GettogripswithmodernsoftwaredemandsbylearningtheeffectiveusesofRust'spowerfulmemorysafety.KeyFeaturesLearnandimprovethesequentialperformancecharacteristicsofyoursoftwareUnderstandtheuseofoperatingsystemprocessesinahigh-scaleconcurrentsystemLearnofthevariouscoordinationmethodsavailableintheStandardlibraryBookDescriptionMostprogramminglanguagescanreallycomplicatethings,especiallywithregardtounsafememoryaccess.Theburdenonyou,theprogrammer,liesacrosstwodomains:understandingthemodernmachineandyourlanguage'spain-points.Thisbookwillteachyoutohowtomanageprogramperformanceonmodernmachinesandbuildfast,memory-safe,andconcurrentsoftwareinRust.ItstartswiththefundamentalsofRustanddiscussesmachinearchitectureconcepts.YouwillbetakenthroughwaystomeasureandimprovetheperformanceofRustcodesystematicallyandhowtowritecollectionswithconfidence.YouwilllearnabouttheSyncandSendtraitsappliedtothreads,andcoordinatethreadexecutionwithlocks,atomicprimitives,data-parallelism,andmore.ThebookwillshowyouhowtoefficientlyembedRustinC++codeandexplorethefunctionalitiesofvariouscratesformultithreadedapplications.Itexploresimplementationsindepth.Youwillknowhowamutexworksandbuildseveralyourself.Youwillmasterradicallydifferentapproachesthatexistintheecosystemforstructuringandmanaginghigh-scalesystems.Bytheendofthebook,youwillfeelcomfortablewithdesigningsafe,consistent,parallel,andhigh-performanceapplicationsinRust.WhatyouwilllearnProbeyourprogramsforperformanceandaccuracyissuesCreateyourownthreadingandmulti-processingenvironmentinRustUsecoarselocksfromRust’sStandardlibrarySolvecommonsynchronizationproblemsoravoidsynchronizationusingatomicprogrammingBuildlock-free/wait-freestructuresinRustandunderstandtheirimplementat

ProductDetailsPaperback:384pagesPublisher:Addison-WesleyProfessional;1edition(May19,2006)Language:EnglishISBN-10:0321349601ISBN-13:978-0321349606--------------------------------------------"IwasfortunateindeedtohaveworkedwithafantasticteamonthedesignandimplementationoftheconcurrencyfeaturesaddedtotheJavaplatforminJava5.0andJava6.Nowthissameteamprovidesthebestexplanationyetofthesenewfeatures,andofconcurrencyingeneral.Concurrencyisnolongerasubjectforadvancedusersonly.EveryJavadevelopershouldreadthisbook."--MartinBuchholzJDKConcurrencyCzar,SunMicrosystems"Forthepast30years,computerperformancehasbeendrivenbyMoore'sLaw;fromnowon,itwillbedrivenbyAmdahl'sLaw.Writingcodethateffectivelyexploitsmultipleprocessorscanbeverychallenging.JavaConcurrencyinPracticeprovidesyouwiththeconceptsandtechniquesneededtowritesafeandscalableJavaprogramsfortoday's--andtomorrow's--systems."--DoronRajwanResearchScientist,IntelCorp"Thisisthebookyouneedifyou'rewriting--ordesigning,ordebugging,ormaintaining,orcontemplating--multithreadedJavaprograms.Ifyou'veeverhadtosynchronizeamethodandyouweren'tsurewhy,youoweittoyourselfandyouruserstoreadthisbook,covertocover."--TedNewardAuthorofEffectiveEnterpriseJava"Brianaddressesthefundamentalissuesandcomplexitiesofconcurrencywithuncommonclarity.Thisbookisamust-readforanyonewhousesthreadsandcaresaboutperformance."--KirkPepperdineCTO,JavaPerformanceTuning.com"Thisbookcoversaverydeepandsubtletopicinaveryclearandconciseway,makingittheperfectJavaConcurrencyreferencemanual.Eachpageisfilledwiththeproblems(andsolutions!)thatprogrammersstrugglewitheveryday.EffectivelyexploitingconcurrencyisbecomingmoreandmoreimportantnowthatMoore'sLawisdeliveringmorecore

mfcdirectx3dMultithreading.

udp多线程实现多客户端并发，并采用链表实现服务器群发消息。
udp多线程实现多客户端并发，并采用链表实现服务器群发消息linuxcmultithreadconcurrencylinklist

南京大学java课程的课件ppt，另有试卷，能够作为java入门的学习资料，不外是英文版，英文都是很罕用的术语，易懂。
1-13章节目录：1.IntroductiontoOOP2.IntroductiontoJavaandJavaProgram3.JavaBasics4.JavaClass5.InheritanceandPolymorphism6.Interfaces、PackagesandInnerclass7.JavaToolPackages(1)8.JavaToolPackages(2)9.ExceptionHandling10&11.Multithreading12.Input&OutputinJava13.JavaApplet

TokenBucketEmulationinCusingMultithreadingThisprojectinvolvedemulationoftheTokenBucketalgorithmusingPOSIXthreadsinC.Theaimwastosimulateatrafficshaperthatreceivesandtransmitspacketstoaserver,whilebeingcontrolledbyatokenbucketfilter.Therewerethreemajorcomponentsofthesystem:1.Theinputqueuethatreceivedthepackets2.Thetokenbucketthatreceivedthetokens3.Theoutputqueuethatsendthepacketstotheserver

