关于依赖倒置(DIP)
高层模块不依赖于低层模块的实现,而低层模块依赖于高层模块定义的接口,通俗的讲,就是高层模块定义接口,低层模块负责实现,这在我们实际开发中经常被用到,层与层之间引用,经常被添加一个接口层去隔离,在接口层定义相关业务规范,而底层去实现它,高层只引用这个接口,当高级需要其它扩展,直接添加新的接口,由新的底层模块去实现即可,底层其它代码不需要修改,这也完全复合开闭原则(OCP).
关于控制反转(IOC)
控制反转是一种设计模式,像单例,工厂,适合器都属于设计模式的一种,它是依赖倒置原则的具体实现,它告诉我们应该如何做,来解除相互依赖模块的耦合.
关于依赖注入(DI)
是IOC的一种实现方式,我们经常说的构造方法注入,属性注入,接口注入,指的就是DI,而我们经过说的unity,autofac,castle指的是DI的框架,即我们的IOC容器!
关于Lind.DDD.IoC容器
对于Lind.DDD.IoC模块来说,主要实现的功能是IoC和AoP,它在整个框架中都起到了底层支持的作用,如你的仓储在生产时,需要用到IoC;你的业务模块根据一个规则实现了多种策略,在生产这个业务模块时,需要用到IoC容器,而这个IoC容器可以通过服务定位器很方便找到你的依赖关系,坦白的说,对于所有对象的生产,都离不开服务定位器.
关于服务定位器(ServiceLocator)
一个程序集依赖别一个程序集,我们的服务定位器将帮助我们在Bin目录查找对应的依赖关系,帮我们生产对象;Lind.DDD里的服务定位器依赖了Lind的IocContainer,而新的IOC容器如果希望被服务定位器使用,我们只要实现IocContainer即可,这对于程序的扩展性是有好处的,目前Lind.IoC只集成了unity和autofac两种IoC容器.
关于Lind框架的IContainer
对所有第三方IoC容器的抽象,它只实现了最一般的IoC方法,如注入,反转,是否被注入等,具体看一下代码
/// <summary>
/// IoC容器规范
/// 作者:仓储大叔
/// </summary>
public interface IContainer
{
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <returns>具体类型</returns>
TService Resolve<TService>();
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <returns>具体类型</returns>
object Resolve(Type type);
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <param name="overridedArguments">参数</param>
/// <returns>具体类型</returns>
TService Resolve<TService>(object overridedArguments);
/// <summary>
/// 反射成对象
/// </summary>
/// <typeparam name="TService">接口类型</typeparam>
/// <param name="overridedArguments">参数</param>
/// <returns>具体类型</returns>
object Resolve(Type serviceType, object overridedArguments);
/// <summary>
/// 注册抽象类型与具体实现的类型
/// </summary>
/// <param name="from">接口类型</param>
/// <param name="to">具体类型</param>
void RegisterType(Type from, Type to);
/// <summary>
/// 类型是否被注册到IoC容器
/// </summary>
/// <param name="type"></param>
/// <returns></returns>
bool IsRegistered(Type type);
}
关于适配器模式
对于多种IoC容器的统一,我们借用了适配器模式,新添加了适配器类去实现我们自己的IContainer接口,在实现时,事实上是对原来第三方容器的重写,这种模式虽然添加了额外的类对象,但实现了对现有功能的扩展.
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CArl/PsrNZZiZbvJgtXKjOm6empKhTpqjTpqmzZ381efK/EhPP/PrXbPnyIbcRzM2la9fS9evppk10yxb67rt061a6Y8eTewgWFdGSkif3EKysfHIPwZKSn+4huGMH3baNvvsu3bKFbtpE16+na9ey3FyWnc3WrAndQJAtX043bGCvvMJefFGdPVudNk2dMkVNSVHnzWMLF7IlS1hmJnv7bbp+PS0ooLt307Iy8uGHJBAgx4/Dp5/CZ5/B1atw65by6JHX/xtSgvZKjPLwoXLnDty8Cb29SlcXXLky5Ba+TU3k/Pknt/Ctrye1teSTT8iJE6SmhlRXk8pKUlHx5P69lZVP7t9bUUECAVJdTWpqyIkT5C9/IbW1pL6eNDSQs2fJ+fPQ1BR58164ckXp6oLeXrh5U7lzB/OHjTBoL4LICtqLILKC9iKIrKC9CCIrcWtvYWFh6lC8jghBYowQ9tpco2ufwsLCHTt2PRr4LlzQXiT+EMJem1kyDEk1Iqxu6CHai8QlQtjrc5IlQ0NITstiaK9vKFEfx3AhcmyIh4hir50sGYZEY294dDsROg3MNegqYhNR7AUbWTIMMbxyNoQ/up0IRwa0F7GJQPaCqywZsbXX8ELa5sob4K7pMWvlqIn9fpDRgED22llqryfmc2+kFfbrGOrtYkM/ls3RzdoicYwo9rpTF7yzVzPdWSrHb4X2Ii4QxV536oLXc2+s9qC9iAuEsNdmlgxDorHXN5TIPeFtTWV9