取WMM支持
# Get WMM support
	config_get wmm $device wmm
	
#获取设备的传输功率
# Obtaining transmission power of the device
	config_get txpower $device txpower
	
#获取设备的HT（频宽）
# Get equipment HT (bandwidth)
	config_get ht $device ht

#获取国家代码
# Get country code
	config_get country $device country
	
#是否有MAC过滤
# Is there MAC filtering
	config_get macpolicy $device macpolicy

#MAC地址过滤列表
# MAC address filtering list
	config_get maclist $device maclist

#字符格式转义
# Escape character format
	ra_maclist="${maclist// /;};"

#是否支持GREEN AP功能
# GREEN AP function support
	config_get_bool greenap $device greenap 0
	config_get_bool antdiv "$device" diversity
	config_get frag "$device" frag 2346
	config_get rts "$device" rts 2347
	config_get distance "$device" distance
	config_get hidessid "$device" hidden 0
	
#获取该Radio下面的虚拟接口
# Get the Radio following virtual interface
	config_get vifs "$device" vifs
	
#获取虚拟接口的数量，并提前配置SSID
# Get the number of virtual interfaces, and pre-configured SSID
for vif in $vifs; do
	let num+=1
	config_get_bool disabled "$vif" disabled 0
	config_get mode "$vif" mode 0
	
	#如果某个SSID接口需要隐藏，则所有的接口都隐藏
	# If a need to hide the SSID interface, all interfaces are hidden
	[ "$hidessid" == "0" ] && {
	config_get hidessid $vif hidden 0
	}
	
	#已经关闭的接口以及sta模式的排除在外。
	# The interface has been closed and the sta mode excluded.
	[ "$mode" = "sta" ]&& {
	let num-=1 
	continue
	}
	[ "$disabled" == "1" ]&& {
	let num-=1
	continue
	}
	
	case $num in
	1)
		config_get ssid1 "$vif" ssid
		;;
	2)
		config_get ssid2 "$vif" ssid
		;;
	3)
		config_get ssid3 "$vif" ssid
		;;
	4)
		config_get ssid4 "$vif" ssid
		;;
	*)
		;;
	esac
done

#开始准备HT模式配置，注意HT模式仅在11N下有效。
# Began to prepare HT mode configuration, note HT mode is only valid under 11N.
	HT=1
	HT_CE=1

    if [ "$ht" = "20" ]; then
      HT=0 
    elif [ "$ht" = "20+40" ]; then
      HT=1 
      HT_CE=1
    elif [ "$ht" = "40" ] ; then
      HT=1 
      HT_CE=0
    else
    echo "ht config has some problem!use default!!!"
      HT=0
      HT_CE=1
    fi


	# 在HT40模式下,需要另外的一个频道，如果EXTCHA=0,则当前第二频道为$channel + 4.
	# In HT40 mode, requires an additional channel, if EXTCHA = 0, then the current of the second channel for $ channel + 4.
	# 如果EXTCHA=1,则当前的第二频道为$channel - 4.
	# If EXTCHA = 1, then the current second channel for $ channel - 4.
	# 如果当前频道被限制在1-4,则是当前频道+ 4，若否，则为当前频道-4 
	# If the current channel is limited to 1-4, it is the current channel + 4, if not, for the current channel -4
	
	EXTCHA=1
	
	[ "$channel" != auto ] && [ "$channel" -lt "5" ] && EXTCHA=1

#配置自动选择无线频道
# Configured to automatically select the wireless channel
     [ "$channel" == "auto" ] && {
        channel=11
        AutoChannelSelect=2
    } 

#开始判断WiFi的MAC过滤方式.
# Begin to judge the WiFi MAC filtering.
    case "$macpolicy" in
	allow|2)
	ra_macfilter=1;
	;;
	deny|1)
	ra_macfilter=2;
	;;
	*|disable|none|0)
	ra_macfilter=0;
	;;
    esac

