CISDocker基准测试-InSpec配置文件描述此合规性配置文件以自动化方式实现，以在生产环境中围绕Docker守护程序和容器提供安全性最佳实践测试。
InSpec是一种开源运行时框架和规则语言，用于指定合规性，安全性和策略要求，以测试基础结构中的任何节点。
要求至少是版Docker1.13+平台Debian8Ubuntu16.04CentOS的7属性我们使用yml属性文件来控制配置，以下选项可用：trusted_user:vagrant定义受信任的用户来控制Docker守护程序。
authorization_plugin:authz-broker定义授权插件，以管理对Docker守护程序的访问。
log_driver:syslog定义存储日志的首选方式。
log_opts:/syslog-address/定义Docker守护程序log-opts。
registry_cert_path:/etc/docker/certs.d目录包含各种Docker注册表目录。
registry_name:/etc/docker/certs

该资源很适合工业领域需要练手和小型工业公司使用（经过实践验证）。
注：软件来之不易，谢谢打赏！

Vue-Wookie电影描述您是位于伍什奇（Wookiee）家乡卡西耶克（Kookyyyk）的Thikkiiana市电影院的所有者。
您的客户对不断变化的选择感到无聊，并要求完全不同的东西-他们想看看地球上正在发生什么。
Wookies是新共和国计算机技术的主要出口商，因此您自然会袖手旁观并开始工作。
您很快便写下了一些笔记，经过数小时的不懈努力，您想到了一个设计。
任务使用Vue组件实施设计并使用CSS3设置样式通过将您的应用程序连接到CodeSubmit电影数据库对于身份验证，请传递“Authorization：BearerWookie2019”标题解析API响应并显示设计中概述的结果。
按类别对电影进行分组。
为列表中的电影实现详细视图确保书签/链接到详细信息页面按预期工作通过连接到来实现搜索评价标准使用Vue组件根据附件执行设

DifferentialEquationsandLinearAlgebra(4th)英文无水印原版pdf第4版pdf所有页面使用FoxitReader、PDF-XChangeViewer、SumatraPDF和Firefox测试都可以打开本资源转载自网络，如有侵权，请联系上传者或csdn删除查看此书详细信息请在美国亚马逊官网搜索此书EditorialDirector,Mathematics:ChristinehoagEditor-in-Chief:DeirdreLynchAcquisitionsEditor:WilliamHoffmaProjectTeamLead:ChristinaleProjectmanager:LaurenMorseEditorialAssistant:JenniferSnyderProgramTeamLead:KarenwernholmProgramManagerDaniellesimbajonCoverandillustrationDesign:StudioMontageProgramDesignLead:BethPaquinProductMarketingManagerClaireKozarProductMarketingCoordiator:BrookesmithFieldMarketingManager:EvanStCyrSeniorAuthorSupport/TechnologySpecialist:JoevetereSeniorProcurementSpecialist:CarolMelvilleInteriorDesign,ProductionManagement,AnswerArt,andCompositioneNergizerAptara,LtdCoverImage:LighttrailsonmodernbuildingbackgroundinShanghai,China-hxdyl/123RFCopyrightO2017,2011,2005PearsonEducation,Inc.oritsaffiliates.AllRightsReserved.PrintedintheUnitedStatesofAmerica.Thispublicationisprotectedbycopyright,andpermissionshouldbeobtainedfromthepublisherpriortoanyprohibitedreproduction,storageinaretrievalsystem,ortransmissioninanyformorbyanymeans,electronic,mechanical,photocopyingrecording,orotherwise.Forinformationregardingpermissions,requestformsandtheappropriatecontactswithinthePearsonEducationGlobalRights&Permissionsdepartmentpleasevisitwww.pearsoned.com/permissions/PEARSONandALWAYSLEARNINGareexclusivetrademarksintheU.s.and/orothercountriesownedbyPearsonEducation,Inc.oritsaffiliatesUnlessotherwiseindicatedherein,anythird-partytrademarksthatmayappearinthisworkarethepropertyoftheirrespectiveowandanyreferencestothird-partytrademarks,logosorothertradedressarefordemonstrativeordescriptivepurposesonly.SuchofsuchmarksoranyrelationshipbetweentheownerandPearsonEducation,Inc.oritsaffiliates,authors,licenseesordistributortreferencesarenotintendedtoimplyanysponsorship,endorsement,authorization,orpromotionofPearsonsproductsbytheownersLibraryofCongressCataloging-in-PublicationDataGoode.StephenwDifferentialequationsandlinearalgebra/StephenW.GoodeandScottA.AnninCaliforniastateUniversity,Fullerton.