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@ -1,179 +1,173 @@
# 1. 加速服务:
1. 什么是 `加速服务`
`加速服务``代理服务`它通过中间人攻击的方式将网络请求拦截下来并经过DNS加速、篡改、重定向、代理等一系列的功能达到加速访问、或访问原本无法访问的站点等目的。
1. 什么是 `加速服务`
- `加速服务``代理服务`它通过中间人攻击的方式将网络请求拦截下来并经过DNS加速、修改、重定向、代理等一系列的功能达到加速访问、或访问原本无法访问的站点等目的。<br>
2. 如何启动加速服务:<br>
- 点击首页的【代理服务】右侧的开关按钮,即可启动/关闭加速服务。<br>
- 点击首页的【系统代理】右侧的开关按钮即可将dev-sidecar设置/不设置为系统默认代理。系统只能有一个默认代理在将dev-sidecar与其他网络辅助软件共用时请谨慎开启本开关<br>
- 点击首页的【NPM加速】和【Git.exe代理】右侧的开关按钮即可启动/关闭dev-sidecar为对应软件提供的加速服务。如果你的电脑上并未安装NPM或Git则这两个按钮将不可用这是正常情况。
2. 启动加速服务:点击首页的 `代理服务` 右侧的开关按钮,即可启动加速服务。
# 2. 根证书使用说明:
1. 什么是根证书TODO
2. [为什么需要安装根证书这么高风险性的步骤](https://github.com/docmirror/dev-sidecar/blob/master/doc/caroot.md)
3. 如何安装根证书参见dev-sidecar【首页】的【安装根证书】按钮注意Firefox浏览器还需要一次手动导入根证书
1. 什么是根证书?
2. [为什么需要安装根证书这么高风险性的步骤](https://github.com/docmirror/dev-sidecar/blob/master/doc/caroot.md)
3. 如何安装根证书:
# 3. 模式:
1. 安全模式TODO
2. 默认模式TODO
3. 增强模式彩蛋TODO
1. 安全模式:
2. 默认模式:
3. 增强模式(彩蛋):
# 4. 拦截功能使用和配置说明:
1. 请求拦截器:
| 请求拦截器名称 | 拦截器配置名 | 请求拦截优先级 | 快速响应码 |
| ----------------- | -------------- | ------------- | --------- |
| OPTIONS请求拦截器 | options | 101 | 200 |
| 快速成功拦截器 | success | 102 | 200 |
| 快速失败拦截器 | abort | 103 | 403 |
| 缓存请求拦截器 | cacheXxx | 104 | 304 |
| 重定向拦截器 | redirect | 105 | 302 |
| 请求篡改拦截器 | requestReplace | 111 | |
| 代理拦截器 | proxy | 121 | |
| SNI拦截器 | sni | 122 | |
## 4.1. 拦截器类型:
### 1请求拦截器
| 请求拦截器名称 | 拦截器配置名 | 请求拦截优先级 | 作用 |
| ----------------- | -------------- | ------------- | --------- |
| OPTIONS请求拦截器 | options | 101 | 直接响应200不发送该OPTIONS请求 |
| 快速成功拦截器 | success | 102 | 直接响应200不发送该请求 |
| 快速失败拦截器 | abort | 103 | 直接响应403不发送该请求 |
| 缓存请求拦截器 | cacheXxx | 104 | 如果缓存还生效直接响应304不发送该请求<br>如果缓存已过期或无缓存,则发送请求<br>只对GET请求生效 |
| 重定向拦截器 | redirect | 105 | 重定向到指定地址直接响应302不发送该请求 |
| 请求篡改拦截器 | requestReplace | 111 | 篡改请求头,达到想要的目的 |
| 代理拦截器 | proxy | 121 | 将请求转发到指定地址 |
| SNI拦截器 | sni | 122 | 设置 `servername`用于避开GFW |
### 2响应拦截器
| 响应拦截器名称 | 拦截器配置名 | 响应拦截优先级 | 作用 |
| ---------------- | --------------- | ------------- | --------- |
| OPTIONS响应拦截器 | options | 201 | 设置跨域所需的响应头,避免被浏览器的跨域策略阻拦 |
| 缓存响应拦截器 | cacheXxx | 202 | 设置缓存所需的响应头,使浏览器缓存当前请求<br>只对GET请求生效 |
| 响应篡改拦截器 | responseReplace | 203 | 篡改响应头,避免被浏览器的安全策略阻拦 |
| 脚本拦截器 | script | 211 | 注入JavaScript脚本到页面中Github油猴脚本 |
## 4.2. 拦截配置说明书:
TODO内容待完善
2. 响应拦截器:
| 响应拦截器名称 | 拦截器配置名 | 响应拦截优先级 |
| ---------------- | --------------- | ------------- |
| OPTIONS响应拦截器 | options | 201 |
| 缓存响应拦截器 | cacheXxx | 202 |
| 响应篡改拦截器 | responseReplace | 203 |
| 脚本拦截器 | script | 211 |
# 5. 域名白名单:
选择哪些域名不会被dev-sidecar处理。
**注意:** 该设置与【系统代理-自定义排除域名】的区别在于:
1. 前者只是被dev-sidecar自身忽略后者则是写入系统设置、不会被任何的系统代理处理在手动修改系统代理设置时务必小心后者可能残留的作用
2. 在条目较多时,前者的性能不如后者,可能产生明显延迟。<br>
在config.json的 `proxy.excludeIpList:object` 中设置,**该字段**格式如下:<br>
> 注意这里点号用来作为JSON object嵌套关系的缩写冒号指明该条目的类型主要用来区分object和list并没有哪一个Object的key为 `proxy.excludeIpList`。为避免歧义配置中object和list的key总不应包含点号。下同
# 6. DNS服务管理
## 6.1. 配置 `DNS-over-HTTPS` 的DNS服务
```json
{
"proxy": {
"excludeIpList": {
"example1.com": true,
"example2.com": false,
"example3.com": null,
"example4.com": {
