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Lean's LEDE source
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Options: --debug enable netlink debugging --version show version (3.4) Commands: help [command] Print usage for all or a specific command, e.g. "help wowlan" or "help wowlan enable". event [-t] [-r] [-f] Monitor events from the kernel. -t - print timestamp -r - print relative timstamp -f - print full frame for auth/assoc etc. phy list List all wireless devices and their capabilities. phy <phyname> info Show capabilities for the specified wireless device. dev List all network interfaces for wireless hardware. dev <devname> info Show information for this interface. dev <devname> del Remove this virtual interface dev <devname> interface add <name> type <type> [mesh_id <meshid>] [4addr on|off] [flags <flag>*] phy <phyname> interface add <name> type <type> [mesh_id <meshid>] [4addr on|off] [flags <flag>*] Add a new virtual interface with the given configuration. Valid interface types are: managed, ibss, monitor, mesh, wds. The flags are only used for monitor interfaces, valid flags are: none: no special flags fcsfail: show frames with FCS errors control: show control frames otherbss: show frames from other BSSes cook: use cooked mode The mesh_id is used only for mesh mode. dev <devname> ibss join <SSID> <freq in MHz> [HT20|HT40+|HT40-|NOHT] [fixed-freq] [<fixed bssid>] [beacon-interval <TU>] [basic-rates <rate in Mbps,rate2,...>] [mcast-rate <rate in Mbps>] [key d:0:abcde] Join the IBSS cell with the given SSID, if it doesn't exist create it on the given frequency. When fixed frequency is requested, don't join/create a cell on a different frequency. When a fixed BSSID is requested use that BSSID and do not adopt another cell's BSSID even if it has higher TSF and the same SSID. If an IBSS is created, create it with the specified basic-rates, multicast-rate and beacon-interval. dev <devname> ibss leave Leave the current IBSS cell. dev <devname> station dump List all stations known, e.g. the AP on managed interfaces dev <devname> station set <MAC address> vlan <ifindex> Set an AP VLAN for this station. dev <devname> station set <MAC address> plink_action <open|block> Set mesh peer link action for this station (peer). dev <devname> station del <MAC address> Remove the given station entry (use with caution!) dev <devname> station get <MAC address> Get information for a specific station. dev <devname> survey dump List all gathered channel survey data dev <devname> mesh leave Leave a mesh. dev <devname> mesh join <mesh ID> [mcast-rate <rate in Mbps>] [<param>=<value>]* Join a mesh with the given mesh ID with mcast-rate and mesh parameters. dev <devname> mpath dump List known mesh paths. dev <devname> mpath set <destination MAC address> next_hop <next hop MAC address> Set an existing mesh path's next hop. dev <devname> mpath new <destination MAC address> next_hop <next hop MAC address> Create a new mesh path (instead of relying on automatic discovery). dev <devname> mpath del <MAC address> Remove the mesh path to the given node. dev <devname> mpath get <MAC address> Get information on mesh path to the given node. dev <devname> scan [-u] [freq <freq>*] [ies <hex as 00:11:..>] [ssid <ssid>*|passive] Scan on the given frequencies and probe for the given SSIDs (or wildcard if not given) unless passive scanning is requested. If -u is specified print unknown data in the scan results. Specified (vendor) IEs must be well-formed. dev <devname> scan trigger [freq <freq>*] [ies <hex as 00:11:..>] [ssid <ssid>*|passive] Trigger a scan on the given frequencies with probing for the given SSIDs (or wildcard if not given) unless passive scanning is requested. dev <devname> scan dump [-u] Dump the current scan results. If -u is specified, print unknown data in scan results. reg get Print out the kernel's current regulatory domain information. reg set <ISO/IEC 3166-1 alpha2> Notify the kernel about the current regulatory domain. dev <devname> connect [-w] <SSID> [<freq in MHz>] [<bssid>] [key 0:abcde d:1:6162636465] Join the network with the given SSID (and frequency, BSSID). With -w, wait for the connect to finish or fail. dev <devname> disconnect Disconnect from the current network. dev <devname> link Print information about the current link, if any. dev <devname> offchannel <freq> <duration> Leave operating channel and go to the given channel for a while. dev <devname> cqm rssi <threshold|off> [<hysteresis>] Set connection quality monitor RSSI threshold. phy <phyname> wowlan show Show WoWLAN status. phy <phyname> wowlan disable Disable WoWLAN. phy <phyname> wowlan enable [any] [disconnect] [magic-packet] [gtk-rekey-failure] [eap-identity-request] [4way-handshake] [rfkill-release] [patterns <pattern>*] Enable WoWLAN with the given triggers. Each pattern is given as a bytestring with '-' in places where any byte may be present, e.g. 00:11:22:-:44 will match 00:11:22:33:44 and 00:11:22:33:ff:44 etc. dev <devname> roc start <freq> <time> phy <phyname> set antenna <bitmap> | all | <tx bitmap> <rx bitmap> Set a bitmap of allowed antennas to use for TX and