W822Yf9me/gNOXXMKhj2hsQrQtgbTZaM6OdeD0HTkGgQwt5okNdes4kXQWwivb0IMmpBexFEVtBeBJEVtBdBZAXtRRBZiR979V8yFxYWeh0Uggwj8WwvCozEN/Fmr2ZNLwqMxDHxb6+lwJ7/XkL/80lv40FkQSZ7j3YFn6oOjgkEn6oOHu3S3g2wo6OjpaXlu0ff67Nq8H9o5a0t6CriGpnsHRMIbmv75lzPrW1t30Tey7Ojo6OmpgYAampqOjo6NALbsddDhdBexDUy2WtGWlpaeXk5AJSXl6elpQ0ODtq3N7w0J/zQbBmQpWZmK4o4/ZgNZ9Yzqo5EIpO9ZvfRTk1NDdubmpqqPFZc2wtDTTbbMOvH6YZhn/rFgJajI6MT+ex9NPCdxt60tLTwF1Qu5l6zL43c2avfE6W9YDIhI0g82NvR0RESOC0tzennXtdzplk/jnrmN7QcFBnlyGev/soZfrxmLi8vD23YXNxr+IGT8+k0co9Zb5afew3HMqym2YMaIxpkspeDO3sNsXMpO5JYvmsgo5Y4sbempiY1NTX0d6NosDPxjjwixIAISJzYiyCjELQXQWQF7UUQWUF7EURW0F4EkRW0F0FkRQh7Xdx0G0EQIewdP348CowgThHCXp/Pl5CQEKXAxY3vJRclhsrBiwcAILkoMfyv2bjD+kMIfre+odipZr8VMhoQxd66ujpLgTm5NULqph+af/DigeLG9+q6ToVNDhXO0JqNEcbScP2265jR9jhDFHsBwFJgs9waAJBclDjr/Zl9A32ancCde0EqezU7XQSM9sYZAtkLAEVFRQkJCffu3XPaQ3JR4uqjKzV7XMy9nGtUzakfucewjuGVrWE1wzpmzxp2YjicpprNo9BvaHYaYjYWvl8MKwLZ297enpCQwLmXL2eFYAznXhcb+n811cyaW9Yxs9esE86GnXgM9TZsa9mPWWUkhohir6W6YL46HwBWH10Z+bm36u+V9oc23OC7Abp5id/Q8CG/jqW9+p2a2c/pWIatOGHYiYfTCokeUey1VBe49vYN9IUEDpVo7AXdmRfzuZez0+mbiGWE9sfitHJhr+VTSPQIYe/YsWMt1QXulbM7zD6eceZYzUWm2QysacjpTV/N8CG/W8Nj4QRg+JDTM+chP0jDykisEMJeO+qOJHjORYKvhrAIYa844HQRCb4agoP2IoisoL0IIitoL4LICtqLILKC9iKIrKC9CCIrQtiLS/MRxAVC2Iu5NRDEBULY6xMgt8bI/MoPf/yAxBBR7PUqtwaYrytwahqaiYwwotgLHuXWgOiMNesHQUYAgewFL3JrgD17LS+tnS7oMevHcCx9W7MIcZXPqEIgez3JrQE27I1UwmxD39ZdHcMNSwP5gSHxiij2epVbA4bNXjCakO3Yq59FHR2CZnTLtoi8iGKvV7k1wMa3Vp7MvWZNLA/BRXNEUoSwV4TcGvrZT19TX0E/teofaipb9sNpEq7AORbDoZG4RAh7RcutgSBSIIS9CIK4AO1FEFlBexFEVtBeBJEVtBdBZAXtRRBZQXsRRFaEsBeX5iOIC4SwF3NrIIgLhLDXJ1JuDX41+60QZLgRxV5Bcmvwn/XZWFTAB21HYogo9oIYuTVsPhuehPk9Ox0LQRwhkL0gQG6N8B7+7Gq29Mdwj+HiIbOxNEuO9FfsnKPANUajDYHsFSG3Buiuim3OvZyLasNqnMqWdTiH4PqSHpERUewVJLcGOLFXv9POpM0Zy7CVnat0TjycVojsiGKvILk1gGuvpWP8OpZjcVq5sNfyKUR2hLBXqNwaoLPF7CMlpzdOTc5YnJ45D/lBor1xjBD2Ym4NPmggYogQ9iJm4OSJcEB7EURW0F4EkRW0F0FkBe1FEFlBexFEVtBeBJEVIezFpfkI4gIh7MXcGgjiAiHs9XmUWwNi+otCpz3gLxmRKBHFXk9yaxiuQBhJYjgovguMQkSxF7zIreH5GY/2ItEgkL3gRW4NzmohzbZmw3CnYT9mK4rA9npAO/2YtTI7Cv4LgmuVpEAge73KrQEml9D6U59TB3QqGvbDae6ildPRLQ20EyEiDqLY62FujXAM4Q39/GNY2UwYTiubPRtuGHZlObojD21eCyCCIIq9nuTW4E+5htUid7qw1zIAd/MzZ/To7bXfHBlhhLBXhNwahvvBaJYL1zFrwtlp2LN+Qrbfj36n4UOz8DivCf8lQkRACHsxtwaCuEAIexEEcQHaiyCygvYiiKygvQgiK2gvgsgK2osgsoL2IoisCGEvLs1HEBcIYS/m1kAQFwhhr8+j3Br83ydqampa4S8HEc8RxV5PcmuAvV/88xsiiFeIYi94kVsD0F5EZgSyFzzKraHf4K/d0dTXtOJbjSt4kBgikL2e5NawOffasZczitlYKC0SDaLY61VujVjZC/ZSRhnuRIcRd4hirye5NSCm9vL3u34KQcwQwl6vcmuEMPtYa/ZJ2DcU/c7wHrOx8HMvEhOEsBdzayCIC4SwF0EQF6C9CCIraC+CyEr09v4/ZXp2incZBpQAAAAASUVORK5CYII=" alt="" />
关于框架级的工厂模式
工厂模式一般不去实现,在业务层直接使用ioc容器生产对象即可,你使用工厂模块,一般都会有对象的switch这种坏味道的块出现,但对于比较稳定的框架对象来说,使用工厂模式还是比较不错的选择,因为你的框架实现是比较固定的,所以可以使用switch来进行策略的控制,从而生产指定的对象,当然对于不满足条件的,我们也应该手动throw出来,告诉开发人员.