	cat > /tmp/RT2860.dat<<EOF
#The word of "Default" must not be removed
Default
CountryRegion=0
CountryRegionABand=7
CountryCode=${country:-US}
BssidNum=${num:-1}
SSID1=${ssid1:-OpenWrt_SSID1}
SSID2=${ssid2:-OpenWrt_SSID2}
SSID3=${ssid3:-OpenWrt_SSID3}
SSID4=${ssid4:-OpenWrt_SSID4}
SSID5=
SSID6=
SSID7=
SSID8=
WirelessMode=${hwmode:-9}
FixedTxMode=
TxRate=0
MacAddress=${macaddr}
Channel=${channel:-11}
BasicRate=15
BeaconPeriod=100
DtimPeriod=1
TxPower=${txpower:-100}
DisableOLBC=0
BGProtection=0
TxAntenna=
RxAntenna=
TxPreamble=1
RTSThreshold=${rts:-2347}
FragThreshold=${frag:-2346}
TxBurst=1
PktAggregate=1
AutoProvisionEn=0
FreqDelta=0
TurboRate=0
WmmCapable=${wmm:-0}
APAifsn=3;7;1;1
APCwmin=4;4;3;2
APCwmax=6;10;4;3
APTxop=0;0;94;47
APACM=0;0;0;0
BSSAifsn=3;7;2;2
BSSCwmin=4;4;3;2
BSSCwmax=10;10;4;3
BSSTxop=0;0;94;47
BSSACM=0;0;0;0
AckPolicy=0;0;0;0
APSDCapable=0
DLSCapable=0
NoForwarding=0
NoForwardingBTNBSSID=0
HideSSID=${hidessid:-0}
ShortSlot=1
AutoChannelSelect=${AutoChannelSelect:-0}
IEEE8021X=0
IEEE80211H=0
CarrierDetect=0
ITxBfEn=0
PreAntSwitch=
PhyRateLimit=0
DebugFlags=0
ETxBfEnCond=0
ITxBfTimeout=0
ETxBfTimeout=0
ETxBfNoncompress=0
ETxBfIncapable=0
FineAGC=0
StreamMode=0
StreamModeMac0=
StreamModeMac1=
StreamModeMac2=
StreamModeMac3=
CSPeriod=6
RDRegion=
StationKeepAlive=0
DfsLowerLimit=0
DfsUpperLimit=0
DfsOutdoor=0
SymRoundFromCfg=0
BusyIdleFromCfg=0
DfsRssiHighFromCfg=0
DfsRssiLowFromCfg=0
DFSParamFromConfig=0
FCCParamCh0=
FCCParamCh1=
FCCParamCh2=
FCCParamCh3=
CEParamCh0=
CEParamCh1=
CEParamCh2=
CEParamCh3=
JAPParamCh0=
JAPParamCh1=
JAPParamCh2=
JAPParamCh3=
JAPW53ParamCh0=
JAPW53ParamCh1=
JAPW53ParamCh2=
JAPW53ParamCh3=
FixDfsLimit=0
LongPulseRadarTh=0
AvgRssiReq=0
DFS_R66=0
BlockCh=
GreenAP=0
PreAuth=0
AuthMode=OPEN
EncrypType=NONE
WapiPsk1=0123456789
WapiPsk2=
WapiPsk3=
WapiPsk4=
WapiPsk5=
WapiPsk6=
WapiPsk7=
WapiPsk8=
WapiPskType=0
Wapiifname=
WapiAsCertPath=
WapiUserCertPath=
WapiAsIpAddr=
WapiAsPort=
RekeyMethod=DISABLE
RekeyInterval=3600
PMKCachePeriod=10
MeshAutoLink=0
MeshAuthMode=
MeshEncrypType=
MeshDefaultkey=0
MeshWEPKEY=
MeshWPAKEY=
MeshId=
WPAPSK1=12345678
WPAPSK2=
WPAPSK3=
WPAPSK4=
WPAPSK5=
WPAPSK6=
WPAPSK7=
WPAPSK8=
DefaultKeyID=1
Key1Type=0
Key1Str1=
Key1Str2=
Key1Str3=
Key1Str4=
Key1Str5=
Key1Str6=
Key1Str7=
Key1Str8=
Key2Type=0
Key2Str1=
Key2Str2=
Key2Str3=
Key2Str4=
Key2Str5=
Key2Str6=
Key2Str7=
Key2Str8=
Key3Type=0
Key3Str1=
Key3Str2=
Key3Str3=
Key3Str4=
Key3Str5=
Key3Str6=
Key3Str7=
Key3Str8=
Key4Type=0
Key4Str1=
Key4Str2=
Key4Str3=
Key4Str4=
Key4Str5=
Key4Str6=
Key4Str7=
Key4Str8=
HSCounter=0
HT_HTC=1
HT_RDG=1
HT_LinkAdapt=0
HT_OpMode=0
HT_MpduDensity=5
HT_EXTCHA=${EXTCHA}
HT_BW=${HT:-0}
HT_AutoBA=1
HT_BADecline=0
HT_AMSDU=0
HT_BAWinSize=64
HT_GI=1
HT_STBC=1
HT_MCS=33
HT_TxStream=2
HT_RxStream=2
HT_PROTECT=1
HT_DisallowTKIP=1
HT_BSSCoexistence=${HT_CE:-1}
GreenAP=${greenap:-0}
WscConfMode=0
WscConfStatus=1
WCNTest=0
AccessPolicy0=${ra_macfilter:-0}
AccessControlList0=${ra_maclist:-0}
AccessPolicy1=0
AccessControlList1=
AccessPolicy2=0
AccessControlList2=
AccessPolicy3=0
AccessControlList3=
AccessPolicy4=0
AccessControlList4=
AccessPolicy5=0
AccessControlList5=
AccessPolicy6=0
AccessControlList6=
AccessPolicy7=0
AccessControlList7=
WdsEnable=0
WdsPhyMode=
WdsEncrypType=NONE
WdsList=
Wds0Key=
Wds1Key=
Wds2Key=
Wds3Key=
RADIUS_Server=
RADIUS_Port=1812
RADIUS_Key1=
RADIUS_Key2=
RADIUS_Key3=
RADIUS_Key4=
RADIUS_Key5=
RADIUS_Key6=
RADIUS_Key7=
RADIUS_Key8=
RADIUS_Acct_Server=
RADIUS_Acct_Port=1813
RADIUS_Acct_Key=
own_ip_addr=
Ethifname=
EAPifname=
PreAuthifname=
session_timeout_interval=0
idle_timeout_interval=0
WiFiTest=0
TGnWifiTest=0
ApCliEnable=0
ApCliSsid=
ApCliBssid=
ApCliAuthMode=
ApCliEncrypType=
ApCliWPAPSK=
ApCliDefaultKeyID=0
ApCliKey1Type=0
ApCliKey1Str=
ApCliKey2Type=0
ApCliKey2Str=
ApCliKey3Type=0
ApCliKey3Str=
ApCliKey4Type=0
ApCliKey4Str=
RadioOn=1
SSID=
WPAPSK=0123456789
Key1Str=
Key2Str=
Key3Str=
Key4Str=
EOF 

