本文主要包括百度个人云存储(PCS)RESTAPI：文件API列表、文件API错误码、结构化数据API说明、结构化数据API列表、结构化数据API错误码。
本文属于帮助文档类，仅供开发者参考。
如有不明确或不足之处，请参考百度PCS　API接口规范文档（现价段还没出）或者参考百度开发者中心（测试版）。

ProfessionalExcelDevelopment:TheDefinitiveGuidetoDevelopingApplicationsUsingMicrosoftExcel,VBA,and.NET(2ndEdition)2ndEditionbyRobBovey(Author),DennisWallentin(Author),StephenBullen(Author),JohnGreen(Author)“AsExcelapplicationsbecomemorecomplexandtheWindowsdevelopmentplatformmorepowerful,Exceldevelopersneedbookslikethistohelpthemevolvetheirsolutionstothenextlevelofsophistication.ProfessionalExcelDevelopmentisabookfordeveloperswhowanttobuildpowerful,state-of-the-artExcelapplicationsusingthelatestMicrosofttechnologies.”–GabhanBerry,ProgramManager,ExcelProgrammability,Microsoft“ThefirsteditionofProfessionalExcelDevelopmentismymost-consultedandmost-recommendedbookonOfficedevelopment.Thesecondeditionexpandsboththedepthandrange.Itshinesbecauseittakeseveryissueonestepfurtherthanyouexpect.Thebookreliesontheauthors’current,real-worldexperiencetocovernotonlyhowafeatureworks,butalsothepracticalimplicationsofusingitinprofessionalwork.”–ShaunaKelly,Director,ThendaraGreen“Thisbookillustratestechniquesthatwillresultinwell-designed,robust,andmaintainableExcel-basedapplications.Theauthors’advicecomesfromdecadesofsolidexperienceofdesigningandbuildingapplications.Thepracticalityofthemethodsiswellillustratedbytheexampletimesheetapplicationthatisdevelopedstep-by-stepthroughthebook.EveryseriousExceldevelopershouldreadthisandlearnfromit.Idid.”–BillManville,ApplicationDeveloper,BillManvilleAssociatesTheStart-to-FinishGuidetoBuildingState-of-the-ArtSolutionswithExcel2007Inthisbook,fourworld-classMicrosoft®Exceldevelopersofferstart-to-finishguidanceforbuildingpowerful,robust,andsecureapplicationswithExcel.Theauthors—threeofwhomhavebeenhonoredbyMicrosoftasExcelMostValuableProfessionals(MVPs)—showhowtoconsist

RobertSedgewickhasthoroughlyrewrittenandsubstantiallyexpandedandupdatedhispopularworktoprovidecurrentandcomprehensivecoverageofimportantalgorithmsanddatastructures.ChristopherVanWykandSedgewickhavedevelopednewC++implementationsthatbothexpressthemethodsinaconciseanddirectmanner,andalsoprovideprogrammerswiththepracticalmeanstotestthemonrealapplications.Manynewalgorithmsarepresented,andtheexplanationsofeachalgorithmaremuchmoredetailedthaninpreviouseditions.Anewtextdesignanddetailed,innovativefigures,withaccompanyingcommentary,greatlyenhancethepresentation.ThethirdeditionretainsthesuccessfulblendoftheoryandpracticethathasmadeSedgewick'sworkaninvaluableresourceformorethan250,000programmers!Thisparticularbook,Parts1n4,representstheessentialfirsthalfofSedgewick'scompletework.Itprovidesextensivecoverageoffundamentaldatastructuresandalgorithmsforsorting,searching,andrelatedapplications.Althoughthesubstanceofthebookappliestoprogramminginanylanguage,theimplementationsbyVanWykandSedgewickalsoexploitthenaturalmatchbetweenC++classesandADTimplementations.Highlights*Expandedcoverageofarrays,linkedlists,strings,trees,andotherbasicdatastructures*Greateremphasisonabstractdatatypes(ADTs),modularprogramming,object-orientedprogramming,andC++classesthaninpreviouseditions*Over100algorithmsforsorting,selection,priorityqueueADTimplementations,andsymboltableADT(searching)implementations*Newimplementationsofbinomialqueues,multiwayradixsorting,randomizedBSTs,splaytrees,skiplists,multiwaytries,Btrees,extendiblehashing,andmuchmore*Increasedquantitativeinformationaboutthealgorithms,givingyouabasisforcomparingthem*Over1000newexercisestohelpyoulearnthepropertiesofalgorithmsWhetheryouarelearningthealgorithmsforthefirsttimeorwishtohaveup-to-datereferencematerialthatincorporatesnewprogrammingstyleswithclassicandnewalgorithms,youwillfindawealthofusefulinformationinthisbook.