"desc1": "域名对应字段设置为false时会被处理null会移除现有设置多用于远程配置",
"desc2": "其他情况下就和设置true一样不会被处理。因而你可以像这样插入注释",
"desc3": "同样的技巧可以用在其他本应设置一个bool值的地方",
"desc4": "原则上来说config.json不支持//形式的注释,但下文为了方便阅读,还是这么写了"
}
}
"cloudflare": {
"type": "https",
"server": "https://1.1.1.1/dns-query",
"cacheSize": 1000
}
}
```
```json
{
"cloudflare": {
"server": "https://1.1.1.1/dns-query", // 地址上带有 `https://`type可以不配置
"cacheSize": 1000
}
}
```
# 6. DNS服务管理
用来配置在dev-sidecar中需要的指定DNS出于保密和可靠起见建议使用DoH和DoT。<br>
`server.dns.provider:object` 中设置,**其中的每个条目** 格式如下:
## 6.1. 配置 `DNS-over-HTTPS`简称DoH
> 注并非被所有DNS支持但是保证只要能使用就一定匿名且可靠的DNS服务。
## 6.2. 配置 `DNS-over-TLS` 的DNS服务
```json
"cloudflare": {
"type": "https", // 如果server上以"https://"开头指明了协议就不需要写type了
"server": "https://1.1.1.1/dns-query",
"cacheSize": 1000
{
"cloudflareTLS": {
"type": "tls",
"server": "1.1.1.1",
"port": 853, // 不配置时默认端口为853
"servername": "cloudflare-dns.com", // SNI
"cacheSize": 1000
}
}
```
## 6.2. 配置 `DNS-over-TLS`简称DoT
> 并非被所有DNS支持但是保证只要能使用就一定匿名且可靠的DNS服务。
```json
"cloudflareTLS": {
"type": "tls", // 如果server上以"tls://"开头指明了协议就不需要写type了
"server": "1.1.1.1",
"port": 853, // 不配置时默认端口为853
"servername": "cloudflare-dns.com", // 需要伪造成的SNI
//"sni": "cloudflare-dns.com", // SNI缩写配置
"cacheSize": 1000
{
"cloudflareTLS": {
"server": "tls://1.1.1.1",
"port": 853, // 不配置时默认端口为853
"servername": "cloudflare-dns.com", // SNI
//"sni": "cloudflare-dns.com", // SNI缩写配置
"cacheSize": 1000
}
}
```
```json
{
"cloudflareTLS": {
"server": "tls://1.1.1.1:853",
"servername": "cloudflare-dns.com", // SNI
//"sni": "cloudflare-dns.com", // SNI缩写配置
"cacheSize": 1000
}
}
```
## 6.3. 配置 `TCP` 的DNS服务
> 并非被所有DNS支持该方法既不保密也不可靠
```json
"googleTCP": {
"type": "tcp", // 如果server上以"tcp://"开头指明了协议就不需要写type了
"server": "8.8.8.8",
"port": 53, // 不配置时默认端口为53
"cacheSize": 1000
{
"googleTCP": {
"type": "tcp",
"server": "8.8.8.8",
"port": 53, // 不配置时默认端口为53
"cacheSize": 1000,
}
}
```
```json
{
"googleTCP": {
"server": "tcp://8.8.8.8",
"port": 53, // 不配置时默认端口为53
"cacheSize": 1000,
}
}
```
```json
{
"googleTCP": {
"server": "tcp://8.8.8.8:53",
"cacheSize": 1000,
}
}
```
## 6.4. 配置 `UDP` 的DNS服务
> 所有DNS服务器均支持UDP方式但该方法既不保密也不可靠
```json
"google": {
"type": "udp", // 如果server上以"udp://"开头指明了协议就不需要写type了
"server": "8.8.8.8",
"port": 53, // 不配置时默认端口为53
"cacheSize": 1000
{
"google": {
"type": "udp",
"server": "8.8.8.8",
"port": 53, // 不配置时默认端口为53
"cacheSize": 1000,
}
}
```
```json
{
"google": {
"server": "udp://8.8.8.8",
"port": 53, // 不配置时默认端口为53
"cacheSize": 1000,
}
}
```
```json
{
"google": {
"server": "udp://8.8.8.8:53",
"cacheSize": 1000,
}
}
```
# 7. DNS设置
选择哪些域名需要使用指定的DNS需要先在【DNS服务管理】中设置获取IP。<br>
在config.json中的 `server.dns.mapping:key-value` 中设置,**其中的每个条目**格式如下:
```json
"*.example.com": "your-dns-name"
```
# 8. IP预设置
为一些DNS无法获取的域名手动设置ip起到类似于hosts的作用仅在dev-sidecar开启时生效<br>
在config.json中的 `server.preSetIpList:object` 中设置,**其中的每个条目**格式如下:
```json
{
"example.com": {
"1.1.1.1": true, // 如果有多个IP可以继续添加
"1.0.0.1": false, // 指定为false时不使用该IP
"2.2.2.2": {
"desc": "这样可以合法的在配置中插入注释。上面使用的//注释方式在文件中是不允许的"
}
}
}
```
