["..H$ ","%deY:hreflection on fieldsSetValue on FieldInfoGetMethodcalls Invoke on MethodInforeflection on properties","UBxXKxxB8B7;xB8B7.ReflectionBIB-B9ReflectionTestx{xUB*B-BZHeight;xUB*B-BZWidth;xUB*B-BZWeight;xUB*B-B? NameBIUB*B-BRBK()xU{xUUType typeB_typeof(ReflectionTest);K BcGet type poBberxUUKFieldInfo[] fieldsB_type.KGetFieldsK();K BcObtain all fieldsxUUKB2 (var fieldBSfields)K BcBGthrough fieldsxUUK{xUUUB? nameB_field.KNameK;K BcGet B? namexUUUKobject tempB_field.KGetBFK(null);K BcGet BHxUUUKB[temp is Bb)K BcSee if it is an Bbeger.xUUUK{xUUUUBZBHB_(Bb)temp;xUUUUConsole.BK(name);xUUUUConsole.BK(KX (Bb)B_XK);xUUUUB%BH);xUUU}xUUUelse B[temp is B?)K BcSee if it is a B?.xUUUK{xUUUUB? BHB_temp as B?;xUUUUConsole.BK(name);xUUUUConsole.BK(KX (B?)B_XK);xUUUUB%BH);xUUU}xUU}xU}x}xxB9B+x{xUB$U{xUUReflectionTest.HeightB_100;K BcSet BHxUUKReflectionTest.WidthB_50;K BcSet BHxUUKReflectionTest.WeightB_300;K BcSet BHxUUKReflectionTest.NameB_KXPerlXK;K BcSet BHxUUKReflectionTest.KBKK();K BcInvoke reflection mBCsxUK}x}xxKxxHeight (Bb)B_100xWidth (Bb)B_50xWeight (Bb)B_300xName (B?)B_PerlKxxB8B7;xB8B7.ReflectionBIB9B+x{xUB*B-BZ_field;K BcMust be public!xxUKB$U{KxUUBcGet FieldInfo on B+ type.xUUKFieldInfo infoB_typeof(B+).GetField(KX_fieldXK);KxxUUBcSet B-field to this BH.xUUKinfo.KSetBFK(null, 1969);KxxUUBcNow see what _field equals.xUUKB%_field);xU}x}xxKxx1969KxxB8B7;xB8B7.ReflectionBIB-B9MBCsx{xUB*B-BRInBam(B? parameter)xU{xUUB%KXInBam:parameter={0}XK, parameter);xU}x}xxB9B+x{xUB$U{KxUUBcName of the mBC we want to call.xUUKB? nameB_KXInBamXK;KxxUUBcCall it with each of these parameters.xUUKB?[] parametersB_{ KXSamXK, KXPerlsXK };KxxUUBcGet MBCInfo.xUUKType typeB_typeof(MBCs);xUUMBCInfo infoB_type.KGetMBCK(name);KxxUUBcBGover parameters.xUUKB2 (B? parameterBSparameters)xUU{xUUUinfo.Invoke(null, BXobject[] { parameter });xUU}xU}x}xxKxxInBam:parameter=SamxInBam:parameter=PerlsKxxB8B7;xB8B7.ReflectionBIB9B+x{xUB*BRWin()xU{xUUB%KX{You're a winner}XK);xU}xxUB*BRLose()xU{xU}xxUB*BRDraw()xU{xU}xxUB$U{KxUUBcInstance used BVInvoke.xUUKB+ programB_BXB+();KxxUUBcGet mBCs.xUUKMBCInfo[] mBCsB_typeof(B+).KGetMBCsK();xUUB2 (MBCInfo infoBSmBCs)xUU{xUUUB%info.Name);KxxUUUBcCall Win mBC.xUUUKB[info.NameB^KXWinXK)xUUU{xUUUUinfo.KInvokeK(program, null);xUUU}xUU}xU}x}xxKxxWinx{You're a winner}xLosexDrawxToB=xEqualsxGetHashCodexGetTypeKxxB8B7;xB8B7.ReflectionBIB9B+x{xUB*BZAwesome { get; set; }xUB*B? Perls { get; set; }xxUB$U{KxUUBcCBM an instance of B+.xUUKB+ programInstanceB_BXB+();xUUprogramInstance.AwesomeB_7;xUUprogramInstance.PerlsB_KXHelloXK;KxxUUBcGet type.xUUKType typeB_typeof(B+);KxxUUBcBGover properties.xUUKB2 (PropertyInfo propertyInfoBStype.GetProperties())xUU{KxUUUBcGet name.xUUUKB? nameB_propertyInfo.Name;KxxUUUBcGet BH on the target instance.xUUUKobject BHB_propertyInfo.GetBF(programInstance, null);KxxUUUBcTest BH type.xUUUKB[BH is Bb)xUUU{xUUUUB%KXInt: {0}B_{1}XK, name, BH);xUUU}xUUUelse B[BH is B?)xUUU{xUUUUB%KXB=: {0}B_{1}XK, name, BH);xUUU}xUU}xU}x}xxKxxInt: AwesomeB_7xB=: PerlsB_HelloK","A7CrErfDeAAErBAECBCEB3..