}

reload_rt2860v2() { 
	ifconfig ra0 down 
	rmmod rt2860v2_ap 

	insmod rt2860v2_ap
	ifconfig ra0 up
}

scan_rt2860v2() {
	local device="$1"
}

disable_rt2860v2() {
	local device="$1"
	set_wifi_down $device
	ifconfig $device down
	true
}

rt2860v2_start_vif() {
	local vif="$1"
	local ifname="$2"

	local net_cfg
	net_cfg="$(find_net_config "$vif")"
	[ -z "$net_cfg" ] || start_net "$ifname" "$net_cfg"

	set_wifi_up "$vif" "$ifname"
}

enable_rt2860v2() {

  1. 传参过来的第一个参数是Radio0

local device="$1" dmode if_num=0;

config_get_bool disabled "$device" disabled 0 if [ "$disabled" = "1" ] ;then ifconfig ra0 down return fi

#开始准备该设备的无线配置参数 prepare_config $device

config_get dmode $device mode config_get vifs "$device" vifs

config_get maxassoc $device maxassoc 0

for vif in $vifs; do local ifname encryption key ssid mode

config_get ifname $vif device

#根据ifname数量配置多SSID [ "$ifname" == "ra0" ] && { ifname="ra$if_num" } let if_num+=1 #排除如果设置为apcli0 [ "$mode" = "sta" ]&& {let if_num-=1}

config_get_bool disabled $vif disabled 0 if [ "$disabled" = "1" ] ;then set_wifi_down $ifname echo "Interface $ifname disabled" return fi config_get encryption $vif encryption config_get key $vif key config_get ssid $vif ssid config_get mode $vif mode config_get wps $vif wps #是否隔离客户端 config_get isolate $vif isolate 0 #802.11h config_get doth $vif doth 0 #是否隐藏SSID

