Pentaho数据集成Pentaho数据集成（ETL）又名Kettle项目结构程序集：项目分发归档文件在此模块下生成核心：核心实现dbdialog：“数据库”对话框ui：用户界面引擎：PDI引擎engine-ext：PDI引擎扩展PDI核心插件集成：集成测试如何建造PentahoDataIntegration使用maven框架。
构建项目的先决条件：Maven，版本3+JavaJDK1.8/.m2目录中的这个建立它这是一个maven项目，要使用以下命令进行构建$mvncleaninstall（可选）您可以指定-Drelease以触发混淆和/或丑化（根据需要）（可选）您可以指定-Dmaven.test.skip=true跳过测试（即便您不应该知道）构建结果将是位于target的Pentaho软件包。
运行测试单元

Dockerdesktop:version4.11.1(84025)Engine:20.10.17Compose:1.29.2CredentialHelper:v0.6.4Kubernetes:v1.24.2Snyk:v1.827.0以备官网下载时间过长

学习成本太高了，这是不对的。
就应该便宜点，给大家学习的么，不要太贪婪了。
UnrealEngine虚幻引擎4.20版本的CHM格式API协助文档，带目录版本，自己都在用，免除在源码文件夹中浏览网页的烦恼！打开文档后点击左上角显示按钮即可！

NetworkingfunctionalityinDockerhaschangedconsiderablysinceitsfirstrelease,evolvingtoofferarichsetofbuilt-innetworkingfeatures,aswellasanextensiblepluginmodelallowingforawidevarietyofnetworkingfunctionality.ThisbookexploresDockernetworkingcapabilitiesfromendtoend.BeginbyexaminingthebuildingblocksusedbyDockertoimplementfundamentalcontainingnetworkingbeforelearninghowtoconsumebuilt-innetworkingconstructsaswellascustomnetworksyoucreateonyourown.Next,exploreco妹妹onthird-partynetworkingplugins,includingdetailedinformationonhowthesepluginsinter-operatewiththeDockerengine.Consideravailableoptionsforsecuringcontainernetworks,aswellasaprocessfortroubleshootingcontainerconnectivity.Finally,examineadvancedDockernetworkingfunctionsandtheirrelevantusecases,tyingtogethereverythingyouneedtosucceedwithyourownprojects.

SocialEngineering社工对象_1.0(1).apk

ElectricCircuits9/eisthemostwidelyusedintroductorycircuitstextbookofthepast25years.Asthisbookhasevolvedovertheyearstomeetthechanginglearningstylesofstudents,importantly,theunderlyingteachingapproachesandphilosophiesremainunchanged.Thegoalsare:-Tobuildanunderstandingofconceptsandideasexplicitlyintermsofpreviouslearning-Toemphasizetherelationshipbetweenconceptualunderstandingandproblemsolvingapproaches-Toprovidestudentswithastrongfoundationofengineeringpractices.

UnrealEngine-release，UE5.0.3release。
22/09/01的，2个月前，7月最初修改的吧。

LowPowerSemiconductorDevicesandProcessesforEmergingApplicationsinCommunications,Computing,andSensing2019LowPowerSemiconductorDevicesandProcessesforEmergingApplications2018.part1.rar(16.1MB,下载次数:115)LowPowerSemiconductorDevicesandProcessesforEmergingApplications2018.part2.rar(16.1MB,下载次数:130)2019-7-2308:45上传点击文件名下载附件下载积分:资产-6信元,下载收入6信元LowPowerSemiconductorDevicesandProcessesforEmergingApplications2018.part3.rar(16.1MB,下载次数:126)LowPowerSemiconductorDevicesandProcessesforEmergingApplications2018.part4.rar(16.1MB,下载次数:122)LowPowerSemiconductorDevicesandProcessesforEmergingApplications2018.part5.rar(298.5KB,下载次数:64)Makingprocessinginformationmoreenergy-effcientwouldsavemoney,reduceenergyuseandpermitbatteriesthatprovidepowertomobiledevicestorunlongerorbesmallerinsize.Newapproachestothelowerenergyrequirementincomputing,communicationandsensingneedtobeinvestigated.Thisbookaddressesthisneedinmultipleapplicationareasandwillserveasaguideinemergingcircuittechnologies.Revolutionarydeviceconcepts,sensorsandassociatedcircuitsandarchitecturesthatwillgreatlyextendthepracticalengineeringlimitsofenergy-effcientcomputationarebeinginvestigated.Disruptivenewdevicearchitectures,semiconductorprocessesandemergingnewmaterialsaimedatachievingthehighestlevelofcomputationalenergyeffciencyforgeneralpurposecomputingsystemsneedtobedeveloped.Thisbookwillprovidechaptersdedicatedtosucheffortsfromprocesstodevice.

ForcoursesinNetworking/Co妹妹unicationsMotivatesreaderswithatop-down,layeredapproachtocomputernetworkingUniqueamongcomputernetworkingtexts,theSeventhEditionofthepopularComputerNetworking:ATopDownApproachbuildsontheauthor’slongtraditionofteachingthiscomplexsubjectthroughalayeredapproachina“top-downmanner.”Thetextworksitswayfromtheapplicationlayerdowntowardthephysicallayer,motivatingreadersbyexposingthemtoimportantconceptsearlyintheirstudyofnetworking.FocusingontheInternetandthefundamentallyimportantissuesofnetworking,thistextprovidesanexcellentfoundationforreadersinterestedincomputerscienceandelectricalengineering,withoutrequiringextensiveknowledgeofprogra妹妹ingormathematics.TheSeventhEditionhasbeenupdatedtoreflectthemostimportantandexcitingrecentadvancesinnetworking.

Softwareandsystemsengineering—SoftwaretestingPart5：关键字驱动测试国际软件测试标准第五局部

在日常工作中，钉钉打卡成了我生活中不可或缺的一部分。然而，有时候这个看似简单的任务却给我带来了不少烦恼。 每天早晚，我总是得牢记打开钉钉应用，点击"工作台"，再找到"考勤打卡"进行签到。有时候因为工作忙碌，会忘记打卡，导致考勤异常，影响当月的工作评价。而且，由于我使用的是苹果手机，有时候系统更新后，钉钉的某些功能会出现异常，使得打卡变得更加麻烦。 另外，我的家人使用的是安卓手机，他们也经常抱怨钉钉打卡的繁琐。尤其是对于那些不太熟悉手机操作的长辈来说，每次打卡都是一次挑战。他们总是担心自己会操作失误，导致打卡失败。 为了解决这些烦恼，我开始思考是否可以通过编写一个全自动化脚本来实现钉钉打卡。经过一段时间的摸索和学习，我终于成功编写出了一个适用于苹果和安卓系统的钉钉打卡脚本。