public void BoolPropertyIdTest()
{
foreach (var entry in new Dictionary <string, object>
{
{ "Bool", PropertyIdTestType.Bool },
{ "String", PropertyIdTestType.String },
{ "Char", PropertyIdTestType.Char },
{ "Guid", PropertyIdTestType.Guid },
{ "Byte", PropertyIdTestType.Byte },
{ "SByte", PropertyIdTestType.SByte },
{ "Int16", PropertyIdTestType.Int16 },
{ "UInt16", PropertyIdTestType.UInt16 },
{ "Int32", PropertyIdTestType.Int32 },
{ "UInt32", PropertyIdTestType.UInt32 },
{ "Int64", PropertyIdTestType.Int64 },
{ "UInt64", PropertyIdTestType.UInt64 },
{ "Float", PropertyIdTestType.Float },
{ "Double", PropertyIdTestType.Double },
{ "Decimal", PropertyIdTestType.Decimal },
}
.Select(entry =>
{
var untypedExpr = ParseAndVisit($"Nesp.NespExpressionTests.PropertyIdTestType.{entry.Key}");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(PropertyIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var propertyExpr = (NespPropertyExpression)typedExprs.Single();
return(new { entry.Key, propertyExpr.Property });
}))
{
Assert.AreSame(typeof(PropertyIdTestType).GetProperty(entry.Key), entry.Property);
}
}
public void DefineOneArgumentLambdaWithOverloadsTest()
{
var untypedExpr = ParseAndVisit("define getString1 (value) (Nesp.NespExpressionTests.LambdaTestType.GetString1 value)");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(LambdaTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
Assert.AreEqual(2, typedExprs.Length);
var lambdaExpr0 = (NespDefineLambdaExpression)typedExprs[0];
Assert.AreEqual("getString1", lambdaExpr0.Name);
Assert.AreEqual(typeof(string), lambdaExpr0.FixedType);
Assert.AreEqual(1, lambdaExpr0.Parameters.Length);
Assert.AreEqual("value", lambdaExpr0.Parameters[0].Symbol);
// TODO: How deriving inferered type from NespReferenceSymbolExpression?
// Assert.AreEqual(typeof(bool), lambdaExpr0.Parameters[0].FixedType);
var bodyExpr0 = (NespApplyFunctionExpression)lambdaExpr0.Body;
Assert.AreEqual(typeof(LambdaTestType).GetMethods().First(method => method.Name == "GetString1" && method.GetParameters()[0].ParameterType == typeof(bool)), bodyExpr0.Method);
var lambdaExpr1 = (NespDefineLambdaExpression)typedExprs[1];
Assert.AreEqual("getString1", lambdaExpr1.Name);
Assert.AreEqual(typeof(string), lambdaExpr1.FixedType);
Assert.AreEqual(1, lambdaExpr1.Parameters.Length);
Assert.AreEqual("value", lambdaExpr1.Parameters[0].Symbol);
// TODO: How deriving inferered type from NespReferenceSymbolExpression?