# 9. IP测速
用来对从指定的DNS与IP预设置中获取到的IP测试TCP延迟也可以用来测试DoH和DoT服务器的可用性后者操作如下先在【DNS服务管理】中配置好需要测试的DNS设置然后在【IP测速】里添加一个没有设置【IP预设置】的辅助域名并选择使用需检测的DNS进行解析。<br>
对于DoH/DoT而言由于答案不能被篡改和窃听所以辅助域名要么获得真实IP说明可用要么没有收到答案说明不可用。该方法不适用于常规TCP/UDP的DNS因为它们没有加密即使收到答案也可能被篡改而不可用<br>
在config.json中的 `server.dns.speedTest:object`中设置,**该条目** 格式如下:
```json
"speedTest": {
"hostnameList": [
"example1.com",
"example2.com"
],
"dnsProviders": [
"your-DNS-name-used-in-test1",
"your-DNS-name-used-in-test2"
]
}
```

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@ -161,9 +161,32 @@ export default {
},
registerSpeedTestEvent () {
const listener = async (event, message) => {
console.log('get speed event', event, message)
if (message.key === 'getList') {
this.speedTestList = message.value
//
const validatedData = {}
for (const hostname in message.value) {
const item = message.value[hostname]
if (!item.backupList) {
console.warn(`Missing backupList for ${hostname}`)
continue
}
validatedData[hostname] = {
alive: item.alive || [],
backupList: item.backupList.map(ipObj => {
// IP
const standardized = {
host: ipObj.host,
port: ipObj.port || 443,
dns: ipObj.dns || 'unknown',
time: ipObj.time || null
}
return standardized
})
}
}
this.speedTestList = validatedData
}
}
this.$api.ipc.on('speed', listener)
@ -453,8 +476,10 @@ export default {
<a-tag
v-for="(element, index) of item.backupList" :key="index" style="margin:2px;"
:title="element.dns" :color="element.time ? (element.time > config.server.setting.lowSpeedDelay ? 'orange' : 'green') : 'red'"
:class="{'ipv6-tag': element.host.includes(':')}"
>
{{ element.host }} {{ element.time }}{{ element.time ? 'ms' : '' }} {{ element.dns }}
<span v-if="element.host.includes(':')" class="ipv6-badge">IPv6</span>
</a-tag>
</a-card>
</a-col>
@ -509,4 +534,103 @@ export default {
width: 45px;
}
}
.ipv6-tag {
position: relative;
padding-right: 45px !important;
margin-right: 5px !important;
display: inline-flex !important;
align-items: center !important;
min-width: 200px !important;
}
.ipv6-badge {
position: absolute;
right: 5px;
top: 50%;
transform: translateY(-50%);
font-size: 10px;
background: #1890ff;
color: white;
padding: 0 4px;
border-radius: 3px;
line-height: 16px;
height: 16px;
}
.ip-box {
display: flex;
flex-wrap: wrap;
gap: 8px;
padding: 8px;
background-color: #fafafa;
border-radius: 4px;
margin-top: 8px;
max-width: 100%;
overflow: hidden;
}
.ip-item {
display: flex;
align-items: center;
padding: 4px 8px;
background-color: #fff;
border: 1px solid #e8e8e8;
border-radius: 4px;
font-size: 12px;
color: #666;
word-break: break-all;
max-width: calc(100% - 16px);
flex: 1 1 auto;
min-width: 0;
}
.ip-item .ip-text {
flex: 1;
min-width: 0;
overflow: hidden;
text-overflow: ellipsis;
white-space: nowrap;
}
.ip-item .ip-speed {
margin-left: 8px;
white-space: nowrap;
}
.ip-item .ip-speed.success {
color: #52c41a;
}
.ip-item .ip-speed.warning {
color: #faad14;
}
.ip-item .ip-speed.error {
color: #ff4d4f;
}
.domain-box {
margin-bottom: 16px;
padding: 12px;
background-color: #fff;
border: 1px solid #e8e8e8;
border-radius: 4px;
box-shadow: 0 2px 8px rgba(0, 0, 0, 0.05);
