public void MissingSemicolon()
{
var lexer = new DescriptorLexer("Ljava/lang/Object".AsMemory());
var parser = new FieldDescriptorParser(lexer.Lex());
Assert.Throws <DescriptorParserException>(() => parser.Parse());
}
public void NoGenericParameters()
{
var lexer = new DescriptorLexer("Ljava/util/List<>;".AsMemory());
var parser = new FieldDescriptorParser(lexer.Lex());
Assert.Throws <DescriptorParserException>(() => parser.Parse());
}
public void ArrayNestedGeneric(string input, string className, int arrayRank1, string genericClassName1, int arrayRank2, string genericClassName2, int arrayRank3)
{
var lexer = new DescriptorLexer(input.AsMemory());
var parser = new FieldDescriptorParser(lexer.Lex());
var descriptor = parser.Parse();
Assert.Equal(arrayRank1, descriptor.ArrayRank);
Assert.IsType <NonPrimitiveFieldDescriptor>(descriptor);
var nonPrimitive = (NonPrimitiveFieldDescriptor)descriptor;
Assert.Equal(className, nonPrimitive.ClassName);
Assert.Equal(1, nonPrimitive.GenericParameters.Count);
Assert.IsType <NonPrimitiveFieldDescriptor>(nonPrimitive.GenericParameters[0]);
Assert.Equal(arrayRank2, nonPrimitive.GenericParameters[0].ArrayRank);
var genericParameter = (NonPrimitiveFieldDescriptor)nonPrimitive.GenericParameters[0];
Assert.Equal(genericClassName1, genericParameter.ClassName);
Assert.Equal(1, genericParameter.GenericParameters.Count);
Assert.IsType <NonPrimitiveFieldDescriptor>(genericParameter.GenericParameters[0]);
Assert.Equal(arrayRank3, genericParameter.GenericParameters[0].ArrayRank);
var genericParameter2 = (NonPrimitiveFieldDescriptor)genericParameter.GenericParameters[0];
Assert.Equal(genericClassName2, genericParameter2.ClassName);
Assert.Empty(genericParameter2.GenericParameters);
}
public void Array(string input, int arrayRank, PrimitiveKind primitiveKind)
{
var lexer = new DescriptorLexer(input.AsMemory());
var parser = new FieldDescriptorParser(lexer.Lex());
var descriptor = parser.Parse();
Assert.Equal(arrayRank, descriptor.ArrayRank);
Assert.Equal(primitiveKind, Assert.IsType <PrimitiveFieldDescriptor>(descriptor).Kind);
}
public void Array(string input, string className, int arrayRank)
{
var lexer = new DescriptorLexer(input.AsMemory());
var parser = new FieldDescriptorParser(lexer.Lex());
var descriptor = parser.Parse();
Assert.Equal(arrayRank, descriptor.ArrayRank);
Assert.Equal(className, Assert.IsType <NonPrimitiveFieldDescriptor>(descriptor).ClassName);
Assert.Empty(((NonPrimitiveFieldDescriptor)descriptor).GenericParameters);
}
public void Generic(string input, string className, string genericClassName)
{
var lexer = new DescriptorLexer(input.AsMemory());
var parser = new FieldDescriptorParser(lexer.Lex());
var descriptor = parser.Parse();
Assert.Equal(0, descriptor.ArrayRank);
Assert.IsType <NonPrimitiveFieldDescriptor>(descriptor);
var nonPrimitive = (NonPrimitiveFieldDescriptor)descriptor;
Assert.Equal(className, nonPrimitive.ClassName);
Assert.Equal(1, nonPrimitive.GenericParameters.Count);
Assert.IsType <NonPrimitiveFieldDescriptor>(nonPrimitive.GenericParameters[0]);
var genericParameter = (NonPrimitiveFieldDescriptor)nonPrimitive.GenericParameters[0];
Assert.Equal(genericClassName, genericParameter.ClassName);
}
