How to use GenC class of B package

Best Nunit code snippet using B.GenC

TypeNameDifferenceTests.cs

Source:TypeNameDifferenceTests.cs Github

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...65 class GenA<T>66 { }67 class GenB<T>68 { }69 class GenC<T, R>70 { }71 namespace B72 {73 class GenX<T>74 { }75 class GenY<T>76 { }77 }78 }79 namespace B80 {81 class GenA<T>82 { }83 class GenB<T>84 { }85 class GenC<T, R>86 { }87 namespace B88 {89 class GenX<T>90 { }91 class GenY<T>92 { }93 }94 }95 #endregion96 public class TypeNameDifferenceTests97 {98 #region Mock types99 class Dummy100 {101 internal readonly int value;102 public Dummy(int value)103 {104 this.value = value;105 }106 public override string ToString()107 {108 return "Dummy " + value;109 }110 }111 class Dummy1112 {113 internal readonly int value;114 public Dummy1(int value)115 {116 this.value = value;117 }118 public override string ToString()119 {120 return "Dummy " + value;121 }122 }123 class DummyGenericClass<T>124 {125 private readonly object _obj;126 public DummyGenericClass(object obj)127 {128 _obj = obj;129 }130 public override string ToString()131 {132 return _obj.ToString();133 }134 }135 #endregion136 TypeNameDifferenceResolver _differenceGetter;137 [SetUp]138 public void TestSetup()139 {140 _differenceGetter = new TypeNameDifferenceResolver();141 }142 private void TestShortenedNameDifference(object objA, object objB, string expectedA, string expectedB)143 {144 string actualA, actualB;145 _differenceGetter.ResolveTypeNameDifference(146 objA, objB, out actualA, out actualB);147 Assert.That(actualA, Is.EqualTo(expectedA));148 Assert.That(actualB, Is.EqualTo(expectedB));149 }150 [Test]151 public void TestResolveTypeNameDifferenceNonGenericDifferingTypes()152 {153 TestShortenedNameDifference(154 new Dummy(1),155 new Dummy1(1),156 "TypeNameDifferenceTests+Dummy",157 "TypeNameDifferenceTests+Dummy1");158 }159 [Test]160 public void TestResolveTypeNameDifferenceNonGenericNonDifferingTypes()161 {162 TestShortenedNameDifference(163 new Dummy(1),164 new Dummy(1),165 "TypeNameDifferenceTests+Dummy",166 "TypeNameDifferenceTests+Dummy");167 }168 [Test]169 public void TestResolveTypeNameDifferenceNonGenericNonDifferingTypesSingularDiffNamespace()170 {171 TestShortenedNameDifference(172 new DifferingNamespace1.Dummy(1),173 new Dummy(1),174 "Dummy",175 "TypeNameDifferenceTests+Dummy");176 }177 [Test]178 public void TestResolveTypeNameDifferenceNonGenericNonDifferingTypesBothDiffNamespace()179 {180 TestShortenedNameDifference(181 new DifferingNamespace1.Dummy(1),182 new DifferingNamespace2.Dummy(1),183 "DifferingNamespace1.Dummy",184 "DifferingNamespace2.Dummy");185 }186 [Test]187 public void TestResolveTypeNameDifferenceGeneric()188 {189 TestShortenedNameDifference(190 new DummyGenericClass<Dummy1>(new Dummy(1)),191 new DummyGenericClass<Dummy>(new Dummy(1)),192 "TypeNameDifferenceTests+DummyGenericClass`1[TypeNameDifferenceTests+Dummy1]",193 "TypeNameDifferenceTests+DummyGenericClass`1[TypeNameDifferenceTests+Dummy]");194 }195 [Test]196 public void TestResolveTypeNameDifferenceGenericDifferingNamespaces()197 {198 TestShortenedNameDifference(199 new DummyGenericClass<Dummy>(new Dummy(1)),200 new DummyGenericClass<DifferingNamespace1.Dummy>(new DifferingNamespace1.Dummy(1)),201 "TypeNameDifferenceTests+DummyGenericClass`1[TypeNameDifferenceTests+Dummy]",202 "TypeNameDifferenceTests+DummyGenericClass`1[Dummy]");203 TestShortenedNameDifference(204 new DummyGenericClass<DifferingNamespace1.Dummy>(new DifferingNamespace1.Dummy(1)),205 new DummyGenericClass<Dummy>(new Dummy(1)),206 "TypeNameDifferenceTests+DummyGenericClass`1[Dummy]",207 "TypeNameDifferenceTests+DummyGenericClass`1[TypeNameDifferenceTests+Dummy]");208 TestShortenedNameDifference(209 new DummyGenericClass<DifferingNamespace1.Dummy>(new DifferingNamespace1.Dummy(1)),210 new DummyGenericClass<DifferingNamespace2.Dummy>(new DifferingNamespace2.Dummy(1)),211 "TypeNameDifferenceTests+DummyGenericClass`1[DifferingNamespace1.Dummy]",212 "TypeNameDifferenceTests+DummyGenericClass`1[DifferingNamespace2.Dummy]");213 }214 [Test]215 public void TestResolveTypeNameDifferenceGenericDifferentAmountGenericParams()216 {217 TestShortenedNameDifference(218 new DummyGenericClass<Dummy>(new Dummy(1)),219 new KeyValuePair<int, string>(1, ""),220 "TypeNameDifferenceTests+DummyGenericClass`1[TypeNameDifferenceTests+Dummy]",221 "KeyValuePair`2[Int32,String]");222 TestShortenedNameDifference(223 new KeyValuePair<int, string>(1, ""),224 new DummyGenericClass<Dummy>(new Dummy(1)),225 "KeyValuePair`2[Int32,String]",226 "TypeNameDifferenceTests+DummyGenericClass`1[TypeNameDifferenceTests+Dummy]");227 }228 [Test]229 public void TestResolveNameDifferenceOneIsGenericOtherIsNot()230 {231 TestShortenedNameDifference(232 new DummyGenericClass<Dummy>(new Dummy(1)),233 new Dummy(1),234 "DummyGenericClass`1[Dummy]",235 "Dummy");236 TestShortenedNameDifference(237 new Dummy(1),238 new DummyGenericClass<Dummy>(new Dummy(1)),239 "Dummy",240 "DummyGenericClass`1[Dummy]");241 TestShortenedNameDifference(242 new KeyValuePair<string, int>("str", 0),243 new Dummy(1),244 "KeyValuePair`2[String,Int32]",245 "Dummy");246 TestShortenedNameDifference(247 new Dummy(1),248 new KeyValuePair<string, int>("str", 0),249 "Dummy",250 "KeyValuePair`2[String,Int32]");251 TestShortenedNameDifference(252 new Dummy(1),253 new A.GenA<B.GenA<B.GenC<string, int>>>(),254 "Dummy",255 "GenA`1[GenA`1[GenC`2[String,Int32]]]");256 TestShortenedNameDifference(257 new A.GenA<B.GenA<B.GenC<string, int>>>(),258 new Dummy(1),259 "GenA`1[GenA`1[GenC`2[String,Int32]]]",260 "Dummy");261 }262 [Test]263 public void TestNestedGenerics()264 {265 TestShortenedNameDifference(266 new DifferingNamespace1.DummyGeneric<List<string>>(new List<string>()),267 new DifferingNamespace1.DummyGeneric<IEnumerable<string>>(new List<string>()),268 "DummyGeneric`1[List`1[String]]",269 "DummyGeneric`1[IEnumerable`1[String]]");270 TestShortenedNameDifference(271 new DifferingNamespace1.DummyGeneric<IEnumerable<string>>(new List<string>()),272 new DifferingNamespace1.DummyGeneric<List<string>>(new List<string>()),273 "DummyGeneric`1[IEnumerable`1[String]]",274 "DummyGeneric`1[List`1[String]]");275 TestShortenedNameDifference(276 new DifferingNamespace1.DummyGeneric<KeyValuePair<DifferingNamespace1.Dummy, DifferingNamespace2.Dummy>>(new KeyValuePair<DifferingNamespace1.Dummy, DifferingNamespace2.Dummy>()),277 new DifferingNamespace1.DummyGeneric<KeyValuePair<DifferingNamespace2.Dummy, DifferingNamespace1.Dummy>>(new KeyValuePair<DifferingNamespace2.Dummy, DifferingNamespace1.Dummy>()),278 "DummyGeneric`1[KeyValuePair`2[DifferingNamespace1.Dummy,DifferingNamespace2.Dummy]]",279 "DummyGeneric`1[KeyValuePair`2[DifferingNamespace2.Dummy,DifferingNamespace1.Dummy]]");280 TestShortenedNameDifference(281 new DifferingNamespace1.DummyGeneric<KeyValuePair<DifferingNamespace2.Dummy, DifferingNamespace1.Dummy>>(new KeyValuePair<DifferingNamespace2.Dummy, DifferingNamespace1.Dummy>()),282 new DifferingNamespace1.DummyGeneric<KeyValuePair<DifferingNamespace1.Dummy, DifferingNamespace2.Dummy>>(new KeyValuePair<DifferingNamespace1.Dummy, DifferingNamespace2.Dummy>()),283 "DummyGeneric`1[KeyValuePair`2[DifferingNamespace2.Dummy,DifferingNamespace1.Dummy]]",284 "DummyGeneric`1[KeyValuePair`2[DifferingNamespace1.Dummy,DifferingNamespace2.Dummy]]");285 TestShortenedNameDifference(286 new A.GenA<A.B.GenX<int>>(),287 new B.GenA<A.B.GenX<short>>(),288 "A.GenA`1[GenX`1[Int32]]",289 "B.GenA`1[GenX`1[Int16]]");290 TestShortenedNameDifference(291 new B.GenA<A.B.GenX<short>>(),292 new A.GenA<A.B.GenX<int>>(),293 "B.GenA`1[GenX`1[Int16]]",294 "A.GenA`1[GenX`1[Int32]]");295 TestShortenedNameDifference(296 new A.GenC<int, string>(),297 new B.GenC<int, A.GenA<string>>(),298 "A.GenC`2[Int32,String]",299 "B.GenC`2[Int32,GenA`1[String]]");300 TestShortenedNameDifference(301 new A.GenA<A.GenC<string, int>>(),302 new B.GenC<A.GenA<List<int>>, B.GenC<string, int>>(),303 "GenA`1[GenC`2[String,Int32]]",304 "GenC`2[GenA`1[List`1[Int32]],GenC`2[String,Int32]]");305 TestShortenedNameDifference(306 new B.GenC<A.GenA<List<int>>, B.GenC<string, int>>(),307 new A.GenA<A.GenC<string, int>>(),308 "GenC`2[GenA`1[List`1[Int32]],GenC`2[String,Int32]]",309 "GenA`1[GenC`2[String,Int32]]");310 TestShortenedNameDifference(311 new B.GenC<A.GenA<List<int>>, B.GenC<string, B.GenC<string, int>>>(),312 new A.GenA<B.GenC<string, B.GenC<string,int>>>(),313 "GenC`2[GenA`1[List`1[Int32]],GenC`2[String,GenC`2[String,Int32]]]",314 "GenA`1[GenC`2[String,GenC`2[String,Int32]]]");315 TestShortenedNameDifference(316 new A.GenA<B.GenC<string, B.GenC<string, int>>>(),317 new B.GenC<A.GenA<List<int>>, B.GenC<string, B.GenC<string, int>>>(),318 "GenA`1[GenC`2[String,GenC`2[String,Int32]]]",319 "GenC`2[GenA`1[List`1[Int32]],GenC`2[String,GenC`2[String,Int32]]]");320 }321 [Test]322 public void TestIsObjectInstanceGeneric()323 {324 var notGeneric = new DifferingNamespace1.Dummy(1);325 Assert.False(_differenceGetter.IsTypeGeneric(notGeneric.GetType()));326 var generic = new DifferingNamespace1.DummyGeneric<DifferingNamespace1.Dummy>(new DifferingNamespace1.Dummy(1));327 Assert.That(_differenceGetter.IsTypeGeneric(generic.GetType()));328 }329 [Test]330 public void TestGetTopLevelGenericName()331 {332 var generic = new DifferingNamespace1.DummyGeneric<int>(1).GetType();333 var expected = "NUnit.Framework.Internal.DifferingNamespace1.DummyGeneric`1";334 var actual = _differenceGetter.GetGenericTypeName(generic);335 Assert.AreEqual(expected, actual);336 }337 [Test]338 public void TestGetTopLevelGenericNameThrowsWhenNotGeneric()339 {340 var notGeneric = new object().GetType();341 Assert.Throws<ArgumentException>(() => _differenceGetter.GetGenericTypeName(notGeneric));342 }343 [Test]344 public void TestReconstructShortenedGenericTypeName()345 {346 var expected = "KeyValuePair`2[String,Int32]";347 var actual = _differenceGetter.ReconstructGenericTypeName(348 "KeyValuePair`2",349 new List<string>() { "String", "Int32" });350 Assert.AreEqual(expected, actual);351 }352 private void TestShortenTypeNames(object objA, object objB, string shortenedA, string shortenedB)353 {354 string actualA, actualB;355 _differenceGetter.ShortenTypeNames(objA.GetType(), objB.GetType(), out actualA, out actualB);356 Assert.AreEqual(shortenedA, actualA);357 Assert.AreEqual(shortenedB, actualB);358 }359 [Test]360 public void TestShortenTypeNamesDifferingNamespace()361 {362 TestShortenTypeNames(363 new DifferingNamespace1.Dummy(1),364 new DifferingNamespace2.Dummy(1),365 "DifferingNamespace1.Dummy",366 "DifferingNamespace2.Dummy");367 }368 private void TestShortenGenericTopLevelTypeNames(object objA, object objB, string shortenedA, string shortenedB)369 {370 string actualA, actualB;371 _differenceGetter.GetShortenedGenericTypes(objA.GetType(), objB.GetType(), out actualA, out actualB);372 Assert.AreEqual(shortenedA, actualA);373 Assert.AreEqual(shortenedB, actualB);374 }375 [Test]376 public void TestShortenGenericTopLevelTypes()377 {378 TestShortenGenericTopLevelTypeNames(379 new A.GenA<int>(),380 new B.GenA<int>(),381 "A.GenA`1",382 "B.GenA`1");383 TestShortenGenericTopLevelTypeNames(384 new KeyValuePair<string, int>(),385 new KeyValuePair<int, string>(),386 "KeyValuePair`2",387 "KeyValuePair`2");388 }389 private void TestFullyShortenTypeName(Type type, string expectedOutput)390 {391 string actual = _differenceGetter.FullyShortenTypeName(type);392 Assert.AreEqual(expectedOutput, actual);393 }394 [Test]395 public void TestFullyShortenTypeName()396 {397 TestFullyShortenTypeName(398 new A.GenA<A.GenA<int>>().GetType(),399 "GenA`1[GenA`1[Int32]]");400 TestFullyShortenTypeName(401 new A.GenC<B.GenA<int>, A.GenA<int>>().GetType(),402 "GenC`2[GenA`1[Int32],GenA`1[Int32]]");403 }404 }405}...

