爬虫

申明本文章中所有内容仅供学习交换应用，不用于其余任何目标，不提供残缺代码，抓包内容、敏感网址、数据接口等均已做脱敏解决，严禁用于商业用途和非法用处，否则由此产生的所有结果均与作者无关！ 本文章未经许可禁止转载，禁止任何批改后二次流传，擅自应用本文解说的技术而导致的任何意外，作者均不负责，若有侵权，请在公众号【K哥爬虫】分割作者立刻删除！ 前言明天在查看某平台私信的时候，发现有位粉丝示意本人在逆向某站的过程中，有一些纳闷，态度非常敌对，K哥一贯是尽力满足粉丝需要的，本文就对该站进行逆向钻研，该案例不难，不过为了便于粉丝了解，会写的绝对具体点，大佬们间接跳过就能够了~ 逆向指标指标：某词霸翻译，sign、content 参数逆向剖析网址：aHR0cHM6Ly93d3cuaWNpYmEuY29tL3RyYW5zbGF0ZQ==抓包剖析进入翻译页，右边输出查问单词，左边即会翻译出中文释义，很显然通过接口传输的数据： F12 关上开发者人员工具，从新输出一个英文单词，比方 ratel，进行抓包，/index.php 接口的 Form Data 中有个 q 参数，很显著，就是咱们输出的待翻译的英文单词，申请参数 sign 是通过加密的： Payload：申请中携带的理论数据局部；Query String Parameters：URL 中的查问字符串局部所蕴含的参数；Form Data：HTTP 申请中发送数据的形式，通常用于提交表单数据。 那么，响应返回的天然就是翻译后的中文释义，点到 Preview 响应预览中查看一下，发现并没有呈现设想中的蜜罐两字，显然 content 就是翻译后果，只不过被加密解决了： 接下来，咱们别离对 sign 参数和 content 参数进行逆向剖析。 逆向剖析sign 参数定位的形式有很多，因为该接口是 XHR（XMLHttpRequest）类型的申请，咱们能够间接下个 XHR 断点，这样定位到的地位通常在加密解决实现之后，曾经筹备发送申请了，长处是便于踪栈，更容易找到加密的中央： 在开发者人员工具 Source 面板右侧的 XHR/fetch Breakpoints 中增加截取的接口 URL： 从新输出单词，即会断住，能够看到，此时 sign 参数曾经生成了： 向上跟栈到 takeRusult 中，以下局部中，看起来相当像在拼接 sign 参数： // encodeURIComponent —> 将特殊字符（例如冒号、斜杠、问号、等号、以及非 ASCII 字符）转换成 UTF-8 编码的十六进制示意"/index.php?c=trans&m=fy&client=6&auth_user=key_web_new_fanyi&sign=".concat(encodeURIComponent(r)) 在该行打下断点，开释掉 XHR 断点，从新输出查问单词即会断住，encodeURIComponent(r) 就是 sign 值： ...

随着疫情的缓缓完结，人们越来越多地返回其余国家进行旅行。无论是出于集体起因还是商业起因，人们都在旅行以实现勾销的假期打算、公司度假等等。 因而，思考到这些旅行的费用，您必须在机票上节俭尽可能多的钱，因为它们往往会变得十分低廉 您能够应用多种办法来升高航行老本。您能够拜访一个聚合了航空公司网站的比拟网站来比拟价格并抉择最便宜的。 您甚至能够抉择不太中转的航线或将您的行程安顿在顶峰时段以外，但一种鲜为人知的办法是应用代理ip预订更便宜的航班。 代理ip如何升高航行老本？ 航空公司网站会保留您的私人信息。例如，他们晓得您的 IP 地址、您之前是否拜访过该网站以及您从何处浏览。 此信息可帮忙网站为您的航班设定价格，而代理ip能够帮忙您批改此信息以升高价格。您能够批改两件事：您的 IP 地址和地位。 更改您的 IP 地址 代理ip能够更改您的 IP 地址，因而网站会认为您是不同的用户或新用户。这很有用，因为当您屡次拜访该网站并搜寻航班时，航空公司网站通常会进步机票价格。 代理ip使您可能重置此价格上涨，因为您看起来像网站上的另一个新用户。 如果您想通过代理ip更改您的 IP 地址，请确保革除您存储的 cookie，因为网站常常通过它保留您的信息。 这是为了确保网站永远不会晓得您之前曾在其网站上拜访过和搜寻过航班。 扭转你的地位 代理ip也能够更改您的地位，因为您能够抉择特定国家或地区的代理，网站会认为您也来自该地位。 网站通常会针对不同的地点提供不同的价格，因而一个地区的根本价格可能会高于另一个地区。您能够查看国家/地区之间的价格差别，甚至能够在有可用时取得特定地区的折扣。 将您的国家/地区更改为另一个国家/地区时，您很可能应用的是不同的货币。因而，请留神网站在应用不同货币付款时向您收取服务费。 昂扬的服务费可能会对消您从其余国家/地区预订时节俭的费用。 论断 应用代理ip来升高航行老本十分有用，尤其是当您想常常旅行时。这很容易做到，因为您只需应用代理ip来更改您的 IP 地址和地位。 应用代理ip时有一些毛病和须要留神的事项，但如果您治理切当，问题不大。 通过将代理ip的应用与其余节俭价格的办法联合应用，您能够节俭大量资金。 筹备好为您和您的家人预订更便宜的航班了吗？

以下应该是在寻找代理ip时优先思考的方面列表： 提供商的可靠性、 价格、 多个 IP 地址的可用性、 独特功能集 以及服务的高速和安全性。 以后市场上有有数具备不同劣势和性能的代理ip服务器提供商，因而要抉择最合适的代理ip网络类型，要害是要思考对您的我的项目最重要的关键因素。请务必查看最佳代理ip提供商如果您正在寻找具备高级性能、古代技术、高速、平安和优良反对团队的弱小代理ip网络。 以下是抉择完满代理ip服务提供商时须要思考的方面列表： 名誉和合法性 在应用代理服务之前，您须要查看他们的网站以确保他们曾经指明了他们的隐衷代码。受信赖的提供商还遵循通用数据保护条例 (GDPR) 制订的准则。未经您批准，他们绝不会应用您的 IP 地址将数据重定向到您的设施。第三方评论网站还能够更深刻地理解这些服务及其优缺点。 IP 池大小 通常，您须要寻找具备大量 IP 地址池的提供商，以防止地理位置限度。位于不同地位的大量 IP 地址意味着更少的问题和更准确的定位。在更远的中央寻找代理服务器时，请在购买服务之前寻找代理提供商反对的城市和地位。 价格、折扣和特地优惠 收费代理不是牢靠的抉择。大多数收费代理提供的安全性较弱，因为它们可供所有人应用。此外，它们的性能常常受到质疑。更理智的决定是以有竞争力的价格从值得信赖的供应商处购买代理服务器。 我的项目范畴 您的我的项目范畴决定了哪种类型的代理ip最适宜您的须要。例如，如果您的大部分业务经营都是在线进行的，则您须要一家提供高速网络连接的提供商。

有许多类型的代理ip可供使用。每个代理ip都有一个独特的性能，能够将其与其余类型的代理ip辨别开来。在本文中，咱们将探讨基于他们应用的协定的代理ip。 基于协定的代理ip 这些类型的代理由您的设施在 Internet 上路由数据的形式定义，因而它基于您连贯到网站或 Web 应用程序的形式。目前，次要有三种基于协定的代理：HTTP 代理ip、HTTPS 代理ip和SOCKS5 代理ip。 HTTP 代理ip HTTP 代理ip是最常见的代理ip类型，它们应用与大多数网站十分兼容的 HTTP 协定。HTTP 代理ip在很大水平上已被淘汰，因为 HTTP 发送的数据未加密。这使得黑客或怀有歹意的用户很容易窃取您的所有数据。 即便有很大的毛病，您依然能够应用 HTTP 代理来实现许多工作。尽管如此，依然倡议不要应用 HTTP 代理ip，但如果您的确应用了它们，请确保您没有应用任何重要或敏感信息。 HTTPS 代理ip HTTPS 代理ip，也称为 SSL 代理，是 HTTP 代理ip的更好版本。HTTPS 代理ip是最平安的代理ip类型，因为它们应用安全套接字层 (SSL) 协定来加密传出数据和解密传入数据。网站和网络服务器将无奈检测到您正在应用代理。HTTP 代理为您提供最大水平的隐衷和平安。 您能够在许多用例上应用 HTTPS 代理。在受到紧密爱护的网站上进行网页抓取，创立和治理多个社交媒体帐户，并爱护您的网络免受网络攻击。基本上，在代理服务器的所有用例中，您都能够应用 HTTPS 代理。 SOCKS5 代理ip SOCKS5 协定是市场上最新的协定之一。它们是 HTTP 或 HTTPS 代理ip的更好版本，旨在成为通用代理解决方案。它们用处宽泛，能够解决您心愿应用代理ip的大多数工作。SOCKS5代理ip不仅反对TCP协定，而且还兼容UDP协定。 因为它的多功能性，您能够在任何您喜爱的工作中应用 SOCKS5 代理。不过，当您想要实时传输数据时，它们就会大放异彩。应用流媒体网站、下载种子和优化游戏玩法只是您能够用它做的一些事件。 论断 在所有基于协定的代理中，SOCKS5 代理是最好用的。它们也是最低廉的。HTTPS 代理以更实惠的价格提供优质服务，因而最好先应用它们。如果 HTTPS 代理不够用，那么您能够应用 SOCKS5 代理。HTTP 代理不提供任何平安保障，不举荐应用，但至多它们依然比收费代理好。

钻研代理ip服务器的用户可能遇到过术语虚构专用服务器或简称 VPS。如果您想晓得 VPS 是什么、它们与代理ip服务器的区别以及您应该应用哪一个，那么本文适宜您。 什么是虚构专用服务器？ 虚构专用服务器是一个弱小的物理服务器，通过虚拟化技术分成多个虚构服务器。每个虚构服务器都充当其独自的专用服务器，这意味着如果您应用一个虚构服务器，您将不会与其余用户共享带宽和其余资源。 VPS尽管具备与物理服务器类似的性能，但它是一种软件服务器，只是模拟物理服务器。此外，VPS 是模仿专用服务器的共享服务器，这意味着您能够同时取得共享服务器和专用服务器的劣势。 什么是代理ip服务器？ 代理ip服务器充当您的设施和互联网之间的网关。您拜访的任何网站或您应用的网络应用程序将只能看到您正在应用的代理ip服务器的 IP 地址。您的 IP 地址和地位将对网站、应用程序和其余用户齐全匿名。 VPS 和代理ip服务器有什么区别？ 只管 VPS 和代理服务器看起来彼此有很多相似之处，但事实并非如此。相同，它们在应用形式上存在重大差别。VPS 非常适合在平安的网络服务器中托管网站，而代理服务器则用于匿名您的数据和互联网流动。VPS 和代理服务器不能调换。VPS 无奈爱护 您的私人信息，代理服务器无奈托管网站。 您应该应用哪一个？ 如前所述，VPS 和代理服务器都有不同的用处，因而您应该依据您的目标和最适宜您的须要来应用。如果您想在牢靠且平安的服务器上托管您的网站，那么 VPS 是您的抉择。如果您想在浏览互联网时齐全匿名和齐全隐衷，那么代理服务器是您最好的抉择。 论断 VPS 是用于为客户托管网站的私人服务器，代理服务器充当您的设施和互联网之间的中介，用于各种用例。两者之间存在显着差别，两者无奈互相比拟。依据你想要实现的事件来应用哪个。

对于须要对其代理ip服务器进行高级匿名的用户，精英代理ip是最佳抉择。在本文中，咱们将探讨精英代理ip是什么、它们如何工作以及它们的用例是什么。 什么是精英高匿代理ip？ 在所有其余基于匿名的代理ip中，精英代理ip具备最高级别的匿名性。精英代理确保网络服务器或应用程序不会看到您的 IP 地址和地位。他们还会变更您应用代理ip的事实，让您看起来像个真正的用户。 只管精英代理提供了最高程度的匿名性，但该术语仍未广为人知。这是因为大多数代理提供商将精英代理作为匿名代理进行营销，也被称为高匿代理ip，因而如果您以前应用过“匿名代理”，那么您很可能曾经应用过精英代理。 如果你想查看你的代理ip是否精英，你能够去查问网站查看你的代理的匿名级别。 精英代理ip如何运作？ 如前所述，代理ip将从您拜访的任何网站匿名您的 IP 地址，并将您混同为理论用户而不是应用代理的人。这是可能的，因为精英代理会更改您发送和接管的信息。每次发送和接管网络申请时，您还会发送和接管一个 HTTP 标头，其中蕴含无关您的设施和互联网流动的所有信息。代理服务器能够依据代理提供的匿名级别更改 HTTP 标头信息。因为精英代理提供最高级别的匿名性，它们会齐全更改HTTP 标头信息以匿名您的 IP 地址和波及代理服务器的事实。 精英代理ip的用例是什么？ 精英代理ip有很多用例。示例是任何波及匿名或自动化的事件，其中一些是： 人身安全。 如果您想确保在浏览互联网时齐全匿名，那么精英代理将是您的最佳抉择。应用它们时，没有人可能看到您的 IP 地址、地位和互联网流动。 网页抓取。 抓取受到严格爱护的网站须要精英代理ip，因而这些网站将无奈检测到您的网络抓取工具。您能够防止任何可能呈现的禁令。 创立和治理社交媒体账户。 在没有 高匿代理ip的状况下应用自动化机器人在社交媒体平台上主动执行工作会导致您被这些网站禁止并列入黑名单。如果您想防止被禁止并持续自动化您的工作，则须要精英代理。

代理服务器作为您的浏览器和互联网之间的管道。当您应用代理服务器时，您的互联网流量在进入您申请的网站或地址之前会被路由到代理服务器。作为中间人，代理服务器保障您永远不会间接接触您在网络上拜访的网站。 代理服务器如何工作？ 所有代理服务器依据您计算机的 IP 地址进行操作。IP（互联网协议）地址与您的计算机或设施在互联网上的物理地址具备雷同的用处。您的 Internet 查问将返回到您的惟一 IP 地址，就像邮件被发送到您家的理论地址一样，确保数据被发送到正确的中央。 每当您在不应用代理的状况下连贯到互联网时，您的 IP 地址对 Web 服务器是可见的。实际上，确定您的 IP 地址非常简单，这可能会在将来导致安全漏洞和其余与身份相干的问题。互联网代理也有一个 IP 地址，能够代表您应用该地址，这样您在在线通信时就不用走漏您的实在 IP 地址。 当您应用代理服务器时，您的 Internet 申请将通过代理服务器进行路由，而后代理服务器将您的申请转发到 Internet 的其余部分。您的查问将由您从中查找数据的 Web 或其余服务器发送到代理地址。代理地址而后将您的申请转发回给您。在代理服务器的状况下，您的网络与外界之间的惟一通信点是代理服务器。 代理服务器站在两方之间，并在两方之间转发申请和响应（有时会进行某些操作）。 Client -- 资源申请 --> Proxy Server --> 申请 --> Server Client <-- resource -- Proxy Server <-- supplied resource -- Server 依据哪一方（客户端或服务器）晓得代理服务器，能够有两种类型的代理服务器，转发代理和反向代理。 转发代理是客户端晓得代理而服务器不晓得的代理。该代理通常装置在客户端处，对于服务器来说，申请仿佛来自客户端自身。这次要用作防火墙，限度对某些网站的拜访并提供网络应用的外部身份验证。 反向代理是客户端不晓得代理并且看起来像是连贯到理论服务器的代理。当您想要不通明地将服务器根底构造挪动到其余地位而不影响客户端更改连贯端点时，能够应用它。