  1. config_get hidessid $vif hidden 0

#STA APClient配置 [ "$mode" == "sta" ] && { #如果为apcli模式，指定接口名称为apcli0 ifname="apcli0" echo "#Encryption" >/tmp/wifi_encryption_${ifname}.dat ifconfig $ifname down iwpriv $ifname set ApCliEnable=0 iwpriv $ifname set ApCliSsid=$ssid config_get bssid $vif bssid 0 [ -z "$mode" ] && { iwpriv $ifname set ApCliBssid=$bssid echo "APCli use bssid connect." } case "$encryption" in none) echo "NONE" >>/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set ApCliAuthMode=OPEN iwpriv $ifname set ApCliEncrypType=NONE ;; WEP|wep|wep-open) echo "WEP" >>/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set AuthMode=WEPAUTO iwpriv $ifname set ApCliEncrypType=WEP iwpriv $ifname set Key0=${key} ;; WEP-SHARE|wep-shared) echo "WEP" >>/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set AuthMode=WEPAUTO iwpriv $ifname set ApCliEncrypType=WEP iwpriv $ifname set Key0=${key} ;; WPA*|wpa*|WPA2-PSK|psk*) echo "WPA2" >>/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set ApCliAuthMode=WPAPSKWPA2PSK iwpriv $ifname set ApCliEncrypType=AES iwpriv $ifname set ApCliWPAPSK=$key echo "WPAPSKWPA2PSK" >>/tmp/wifi_encryption_${ifname}.dat echo "TKIPAES" >>/tmp/wifi_encryption_${ifname}.dat ;; esac iwpriv $ifname set ApCliEnable=1 ifconfig $ifname up } #AP模式配置 [ "$mode" == "sta" ] || { [ "$key" = "" -a "$vif" = "private" ] && { logger "no key set serial" key="AAAAAAAAAA" } [ "$dmode" == "6" ] && wpa_crypto="aes" ifconfig $ifname up #判断当前加密模式 echo "#Encryption" >/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set "SSID=${ssid}" case "$encryption" in #找到WPA/WPA2加密 wpa*|psk*|WPA*|Mixed|mixed) echo "WPA" >>/tmp/wifi_encryption_${ifname}.dat local enc case "$encryption" in Mixed|mixed|psk+psk2) enc=WPAPSKWPA2PSK ;; WPA2*|wpa2*|psk2*) enc=WPA2PSK ;; WPA*|WPA1*|wpa*|wpa1*|psk*) enc=WPAPSK ;; esac local crypto="AES" case "$encryption" in *tkip+aes*|*tkip+ccmp*|*aes+tkip*|*ccmp+tkip*) crypto="TKIPAES" ;; *aes*|*ccmp*) crypto="AES" ;; *tkip*) crypto="TKIP" echo Warring!!! TKIP not support in 802.11n 40Mhz!!! ;; esac echo "$enc" >>/tmp/wifi_encryption_${ifname}.dat echo "$crypto" >>/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set AuthMode=$enc iwpriv $ifname set EncrypType=$crypto iwpriv $ifname set IEEE8021X=0 iwpriv $ifname set "SSID=${ssid}" iwpriv $ifname set "WPAPSK=${key}" iwpriv $ifname set DefaultKeyID=2 iwpriv $ifname set "SSID=${ssid}"

if [ "DefaultKeyID=2$wps" == "1" ]; then iw"SSID=${ssid}"priv $ifname set WscConfMode=7 else iwpriv $ifname set WscConfMode=0 fi ;; WEP|wep|wep-open|wep-shared) echo "WEP" >>/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set AuthMode=WEPAUTO iwpriv $ifname set EncrypType=WEP iwpriv $ifname set IEEE8021X=0 for idx in 1 2 3 4; do config_get keyn $vif key${idx} [ -n "$keyn" ] && iwpriv $ifname set "Key${idx}=${keyn}" done iwpriv $ifname set DefaultKeyID=${key} iwpriv $ifname set "SSID=${ssid}" echo iwpriv $ifname set WscConfMode=0 ;; none|open) echo "NONE" >>/tmp/wifi_encryption_${ifname}.dat iwpriv $ifname set AuthMode=OPEN iwpriv $ifname set WscConfMode=0 iwpriv $ifname set EncrypType=NONE ;; esac }

#如果关闭了WIFI，则关闭RF if [ $disabled == 1 ]; then iwpriv $ifname set RadioOn=0 set_wifi_down $ifname else iwpriv $ifname set RadioOn=1 fi

#检查是否需要进行SSID隐藏。

  1. if [ $hidessid == "1" ]; then
  2. iwpriv $ifname set HideSSID=1
  3. else
  4. iwpriv $ifname set HideSSID=0
  5. fi