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test4.cs

Source:test4.cs Github

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...8 public static string teststr1 = null;9 public static string[] teststr2 = new string[3];10 public static string teststr3 = null;11 public const string teststr4 = "const string\""; /​/​ special case for DiffObjRef12 public const string testgenstr4 = "GenC const string\""; /​/​ special case for DiffObjRef13 public static string teststr5 = null; /​/​ special case for DiffObjRef14 public static bool TestSameObjRef()15 {16 Console.WriteLine();17 Console.WriteLine("When NGEN'ed, two strings in different modules have different object reference");18 Console.WriteLine("When NGEN'ed, two strings in the same module have same object reference");19 Console.WriteLine("When JIT'ed, two strings always have same object reference");20 Console.WriteLine();21 Console.WriteLine("Testing SameObjRef");22 bool passed = true;23 string b = null;24 try25 {26 teststr1 = "static \uC09C\u7B8B field";27 b = C.teststr1;28 throw new Exception();29 }30 catch (System.Exception)31 {32 }33 if ((object)teststr1 != (object)b)34 {35 passed = false;36 Console.WriteLine("FAILED, (object) teststr1 == (object) b is expected");37 }38 try39 {40 teststr2[0] = "\u3F2Aarray element 0";41 b = C.teststr2[0];42 throw new Exception();43 }44 catch (System.Exception)45 {46 if ((object)teststr2[0] != (object)C.teststr2[0])47 {48 passed = false;49 Console.WriteLine("FAILED, (object) teststr2[0] == (object)C.teststr2[0] is expected");50 }51 }52 try53 {54 throw new Exception();55 }56 catch (System.Exception)57 {58 teststr2[1] = "array element 1\uCB53";59 b = C.teststr2[1];60 }61 if ((object)teststr2[1] != (object)b)62 {63 passed = false;64 Console.WriteLine("FAILED, (object) teststr2[1] == (object) b is expected");65 }66 try67 {68 throw new Exception();69 }70 catch (System.Exception)71 {72 }73 finally74 {75 teststr2[2] = "array \u47BBelement 2";76 }77 if ((object)teststr2[2] != (object)C.teststr2[2])78 {79 passed = false;80 Console.WriteLine("FAILED, (object)teststr2[2] == (object)C.teststr2[2] is expected");81 }82 try83 {84 teststr3 = @"method return\\";85 throw new Exception();86 }87 catch (System.Exception)88 {89 if ((object)teststr3 != (object)C.teststr3())90 {91 passed = false;92 Console.WriteLine("FAILED, (object) teststr3 == (object)C.teststr3() is expected");93 }94 try95 {96 }97 finally98 {99 if ((object)teststr4 != (object)C.teststr4)100 {101 passed = false;102 Console.WriteLine("FAILED, (object)teststr4 != (object)C.teststr4 is expected");103 }104 try105 {106 throw new Exception();107 }108 catch109 {110 }111 finally112 {113 teststr5 = String.Empty;114 if ((object)teststr5 != (object)C.teststr5)115 {116 passed = false;117 Console.WriteLine("FAILED, (object) teststr5 != (object)C.teststr5 is expected");118 }119 }120 }121 }122 /​/​ Generic Class123 try124 {125 teststr1 = "GenC static \uC09C\u7B8B field";126 b = GenC<string>.teststr1;127 throw new Exception();128 }129 catch (System.Exception)130 {131 }132 if ((object)teststr1 != (object)b)133 {134 passed = false;135 Console.WriteLine("FAILED, (object)teststr1 == (object)GenC<string>.teststr1 is expected");136 }137 try138 {139 teststr2[0] = "GenC \u3F2Aarray element 0";140 throw new Exception();141 }142 catch (System.Exception)143 {144 if ((object)teststr2[0] != (object)GenC<string>.teststr2[0])145 {146 passed = false;147 Console.WriteLine("FAILED, (object) teststr2[0] == (object)GenC<string>.teststr2[0] is expected");148 }149 }150 try151 {152 throw new Exception();153 }154 catch (System.Exception)155 {156 teststr2[1] = "GenC array element 1\uCB53";157 b = GenC<string>.teststr2[1];158 }159 if ((object)teststr2[1] != (object)b)160 {161 passed = false;162 Console.WriteLine("FAILED, (object) teststr2[1] == (object)GenC<string>.teststr2[1] is expected");163 }164 try165 {166 throw new Exception();167 }168 catch (System.Exception)169 {170 }171 finally172 {173 teststr2[2] = "GenC array \u47BBelement 2";174 }175 if ((object)teststr2[2] != (object)GenC<string>.teststr2[2])176 {177 passed = false;178 Console.WriteLine("FAILED, (object)teststr2[2] == (object)GenC<string>.teststr2[2] is expected");179 }180 try181 {182 teststr3 = @"GenC method return\\";183 throw new Exception();184 }185 catch (System.Exception)186 {187 if ((object)teststr3 != (object)GenC<string>.teststr3<int>())188 {189 passed = false;190 Console.WriteLine("FAILED, (object) teststr3 == (object)GenC<string>.teststr3<int>() is expected");191 }192 try193 {194 }195 finally196 {197 if ((object)testgenstr4 != (object)GenC<string>.teststr4)198 {199 passed = false;200 Console.WriteLine("FAILED, (object)testgenstr4 != (object)GenC<string>.teststr4 is expected");201 }202 try203 {204 throw new Exception();205 }206 catch207 {208 }209 finally210 {211 teststr5 = String.Empty;212 if ((object)teststr5 != (object)GenC<string>.teststr5)213 {214 passed = false;215 Console.WriteLine("FAILED, (object) teststr5 != (object)GenC<string>.teststr5 is expected");216 }217 }218 }219 }220 return passed;221 }222 public static bool TestDiffObjRef()223 {224 Console.WriteLine();225 Console.WriteLine("When NGEN'ed, two strings in different modules have different object reference");226 Console.WriteLine("When NGEN'ed, two strings in the same module have same object reference");227 Console.WriteLine("When JIT'ed, two strings always have same object reference");228 Console.WriteLine();229 Console.WriteLine("Testing