HTTPS(SecureHypertextTransferProtocol)安全超文本传输协议它是一个安全通信通道,它基于HTTP开发,用于在客户计算机和服务器之间交换信息。
它使用安全套接字层(SSL)进行信息交换,简单来说它是HTTP的安全版。
在使用https协议不管是服务器端还是客户端都需要使用到ca证书来进行访问。
一般来说,性能测试为所常见的为客户端使用https打开页面的方式。
在这个情况下,首先是处理https访问过程中的证书1. 证书的准备常见的证书为:*.pfx格式,该种格式的证书可以通过双击运行安装到IE浏览器上。
用户在访问的时候就可以使用到。
但这种证书并不是LoadRunner所使用的类型,因此需要对其进行转换。
将其转换为*.pem格式。
转换方法如下: 安装openssl后 运行C:\/bin文件夹的openssl二进制文件,它将启动OpenSSL命令提示符 执行以下命令:pkcs12-inD:\test1.pfx-outD:\test01.pem–nodes 执行后,将会在指定目录生成test01.pem文件,这个文件将会在下一个步骤,对LoadRunner进行配置的时候使用到。
2.LR配置启动LoadRunner,打开RecordingOption选项。
留意红色框中的选项。
选择后,单击NewEnty红框中的配置为服务器的ip和端口号,按照测试所需要的实际地址进行配置就可以配置后,将Usespecifiedclient-sidecertificate[Base64/PEM]钩选,为使用客户端证书访问。
单击...选择刚刚转换生成的客户端证书。
如果你为证书有设置密码,在这里也需要输入。
到此为止所有与http区别的配置就完成了。
录制后,可以在脚本的开始,看到LoadRunner新生成的语句web_set_certificate_ex("CertFilePath=test01.pem", "CertFormat=PEM", "KeyFilePath=test01.pem", "KeyFormat=PEM", "Password=123456", "CertIndex=1", LAST);下面的操作和普通的页面性能测试一样。
2024/2/5 8:37:28 72KB Loadrunner 的HTTPS的测试配置
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万挂作坊4.X支持win10系统内存读写等功能模块密码Aa123456
2024/2/2 5:41:33 4.81MB 万挂作坊
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redis配置文件aof持久化方式,修改了redis密码为123456
2024/1/30 13:42:53 83KB redis redis配置文件
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uchara[]="温湿度传感器";ucharb[]="温度:";ucharc[]="湿度:";uchard[]="0123456789";typedefunsignedcharU8;typedefunsignedintU16;U8U8flag,k;U8U8temp;U8U8WD_H,U8WD_L,U8SD_H,U8SD_L,U8checkdata;U8U8WDH_temp,U8WDL_temp,U8SDH_temp,U8SDL_temp,U8checkdata_temp;U8U8comdata;voiddelay_1ms(uintn){uinti,j;for(i=0;i<=n;i++)for(j=0;j<110;j++);}voiddelay_10us(){U8i;i--;i--;i--;i--;i--;i--;}voidwrite_com(ucharcom){rs=0;rw=0;en=0;P2=com;delay_1ms(1);en=1;delay_1ms(1);en=0;}voidwrite_data(uchardate){rs=1;rw=0;en=0;P2=date;delay_1ms(1);en=1;delay_1ms(1);en=0;}voidpos(ucharx,uchary){ucharpos;if(x==0)x=0x80;elseif(x==1)x=0x90;elseif(x==2)x=0x88;elseif(x==3)x=0x98;pos=x+y;write_com(pos);}voiddisplay(U8WD_H,U8WD_L,U8SD_H,U8SD_L){U8yi,er,san,si;yi=U8WD_H/10;er=U8WD_H;san=U8SD_H/10;si=U8SD_H;pos(1,4);write_data(d[yi]);pos(1,5);write_data(d[er]);pos(2,4);write_data(d[san]);pos(2,5);write_data(d[si]);}voidcom(){U8i;for(i=0;i<8;i++){U8flag=2;while((!SJK)&&U8flag++);delay_10us();delay_10us();delay_10us();U8temp=0;if(SJK)U8temp=1;U8flag=2;while((SJK)&&U8flag++);if(U8flag==1)break;U8comdata<<=1;U8comdata|=U8temp;}}
2024/1/28 1:02:12 26KB DHT11
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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
2024/1/26 14:10:04 16.51MB Differential Equations Linear Algebra
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1.一棵二叉树的顺序存储情况如下:树中,度为2的结点数为()。
A.1B.2C.3D.42.一棵“完全二叉树”结点数为25,高度为()。
A.4B.5C.6D.不确定3.下列说法中,()是正确的。
A.二叉树就是度为2的树B.二叉树中不存在度大于2的结点C.二叉树是有序树D.二叉树中每个结点的度均为24.一棵二叉树的前序遍历序列为ABCDEFG,它的中序遍历序列可能是()。