HI，敌人们好 「爬虫职海录」第三期更新啦！ 本栏目标内容方向会以爬虫相干的“岗位剖析”和“职场访谈”为主，不便大家理解一下当下的市场行情。 本栏目继续更新，暂定收集国内次要城市的爬虫岗位相干招聘信息，有求职和跳槽打算的小伙伴们，能够多多关注。本期为武汉篇！新年伊始，传说中找工作、换工作的“金三银四”马上就要到了。 这次我也从招聘网站找来了200+份以后武汉的爬虫岗位JD，整顿了数据并做了肯定的剖析。 目前在武汉或者当前打算在武汉倒退的小伙伴可要搬好小板凳认真看啦！只管武汉不在一线城市之列，但作为九省通衢的中部地区城市之首，我还是用北上广深杭来进行比拟。 且武汉在校大学生近170W，居全国第一，每年都会产生大量的毕业生。而这么多的毕业生，尤其是计算机专业，对爬虫岗感兴趣或者是打算从事爬虫岗的同学，是该留在武汉，还是流向倒退更好的一线城市呢？ 这时候拿武汉来与其余一线城市作比拟得出的数据，对同学们就具备肯定参考意义了。（各大城市以后爬虫工程师岗位支出） 从上边能够看到，目前武汉的爬虫工程师们，平均收入为11207元，支出中位数是10500元。 同时我找来了武汉市统计局已颁布的官网数据：2022年武汉市城镇单位在岗职工年平均工资103308元。(2023年数据尚未颁布) 也就是月均8609元。假如按5％的年增速来看，那么2023年武汉市城镇在岗职工的均匀月支出大抵就是9039元左右。 武汉的爬虫岗薪资尽管低于北上广深杭，但毕竟是IT行业，还是跑的赢当地社会平均收入的。工资较低的同时，生存老本也绝对较低，这就看大家怎么取舍了。（各大城市以后爬虫工程师岗位需要） 但爬虫岗的岗位数量，的确是远远落后。目前BOSS直聘上显示在招爬虫岗的公司不过百十家，初中高级的岗位共计也就两百左右。所以若是想找到一份在薪资待遇、职业倒退、通勤工夫、工作强度各方面都合乎本人要求的爬虫工作，还是比拟不容易的！ 下边咱们再看看当下的理论招聘薪资。（武汉以后爬虫岗位招聘薪资） 招聘信息上挂出的薪酬，月薪大多在5~10K，10~15K这两个区间内，共计占据了全副爬虫岗的三分之二，这根本也代表了大部分爬虫工程师在高级岗和中级岗能拿到的薪资支出。 老样子，K哥在收集招聘信息时，顺便为大家整顿了一些关键词，包含公司行业、公司规模、岗位title、技能标签、学历要求、福利待遇等方面，兄弟们能够瞅瞅。（武汉爬虫岗位招聘信息词云图） 能够看到，“python”、“20~99人”、“本科”、“带薪年假”、“爬虫”、“大专”、“1~3年”这些词在招聘jd里高频呈现，反映了大部分公司以后的招聘状况。(这里揭示一下大家，武汉的公司兴许加班没那么多，但双休和公积金缴纳状况，相当堪忧) K哥锐评—城市&岗位wu han岗位状况：★★（2）武汉的爬虫岗数量只有北京的1/8，也远低于其余一线城市，岗位竞争压力绝对较大。但另一方面，工作教训在3年内就符合条件的岗位占比达到三分之一，武汉对高级或者刚毕业的爬虫工程师还算敌对。薪酬程度：★★★（3）武汉的爬虫岗工资是高于当地社会平均收入的，虽不迭一线城市，但生存老本也绝对较低，工作几年后可能拿到一份每月过万的薪水，生存是不至于过的太差的，还能稍有亏损。城市魅力：★★★（3）一方面武汉每年都会涌进大量的年轻人，还算是一座比拟年轻化的城市。另一方面武汉具备得天独厚的地理位置劣势，不论你籍贯何处，回家都不会太远。只管支出和岗位并不占优，但也只是绝对几座一线城市而言，况且并不是所有人能承受一线城市的压力和“内卷”。综合得分：★★★★★★★★（8）工资水平是抉择城市&岗位的重要规范，但不会是唯一标准。若你喜爱激情滚烫的风土人情，大江大湖的天文禀赋，那么武汉兴许会适宜你！武汉丨爬虫岗位（以下岗位为随机列举，信息起源——BOOS直聘） 01 集度-1000-9999人-互联网 AI 汽车 地址｜武汉洪山区国采核心T3 Spider工程师15-25K·16 薪职位详情：1.负责爬虫零碎的架构设计与研发，治理分布式爬虫服务器，开发任务调度引擎；2.负责指定网页或APP的定向爬取以及内容的抽取和去重等剖析工作3.负责爬虫外围算法的策略优化和钻研，晋升爬虫抓取效率和品质任职要求：1.相熟Python/PHP/JavaScript等脚本语言中至多一种；2.相熟html/css/xpath等罕用的web常识和正则表达式3.有分布式爬虫零碎的开发、架构教训，至多相熟并应用过一种支流的爬虫架构，如Scrapy、Gocolly、Webmagic等优先；4.相熟Linux零碎环境和Mysql、Redis、MongoDB等数据库。其余：上午09:30 - 下午06:30双休、弹性工作 02 超过芯科技-100~499人-电子/半导体/集成电路地址｜武汉洪山区铭丰大厦1510python爬虫开发工程师11-18K·13薪职位详情：1.负责相干网站、论坛、app的爬虫设计和开发，以及策略继续优化；2.剖析我的项目的可行性和数据采集计划，负责外围算法的策略优化钻研，充分利用资源，防止限度；3.参加开发数据采集程序，对指标站点/app进行结构化和非结构化数据数据分析，并对数据抓取，对各种指标数据进行信息提取、荡涤、去重、整顿及优化；4.不断完善数据采集框架，对框架进行优化和改良；5.参加数据分析解决流程、数据分析汇总报告的设计与开发；6.优化和治理入库的数据。任职要求：1.专科及以上学历，计算机软件或相干业余，3年及以上python开发教训；2.把握爬取的各类实现形式和技术细节，包含不限于：相熟常见的反爬策略、把握网络协议剖析（http1.1/http2等）、有JavaScript反爬/逆向（AST）、APP反爬/逆向等；3.把握tls指纹ja3,可能反抗akamai，PerimeterX，cloudflare风控优先；4.把握网络爬虫开发原理，相熟互联网各种类型数据交互模式，相熟TCP/IP、HTTP、HTTPS等网络协议，相熟web前端；5.相熟应用python支流爬虫框架，有分布式爬虫教训；6.熟练掌握正则表达式、XPath等信息抽取技术；7.相熟Redis、Mysql、MongoDB等罕用的数据库；8.具备较强的剖析和解决问题的能力；9.具备良好的沟通能力和团队合作能力。其余：上午09:30 - 下午06:30双休、不加班 03 乐薇-100-499人-互联网 电商地址｜武汉江夏区东港科技产业园2号楼3楼Python爬虫工程师10-15K·13薪职位详情：1.参加公司爬虫零碎的架构设计和开发；2.监控和优化爬虫零碎，晋升性能和加强性能；3.率领团队负责多平台信息抓取和大数据仓库保护；4.解决理论工作中遇到的各种疑难杂症。任职要求：1.统招本科及以上学历；2.3年以上Python爬虫教训；3.相熟多线程、反爬虫、验证码识并精通网页抓取原理及技术，纯熟应用正则表达式、csspath、xpath等获取信息；4.精通任一开源爬虫框架，如Scrapy、Nutch、DotnetSpider等；5.相熟把握Mysql,Mongodb,Redis等罕用数据库；6.有海量支流电商平台数据爬取教训者优先，能迅速响应电商平台变动做规定调整。其余：8小时工作制，周末双休，无强制加班五险一金，个体游览 04 积善科技-20~99人-互联网地址｜武汉洪山区国内企业核心python爬虫开发工程师8-13K·13薪职位详情：1. 负责分布式爬虫和数据采集零碎开发；2. 剖析客户的爬虫场景，帮忙客户晋升爬虫成功率；3. 对爬虫相干技术进行摸索与利用：如js渲染抓取，反爬攻破等；4. 参加公司业务平台的数据的开掘和剖析，帮助进行客户画像和产品改良。任职要求：1. 计算机专业本科及以上学历，不低于两年的开发教训；2. 熟练掌握Python，能应用django/Flask等罕用框架进行我的项目开发；3. 相熟 Web 界面构造分析方法，可能从结构化和非结构化的数据中获取指定信息；3. 相熟TCP/IP、HTTP 等网络协议，相熟 Linux 平台上的开发，熟练掌握 Python；4. 相熟 JS 加密逆向、验证码辨认、代码混同还原、Hook 等常见爬虫技术；5. 有安卓逆向、反编译、TLS 指纹、浏览器指纹相干教训优先；6. 有博客、github、csdn、知乎等展现代码和技术的优先思考；7. 有验证码辨认、逆向解决教训优先；8. 自我驱动，责任心强，执行力强，长于学习，能挑战自我一直谋求卓越；其余：上午09:00 - 下午06:30 弹性工作工夫 05 七枢星科技-20-99人-计算机软件地址｜武汉武昌区万达尊B座704爬虫工程师20-35K·13薪职位详情：1.与爬虫零碎的架构设计、外围模块(抓取调度，页面解析和结构化抽取，海量数据存储和读取等)开发，改良和晋升爬虫效率；2.攻破各种反爬策略，疾速解决各类技术疑难问题，建设反爬反抗组件库；3.欠缺爬虫的技术指标体系，并基于指标迭代优化爬虫根底能力，指标体系中，全面性指标的建设，基于随机采样，预计零碎总体目标信息；4.技术难题攻关，解决理论开发过程碰到的各类问题。任职要求：1.计算机相关业余，本科以上学历；2.熟练掌握Python、Webdriver；3.有反反爬虫、解决无感验证码的教训；4.解决过akamai、recaptcha等国内外出名的机器人防护框架的教训。其余：8:30-18:00（弹性十分钟）五险一金、全勤奖 06 湖北航信-500-999人-信息安全地址｜武汉市东西湖区网安大厦A座18楼爬虫实习生2-3K职位详情：1.相熟爬虫原理，精通WebDriver、Selenium、requests2.相熟html、dom、xpath、正则表达式等常见的数据抽取技术3.相熟常见反爬措施4.相熟Python等数据处理模块例如pandas，numpy等5.纯熟应用MySQL、 MongDB或其余数据库6.纯熟应用python进行我的项目开发，有良好的编码习惯7.良好的逻辑思维能力和沟通能力，长于剖析问题/解决问题 ps：1，文中呈现的岗位JD，包含薪酬，工作工夫、福利等状况，均为招聘单位公示，我只是做了收集，理论状况大家能够被动分割招聘方进行征询。2，文中呈现的岗位根本为随机选取，只作为参考，并不代表K哥举荐，我并未收取任何单位以及集体的广告费，也不提供简历投递渠道。3，文中呈现的招聘信息截至发文，仍为在招状态，前期K哥不对相干信息的有效性负责。4，对于爬虫&职场方面的内容，大家还心愿看到哪些呢，欢送多多向我提倡议，也欢送小伙伴们在评论区踊跃“吐槽”本人目前的公司。 ...

Homework 1 Due date: 11:59 pm 2/10/2024 OverviewThe attacker can apply the bruteforce attack and intelligent search attack to guess your password. The one-way function (cryptographic hash function) takes the password and converts it to a fixed-size string (hash value). However, it is impossible to convert it back. Then the one-way function property can guarantee the security of your password in some applications. Each distinct password produces a distinct hash value. It means that even the similar data produces very different hashes. This allows you to be sure that the starting data are the same if two hashes are identical. The objective of this lab is for students to gain practical insights into the different attacks, security of one-way functions and learn how to use them. ...

应用命令：git config --global http.proxy http://proxyuser:proxypwd@proxy.server.com:8080更改proxyuser为您的代理ip账户更改proxypwd为您的代理明码更改proxy.server.com为您的代理ip服务器的 URL更改8080为代理服务器上配置的代理端口请留神，这实用于 http 和 https 存储库。如果您随时决定重置此代理ip并在没有代理ip的状况下工作：应用命令：git config --global --unset http.proxy最初，查看以后设置的代理ip：git config --global --get http.proxyproxyuser = 我由咱们的 IT 部门调配的代理ip账户，proxypwd = 我的代理用户的明码proxy.server.com:8080 = 代理名称和端口，我从控制面板、Internet 选项、连贯、Lan 设置按钮、代理服务器局部内的高级按钮取得它，应用第一行 (http) 上的服务器名称和端口.mygithubuser = 我用来登录 github.com 的用户mygithubpwd = 我的 github.com 用户的明码repoUser = repo 的用户所有者repoName = 回购的名称

代理服务器是一种提供计算机网络服务并容许客户端进行间接网络连接的各种其余网络服务的计算机。客户端能够连贯到代理服务器，通过这样做他能够申请连贯文件，他还能够申请不同服务器上可用的资源。代理服务器还通过建设与指定服务器的连贯或通过缓存提供资源来提供资源。然而在某些状况下，代理也能够出于各种目标更改客户端的申请或服务器响应的申请。咱们的代理成本低、速度快、易于应用，并且运行工夫惊人。如果您须要很棒的代理来平安地浏览网络，那么您来对中央了。咱们的专用和共享代理无奈被击败！代理ip也开始越来越多地呈现在人们的眼中，企业生产集体生存中，也缓缓的受到代理ip的影响，ip代理也被大家熟知和应用，动静ip、固定ip、SOCKS5代理、http代理等等各种在线代理服务器多种多样。如需购买基于自营服务器的高质量IP产品，请拜访kuaidaili.com

随着互联网的一直倒退，大数据时代的缓缓到来，代理ip也开始越来越多地呈现在人们的眼中，企业生产集体生存中，也缓缓的受到代理ip的影响，ip代理也被大家熟知和应用，动静ip、固定ip、SOCKS5代理、http代理等等各种在线代理服务器多种多样。 数据解析是计算机软件将非结构化且通常不可读的数据转换为结构化且可读格局的过程。解析提供了很多益处，其中一些包含工作优化、节省时间、降低成本等等；此外，您能够在许多不同的状况下应用已解析的数据。即便这听起来很史诗，解析自身也可能相当简单。但请稍等，伙计，筹备好逐渐摸索如何应用 lxml 解析 HTML 和 XML 文档的过程。 什么是 HTML 和 XML？ HTML HTML（或超文本标记语言）是一种有助于创立和设计 Web 内容的标记语言。超文本是容许用户参考其余文本片段的文本。标记语言是定义文档中元素的一系列标记。 HTML 的重点是显示数据，因而当 Web 用户想要创立和结构局部、段落和链接时，它就会受到打击。其文档的扩大名为 .htm 或 .html。仅供参考，这就是 HTML 代码的样子： XML XML 代表可扩大标记语言。简略地说，它的次要重点是存储和传输数据。该语言是自描述的，因为它可能具备发送者和接收者信息、题目、音讯注释等。XML 文档的扩大名为 .xml。上面是一个 XML 代码示例： XML 和 HTML 之间的区别 让咱们含糊其辞地说：尽管 XML 和 HTML 都是标记语言，但它们有很多不同之处。让咱们摸索其中的一些。 什么是lxml？如果您以前从未据说过 lxml，请不要放心。这个名字可能听起来令人困惑，但解释很简略。请看，lxml 是一个 Python 库，可让您轻松无效地解决 XML 和 HTML 文件。它指的是带有 Pythonic 绑定的 XML 工具包，用于两个 C 库：libxml2 和 libxslt。 lxml 联合了速度和 XML 库的个性以及 Python API 的简略性。它不是您能够抉择的惟一库；然而，lxml 因其易于编程和性能而怀才不遇。它具备简略的语法和适应性；此外，读取和写入任何大小的 XML 文件都十分快。嗯，差不多！ 解析 HTML 和 XML 文档：lxml tutorial Welp，这是事件变得实在的中央。但别放心——咱们将逐渐进入教程。第一步：装置Python OK，你须要做的第一件事就是在你的电脑上下载并装置Python。没有 Python，lxml 将没有运行环境。 第二步：装置 lxml 装置 lxml 有多种办法： Python 包索引 (PyPI)。如果您在 Linux 上，只需运行： ...