DiffObjRef");230 bool passed = true;231 string b = null;232 try233 {234 teststr1 = "static \uC09C\u7B8B field";235 b = C.teststr1;236 throw new Exception();237 }238 catch (System.Exception)239 {240 }241 if ((object)teststr1 == (object)b)242 {243 passed = false;244 Console.WriteLine("FAILED, (object) teststr1 == (object) b is NOT expected");245 }246 try247 {248 teststr2[0] = "\u3F2Aarray element 0";249 b = C.teststr2[0];250 throw new Exception();251 }252 catch (System.Exception)253 {254 if ((object)teststr2[0] == (object)C.teststr2[0])255 {256 passed = false;257 Console.WriteLine("FAILED, (object) teststr2[0] == (object)C.teststr2[0] is NOT expected");258 }259 }260 try261 {262 throw new Exception();263 }264 catch (System.Exception)265 {266 teststr2[1] = "array element 1\uCB53";267 b = C.teststr2[1];268 }269 if ((object)teststr2[1] == (object)b)270 {271 passed = false;272 Console.WriteLine("FAILED, (object) teststr2[1] == (object) b is NOT expected");273 }274 try275 {276 throw new Exception();277 }278 catch (System.Exception)279 {280 }281 finally282 {283 teststr2[2] = "array \u47BBelement 2";284 }285 if ((object)teststr2[2] == (object)C.teststr2[2])286 {287 passed = false;288 Console.WriteLine("FAILED, (object)teststr2[2] == (object)C.teststr2[2] is NOT expected");289 }290 try291 {292 teststr3 = @"method return\\";293 throw new Exception();294 }295 catch (System.Exception)296 {297 if ((object)teststr3 == (object)C.teststr3())298 {299 passed = false;300 Console.WriteLine("FAILED, (object) teststr3 == (object)C.teststr3() is NOT expected");301 }302 try303 {304 }305 finally306 {307 /​/​ Special case for const literal teststr4308 /​/​ two consecutive LDSTR is emitted by C# compiler for the following statement309 /​/​ as a result, both are interned in the same module and object comparison returns true310 if ((object)teststr4 != (object)C.teststr4)311 {312 passed = false;313 Console.WriteLine("FAILED, (object)teststr4 == (object)C.teststr4 is expected");314 }315 try316 {317 throw new Exception();318 }319 catch320 {321 }322 finally323 {324 teststr5 = String.Empty;325 /​/​ Special case for String.Empty326 /​/​ String.Empty is loaded using LDSFLD, rather than LDSTR in any module327 /​/​ as a result, it is always the same reference to [mscorlib]System.String::Empty,328 /​/​ and object comparison return true329 if ((object)teststr5 != (object)C.teststr5)330 {331 passed = false;332 Console.WriteLine("FAILED, (object) teststr5 == (object)C.teststr5 is expected");333 }334 }335 }336 }337 /​/​ Generic Class338 try339 {340 teststr1 = "GenC static \uC09C\u7B8B field";341 b = GenC<string>.teststr1;342 throw new Exception();343 }344 catch (System.Exception)345 {346 }347 if ((object)teststr1 == (object)b)348 {349 passed = false;350 Console.WriteLine("FAILED, (object)teststr1 == (object)GenC<string>.teststr1 is NOT expected");351 }352 try353 {354 teststr2[0] = "GenC \u3F2Aarray element 0";355 throw new Exception();356 }357 catch (System.Exception)358 {359 if ((object)teststr2[0] == (object)GenC<string>.teststr2[0])360 {361 passed = false;362 Console.WriteLine("FAILED, (object) teststr2[0] == (object)GenC<string>.teststr2[0] is NOT expected");363 }364 }365 try366 {367 throw new Exception();368 }369 catch (System.Exception)370 {371 teststr2[1] = "GenC array element 1\uCB53";372 b = GenC<string>.teststr2[1];373 }374 if ((object)teststr2[1] == (object)b)375 {376 passed = false;377 Console.WriteLine("FAILED, (object) teststr2[1] == (object)GenC<string>.teststr2[1] is NOT expected");378 }379 try380 {381 throw new Exception();382 }383 catch (System.Exception)384 {385 }386 finally387 {388 teststr2[2] = "GenC array \u47BBelement 2";389 }390 if ((object)teststr2[2] == (object)GenC<string>.teststr2[2])391 {392 passed = false;393 Console.WriteLine("FAILED, (object)teststr2[2] == (object)GenC<string>.teststr2[2] is NOT expected");394 }395 try396 {397 teststr3 = @"GenC method return\\";398 throw new Exception();399 }400 catch (System.Exception)401 {402 if ((object)teststr3 == (object)GenC<string>.teststr3<int>())403 {404 passed = false;405 Console.WriteLine("FAILED, (object) teststr3 == (object)GenC<string>.teststr3<int>() is NOT expected");406 }407 try408 {409 }410 finally411 {412 /​/​ Special case for const literal teststr4413 /​/​ two consecutive LDSTR is emitted by C# compiler for the following statement414 /​/​ as a result, both are interned in the same module and object comparison returns true415 if ((object)testgenstr4 != (object)GenC<string>.teststr4)416 {417 passed = false;418 Console.WriteLine("FAILED, (object)testgenstr4 == (object)GenC<string>.teststr4 is expected");419 }420 try421 {422 throw new Exception();423 }424 catch425 {426 }427 finally428 {429 teststr5 = String.Empty;430 /​/​ Special case for String.Empty431 /​/​ String.Empty is loaded using LDSFLD, rather than LDSTR in any module432 /​/​ as a result, it is always the same reference to [mscorlib]System.String::Empty,433 /​/​ and object comparison return true434 if ((object)teststr5 != (object)GenC<string>.teststr5)435 {436 passed = false;437 Console.WriteLine("FAILED, (object) teststr5 == (object)GenC<string>.teststr5 is expected");438 }439 }440 }441 }442 return passed;443 }444 public static int Main(string[] args)445 {446 bool passed = false;447 if ((args.Length < 1) || (args[0].ToUpper() == "SAMEOBJREF"))448 passed = TestSameObjRef();449 else if (args[0].ToUpper() == "DIFFOBJREF")450 passed = TestDiffObjRef();451 else...