#隔离客户端连接。 [ $isolate == "1" ]&&{ iwpriv $ifname set NoForwarding=1 }

#802.11h 支持 [ $doth == "1" ]&&{ iwpriv $ifname set IEEE80211H=1 }

ifconfig "$ifname" up if [ "$mode" == "sta" ];then { net_cfg="$(find_net_config "$vif")" [ -z "$net_cfg" ] || { rt2860v2_start_vif "$vif" "$ifname"

} } else { local net_cfg bridge net_cfg="$(find_net_config "$vif")" [ -z "$net_cfg" ]||{ bridge="$(bridge_interface "$net_cfg")" config_set "$vif" bridge "$bridge" rt2860v2_start_vif "$vif" "$ifname" #Fix bridge problem [ -z `brctl show |grep $ifname` ] && { brctl addif $(bridge_interface "$net_cfg") $ifname }

}


} fi; set_wifi_up "$vif" "$ifname"

# If isolation is requested, disable forwarding between # wireless clients (both within the same BSSID and # between BSSID's, though the latter is probably not # relevant for our setup).

  1. iwpriv $ifname set NoForwarding="${isolate:-0}"
  2. iwpriv $ifname set NoForwardingBTNBSSID="${isolate:-0}"

done

#配置无线最大连接数 iwpriv $device set MaxStaNum=$maxassoc }

first_enable() {

ifconfig ra0 down

cat > /tmp/RT2860.dat<<EOF

  1. The word of "Default" must not be removed

Default CountryRegion=0 CountryRegionABand=7 CountryCode=US BssidNum=1 SSID1=OpenWrt WirelessMode=9 FixedTxMode= TxRate=0 Channel=11 BasicRate=15 BeaconPeriod=100 DtimPeriod=1 TxPower=100 DisableOLBC=0 BGProtection=0 TxAntenna= RxAntenna= TxPreamble=1 RTSThreshold=2347 FragThreshold=2346 TxBurst=1 PktAggregate=1 AutoProvisionEn=0 FreqDelta=0 TurboRate=0 WmmCapable=1 APAifsn=3;7;1;1 APCwmin=4;4;3;2 APCwmax=6;10;4;3 APTxop=0;0;94;47 APACM=0;0;0;0 BSSAifsn=3;7;2;2 BSSCwmin=4;4;3;2 BSSCwmax=10;10;4;3 BSSTxop=0;0;94;47 BSSACM=0;0;0;0 AckPolicy=0;0;0;0 APSDCapable=0 DLSCapable=0 NoForwarding=0 NoForwardingBTNBSSID=0 HideSSID=1 ShortSlot=1 AutoChannelSelect=0 IEEE8021X=0 IEEE80211H=0 CarrierDetect=0 ITxBfEn=0 PreAntSwitch= PhyRateLimit=0 DebugFlags=0 ETxBfEnCond=0 ITxBfTimeout=0 ETxBfTimeout=0 ETxBfNoncompress=0 ETxBfIncapable=0 FineAGC=0 StreamMode=0 StreamModeMac0= StreamModeMac1= StreamModeMac2= StreamModeMac3= CSPeriod=6 RDRegion= StationKeepAlive=0 DfsLowerLimit=0 DfsUpperLimit=0 DfsOutdoor=0 SymRoundFromCfg=0 BusyIdleFromCfg=0 DfsRssiHighFromCfg=0 DfsRssiLowFromCfg=0 DFSParamFromConfig=0 FCCParamCh0= FCCParamCh1= FCCParamCh2= FCCParamCh3= CEParamCh0= CEParamCh1= CEParamCh2= CEParamCh3= JAPParamCh0= JAPParamCh1= JAPParamCh2= JAPParamCh3= JAPW53ParamCh0= JAPW53ParamCh1= JAPW53ParamCh2= JAPW53ParamCh3= FixDfsLimit=0 LongPulseRadarTh=0 AvgRssiReq=0 DFS_R66=0 BlockCh= GreenAP=0 PreAuth=0 AuthMode=OPEN EncrypType=NONE WapiPsk1=0123456789 WapiPsk2= WapiPsk3= WapiPsk4= WapiPsk5= WapiPsk6= WapiPsk7= WapiPsk8= WapiPskType=0 Wapiifname= WapiAsCertPath= WapiUserCertPath= WapiAsIpAddr= WapiAsPort= RekeyMethod=DISABLE RekeyInterval=3600 PMKCachePeriod=10 MeshAutoLink=0 MeshAuthMode= MeshEncrypType= MeshDefaultkey=0 MeshWEPKEY= MeshWPAKEY= MeshId= WPAPSK1=12345678 WPAPSK2= WPAPSK3= WPAPSK4= WPAPSK5= WPAPSK6= WPAPSK7= WPAPSK8= DefaultKeyID=1 Key1Type=0 Key1Str1= Key1Str2= Key1Str3= Key1Str4= Key1Str5= Key1Str6= Key1Str7= Key1Str8= Key2Type=0 Key2Str1= Key2Str2= Key2Str3= Key2Str4= Key2Str5= Key2Str6= Key2Str7= Key2Str8= Key3Type=0 Key3Str1= Key3Str2= Key3Str3= Key3Str4= Key3Str5= Key3Str6= Key3Str7= Key3Str8= Key4Type=0 Key4Str1= Key4Str2= Key4Str3= Key4Str4= Key4Str5= Key4Str6= Key4Str7= Key4Str8= HSCounter=0 HT_HTC=1 HT_RDG=1 HT_LinkAdapt=0 HT_OpMode=0 HT_MpduDensity=5 HT_EXTCHA=0 HT_BW=0 HT_AutoBA=1 HT_BADecline=0 HT_AMSDU=0 HT_BAWinSize=64 HT_GI=1 HT_STBC=1 HT_MCS=33 HT_TxStream=2 HT_RxStream=2 HT_PROTECT=1 HT_DisallowTKIP=1 HT_BSSCoexistence=1 GreenAP=0 WscConfMode=0 WscConfStatus=1 WCNTest=0 AccessPolicy0=0 AccessControlList0= AccessPolicy1=0 AccessControlList1= AccessPolicy2=0 AccessControlList2= AccessPolicy3=0 AccessControlList3= AccessPolicy4=0 AccessControlList4= AccessPolicy5=0 AccessControlList5= AccessPolicy6=0 AccessControlList6= AccessPolicy7=0 AccessControlList7= WdsEnable=0 WdsPhyMode= WdsEncrypType=NONE WdsList= Wds0Key= Wds1Key= Wds2Key= Wds3Key= RADIUS_Server= RADIUS_Port=1812 RADIUS_Key1= RADIUS_Key2= RADIUS_Key3= RADIUS_Key4= RADIUS_Key5= RADIUS_Key6= RADIUS_Key7= RADIUS_Key8= RADIUS_Acct_Server= RADIUS_Acct_Port=1813 RADIUS_Acct_Key= own_ip_addr= Ethifname= EAPifname= PreAuthifname= session_timeout_interval=0 idle_timeout_interval=0 WiFiTest=0 TGnWifiTest=0 ApCliEnable=0 ApCliSsid= ApCliBssid= ApCliAuthMode= ApCliEncrypType= ApCliWPAPSK= ApCliDefaultKeyID=0 ApCliKey1Type=0 ApCliKey1Str= ApCliKey2Type=0 ApCliKey2Str= ApCliKey3Type=0 ApCliKey3Str= ApCliKey4Type=0 ApCliKey4Str= RadioOn=1 SSID= WPAPSK=0123456789 Key1Str= Key2Str= Key3Str= Key4Str= EOF

ifconfig ra0 up }

  1. detect_rt2860v2函数用于检测是否存在驱动

detect_rt2860v2() { local i=-1

  1. 判断系统是否存在rt2860v2_ap，不存在则退出
  2. cd /sys/module/
  3. [ -d rt2860v2_ap ] || return
  4. 检测系统存在多少个wifi接口

while grep -qs "^ *ra$((++i)):" /proc/net/dev; do config_get type ra${i} type [ "$type" = rt2860v2 ] && continue 

#检查并创建WiFi驱动配置链接
	[ -f /etc/Wireless/RT2860/RT2860.dat ] || {
	mkdir -p /etc/Wireless/RT2860/
	ln -s /tmp/RT2860.dat /etc/Wireless/RT2860/RT2860.dat
	}
	
	first_enable
	
		cat <<EOF
config wifi-device  ra${i}
    option type     rt2860v2
    option mode 	9
    option channel  auto
    option txpower  100
    option ht       20+40
    option country  US
    option macaddr   
# REMOVE THIS LINE TO ENABLE WIFI:
    option disabled 0	
	
config wifi-iface
    option device   ra${i}
    option network	lan
    option mode     ap
    option ssid     OpenWrt${i#0}_$(cat /sys/class/net/ra${i}/address|awk -F ":" '{print $4""$5""$6 }'| tr a-z A-Z)
    option encryption none
EOF

	ifconfig ra0 down 
	done
	
}
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