array(2) { ["docs"]=> array(10) { [0]=> array(10) { ["id"]=> string(3) "428" ["text"]=> string(77) "Visual Studio 2017 单独启动MSDN帮助(Microsoft Help Viewer)的方法" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(8) "DonetRen" ["tagsname"]=> string(55) "Visual Studio 2017|MSDN帮助|C#程序|.NET|Help Viewer" ["tagsid"]=> string(23) "[401,402,403,"300",404]" ["catesname"]=> string(0) "" ["catesid"]=> string(2) "[]" ["createtime"]=> string(10) "1511400964" ["_id"]=> string(3) "428" } [1]=> array(10) { ["id"]=> string(3) "427" ["text"]=> string(42) "npm -v;报错 cannot find module "wrapp"" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(4) "zzty" ["tagsname"]=> string(50) "node.js|npm|cannot find module "wrapp“|node" ["tagsid"]=> string(19) "[398,"239",399,400]" ["catesname"]=> string(0) "" ["catesid"]=> string(2) "[]" ["createtime"]=> string(10) "1511400760" ["_id"]=> string(3) "427" } [2]=> array(10) { ["id"]=> string(3) "426" ["text"]=> string(54) "说说css中pt、px、em、rem都扮演了什么角色" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(12) "zhengqiaoyin" ["tagsname"]=> string(0) "" ["tagsid"]=> string(2) "[]" ["catesname"]=> string(0) "" ["catesid"]=> string(2) "[]" ["createtime"]=> string(10) "1511400640" ["_id"]=> string(3) "426" } [3]=> array(10) { ["id"]=> string(3) "425" ["text"]=> string(83) "深入学习JS执行--创建执行上下文(变量对象,作用域链,this)" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(7) "Ry-yuan" ["tagsname"]=> string(33) "Javascript|Javascript执行过程" ["tagsid"]=> string(13) "["169","191"]" ["catesname"]=> string(0) "" ["catesid"]=> string(2) "[]" ["createtime"]=> string(10) "1511399901" ["_id"]=> string(3) "425" } [4]=> array(10) { ["id"]=> string(3) "424" ["text"]=> string(30) "C# 排序技术研究与对比" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(9) "vveiliang" ["tagsname"]=> string(0) "" ["tagsid"]=> string(2) "[]" ["catesname"]=> string(8) ".Net Dev" ["catesid"]=> string(5) "[199]" ["createtime"]=> string(10) "1511399150" ["_id"]=> string(3) "424" } [5]=> array(10) { ["id"]=> string(3) "423" ["text"]=> string(72) "【算法】小白的算法笔记:快速排序算法的编码和优化" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(9) "penghuwan" ["tagsname"]=> string(6) "算法" ["tagsid"]=> string(7) "["344"]" ["catesname"]=> string(0) "" ["catesid"]=> string(2) "[]" ["createtime"]=> string(10) "1511398109" ["_id"]=> string(3) "423" } [6]=> array(10) { ["id"]=> string(3) "422" ["text"]=> string(64) "JavaScript数据可视化编程学习(二)Flotr2,雷达图" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(7) "chengxs" ["tagsname"]=> string(28) "数据可视化|前端学习" ["tagsid"]=> string(9) "[396,397]" ["catesname"]=> string(18) "前端基本知识" ["catesid"]=> string(5) "[198]" ["createtime"]=> string(10) "1511397800" ["_id"]=> string(3) "422" } [7]=> array(10) { ["id"]=> string(3) "421" ["text"]=> string(36) "C#表达式目录树(Expression)" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(4) "wwym" ["tagsname"]=> string(0) "" ["tagsid"]=> string(2) "[]" ["catesname"]=> string(4) ".NET" ["catesid"]=> string(7) "["119"]" ["createtime"]=> string(10) "1511397474" ["_id"]=> string(3) "421" } [8]=> array(10) { ["id"]=> string(3) "420" ["text"]=> string(47) "数据结构 队列_队列实例:事件处理" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(7) "idreamo" ["tagsname"]=> string(40) "C语言|数据结构|队列|事件处理" ["tagsid"]=> string(23) "["246","247","248",395]" ["catesname"]=> string(12) "数据结构" ["catesid"]=> string(7) "["133"]" ["createtime"]=> string(10) "1511397279" ["_id"]=> string(3) "420" } [9]=> array(10) { ["id"]=> string(3) "419" ["text"]=> string(47) "久等了,博客园官方Android客户端发布" ["intro"]=> string(288) "目录 ECharts 异步加载 ECharts 数据可视化在过去几年中取得了巨大进展。开发人员对可视化产品的期望不再是简单的图表创建工具,而是在交互、性能、数据处理等方面有更高的要求。 chart.setOption({ color: [ " ["username"]=> string(3) "cmt" ["tagsname"]=> string(0) "" ["tagsid"]=> string(2) "[]" ["catesname"]=> string(0) "" ["catesid"]=> string(2) "[]" ["createtime"]=> string(10) "1511396549" ["_id"]=> string(3) "419" } } ["count"]=> int(200) } 222 通过PowerShell发送TCP请求 - 爱码网