IP地址是由IP协定所提供的一种对立的地址格局，通过为每一个网络和每一台主机调配逻辑地址的形式来屏蔽物理地址的差别。依据IP地址的调配形式，IP能够分为动静IP与动态IP两种。 对于咱们企业与用户来说，动态代理ip和动静代理ip，都会有应用需要，然而当初的代理ip市场乱象丛生，品质参差不齐，甚至有的服务商可能这个月还在下个月就跑路了，对于有应用需要的人来说，想要在茫茫产品中，抉择一款适宜本人的代理产品还是十分困难的，那么明天，就教教大家，怎么抉择适宜本人的优质代理ip产品。 1.明确本身需要是抉择代理IP的第一步 代理IP依照不同的个性能够划分为多种类型，比方国内代理ip、私密代理ip、动静代理ip、动态代理ip等等，代理IP的划分规范不同，用处也天然会有所不一样。用户该当先依据本人的业务需要来确定本身所需要的代理IP类型，再进行下一步的抉择。 2.高隐蔽性、高匿名代理ip 只有抉择高匿名代理IP能力齐全暗藏实在IP，业务能力进步成功率。 3.IP池的规模大小 抉择代理IP首先须要查看的是这家服务商的代理ip池的大小，查看IP数量多少以及笼罩地区的范畴，这对于用户的代理应用成果起到间接的影响，海量的ip池能力让你应用起来得心应手。不过IP池容量大并不代表用户可能失常应用的IP资源就丰盛，有可能IP池的IP可利用率比拟低，这就须要下一步进行理论测试。 4.代理ip的连贯速度与提早状况 代理ip的连贯速度与提早状况，同样是影响用户应用成果的要害之一，受到网络环境、物理间隔以及硬件设施等多种因素的影响，确保代理速度够快才可能保障用户的业务高效发展，这对于爬虫工作者而言更是极为要害。 5.代理ip的应用与接入形式 许多代理IP服务商所提供的代理IP应用形式都不尽相同，有些须要用户下载独立的客户端，进行简单的设置，也有些代理服务商只须要用户通过网页后盾就能进行IP的配置与提取应用，也有的能够间接用代码调用api接口就能够应用，在筛选代理IP时，这也是一个值得关注的点，要抉择一个应用快捷便当的接入形式。 下面只是简略列举了一下，其实代理ip的抉择还是有很多的条件的，一不小心就容易踩雷。快代理的国内代理ip品种丰盛、应用便捷、动态代理ip、动静代理ip产品丰盛。 kuaidaili.com反对4小时收费测试，私密代理ip、独享代理ip、隧道代理ip，产品种类丰盛，实用场景宽泛，欢送拜访查看。

我国目前并未出台专门针对网络爬虫技术的法律标准，但在司法实际中，相干裁决已不足为奇，K 哥特设了“K哥爬虫普法”专栏，本栏目通过对实在案例的剖析，旨在进步宽广爬虫工程师的法律意识，通晓如何非法合规利用爬虫技术，警钟长鸣，做一个违法、护法、有准则的技术人员。 开篇引言“才者，德之资也；德者，才之帅也。”                    —— 宋·司马光《资治通鉴》 大家好，我是K哥。置信前段时间都有关注到，吴谢宇一案最终尘埃落定。除了其人神共愤的滔天罪行，他身上还有一个备受关注的点，北大学生&高学历。 读书到底读到什么样才算读的好呢，是为天地立心，为生民立命，为往圣继绝学，为万世开太平吗？这些事儿，每一件都太大太大。但咱们读书，承受教育，不求读到惊天动地，最起码是要能不断完善自我，进步三观的。否则学识越大，学历越高，却不干人事儿，专逮着违法乱纪的事儿干，那就是离谱他妈给离谱开门，离谱到家了哈。 案情回顾 言归正传，讲回咱们的爬虫普法栏目。本期给大家分享一个高学历犯罪团伙，爬取公民个人信息数据，守法贩卖，最终被一窝端的案例。 事件是这样的，涉案人员王某等6人是一批高级知识分子，有博士，有研究生，还有海归，他们本来任职于一家科技公司，过后的公司做的是ETC相干的业务。在2020年11月前后，这几人陆续辞职，打算本人下海经商，大展一番拳脚。 于是乎，他们在上海成立工作室正式守业。然而这做生意啊，真不是谁都能做得来的。 K哥向来感觉有两种人特地聪慧，一是能把生意做的很透彻的人，二是搞科学研究的人，但王某的团队，显然不在其列。 守业未半，我的项目进度缓慢，前景堪忧！为了求生存，王某等人就开始寻找一些副业机会。 也就是在这期间，王某发现了本人前公司的风控破绽，原来本人过后在前东家任产品经理时的管理员账号还没登记，他依然可能进后盾数据库查问客户资料。 贫贱险中求，恶向胆边生！王某等人心一横，挣米的欲望霸占了道德的洼地，他们决定开始干数据交易的生意！人员完备，指标明确，随即立项分工：王某提供账户和明码，寻找买家；陈某编写爬虫脚本，林某负责加密脚本并爬取数据；唐某治理服务器和寻找买家；刘某、郑某利用“暗网”公布销售信息。 而且为了“平安”，他们还采纳了加密货币来进行交易。(这也从侧面反映了这哥几个早就分明本人干的是守法的勾当，明知法而犯法！) 一顿操作下来，王某几人胜利爬取了9万余条公民个人信息，包含姓名、身份证号、手机号、车牌号、发动机号和车架号等敏感数据。 他们还贴心地把这些信息被整顿成Excel表格，存在硬盘外面，只待交付变现。 奈何天公不作美，王某团队的业务发展的相当不顺利。 一开始，他们想以15元/条的价格在“暗网”上发售这些数据，这算盘打得好啊，9万多条信息数据，全卖出去就是一百多万。 然而现实很饱满，而事实很骨感，市场基本不买他们的账，压根就卖不出去。没方法，只能提价，但提价后还是卖不出去。 那就持续提价！ 如此周而复始几轮之后，王某团伙被市场环境狠狠的教育了一顿。 最终只有他们的骨干成员之一刘某，以8毛钱到3块钱不等的价格，卖了2000多条数据进来，胜利获利2000多元人民币。 几经折腾下来，他们看清了这生意是压根做不了一点，遂于2021年1月底遣散了团队，各奔东西。 一杯浊酒尽余欢，今宵别梦寒……但故事并没有到此结束，人总得为本人做过的事件买单，不是不报，时候未到。 同年5月，公安机关在网络巡逻中发现了王某团伙的立功痕迹，不久后便把该团伙成员全副捉拿归案，一网打尽。 案发后，王某等6人均认罪认罚。(说他们聪慧吧，人均高学历，可偏偏干的都是傻事，吃亏还没讨到一点儿好，真是读书读到狗肚里，爬虫爬到牢里去！) 12月份，浙江省台州市路桥区检察院受理此案。检察官指出，本案中的6名涉案人学历较高，包含重点大学的在读博士研究生、硕士研究生及海归留学生。 他们的行为涉嫌进犯公民个人信息罪，法定刑为3年以上7年以下有期徒刑并处罚金。 鉴于此，经法院公开开庭审理后，当庭驳回检察机关量刑倡议，以进犯公民个人信息罪一审判处王某等6人有期徒刑3年，缓刑3年至4年不等，并各处罚金3000元。 同时法院反对检察院提起的刑事附带民事公益诉讼请求，裁决6人抵偿公益侵害赔偿金2000元。相干法条 ●《中华人民共和国刑法》第二百五十三条之一 【进犯公民个人信息罪】违反国家有关规定，向别人发售或者提供公民个人信息，情节严重的，处三年以下有期徒刑或者拘役，并处或者单处罚金；情节特地重大的，处三年以上七年以下有期徒刑，并处罚金。 ●《中华人民共和国民法典》第一百一十一条 自然人的个人信息受法律爱护。任何组织或者集体须要获取别人个人信息的，该当依法获得并确保信息安全，不得非法收集、应用、加工、传输别人个人信息，不得非法交易、提供或者公开别人个人信息。 ●《中华人民共和国个人信息保护法》第七十条 集体信息处理者违反本法规定解决个人信息，侵害泛滥集体的权利的，人民检察院、法律规定的消费者组织和由国家网信部门确定的组织能够依法向人民法院提起诉讼。 案件后续 为了贯彻落实“少捕慎诉慎押”刑事司法政策，22年8月，路桥区检察院就本案是否实用缓刑组织召开公开听证会。 该听证会上，其中该团伙成员之一的唐某，原是某重点大学在读博士研究生，他懊悔不已，粗浅检讨：“我很悔恨，没有意识到严重后果……心愿检察官能给我一次机会。”最终通过听证员评议，认为6名立功嫌疑人相干行为未产生较大的社会危害，没有前科，一致同意检察机关提出实用缓刑的量刑倡议。 还有个小插曲，也是22年8月份的时候，公安机关在立案侦查另一起涉毁坏计算机信息零碎罪案件时，软件鉴定陷入困局，遂邀请唐某团队参加破解。他们仅花了四天工夫就胜利破解涉案黑产软件，为软件鉴定获得冲破，把他们的能力用对了中央。 K言K语 其实K哥置信，这个团伙的成员，都不是大奸大恶之徒，但十年寒窗苦读，一朝爬虫被捕，只能说是咎由自取，怪不得任何人。但人生路漫漫，心愿他们可能多多检查，当前正确地应用本人学到的常识本事，造福社会。对于他们的法律意识淡薄，道德底线较低，我的倡议是多看看K哥的【爬虫普法专栏】。而对于他们的自作聪明，认为又是暗网又是加密货币就不会被逮，K哥只有四个大字，邪不压正！

Comparison of High-Performance QCN 9274 QCN 6274 and QCN 9074 on M.2 Network Card Introduction In the realm of wireless networking, Qualcomm has been a prominent player, known for its high-performance wireless chipsets. This post aims to provide a technical comparison between three notable Qualcomm chipsets: QCN 9274, QCN 6274, and QCN 9074, specifically when utilized on M.2 cards. Qualcomm Chipsets Overview QCN 9274The QCN 9274 is a high-performance wireless chipset designed for wireless networking applications. It operates on various wireless standards, including Wi-Fi, and is known for its reliability and speed.QCN 6274The QCN 6274 is another high-performance wireless chipset by Qualcomm, targeting mobile devices and other networking solutions. It offers advanced features and is designed for optimal efficiency and throughput.QCN 9074The QCN 9074 is a newer generation chipset by Qualcomm, designed to provide even higher performance, lower latency, and improved power efficiency compared to its predecessors. ...

WiFi 7, also known as 802.11be, is the latest generation of wireless networking technology that promises significant advancements over its predecessors, including faster speeds, lower latency, and improved efficiency. One of the key features in WiFi 7 is Multi-RU (Multi-User Reuse), a technology designed to enhance the overall efficiency and performance of wireless networks. In this post, we'll delve into WiFi 7 and the innovative Multi-RU technology. WiFi 7 Overview ...

QCN9074 QCN9024: Unleash Power on WiFi 6E IIoT 4x4 Triband Network Cards In the ever-evolving landscape of wireless technology, staying ahead of the curve is paramount. As the Internet of Things (IoT) continues to transform industries, the demand for high-performance network cards has skyrocketed. Enter the QCN9074 and QCN9024, two cutting-edge WiFi 6E 4x4 triband network cards, designed to meet the demands of the industrial IoT (IIoT) sector. In this post, we will compare these two exceptional network cards and explore their capabilities in the 2.4GHz, 5GHz, and 6GHz frequency bands. ...

申明本文章中所有内容仅供学习交换应用，不用于其余任何目标，不提供残缺代码，抓包内容、敏感网址、数据接口等均已做脱敏解决，严禁用于商业用途和非法用处，否则由此产生的所有结果均与作者无关！ 本文章未经许可禁止转载，禁止任何批改后二次流传，擅自应用本文解说的技术而导致的任何意外，作者均不负责，若有侵权，请在公众号【K哥爬虫】分割作者立刻删除！ 指标指标：Luosimao 螺丝帽人机验证逆向剖析 网址：aHR0cHM6Ly9jYXB0Y2hhLmx1b3NpbWFvLmNvbS9kZW1vLw== 抓包剖析进入官网提供的 demo 页面，F12 开启抓包，首先加载 demo 页面，这个页面蕴含一个 site-key，每个网站都不一样，会在后续用到： 接下来是一个 captcha.js，次要用于后续的加密参数生成，乍一看认为是个 OB 混同，其实只是更换了变量名，而后一些值是从大数组外面取的，没有 OB 混同里的打乱数组的操作，比 OB 混同要简略很多，后文会利用 AST 对这三个 JS 进行解混同，后续相似的还加载了 widget.js 和 frame.js，也都是和加密参数的生成无关。 而后是一个 widget 的申请，该申请返回的源码外面有个 data-token，也是后续要用到的。 接下来是一个 request 的申请，接口返回的一些参数也是后续要用到的，同时返回的 w 值，就是要点击的文字提示信息。 而后是一个 frame 申请，申请带了两个加密参数，这个申请返回的源码外面蕴含了验证码图片信息。 而后就加载了验证码图片，留神这里的图片是被切割之后乱序排列了的，和极验三代的相似，所以后文咱们还要对其进行程序还原。 点击图像实现之后，就会发动校验申请 user_verify，校验胜利的话返回的 res 为 success，相同校验不胜利就是 failed。 点击立刻登录，触发最初一个 submit 申请，提交的 data 值就是上一步 user_verify 验证胜利后返回的 resp 值。 小结一下螺丝帽就能够分为三个比拟重要的步骤：request 接口申请失去要点击的内容，frame 接口申请拿到验证码图片，user_verify 接口验证点击是否正确，下文将详细分析这些步骤。 ...

WiFi SoM Solution: IPQ5018 and IPQ4019 on Mainboard with OpenWifi OpenWrt Support Introduction: In the ever-evolving world of wireless networking, having a reliable and versatile System on Module (SoM) solution is crucial for building robust and feature-rich WiFi applications. This technical post delves into the use of Qualcomm's IPQ5018 and IPQ4019 SoMs on a mainboard, equipped with OpenWifi OpenWrt support, offering a powerful and flexible platform for various wireless networking applications. ...

Introduction In the fast-evolving world of networking, Qualcomm continues to push the boundaries with its cutting-edge hardware solutions. The IPQ8072 and IPQ8074 router boards are the latest offerings from Qualcomm, designed to provide high-performance networking capabilities, including 10 Gigabit Ethernet (10GbE) and WiFi 6. In this technical post, we will delve into the features and capabilities of these router boards, shedding light on their potential applications and benefits for networking enthusiasts and professionals. ...

IIoT 5G And Wi-Fi 6: Comparative Analysis of IPQ6018 and IPQ8072 on Routerboards Introduction: In the rapidly evolving landscape of Industrial Internet of Things (IIoT), the convergence of 5G and Wi-Fi 6 technologies plays a pivotal role in enabling high-speed, low-latency, and reliable connectivity for critical applications. This technical post delves into a comparative analysis of two Qualcomm chipset solutions, IPQ6018 and IPQ8072, as implemented on routerboards, focusing on their suitability for IIoT applications leveraging 5G and Wi-Fi 6. ...

Introduction: The 802.11be standard, also known as Wi-Fi 7, is the latest generation of wireless networking technology designed to provide significantly higher data rates, lower latency, and enhanced reliability compared to previous Wi-Fi standards. This technical post delves into the IPQ9574 and IPQ9557 chipsets, which are key components in enabling the 802.11be standard, with a specific focus on the Multi-Link Operation (MLO) function. IPQ9574 and IPQ9557 Chipsets The IPQ9574 and IPQ9557 chipsets are cutting-edge wireless networking solutions developed by Qualcomm Technologies. These chipsets are designed to meet the demands of next-generation wireless networks, including the 802.11be standard. ...

Introduction In the ever-evolving world of wireless networking, the demand for faster, more reliable, and efficient routers is continually increasing. The IPQ8072 CPU, paired with the 802.11ax standard, has emerged as a formidable solution to meet these demands. In this technical post, we delve into the capabilities and features of the IPQ8072 CPU on an 802.11ax routerboard, specifically focusing on its support for 4x4 MIMO in both the 2.4GHz and 5GHz bands. ...