~CCEE| 969966464666496}ZC(CC+BZ~CECE 66496}[CC 4646896}ZCCEECX~CC 469647}ZCCa~C 64666668}c~~EE3BB+BXBXBXB3CX","Reflection."," In the depths of the forest, a dark pool of water exists. It has almost no motion. It is a mirror. An animal (maybe a deer) sees it, but pays no attention.","In reflection,"," light is redirected. We see ourselves. A program that uses reflection can examine too it own surface\u2014its fields, methods, types.","Fields."," We loop through fields and display their names and values. System.Reflection provides a way to enumerate fields and properties. It can access fields by name. ","Example: ","In the .NET Framework, every program is compiled into an assembly containing metadata. This is an abstract binary representation.","You can explore the string data stored in the executable to access field and property names.","Next: ","This static class has 4 fields of type Int32 and String. We get the FieldInfo objects for those fields and then display them.","Static ","static","Int ","int","Notes, above program."," The program begins in the Main entry point. The static fields Height, Width, Weight, and Name are assigned on the ReflectionTest static class. ","Next: ","The Write method is invoked. This accesses the Name and GetValue members on each individual FieldInfo.","Discussion."," Many programs must maintain a set of preference values that are assigned during startup or later execution. You can store these preferences in an array. ","However: ","You can instead loop through fields with reflection and print their values to the console or web page.","This approach improves performance when assigning or reading the values (because they are fields).","Field instructions."," When you use fields (with stsfld or ldsfld) you are creating exception-free code. Reading fields, because it does not invoke executable code, will not throw exceptions. ","IL: stsfld, ldsfld ","il","SetValue."," This accesses fields by their names. With System.Reflection, we can take a string that represents a target field, and then change the actual value of that field. ","First: ","This program has a public static int field with the identifier _field. We get the type of the class using the typeof operator.","Then: ","Then we call GetField with the string literal \"_field\" as the argument. We invoke the SetValue method.","String Literal ","string-literal","The first argument to SetValue() is the object instance you want to mutate. For a