RX. The driver may reject antenna configurations it cannot support. dev <devname> set txpower <auto|fixed|limit> [<tx power in mBm>] Specify transmit power level and setting type. phy <phyname> set txpower <auto|fixed|limit> [<tx power in mBm>] Specify transmit power level and setting type. phy <phyname> set distance <distance> Set appropriate coverage class for given link distance in meters. Valid values: 0 - 114750 phy <phyname> set coverage <coverage class> Set coverage class (1 for every 3 usec of air propagation time). Valid values: 0 - 255. phy <phyname> set netns <pid> Put this wireless device into a different network namespace phy <phyname> set rts <rts threshold|off> Set rts threshold. phy <phyname> set frag <fragmentation threshold|off> Set fragmentation threshold. dev <devname> set channel <channel> [HT20|HT40+|HT40-] phy <phyname> set channel <channel> [HT20|HT40+|HT40-] dev <devname> set freq <freq> [HT20|HT40+|HT40-] phy <phyname> set freq <freq> [HT20|HT40+|HT40-] Set frequency/channel the hardware is using, including HT configuration. phy <phyname> set name <new name> Rename this wireless device. dev <devname> set peer <MAC address> Set interface WDS peer. dev <devname> set noack_map <map> Set the NoAck map for the TIDs. (0x0009 = BE, 0x0006 = BK, 0x0030 = VI, 0x00C0 = VO) dev <devname> set 4addr <on|off> Set interface 4addr (WDS) mode. dev <devname> set type <type> Set interface type/mode. Valid interface types are: managed, ibss, monitor, mesh, wds. dev <devname> set meshid <meshid> dev <devname> set monitor <flag>* Set monitor flags. Valid flags are: none: no special flags fcsfail: show frames with FCS errors control: show control frames otherbss: show frames from other BSSes cook: use cooked mode dev <devname> set mesh_param <param>=<value> [<param>=<value>]* Set mesh parameter (run command without any to see available ones). dev <devname> set power_save <on|off> Set power save state to on or off. dev <devname> set bitrates [legacy-<2.4|5> <legacy rate in Mbps>*] [mcs-<2.4|5> <MCS index>*] Sets up the specified rate masks. Not passing any arguments would clear the existing mask (if any). dev <devname> get mesh_param [<param>] Retrieve mesh parameter (run command without any to see available ones). dev <devname> get power_save <param> Retrieve power save state. You can omit the 'phy' or 'dev' if the identification is unique, e.g. "iw wlan0 info" or "iw phy0 info". (Don't when scripting.) Do NOT screenscrape this tool, we don't consider its output stable. |
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Welcome to Lean's git source of OpenWrt and packages 中文：如何编译自己需要的 OpenWrt 固件 注意： 1. 不要用 root 用户 git 和编译！！！ 2. 国内用户编译前最好准备好梯子 3. 默认登陆IP 192.168.1.1, 密码 password 说到编译，我就想起老佐的培训班了，友情硬广 - 学习开车两开花： " 想学习OpenWrt开发，但是摸不着门道？自学没毅力？怕太难学不会？快关注<跟着佐大学OpenWrt开发入门培训班>保证你能学有所成 报名地址：http://forgotfun.org/2018/04/openwrt-training-2018.html " 编译命令如下: 1. 首先装好 Ubuntu 64bit，推荐 Ubuntu 14 LTS x64 2. 命令行输入 sudo apt-get update ，然后输入 sudo apt-get install build-essential asciidoc binutils bzip2 gawk gettext git libncurses5-dev libz-dev patch unzip zlib1g-dev lib32gcc1 libc6-dev-i386 subversion flex uglifyjs git-core gcc-multilib p7zip p7zip-full msmtp libssl-dev texinfo libglib2.0-dev xmlto qemu-utils upx 编译amule 需要安装额外的包 autoconf automake libtool autopoint 3. git clone https://github.com/coolsnowwolf/lede 命令下载好源代码，然后 cd lede 进入目录 4. ./scripts/feeds update -a ./scripts/feeds install -a make menuconfig 5. 最后选好你要的路由，输入 make -j1 V=s （-j1 后面是线程数。第一次编译推荐用单线程，国内请尽量全局科学上网）即可开始编译你要的固件了。 本套代码保证肯定可以编译成功。里面包括了 R9 所有源代码，包括 IPK 的。 你可以自由使用，但源码编译二次发布请注明我的 GitHub 仓库链接。谢谢合作！ 特别提示： 1. 源代码中绝不含任何后门和可以监控或者劫持你的 HTTPS 的闭源软件，SSL 安全是互联网最后的壁垒。安全干净才是固件应该做到的。 2.如果你自认为 Koolshare 论坛或者其固件的脑残粉，本人不欢迎你使用本源代码。所以如果你是，那么使用过程中遇到任何问题本人概不回应。 3.如有问题需要讨论，欢迎加入 QQ 讨论群：Gargoyle OpenWrt 编译大群 ,号码 297253733 ，加群链接 https://jq.qq.com/?_wv=1027&k=5Uf3EwH Please use "make menuconfig" to choose your preferred configuration for the toolchain and firmware. You need to have installed gcc, binutils, bzip2, flex, python, perl, make, find, grep, diff, unzip, gawk, getopt, subversion, libz-dev and libc headers. Run "./scripts/feeds update -a" to get all the latest package definitions defined in feeds.conf / feeds.conf.default respectively and "./scripts/feeds install -a" to install symlinks of all of them into package/feeds/. Use "make menuconfig" to configure your image. Simply running "make" will build your firmware. It will download all sources, build the cross-compile toolchain, the kernel and all choosen applications. To build your own firmware you need to have access to a Linux, BSD or MacOSX system (case-sensitive filesystem required). Cygwin will not be supported because of the lack of case sensitiveness in the file system. Note: Addition Lean's private package source code in ./package/lean directory. Use it under GPL v3. GPLv3 is compatible with more licenses than GPLv2: it allows you to make combinations with code that has specific kinds of additional requirements that are not in GPLv3 itself. Section 7 has more information about this, including the list of additional requirements that are permitted.