mirror of
https://github.com/XIU2/CloudflareSpeedTest.git
synced 2026-03-02 20:12:51 +08:00
新增 自定义TCP端口 功能。
This commit is contained in:
18
README.md
18
README.md
@@ -18,7 +18,7 @@
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1. 下载编译好的可执行文件 [蓝奏云](https://www.lanzoux.com/b0742hkxe) / [Github](https://github.com/XIU2/CloudflareSpeedTest/releases) 并解压。
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2. 双击运行 `CloudflareST.exe`文件(Windows系统),等待测速...
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测速完毕后,会把结果保存在当前目录下的 `result.csv` 文件中,用记事本打开,排序为**延迟由低到高**,每一列用逗号分隔,分别是:
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测速完毕后,会显示最快的 20 个 IP,完整结果则保存在当前目录下的 `result.csv` 文件中,用记事本打开,排序为**延迟由低到高**,每一列用逗号分隔,分别是:
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```
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IP 地址, 测试次数, 成功次数, 成功比率, 平均延迟, 下载速度 (MB/s)
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104.27.70.18, 4, 4, 1.00, 150.79, 12.89
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@@ -41,6 +41,8 @@ https://github.com/XIU2/CloudflareSpeedTest
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测速线程数量;数值越大速度越快,请勿超过 1000(结果误差大);(默认 500)
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-t 4
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延迟测速次数;单个 IP 测速次数,为 1 时将过滤丢包的IP,TCP协议;(默认 4)
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-tp 443
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延迟测速端口;延迟测速 TCP 协议的端口;(默认 443)
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-dn 20
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下载测速数量;延迟测速并排序后,从最低延迟起下载测速数量,请勿太多(速度慢);(默认 20)
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-dt 10
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@@ -59,9 +61,9 @@ https://github.com/XIU2/CloudflareSpeedTest
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打印帮助说明
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示例:
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p 20
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p -1 -f "ip.txt" -o "result.csv" -dd
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p -1 -f "C:\abc\ip.txt" -o "C:\abc\result.csv" -dd
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -f "ip.txt" -o "result.csv" -dd
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -f "C:\abc\ip.txt" -o "C:\abc\result.csv" -dd
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```
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#### 使用示例
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@@ -71,19 +73,19 @@ https://github.com/XIU2/CloudflareSpeedTest
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``` cmd
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# CMD 示例
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p 20
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10
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# 指定 IP数据文件 及 输出结果文件(相对路径,即当前目录下)
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p -1 -f "ip.txt" -o "result.csv" -dd
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -f "ip.txt" -o "result.csv" -dd
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# 指定 IP数据文件 及 输出结果文件(绝对路径,即 C:\abc\ 目录下)
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p -1 -f "C:\abc\ip.txt" -o "C:\abc\result.csv" -dd
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -f "C:\abc\ip.txt" -o "C:\abc\result.csv" -dd
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```
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``` cmd
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# 快捷方式示例(右键快捷方式 - 目标)
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## 如果有引号就放在引号外面,记得引号和 - 之间有空格。
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"D:\Program Files\CloudflareST\CloudflareST.exe" -n 500 -t 4 -dn 20 -dt 10 -p 20
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"D:\Program Files\CloudflareST\CloudflareST.exe" -n 500 -t 4 -dn 20 -dt 10
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```
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****
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18
main.go
18
main.go
@@ -5,6 +5,7 @@ import (
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"fmt"
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"os"
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"sort"
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"strconv"
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"sync"
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"time"
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@@ -13,6 +14,7 @@ import (
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var version string
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var disableDownload bool
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var tcpPort int
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var ipFile string
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var outputFile string
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var printResult int
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@@ -30,6 +32,8 @@ https://github.com/XIU2/CloudflareSpeedTest
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测速线程数量;数值越大速度越快,请勿超过 1000(结果误差大);(默认 500)
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-t 4
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延迟测速次数;单个 IP 测速次数,为 1 时将过滤丢包的IP,TCP协议;(默认 4)
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-tp 443
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延迟测速端口;延迟测速 TCP 协议的端口;(默认 443)
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-dn 20
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下载测速数量;延迟测速并排序后,从最低延迟起下载测速数量,请勿太多(速度慢);(默认 20)
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-dt 10
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@@ -48,12 +52,13 @@ https://github.com/XIU2/CloudflareSpeedTest
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打印帮助说明
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示例:
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p 20
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p -1 -f "ip.txt" -o "result.csv" -dd
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -p -1 -f "C:\abc\ip.txt" -o "C:\abc\result.csv" -dd`
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -f "ip.txt" -o "result.csv" -dd
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CloudflareST.exe -n 500 -t 4 -dn 20 -dt 10 -f "C:\abc\ip.txt" -o "C:\abc\result.csv" -dd`
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flag.IntVar(&pingRoutine, "n", 500, "测速线程数量")
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flag.IntVar(&pingTime, "t", 4, "延迟测速次数")
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flag.IntVar(&tcpPort, "tp", 443, "延迟测速端口")
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flag.IntVar(&downloadTestCount, "dn", 20, "下载测速数量")
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flag.Int64Var(&downloadSecond, "dt", 10, "下载测速时间")
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flag.IntVar(&printResult, "p", 20, "直接显示结果")
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@@ -76,6 +81,9 @@ https://github.com/XIU2/CloudflareSpeedTest
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if pingTime <= 0 {
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pingTime = 4
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}