overflow: hidden;
}
.domain-box .domain-header {
display: flex;
align-items: center;
justify-content: space-between;
margin-bottom: 8px;
}
.domain-box .domain-title {
font-size: 14px;
font-weight: 500;
color: #333;
margin: 0;
flex: 1;
min-width: 0;
overflow: hidden;
text-overflow: ellipsis;
white-space: nowrap;
}
.domain-box .domain-actions {
display: flex;
align-items: center;
gap: 8px;
margin-left: 8px;
flex-shrink: 0;
}
</style>

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@ -1,4 +1,5 @@
const LRUCache = require('lru-cache')
const net = require('node:net')
const log = require('../../utils/util.log.server')
const matchUtil = require('../../utils/util.match')
const { DynamicChoice } = require('../choice/index')
@ -52,7 +53,7 @@ module.exports = class BaseDNS {
}
}
async lookup (hostname) {
async lookup (hostname, options = {}) {
try {
let ipCache = this.cache.get(hostname)
if (ipCache) {
@ -66,9 +67,9 @@ module.exports = class BaseDNS {
}
const t = new Date()
let ipList = await this._lookupInternal(hostname)
let ipList = await this._lookupInternal(hostname, options)
if (ipList == null) {
// 没有获取到ipv4地址
// 没有获取到ip
ipList = []
}
ipList.push(hostname) // 把原域名加入到统计里去
@ -83,7 +84,7 @@ module.exports = class BaseDNS {
}
}
async _lookupInternal (hostname) {
async _lookupInternal (hostname, options = {}) {
// 获取当前域名的预设IP列表
let hostnamePreSetIpList = matchUtil.matchHostname(this.preSetIpList, hostname, `matched preSetIpList(${this.dnsName})`)
if (hostnamePreSetIpList && (hostnamePreSetIpList.length > 0 || hostnamePreSetIpList.length === undefined)) {
@ -94,30 +95,54 @@ module.exports = class BaseDNS {
}
if (hostnamePreSetIpList.length > 0) {
hostnamePreSetIpList.isPreSet = true
log.info(`[DNS-over-${this.dnsType} '${this.dnsName}'] 获取到该域名的预设IP列表 ${hostname} - ${JSON.stringify(hostnamePreSetIpList)}`)
return hostnamePreSetIpList
const result = []
for (const item of hostnamePreSetIpList) {
if (net.isIP(item)) {
// 如果是IP地址直接使用
result.push(item)
} else {
// 如果是域名进行DNS解析
try {
const resolved = await this._lookup(item, options)
if (resolved && resolved.length > 0) {
result.push(...resolved)
}
} catch (e) {
log.error(`[DNS-over-${this.dnsType} '${this.dnsName}'] 解析预设域名失败: ${item}`, e)
}
}
}
if (result.length > 0) {
result.isPreSet = true
log.info(`[DNS-over-${this.dnsType} '${this.dnsName}'] 获取到该域名的预设IP列表 ${hostname} - ${JSON.stringify(result)}`)
return result
}
}
}
return await this._lookup(hostname)
return await this._lookup(hostname, options)
}
async _lookup (hostname) {
async _lookup (hostname, options = {}) {
const start = Date.now()
try {
const response = await this._doDnsQuery(hostname)
const response = await this._doDnsQuery(hostname, options)
const cost = Date.now() - start
if (response == null || response.answers == null || response.answers.length == null || response.answers.length === 0) {
// 说明没有获取到ip
log.warn(`[DNS-over-${this.dnsType} '${this.dnsName}'] 没有该域名的IP地址: ${hostname}, cost: ${cost} ms, response:`, response)
return []
}
const ret = response.answers.filter(item => item.type === 'A').map(item => item.data)