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test1.cs

Source:test1.cs Github

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...47 {48 Console.WriteLine("(object)teststr5 == (object)C.teststr5 is expected. FAILED");49 passed = false;50 }51 if ((object)teststr1 == (object)GenC<string>.teststr1)52 {53 Console.WriteLine("(object)teststr1 == (object)GenC<string>.teststr1 is not expected. FAILED");54 passed = false;55 }56 if ((object)teststr2[0] == (object)GenC<string>.teststr2[0])57 {58 Console.WriteLine("(object)teststr2[0] == (object)GenC<string>.teststr2[0] is not expected. FAILED");59 passed = false;60 }61 if ((object)teststr3() == (object)GenC<string>.teststr3<string>())62 {63 Console.WriteLine("(object)teststr3() == (object)GenC<string>.teststr3<string>() is not expected. FAILED");64 passed = false;65 }66 if (Object.ReferenceEquals((object)teststr4, (object)GenC<string>.teststr4))67 {68 Console.WriteLine("Object.ReferenceEquals((object)teststr4, (object)GenC<string>.teststr4) is not expected. FAILED");69 passed = false;70 }71 if ((object)teststr5 != (object)GenC<string>.teststr5)72 {73 Console.WriteLine("(object)teststr5 != (object)GenC<string>.teststr5 is not expected. FAILED");74 passed = false;75 }76 return passed;77 }78 public static bool TestDiffObjRef()79 {80 Console.WriteLine();81 Console.WriteLine("When NGEN'ed, two strings in different modules have different object reference");82 Console.WriteLine("When NGEN'ed, two strings in the same module have same object reference");83 Console.WriteLine("When JIT'ed, two strings always have same object reference");84 Console.WriteLine();85 Console.WriteLine("Testing DiffObjRef");86 bool passed = true;87 if ((object)teststr1 == (object)C.teststr1)88 {89 Console.WriteLine("(object)teststr1 == (object)C.teststr1 is not expected. FAILED");90 passed = false;91 }92 if ((object)teststr2[0] == (object)C.teststr2[0])93 {94 Console.WriteLine("(object)teststr2[0] == (object)C.teststr2[0] is not expected. FAILED");95 passed = false;96 }97 if (Object.ReferenceEquals((object)teststr3(), (object)C.teststr3()))98 {99 Console.WriteLine("(object)teststr3() == (object)C.teststr3() is not expected. FAILED");100 passed = false;101 }102 /​/​ Special case for const literal teststr4103 /​/​ two consecutive LDSTR is emitted by C# compiler for the following statement104 /​/​ as a result, both are interned in the same module and object comparison returns true105 if ((object)teststr4 != (object)C.teststr4)106 {107 Console.WriteLine("(object)teststr4 != (object)C.teststr4 is not expected. FAILED");108 passed = false;109 }110 /​/​ Special case for String.Empty111 /​/​ String.Empty is loaded using LDSFLD, rather than LDSTR in any module112 /​/​ as a result, it is always the same reference to [mscorlib]System.String::Empty,113 /​/​ and object comparison return true114 if ((object)teststr5 != (object)C.teststr5)115 {116 Console.WriteLine("(object)teststr5 != (object)C.teststr5 is not expected. FAILED");117 passed = false;118 }119 if ((object)"GenC static \uC09C\u7B8B field" == (object)GenC<string>.teststr1)120 {121 Console.WriteLine("(object)\"GenC static \uC09C\u7B8B field\" == (object)GenC<string>.teststr1 is not expected. FAILED");122 passed = false;123 }124 if ((object)"GenC \u3F2Aarray element 0" == (object)GenC<string>.teststr2[0])125 {126 Console.WriteLine("(object)\"GenC \u3F2Aarray element 0\" == (object)GenC<string>.teststr2[0] is not expected. FAILED");127 passed = false;128 }129 if ((object)@"GenC method return\\" == (object)GenC<string>.teststr3<string>())130 {131 Console.WriteLine("(object)\"GenC method return\\\" == (object)GenC<string>.teststr3<string>() is not expected. FAILED");132 passed = false;133 }134 /​/​ Special case for const literal teststr4135 /​/​ two consecutive LDSTR is emitted by C# compiler for the following statement136 /​/​ as a result, both are interned in the same module and object comparison returns true137 if (!Object.ReferenceEquals((object)"GenC const string\"", (object)GenC<string>.teststr4))138 {139 Console.WriteLine("(object)\"GenC const string\"\" != (object)GenC<string>.teststr4 is not expected. FAILED");140 passed = false;141 }142 /​/​ Special case for String.Empty143 /​/​ String.Empty is loaded using LDSFLD, rather than LDSTR in any module144 /​/​ as a result, it is always the same reference to [mscorlib]System.String::Empty,145 /​/​ and object comparison return true146 if ((object)teststr5 != (object)GenC<string>.teststr5)147 {148 Console.WriteLine("(object)teststr5 != (object)GenC<string>.teststr5 is not expected. FAILED");149 passed = false;150 }151 return passed;152 }153 public static int Main(string[] args)154 {155 bool passed = false;156 if ((args.Length < 1) || (args[0].ToUpper() == "SAMEOBJREF"))157 passed = TestSameObjRef();158 else if (args[0].ToUpper() == "DIFFOBJREF")159 passed = TestDiffObjRef();160 else161 {162 Console.WriteLine("Usage: Test1.exe [SameObjRef|DiffObjRef]");...