Power of 802.11ac with IPQ4019 IPQ4029 Dual-Band 2.4GHz/5GHz Router on OpenWRT|DR40X9 Introduction The advent of 5G technology has ushered in a new era of connectivity, offering blazing-fast speeds and low latency. To fully leverage the capabilities of 5G, it's essential to have a robust and capable router. In this technical post, we'll explore the IPQ4019 Dual-Band router, its support for OpenWRT, and its compatibility with the 802.11ac standard, enabling high-performance wireless networking. ...

WiFi7-802.11BE-IPQ9574-support 4xM.2 moudle-QCN9274+QCN6274 For Industrial Grade In the fast-paced world of technology, staying connected is paramount, especially in industrial settings. Say hello to the future of wireless connectivity: WiFi 7, also known as 802.11BE, featuring the IPQ9574 chipset. This cutting-edge technology is a game-changer for industrial-grade applications, providing unparalleled speed, reliability, and versatility. Here's what you need to know: The Power of WiFi 7 (802.11BE): Blazing Speeds: WiFi 7 operates at multi-gigabit speeds, providing a bandwidth boost of up to 30 Gbps, making it perfect for data-intensive applications.Low Latency:Reduced latency ensures real-time communication and minimizes lag, ideal for mission-critical industrial processes.Enhanced Security: WiFi 7 incorporates the latest security protocols, safeguarding your data against threats and unauthorized access.Improved Efficiency:Increased spectral efficiency optimizes network performance even in crowded environments. ...

Analysis of 802.11ax (Wi-Fi6) 802.11ac (Wi-Fi5) Routerboard SoM Versions: IPQ5018 vs. IPQ4019 vs. IPQ4029 Introduction Wireless networking technology has seen significant advancements over the years, with each new generation delivering improved performance, capacity, and efficiency. In this technical post, we will delve into the comparison of three System-on-Module (SoM) versions: IPQ5018, IPQ4019, and IPQ4029, with a specific focus on their capabilities as routerboard platforms for 802.11ax (Wi-Fi 6) and 802.11ac (Wi-Fi 5) networks. ...

我国目前并未出台专门针对网络爬虫技术的法律标准，但在司法实际中，相干裁决已不足为奇，K 哥特设了“K哥爬虫普法”专栏，本栏目通过对实在案例的剖析，旨在进步宽广爬虫工程师的法律意识，通晓如何非法合规利用爬虫技术，警钟长鸣，做一个违法、护法、有准则的技术人员。案情简介2017 年 2 月至 5 月，被告人彭中正利用其在成都市知数科技有限公司（以下简称知数公司）从事技术工作的便当，非法获取公民个人信息数十万条，伙同被告人吕雷，通过 QQ 向被告人周敏、“123 哥”（身份不详）、“49 哥”（身份不详）等人发售，守法获利约 50 万元。被告人周敏以 0.35 元/条、0.4 元/条等价格，从彭中正、吕雷处继续购买约 40 万条公民个人信息用于转卖获利，通过支付宝向吕雷给付对价 161731 元。 2017 年 5 月 16 日，阿里巴巴集团公司以用户数据泄露为由报案。 警察于同年 5 月 18 日 20 时许，在本市天府新区伏龙西街暂住地门口将彭中正挡获；于同日 14 时许许在云南省临沧市临翔区团山村租住房内将吕雷挡获；于 2017 年 6 月 6 日 19 时许，在湖北省武汉市江夏区高新小道湖口社区将周敏挡获。 供述状况被告人供述与辩解▶ 彭中正（发售个人信息） 2017 年 2 月底，他退出一个 QQ 群，有人在群内公布音讯称能够用现金购买电商数据，他认为这是一条疾速挣钱的渠道，且这些买家须要的电商信息，他很不便就能获取，原本过后也没什么钱，就打算做这个事件。这些数据都是他从公司盗取的。公司专门有个信息采集部，通过采集程序对淘宝网页上的买家评论信息进行采集，再拿到“社工库”进行再次调配，通过对淘宝账号的匹配，就能把账号对应的注册姓名和联系方式匹配进去。他们公司成立至今从淘宝网采集用户评估信息的数量在百亿条左右，收集社工库信息有两亿条左右，采集这些信息并没有通过阿里巴巴公司批准。 他通过 QQ 分割网友 “123”，对方须要大量购买淘宝女装买家的数据。谈好价格为 1.5 角/条，为了不让公司发现他盗取信息，他就让对方将钱打到同学吕雷的支付宝上，再由吕雷转给他。盈利大概十万元。起初 “123” 须要一批百万量级的数据，思考到有危险，就只给对方导入了大略三十万条数据信息，为躲避危险，他特意把数据里的电话号码作了批改，并将复原的办法通知了 “123”，对方收到数据后说品质个别，没给他钱，就在QQ上把他删了。 起初意识了“支付宝哥”，与对方产生大略七八次数据交易，数据总量约在二三十万条，获利大略在十万元左右。数据是淘宝网上购买女装、化妆品、女鞋的买家数据，这些数据蕴含买家姓氏、电话，所购商品名称、价格、购买工夫。 在 QQ 群里还有一个 “49哥” 与他交易。对方购买了大概一万条淘宝女装买家信息，蕴含买家姓氏、电话、购买商品内容、购买价格和工夫。简直每天都有交易，金额从 6 角至 8 角每条不等。“49哥” 提出叫他买几张黑卡，躲避交易危险，他就从 “49哥” 那里以 800 元一张的价格购买了 8 张黑卡。他共计卖给 “49哥” 三十余万条淘宝买家数据，共计获利二十余万。 ...

Analysis of 802.11ac Wave 2 MU-MIMO Onboard Chipsets: IPQ4019 vs. IPQ4029 vs. IPQ4018 Abstract: The evolution of wireless communication technologies has led to the development of advanced Wi-Fi standards, such as 802.11ac Wave 2, which incorporates Multi-User Multiple Input Multiple Output (MU-MIMO) technology for improved throughput and efficiency. This technical post delves into a comparative analysis of three prominent onboard chipsets - IPQ4019, IPQ4029, and IPQ4018 - designed to drive 802.11ac Wave 2 MU-MIMO implementations. We explore their specifications, capabilities, and potential use cases in modern networking scenarios. ...

Next Frontier: WiFi 7 and the IPQ9574/QCN9274/QCN6274-802.11 Be Standard Introduction In the ever-evolving landscape of wireless communication, WiFi standards play a pivotal role in shaping the way we connect and interact with the digital world. The emergence of WiFi 7, coupled with advanced hardware like the IPQ9574, QCN9274, and QCN6274 chipsets, has ushered in a new era of high-speed, reliable, and efficient wireless networking. This article delves into the technical intricacies of WiFi 7, highlighting the capabilities of the IPQ9574, QCN9274, and QCN6274 chipsets, while also addressing their compatibility with the 802.11be standard, and the inclusion of 2.4GHz, 5GHz, and 6GHz (6E) frequency bands, all supported within the Qualcomm QSDK framework. ...

Analysis of 802.11ax 802.11be Standard Connectivity Chips: IPQ6010 vs IPQ8072 vs IPQ9754 Introduction: With the rapid evolution of wireless technology, WiFi standards continue to advance, offering higher speeds, better reliability, and improved efficiency. WiFi 6 (802.11ax) brought significant enhancements over its predecessor, and now, WiFi 7 (802.11be) is poised to take connectivity to new heights. In this technical post, we will delve into a comparative analysis of three prominent connectivity chips: IPQ6010, IPQ8072, and IPQ9754, discussing their features, capabilities, and how they cater to the latest WiFi standards. ...

IIoT Connectivity: QSDK-IPQ6010+QCN9074 Router with WiFi 5G Networking Support Introduction In the rapidly evolving landscape of the Industrial Internet of Things (IIoT), the need for seamless and reliable connectivity solutions has never been greater. The convergence of advanced wireless technologies, such as WiFi and 5G, is transforming the way industries operate and communicate. This technical post delves into the features and capabilities of the QSDK-IPQ6010+QCN9074 outdoor router, which offers robust WiFi and 5G networking support to empower modern industrial applications. ...

In the rapidly evolving landscape of the Internet of Things (IoT), seamless connectivity and roaming are becoming paramount for delivering optimal user experiences. The Qualcomm IPQ 6018, IPQ 5018, and IPQ 9574 chipsets emerge as powerful solutions that address this challenge by providing robust power management and seamless roaming capabilities. This technical post delves into the intricacies of these chipsets and their contributions to achieving uninterrupted connectivity in IoT environments. ...

IPQ9574,IPQ9274,QCN6274,QCN9274 Chipsets to IEEE 802.11be with 2.4G 5G 6E Support QSDK In the world of wireless communication, advancements continue to push the boundaries of speed, capacity, and reliability. The IPQ9574, IPQ9274, QCN6274, and QCN9274 are cutting-edge chipsets designed to meet these demands, offering support for the IEEE 802.11be standard while providing compatibility with 2.4GHz, 5GHz, and 6GHz (6E) frequency bands. The Qualcomm Software Development Kit (QSDK) further enhances these chipsets by providing a comprehensive software framework for development and optimization. ...

1. 背景关联词：限频、访问控制、爬虫、反爬虫、WAF、长亭、雷池 对于一些主动的 bot 或者歹意的爬虫，其拜访网站的频率大、工夫长，如果关上云服务器的治理后盾，往往会发现网络的大部分流量都集中在一个或几个的 IP 上。对于这些状况其实都能够以一个很简略的伎俩实现，那就是在服务器中对拜访IP限频。 然而对于拜访IP的限频性能通常与业务逻辑关系不大，开发者通常不太想要去本人保护一个IP拜访频次表，同时在分布式、并发等条件下手动保护所有访问者的信息有着很大的开发成本。 长亭的雷池 WAF 正好解决了这一系列问题， 雷池提供了限频、端口转发、手动IP黑白名单等性能，以及其外围性能——进攻 Web 攻打。 2. 装置雷池官网提供了在线装置、离线装置、牧云助手装置三种形式，本文不再赘述，详情能够查看： https://waf-ce.chaitin.cn/docs/guide/install 3. 登录雷池雷池采纳了 OTP 伎俩进行登录鉴权， 简略来说就是通过腾讯身份验证器等软件，向登录页面输出手机软件上生成的动静明码（约15s 会更新一次明码）即可。 3.1 软件扫码绑定 扫码后即绑定，能够在首页看到动静明码 3. 2 输出口令明码 3.3 进入雷池治理界面 4. 配置站点和限频性能4.1 雷池站点配置雷池的站点配置性能比拟齐全，包含主动上传 TLS 证书、私钥，指定多个转发端口等，不须要开发者本人配置 nginx 转发 4.2 配置限频性能具体的封禁策略能够进行自定义，举荐为 10 s，100 次 ，封禁 10分钟PS：如果是本人测试，或者发现误报的，能够手动解除封禁 5. 测试及其他5.1 测试后盾筹备了一个简略的服务器，提供一个hello的接口，带有一个a的参数 简略编写测试的爬虫代码： def send_request(url,request_method="GET",header=None,data=None): try: if header is None: header=Config.get_global_config().header response = requests.request(request_method, url, headers=header) return response except Exception as err: print(err) pass return Noneif __name__ == '__main__': # config=Config.get_global_config() # print(config.header) # send_request(header="asad") for i in range(0,100): str = random.choice('abcdefghijklmnopqrstuvwxyz') resp = send_request("http://a.com/hello?a="+str) print(resp.content)打印值 ...

IPQ6010 IPQ6018 IPQ6000 Wireless Socs:23KM Long-Range Connectivity Trial |Wallys Team Suzhou, August 22, 2023– The Wallys Team has recently concluded an extensive long-range connectivity test for their cutting-edge DR6018 Industrial Router at Cao Lake in Suzhou, China. The results of the trial were exceptionally positive, showcasing the router's remarkable capabilities in maintaining a stable connection over distances of up to 23 kilometers. The DR6018 Industrial Router, developed by Wallys, a prominent player in the networking solutions industry, underwent rigorous testing to evaluate its performance in demanding long-range scenarios. The trial took place at the picturesque Cao Lake in Suzhou, offering diverse environmental challenges that mimic real-world connectivity situations. ...

我国目前并未出台专门针对网络爬虫技术的法律标准，但在司法实际中，相干裁决已不足为奇，K 哥特设了“K哥爬虫普法”专栏，本栏目通过对实在案例的剖析，旨在进步宽广爬虫工程师的法律意识，通晓如何非法合规利用爬虫技术，警钟长鸣，做一个违法、护法、有准则的技术人员。案情简介 2018 年 8、9 月间，被告人谢财安、林建华预谋窃取公民个人信息售卖获取利益。后二人通过网络分割被告人杨杭，被告人杨杭明知二被告人从事非法活动仍向被告人林建华、谢财安提供 “smarttool”（用于爬取京东商户订单信息）等软件并收取费用。被告人林建华、谢财安利用该软件通过技术手段非法侵入京东商城 “WIS 旗舰店” 等商户的账户保护后盾，窃取公民交易类个人信息予以售卖并获利。经鉴定，本案波及公民个人信息共计 297313 条，内容信息蕴含有 “店铺名称”、“购买产品”、“金额”、“ID”、“姓名”、“电话”、“地址” 等，经对该文件中每条个人信息的电话号码为规范进行统计剔除反复数据后，获取到信息共 240372 条。 供述状况被告人林建华的供述（爬虫软件买家）:2018 年 9 月份左右，谢财安说京东网上有一些购物的数据有人要，让我和他一起去网上窃取数据。咱们两个人就在新罗区适中镇核心村山脚下的一个老房子外面架设了设施开始窃取京东的数据，而后卖给龙岩当地从事网络欺骗的人，一条 3 到 4 元的价格，这些从事网络欺骗的人就是通过我卖给他们的这些数据给购物的人打电话施行欺骗。 谢财安首先分割做钓鱼链接的人，而后把钓鱼链接发给我，我本人注册一个京东账号，把钓鱼链接发给卖家说让对方看一下这款商品，对方点开链接之后是一个假的京东账号，对方就认为是本人掉线了，而后对方会在假的京东页面上从新登录本人的账号、明码和验证码，这些账号、明码就会通过钓鱼网站的链接发送到咱们钓鱼链接的治理后盾，咱们登录钓鱼网站的治理后盾就能够拿到商家的用户名和明码，在京东商城的网站登录商家后盾，而后咱们再用爬虫软件将商家的购买人订单信息采集下来，咱们只须要设定好工夫，软件就会主动批量的将这个时间段商家的买家数据采集下来，而后由谢财安负责在 QQ 上分割购买数据的人，如果有人购买的话，咱们就从 QQ 上以 TXT 的格局发给对方，对方收到数据之后就会通知我到什么中央取现金，咱们就到对方放钱的中央把钱取走。咱们从京东公司窃取的数据总共卖了大概十五、六万元，五五分成，我集体获利大略在七、八万元左右。 被告人谢财安的供述（爬虫软件买家）:2018 年听老家人说窃取买家数据能够赚钱，大概 8 月份左右，我在 “猪八戒” 网站上看到有人公布信息说能够写爬虫程序，于是我就退出一个 QQ 群，群外面有个叫 “宝爸” 的，我就问他可不可以做京东商城的爬虫程序，他说能做。没过几天他就做了一个钓鱼网站和一套爬虫软件。我和林建华一起出资购买设施用于取京东商家后盾数据了。这样由 “宝爸” 提供技术撑持、我和林建华购买设施施行窃取商家数据。 登录商家后盾信息查看理论购买商品的用户信息，用户信息包含姓名、手机号、邮寄地址等内容。之后再应用爬虫软件主动爬取这些买家信息，保留到咱们的笔记本电脑里，去重之后售卖给那些做电信欺骗的骗子。爬虫软件爬取的数据咱们会打包发给宝爸，他有工具能够查问这些买家信息中手机号的停机、空号状况，之后他再打包发给咱们，咱们将这些停机、空号的买家信息去掉后再进行去重，剩下的数据就能够卖给适中镇和龙岩市区的骗子了，咱们卖数据收取的都是现金，个别都是让买数据的人将钱放在指定地点，而后咱们去取。卖数据的钱我和林建华一人分了大略七、八万左右。“宝爸” 负责给咱们提供技术撑持，保护钓鱼网站、爬取数据软件的工作。购买信息的骗子是我通过 QQ 分割的。 被告人杨杭的供述（钓鱼网站及爬虫软件制作者）：2018 年 8 月份左右，我 QQ 所在的 “深度软件订购群” 里有一个昵称叫 “小师弟” 的人跟我说他想让我做一个程序来取得京东商家的订单信息，我批准了，刚开始我在我本人的电脑上调试这个程序的时候发现这个程序用不了，大略 3 天的工夫调试胜利了，我就发给他用了，胜利之后我跟他磋商好通过这个程序获取的商家信息，一个商家 380 元，起初有一段时间用不了了，我就帮他从新调试了一遍，调试完之后咱们磋商好每个商家 400 元，我通过这个程序大略一共获利 1 万元左右。 他们大略获取了 30 个左右的商家信息。我设计的这个程序没有对应的商户，能够获取有限个商户的信息，他获取几个商户的信息我这边都有显示，如果他不给我钱我能够近程关停这个程序。对方还给过我两次蕴含手机号的文档，我通过创蓝 235 网站查问这些手机号是否为空号，每次付费 2 分钱一个手机号，我收下家是 5 分钱一个手机号，总共查问过 3 万多个手机号。对方应用我的软件共爬取了约 20 多万个订单信息，我把对方爬取的信息同步一份在我本人架设的网站上，是腾讯云服务器，对方每次启动软件都须要调用我的这个服务器，所以我能做到实时同步数据，同时记录了软件的登录日志、流量日志。 ...