// 根据查询类型过滤结果
const type = options.family === 6 ? 'AAAA' : 'A'
const ret = response.answers.filter(item => item.type === type).map(item => item.data)
if (ret.length === 0) {
log.info(`[DNS-over-${this.dnsType} '${this.dnsName}'] 没有该域名的IPv4地址: ${hostname}, cost: ${cost} ms`)
log.info(`[DNS-over-${this.dnsType} '${this.dnsName}'] 没有该域名的IPv${options.family === 6 ? '6' : '4'}地址: ${hostname}, cost: ${cost} ms`)
} else {
log.info(`[DNS-over-${this.dnsType} '${this.dnsName}'] 获取到该域名的IPv4地址 ${hostname} - ${JSON.stringify(ret)}, cost: ${cost} ms`)
log.info(`[DNS-over-${this.dnsType} '${this.dnsName}'] 获取到该域名的IPv${options.family === 6 ? '6' : '4'}地址: ${hostname} - ${JSON.stringify(ret)}, cost: ${cost} ms`)
}
return ret
} catch (e) {

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@ -8,9 +8,19 @@ module.exports = class DNSOverHTTPS extends BaseDNS {
constructor (dnsName, cacheSize, preSetIpList, dnsServer) {
super(dnsName, 'HTTPS', cacheSize, preSetIpList)
this.dnsServer = dnsServer
this.isIPv6 = dnsServer.includes(':') && dnsServer.includes('[') && dnsServer.includes(']')
}
async _doDnsQuery (hostname) {
return await dohQueryAsync({ url: this.dnsServer }, [{ type: 'A', name: hostname }])
async _doDnsQuery (hostname, options = {}) {
return await dohQueryAsync(
{
url: this.dnsServer,
family: this.isIPv6 ? 6 : 4
},
[{
type: options.family === 6 ? 'AAAA' : 'A',
name: hostname
}]
)
}
}

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@ -4,16 +4,17 @@ const dnsPacket = require('dns-packet')
const randi = require('random-int')
const BaseDNS = require('./base')
const defaultPort = 53 // UDP类型的DNS服务默认端口号
const defaultPort = 53 // TCP类型的DNS服务默认端口号
module.exports = class DNSOverTCP extends BaseDNS {
constructor (dnsName, cacheSize, preSetIpList, dnsServer, dnsServerPort) {
super(dnsName, 'TCP', cacheSize, preSetIpList)
this.dnsServer = dnsServer
this.dnsServerPort = Number.parseInt(dnsServerPort) || defaultPort
this.isIPv6 = dnsServer.includes(':') && dnsServer.includes('[') && dnsServer.includes(']')
}
_doDnsQuery (hostname) {
_doDnsQuery (hostname, options = {}) {
return new Promise((resolve, reject) => {
// 构造 DNS 查询报文
const packet = dnsPacket.encode({
@ -21,7 +22,7 @@ module.exports = class DNSOverTCP extends BaseDNS {
type: 'query',
id: randi(0x0, 0xFFFF),
questions: [{
type: 'A',
type: options.family === 6 ? 'AAAA' : 'A',
name: hostname,
}],
})
@ -30,6 +31,7 @@ module.exports = class DNSOverTCP extends BaseDNS {
const tcpClient = net.createConnection({
host: this.dnsServer,
port: this.dnsServerPort,
family: this.isIPv6 ? 6 : 4
}, () => {
// TCP DNS 报文前需添加 2 字节长度头
const lengthBuffer = Buffer.alloc(2)

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@ -9,19 +9,21 @@ module.exports = class DNSOverTLS extends BaseDNS {
this.dnsServer = dnsServer
this.dnsServerPort = Number.parseInt(dnsServerPort) || defaultPort
this.dnsServerName = dnsServerName
this.isIPv6 = dnsServer.includes(':') && dnsServer.includes('[') && dnsServer.includes(']')
}
async _doDnsQuery (hostname) {
const options = {