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test2.cs

Source:test2.cs Github

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...17 bool passed = true;18 switch (C.teststr1)19 {20 case "static \uC09C\u7B8B field":21 switch (GenC<object>.teststr2[0])22 {23 case "\u3F2Aarray element 0":24 passed = false;25 break;26 default:27 break;28 }29 break;30 default:31 passed = false;32 break;33 }34 switch (C.teststr3())35 {36 case @"method return\\":37 switch (GenC<string>.teststr5)38 {39 case "":40 switch (C.teststr3())41 {42 case @"method return\\":43 break;44 default:45 passed = false;46 break;47 }48 break;49 default:50 passed = false;51 break;52 }53 break;54 default:55 passed = false;56 break;57 }58 int i;59 for (i = 1; (i < teststr2.Length) && (object)C.teststr2[i] == (object)teststr2[i]; i++)60 ;61 if (i != teststr2.Length)62 {63 Console.WriteLine("for, (object)C.teststr2[i]==(object)teststr2[i] is not expected, FAILED");64 passed = false;65 }66 switch (GenC<string>.teststr1)67 {68 case "static \uC09C\u7B8B field":69 passed = false;70 break;71 default:72 switch (GenC<string>.teststr2[0])73 {74 case "GenC \u3F2Aarray element 0":75 break;76 default:77 passed = false;78 break;79 }80 break;81 }82 switch (GenC<int>.teststr3<int>())83 {84 case @"GenC method return\\":85 switch (GenC<string>.teststr4)86 {87 case "GenC const string\"":88 break;89 default:90 passed = false;91 break;92 }93 break;94 default:95 passed = false;96 break;97 }98 for (i = 1; (i < teststr2.Length) && (object)GenC<object>.teststr2[i] != (object)C.teststr2[i]; i++)99 ;100 if (i != teststr2.Length)101 {102 Console.WriteLine("for, (object)GenC<object>.teststr2[i]!=(object)C.teststr2[i] is not expected, FAILED");103 passed = false;104 }105 return passed;106 }107 public static bool TestDiffObjRef()108 {109 Console.WriteLine();110 Console.WriteLine("When NGEN'ed, two strings in different modules have different object reference");111 Console.WriteLine("When NGEN'ed, two strings in the same module have same object reference");112 Console.WriteLine("When JIT'ed, two strings always have same object reference");113 Console.WriteLine();114 Console.WriteLine("Testing DiffObjRef");115 bool passed = true;116 switch (C.teststr1)117 {118 case "static \uC09C\u7B8B field":119 switch (C.teststr2[0])120 {121 case "\u3F2Aarray element 0":122 break;123 default:124 passed = false;125 break;126 }127 break;128 default:129 passed = false;130 break;131 }132 switch (C.teststr3())133 {134 case @"method return\\":135 switch (GenC<string>.teststr5)136 {137 case "":138 switch (C.teststr3())139 {140 case @"method return\\":141 break;142 default:143 passed = false;144 break;145 }146 break;147 default:148 passed = false;149 break;150 }151 break;152 default:153 passed = false;154 break;155 }156 for (int i = 1; (i < teststr2.Length) && (object)C.teststr2[i] == (object)teststr2[i]; i++)157 {158 Console.WriteLine("for, (object)C.teststr2[i]==(object)teststr2[i] is not expected, FAILED");159 passed = false;160 }161 switch (GenC<string>.teststr1)162 {163 case "static \uC09C\u7B8B field":164 passed = false;165 break;166 default:167 switch (GenC<string>.teststr2[0])168 {169 case "GenC \u3F2Aarray element 0":170 break;171 default:172 passed = false;173 break;174 }175 break;176 }177 switch (GenC<int>.teststr3<int>())178 {179 case @"GenC method return\\":180 switch (GenC<string>.teststr4)181 {182 case "GenC const string\"":183 break;184 default:185 passed = false;186 break;187 }188 break;189 default:190 passed = false;191 break;192 }193 for (int i = 1; (i < teststr2.Length) && (object)GenC<object>.teststr2[i] == (object)"GenC array element 1\uCB53"; i++)194 {195 Console.WriteLine("for, (object)GenC<object>.teststr2[i]==(object)C.teststr2[i] is not expected, FAILED");196 passed = false;197 }198 return passed;199 }200 public static int Main(string[] args)201 {202 bool passed = false;203 if ((args.Length < 1) || (args[0].ToUpper() == "SAMEOBJREF"))204 passed = TestSameObjRef();205 else if (args[0].ToUpper() == "DIFFOBJREF")206 passed = TestDiffObjRef();207 else208 {209 Console.WriteLine("Usage: Test2.exe [SameObjRef|DiffObjRef]");...