static field this can be left as null.","Null ","null","Methods."," What should we do if we have the name of a method in string format and want to call the method? We can use GetMethod. Then we invoke the MethodInfo we acquire from it. ","GetMethod references methods with only a string name. With it we call a method whose name equals this string.","We want to call the Inform static method by using the string \"Inform\" and we want to call it twice with different parameters.","Notes, above example."," We call the instance method GetMethod on the type instance. This returns a MethodInfo instance or null if no method was located. ","Next: ","In the foreach loop, we repeatedly call Invoke. The first argument to Invoke is null.","This is because the target method is static and has no instance expression. The second argument is wrapped in an object array.","Foreach ","foreach","Object Array ","object-array","You must do this even if there is only one required parameter. It is not optional.","MethodInfo, Invoke."," An instance method can be called by its name. With the MethodInfo type, we call the Invoke method. We must provide an instance expression. ","Example: ","GetMethods() on the Type class returns all the public instance methods on a type by default.","We get an array of MethodInfo instances of all the public Program class methods.","We print their names, but also test for the Win method. If we find this method, we call Invoke on it.","Notes, above program."," The Program class is instantiated inside the Main method. This instance is then passed as the first argument to the Invoke method. ","One of the more interesting uses for reflection in the C# language is to create programs that produce their own documentation.","This would be most useful for large programs. This code could be used as part of a system that prints all public methods on types.","Reflection, properties."," Reflection can get the values of properties. We loop over properties and determine their values. With reflection a property can be referenced by a string. ","Start: ","The Program class has 2 instance properties: the Awesome property and the Perls property (sorry for the names).","In the Main entry point, we create an instance of Program and assign the properties.","Notes, above program."," We evaluate typeof(Program) and call GetProperties() on the Type returned. On the PropertyInfo type, we use the Name property and also the GetValue method. ","GetValue: ","This requires the instance of the object we are searching. If you are using a static type, you can just pass null.","Casting: ","GetValue() returns an object. We use the is-cast to determine which we have, and then print custom messages to the Console.","Is ","is","Console.WriteLine ","console","Types."," The \"Type\" type is important when reflecting. We cover the GetType method that is found on the object type. GetType helps us discover the object hierarchy. ","Type ","type","GetType ","gettype","Assembly."," In reflection, an assembly contains many types. With the Assembly class, we can access these types. This helps us analyze larger units of code. ","Assembly ","assembly","Typeof."," This operator uses reflection to return the Type of a variable. We use the typeof operator in most code that requires complicated reflection capabilities. ","Typeof, nameof ","typeof","Sizeof."," This operator exposes information about the implementation of types. It does not require the System.Reflection namespace. But it is related to reflection. ","Sizeof ","sizeof","Default."," This operator returns the default value for a type. It is used when developing classes such as generics. The default value of an int is zero. ","Default ","default","From .NET IL Assembler."," \"Structurally, metadata is a normalized relational database. This means that metadata is organized as a set of cross-referencing rectangular tables\" (page 73). ","When a C# program is compiled, it is converted into a relational database. When the runtime starts, it reads this program data.","A summary."," Programs that use reflection can look inside themselves to see their inner workings. This capacity lends them unique and powerful features."]

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ykMGQKRQ+k/UD6x7HS5ECvYq+DRHkp8/Sd8kkpTjr7wgbZ0t31SlKaUpEbknM+suTAI1tUy7lWo20ovDFiipRF5dYIVGVvyqMnAhFb/UW9bP/crpqRemXr9i3Ls3rXz3dY2clZtyXZauC9skLetNlPKH4IO1b07sOwTvc97neIOy868CC6TZbalbSuzRLR4a9Y3kZV6WE8w02l2QGuz/AIocgjByNpK7UfIQGFQweySPEmEEEEaSWEEEEEJguEvJYr320cZIa05/hrFgXCXksKUiTGa+80cXKkefT8ICUablou9UWM5dhEHRVSMGiUh3a4kR5xcgZFdy16qtVjVUGnWI3V2oB3RNW13IjdzVy2K2dPYXSLFxpa7t8ITDK2qJRNiq5G047FEO5bV16RU3vEig0pdLU1VV6JHTT0sNy/nFajWQ4jzCqDre025zFVh7Nkx0utdQA8AOf.48h3ApTfJ4qUzbL1220Tf7yKNVjQwIVXVa67+UWsxM4hMEJTcwT5Ci23U0RfhFbNJaQ67W/l4xnYpaij95IXZslOVO34SSPzqatsOmW9E68ty1i0bxJcPbG+SB/M1A3KomnhuWKbOe1K/+GlImlZgGnBfftMdeMhHl9+kQZlZgNIo+J/7qTAIQe0rIo4QWCT5WtS+ke0ptC4Hq5MtHwHKsg64JVXZ7zl8I6GXxxJlo2QR9pwQS3ZG41p1olq+UcyOOh6sfqoEw+I924y83xL7aiCbvNYQGZdxBhyansWdCbYTYE3RASHl94l3xVZ3XGSDkCaGrIR3+0v45m4wdtj1HEFojSrgMV9tBthtuWIM9y7PzhT2Dyr5iQHZlnfxXNrZ898WccF6NMZl5xmcw5t914mVB76wSEW2lhW/dqKfjHexXm7PnLL4hBBBBCEEEEEIQQQQQhBBBBCYXcvlEFsMLuiO2MgzBErZlrvVLrCjgLFtMN6IsIuNlDWN9hFsq7mVriCK7vjEInrDUyy54D5wkoEHOHEojmLEEczZ013itITfJYldPZitmZlvLXvRu80VdPCJ8acfaRMu0rMVNWiS9PFPLzjnXphw12UQfzp5xZTBKZleWhb4XBmQsXR05mqWACbNOdUpWHyqqq9otna9ILRYC2IXcji9h+cSFnEHrslknR+6i/pELuGYga5hskAU9pFTnFwjUxw/RM2SfcMxRem4ITNzDAMxCRmM+tpfWNpNddDS2N8eahShQDspK3/VZFTYowoaSzEWdD42UfZ9pTuSx2FrrThrupErKYe42