async _doDnsQuery (hostname, options = {}) {
const queryOptions = {
host: this.dnsServer,
port: this.dnsServerPort,
servername: this.dnsServerName || this.dnsServer,
family: this.isIPv6 ? 6 : 4,
name: hostname,
klass: 'IN',
type: 'A',
type: options.family === 6 ? 'AAAA' : 'A',
}
return await dnstls.query(options)
return await dnstls.query(queryOptions)
}
}

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@ -15,7 +15,7 @@ module.exports = class DNSOverUDP extends BaseDNS {
this.socketType = this.isIPv6 ? 'udp6' : 'udp4'
}
_doDnsQuery (hostname) {
_doDnsQuery (hostname, options = {}) {
return new Promise((resolve, reject) => {
// 构造 DNS 查询报文
const packet = dnsPacket.encode({
@ -23,7 +23,7 @@ module.exports = class DNSOverUDP extends BaseDNS {
type: 'query',
id: randi(0x0, 0xFFFF),
questions: [{
type: 'A',
type: options.family === 6 ? 'AAAA' : 'A',
name: hostname,
}],
})

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@ -11,52 +11,70 @@ module.exports = {
if (tester) {
const aliveIpObj = tester.pickFastAliveIpObj()
if (aliveIpObj) {
log.info(`----- ${action}: ${hostname}, use alive ip from dns '${aliveIpObj.dns}': ${aliveIpObj.host}${target} -----`)
const family = aliveIpObj.host.includes(':') ? 6 : 4
if (res) {
res.setHeader('DS-DNS-Lookup', `IpTester: ${aliveIpObj.host} ${aliveIpObj.dns === '预设IP' ? 'PreSet' : aliveIpObj.dns}`)
}
callback(null, aliveIpObj.host, 4)
callback(null, aliveIpObj.host, family)
return
} else {
log.info(`----- ${action}: ${hostname}, no alive ip${target}, tester: { "ready": ${tester.ready}, "backupList": ${JSON.stringify(tester.backupList)} }`)
}
}
dns.lookup(hostname).then((ip) => {
// 优先尝试IPv6查询
dns.lookup(hostname, { family: 6 }).then((ip) => {
if (ip && ip !== hostname) {
if (isDnsIntercept) {
isDnsIntercept.dns = dns
isDnsIntercept.hostname = hostname
isDnsIntercept.ip = ip
}
if (res) {
res.setHeader('DS-DNS-Lookup', `DNS: ${ip} ${dns.dnsName === '预设IP' ? 'PreSet' : dns.dnsName}`)
}
callback(null, ip, 6)
return
}
// 回退到IPv4查询
return dns.lookup(hostname)
}).then((ip) => {
if (!ip || ip === hostname) {
// 使用默认dns
return defaultDns.lookup(hostname, options, callback)
}
if (isDnsIntercept) {
isDnsIntercept.dns = dns
isDnsIntercept.hostname = hostname
isDnsIntercept.ip = ip
}
if (ip !== hostname) {
// 判断是否为测速失败的IP如果是则不使用当前IP
let isTestFailedIp = false
if (tester && tester.ready && tester.backupList && tester.backupList.length > 0) {
for (let i = 0; i < tester.backupList.length; i++) {
const item = tester.backupList[i]
if (item.host === ip) {
if (item.time == null) {
isTestFailedIp = true
}
break
// 判断是否为测速失败的IP
let isTestFailedIp = false
if (tester && tester.ready && tester.backupList && tester.backupList.length > 0) {
for (let i = 0; i < tester.backupList.length; i++) {
const item = tester.backupList[i]
if (item.host === ip) {
if (item.time == null) {
isTestFailedIp = true
}
break
}
}
if (isTestFailedIp === false) {
log.info(`----- ${action}: ${hostname}, use ip from dns '${dns.dnsName}': ${ip}${target} -----`)
if (res) {