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GenCodeVisitor.cs

Source:GenCodeVisitor.cs Github

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...5using ProgramTree;6using System.Reflection.Emit;7namespace SimpleLang.Visitors8{9 public class GenCodeVisitor: Visitor10 {11 private Dictionary<string, LocalBuilder> vars = new Dictionary<string, LocalBuilder>();12 private GenCodeCreator genc;13 public GenCodeVisitor()14 {15 genc = new GenCodeCreator();16 }17 public override void VisitIdNode(IdNode id) 18 {19 /​/​ Этот Visit не вызывается если переменная стоит слева от оператора присваивания !20 /​/​ Т.е. он вызывается только если id находится в выражении, а значит, мы просто кладем его значение на стек!21 genc.Emit(OpCodes.Ldloc, vars[id.Name]);22 }23 public override void VisitIntNumNode(IntNumNode num) 24 {25 genc.Emit(OpCodes.Ldc_I4, num.Num);26 }27 public override void VisitBinOpNode(BinOpNode binop) 28 {29 binop.Left.Visit(this);...

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Gaa.cs

Source:Gaa.cs Github

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...15 Random rand = new Random();16 int N = 10;17 static int size = 10;18 public List<int> GenA = new List<int>();19 public List<int> GenC = new List<int>();20 public List<int> GenB = new List<int>();21 public int ostA = size;22 public int ostB = size;23 public int ostC = size;24 public Xromossomi(int i)25 {26 ostA = i;27 ostB = i;28 ostC = i;29 }30 public Xromossomi() { }31 }32 Xromossomi nach()33 {34 Xromossomi xrom = new Xromossomi();35 int buff = 0;36 for (int i = 0; i < N /​ 2 - 1; i++)37 {38 if (xrom.ostA == 2)39 {40 buff = 2;41 xrom.ostA = 0;42 }43 else44 if (xrom.ostA == 1)45 {46 xrom.GenA[xrom.GenA.Count - 1]++;47 xrom.ostA = 0;48 buff = 0;49 }50 else51 if (xrom.ostA == 0)52 buff = 0;53 else54 xrom.ostA -= buff = rand.Next(2, xrom.ostA);55 xrom.GenA.Add(buff);56 }57 xrom.GenA.Add(xrom.ostA);58 /​/​59 int s = N % 3 == 2 ? N /​ 3 + 1 : N /​ 3;60 int t = N % 3 == 1 || N % 3 == 2 ? N /​ 3 + 1 : N /​ 3;61 buff = 0;62 for (int i = 0; i < N /​ 2 - 1; i++)63 {64 if (xrom.ostB == 0 && 10 == xrom.GenA.Sum() && xrom.GenA[2] != 0)65 {66 }67 if (xrom.ostB == 2)68 {69 buff = 2;70 xrom.ostB = 0;71 }72 else73 if (xrom.ostB == 1)74 {75 if (xrom.GenB.Count == 0)76 xrom.GenA[(N /​ 3) - 1]++;77 else78 xrom.GenB[xrom.GenB.Count - 1]++;79 xrom.ostB = 0;80 }81 else82 if (xrom.ostB == 0)83 buff = 0;84 else85 xrom.ostB -= buff = rand.Next(2, xrom.ostB);86 xrom.GenB.Add(buff);87 }88 xrom.GenB.Add(xrom.ostB);89 /​/​/​90 for (int i = 0; i < N /​ 2 - 1; i++)91 {92 if (xrom.ostC == 2)93 {94 buff = 2;95 xrom.ostC = 0;96 }97 else98 if (xrom.ostC == 1)99 {100 xrom.GenC[xrom.GenC.Count - 1]++;101 xrom.ostC = 0;102 }103 else104 if (xrom.ostC == 0)105 buff = 0;106 else107 xrom.ostC -= buff = rand.Next(2, xrom.ostC);108 xrom.GenC.Add(buff);109 }110 if (xrom.ostC == 1)111 {112 xrom.GenC[xrom.GenC.Count - 1]++;113 xrom.ostC = 0;114 }115 else116 xrom.GenC.Add(xrom.ostC);117 return xrom;118 }119 public List<Xromossomi> SetXrom()120 {121 for (int i = 0; i < 50; i++)122 {123 nabor.Add(nach());124 }125 xor();126 return nabor;127 }128 void xor()129 {130 int[] massA = new int[50];131 int[] massB = new int[50];132 int[] massC = new int[50];133 int buff;134 int v;135 for (int i = 0; i < 50; i++)136 {137 massA[i] = i;138 }139 List<Xromossomi> nabor1 = new List<Xromossomi>();140 for (int i = 0; i < 50; i++)141 nabor1.Add(new Xromossomi());142 for (int i = 0; i < 50; i++)143 {144 buff = massA[v = rand.Next(50)];145 massA[v] = massA[v = rand.Next(50)];146 massA[v] = buff;147 }148 /​/​149 for (int i = 0; i < 50; i++)150 {151 buff = massB[v = rand.Next(50)];152 massB[v] = massB[v = rand.Next(50)];153 massB[v] = buff;154 }155 /​/​156 for (int i = 0; i < 50; i++)157 {158 buff = massC[v = rand.Next(50)];159 massC[v] = massC[v = rand.Next(50)];160 massC[v] = buff;161 }162 for (int i = 0; i < 50; i++)163 {164 nabor1[i].GenA = nabor[massA[i]].GenA;165 nabor1[i].GenB = nabor[massA[i]].GenB;166 nabor1[i].GenC = nabor[massA[i]].GenC;167 }168 nabor = nabor1;169 }170 void mutation()171 {172 Random rand = new Random();173 int i;174 foreach (var elem1 in nabor)175 {176 for (int i1 = 0; i1 < 1; i1++)177 {178 if (elem1.GenA[i = rand.Next(elem1.GenA.Count - 1)] - 2 > 1)179 {180 elem1.GenA[i] -= 2;181 elem1.GenA[rand.Next(elem1.GenA.Count - 1)] += 2;182 }183 if (elem1.GenB[i = rand.Next(elem1.GenB.Count - 1)] - 2 > 1)184 {185 elem1.GenB[i] -= 2;186 elem1.GenB[rand.Next(elem1.GenB.Count - 1)] += 2;187 }188 if (elem1.GenC[i = rand.Next(elem1.GenC.Count - 1)] - 2 > 1)189 {190 elem1.GenC[i] -= 2;191 elem1.GenC[rand.Next(elem1.GenC.Count - 1)] += 2;192 }193 }194 };195 }196 }197}...