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if tcpPort < 1 || tcpPort > 65535 {
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tcpPort = 443
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}
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if downloadTestCount <= 0 {
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downloadTestCount = 20
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}
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@@ -103,13 +111,13 @@ func main() {
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var mu sync.Mutex
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var data = make([]CloudflareIPData, 0)
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fmt.Println("开始延迟测速(TCP):")
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fmt.Println("开始延迟测速(模式:TCP,端口:" + strconv.Itoa(tcpPort) + "):")
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control := make(chan bool, pingRoutine)
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for _, ip := range ips {
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wg.Add(1)
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control <- false
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handleProgress := handleProgressGenerator(bar) // 多线程进度条
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go tcpingGoroutine(&wg, &mu, ip, pingTime, &data, control, handleProgress)
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go tcpingGoroutine(&wg, &mu, ip, tcpPort, pingTime, &data, control, handleProgress)
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}
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wg.Wait()
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bar.Finish()
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18
tcping.go
18
tcping.go
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)
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//bool connectionSucceed float32 time
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func tcping(ip net.IPAddr) (bool, float32) {
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func tcping(ip net.IPAddr, tcpPort int) (bool, float32) {
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startTime := time.Now()
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conn, err := net.DialTimeout("tcp", ip.String()+":"+strconv.Itoa(defaultTcpPort), tcpConnectTimeout)
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conn, err := net.DialTimeout("tcp", ip.String()+":"+strconv.Itoa(tcpPort), tcpConnectTimeout)
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if err != nil {
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return false, 0
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} else {
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@@ -27,11 +27,11 @@ func tcping(ip net.IPAddr) (bool, float32) {
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}
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//pingReceived pingTotalTime
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func checkConnection(ip net.IPAddr) (int, float32) {
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func checkConnection(ip net.IPAddr, tcpPort int) (int, float32) {
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pingRecv := 0
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var pingTime float32 = 0.0
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for i := 1; i <= failTime; i++ {
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pingSucceed, pingTimeCurrent := tcping(ip)
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pingSucceed, pingTimeCurrent := tcping(ip, tcpPort)
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if pingSucceed {
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pingRecv++
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pingTime += pingTimeCurrent
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@@ -41,12 +41,12 @@ func checkConnection(ip net.IPAddr) (int, float32) {
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}
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//return Success packetRecv averagePingTime specificIPAddr
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func tcpingHandler(ip net.IPAddr, pingCount int, progressHandler func(e progressEvent)) (bool, int, float32, net.IPAddr) {
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func tcpingHandler(ip net.IPAddr, tcpPort int, pingCount int, progressHandler func(e progressEvent)) (bool, int, float32, net.IPAddr) {
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ipCanConnect := false
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pingRecv := 0
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var pingTime float32 = 0.0
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for !ipCanConnect {
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pingRecvCurrent, pingTimeCurrent := checkConnection(ip)
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pingRecvCurrent, pingTimeCurrent := checkConnection(ip, tcpPort)
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if pingRecvCurrent != 0 {
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ipCanConnect = true
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pingRecv = pingRecvCurrent
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@@ -62,7 +62,7 @@ func tcpingHandler(ip net.IPAddr, pingCount int, progressHandler func(e progress
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if ipCanConnect {
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progressHandler(AvailableIPFound)
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for i := failTime; i < pingCount; i++ {
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pingSuccess, pingTimeCurrent := tcping(ip)
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pingSuccess, pingTimeCurrent := tcping(ip, tcpPort)
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progressHandler(NormalPing)
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if pingSuccess {
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pingRecv++
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@@ -76,9 +76,9 @@ func tcpingHandler(ip net.IPAddr, pingCount int, progressHandler func(e progress
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}
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}
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func tcpingGoroutine(wg *sync.WaitGroup, mutex *sync.Mutex, ip net.IPAddr, pingCount int, csv *[]CloudflareIPData, control chan bool, progressHandler func(e progressEvent)) {
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func tcpingGoroutine(wg *sync.WaitGroup, mutex *sync.Mutex, ip net.IPAddr, tcpPort int, pingCount int, csv *[]CloudflareIPData, control chan bool, progressHandler func(e progressEvent)) {
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defer wg.Done()
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success, pingRecv, pingTimeAvg, currentIP := tcpingHandler(ip, pingCount, progressHandler)
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success, pingRecv, pingTimeAvg, currentIP := tcpingHandler(ip, tcpPort, pingCount, progressHandler)
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if success {
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mutex.Lock()
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var cfdata CloudflareIPData
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