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NNtakLwbZuZzWawcqnKPo0S57FjnuZfJontx1DH/e5vKZXs3Rl3yvRsHDVZXir01JK4yrjuTcPV2uKzLvsBtSlYivq0pzV9ghD1traE5Kt/Kh5aasv6FOX3jmV27loP8njX0eHWl9Kk0l74kbqMn7eRS/O6hGe51qPZj2vYepirr8KpS62ZPrUxf+s49u5O0CRnp323FU36us0W5+Y4UcVjANn7XKHM22A7TKo1RXj1ozV9VEPZZjt0lU6DAF1qTAWSkbrqov77mW3UXzlX+1aveT+T/9cd43hGW9/0ipvzOq3B42+zKiP8i3YFRj4njc52+9wXcmuL2865vzHzrvUFa4T2BZh7R21v6a0hrfahdvXaHx62T/+GKQuotnaoy7mTWs0wK2w/uyaMY0ao1TrRBpTw34EzZ3XqyHcdv0qlBmh5kuEgYXnk8y11WXk9y6NoDYv0cK+zA5Ql7VAXWpaq+J20bxyYt9hzR5br7pz8Msi7pqWtNu9SmD2F+2wsX1F2xb/ml7Vc8sqjWxeqNw0xaoGs1W/7H6R12ddlebaAVuounx0vV+xrLVmzJAlp2i5gxN6eY9VYTlMRqiL3GxMW1aathFETp/A00u31NTpow2RUOkNx1p2q7XJ20WqGpXzpY7HB1W3pdp563wZI12XoC79rW6N7120kUQq65yX9VcAnjaoy5YxV90IX9hpVK+f1CnYcmX0ce43evYaUMdTXy05teXE/vJjsO1iV0N7871T+v7NRUZ8S1EXZHxyaLvRJW+MccOHDmC30TZMb5tnzZjRL+sT+OLMuWuetndJu7fWNzSSEthmjZaP+dzrhW3mIENzk8qNQXxkwW0Xab+fjo1t7ELt8QSMAHXZJmt/0n8CZN7p4pPBGDd0LHUDOEpQl23ROhkAvCg/Hk0FpgbqAgAA4UFdAAAgPKgLAACEB3UBAIDwoC4AABAe1AUAAMJzCurSGZtyfMRyAADoZdrq0hubcljcUwAAGMm01aXsjk0p7zkBAAAbM3F16YpNiU8MAGBrTFtdOmJTdm//DgAAGzFtdfESOgg8AAAYnKS6rB8wEQAABnGC6iLG4wMAgJCcnLrgEwMA2AEnpy4AALADUBcAAAgP6gIAAOFBXQAAIDyoCwAAhAd1AQCA8KAuAAAQHtQFAADCg7oAAEB4UJdw5Is4ipJs39U4HN7z88u7i3wbmb9dXK6u3/d9gcd365aJ3kTzRRzN0q08IADUpYfXNB4uGMtk2u9q/nR2k780fz7c350/fu08xdWAr9c3QzvNl8fV2eXd2f3bsJyHMKJ0gff8/PLurGF8PqNK34Z8So05m0cR4VlhK6Au3YxSl6kzWl1chvewX69v7i4e8/PLpwfh192ry9frmzWuN1TpIcjmUSxFaE2iOGXnPQjP1NUlX8SR+leP0bKkPdS8b8skmsWxcdBIFkVRY5dIp7cHNSkS8iyKMk9n4ulx3B4PomdJVMZxGUVlFJVRXDalN0eag1lSxql2YtYmdm6mqC5vF5er85tmUN8keLi3x/jqSMPq+r0s8qezVj+0Hvy90hWjR66tGf10K9u6dLNKl08PvtKtPLXKn9+sDDPFqGdLf+k3+Yu/dOl04db5bvLQyhdl1zgpX8SW+ZLNowjJgU2Ztrq8prHzkhjvknrldH+07uDqtl0sV5iVWMxzmQill1kSRUkdmLlrLGmIZY8OJVGpfk2isqpnEpWqH0njMsnKPK3Vpf4pK6PEk6dXXVQXZpkU7mi988h7a6m8PK4qn5j6j/6rx3ZRB/Uq6SW6pb9dmNpW/fpw33rk6ss0r73GqJI63XdDum2X7lsn5jm48kJb7WjGAGGYtrpIr002V/14UZR5OovTVzNlr7q8pm0f360uTp4eeciS8P43pSjt//MyjjTbpZKfSk6y+k8lNgJ+26XpFtdQl/LlcVVl2wqJnkwZDUbpdq9t2gRGNbQe1indnEpRI/2He0cGRHXJn/RpoZfHVecNEdXFrbyYWMpzeOULyUAx2jPqAuE5SXXRvM+NoTBcXXxWjpvYoy4e3/cgdRlpuwjq4nq98jKOyywtk7SM4zJNSm+e21GX5qyv1zfNuWK/KauLb1BvqIvXdnnPz13N8KmL6xkbd0NEy2mg2edRl4GV970L/T8BrM+01cXwONUYqzB1h5VXXQw/lT4GzOajbRdrSahWz13YLqa7rE0Zl0lcZkWZxmUcl96O5j0/F/rN0erizo3XUwX6dIJmE9SuHq30h/tmpK/7pvInwXYx6uyWrvfvRn1kI8NawDbuhjily5UXb52Y5/DKu41Tg3kX2A4TVxfTi6WrgjX296mLntiZ1U8WjUtBL0Wl9OSpla4vNNiNulQeMEVVehrXcy3VnH/H+lR9GrnpKMWOT3f4mD6f/Ek4+J6fX/r9V42JoEo/f3xThk47MX6fNwffLnxLh93S2yN3yjrxdNBSttrpkhViyq1TulR58dZ58hxR+TJPZ/ZIy3t8mUTOsAxgJJNXFzgGPCuy1mXq31quiWQ3yx9USsthAEaCusC+Cf9dOuriwf520vd9JYYLBGAa6rK0P02xV3PBgfJwfxfUaqlAXfxkc30nmAQDBbbGNNQFAAAOC9QFAADCg7oAAEB4UBcAAAgP6gIAAOFBXQAAIDynqi77jSMZoHRxRxl5m5n12WJwyaAEr+dhBm0M3mgP8zJhKpyqugg7940IFFbHaOn/4syX54b7Bnp3btYOWhuKuNsMbzm45LFHctxR0MZ9Bz8lNiVsjZNVF5fh7/lrGkdJ2rGl+Rp5jkEMMihHHnT2udpRcMnjj+S4o6CN+w9+SmxK2BKTURffhsRCdEg3jqQchtIY1mk7L9V7ypr9ghMEsze0pd6nDAyXqWrSZ7gohqjLFoJLHn0kR/VM+wYQEwh+yh7JsB0mry4DY7H0HdHeQLWnrLa5rG/XP1+n7yrT8HCZonvE5zMZqC6hg0sefSTH7rtqPMfjD35KfBfYCpNXF1+nPERdyjydVaM/S0jqZK1x43s/h6nLqHCZ4oDaO8oearsEDi557JEc28fU3e1OI/gpsSlhK6AuHUfUWdrrJ7+9G6vLiHCZ27BdQgeXPPpIjt13tTPB8QU/xXaBrTBBdcnTWU/8rqL0qYvr3aod1rpTWxuZKoeDEATTn6fkGRsXLnPNeZddBZc8/kiO6rn0zLtMIfgp8y6wHSajLtpkZhsyUnz9xDiSZVEIYSiLojZWmjfN6cTbgaoUBFPI01P6mHCZYpBB56C0InlHwSVVVkccydF3nx2OPvgpsSlhS0xHXbbFIX4QsJNPKUcROLjkAXAiXxoSmxK2BurSyX4/6e9A1Lx9CeGxfNI/gv1/hrK3yyQ2JQQCdfGSJdHhWS0aepDB7oPbZDvBJfeNHbRxosFPiU0J2wR1AQCA8KAuAAAQHtQFAADCg7oAAEB4UBcAAAgP6gIAAOGZjrokURl8hWgalyfw0QMAQHhQly5QFwCA9UBdukBdAADWY1LqEsdlFNU0m/cZByupyNP2SBSXTfA+4aBSl+pXY898NpEFAPAzKXVRvb+hCkl9MEvKOK1Tqv1dROtEmUHVr3omAAAwhEmpi/KMKSHJEkc88jKONDPF1CR1UKlLFCEtAACjmay6KNtFUJfG8WWdrlJatksS1VoFAAADmaK65GXc/F9QF1NIavIyVu6yzLBdqpT2Kcy7AAB0Mil1cZ1dorpU+uHO/9dHkjKNbXWp/Wmti4zgfQAAXUxHXXYLwfsAALpAXcZD8D4AgD5QFwAACA/qAgAA4UFdAAAgPKgLAACEB3UBAIDwoC4AABAe1AUAAMKDugAAQHgmry7LJIrYEwwAYMdMW12WSTRLc3ZtAQDYNXtSFzPIir2PpBYd0ogj2WwiKQaX9COpC5scAwBsk/2oSxr3RExJnD3wrV+7g0uaYLsAAOya/aiLHulLx40OqaycVo38wSU9oC4AALvmgNRFjA6pSOPGCeYJLukHdQEA2DX7UZcscYLVe6JDigmE4JJdSOqSL+IoGpMJAACMYG9rxnQnWHd0SJWsdY5JwSUlXtM40v+1csKsPgDANpn2imQAANgPqAsAAIQHdQEAgPCgLgAAEB7UBQAAwoO6AABAeFAXAAAID+oCAADhQV0AACA8E1WX53l0tWj2IntNr+b+7/kBACA8k1SXZfKpkpPX9GqWfnlNr+bZl0X8CY0BANgRE1SX7DZKntWfr+lVFH2KNFMGAAC2zuTUxfCJlflqFl3Nk9tFehtFt8v9Vw8A4DSYmLosk0+z9Iv68zV7fm3nXZ6XeMYAAHbDpNQlu43iFZvqAwDsnwmpy5dFzOQKAMBhMBl1qZaH7b0aAABQFpNRF3xiAAAHxUTUBQAADgrUBQAAwoO6AABAeFAXAAAID+oCAADhQV0AACA8qAsAAIQHdTlszE057T+HnKKR3UbRp4areXKl/flpo52k89Ws/d7oyyL+5P+ytQ2FoAIlDC1C2/pa5DW94rOnA+B5bu0Ym69m8WqZXkVDnmDdFFUO7h4c/mga+WrWNubbpZHhp97Sd36Xxr7aJuZm8IplEvJKjRs4sq94RV0OmVfrhRz20Wh3J6sHvzFb4fj2rdDUZZnYDdFQmnw1azoOr7poKjhLnxex07L9L4+1jSnsHqM/qlpF0zzMDTWe526f1T7ZL6+qKWa3dl+Wr2ZiW23bYa1wbYkDRie7vku9r7Yhlp/sBKK6GCPImk3iWvlCLy4T6/5LT/MU1GXPsSnb5z0qBID1tG6XxRe7n63blvhcvd2xqy5NQ1lHXWolq99qZ1Dp9AKu9nhHQ5oO1X9WV2F0E+OufYd8WcR7HCy7pTeNx1OlYKqsPzXV/RmmrcIxcTrIbqNkJYwzrEe8Y3URXu0hz334q23e2Hi1EF4f7a1x9GZzO2aw7SI9zWmry5ZiUzqj/g7WNgj0p/U8j26X5uhGq0PfW2q2ubDqUmU4S25n8WqRXC3ytkEvE0dQTcHo9IzVlfE37jWi9Zjv8Pi3bsxzD2xFmarc/5jE0jvqH6i21VtWv2vL5NM8NUffxoMbpi6iKlgjD/347tRFfl8G3Mm1Xm3XUpHDJA4bug1mjO1yYupSbic25Yhexvca9GM1wauZqY7urp3LpLWd5T09Dav5dhFIXerLbF+PemjmNkpLTjrURXhFZdvF/zgcs2nzWZlR6hIW/YasrQTbVhe91Rlji0yM3ddrd94ui6LMn+ex4xQ6BHXZzavdSEjdy+uKYv5/ltzOTLHRH6gjBsNaS69joH3FTtAzNjw2pTnjXd0y4ZV23Jp1Aun0pgJmuXJKY1hdxTqzBzhmfWT9aLrUjh2jHdtFzZpuqi7LujkOfeX86tK21GHzLkLNHS15nosOaN9zj6+Mg6Oeuzpomox2noXlWNdOj69m5sVqj95YFiFIjlR6e0/0g6Zbv+2Fh1XJQ32ftTHvl0V8u8xXc7tBDveMORP7Us8+sjd037jBjaH31bYmVGzJHPVqK3OwKlrzwVjWTO6aiZvbLs9z9RJlt53jj9OzXdaLTametG/A6IwBDbdb86sj5s47qfKUhtWuc7bQl2O5TdDuy4aqi2oW66tLZTZJTmGtZfe0fv0y7aqWRc/Y07led92aeHXigzO81Z3PvasOVmIxT/0C2/T6SL/xmeieMXVKh0EjVtU8aFz7GlXqaQ/2xbpLv8bMu6iipWZjNJJhtov0xg1vDF2vtvvcnWHBqFe7eXG0Xr7+v7xmTJ5ge83XM0yNqjpDPWvN24mpyyj0sc9IdTHvrO4m6htkuQVJedqmtGydtEtruiaZbHVp2+666pLdztPmks35W5910h4X53vrjqDqj0SL22nH7hIAO414dfKDG/zc5acpJpby9MzlSr2GdvrzvK99dlXVWBDR3pA1quThed52bdagxzQf62fklFhhtApxtchGnrG+N66/MfjqYN15cxJFOQnGvdrm5HyTj+Ul03v86k9tjDtLntfyCTu2S3sbndslPM11ipwgvqHlYHUxV99fjZUAABWfSURBVG741aW3IC3PrvlP47UZYxMsk0/6Ggc1J7/uhMTzvF0zZt8cj7pow1h5NdGXRXy1yMyfevzm8sDTvJ9uZeQHN1xdfFaOm9ijLpKc96hLO+7ejroMrZLcGDymVfsQbRtIKjF3Hn3n8hCpnq3HqR3H9KvLiMYwQl1sG2vwq93ejdu5O170tBNLV9Za/2I8UHPwVD8vu5Li00RdyqIw+yZpbJivZpHweuunD2uCckHStGdPE/T7vqoG4WlStRTVLcBcT1x0RI/2FVd7He2vKbu+aDHunn2iMXVRrfcT9bJzQZRshL2mV85tkR9cl7p4x9Ta07TrY+ejFyR/stCpLkI9zfbpli4d1K69udujqtQ2NsmO103kthThhvSri3At/p5ds/CqobQ2jrGnQzZqDMPURfQijHq1G8F2K6zfz2aIqYaM1bKdagKse71G54IOad7F8tR1PE3UpX1UjdQvBLNAO9g8crOb00TenmrzzeobeTpjHNE5q/C1Wud0vRGYDbRdY+b4E5z741Wd9jJlE8SupL1M2V5spq8yMlVk8JqfjrVhxrpe92shyQpxX3WjYtLTtBSxs5MynrI8W+utudw+xdKtNmY373i1NPrlQVVSj9haTdtmbjcqS4xbL26nZ0xq6nLPro8qnufR7dLyUbtLDQWrYnBjcOog33lh6cTwV9sWPGtpmWig6xrTio333fG/2qJTRPvqSKuM72kOeF1hH0gDHP1567N8HSZwdYrUCu1FAa406pl0u84EV4ZTpew2EnxTZnNU05XtQoNOX59nmtfnFYTgGH2c0eG2vaTpxa0fnDbX3Wm7aKf4H3GzbKT90KqWzNqw7mjb28XxtnnWjHlfbXmpvXbVbc6f7M1vLPuvZ6aqj2rRs+n5jLqfJuoC/fQsRoSTpO7mEO8OjGFcpw2xJ7b6aqMuAADbQ3k197kf1V5AXQAAIDyoCwAAhAd1AQCA8KAuAAAQHtQFAADCg7oAAEB4TkFdOmNTbrDtPAAA+Ji2uvTGpuwIYAUAAOszbXUpu2NTjthXHAAAxjBxdemKTYlPDABga0xbXTpiUwYJJA4AADLTVhcvA6K3AgDA+pykuvRFKwEAgA05QXXpDdYGAACbcnLqgk8MAGAHnJy6AADADkBdAAAgPKgLAACEB3UBAIDwoC4AABAe1AUAAMKDugAAQHhQFwAACA/qAgAA4UFdOlgm0SzNB6fPF3EUJZl9JLIOrp0/FGXxnp9f3l3s66a5pb/n55d3Z94qvV1crq7f1ytumegtJ1/EtBY4KlCXDsb2/mL61zSeuro0PexZVz/bwdfrm+FnbdJfi7m1NT+7yV/WKb2j/mvXVmo22TyKCKUKRwPq0kGQ3n/y6vL1+ubu/PHrhjnsyRzRe/+1lWAL6pLNo1iKpppEccoueXAcTEVdsjKKSjWsS+MyTsuiKLOkjKKGuKxe1ywp47g97un6y6r3jyvfVhQ1w0ZdEtr/Z0mdyMnNVpc8nUXtv/p042DTrWRJFMftcX89R5BE2rU3NyRP7buUJfUNbG9vk9gmfzq7fHpwjj/cuzbB28Xl6vzGOGgku7w7a/pi6fT2oNaVC3kWRfnyuBJPP79ZmTaW1vu/5+f1hciSI5VeYauLUXpz+uAqCW1Gu9uL2DJfsnkUITlwiExFXYoyjRudyMtYUxpFEpWNEpRRUh+0u1ED3fGtXnhZXcw0OuZBo3dQpy+T9mCbPkuiKFk29fT3IM3szhAdSjQ1VTckMYU5yco8rW9L/VPW3jGn9CfBodT21KXW+b5dtB2o3oN32y7W8N9KLOb5diGUXj7c353dv1UnPtxX9pbuGVOndBg0YlXNg8a1r1Elt11ZbXIC9i6cBNNRlzyte0BLMFLNTFHqMswOMN7kpn/fTF0Mj0dzukcesiSMvaKjFKX9f17GkWa7VPJTyUlW/6nERkBUl/xJdZpFUb48rpquXOy1vV22NfyXEkt5mvNAyiZ4uHdL0U7Pn85aJdhAXYwbskaVJAPFaE6oCxwH01GXoukurQ7UHaqvrS4BbBefunic7IPqOdJ2EdTF9XrlZRyXWVomaRnHZdpxx0TPmCk5mqEwUF18Vo6b2KMu0vx8j7q0E0jbUZehVXLb1cCfAA6LSalLPaGi+krdRZZtZru060Hbg3k6i9bxjOlTNSpPQRJ2ZLuYGtymjMskLrNqEisu/T3a1+ubO91SKYpqqO520F3qYqwL0J1LrUnRJu5RF0OcWvrURajny+Oqs3TpoHbtD/d3Z6Or5GtIqv0w7wLHwaTURXly1JF2Vj8p03gNdREMgnYGPlk0borX1DAfbMkRJ/DjdNl6ObK5dnrdfexMXar7pqhKT+Pa01jN+XcuhDXW9dbdZf7kTFb7bYI2sTOrf59f31QHdV/ZXY8XSytdmVYedRHWUrcz8D2lV6if7An888e35vThVWoaSTPl1nd8mUSRmBhgv0xLXQAmgmTOyh9UvqYxtgscIqgLwEFifzvp+74SwwUOFNQF4FDJ5vqMXYKBAkcF6gIAAOFBXQAAIDyoCwAAhAd1AQCA8KAuAAAQHtQFAADCg7qEw41NCYPRPs5/C5pz2Ghjh8e2gnXqn3MeZJBWgnUePKhLNx2xv1xOYofBepuTfg0YExNM3Gg5TJXWU5fNApodcbDOCqvZH2qQVoJ1HjaoSzej1OUU+Hp9c3fxqIcw6Uw5rMt4eVxtYLJ0V2n36nLUwTrLonAjYx5ukFaCdR4yU1cXY3f6dndIJxCkGYYyXuRWMm0bSul0MTalkGdx1GEoC7V7sd79CftIjoo4WUjqIqc0bIJGS4QqydEh+8NlXj49+MNlDg0uedzBOktJBg44SCubRh8w01YXaYM/oznqESdFL3O37dId30XM85jDUGoyoOnB4KgtYsBKY+dg0Y+k8pRtAqFKcnRIMU99Y3y9wmLImWHBJY87WKfbqq2WfGhBWk/CHX2kTFtdpJaXzfVd//J01hlx0vueWGMuKbGU51GHodQ7snaEPlhd5ICV9f8dz5gbm1LUCalKYvyuAXlqPawojcOCSx53sE4xMuYhB2klWOfhcpLqovmU+14V0UvgW0szTF2ONwyl3EmNURchYGVZCOriG4A76iJWSVaX/jy13lZSl4HBJY87WKfbqu0jBxakFdvlcJm2uhg2dY2xkFE3yb3qYlji+sgum4+2XY45DKWlAY1fxRfJUYw4KUcPs9XFE5tS9+R0VUmMDinnqVXDqJ7rhRseXPKog3W6zdhsyYcWpJV5lwNm4upierF0VbDG/v6BWJvYmdXviU3pyfNYw1B6bREpkmOTwPLkCAEry6J7Vt/IU/cO2TP5YpX06JBSnnJsyt7K9wWXPN5gnVUzsCJgHm6QVoJ1HjKTVxeADqb+reWayDbEwUGwzsMGdYFTBnXxcAQfKhKs89CZhros7U9TbKscQAR18aNHxjxACNZ58ExDXQAA4LBAXQAAIDyoCwAAhAd1AQCA8KAuAAAQHtQFAADCg7r0o32cv/N19AHiXYpfxu3oczkiTq5J8IiThxnJcW/hXIm2uQtOU13GxASzIymNo97uol+WfFXacJO+ATs+FWVBxMkhHHvEyR19IHkU4VyJtrkLUJcepI2MRhaUuluab1SlEYjSKBwk4uSgc4874uSOIjkeRThXom3ugumoiy/ipLWP5KiIk4WkLnJKKQhms4GruzuskbK3SnoLHhhYsyjK4YYLESdPIOKk3iA7X6WTCOdKtM1dMB110Ri0r77/iTa/Gtu1is1L5SlvnKeUSZMo3xZ7vnFQR0S/3sCa4gBKOEjESevXKUac7GgSdnubVDhXbzWItrl1pqQubsjIweoiB6ys/+94xroLMpLVpbTuVF/TGaYuowJrigNV4SARJ08g4mTbnLp7rhMJ50q0zV0wGXXxjXoGq4sQsLIsPLEuOgtqkBvWxuoyIrDmMNuFiJNOc5pixMmOJtGX4KjDuQ64TKJtbompqIscMtIXPk+MOCk3LFtdPLEp3SCY1okqgRAuU6ySdlyM6LeOiEoHiTh5GhEnndbr4ejDuWbzAdMwRNvcBVNRFzlkpBg+r31ghp0uBKxscvDN6ht5WkEwO8wjKVymUCVPmL8xgTXFBW/mQSJOnkrESV97cDjycK75Iu7vi4m2uQumoy4gsc9PKffH1L+1XI/Jfazn4SiWRHuYVrRN1GXqiN9nTeujLQfUxeWY+9zBDP54+TCZWrRN1OUEEIMMHnjkwY1AXRzsSI6Ecz08JhdtE3UBAIDwoC4AABAe1AUAAMKDugAAQHhQFwAACA/qAgAA4ZmOuiRRGXw9ZRqX0122CwCwRVCXLlAXAID1QF26QF0AANZjUuoSx2UU1TS7xRkHK6nI0/ZIFJdNtDjhoFKX6ldjt+3j3LUUAGA3TEpdVO9vqEJSH8ySMk7rlGqLLdE6UWZQ9aueCQAADGFS6qKFA6qFJEsc8cjLONLMFFOT1EGlLlGEtAAAjGay6qJsF0FdGseXdbpKadkuSVRrFQAADGSK6pKXcfN/QV1MIanJy1i5yzLDdqlS2qcw7wIA0Mmk1MV1donqUumHO/9fH0nKNLbVpfantS6yY40WBwCwG6ajLrvlWKPFAQDsBtRlPMccLQ4AYDegLgAAEB7UBQAAwoO6AABAeFAXAAAID+oCAADhQV0AACA8qAsAAIRn/+oyJC6L/iH9uPybPSsJ0wIAsEuOQV2yNuDKerjb7BMWDABgqxyBuuTppnvgoy4AADtmP+piRIds1EUMGVlI6iLGkdRVylIsXUuMc7XSi4KdjwEAgrEPddG3u9eUQAgZmdlK0BFHcqC6+I4AAEBA9qEu5jxKrQT+kJGiZ8yNI4m6AAAcDoekLp6pe1ddxDiSqAsAwOGwN8+Yih2pGx9ij2+riyeOZGLO3/SqixDMOF/EUYTqAABszp5n9eO0DQQphowsumf1tTiS7aIA7WCFcqNpE/jM6gMAbJH9r0gGAIDpgboAAEB4UBcAAAgP6gIAAOFBXQAAIDyoCwAAhAd1AQCA8KAuAP38evnN5w8fuskuf5HO/eXHj9/8+JMv5+9/+PDdzz1HPL8uv/v87fdbuNhffvz4ocm5Le7Xy28+f7z6VSX76SqT7sDP3374YVkWxfc/6InhJEFdANbh5299cmJxfOry60/f/1CLZV3cr5fffP7wzY/L7382LkRd2i8/fqxrhbqAYuLqMiTwJRw97/n55d3FRg96meibAC2/