Comparing Latest Wireless SoCs: QCN9274 vs QCN6274 vs QCN9074 vs QCN9024|Wallys Wifi 7 In the rapidly evolving landscape of wireless technology, competition is fierce among chipset manufacturers to deliver cutting-edge solutions that provide faster speeds, lower latency, and improved connectivity. Four of the latest contenders in this field are the QCN 9274, QCN 6274, QCN 9074, and QCN 9024 chipsets. In this technical post, we will delve into the features, specifications, and capabilities of these wireless solutions to understand how they stack up against each other. ...

Wireless SocS Comparison: IPQ9574 vs IPQ9554 vs IPQ8072 vs IPQ8074|Wallys WiFi 7 DR9574 Introduction: Wireless networking has evolved rapidly in recent years, offering advanced solutions to cater to the ever-increasing demands for higher speeds, lower latency, and improved reliability. This technical post aims to provide an in-depth comparison of four prominent wireless solutions: IPQ9574, IPQ9554, IPQ8072, and IPQ8074. These System-on-Chip (SoC) solutions, developed by Qualcomm Technologies, offer a range of features and capabilities that target various networking applications. ...

IPQ5018 Mainboard SocS: A Versatile Support for QCN9074, QCN6122, QCN6012 M.2 Cards Introduction: In the rapidly evolving landscape of wireless technologies, the demand for versatile and high-performance mainboard solutions is ever-increasing. The IPQ5018 mainboard stands out as a powerful solution that supports an array of M.2 cards, including the QCN9074, QCN6122, and QCN6012. This technical post delves into the capabilities of this mainboard and the seamless integration it offers for these cutting-edge M.2 cards. ...

Introduction: The evolution of wireless technology has given rise to the latest 802.11ax (Wi-Fi 6) solutions, bringing enhanced speed, capacity, and overall performance to wireless networks. Qualcomm, a prominent player in the field, has developed a series of advanced Wi-Fi 6 solutions, including the IPQ6018, IPQ6010, IPQ8072, and IPQ8074. This technical post aims to provide a comprehensive comparison of these solutions, highlighting their key features, specifications, and potential use cases. ...

Technical Comparison of the Latest Wireless SoCs: IPQ6018 vs. IPQ6010 vs. IPQ9554 vs. IPQ9574 Introduction: The rapid evolution of wireless technologies has led to the development of advanced chipsets that power a wide range of wireless devices, from routers and access points to IoT devices and more. In this technical post, we will delve into a thorough comparison of four cutting-edge wireless solutions: IPQ6018, IPQ6010, IPQ9554, and IPQ9574. We will explore their key specifications, features, performance, and potential use cases to help technology enthusiasts and professionals make informed decisions when selecting wireless solutions for their projects. ...

In the world of wireless networking, Two such solutions are the IPQ4019 and IPQ4029, both designed to provide reliable and efficient WiFi 5 connectivity. Let's delve into their features and explore their relations. 1 PQ4019 WiFi 5 Solution: The IPQ4019 is a highly integrated system-on-chip (SoC) that combines a quad-core ARM Cortex A7 CPU with a powerful WiFi 5 radio. This solution offers impressive performance, advanced features, and excellent power efficiency. It supports 2x2 MU-MIMO (Multi-User, Multiple-Input, Multiple-Output) and provides data rates of up to 1.73 Gbps. The IPQ4019 is often found in mid-range routers, gateways, and access points. ...

When it comes to wireless networking, Two of notable offerings are the IPQ4018 and IPQ4028, which are both WiFi 5 (802.11ac) wireless solutions. While they belong to the same product family and share several similarities, there are also some key differences between them. Let's explore the relations between these two solutions in more detail. 1 Architecture and Performance: The IPQ4018 and IPQ4028 are based on the same architecture, featuring a quad-core ARM Cortex A7 processor and a dual-core network accelerator. This design allows for efficient processing of network traffic and enables smooth data transmission in wireless networks. In terms of performance, both solutions offer excellent throughput and coverage capabilities, ensuring reliable and high-speed connectivity. ...

Are you in need of a high-performance and affordable WiFi 6 wireless solution for your home or business? Look no further! Allow me to introduce the powerful combination of IPQ5018 and QCN6122, a cost-effective duo that will revolutionize your wireless experience. 1 IPQ5018: The Brains Behind the Operation The IPQ5018 is a cutting-edge system-on-a-chip (SoC) designed by Qualcomm Technologies. It boasts a powerful quad-core ARM Cortex-A53 CPU, capable of delivering exceptional processing power for a range of applications. With advanced networking capabilities, it provides superior performance and efficiency. ...

Introduction: Fast roaming plays a crucial role in ensuring seamless connectivity in IoT (Internet of Things) networks, where devices frequently move between access points. To achieve reliable and uninterrupted roaming, advanced networking solutions are required. In this post, we will explore the best way to achieve fast roaming using IPQ8072 and IPQ8074, two powerful chipsets designed specifically for IoT applications. These chipsets provide efficient and high-performance networking capabilities, ensuring a smooth transition between access points for IoT devices. ...

申明本文章中所有内容仅供学习交换应用，不用于其余任何目标，不提供残缺代码，抓包内容、敏感网址、数据接口等均已做脱敏解决，严禁用于商业用途和非法用处，否则由此产生的所有结果均与作者无关！ 本文章未经许可禁止转载，禁止任何批改后二次流传，擅自应用本文解说的技术而导致的任何意外，作者均不负责，若有侵权，请在公众号【K哥爬虫】分割作者立刻删除！ 逆向指标指标：百度滑块验证码、点选验证码、旋转验证码，v1、v2 逆向剖析v1 旋转验证码： aHR0cHM6Ly93YXBwYXNzLmJhaWR1LmNvbS9zdGF0aWMvY2FwdGNoYS90dXhpbmcuaHRtbD9haz0zM2M0ODg4NGI3ZGY4M2Q0MjMwZTA3Y2JjZDBkMDdmZCZiYWNrdXJsPWh0dHBzJTNBJTJGJTJGYWlxaWNoYS5iYWlkdS5jb20mdGltZXN0YW1wPTE2MzE0MzQ0MjUmc2lnbmF0dXJlPWM2ODRhODJiNzk4MjAyOTg3NWJmZDhlMGE2NjBiNzdmv2 旋转验证码： aHR0cHM6Ly93YXBwYXNzLmJhaWR1LmNvbS9zdGF0aWMvY2FwdGNoYS90dXhpbmcuaHRtbD8mYWs9YzI3YmJjODlhZmNhMDQ2MzY1MGFjOWJkZTY4ZWJlMDY=v2 滑块验证码： aHR0cHM6Ly93YXBwYXNzLmJhaWR1LmNvbS9zdGF0aWMvY2FwdGNoYS90dXhpbmcuaHRtbD8mYW1wO2FrPWMyN2JiYzg5YWZjYTA0NjM2NTBhYzliZGU2OGViZTA2v2 点选验证码：aHR0cHM6Ly93YXBwYXNzLmJhaWR1LmNvbS92Ni9nZXRQYXNzPS：v1、v2 是作者本人为了辨别而命名的版本号，次要根据是外围 JS 文件分为 mkd.js 和 mkd_v2.js 两个版本，如下图所示： 此外，在界面上也有所区别，v2 版本的旋转、滑块图片有很显著的暗影、线条烦扰，如下图所示： 下面给的地址中，点选验证码的地址有时候是点选，有时候会变成旋转，预计是异样等级不同导致的，此外，风闻还有一种无感验证，不过作者到处找也没找到个地址，预计逻辑都是差不多的，无感验证如下图所示： 抓包剖析以下以 v1 旋转验证码为例（v2 接口名称不一样，但逻辑是一样的），第一次 viewlog 接口，申请的 ak 是固定值，当然不同场景不同网站是不一样的，callback 回调值，_ 工夫戳，返回值 as、tk 都是前面会用到的。 而后是一个 getstyle 接口，其中的 tk 就是后面 viewlog 接口返回的，返回值里 backstr 后续参数加密会用到，img 就是旋转图片地址，info 是一些版权信息。 旋转验证码开始验证，此时第二次呈现 viewlog 接口，as 和 tk 参数是第一次 viewlog 返回的，fs 参数须要咱们逆向，蕴含了旋转角度等信息，如果旋转角度正确且参数没问题，则返回值里的 op 为 1，另外返回的 ds 和 tk 后续还会用到。 ...

We're excited to share the latest breakthrough in wireless technology with you today. Wally, a leading provider of cutting-edge wireless solutions, has unveiled its QCN9074 Wireless Solution, designed to revolutionize connectivity options. This innovative solution offers support for three frequency bands, including 2.4G, 5G, and the latest 6E spectrum, providing users with unparalleled flexibility and performance. With the rapid expansion of wireless devices and the increasing demand for higher data speeds, the QCN9074 Wireless Solution addresses the challenges of congestion and interference by allowing users to choose the optimal frequency band for their specific needs. Whether you're streaming high-definition content, engaging in online gaming, or running bandwidth-intensive applications, Wally's QCN9074 has you covered. ...

Welcome to the future of wireless connectivity! As technology continues to evolve, we are witnessing the emergence of WiFi 7, promising unimaginable speeds and enhanced performance. In this post, we'll explore the exciting relation between two cutting-edge wireless chips that are at the forefront of this revolution: the QCN9274 and the QCN6274. Understanding WiFi 7: WiFi 7, also known as 802.11be, represents the latest iteration of the IEEE 802.11 standard. It is designed to take wireless connectivity to a whole new level, promising even higher data transfer rates and greater capacity than its predecessor, WiFi 6 (802.11ax). ...

We are thrilled to announce that Wally's cutting-edge IPQ4019 and IPQ4029 wireless solutions are now fully compatible and supported with OpenWiFi, OpenWrt, and QSDK! This collaboration opens up a world of possibilities for developers, network enthusiasts, and businesses looking to leverage the power and flexibility of these advanced platforms. What does this mean for you? Let's break it down: OpenWiFi: Wally's IPQ4019 and IPQ4029 now seamlessly integrate with OpenWiFi, an open-source wireless software stack. OpenWiFi provides a robust and customizable framework for developing Wi-Fi drivers, access points, and controllers. With this integration, you can harness the full potential of Wally's wireless solutions while enjoying the flexibility and freedom of OpenWiFi. ...

Are you tired of dealing with weak Wi-Fi signals, dead zones, and slow internet speeds at home or in your office? Look no further! Wallys is proud to present the IPQ series of wireless solutions, including the IPQ 6018, IPQ 6010, and IPQ 6000. With these cutting-edge devices, you can enjoy a powerful and reliable wireless network that covers every nook and cranny of your space. Unleash the Power of Wallys IPQ Technology ...

Are you tired of experiencing sluggish internet speeds and dropped connections? Say goodbye to those frustrating moments because Wallys has got you covered with its cutting-edge IPQ 8072A wireless solution. Get ready to enjoy lightning-fast and reliable client connections like never before! Unleash the Power of IPQ 8072A The IPQ 8072A is a state-of-the-art wireless chip developed by Wallys, designed to revolutionize your network performance. It harnesses the latest advancements in Wi-Fi technology to provide exceptional speed, range, and stability for all your connected devices. ...

Are you ready to experience the next level of wireless connectivity? Look no further than Wally's cutting-edge QCN9074 Wireless Solution, designed to revolutionize your wireless experience with its exceptional features and support for 2.4G, 5G, and 6E selectable frequencies. Seamless Connectivity:With Wally's QCN9074 Wireless Solution, you can enjoy seamless connectivity across multiple frequencies, allowing you to connect to the best available wireless network in any given environment. Whether you're browsing the web, streaming your favorite movies, or engaging in online gaming, this solution provides reliable and high-speed connections, ensuring a smooth and uninterrupted experience. ...

️ IPQ4019 Motherboard:The IPQ4019 is a high-performance, highly integrated System-on-Chip (SoC) designed for networking applications. It offers advanced features and capabilities that make it ideal for building powerful and efficient routers, access points, and other networking devices. Here are some key highlights: 1️ Processing Power: The IPQ4019 boasts a quad-core ARM Cortex-A7 CPU clocked at up to 717 MHz, providing ample processing power to handle data-intensive networking tasks. 2️ Wireless Connectivity: It includes a built-in 2.4 GHz and 5 GHz Wi-Fi radios, supporting the latest wireless standards such as 802.11ac Wave 2. This enables fast and reliable wireless connections for devices in your network. ...

西南航空 F5 Shape 如何生成？这几天西南航空的风控大幅度加强，咱们优化后的6.0.0版本并没有收到这次风控等级降级的影响。Shape风控会在申请头中退出ee30zvqlwf-a、ee30zvqlwf-b、ee30zvqlwf-c、ee30zvqlwf-d、ee30zvqlwf-f、ee30zvqlwf-z 参数，通过这些参数对环境进行检测，并判断出是否是实在用户的流量。 接入Demo# -*- coding: utf-8 -*-# @Time : 2023/3/28 6:50 AM# @Author : TiggerRun# 接入案例# ：TGRUN000# ：TGRUN001import requestsimport threadingimport randomimport jsonurl = api + '/search_flight'airport = ["ALB", "ABQ", "AMA", "AUA", "ATL", "AUS"]def get_flight_data(): while(True): try: # 发送搜寻申请体，和wn接口的申请形式统一 payload = '{"body": {"adultPassengersCount":"1","adultsCount":"1","departureDate":"2023-04-05","departureTimeOfDay":"ALL_DAY","destinationAirportCode":"' + random.choice(airport) + '","fareType":"USD","int":"HOMEQBOMAIR","originationAirportCode":"' + random.choice(airport) + '","passengerType":"ADULT","reset":"true","returnDate":"2023-04-06","returnTimeOfDay":"ALL_DAY","tripType":"roundtrip","application":"air-booking","site":"southwest"}}' res = requests.post(url=url, headers={ "content-type": "application/json", "connection": "close" }, data=payload, timeout=10) if res.status_code == 500: print("申请频繁.") elif res.status_code == 403: print("返回谬误的状态码 403") elif res.status_code == 400 or res.status_code == 200: wn_data = json.loads(res.text)['data']['body'] print("返回数据", wn_data) except Exception as ex: pass# create 10 threadfor i in range(10): t = threading.Thread(target=get_flight_data) t.start()风控的特点蜜罐：在风控不高的时候，往往会让谬误的headers通过申请，看似曾经绕过了Shape，实际上并有，Shape往往会误导你的想法。检测动态变化：Shape中蕴含一个有自定义解析器的虚拟环境，称之为虚拟化爱护（VMP），这使得测试十分艰难。风控等级动态变化：在没有风控时，成功率简直为100%，当网站风控等级晋升时，真人的搜寻都可能被回绝。底层检测：在咱们的测试中，发现存在一些底层的检测，而不仅仅停留在TLS。长处不须要短效IP，获取数据的代理开销小（月均¥1000代理）咱们曾在1条IP中进行测试，咱们的headers能够获取上万条数据（！！！！仅1条代理！！！）目前反对每家/10线程获取数据（每小时大略1w条无效数据），数据返回工夫均匀在1-2秒，如需扩增线程能够另外进行购买。可7*24小时获取实时数据接口进行了封装，申请航司更加便捷在咱们最新的框架中，绕过Shape的代码仅有200行，易于保护。后盾展现以下是部署的服务，成功率取决于IP的品质 ...