-4theditionpagescmIncludesindexISBN978-0-321-96467-0—ISBN0-32196467-51.Differentialequations.2.Algebras,Linear.I.Annin,Scott.II.TitleQA371.G6442015515’.35-dc23201400601512345678910V031-1918171615PEARSONISBN10:0-321-96467-5www.pearsonhighered.comISBN13:978-0-321-96467-0ContentsPrefacevii1First-OrderDifferentialEquations1.1DifferentialEquationsEverywhere11.2BasicIdeasandTerminology131.3TheGeometryofFirst-OrderDifferentialEquations231.4SeparableDifferentialEquations341.5SomeSimplePopulationModels451.6First-OrderLinearDifferentialEquations531.7ModelingProblemsUsingFirst-OrderLinearDifferentialEquations61.8Changeofvariables711.9ExactDifferentialEquations821.10Numericalsolutiontofirst-OrderDifferentialEquations931.11SomeHigher-OrderDifferentialEquations1011.12ChapterReview1062MatricesandSystemsofLinearEquations1142.1Matrices:Definitionsandnotation1152.2MatrixAlgebra1222.3TerminologyforSystemsofLinearEquations13824R。
w-EchelonMatricesandElementaryR。
wOperations1462.5Gaussianelimination1562.6TheInverseofasquarematrix1682.7ElementaryMatricesandtheLUFactorization1792.8TheInvertiblematrixtheoremi1882.9ChapterReview1903Determinants1963.1TheDefinitionofthedeterminant1963.2PropertiesofDeterminants2093.3CofactorExpansions2223.4SummaryofDeterminants2353.5ChapterReview242iyContents4VectorSpaces2464.1Vectorsinrn2484.2DefinitionofaVectorSpace2524.3Subspaces2634.4SpanningSets2744.5LinearDependenceandLinearIndependence2844.6Basesanddimension2984.7Changeofbasis3114.8RowSpaceandColumnSpace3194.9TheRank-NullityTheorem3254.10InvertibleMatrixTheoremll3314.11ChapterReview3325InnerProductSpaces3395.1DefinitionofanInnerproductspace3405.2OrthogonalSetsofvectorsandorthogonalProjections3525.3Thegram-Schmidtprocess3625.4LeastSquaresApproximation3665.5ChapterReview3766LinearTransformations3796.1Definitionofalineartransformation3806.2Transformationsofr23916.3TheKernelandrangeofalineartransformation3976.4AdditionalPropertiesofLinearTransformations4076.5Thematrixofalineartransformation4196.6Chaiterreview4287EigenvaluesandEigenvectors4337.1TheEigenvalue/EigenvectorProblem4347.2GeneralResultsforEigenvaluesandEigenvectors4467.3Diagonalization4547.4AnIntroductiontotheMatrixExponentialFunction4627.5OrthogonalDiagonalizationandQuadraticforms4667.6Jordancanonicalforms4757.7Chapterreview4888LinearDifferentialEquationsofOrdern4938.1GeneralTheoryforLinearDifferentialEquations4958.2ConstantCoefficientHomogeneousLinearDifferentialEquations5058.3ThemethodofundeterminedcoefficientsAnnihilators5158.4Complex-ValuedTrialSolutions5268.5OscillationsofaMechanicalSystem529Contentsv8.6RLCCircuits5428.7TheVariationofparametersmethod5478.8ADifferentialEquationwithNonconstantCoefficients5578.9Reductionoforder5688.10ChapterReview5739SystemsofDifferentialEquations5809.1First-OrderLinearSystems5829.2VectorFormulation5889.3GeneralResultsforfirst-OrderLinearDifferentialystems5939.4VectorDifferentialEquations:NondefectiveCoefficientMatrix5999.5VectorDifferentialEquations:DefectiveCoefficientMatrix6089.6Variation-of-ParametersforLinearSystems6209.7SomeApplicationsofLinearSystemsofDifferentialEquations6259.8MatrixExponentialFunctionandSystemsofDifferentialEquations6359.9ThePhasePlaneforLinearAutonomousSystems6439.10NonlinearSystems6559.11ChapterReview66310TheLaplaceTransformandSomeElementaryApplications67010.1DefinitionoftheLaplaceTransform67010.2TheExistenceofthelaplacetransformandtheInversetransform67610.3PeriodicFunctionsandtheLaplacetransform68210.4ThetransformofderivativesandsolutionofInitial-Valueproblems68510.5TheFirstShiftingTheorem69010.6TheUnitStepFunction69510.7TheSecondShiftingTheorem69910.8ImpulsiveDrivingTerms:TheDiracDeltaFunction70610.9TheConvolutionIntegral71110.10ChapterReview71711SeriesSolutionstoLinearDifferentiaEquations72211.1AReviewofpowerseries72311.2SeriesSolutionsaboutanOrdinaryPoint73111.3TheLegendreEquation74111.4SeriesSolutionsaboutaRegularSingularPoint75011.5Frobeniustheory75911.6Bessel'sEquationofOrderp77311.7Chapterreview785ViContentsAReviewofComplexNumbers791BReviewofPartialFractions797CReviewofIntegrationTechniques804DLinearlyIndependentSolutionstox2y+xp(x)y+g(x)y=0811Answerstoodd-NumberedExercises814Index849S.W.GoodededicatesthisbooktomeganandtobiS.A.annindedicatesthisbooktoarthurandJuliannthebestparentsanyonecouldaskforPretraceLikethefirstthreeeditionsofDifferentialEquationsandLinearalgebra,thisfourtheditionisintendedforasophomorelevelcoursethatcoversmaterialinbothdifferentialequationsandlinearalgebra.Inwritingthistextwehaveendeavoredtodevelopthestudentsappreciationforthepowerofthegeneralvectorspaceframeworkinformulatingandsolvinglinearproblems.Thematerialisaccessibletoscienceandengineeringstu-dentswhohavecompletedthreesemestersofcalculusandwhobringthematurityofthatsuccesswiththemtothiscourseThistextiswrittenaswewouldnaturallyteachblendinganabundanceofexamplesandillustrations,butnotattheexpenseofadeliberateandrigoroustreatment.MostresultsareprovenindetailHowever,manyofthesecanbeskippedinfavorofamoreproblem-solvingorientedapproachdependingonthereader'sobjectives.Somereadersmayliketoincorporatesomeformoftechnology(computeralgebrasystem(CAS)orgraphingcalculator)andthereareseveralinstancesinthetextwherethepoweroftechnologyisillustratedusingtheCasMaple.Furthermore,manyexercisesetshaveproblemsthatrequiresomeformoftechnologyfortheirsolutionTheseproblemsaredesignatedwithaoIndevelopingthefourtheditionwehaveoncemorekeptmaximumflexibilityofthematerialinmind.Insodoing,thetextcaneffectivelyaccommodatethedifferentemphasesthatcanbeplacedinacombineddifferentialequationsandlinearalgebracourse,thevaryingbackgroundsofstudentswhoenrollinthistypeofcourse,andthefactthatdifferentinstitutionshavedifferentcreditvaluesforsuchacourse.Thewholetextcanbecoveredinafivecredit-hourcourse.Forcourseswithalowercredit-hourvalue,someselectivitywillhavetobeexercised.Forexample,much(orall)ofChapterImaybeomittedsincemoststudentswillhaveseenmanyofthesedifferentialequationstopicsinanearliercalculuscourse,andtheremainderofthetextdoesnotdependonthetechniquesintroducedinthischapter.Alternatively,whileoneofthemajorgoalsofthetextistointerweavethematerialondifferentialequationswiththetoolsfromlinearalgebrainasymbioticrelationshipasmuchaspossible,thecorematerialonlinearalgebraisgiveninChapters2-7sothatitispossibletousethisbookforacoursethatfocusessolelyonthelinearalgebrapresentedinthesesixchapters.ThematerialondifferentialequationsiscontainedprimarilyinChapters1and8-1l,andreaderswhohavealreadytakenafirstcourseinlinearalgebracanchoosetoproceeddirectlytothesechaptersThereareothermeansofeliminatingsectionstoreducetheamountofmaterialtobecoveredinacourse.Section2.7containsmaterialthatisnotrequiredelsewhereinthetext,Chapter3canbecondensedtoasinglesection(Section3.4)forreadersneedingonlyacursoryoverviewofdeterminants,andSections4.7,5.4,andthelatersectionsofChapters6and7couldallbereservedforasecondcourseinlinearalgebra.InChapter8Sections8.4,8.8,and8.9canbeomitted,and,dependingonthegoalsofthecourse,Sections8.5and8.6couldeitherbede-emphasizedoromittedcompletelySimilarremarksapplytoSections9.7-9.10.AtCaliforniaStateUniversity,Fullertonwehaveafourcredit-hourcourseforsophomoresthatisbasedaroundthematerialinChapters1-9viiiPrefaceMajorChangesintheFourthEditionSeveralsectionsofthetexthavebeenmodifiedtoimprovetheclarityofthepresentationandtoprovidenewexamplesthatreflectinsightfulillustrationswehaveusedinourowncoursesatCaliforniaStateUniversity,Fullerton.OthersignificantchangeswithinthetextarelistedbeleOW1.ThechapteronvectorspacesinthepreviouseditionhasbeensplitintotwochaptersChapters4and5)inthepresentedition,inordertofocusseparateattentiononvectorspacesandinnerproductspaces.Theshorterlengthofthesetwochaptersisalsointendedtomakeeachofthemlessdaunting2.Thechapteroninnerproductspaces(Chapter5)includesanewsectionprovidinganapplicationoflinearalgebratothesubjectofleastsquaresapproximation3.Thechapteronlineartransformationsinthepreviouseditionhasbeensplitintotwochapters(Chapters6and7)inthepresentedition.Chapter6isfocusedonlineartransformations,whileChapter7placesdirectemphasisonthetheoryofeigenvaluesandeigenvectors.Oncemore,readersshouldfindtheshorterchapterscoveringthesetopicsmoreapproachableandfocused4.Mostexercisesetshavebeenenlargedorrearranged.Over3,000problemsarenowcontainedwithinthetext,andmorethan600concept-orientedtrue/falseitemsarealsoincludedinthetext5.Everychapterofthebookincludesoneormoreoptionalprojectsthatallowformorein-depthstudyandapplicationofthetopicsfoundinthetext6.ThebackofthebooknowincludestheanswertoeveryTrue-FalsereviewitemcontainedinthetextAcknowledgmentsWewouldliketoacknowledgethethoughtfulinputfromthefollowingreviewersofthefourthedition:JameyBassofCityCollegeofSanFrancisco,TamarFriedmannofUniversityofrochester,andlinghaiZhangofLehighUniversityAlloftheircommentswereconsideredcarefullyinthepreparationofthetextS.A.Annin:Ioncemorethankmyparents,ArthurandJuliannAnnin,fortheirloveandencouragementinallofmyprofessionalendeavors.Ialsogratefullyacknowledgethemanystudentswhohavetakenthiscoursewithmeovertheyearsand,insodoinghaveenhancedmyloveforthesetopicsanddeeplyenrichedmycareerasaprofessorFirst-OrderDifferentiaEquations1.1DifferentialEquationsEverywhereadifferentialequationisanyequationthatinvolvesoneormorederivativesofanunknownfunction.Forexample(1.1.1dxds(S-1)(1.1.2)aredifferentialequations.Inthedifferentialequation(1.1.1)theunknownfunctionordependentvariableisy,andxistheindependentvariable;inthedifferentialequation(1.1.2)thedependentandindependentvariablesareSandt,respectively.Differentialequationssuchas(1.1.1)and(1.1.)inwhichtheunknownfunctiondependsonlyonasingleindependentvariablearecalledordinarydifferentialequations.Bycontrast,thedifferentialequationLaplace'sequation)0involvespartialderivativesoftheunknownfunctionu(x,y)oftwoindependentvariablesxandy.SuchdifferentialequationsarecalledpartialdifferentialequationsOnewayinwhichdifferentialequationscanbecharacterizedisbytheorderofthehighestderivativethatoccursinthedifferentialequationThisnumberiscalledtheorderofthedifferentialequation.Thus,(l1.1)hasordertwo,whereas(1.1.2)isafirst-orderdifferentialequation1

#Copyright2017TheKubernetesAuthors.##LicensedundertheApacheLicense,Version2.0(the"License");#youmaynotusethisfileexceptincompliancewiththeLicense.#YoumayobtainacopyoftheLicenseat##http://www.apache.org/licenses/LICENSE-2.0##Unlessrequiredbyapplicablelaworagreedtoinwriting,software#distributedundertheLicenseisdistributedonan"ASIS"BASIS,#WITHOUTWARRANTIESORCONDITIONSOFANYKIND,eitherexpressorimplied.#SeetheLicenseforthespecificlanguagegoverningpermissionsand#limitationsundertheLicense.#-------------------DashboardSecret-------------------#apiVersion:v1kind:Secretmetadata:labels:k8s-app:kubernetes-dashboardname:kubernetes-dashboard-certsnamespace:kube-systemtype:Opaque---#-------------------DashboardServiceAccount-------------------#apiVersion:v1kind:ServiceAccountmetadata:labels:k8s-app:kubernetes-dashboardname:kubernetes-dashboardnamespace:kube-system---#-------------------DashboardRole&RoleBinding-------------------#kind:RoleapiVersion:rbac.authorization.k8s.io/v1metadata:name:kubernetes-dashboard-minimalnamespace:kube-systemrules:#AllowDashboardtocreate'kubernetes-dashboard-key-holder'secret.-apiGroups:[""]resources:["secrets"]verbs:["create"]#AllowDashboardtocreate'kubernetes-dashboard-settings'configmap.-apiGroups:[""]resources:["configmaps"]verbs:["create"]#AllowDashboardtoget,updateanddeleteDashboardexclusivesecrets.-apiGroups:[""]resources:["secrets"]resourceNames:["kubernetes-dashboard-key-holder","kubernetes-dashboard-certs"]verbs:["get","update","delete"]#AllowDashboardtogetandupdate'kubernetes-dashboard-settings'configmap.-apiGroups:[""]resources:["configmaps"]resourceNames:["kubernetes-dashboard-settings"]verbs:["get","update"]#AllowDashboardtogetmetricsfromheaps