很多时候我们需要通过Socket发送特定的TCP请求给服务器的特定端口来实现探测服务器的指定端口所开启的服务。很多语言都有相应的方法实现上述需求,当然,PowerShell也不例外,比如我们要发送一个简单的http请求到指定的web服务器:

GET / HTTP/1.1
Host:cn.bing.com

这里我们想请求微软必应的中文首页,如果需要通过PowerShell向cn.bing.com服务器发送get请求,就需要创建一个System.Net.Sockets.TcpClient对象,向指定的服务器和端口发送请求。

具体代码如下:

        =====文件名:Send-TcpRequest.ps1=====
######################################## 
# Send-TcpRequest.ps1 
## Send a TCP request to a remote computer, and return the response. 
## If you do not supply input to this script (via either the pipeline, or the 
## -InputObject parameter,) the script operates in interactive mode. 
## 
## Example: 
## 
## $http = @" 
## GET / HTTP/1.1 
## Host:cn.bing.com  
## `n`n 
## "@ 
## 
## $http | .\Send-TcpRequest cn.bing.com  80 
######################################## 
param( 
        [string] $remoteHost = "localhost", 
        [int] $port = 80, 
        [switch] $UseSSL, 
        [string] $inputObject, 
        [int] $commandDelay = 100 
     ) 

[string] $output = "" 

## Store the input into an array that we can scan over. If there was no input, 
## then we will be in interactive mode. 
$currentInput = $inputObject 
if(-not $currentInput) 
{ 
    $SCRIPT:currentInput = @($input) 
} 
$scriptedMode = [bool] $currentInput 

function Main 
{ 
    ## Open the socket, and connect to the computer on the specified port 
    if(-not $scriptedMode) 
    { 
        write-host "Connecting to $remoteHost on port $port" 
    } 

    trap { Write-Error "Could not connect to remote computer: $_"; exit } 
    $socket = new-object System.Net.Sockets.TcpClient($remoteHost, $port) 

    if(-not $scriptedMode) 
    { 
        write-host "Connected. Press ^D followed by [ENTER] to exit.`n" 
    } 

    $stream = $socket.GetStream() 

    if($UseSSL) 
    { 
        $sslStream = New-Object System.Net.Security.SslStream $stream,$false 
        $sslStream.AuthenticateAsClient($remoteHost) 
        $stream = $sslStream 
    } 

    $writer = new-object System.IO.StreamWriter $stream 

    while($true) 
    { 
        ## Receive the output that has buffered so far 
        $SCRIPT:output += GetOutput 

        ## If we're in scripted mode, send the commands, 
        ## receive the output, and exit. 
        if($scriptedMode) 
        { 
            foreach($line in $currentInput) 
            { 
                $writer.WriteLine($line) 
                $writer.Flush() 
                Start-Sleep -m $commandDelay 
                $SCRIPT:output += GetOutput 
            } 

            break 
        } 
        ## If we're in interactive mode, write the buffered 
        ## output, and respond to input. 
        else 
        { 
            if($output)  
            { 
                foreach($line in $output.Split("`n")) 
                { 
                    write-host $line 
                } 
                $SCRIPT:output = "" 
            } 

            ## Read the user's command, quitting if they hit ^D 
            $command = read-host 
            if($command -eq ([char] 4)) { break; } 

            ## Otherwise, Write their command to the remote host 
            $writer.WriteLine($command) 
            $writer.Flush() 
        } 
    } 

    ## Close the streams 
    $writer.Close() 
    $stream.Close() 

    ## If we're in scripted mode, return the output 
    if($scriptedMode) 
    { 
        $output 
    } 
} 

## Read output from a remote host 
function GetOutput 
{ 
    ## Create a buffer to receive the response 
    $buffer = new-object System.Byte[] 1024 
    $encoding = new-object System.Text.AsciiEncoding 

    $outputBuffer = "" 
    $foundMore = $false 

    ## Read all the data available from the stream, writing it to the 
    ## output buffer when done. 
    do 
    { 
        ## Allow data to buffer for a bit 
        start-sleep -m 1000 

        ## Read what data is available 
        $foundmore = $false 
        $stream.ReadTimeout = 1000 

        do 
        { 
            try 
            { 
                $read = $stream.Read($buffer, 0, 1024) 

                if($read -gt 0) 
                { 
                    $foundmore = $true 
                    $outputBuffer += ($encoding.GetString($buffer, 0, $read)) 
                } 
            } catch { $foundMore = $false; $read = 0 } 
        } while($read -gt 0) 
    } while($foundmore) 

    $outputBuffer 
} 
. Main 

该脚本使用方法如下:

$http = @"
GET / HTTP/1.1
Host:cn.bing.com
`n`n
"@

$http | .\Send-TcpRequest cn.bing.com 80

执行效果如图所示:

通过PowerShell发送TCP请求

需要说明的是,由于页面返回的内容太长了,这里至少是将返回的内容缓存在一个变量里,并只输出了变量的头10行。

有了这个脚本,我们就可以向指定的web服务器发送特定的请求,来实现模拟登陆和操作的功能了。

 

作者: 付海军
出处:http://fuhj02.cnblogs.com
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个人网站: http://www.fuhaijun.com/

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