Today, we're thrilled to announce the launch of the IPQ9574, a cutting-edge wireless networking solution that supports the latest 802.11be standard. With its advanced capabilities and unmatched performance, this innovation is set to redefine the way we connect and communicate. What is IPQ9574 with QCN9274 Support? The IPQ9574 is a state-of-the-art system-on-a-chip (SoC) designed to deliver lightning-fast and reliable wireless connectivity. This powerful chipset is engineered to support the next-generation 802.11be Wi-Fi standard, which promises incredible speed, capacity, and efficiency. ...

wy云音乐批量搜寻下载encSecKey参数逆向1.接口速览 接口中须要逆向两个参数params、encSecKey，代表了搜寻的歌曲名称2.js调试 加密参数函数是window.asrsea,看下入参: 后两个参数固定即可i4m依据搜寻批改3.扣代码 加密函数是d，扣b、c，一步一步扣，发现没有环境检测。copy下来就行 4.写代码 5.运行后果 整体逻辑还是比较简单的，就到这，谢谢大家。 技术交换群:529528142

Hey tech enthusiasts! Are you tired of slow internet speeds and constant buffering? Look no further because Wally's Router DR8072A is here to revolutionize your networking experience! Packed with cutting-edge technology, this router is built to deliver lightning-fast speeds, seamless connectivity, and exceptional performance. Let's dive into the exciting features of the DR8072A, powered by IPQ8072 with QCN9074. Blazing-Fast Speeds: Say goodbye to sluggish internet connections. The DR8072A harnesses the power of IPQ8072, a high-performance Wi-Fi system-on-chip (SoC), to provide blazing-fast speeds. Whether you're streaming your favorite movies, engaging in online gaming, or working on bandwidth-intensive tasks, this router ensures smooth, uninterrupted connectivity. ...

Faster, more reliable, and with expanded capacity, WiFi 6E is the latest breakthrough in wireless technology. Today, we are excited to introduce the DR5018, a cost-effective WiFi 6E solution that combines the power of IPQ5018 and QCN6122 to deliver unparalleled performance and connectivity. The DR5018 is built upon the IPQ5018 system-on-chip (SoC), which boasts a quad-core ARM Cortex-A53 CPU and a powerful Qualcomm Hexagon 683 DSP. This combination ensures robust processing power and enables the device to handle high data traffic and complex network demands with ease. ...

Hey tech enthusiasts! Today, we're excited to dive into the fantastic features of Wally's IPQ6010/IPQ6018 Wireless Solution, which now comes with SNMP technology support. SNMP (Simple Network Management Protocol) is a widely used standard protocol for managing and monitoring network devices. It allows network administrators to collect valuable information, monitor network performance, and even make configuration changes remotely. Here's why the addition of SNMP support to Wallys IPQ6010/IPQ6018 Wireless Solution is a game-changer: ...

Hey there, tech enthusiasts! We have some exciting news for you today. Wallys, a leading innovator in networking technology, is proud to unveil its latest creations: the IPQ9554 and IPQ9574 Networking Solution, ushering us into the incredible era of WiFi 7. Unmatched Speed and Performance With the IPQ9554 and IPQ9574, Wallys has pushed the boundaries of wireless networking, bringing us unprecedented speed and performance. The devices are built upon the WiFi 7 standard, which delivers lightning-fast connection speeds and low latency, ensuring a seamless online experience for all users. ...

Are you tired of slow internet speeds and unreliable connections? Look no further! Wally's Support is here to provide you with cutting-edge networking solutions that will take your internet experience to the next level. We are excited to introduce the game-changing WiFi 7 QCN9274 and QCN6274, the latest advancements in wireless technology that will transform the way you connect. WiFi 7 QCN9274: Unleash the Power of Speed and Efficiency ...

In the rapidly evolving world of wireless communication, Wally has emerged as a leading innovator with their groundbreaking IPQ6010, IPQ6018, and IPQ6000 wireless solutions. These cutting-edge technologies are designed to support long-distance transmission of data, covering an impressive range of up to 23 kilometers. Let's delve deeper into these remarkable wireless solutions. IPQ6010: Pushing Boundaries in Long-Range Communication The IPQ6010 by Wally is a game-changer when it comes to long-range wireless transmission. Powered by advanced technology, this solution offers exceptional performance, enabling seamless connectivity over distances of up to 23 kilometers. Whether you're looking to establish robust wireless links for rural connectivity, industrial applications, or remote monitoring, the IPQ6010 has got you covered. ...

In the rapidly evolving world of wireless communication, Wally has emerged as a leading innovator with their groundbreaking IPQ6010, IPQ6018, and IPQ6000 wireless solutions. These cutting-edge technologies are designed to support long-distance transmission of data, covering an impressive range of up to 23 kilometers. Let's delve deeper into these remarkable wireless solutions. IPQ6010: Pushing Boundaries in Long-Range Communication The IPQ6010 by Wally is a game-changer when it comes to long-range wireless transmission. Powered by advanced technology, this solution offers exceptional performance, enabling seamless connectivity over distances of up to 23 kilometers. Whether you're looking to establish robust wireless links for rural connectivity, industrial applications, or remote monitoring, the IPQ6010 has got you covered. ...

We are thrilled to announce the arrival of a dynamic duo that will take your wireless networking experience to new heights. Presenting the cutting-edge IPQ6018 chipset paired with the QCN9074 radio module, creating an unbeatable combination that supports an impressive 180+ clients simultaneously. The IPQ6018 is a state-of-the-art system-on-a-chip (SoC) designed for high-performance Wi-Fi routers and access points. Powered by the latest technologies, this chipset boasts exceptional processing power, advanced wireless capabilities, and robust security features. With its quad-core ARM Cortex-A53 CPU and integrated 2x2 Wi-Fi 6 support, the IPQ6018 provides blazing-fast speeds and low latency, ensuring smooth and reliable connectivity for all your devices. ...

We are thrilled to announce the arrival of the IPQ8072A, an advanced networking solution with integrated QCN9074 support, designed to revolutionize your network infrastructure. With this cutting-edge technology, you can now effortlessly connect and manage up to 180 clients simultaneously, ensuring fast, reliable, and seamless connectivity for all. The IPQ8072A chipset combines exceptional performance, robust features, and extensive client support to meet the demands of today's ever-expanding network environments. Whether you're setting up a large-scale enterprise network, a smart home ecosystem, or a bustling public venue, this powerhouse solution is ready to handle your connectivity needs with ease. ...

Are you tired of slow and unreliable internet connections? Say hello to the WiFi 5 Networking Solution, featuring the powerful IPQ4019, IPQ4029, IPQ4018, and IPQ4028 chipsets. These cutting-edge networking solutions are designed to provide lightning-fast and stable wireless connections for a wide range of applications. What is WiFi 5? WiFi 5, also known as 802.11ac, is the fifth generation of wireless networking technology. It offers significant improvements over its predecessors, delivering faster speeds, better coverage, and increased capacity. WiFi 5 operates on the 5GHz frequency band and supports multiple input, multiple output (MIMO) technology for enhanced performance. ...

Power up your network performance with the IPQ8072/IPQ8072A, a high-power CPU designed for advanced networking applications. Developed by Qualcomm Technologies, this cutting-edge chip brings unparalleled processing power and features to enable the next generation of networking devices. Unmatched Performance: The IPQ8072/IPQ8072A is built on a powerful 64-bit quad-core ARM Cortex-A53 architecture, delivering impressive processing capabilities. With clock speeds reaching up to 2.2 GHz, this CPU can handle demanding networking tasks with ease, offering seamless connectivity and efficient data processing. ...

Great news for all networking enthusiasts and OpenWrt/OpenWiFi supporters! It's time to celebrate as the highly anticipated support for IPQ4019, IPQ4029, and IPQ6010 has been added to OpenWrt and OpenWiFi! For those who may not be familiar, OpenWrt is a popular open-source operating system for embedded devices, particularly routers. It provides a customizable and feature-rich platform that allows users to take control of their network devices and tailor them to their specific needs. ...

Today, we're excited to introduce the IPQ4019 and IPQ4029 Wireless Solution, designed to provide reliable and high-performance connectivity over long distances while offering support for the popular OpenWrt open-source firmware. Long-Distance Transmission CapabilityThe IPQ4019 and IPQ4029 Wireless Solution is engineered to deliver exceptional long-range transmission capabilities, making it an ideal choice for scenarios that require extended coverage. With its advanced radio frequency technologies and optimized signal processing algorithms, this wireless solution supports transmission distances of up to an impressive 23 kilometers (14 miles)! ...

Today, we're thrilled to unveil the remarkable capabilities of the IPQ9574 and IPQ9274, two cutting-edge chipsets that are set to revolutionize the world of wireless networking. Designed to support the exciting new Wi-Fi 7 standard, these chipsets offer unprecedented speed, capacity, and efficiency, opening doors to a whole new era of wireless connectivity. What is Wi-Fi 7?Wi-Fi 7, also known as 802.11be, represents the latest evolution in wireless networking technology. Building upon the advancements of its predecessor, Wi-Fi 6, Wi-Fi 7 aims to deliver lightning-fast speeds, reduced latency, enhanced capacity, and improved performance in dense environments. It promises to reshape the way we connect and interact with the digital world, offering unparalleled wireless experiences. ...

Introduction:In the fast-paced world of wireless communication, long-distance transmission has always been a challenge. However, with the advent of advanced technologies, such as the IPQ6010, IPQ6018, and IPQ6000 wireless solutions, and their integration with the DR6018 platform, achieving long-range connectivity has become a reality. In this blog post, we will delve into these innovative wireless solutions and explore how they enable a remarkable 23KM long-distance transmission. Understanding the IPQ6010, IPQ6018, and IPQ6000 Wireless Solutions:The IPQ6010, IPQ6018, and IPQ6000 are cutting-edge wireless solutions developed by leading technology companies. These solutions provide robust and high-performance wireless connectivity, offering a wide range of features to address the ever-increasing demands of today's connected world. With their advanced hardware capabilities, these wireless solutions are designed to deliver exceptional throughput, low latency, and reliable connectivity over long distances.The DR6018 Platform: Enabling Long-Distance Transmission:The DR6018 platform is a crucial component that empowers the IPQ6010, IPQ6018, and IPQ6000 wireless solutions to support long-distance transmission. Built with advanced signal processing algorithms and intelligent beamforming techniques, the DR6018 platform optimizes wireless signals, extends coverage, and enhances signal quality over extended distances. By leveraging the power of the DR6018 platform, these wireless solutions can achieve an impressive 23KM long-distance transmission capability.Key Features and Benefits:a. High Throughput: The IPQ6010, IPQ6018, and IPQ6000 wireless solutions, along with the DR6018 platform, offer high data throughput, enabling seamless transmission of large amounts of data over long distances.b. Low Latency: These wireless solutions prioritize low latency, ensuring near-real-time communication even in long-range scenarios.c. Reliable Connectivity: With advanced error correction mechanisms and adaptive modulation techniques, the IPQ6010, IPQ6018, and IPQ6000 wireless solutions provide reliable and stable connectivity over extended distances.d. Intelligent Beamforming: The DR6018 platform utilizes intelligent beamforming technology to optimize signal strength and coverage, enabling robust long-distance transmission without compromising on performance.e. Easy Integration: The IPQ6010, IPQ6018, and IPQ6000 wireless solutions, with DR6018 support, can be seamlessly integrated into existing wireless infrastructures, making them an ideal choice for various applications, including rural connectivity, industrial IoT, and smart city deployments.Use Cases:a. Rural Connectivity: The long-distance transmission capabilities of these wireless solutions make them an excellent choice for providing internet connectivity in remote and underserved areas, bridging the digital divide.b. Industrial IoT: Industries can benefit from these solutions by establishing reliable and efficient wireless communication networks across their expansive facilities, enabling real-time monitoring, control, and optimization of operations.c. Smart City Deployments: The IPQ6010, IPQ6018, and IPQ6000 wireless solutions, combined with the DR6018 platform, can support the implementation of various smart city applications, such as intelligent traffic management, environmental monitoring, and public safety systems.Conclusion:The IPQ6010, IPQ6018, and IPQ6000 wireless solutions, with DR6018 support, have revolutionized long-distance wireless transmission. With their advanced features, high throughput, low latency, and intelligent beamforming capabilities, these solutions are enabling seamless connectivity over extended distances of up to 23KM. From rural connectivity to industrial IoT and smart city deployments, these wireless solutions are empowering a wide range of applications, bridging the connectivity gap and ushering in a new era of long-range wireless communication. ...

Are you ready to experience the next generation of wireless connectivity? Say hello to QCN9274, the groundbreaking WiFi 7 solution that promises to revolutionize the way we connect to the internet. With blazing-fast speeds, enhanced reliability, and unprecedented performance, QCN9274 is set to take your wireless experience to new heights. Lightning-Fast Speeds:QCN9274 harnesses the power of WiFi 7 technology, offering mind-boggling speeds that will leave you in awe. With a maximum theoretical throughput of up to 30 Gbps, this cutting-edge solution ensures lightning-fast downloads, ultra-responsive gaming, and buffer-free streaming. Say goodbye to lag and hello to seamless, high-bandwidth connectivity. ...

Introduction: In today's interconnected world, the demand for reliable and robust wireless networking solutions is ever-growing. Industries, particularly those in the manufacturing and automation sectors, require seamless connectivity to enhance productivity, streamline operations, and enable real-time data exchange. Meet the QCN 9074 Wireless Solution, an exceptional wireless networking solution that caters to the industrial sector's unique requirements. In this blog post, we delve into the capabilities and advantages of the DR9074 Industrial Network Card, a key component of the QCN 9074 solution. ...

Introduction: In the fast-paced world of wireless technology, advancements are continually being made to enhance our connectivity experiences. Wi-Fi has become an integral part of our lives, powering our smart homes, offices, and public spaces. With the introduction of Wi-Fi 6 and the subsequent Wi-Fi 6E, we have witnessed significant improvements in speed, capacity, and efficiency. Now, the industry is eagerly anticipating the arrival of Wi-Fi 7, promising even more groundbreaking features. In this blog post, we will delve into the key differences between Wi-Fi 7 and Wi-Fi 6E and explore the latest Qualcomm QCN 6274 solution, which is set to revolutionize the wireless landscape. ...

Are you ready to take your wireless connectivity to new heights? Look no further! Introducing the groundbreaking IPQ4019 and IPQ4029, two cutting-edge Wi-Fi chipsets that are revolutionizing long-range wireless transfer capabilities. With these powerful solutions, you can now enjoy high-speed 11AC Wi-Fi connectivity over distances of up to 20 kilometers. Let's dive into the details! IPQ4019 and IPQ4029: The Game-Changing Wi-Fi Chipsets The IPQ4019 and IPQ4029 chipsets are the latest offerings from a leading semiconductor company, designed specifically to cater to the increasing demand for long-range wireless connectivity. These chipsets are built on the highly reliable and efficient 11AC Wi-Fi standard, ensuring excellent performance and compatibility with a wide range of devices. ...

Introduction:In the realm of networking and wireless communication, Qualcomm Technologies has been a key player, continually introducing innovative solutions. Their IPQ8072, IPQ8072A, IPQ8074, and IPQ8074A are prominent members of their system-on-a-chip (SoC) lineup. In this blog post, we will explore the relations between these processors, shedding light on their features, capabilities, and use cases. IPQ8072:The IPQ8072 is a high-performance SoC designed for Wi-Fi 6 (802.11ax) access points and routers. It combines a powerful quad-core ARM Cortex-A53 CPU with Qualcomm's advanced Wi-Fi technology, offering impressive wireless performance, enhanced coverage, and efficient power consumption. The IPQ8072 supports dual-band concurrent operation and is optimized for multi-gigabit speeds, making it an excellent choice for demanding networking applications. ...