Hands-OnSystemProgra妹妹ingwithC++:BuildperformantandconcurrentUnixandLinuxsystemswithC++17Author:Dr.RianQuinnPubDate:2018ISBN:978-1789137880Pages:552Language:EnglishFormat:PDFAhands-onguidetomakingsystemprogra妹妹ingwithC++easyC++isageneral-purposeprogra妹妹inglanguagewithabiastowardsystemprogra妹妹ingasitprovidesreadyaccesstohardware-levelresources,efficientcompilation,andaversatileapproachtohigher-levelabstractions.Thisbookwillhelpyouunderstandthebenefitsofsystemprogra妹妹ingwithC++17.YouwillgainafirmunderstandingofvariousC,C++,andPOSIXstandards,aswellastheirrespectivesystemtypesforbothC++andPOSIX.AfterabriefrefresheronC++,ResourceAcquisitionIsInitialization(RAII),andthenewC++GuidelineSupportLibrary(GSL),youwilllearntoprogramLinuxandUnixsystemsalongwithprocessmanagement.Asyouprogressthroughthechapters,youwillbecomeacquaintedwithC++’ssupportforIO.Youwillthenstudyvariousmemorymanagementmethods,includingachapteronallocatorsandhowtheybenefitsystemprogra妹妹ing.YouwillalsoexplorehowtoprogramfileinputandoutputandlearnaboutPOSIXsockets.ThisbookwillhelpyougettogripswithsafelysettingupaUDPandTCPserver/client.Finally,youwillbeguidedthroughUnixtimeinterfaces,multithreading,anderrorhandlingwithC++exceptions.Bytheendofthisbook,youwillbecomfortablewithusingC++toprogramhigh-qualitysystems.WhatyouwilllearnUnderstandthebenefitsofusingC++forsystemprogra妹妹ingProgramLinux/UnixsystemsusingC++DiscovertheadvantagesofResourceAcquisitionIsInitialization(RAII)ProgrambothconsoleandfileinputandoutputUncoverthePOSIXsocketAPIsandunderstandhowtoprogramthemExploreadvancedsystemprogra妹妹ingtopics,suchasC++allocatorsUsePOSIXandC++threadstoprogramconcurrentsystemsGrasphowC++canbeusedtocreateperformantsy

Roughlyinspiredbythehumanbrain,deepneuralnetworkstrainedwithlargeamountsofdatacansolvecomplextaskswithunprecedentedaccuracy.Thispracticalbookprovidesanend-to-endguidetoTensorFlow,theleadingopensourcesoftwarelibrarythathelpsyoubuildandtrainneuralnetworksforcomputervision,naturallanguageprocessing(NLP),speechrecognition,andgeneralpredictiveanalytics.AuthorsTomHope,YehezkelResheff,andItayLiederprovideahands-onapproachtoTensorFlowfundamentalsforabroadtechnicalaudience—fromdatascientistsandengineerstostudentsandresearchers.You’llbeginbyworkingthroughsomebasicexamplesinTensorFlowbeforedivingdeeperintotopicssuchasneuralnetworkarchitectures,TensorBoardvisualization,TensorFlowabstractionlibraries,andmultithreadedinputpipelines.Onceyoufinishthisbook,you’llknowhowtobuildanddeployproduction-readydeeplearningsystemsinTensorFlow.

C#2.0用多线程计算恣意位的pi值是AddisonWesley-WindowsForms2.0Programming的第18章MultithreadedUserInterfaces(多线程下的用户界面)配套源码

├─chapter01│└─1.4│└─Debug├─chapter02│├─2.3.1││└─res│├─2.3.2││└─res│├─2.3.3││└─res│└─2.3.4│└─res├─chapter03│├─3.2.1││├─class│││└─Debug││└─struct│├─3.2.3││└─Employee│├─3.2.6││└─Books│├─3.2.7││└─salary│├─3.3.2││└─Employee│├─3.3.3││└─Employee│├─3.3.4││└─Employee│├─3.4.3││└─Employee│├─3.4.4││└─Employee│├─3.4.5││└─Employee│├─3.5.3││└─Employee│└─3.5.4│└─Employee│└─Debug├─chapter04│└─BreakPoint├─chapter05│└─5.2├─chapter06│└─Example2│└─res├─chapter07│└─Example3│├─Debug│└─res├─chapter08│├─8.1-8.5││└─Example4││└─res│├─8.6││└─Example5││└─res│└─8.7│└─Scroll│└─res├─chapter09│└─9.2.4│└─Bitmap│└─res├─chapter10│├─10.1.3││└─Add││└─res│├─10.2││└─Dialog││├─Debug││└─res│├─10.3││└─Show││└─res│└─10.4.3│└─AddressList│└─res├─chapter11│└─interface│└─res├─chapter12│└─file│├─Debug│└─res├─chapter13│├─13.2││└─multiDoc││└─res│├─13.5││└─singleDoc││└─res│└─13.6.4│└─archive│└─res├─chapter14│└─multiThread│└─res├─chapter16│└─ODBCAPI│└─res├─chapter17│└─MFCODBC│├─Debug│└─res├─chapter18│└─DAO│└─res├─chapter19│└─ATLOLEDB│└─res├─chapter20│└─ADO│└─res├─chapter22│├─WinSockClient││├─Debug││└─res│└─WinSockServer│├─Debug│└─res├─chapter23│├─FileSender││└─res│└─Receiver│└─res├─chapter24│└─FTPClient│└─res├─chapter25│└─RW_INI├─chapter26│├─26.2││└─UseActiveX││└─res│└─26.3│└─MyControl├─chapter27│└─Person│├─hlp│└─res└─chapter28├─Client│├─hlp│└─res└─Server├─hlp

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。