Amendment2:MediaAccessControlParameters,PhysicalLayers,andManagementParametersfor25Gb/sOperation

Single-nanowiresolarcellswithauniquelight-concentrationpropertyareexpectedtoexceedtheShockley–Queisserlimit.Thearchitectureofsinglenanowireisanimportantfactortoregulateitsopticalperformance.Wedesignedatrilobalsiliconnanowire(SiNW)withtwoequivalentscalesthatpossessessuperiorlight-absorptionefficiencyinthewholewavelengthrangeandshowsgoodtoleranceforincidentangle.Theelectricfielddistributioninthisgeometryisconcentratedinthebladewi

STM32F030单片机蓝牙风扇主控板AD硬件设计原理图+PCB+封装库+软件源码，采用2层板设计，板子大小为50x50mm，双面布局布线，主要器件为STM32F030F4P6（TSSOP20），直流驱动TB6612FNG，USB充电电路TP4057，升压电路SX1308，RT9193等。
包括完整无误的原理图PCB文件+软件工程源码，可以用Altium(AD)软件打开或修改，可作为你产品设计的参考。

在WinForm开发中，在处理大量数据时不免会有耗时较长的操作，如果将这些操作放在主线程里，软件界面会有较长时间的“无响应”，降低了用户体验，常用的解决方式是加上进度条。
实现思路--------------------------------------------------------------------------------使用BackgroundWorker（已经封装好的线程工具）控件在后台线程执行费时的操作，在主线程中打开一个进度条窗体显示进度。
实现步骤--------------------------------------------------------------------------------第0步：创建一个具有进度条的窗体，以显示进度新建窗体ProcessForm，设置属性FormBorderStyle为None，添加一个ProcessBar控件，如下图所示：进度条窗体PrcessBar的Style属性设置为MarQuee。
在ProcessForm添加如下公共属性：?1234567891011121314151617181920212223//////设置提示信息///publicstringMessageInfo{set{this.labelInfor.Text=value;}}//////设置进度条显示值///publicintProcessValue{set{this.progressBar1.Value=value;}}//////设置进度条样式///publicProgressBarStyleProcessStyle{set{this.progressBar1.Style=value;}}第1步：创建进度条管理类ProcessOperator在该类中添加如下字段：?12privateBackgroundWorker_backgroundWorker;//后台线程privateProcessForm_processForm;//进度条窗体添加如下公共属性、方法和事件：?123456789101112131415161718192021222324252627282930#region公共方法、属性、事件//////后台执行的操作///publicActionBackgroundWork{get;set;}//////设置进度条显示的提示信息///publicstringMessageInfo{set{_processForm.MessageInfo=value;}}//////后台任务执行完毕后事件///publiceventEventHandlerBackgroundWorkerCompleted;//////开始执行///publicvoidStart(){_backgroundWorker.RunWorkerAsync();_processForm.ShowDialog();}#endregion其中，属性BackgroundWork可以指向一个无参数的方法，这里（客户端代码）用来指向要在

93C46为E2PROM的中文资料CSI93C46/56/57/66/86是一种存储器可以定义为16位ORG引脚接Vcc或者定义为8位ORG引脚接GND的1K/2K/2K/4K/16K位的串行E2PROM每一个的存储器都可以通过DI引脚或DO引脚进行写入或读出每一片CSI93C46/56/57/66/86都是采用CSIalyst公司先进的CMOSE2PROM浮动门工艺加工器件可以经受1,000,000次的写入/擦除操作片内数据保存寿命达到100年器件可提供的封装有DIP-8SOIC-8TSSOP-8

SlidingModesinControlandOptimization(英语)VadimI.Utkin(作者)高清电子版Thebookisdevotedtosystemswithdiscontinuouscontrol.Thestudyofdiscontinuousdynamicsystemsisamultifacetproblemwhichembracesmathematical,controltheoreticandapplicationaspects.Timesandagain,thisproblemhasbeenapproachedbymathematicians,physicistsandengineers,eachprofessiontreatingitfromitsownpositions.Interestingly,theresultsobtainedbyspecialistsindifferentdisciplineshavealmostalwayshadasignificanteffectuponthedevelopmentofthecontroltheory.Itsufficestomentionworksonthetheoryofoscillationsofdiscontinuousnonlinearsystems,mathematicalstudiesinordinarydifferentialequationswithdiscontinuousrighthandpartsorvariationalproblemsinnonclassicstatements.Theunremittinginteresttodiscontinuouscontrolsystemsenhancedbytheireffectiveapplicationtosolutionofproblemsmostdiverseintheirphysicalnatureandfunctionalpurposeis,intheauthor'sopinion,acogentargumentinfavouroftheimportanceofthisareaofstudies.Itseemsausefulefforttoconsider,fromacontroltheoreticviewpoint,themathematicalandapplicationaspectsofthetheoryofdiscontinuousdynamicsystemsanddeterminetheirplacewithinthescopeofthepresent-daycontroltheory.Thefirstattemptwasmadebytheauthorin1975-1976inhiscourseon"TheTheoryofDiscontinuousDynamicSystems"and"TheTheoryofVariableStructureSystems"readtopost-graduatesattheUniversityofIllinois,USA,andthenpresentedin1978-1979attheseminarsheldintheLaboratoryofSystemswithDiscontinousControlattheInstituteofControlSciencesinMoscow.

Seagull是一款IMSEPC等信令模拟器，通过脚本配置交互场景，做DiameterSIPH248等LTE协议的压力测试工具。
Seagullisahttp://gull.sourceforge.net/free,OpenSource(GPL)multi-protocoltrafficgeneratortesttool.PrimarilyaimedatIMS(3GPP,TISPAN,CableLabs)protocols(andthusbeingtheperfectcomplementtoSIPpforIMStesting),Seagullisapowerfultrafficgeneratorforfunctional,load,endurance,stressandperformance/benchmarktestsforalmostanykindofprotocol.Inaddition,itsopennessallowstoaddthesupportofabrandnewprotocolinlessthan2hours-withnoprogrammingknowledge.Forthat,Seagullcomeswithseveralprotocolfamiliesembeddedinthesourcecode:•Binary/TLV(Diameter,Radiusandmany3GPPandIETFprotocols)•Externallibrary(TCAP,SCTP)•Text(XCAP,HTTP,H248ASCII)

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。