Exploring the IPQ4019/IPQ4029 Wireless Solution with MT7915 and QCA9880 for Seamless Connectivity to Tens to Hundreds of Clients Introduction:In today's increasingly connected world, reliable and high-performance wireless connectivity is a necessity, particularly in environments where multiple clients need to be served simultaneously. The IPQ4019 and IPQ4029 wireless solutions, combined with the powerful MT7915 and QCA9880 chipsets, offer a robust wireless networking solution capable of connecting tens to hundreds of clients with ease. In this blog post, we will explore the capabilities of these wireless solutions and discuss how they can enhance connectivity in various scenarios. ...

Introduction: In the realm of wireless communication and networking, the ability to manage and control access points (APs) efficiently is crucial for seamless connectivity and optimized performance. In this blog post, we will explore the powerful trio of Qualcomm chipsets: IPQ6010, IPQ4019, and IPQ4029, known for their exceptional AP controller support. These chipsets play a vital role in enhancing network management capabilities and delivering reliable wireless connectivity across various industries and applications. ...

In the rapidly evolving world of industrial connectivity, reliable and efficient wireless solutions have become crucial for businesses across various sectors. Today, we are excited to introduce the dynamic duo of industrial wireless technology: the IPQ4019 and QCA9882. These cutting-edge solutions are designed to meet the demands of industrial environments, delivering exceptional performance, robust connectivity, and advanced features. Let's dive into the details! IPQ4019: Powerhouse Processing At the heart of this industrial wireless solution lies the IPQ4019 system-on-a-chip (SoC). Built on a highly efficient quad-core ARM architecture, the IPQ4019 packs a punch when it comes to processing power. This enables it to handle demanding industrial applications with ease, delivering fast and responsive performance. Whether you require seamless data transfer, real-time monitoring, or mission-critical control systems, the IPQ4019 is up to the task. ...

In our fast-paced, interconnected world, reliable and high-speed wireless connectivity is essential. Today, we're thrilled to share an exciting wireless solution that promises to take your connectivity experience to the next level: the IPQ8072/IPQ8072A chipset coupled with the QCN9074 module. Unleashing the Power of IPQ8072/IPQ8072A The IPQ8072 and IPQ8072A are advanced system-on-chips (SoCs) developed by Qualcomm Technologies, Inc., renowned for their expertise in wireless communication technologies. These chips are specifically designed for Wi-Fi 6 and Wi-Fi 6E, the latest wireless standards, delivering exceptional performance, increased capacity, and low latency. ...

Are you ready to experience lightning-fast internet speeds and seamless connectivity? Say hello to the future of wireless technology with the revolutionary WiFi7 chip, specifically the QCN9274 module! The WiFi7 chip represents a significant leap forward in wireless networking, delivering unparalleled performance, reliability, and efficiency. Powered by advanced technologies, this cutting-edge module is set to revolutionize the way we connect and communicate. Here are some key features that make the WiFi7 chip QCN9274 module a game-changer: ...

Exciting news in the world of wireless technology! Today, we're thrilled to unveil the latest and cutting-edge wireless solution: the IPQ5018 chipset combined with the QCN6122 and QCN6102 modules. This powerful combination promises to revolutionize wireless connectivity and take it to new heights. Let's dive in and explore the incredible features and benefits of this remarkable wireless solution. 1 IPQ5018 Chipset:At the heart of this wireless solution lies the IPQ5018 chipset, which is designed to deliver lightning-fast speeds, exceptional reliability, and enhanced performance. Built on advanced technology, the IPQ5018 chipset provides a robust foundation for seamless wireless connectivity. ...

QCA9880 and QCA9882 are both wireless network chipsets produced by Qualcomm Atheros, a subsidiary of Qualcomm. While they share some similarities, there are also several key differences between the two. Wireless Standard:The QCA9880 supports the 802.11ac standard and is capable of delivering wireless speeds of up to 1.3Gbps. The QCA9882, on the other hand, supports the newer 802.11ac Wave 2 standard, which allows for faster wireless speeds of up to 1.7Gbps. ...

QCN9074, QCN9024, QCN9072, and QCN6024 are all members of the Qualcomm Networking Pro series of system-on-chip (SoC) products. These SoCs are designed specifically for use in wireless access points, routers, gateways, and other networking devices. Here are some of the differences between these four SoCs: QCN9074:The QCN9074 is the most powerful SoC in the Qualcomm Networking Pro series. It is based on the quad-core ARM Cortex-A53 CPU and has a clock speed of up to 2.2 GHz. It supports 8x8 MU-MIMO (multi-user multiple-input, multiple-output) and 160 MHz channels, allowing it to deliver high-speed Wi-Fi connectivity to multiple devices simultaneously. The QCN9074 also includes a dedicated security engine, which provides hardware acceleration for encryption and decryption algorithms, improving the device's overall security.QCN9024:The QCN9024 is a mid-range SoC that is based on the quad-core ARM Cortex-A53 CPU, but with a slightly lower clock speed of up to 1.8 GHz. It supports 4x4 MU-MIMO and 80 MHz channels, making it suitable for use in smaller networking devices that don't require the same level of performance as the QCN9074.QCN9072:The QCN9072 is similar to the QCN9074 in terms of performance, but it has fewer features. It is also based on the quad-core ARM Cortex-A53 CPU with a clock speed of up to 2.2 GHz. However, it supports 4x4 MU-MIMO and 80 MHz channels, making it more suitable for use in mid-range networking devices.QCN6024:The QCN6024 is the entry-level SoC in the Qualcomm Networking Pro series. It is based on the dual-core ARM Cortex-A53 CPU with a clock speed of up to 1.8 GHz. It supports 2x2 MU-MIMO and 40 MHz channels, making it suitable for use in small networking devices such as home routers or IoT gateways.In summary, the QCN9074 is the most powerful and feature-rich SoC in the Qualcomm Networking Pro series, while the QCN9024, QCN9072, and QCN6024 are progressively less powerful and have fewer features. The choice of which SoC to use in a particular networking device will depend on the device's intended use case and performance requirements. ...

The WiFi6E wireless solution, featuring the IPQ6000, IPQ6010, and IPQ6018 chipsets along with the QCN9074 and QCN9024 radios, is the latest offering from Qualcomm Technologies, Inc. This technology promises to revolutionize the way we use wireless networks by providing faster speeds, increased capacity, and improved reliability. The IPQ6000 is a high-performance Wi-Fi 6E SoC designed for residential and enterprise wireless access points, routers, and gateways. It features a quad-core ARM Cortex-A53 CPU and supports dual-band Wi-Fi 6E with up to 8 streams, MU-MIMO, and OFDMA. The IPQ6010 and IPQ6018 are similar but designed for smaller access points and routers. All three chipsets are built on a 14nm process and support up to 2.2 Gbps per stream. ...

The IPQ8072 and IPQ8072A are high-performance wireless connectivity solutions designed by Qualcomm Technologies. These solutions are based on the Qualcomm Networking Pro 800 Platform and offer advanced features such as support for Wi-Fi 6E, Multi-Gigabit Ethernet, and advanced security protocols. The IPQ8072 and IPQ8072A are highly integrated solutions that combine a powerful 64-bit quad-core ARM CPU with a wide range of wireless and wired connectivity interfaces. These interfaces include 2.5Gbps and 5Gbps Ethernet, 2x2 802.11ax Wi-Fi, Bluetooth 5.2, and support for Zigbee and Thread mesh networks. ...

WallysTech DR6018 and DR40X9 series are two popular wireless routers that are widely used by people around the world. These routers are known for their fast and reliable connectivity, making them a popular choice for both personal and business use. One of the key features of these routers is their support for TIP wireless controllers. TIP (Tunneling Internet Protocol) is a networking protocol that enables the creation of secure and private networks over public networks such as the Internet. By using TIP wireless controllers with WallysTech DR6018 and DR40X9 series routers, users can enjoy a more secure and reliable wireless network. ...

The IPQ6018 and IPQ6010 are high-performance system-on-chip (SoC) solutions designed for Wi-Fi routers and access points. These SoCs are manufactured by Qualcomm and are widely used in a variety of networking devices. One of the key features of the IPQ6018 and IPQ6010 is their support for the QCN9074 chipset, which is a multi-gigabit Ethernet controller. The QCN9074 supports 2.5Gbps and 5Gbps Ethernet speeds, making it ideal for high-speed networking applications. ...

The IPQ4019 and IPQ4029 are two Wi-Fi system-on-chips (SoCs) developed by Qualcomm, designed to provide high-performance Wi-Fi connectivity for various networking applications. While both chips share many similarities, there are also some notable differences between them. CPU and memory: The IPQ4019 features a quad-core ARM Cortex-A7 CPU clocked at 717MHz, while the IPQ4029 features a quad-core ARM Cortex-A53 CPU clocked at 1.8GHz. The IPQ4029 also has more memory, with 1GB of RAM and 512MB of flash storage, compared to the IPQ4019's 512MB of RAM and 256MB of flash storage. ...

The IPQ4019 and IPQ4029 are two Wi-Fi system-on-chips (SoCs) developed by Qualcomm, designed to provide high-performance Wi-Fi connectivity for various networking applications. While both chips share many similarities, there are also some notable differences between them. CPU and memory: The IPQ4019 features a quad-core ARM Cortex-A7 CPU clocked at 717MHz, while the IPQ4029 features a quad-core ARM Cortex-A53 CPU clocked at 1.8GHz. The IPQ4029 also has more memory, with 1GB of RAM and 512MB of flash storage, compared to the IPQ4019's 512MB of RAM and 256MB of flash storage. ...

Are you looking for a routerboard that supported by OpenWrt? Look no further than Wallys DR4019! The DR4019 is a powerful routerboard that comes equipped with a 1.2 GHz dual-core ARM processor, 512 MB of RAM, and 256 MB of flash memory. It also features five gigabit Ethernet ports, as well as a USB 3.0 port for external storage or other devices. One of the best things about the DR4019 is that it is fully supported by OpenWrt. Link:https://git.openwrt.org/?p=openwrt/openwrt.git;a=commit;h=eb564690c995b284204aa762c0f77f3064419a9c ...

IPQ5018 is a system-on-chip (SoC) developed by Qualcomm Technologies, Inc. It is designed for use in high-performance routers and gateways, delivering fast and reliable connectivity to a variety of devices. The IPQ5018 SoC features a quad-core ARM Cortex-A53 CPU with clock speeds of up to 1.8 GHz, along with a dedicated packet processor and hardware acceleration for routing, security, and Quality of Service (QoS) features. It also includes a dual-band 802.11ax Wi-Fi radio with MU-MIMO support, delivering speeds of up to 4.8 Gbps. ...

QCN9074 is a system-on-chip (SoC) designed by Qualcomm for use in mobile devices such as smartphones and tablets. It is part of the Snapdragon series of processors and is the company's first 5G modem-integrated mobile chipset. Wally's Network Card DR9074E, DR9074(5G), and DR90746E are all network interface cards based on QCN9074 (NICs) designed for use in computer systems. The DR9074E is a 1GbE network card that supports both copper and fiber connections. It features PCI Express 2.0 x1 interface and supports Wake-on-LAN (WoL), VLAN tagging, and Jumbo Frames. It is designed to provide high performance and reliability in a low-profile design, making it suitable for use in small form factor (SFF) systems. ...

前言验证码是阻挡机器人攻打的无效实际，网络爬虫，又被称为网络机器人，是依照肯定的规定，主动地抓取网络信息和数据的程序或者脚本。如何防控，这里简略提供几个小Tips。 应用nginx的自带性能通过对httpuseragent阻塞来实现，包含GET/POST形式的申请，以nginx为例。 回绝以wget形式的httpuseragent，减少如下内容： Block http user agent - wgetif ($http_user_agent ~* (Wget) ) { return 403;}如何回绝多种httpuseragent，内容如下： if ($http_user_agent ~ (agent1|agent2|Foo|Wget|Catall Spider|AcoiRobot) ) { return 403;}限度User-Agent字段User-Agent字段能辨认用户所应用的操作系统、版本、CPU、浏览器等信息，如果申请来自非浏览器，就能辨认其为爬虫，阻止爬虫抓取网站信息。 限度IP或账号依据业务需要，要求用户通过验证码后能力应用某些性能或权限。当同一IP、同一设施在肯定工夫内拜访网站的次数，零碎主动限度其拜访浏览。只有在输出正确的验证码之后能力持续拜访。 验证码拦挡在登录页等页面，增加验证码，以辨认是失常流量还是歹意爬虫，也是一种根本的操作。 HTML代码： <script src="captcha.js?appid=xxx"></script><script>kg.captcha({ // 绑定元素，验证框显示区域 bind: "#captchaBox3", // 验证胜利事务处理 success: function(e) { console.log(e); document.getElementById('kgCaptchaToken').value = e['token'] }, // 验证失败事务处理 failure: function(e) { console.log(e); }, // 点击刷新按钮时触发 refresh: function(e) { console.log(e); }});</script><div id="captchaBox3">载入中 ...</div><input type="hidden" name="kgCaptchaToken" value="" />Python代码： from wsgiref.simple_server import make_serverfrom KgCaptchaSDK import KgCaptchadef start(environ, response): # 填写你的 AppId，在利用治理中获取 AppID = "xxx" # 填写你的 AppSecret，在利用治理中获取 AppSecret = "xxx" request = KgCaptcha(AppID, AppSecret) # 填写应用服务域名，在利用治理中获取 request.appCdn = "https://cdn.kgcaptcha.com" # 申请超时工夫，秒 request.connectTimeout = 10 # 用户id/登录名/手机号等信息，当安全策略中的防控等级为3时必须填写 request.userId = "kgCaptchaDemo" # 应用其它 WEB 框架时请删除 request.parse，应用框架提供的办法获取以下相干参数 parseEnviron = request.parse(environ) # 前端验证胜利后颁发的 token，有效期为两分钟 request.token = parseEnviron["post"].get("kgCaptchaToken", "") # 前端 _POST["kgCaptchaToken"] # 客户端IP地址 request.clientIp = parseEnviron["ip"] # 客户端浏览器信息 request.clientBrowser = parseEnviron["browser"] # 去路域名 request.domain = parseEnviron["domain"] # 发送申请 requestResult = request.sendRequest() if requestResult.code == 0: # 验证通过逻辑解决 html = "验证通过" else: # 验证失败逻辑解决 html = f"{requestResult.msg} - {requestResult.code}" response("200 OK", [("Content-type", "text/html; charset=utf-8")]) return [bytes(str(html), encoding="utf-8")]httpd = make_server("0.0.0.0", 8088, start) # 设置调试端口 http://localhost:8088/httpd.serve_forever()最初SDK开源地址：KgCaptcha (KgCaptcha) · GitHub，顺便做了一个演示：凯格行为验证码在线体验 ...