咱们目前使用的路由器都是WEB界面管理的,真正反对于TELNET(23端口)的路由器很少.针对于此.咱们能够经由socket操作路由器的80端口.向路由器发送指令让它断线.同时将路由器配置为自动毗邻.就能实现断线自动换IP成果了.路由器登录验证方式是付与BASE64加密登录名:密码如许的格式.如admin:admin患上到的加密码串是YWRtaW46YWRtaW4=在c#里能够很约莫的实现Convert.ToBase64String(Encoding.Default.GetBytes("admin:admin"))咱们使用HTTP的GET操作GET/userRpm/StatusRpm.htm?Disconnect=%B6%CF+%CF%DF&wan=1HTTP/1.1Host:192.168.1.1Authorization:BasicYWRtaW46YWRtaW4=就能够实现挪用路由器断线操作同理也能够用GET/userRpm/SysRebootRpm.htm?Reboot=%D6%D8%C6%F4%C2%B7%D3%C9%C6%F7HTTP/1.1Host:192.168.1.1Authorization:BasicYWRtaW46YWRtaW4=来实现路由器的重启以上地址在TPLINKWR740N以及TPLINKR402M测试经由另外品牌的路由器能够经由MX3的收集监控成果患上到患上到的代码片断:付与GET方式varwlan_wds=1;varwlan_rate=0;-_-functiondoRefresh(){location.href="/userRpm/StatusRpm.htm";returntrue;}functiondoConnect(n){vars="&wan="+n;location.href="/userRpm/StatusRpm.htm?Connect=毗邻"+s;returntrue;}functiondoDisConnect(n){vars="&wan="+n;location.href="/userRpm/StatusRpm.htm?Disconnect=断线"+s;returntrue;}断线挪用的便是"/userRpm/StatusRpm.htm?Disconnect=断线"这个地址请不要使用本法度圭表标准举行违背互联网法则的操作,更多c#使用驱散交流

使用visualstudio2019建树的asp.netcore5.0webapplication项。
startup类中注册使用Authentication以及Authorization中间件效率，在controller或者action中使用AuthorizeAttribute以及AllowAnonymousAttribute抑制晤面权限。
详见代码，都有评释。

认知卷曲:locked_with_pen:这是一个CLI货物，能够让您使用Cognito授权令牌轻松对于curl挪用签名到API网关。
为甚么？AWSCognito确凿极其渺小，尤为是与APIGateway松散使历时，然则假如您使用基于Authorization标头的CognitoAuthorizer或者LambdaAuthorizer，则大概会碰着签名curl挪用的下场-这便是咱们建树cognitocurl-这是一个很小的CLI货物，Node.js卖力针对于用户池举行登录，耐久化以及扭转令牌以及向curl挪用削减其余标头。
用:red_heart_selector:在Nordcloud用法装置：$npmi-gcognitocurl而后：$cognitocurl--cognitoclientXXX--userpoolYYY--run"fullcurlco妹妹andhere"要末$cognitocurl--hosteduihosteduisetupfilename.json--run"fullcurlco妹妹a

LearnhowtobuilddynamicwebapplicationswithExpress,akeycomponentoftheNode/JavaScriptdevelopmentstack.Inthishands-onguide,authorEthanBrownteachesyouthefundamentalsthroughthedevelopmentofafictionalapplicationthatexposesapublicwebsiteandaRESTfulAPI.You’llalsolearnwebarchitecturebestpracticestohelpyoubuildsingle-page,multi-page,andhybridwebappswithExpress.,Expressstrikesabalancebetweenarobustframeworkandnoframeworkatall,allowingyouafreehandinyourarchitecturechoices.Withthisbook,frontendandbackendengineersfamiliarwithJavaScriptwilldiscovernewwaysoflookingatwebdevelopment.,Createwebpagetemplatingsystemforrenderingdynamicdata,Diveintorequestandresponseobjects,middleware,andURLrouting,Simulateaproductionenvironmentfortestinganddevelopment,Focusonpersistencewithdocumentdatabases,particularlyMongoDB,MakeyourresourcesavailabletootherprogramswithRESTfulAPIs,Buildsecureappswithauthentication,authorization,andHTTPS,Integratewithsocialmedia,geolocation,andotherthird-partyservices,Implementaplanforlaunchingandmaintainingyourapp,Learncriticaldebuggingskills,ThisbookcoversExpress4.0.

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。