A.CABDEFGB.BCDAEFGC.DACEFBGD.ADBCFEG5.线索二叉树中的线索指的是()。
A.左孩子B.遍历C.指针D.标志6.建立线索二叉树的目的是()。
A.方便查找某结点的前驱或后继B.方便二叉树的插入与删除C.方便查找某结点的双亲D.使二叉树的遍历结果唯一7.有abc三个结点的右单枝二叉树的顺序存储结构应该用()示意。
A.abcB.ab^cC.ab^^cD.a^b^^^c8.一颗有2046个结点的完全二叉树的第10层上共有()个结点。
A.511B.512C.1023D.10249.一棵完全二叉树一定是一棵()。
A.平衡二叉树B.二叉排序树C.堆D.哈夫曼树10.某二叉树的中序遍历序列和后序遍历序列正好相反,则该二叉树一定是()的二叉树。
A.空或只有一个结点B.高度等于其结点数C.任一结点无左孩子D.任一结点无右孩子11.一棵二叉树的顺序存储情况如下:123456789101112131415ABCDE0F00GH000X结点D的左孩子结点为()。
A.EB.CC.FD.没有12.一棵“完全二叉树”结点数为25,高度为()。
A.4B.5C.6D.不确定二、填空题(每空3分,共18分)。
1.树的路径长度:是从树根到每个结点的路径长度之和。
对结点数相同的树来说,路径长度最短的是完全二叉树。
2.在有n个叶子结点的哈夫曼树中,总结点数是2n-1。
3.在有n个结点的二叉链表中,值为非空的链域的个数为n-1。
4.某二叉树的中序遍历序列和后序遍历序列正好相反,则该二叉树一定是任一结点无左孩子的二叉树。
5.深度为k的二叉树最多有个结点,最少有k个结点。
三、综合题(共58分)。
1.假定字符集{a,b,c,d,e,f}中的字符在电码中出现的次数如下:字符abcdef频度9122023155构造一棵哈夫曼树(6分),给出每个字符的哈夫曼编码(4分),并计算哈夫曼树的加权路径长度WPL(2分)。
(符合WPL最小的均为哈夫曼树,答案不唯一)哈夫曼编码:2.假设用于通信的电文由字符集{a,b,c,d,e,f,g}中的字符构成,它们在电文中出现的频率分别为{0.31,0.16,0.10,0.08,0.11,0.20,0.04}。
要求:(1)为这7个字符设计哈夫曼树(6分)。
(2)据此哈夫曼树设计哈夫曼编码(4分)。
(3)假设电文的长度为100字符,使用哈夫曼编码比使用3位二进制数等长编码使电文总长压缩多少?(4分)(1)为这7个字符设计哈夫曼树为(符合WPL最小的均为哈夫曼树,答案不唯一):(2)哈夫曼编码为:a:01;b:001;c:100;d:0001;e:101;f:11;g:0000(3)假设电文的长度为100字符,使用哈夫曼编码比使用3位二进制数等长编码使电文总长压缩多少?采用等长码,100个字符需要300位二进制数,采用哈夫曼编码发送这100个字符需要261二进制位,压缩了30
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c#宾馆管理系统实现—功能全下面是在简体中文MicrosoftWindowsServer2003(SP1)/MicrosoftOffice2003(SP2)/MicrosoftSQLServer2005/MicrosoftVisualStudio2005环境中配置《宾馆酒店管理系统》数据库及执行程序的具体步骤:1、从配套光盘复制[源代码\第1章宾馆酒店管理系统]文件夹及其子文件夹中的所有文件到计算机硬盘中,如:C:\第1章宾馆酒店管理系统。
2、启动“SQLServerManagementStudio”,并与默认的服务器连接3、右键单击[对象资源管理器]中的“数据库”节点,在弹出的浮动菜单中选择“附加(A)…”菜单项,如图2所示,则弹出[附加数据库]对话框4、在[附加数据库]对话框中单击“添加(A)…”按钮,则弹出[定位数据库文件]对话框。
在[定位数据库文件]对话框的“选择文件(S):”树形视图中选择“MyTotel.mdf”节点,如图3所示,然后单击“确定”按钮返回[附加数据库]对话框。
此时,在[附加数据库]对话框中将显示MyHotel数据库的相关文件信息5、在[附加数据库]对话框中单击“确定”按钮返回“MicrosoftSQLServerManagementStudio”。
则会在[对象资源管理器]中的“数据库”节点下新增一个“MyHotel”节点。
展开“MyHotel”节点就可以看到“MyHotel”数据库的表、视图等信息,如图5所示。
6、执行[C:\第1章宾馆酒店管理系统\MyHotel\bin\Release]文件中的“MyHotel.exe”文件,则会弹出[欢迎使用扬子江酒店管理信息系统]登录对话框,在该登录对话框的“用户名称:”文本框中输入“罗斌”,在“用户密码:”文本框中输入“123456”,如图6所示,再单击“登录系统”按钮,则会进入[扬子江酒店管理信息系统]主界面,然后您就可以通过操作该管理信息系统的工具栏按钮或菜单项实现相应的操作,
2023/12/24 14:19:17 1.62MB c# 宾馆管理 功能全
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mysql8一键化安装脚本1可以自由安装在任何目录下(直接回车默认安装在/auto),而且所有的东西都在此目录下,不会出现在其他目录中2内置可以在存储过程中执行Linux命令插件3安装完成后,cd/auto/mysql/support-files/,./mysql.xs.serverstart是启动./mysql.xs.serverstop是停止./mysql.xs.serverstatus是查状态./mysql.xs.serverloginroot123456登录mysql如果需要其他功能,可以在mysql.xs.server中自己修改脚本
2023/11/30 11:57:51 570.07MB mysql
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骆驼IPTV魔改修复版经过测试确实可行,lnmp下测试ok,php用7.2的、mysql版本无所谓、默认安全码为123456,admin的密码为admin
2023/11/23 23:29:17 15.64MB iptv 骆驼iptv,
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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。
2024-04-09 15:03 15KB 钉钉 钉钉打卡