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GenC

Using AI Code Generation

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1using B;2{3 static void Main()4 {5 GenC obj = new GenC();6 obj.Show();7 }8}9using C;10{11 static void Main()12 {13 GenC obj = new GenC();14 obj.Show();15 }16}

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GenC

Using AI Code Generation

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1using B;2{3{4public static void Main()5{6GenC obj = new GenC();7obj.show();8}9}10}11using B;12{13{14public static void Main()15{16GenC obj = new GenC();17obj.show();18}19}20}21Microsoft (R) Visual C# 2005 Compiler version 8.00.50727.42221.cs(11,1): error CS0246: The type or namespace name `GenC' could not be found. Are you missing a using directive or an assembly reference?231.cs(11,1): error CS0246: The type or namespace name `GenC' could not be found. Are you missing a using directive or an assembly reference?241.cs(11,1): error CS0246: The type or namespace name `GenC' could not be found. Are you missing a using directive or an assembly reference?251 Error(s)

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GenC

Using AI Code Generation

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1using B;2{3 static void Main()4 {5 GenC<int> g = new GenC<int>();6 g.Show(10);7 }8}9using B;10{11 static void Main()12 {13 GenD<int> g = new GenD<int>();14 g.Show(10);15 }16}17using B;18{19 static void Main()20 {21 GenE<int> g = new GenE<int>();22 g.Show(10);23 }24}25using B;26{27 static void Main()28 {29 GenF<int> g = new GenF<int>();30 g.Show(10);31 }32}33using B;34{35 static void Main()36 {37 GenG<int> g = new GenG<int>();38 g.Show(10);39 }40}41using B;42{43 static void Main()44 {45 GenH<int> g = new GenH<int>();46 g.Show(10);47 }48}49using B;50{51 static void Main()52 {53 GenI<int> g = new GenI<int>();54 g.Show(10);55 }56}57using B;58{59 static void Main()60 {61 GenJ<int> g = new GenJ<int>();62 g.Show(10);63 }64}65using B;66{67 static void Main()68 {69 GenK<int> g = new GenK<int>();70 g.Show(10);71 }72}73using B;

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GenC

Using AI Code Generation

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1using B;2{3static void Main()4{5GenC obj = new GenC();6obj.Show();7}8}

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GenC

Using AI Code Generation

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1using B;2{3 static void Main()4 {5 GenC<int> obj = new GenC<int>();6 obj.display(10);7 }8}9using B;10{11 static void Main()12 {13 GenC<int> obj = new GenC<int>();14 obj.display(10);15 }16}17using B;18{19 static void Main()20 {21 GenC<int> obj = new GenC<int>();22 obj.display(10);23 }24}25using B;26{27 static void Main()28 {29 GenC<int> obj = new GenC<int>();30 obj.display(10);31 }32}33using B;34{35 static void Main()36 {37 GenC<int> obj = new GenC<int>();38 obj.display(10);39 }40}41using B;42{43 static void Main()44 {

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Nunit tutorial

Nunit is a well-known open-source unit testing framework for C#. This framework is easy to work with and user-friendly. LambdaTest’s NUnit Testing Tutorial provides a structured and detailed learning environment to help you leverage knowledge about the NUnit framework. The NUnit tutorial covers chapters from basics such as environment setup to annotations, assertions, Selenium WebDriver commands, and parallel execution using the NUnit framework.

Chapters

  1. NUnit Environment Setup - All the prerequisites and setup environments are provided to help you begin with NUnit testing.
  2. NUnit With Selenium - Learn how to use the NUnit framework with Selenium for automation testing and its installation.
  3. Selenium WebDriver Commands in NUnit - Leverage your knowledge about the top 28 Selenium WebDriver Commands in NUnit For Test Automation. It covers web browser commands, web element commands, and drop-down commands.
  4. NUnit Parameterized Unit Tests - Tests on varied combinations may lead to code duplication or redundancy. This chapter discusses how NUnit Parameterized Unit Tests and their methods can help avoid code duplication.
  5. NUnit Asserts - Learn about the usage of assertions in NUnit using Selenium
  6. NUnit Annotations - Learn how to use and execute NUnit annotations for Selenium Automation Testing
  7. Generating Test Reports In NUnit - Understand how to use extent reports and generate reports with NUnit and Selenium WebDriver. Also, look into how to capture screenshots in NUnit extent reports.
  8. Parallel Execution In NUnit - Parallel testing helps to reduce time consumption while executing a test. Deep dive into the concept of Specflow Parallel Execution in NUnit.

NUnit certification -

You can also check out the LambdaTest Certification to enhance your learning in Selenium Automation Testing using the NUnit framework.

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