gkDgu0T7QhUbudEpFoY4LkmHqUwL13G+8ir59zpGsrIdnchTm2HCOi/tnAp/wBts/nEGXOz60U6dPOkBtX8u8Zx4KUM+LIxO6laavXusdveVE13SrpYNOlEjWbZBm3OknWyNOJwlRFT3h2N2sW6SWFX9+2r0vbwhMOl/wDVOmkQzk/gxNjKELgNiQ7bzquOBaiXCF2lFSKTMRjIGPU6k97u9+iORRsVH8J7RgGNMo8Ca29K8fKP+jibPCe1cuy+ih64JSx3ffS9v8TEY93jwLC5nAWJwZiVaenn2jBxnONvuibW68cpB3W11j3iWmG5uWZmmdpp8BdbL7ppcnyhTIVLnS2rYHhv+SyRMmu7BBFc1e: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;LbY/BERfjFeODzeZmZyS5N8OwhV8oF6w2G7Tj4Ztq7zSTsPAWoO96mWv6ZzE6vZhuVG7DmQmrUEe4dbKvvIpJSqQlZgj492089p/VrRIf3qhtR2swxjHD6268P92Kf+qJFa7KYuwYpnGyRp7NNfOJcGYqneY0WLaS4f/jM5U6dyCveZRs9tjr+Xu3qnPrJ4SLYibT8uplwXPtCPiqW2fOMJhOGCp5JDy43XdydVEIuzw2emmUannHpps14TNAD/ItafCITwpgDFoZdsD3.uqVPAuSRMz42VgG0lv9qs3/AOItbhe5k6kEli:AJwoavGqsiJSUq5Ktr/RUvMarY+0rxKo9CKyqxcS8vLSxdzIMgbqJmWk6zS3ddcNVRNYmlMDxLKXKr9wQcMRX/.D+MWDHZR1wfrjq/xlmEnhuHT4rCuTJiBHZ9w3uRbzZcYyBu3xLlBq/q1MeQW1NvRhhsizLm/N5DbjzlBzm3SO5OnhTSLSWPLdAiAQ1pbepKldN0MSWFScgyjLIbOv4w4IAHsp+ELvku7Zn8LO23tGloClXSNqFsdvLkzaCCCIpmEEEEEIQQQQQhBBBBCEEEEEIQQQQQhGKJGYIITW1ILUjaCMTNyOwekaq2MTQRoRM3FchpvvQFLuu+IllAmCS4B3eKaeUPwQAd7kza+6fH3iaYdL+2nwHZiZqUlWdW2hEvepr/OJoIkkcIIIIIQgggghCCCCCEIIIIIT:Z$/9j/2wCE?gGBgYGBggGBggMCAcIDA4KCAgKDhANDQ4NDRARDA4NDQ4MEQ8SExQTEg8YGBoaGBgjIiIiIycnJycnJycnJycB.gI.oJCw@Cw4LDQsOEQ4ODg4REw0NDg0NExgRDw8PDxEYFhcUFBQXFhoaGBgaGiEhICEhJycnJycnJycnJ:BABEIAG4A8AMAIgABEQECEQH/xACT?E?AcB))))AQIDBAUGBwgQ?EDAgMEBQQN.QLAQ)I?QMEBQYREhMhIjEHFDJBUSNCYXEVFjNDUmJygZGTobHSJERUVYKzwcLRkqKj4hc1U1Zjc3SUsrTD4RE?gIABAQD.E))?AECEQMSITFBUWGBBBMyFCIjQnGhscHw4f/a?wD?ABAQIBAD8A7+iIgCIiAIiIAiIgCIiAIiI.y3LHVM3NX5xOfnfZ/8AqtJbYUvv393/ADKVomWhgqmpffvWOOqLPmtgkw5tPzr/?/86814rxxeaDEt1tkdXJsKGsqKYdLMPuUpR+b8lCN9TuXW373VKS4sDdr171xKG9V1wpmn9@jjy485CZmfwy1MrE7lHI7gVRIeXi7v/FSlTJ1R22a/MD9sRb4z5Kk2KaD36qiD1yC38VxOKaSQuT6e7Pmrl493a+xLI5Dr0mM7NH+eR/svq/qrWTpAsAfnT5+iM3/AJVy;d3a+xYeuMgz0vvSyDhR2STpJsnmPLJ8kG/mJlZz9KVrjbhp5y9ehv5iXFusS/CdSvKfjmpqJNDrE/S6GeiltpEXdrly+zQ6s36TbxnwU0XyXcn+7JaNa4IpBLWXH6lkhpos9xb/UoNkyheptodJt1MeOKCMvkl/E3WEruk7FO0fq9QEQfFiD+cSWNOjjLv+xUntsefP7FBMi4PgXX+kfFWb7W4H8wgP/gLK+tuNL5Obba41BZ/8Umb6GdavXWeTPVC6tqba0kra1Mim01ue4kXFsLw4yvl0v4WfEElF7H1PuM+qaLysk3ZE9en3L4K2m1YsxFaL9TYaxtFDtK7LqFypuxIeenSXZ87d2WfPLdk+ajmIZep0BERRJQiIgCIiAIiIAiIgCIiALxbjWFzxriQR86613/sSL2kvH+MKd/bliE8u1c6x/pnkQjxMBEBxRtGL7vR3q5pKdykbU+9Vghcm8VUGMwdiydSMrJGQAGjbcjyNmpRaUxzyUowEXepSp9Cc5hFliqzZk7mrqojcSdY+qfyb+PcoolkzHvpzLfvUwCHzqzI3id+e9SFVPlwqYo2jMwkOfaV4MvxlqzVEmfNXIV5Zc0cSZTRtIVTqp1sO9au1zfxU41xTEwcy8GUMpN5iNmGrE+zvdYqugnmmYtKtqOr0Stv71tVKEc4tuZQ2I+tUdGwbjC1YUvuI/ZUJtnW1TaJogYxDZyT9viz8/dkz8ldYmxDQ44xVhmjw7tJ+pz7SWbQQduSIy7XdGMWbracB4YullueJTu9MI09wmikpi1BIMg65y9e7WPaZbpT2+gpDKSlpYYDPtFFGIZ+vSymSKTkrsuVym2dNNJ1Miu9AfXdemOKj7JDl2vKlw792W9dWXLuhIR9h7mWTausjxd/uYqL3IKquuR0ukqOt0kFVpcNvGEuguY6xYsvmVVzEXbUTcW4Wd+fqUVxiyWCHpDxViKrvtTPsrfM0VPFEbDpEjlCPtMeTCMXdzfejZBK7e1HZ0XNrFV3HCONQwXV1stwtlfDt7fJUPqki3Hw6vDyRDly5O2W9dJQBFzej6Z8OSwa62mqaabUw7IGGX9rVmG77Vu9lvlsxBRDcLVO08GbiW5xISbzTEt7OloNNboyKIiiQCIiALzBiu3PJii9Ew9uvqv3xr06b8D+pcPu1tKa9Vk5DwlUSyF6czdQZNFGlUlq2MbkY8+5THRCDO+nJm5LaqmMNWvTuy4WWHrObeCpMuIpJUYhoR2b+LqQomEfSrlybN9ylJtTuhNZiKuPgIlrtST581stwfREXgtanHU77lNEpTZjzglqTCGnjKWWQmGOMGciIn5NlzdbZRdEOMKkBlrQprVETPxV9QEeXrjHWbf2VrUMlVTTwS0JnHWDIJU5xO7Sa8+HRp355rdqq94uqgE8SWKK9aRb8oqYH2+nw2tKQF9OahiSlH05e5JGKfqT7FjL0ZwUxaKvFNr5e9FLL/IytfaNaP8Aeil+on/Cq0l3pIfd8LSU3/LnqY/34S/eqHszaSf/AFHNn/1Zu37llSzY/wDUVcmD/WWzYOpTMo4L/RFvfRtBmj1f4alnwLiGmpJrnRbG4UlMJHPUUMoy7MRbURGHbFm9LLKQ1hzC3UcLhJ8eRquf/wCggrqWk6RL7SS2+lpSobdk+1pacI6OEvljHp1/tZosSaazSjXX/CEsONXGMjnoSkLtv71s1nvbxZRStwrWHAgNwNnEhd9Q8nZ25s6vqQeJlctJlFSa2PdqIiiShYTDeFbZhWGpp7U8mxqZGlIJSY9L5aeF8mfL15rNogC5YMtR0bYpu9fV0U1Rh+8lt+tU469ieoi0yfJ2pNz5ZZLqaOzO3jmoNEbruc;7pHjfpPt90tMUnULZAwyzGOnsNKWr9o5dLLr6lCOONn2YCGfwWZvuUyJC77HLehQAOyXQSFi1VI6t2522bbnU2BhjtfSJiex0g7Ok0PUBF5o6DDl9e7N6FrPRxQYxnttZVYWuUNNs52CakqQbRJwdvVok3/Qt+wJg262GsuV5v1THU3O4vxbJ3fLi2hkRaQ3kXczZNkpVwJ5fNrvwMrju91GHsMVtxo8utcEUBZdkpCYNXhwtm7LSrRYsWS2KPElsxZNUXGSFqs6GQttC+odpsS1mXF5vZ5rc8e2aov2Fa+gpBcqrhmgD4RREx6PWTM7N6VzSw0nRtX2+nir6maw32AGhrC2s@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.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:9k=$/9j/4?QSkZJRgABAQ?AQAB?D/2wCE?YEBAQFBAYFBQYJBgUG.sIBgYICwwKCgsKCgwQDAwMDAwMEAwODxAPDgwTExQUExMcGxsbHB8fHx8fHx8fHx8BBwcHDQwNGBAQGBoVERUaHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fH:BABEIAK4A8AMAEQABEQECEQH/xABq?EBAQE?wEB)))AQIDBAUGBwgQAQABAgMCB;MDAMJ)?ABAgMEERIFIQYTMUFRUhQVIjJxcoGRsbIHFiMzU1Rhc4KSodEIJDQ1NoSzwcPS4fBGdaIlQkNFYmN0o9P/2gAMAw?AQAC?A/AP6p)?E?AQDNQE?TMDMDMFzAzAzARV)AF)?AB?EzVEz)BBBQAzAzAzQzMxVAzBQMxVQ?ABXxnth2x8Y/0Ufyj4Ht1iuv8AZT9x7YdsfGP9FH8odusV1/sp+59BwfxuJxeCruYivXXxk08kRuimmeaIH0+xcVcvWpquTnOrLm6I6Hs8x7dAFEzEMwTNUMwMwB?EBBDNQzEMwMwXNFMwXMURVABRVQ?fnY/LQH1XBX83XPnqvVpH2nBz3ifHn0Uvcq9+AgiAKiZiAPB23duW9l3q7dU0V9z3VMzEx3cRywPW7WuVU4aqaZyndyeGHyvbLaHxm79er70fGdnX+vX9aV7Z7R+M3fr1feHZ9/r1ec7Z7R+M3PrSL2wxHXq88r202j8ZufWkXtjiOvV530PB7EXr+CrrvVzcqi5Md1Oc5aaVfUbEv13LMzXMzOr90PZTKvcJmqGYLmKZoLmKoqoqoqgCqCoAPl54J4r4e35pHyHtbu9an7WZ4KY74W156hn2uXutT9r3Oxdn3sDha7N2qmqqq5NfcTMxlMRHPEK9/srBV4e3NNUxMzVnu8EPYI9mg;giSqJmImYjwNvfmm/8AQ9ekes2z+S1+T1ofIMvh?AH03BmfxC587Pq0tPsOD/vE+PPoh7Vp7tM1QzFXNBYzFXNFWEV8P7JnDra3BarZna+zYu9m8fxvH011e9cXp06K6PhJzzRp8nY9mvhLXl+JYP6t3/6I1k9hZ9l/bleWrA4b/2fzBk+o4G8Nsdt3aNzC4jDW7NNFmq7romrmrppy3+MD7BRQEAUUEAHyWL9lXgBhMbiMDidrU2sVhbtdi/bqtX+5uW6ppqp97y3T0SItHsqex9X3u28P9LXT61IO9Hsi8Ba/wDn2C+lepp9MiPZ7M27sTavGdrNoYfHcTp43se7Rd0as9OrRO7PTOWapLzJVlM1R4G3Z/2Vf+h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