x-crawl x-crawl 是一个灵便的 nodejs 爬虫库。可批量爬取页面、批量网络申请、批量下载文件资源、轮询爬取等。用法灵便和简略，对 JS/TS 开发者敌对。 如果你喜爱 x-crawl ，能够给 x-crawl 存储库 点个 Star 反对一下，不仅是对它的认可，同时也是对开发者的认可。特色 异步/同步 - 只需更改一下 mode 属性即可切换 异步/同步 爬取模式。⚙️ 多种性能 - 可批量爬取页面、批量网络申请、批量下载文件资源、轮询爬取等。️ 写法灵便 - 一种性能适配多种爬取配置、获取爬取后果的写法，写法非常灵活。⏱️ 距离爬取 - 无距离/固定距离/随机距离，能够无效 应用/防止 高并发爬取。 失败重试 - 可针对所有爬取的申请设置，针对单次爬取的申请设置，针对单个申请设置进行失败重试。 优先队列 - 依据单个申请的优先级应用优先爬取。☁️ 爬取 SPA - 批量爬取 SPA（单页应用程序）生成预渲染内容（即“SSR”（服务器端渲染））。⚒️ 管制页面 - 无头浏览器能够表单提交、键盘输入、事件操作、生成页面的屏幕截图等。 捕捉记录 - 对爬取的后果进行捕捉记录，并在控制台进行高亮的揭示。TypeScript - 领有类型，通过泛型实现残缺的类型。示例每天主动获取 bilibili 首页、国漫、电影这三个页面的轮播图片为例: // 1.导入模块 ES/CJSimport xCrawl from 'x-crawl'// 2.创立一个爬虫实例const myXCrawl = xCrawl({ maxRetry: 3, intervalTime: { max: 3000, min: 2000 } })// 3.设置爬取工作// 调用 startPolling API 开始轮询性能，每隔一天会调用回调函数myXCrawl.startPolling({ d: 1 }, async (count, stopPolling) => { // 调用 crawlPage API 爬取 首页、国漫、电影 这三个页面 const res = await myXCrawl.crawlPage([ 'https://www.bilibili.com', 'https://www.bilibili.com/guochuang', 'https://www.bilibili.com/movie' ]) // 寄存图片 URL const imgUrls = [] const elSelectorMap = ['.carousel-inner img', '.chief-recom-item img', '.bg-item img'] for (const item of res) { const { id } = item const { page } = item.data // 获取页面轮播图片元素的 URL const urls = await page.$$eval(elSelectorMap[id - 1], (imgEls) => imgEls.map((item) => item.src) ) imgUrls.push(...urls) // 敞开页面 page.close() } // 调用 crawlFile API 爬取图片 await myXCrawl.crawlFile({ requestConfigs: imgUrls, fileConfig: { storeDir: './upload' } })})运行成果: ...

download：（新版）Python 分布式爬虫与 JS 逆向进阶实战弱小的网络安全性 RemoteView使用标准的256位加密以及两步登录和SSL（安全套接字层）通信。 RemoteView可能防止信息被盗。 在任何环境下均无瑕疵 RemoteView不只可能与Internet Explorer一起使用，而且还可能与Firefox，Chrome和Safari一起使用。 在任何类型的网络环境中进行管制，反对浮动IP，HDCP，专用IP和防火墙服务器。 疾速流畅的管制 当您连接本地计算机和近程计算机时，RemoteView会使用P2P或网关方法主动进行适合这种情况的连接。 在会话期间，RemoteView使用VRVD和图形控制模式来提供更好的性能和功能以及稳固的连接。 RemoteView 替代品和同类软件 如果 RemoteView 不能满足您的某些需要，您可能抉择同类软件作为代替。 Splashtop：与 RemoteView 一样，Splashtop 远程桌面软件能随时随地平安地近程拜访任何设施，画面性能高达 8K/60FPS；数据传输由 AES-256 和 TLS 加密，具备双因素考据、单点登录、设施认证等重要的安全功能。如果您是看重企业信息安全，对软件性能申请也高的企业，Splashtop 是个非常好的抉择。 TeamViewer：这是一款功能弱小的近程控制软件，它是 RemoteView 的替代品之一。它具备操作系统级别的反对，非常流畅，反对多平台，跨网络，不必关心计算机 IP 地址之类的问题。它还反对明码治理和防火墙穿梭功能，可能保护远程桌面连接的安全性。 AnyDesk：这是一款适合小型企业的近程控制软件，它操作简略，界面敌对，可能轻松地实现远程桌面连接和文件共享。

我国目前并未出台专门针对网络爬虫技术的法律标准，但在司法实际中，相干裁决已不足为奇，K 哥特设了“K哥爬虫普法”专栏，本栏目通过对实在案例的剖析，旨在进步宽广爬虫工程师的法律意识，通晓如何非法合规利用爬虫技术，警钟长鸣，做一个违法、护法、有准则的技术人员。案情介绍出生于1983年12月的黎某是湖南省浏阳市人，从2012年开始做淘宝客生意，即通过做淘宝推广赚取淘宝客佣金，其要害就是须要大量的淘宝客户联系方式。 2017年7月，黎某在网上意识了逯某。单方谈起上述生意时，黎某提到，“很难获取大量的淘宝客户联系方式”。为此，逯(lù)某为其编了一个“微信加人”软件，并且没收钱。“这个软件应用起来十分不便，也利于淘宝客生意。我感觉他有很好的网络编程技术，于是就承诺逯某，待成立了公司，算逯某技术入股。”黎某供述称。 2019年3月，黎某在湖南省浏阳市成立了浏阳市泰创网络科技有限公司（自然人独资），该公司次要做“淘宝联盟”里的淘宝返利，次要用一些手机号，加对方微信好友进行推广淘宝商品，让用户支付“淘宝联盟”优惠券，对方应用优惠券胜利购买商品，该公司会取得返利。逯某受雇于黎某，作为公司技术员，每月工资一万元。自2019年11月，逯某自写软件“淘评评”。该软件能够通过淘宝商品详细信息接口和淘宝信息分享接口，爬取淘宝客户的淘宝数字 ID 和淘宝昵称，通过淘宝分享接口爬取淘宝客户手机号信息，并将其中淘宝客户的手机号码提供给黎某，用于浏阳市泰创网络科技有限公司用于经营流动。 黎某称，他在收到淘宝客户手机号码之后，会把这些信息数据导入“微信加人”软件，加微信好友胜利后，由浏阳市泰创网络科技有限公司的员工负责发送广告链接，淘宝用户在该公司的广告群里购买商品，该公司取得佣金。 该公司一位工作人员王某走漏，该公司约有 1100 个微信群，每个微信群最多有 200 人，起码约 90 人。其主营业务就是帮淘宝商家带货，从而取得淘宝网佣金和商家服务费。至于其淘宝客户起源，该人员称“不分明”。“咱们建好微信群后，将群二维码提供给老板黎某，而后就有人主动进群。”王某称。 逯某盗取数据的形式十分激进：仅在2020年7月6日-7月13日这七天里，均匀每天爬取数量 500 万，爬取敏感字段量微小，被淘宝公司风控部门发现。 该公司自2019年11月份至2020年7月份利用该信息经营共获利 340187.68 元。 经司法鉴定，逯某通过其开发的软件爬取淘宝客户的数字 ID、淘宝昵称、手机号码等淘宝客户信息共计 1180738048 条（即：11.8 亿条），逯某将其爬取信息中的淘宝客户手机号码通过微信文件的模式发送给黎某应用共计 19712611 条（即：1971 万条）。 法院观点法律规定： 《最高人民法院、最高人民检察院对于办理进犯公民个人信息刑事案件适用法律若干问题的解释》第一条 刑法第二百五十三条之一规定的“公民个人信息”是指以电子或者其余形式记录的可能独自或者与其余信息联合辨认特定自然人身份或者反映特定自然人流动状况的各种信息，包含姓名、身份证件号码、通信通讯联系形式、住址、账号密码、财产情况、行踪轨迹等； 《检察机关办理进犯公民个人信息案件指引》 对“公民个人信息”的审查认定依据《解释》的规定，公民个人信息是指以电子或者其余形式记录的可能独自或者与其余信息联合辨认特定自然人身份或者反映特定自然人流动状况的各种信息，包含姓名、身份证件号码、通信通讯联系形式、住址、账号密码、财产情况、行踪轨迹等。通过解决无奈辨认特定自然人且不能还原的信息，尽管也可能反映自然人流动状况，但与特定自然人无间接关联，不属于公民个人信息的领域。 最高院法官的阐述： 在大数据时代，从实践上而言，任何信息与其余足够多的信息相结合，都能够辨认特定自然人身份或者反映特定自然人流动状况。因而，对于不能独自辨认特定自然人身份或者反映特定自然人流动状况的局部关联信息，到底哪些能够纳入“公民个人信息”的领域，必然会存在较大的意识一致。 在司法实用中具体判断局部关联信息是否能够认定为“公民个人信息”，应留神以下几点： （1）须要联合的其余信息的水平。 如果涉案信息自身与特定自然人的身份、流动状况关联水平高，须要联合的其余信息绝对较少，则认定为“公民个人信息”的可能性较大；反之，如果须要联合的其余信息过多，则认定为“公民个人信息”的可能性较小。 （2）信息自身的重要水平。 如果涉案的信息与人身安全财产平安密切相关，敏感程度较高，则对于此类信息在认定是否属于“公民个人信息”时，能够采取绝对从宽的规范。 （3）行为人主观目标。 如果行为人主观上获取涉案信息就不须要辨认特定自然人身份或者反映特定自然人流动状况，则此类局部关联信息原则上不宜认定为“公民个人信息”。 裁决状况逯某受雇于黎某，二人违反国家规定，非法获取公民个人信息，情节特地重大，其行为均已形成进犯公民个人信息罪。公诉机关指控罪名成立。且系共同犯罪，逯某、黎某有坦率情节，且认罪认罚，对其均可从轻处罚。 综合其立功情节及社会危害性，按照《中华人民共和国刑法》第二百五十三条之一、第二十五条第一款、第六十七条第三款、第五十二条、第五十三条、第六十四条之规定，裁决如下： 一、被告人黎某犯进犯公民个人信息罪，判处有期徒刑三年六个月，并处罚金人民币三十五万元； 二、被告人逯某犯进犯公民个人信息罪，判处有期徒刑三年三个月，并处罚金人民币十万元。； 三、被告人黎某、逯某守法所得依法持续予以追缴上缴国库； 四、依法扣押的作案工具逯某电脑主机5台、电脑显示器3台和手机5个，由扣押机关依法处理。 裁决文书 （2021）豫1403刑初78号 案例剖析就最高院观点而言，“淘宝昵称”、“淘宝账号”不应该认定为为公民个人信息，尽管账号是不可反复的，但账号并非身份证号码，每个人都能够有多个账号，且并非所有账号都绑定身份信息，仅有账号很难辨认到特定自然人。《解释》第一条中尽管列举了“账号密码”为公民个人信息，但该当了解为一组账号和明码，而不是独自的账号或者独自的明码。就本案而言，该当主张在12亿条信息中心剔除“淘宝账号”、“淘宝昵称”两组信息。 如果逯某所述属实，其是通过淘宝分享接口爬取到的淘宝客户手机号信息，证实彼时淘宝的信息安全爱护是做的很不到位的，并且不足相干意识。近年来信息泄露问题重大，快递信息、防疫信息等都应该引起无关部门及企业的警觉，这方面的平安防护是重中之重。 对于个人隐私爱护，这里给到以下倡议： 爱护集体账号密码：设置一个简单的明码，并且不要把明码通知任何人。同时，应用明码管理器来妥善治理明码；留神公共 Wi-Fi 的应用：在公共场所应用 Wi-Fi 时，要注意安全，不要在不平安的 Wi-Fi 环境下进行敏感操作，如登录银行账户等；审慎分享个人信息：不要随便把个人信息分享给陌生人，不要在社交媒体上公开分享个人信息，在网上填写信息的时候，能填虚构的中央就尽量不要写实在的信息；定期检查账户平安设置：查看并设置账户的平安设置，如双重验证、密保问题等，确保账户平安；不要轻易点击生疏链接：不要随便点击来自不明起源的链接，免得被钓鱼网站坑骗；不要随便下载生疏应用程序：不要轻易下载不出名的应用程序，免得个人信息被窃取；定期清理浏览器缓存：定期清理浏览器缓存和历史记录，免得个人信息被别人利用。当解决个人隐私数据时，爬虫工程师们须要特地留神以下几点： 恪守相干法律法规：必须严格遵守国家的法律法规，包含《个人信息保护法》等相干规定；尊重个人隐私：尊重个人隐私是一种道德和职业操守。在爬取集体数据时，必须确保数据起源非法且曾经取得了用户的受权批准，不得擅自窃取、利用、发售或泄露用户的隐衷信息；增强数据安全治理：应该增强数据安全治理，包含加密、脱敏、拜访日志记录、定期审查等措施，以确保数据的平安；及时删除集体数据：在用户申请删除集体数据或者集体数据不再须要的状况下，应及时删除集体数据，以保障用户隐衷；审查第三方合作伙伴：在与第三方单干时，应该审查合作伙伴的数据保护政策和安全措施，确保他们的数据处理流程合乎法律法规要求，并且可能保障用户的隐衷平安。个人隐私数据不能碰！数据起源是否非法是爬虫流动的前提，不要因为一时的利益，抱有侥幸心理，常在河边走哪有不湿鞋，银手铐戴到手上的那一刻才晓得悔恨，就什么都晚了，愿各位警钟长鸣。

脚本运行环境python 3.6+edge浏览器（举荐应用，因为在edge浏览器中能够取得额定12分，当然chrome浏览器也能够）webdriver （需匹配电脑装置的浏览器版本）selenium 4.8.0 首次运行首次运行须要先获取账号信息，因为这里应用webdriver，关上相似无痕浏览器，须要通过带cookie的形式登录微软账号 from selenium import webdriverimport timeimport json# 填写webdriver的保留目录driver = webdriver.Edge('/Users/XXXX/Downloads/edgedriver_mac64/msedgedriver')# 记得写残缺的url 包含http和httpsdriver.get('https://cn.bing.com/')# 程序关上网页后60秒内 “手动登陆账户”time.sleep(60)with open('cookies.txt','w') as f: # 将cookies保留为json格局 f.write(json.dumps(driver.get_cookies()))driver.close()先执行该脚本，而后在弹出的浏览器窗口手动登录微软账号，这里设置的是期待60秒，如果明码比拟长的能够批改一下，登录实现后期待窗口主动敞开，这里会保留你的cookie信息到你以后门路PS：我这边测试过cookie无效工夫较长，如果提醒登录过期后须要再执行一次 执行脚本开始刷处分积分import jsonimport randomfrom selenium import webdriverfrom selenium.webdriver.edge.options import Optionsimport timedef OpenUrl(url): # 拜访网址 driver.get(url) with open('cookies.txt', 'r') as f: #因为webdriver启动时相似无痕模式，应用带cookie的形式登录微软账号 cookies_list = json.load(f) for cookie in cookies_list: if isinstance(cookie.get('expiry'), float): cookie['expiry'] = int(cookie['expiry']) driver.add_cookie(cookie)def run_pc(): OpenUrl('https://cn.bing.com/search?q='+str(random_number))if __name__ == "__main__": options = Options() # options.add_argument("--headless") #设置后盾运行，无窗口化 # mobile_emulation = {'deviceName': 'iPhone 6'} #增加挪动端 # options.add_experimental_option("mobileEmulation", mobile_emulation) #应用挪动端模拟器关上 driver = webdriver.Edge('/Users/XXXX/Downloads/edgedriver_mac64/msedgedriver', options=options) for i in range(30): #每次搜寻获取3积分，依据集体等级调整循环次数 random_number = random.randint(1, 100) run_pc() print('第', i + 1, '次实现') time.sleep(2) driver.quit() print('工作实现')如果感觉窗口化占用资源过多的话能够应用无窗口化，获取挪动端积分能够把23、24行正文掉 ...

简介mitmdump 命令最大的特点就是能够自定义脚本，你能够在脚本中对申请或者响应内容通过编程的形式来管制，实现数据的解析、批改、存储等工作参数-q屏蔽mitmdump默认的控制台日志，只显示本人脚本中的-s调用脚本文件mitmdump -s script.py-p指定端口，默认为8080-w保留到文件mitmdump -w crawl.txt –set body-size-limitset body-size-limit=10k 只解决小于 10k 的申请“~m post”只解决 post 办法的申请示例启动:mitmdump -q -s ceshi.pyceshi.py文件#发动申请时批改UAdef request(flow): flow.request.headers['User-Agent'] = 'MitmProxy' print(flow.request.headers)#将拦挡到的链接与响应内容打印def response(flow): url = flow.request.url if url.startswith("https://xxx.xxx.com/xx/xx?"): print('--------------------------------------------------------') print(url) body = flow.response.content.decode() print(body)

启动抓包服务cmd下 mitmweb -p 8080 8080能够批改为指定端口启动后界面通过curl发送一个申请curl --proxy http://127.0.0.1:8080 "https://www.zongheng.com/rank/details.html?rt=1&d=1&p=1" --ssl-no-revoke抓包面板搜寻匹配关键词搜寻革除以后所有接口、关上文件、保留以后接口文件篡改申请接口测试