+/zhu5+LX3786JGQn64yT8/+87c9Js7nDx80VVBq8cuPH92Urcy0vbakLs2vwemWusHqIt7PfBFHM17PCTMpdXH3Ezt2dXl5XJ1d3p3dv+29Jg1fr2/sfvzh/u7sUvH0sNvSi6IsireLy9X1+9rZvqaxub9cj7pUStDR7VqJZdtF1yGtFLlD71AX02dlqVRnJU3v1g/L6sJ7pLGSMVlEP179OFxdimrvpXnWUUM4ZlCXQ+br9c3dxWN+vt0ue3yVHHXZzG7YqPQAZPMoXhj7c/90lX28+tVjE/x6+d2Py6tsY3UpitJ0Pcn9ddVHa+rS9PLffvf52+/t6ZA2245CVcW6nHs/f/shu7z64cM32ccPHhecbnh12i7++5kl7Ow3WSaiLr6Ik4l+sNnhP0vKOLYDybjxLrPE3EfZDBxgkURank0yN9rmqDyL90pXjC714f7u/GalbIXquGk9VLaOPpyv///yuKrPvXm6uLk7u7w7f/xaKAup4iZ/aU45vzEO2qU0+Qvqkj+pzI3/v+fnjpXTX/rl00Nn6fqtUHdpyBUVRSkYLt1UPrGfrrIP3/38k6wxXUsA7G7a43pqumN1RLZdhAxVtoa6GKZGlXNtT4jnKhulykeTNE0bfr38pim9VZc2k4HzLvkitswXNpOdChNRlwrRdnEjwWRJu+ly3d2b4TKrfPK0VoI6aGYmBDHrLsiNtjkqz5fHVeUTU/8pqn5T+//541dDSN6VoSOry9lN/lK8XVzeXeTly+OqOV3ZRkrJ6jSFnVWfZ6zttasc9Hy+Xt80MtPSW7peos92MY+/69Ze7xUtkxHe/6bTVLry01UmrxZzrQfRVqg77uyjR5DsmZWBs/pm6YYK/vLjx8YJ5ghApYuahJjip1+soX+auijf2tAVB6PuPxwT01cXN6RYljiBZMxevtaA6mBW2zdKGESEgsRomyPy1HrM/EmN9CU3lJlSG6oL6lKbNU8PRaMuhj2hjADhdLusBq9nTLda7Hwa+ktXIiqXLhzPn/SZKk1EpStyx85etC7b6a8F95TZfTsuLDVB8t3PRfnrT6bqDLRdBqqLmfLXy2+yy1861GWthdfd8/8dvKYx6jJNUJeyKGwPVWvQxGWWlklaxnGZumd1FyRG2xyep9ztetXFmVQfoy6twaEIoC61TWNYM5K69JSu5z9YXbQ8BQtvHdvl+x/0Qb3jE9PcRMLBXy+/8buh2hmLNoex6mJLhaMu2q/1WmqvZ8woNPsoXFd7dYPWxXWD7TJZpqYulikwVF20cJl6yiQuk7jMqpzjrgUCYkFitM2BeeresEJziAld+bs47d92oC+Pq7MOdTFcRsLprrpY3i1ZXWp76+v1zZ3o1tMK6iz9PT/vLF0dNz1jbuV9VzRk3qXxJqkjnhkXl7oL9k5CGEP+9huaTnX5sfr65NJUF6M3dz1j6k/1k/7VpKfmzVT8AKlY13Zh3mW6TEpd3IiTQ9XFPFf9msa1x6yan+/wn4gFidE2h+XpDNKb8bjYlRsT44aoVJP8+fVNh7rULizT+vH1xXpie169PT1/OjNOV6IimVly6bbR5ildz7Ctkp6nNNdiXFGezqJkOa6lDVCXZmj/zY/LauGvuIhrxKy+7ZvSFKV2dhWld0WyttTYnFaxlxq3NTedaX3myJrqIt38ZRJFo58IHB7TUpfTxHEEHdL3Meux4fcrYzE/pRyCX12Uv8iZn9D6/W+/L5RgmCoinv7zt6I46drQu/54EN0qov868qNRD/IHla9pjO0yBVCX48cxFHb19cn22LG68FnfXpB8ktk8wnCZCqjLNFCupMP57nLDy9mtuhRlkc3HmS+wIfkiwUCZNKgLAACEB3UBAIDwoC4AABAe1AUAAMKDugAAQHhQFwAACE+/uuTpLIoiOwAGAACAn4G2y8gYGAAAcNoM9YxlCeoCAABDQV0AACA8Q9VlnX1kAQDgVBm+Zuw1jaOIOD8AADAAPGMAABAe1AUAAMKDugAAQHhQFwAACM8wdZEDlAIAAMgM2wmGbWAAAGAM7GIJAADhQV0AACA8qAsAAIQHdQEAgPCgLgAAEB7UBQAAwoO6AABAeFAXAAAID+oCAADhQV0AACA8qAsAAIQHdQEAgPCgLgAAEB7UBQAAwoO6AABAeP4/CR78jZde0JoAAAAASUVORK5CYII=" alt="" />
结束语
希望大家都去自己写C#的框架,而不是每次都依赖从java共享出来的框架,感觉味道怪怪的,难道C#程度员真的这么懒呀!
哈哈!