res.setHeader('DS-DNS-Lookup', `DNS: ${ip} ${dns.dnsName === '预设IP' ? 'PreSet' : dns.dnsName}`)
}
callback(null, ip, 4)
return
} else {
// 使用默认dns
log.info(`----- ${action}: ${hostname}, use hostname by default DNS: ${hostname}, skip test failed ip from dns '${dns.dnsName}: ${ip}'${target}, options:`, options)
}
if (!isTestFailedIp) {
const family = ip.includes(':') ? 6 : 4
if (res) {
res.setHeader('DS-DNS-Lookup', `DNS: ${ip} ${dns.dnsName === '预设IP' ? 'PreSet' : dns.dnsName}`)
}
callback(null, ip, family)
} else {
// 使用默认dns
log.info(`----- ${action}: ${hostname}, use hostname by default DNS: ${hostname}${target}, options:`, options, ', dns:', dns)
defaultDns.lookup(hostname, options, callback)
}
}).catch((e) => {
log.error(`DNS lookup error for ${hostname}:`, e)
defaultDns.lookup(hostname, options, callback)
})
}

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@ -79,7 +79,43 @@ class SpeedTester {
}
async getFromOneDns (dns) {
return await dns._lookupInternal(this.hostname)
const results = []
let isPreSet = false
// 优先尝试IPv6查询
try {
const ipv6Result = await dns._lookupInternal(this.hostname, { family: 6 })
if (ipv6Result && ipv6Result.length > 0) {
isPreSet = ipv6Result.isPreSet === true
// 标准化IPv6地址格式
const standardized = ipv6Result.map(ip => {
// 确保IPv6地址格式统一
if (ip.includes(':')) {
return ip.toLowerCase().replace(/\[|\]/g, '')
}
return ip
})
results.push(...standardized)
}
} catch (e) {
// IPv6查询失败继续尝试IPv4
}
// 尝试IPv4查询
try {
const ipv4Result = await dns._lookupInternal(this.hostname)
if (ipv4Result) {
isPreSet = isPreSet || ipv4Result.isPreSet === true
results.push(...ipv4Result)
}
} catch (e) {
// IPv4查询失败
}
if (isPreSet) {
results.isPreSet = true
}
return results
}
async test () {
@ -87,8 +123,6 @@ class SpeedTester {
const newBackupList = [...newList, ...this.backupList]
this.backupList = _.unionBy(newBackupList, 'host')
this.testCount++
log.info('[speed]', this.hostname, '➜ ip-list:', this.backupList)
await this.testBackups()
if (config.notify) {
config.notify({ key: 'test' })

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@ -0,0 +1,55 @@
const net = require('net');
const { setTimeout } = require('timers/promises');
// 测试的IPv6地址和端口
const TEST_HOST = '6.ipw.cn';
const TEST_PORT = 80;
const TIMEOUT = 5000; // 5秒超时
async function testIPv6Connection() {
const socket = new net.Socket();
// 设置超时
socket.setTimeout(TIMEOUT);
try {
// 尝试连接
await new Promise((resolve, reject) => {
socket.on('connect', () => {
const { address, port } = socket.address();
console.log(`成功连接到 ${TEST_HOST} 的IPv6地址 [${address}]:${port}`);
socket.end();
resolve();
});
socket.on('timeout', () => {
socket.destroy();
reject(new Error('连接超时'));
});
socket.on('error', (err) => {
reject(err);
});
socket.connect(TEST_PORT, TEST_HOST);
});
return true;
} catch (err) {
console.error('IPv6连接测试失败:', err.message);
return false;
} finally {
socket.destroy();
}
}
// 执行测试
testIPv6Connection()
.then(success => {
console.log(`IPv6连接测试结果: ${success ? '成功' : '失败'}`);
process.exit(success ? 0 : 1);
})
.catch(err => {
console.error('测试过程中发生错误:', err);
process.exit(1);
});