public void 泛型类_已定义参数类型()
{
Type type = typeof(Model_泛型1 <int, double, int>);
Assert.Equal("<int, double, int>", "<" + string.Join(",", GenericeAnalysis.GetGenriceParams(type)) + ">");
//Assert.Equal("<System.Int32, System.Double, System.Int32>", GenericeAnalysis.Analysis(type, true));
}
public void 子类非泛型_父类泛型已定义解析()
{
Type type = new Model_泛型3().GetType();
Assert.Equal("<int, double, int>", "<" + string.Join(",", GenericeAnalysis.GetGenriceParams(type)) + ">");
//Assert.Equal("<System.Int32, System.Double, System.Int32>", "<"+string.Join(",", GenericeAnalysis.GetGenriceParams(type))+">");
}
public void 泛型类_未定义参数类型()
{
Type type = typeof(Model_泛型1 <, ,>);
Assert.Equal("<, , >", "<" + string.Join(",", GenericeAnalysis.GetGenriceParams(type)) + ">");
//Assert.Equal("<T1, T2, T3>", GenericeAnalysis.Analysis(type, true));
}
public void 泛型方法原名称()
{
Type type = typeof(Test);
MethodInfo methodInfo = type.GetMethod("A");
Assert.Equal("A", GenericeAnalysis.WipeOutName(methodInfo.Name));
}
public void 泛型类原名称()
{
Type type = typeof(Model_泛型1 <, ,>);
Assert.Equal("Model_泛型1", GenericeAnalysis.GetOriginName(type));
Assert.Equal("Model_泛型1", GenericeAnalysis.WipeOutName(type.Name));
}
public void 子类非泛型_父类泛型已定义解析()
{
Type type = new Model_泛型3().GetType();
Assert.Equal("<>", "<" + string.Join(",", GenericeAnalysis.GetGenriceParams(type)) + ">");
Assert.Equal("<int,double,int>", "<" + string.Join(",", GenericeAnalysis.GetGenriceParams(typeof(Model_泛型1 <int, double, int>))) + ">");
}
public void 泛型类_泛型父类解析()
{
Model_泛型2 <int, double, int> model_ = new Model_泛型2 <int, double, int>();
Type type = model_.GetType();
Assert.Equal("<int, double, int>", "<" + string.Join(",", GenericeAnalysis.GetGenriceParams(type)) + ">");
//Assert.Equal("<System.Int32, System.Double, System.Int32>", GenericeAnalysis.Analysis(type.BaseType, true));
}
public void 泛型类_已定义参数类型()
{
Type type = typeof(Model_泛型1 <int, double, int>);
GenericeAnalysis genericeAnalysis = new GenericeAnalysis();
Assert.Equal("<int, double, int>", genericeAnalysis.Analysis(type));
Assert.Equal("<System.Int32, System.Double, System.Int32>", genericeAnalysis.Analysis(type, true));
}
public void 长嵌套泛型参数解析()
{
Type type = typeof(Model_泛型1 <int, List <int>, Dictionary <List <int>, Dictionary <int, List <int> > > >);
GenericeAnalysis genericeAnalysis = new GenericeAnalysis();
Assert.Equal("<int, List<int>, Dictionary<List<int>, Dictionary<int, List<int>>>>", genericeAnalysis.Analysis(type));
Assert.Equal(@"<System.Int32, System.Collections.Generic.List<System.Int32>, System.Collections.Generic.Dictionary<System.Collections.Generic.List<System.Int32>, System.Collections.Generic.Dictionary<System.Int32, System.Collections.Generic.List<System.Int32>>>>", genericeAnalysis.Analysis(type, true));
}
public void 子类非泛型_父类泛型已定义解析()
{
Type type = new Model_泛型3().GetType();
GenericeAnalysis genericeAnalysis = new GenericeAnalysis();
Assert.Equal("<int, double, int>", genericeAnalysis.Analysis(type.BaseType));
Assert.Equal("<System.Int32, System.Double, System.Int32>", genericeAnalysis.Analysis(type.BaseType, true));
}
public void 长嵌套泛型泛型定义()
{
Type type = typeof(Model_泛型1 <int, List <int>, Dictionary <List <int>, Dictionary <int, List <int> > > >);
string output = GenericeAnalysis.GetGenriceName(type);
_tempOutput.WriteLine(output);
Assert.Equal("Model_泛型1<int, List<int>, Dictionary<List<int>, Dictionary<int, List<int>>>>", output);
}
public void 泛型类_泛型父类解析()
{
Model_泛型2 <int, double, int> model_ = new Model_泛型2 <int, double, int>();
Type type = model_.GetType();
GenericeAnalysis genericeAnalysis = new GenericeAnalysis();
Assert.Equal("<int, double, int>", genericeAnalysis.Analysis(type.BaseType));
Assert.Equal("<System.Int32, System.Double, System.Int32>", genericeAnalysis.Analysis(type.BaseType, true));
}
public void 泛型类_未定义参数类型()
{
Type type = typeof(Model_泛型1 <, ,>);
GenericeAnalysis genericeAnalysis = new GenericeAnalysis();
var z = genericeAnalysis.Analysis(type);
Assert.Equal("<, , >", genericeAnalysis.Analysis(type));
Assert.Equal("<T1, T2, T3>", genericeAnalysis.Analysis(type, true));
}
public void 超复杂的泛型约束()
{
Type type = typeof(Model_泛型类5 <, , , , , , , , , ,>);
_tempOutput.WriteLine(GenericeAnalysis.GetGetConstrainCode(type, true));
Assert.Equal(@"where T1 : struct
where T2 : class
where T3 : notnull
where T4 : struct
where T5 : new()
where T6 : Model_泛型类4
where T7 : IEnumerable<int>
where T8 : T2
where T9 : class,notnull,new()
where T10 : Model_泛型类4,IEnumerable<int>,new()
", GenericeAnalysis.GetGetConstrainCode(type, true));
}
public void 长嵌套泛型参数解析()
{
Type type = typeof(Model_泛型1 <int, List <int>, Dictionary <List <int>, Dictionary <int, List <int> > > >);
Assert.Equal("<int, List<int>, Dictionary<List<int>, Dictionary<int, List<int>>>>", "<" + string.Join(",", GenericeAnalysis.GetGenriceParams(type)) + ">");
//Assert.Equal(@"<System.Int32, System.Collections.Generic.List<System.Int32>, System.Collections.Generic.Dictionary<System.Collections.Generic.List<System.Int32>, System.Collections.Generic.Dictionary<System.Int32, System.Collections.Generic.List<System.Int32>>>>", GenericeAnalysis.Analysis(type, true));
}