// Assert.AreEqual(typeof(int), lambdaExpr1.Parameters[0].FixedType);
var bodyExpr1 = (NespApplyFunctionExpression)lambdaExpr1.Body;
Assert.AreEqual(typeof(LambdaTestType).GetMethods().First(method => method.Name == "GetString1" && method.GetParameters()[0].ParameterType == typeof(int)), bodyExpr1.Method);
}
public void EnumIdTest()
{
foreach (var entry in new Dictionary <string, object>
{
{ "AAA", EnumIdTestType.AAA },
{ "BBB", EnumIdTestType.BBB },
{ "CCC", EnumIdTestType.CCC },
{ "DDD", EnumIdTestType.DDD },
{ "EEE", EnumIdTestType.EEE },
}
.Select(entry =>
{
var untypedExpr = ParseAndVisit($"Nesp.NespExpressionTests.EnumIdTestType.{entry.Key}");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(EnumIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var enumExpr = (NespEnumExpression)typedExprs.Single();
return(new { entry.Value, ExprValue = enumExpr.Value });
}))
{
Assert.AreEqual(entry.Value, entry.ExprValue);
}
}
public void NumericFieldIdTest()
{
foreach (var entry in new Dictionary <string, object>
{
{ "ByteField", FieldIdTestType.ByteField },
{ "SByteField", FieldIdTestType.SByteField },
{ "Int16Field", FieldIdTestType.Int16Field },
{ "UInt16Field", FieldIdTestType.UInt16Field },
{ "Int32Field", FieldIdTestType.Int32Field },
{ "UInt32Field", FieldIdTestType.UInt32Field },
{ "Int64Field", FieldIdTestType.Int64Field },
{ "UInt64Field", FieldIdTestType.UInt64Field },
{ "FloatField", FieldIdTestType.FloatField },
{ "DoubleField", FieldIdTestType.DoubleField },
{ "DecimalField", FieldIdTestType.DecimalField },
}
.Select(entry =>
{
var untypedExpr = ParseAndVisit($"Nesp.NespExpressionTests.FieldIdTestType.{entry.Key}");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(FieldIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var fieldExpr = (NespFieldExpression)typedExprs.Single();
return(new { entry.Key, fieldExpr.Field });
}))
{
Assert.AreSame(typeof(FieldIdTestType).GetField(entry.Key), entry.Field);
}
}
public void LiteralNumericFieldIdTest()
{
foreach (var entry in new Dictionary <string, object>
{
{ "ByteLiteral", FieldIdTestType.ByteLiteral },
{ "SByteLiteral", FieldIdTestType.SByteLiteral },
{ "Int16Literal", FieldIdTestType.Int16Literal },
{ "UInt16Literal", FieldIdTestType.UInt16Literal },
{ "Int32Literal", FieldIdTestType.Int32Literal },
{ "UInt32Literal", FieldIdTestType.UInt32Literal },
{ "Int64Literal", FieldIdTestType.Int64Literal },
{ "UInt64Literal", FieldIdTestType.UInt64Literal },
{ "FloatLiteral", FieldIdTestType.FloatLiteral },
{ "DoubleLiteral", FieldIdTestType.DoubleLiteral },
{ "DecimalLiteral", FieldIdTestType.DecimalLiteral },
}
.Select(entry =>
{
var untypedExpr = ParseAndVisit($"Nesp.NespExpressionTests.FieldIdTestType.{entry.Key}");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(FieldIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var numericExpr = (NespNumericExpression)typedExprs.Single();
return(new { entry.Value, Result = numericExpr.Value });
}))
{
Assert.AreEqual(entry.Value, entry.Result);
}
}
public void FieldIdTest()
{
var untypedExpr = ParseAndVisit("Nesp.NespExpressionTests.FieldIdTestType.GuidField");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(FieldIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var fieldExpr = (NespFieldExpression)typedExprs.Single();
Assert.AreSame(typeof(FieldIdTestType).GetField("GuidField"), fieldExpr.Field);
}
public void LiteralCharFieldIdTest()
{
var untypedExpr = ParseAndVisit("Nesp.NespExpressionTests.FieldIdTestType.CharLiteral");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(FieldIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var charExpr = (NespCharExpression)typedExprs.Single();
Assert.AreEqual(FieldIdTestType.CharLiteral, charExpr.Value);
}
public void InitOnlyStringFieldIdTest()
{
var untypedExpr = ParseAndVisit("Nesp.NespExpressionTests.FieldIdTestType.StringInitOnly");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(FieldIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var stringExpr = (NespStringExpression)typedExprs.Single();
Assert.AreEqual(FieldIdTestType.StringInitOnly, stringExpr.Value);
}
public void MethodArgument0IdTest()
{
var untypedExpr = ParseAndVisit("Nesp.NespExpressionTests.SimpleFunctionIdTestType.GetString0");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(SimpleFunctionIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var functionExpr = (NespApplyFunctionExpression)typedExprs.Single();
var expected = typeof(SimpleFunctionIdTestType).GetMethod("GetString0");
Assert.AreEqual(expected, functionExpr.Method);
}
public void MethodArgument0ParamsOverloadedIdTest()
{
var untypedExpr = ParseAndVisit("Nesp.NespExpressionTests.SimpleFunctionIdTestType.GetString2");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(SimpleFunctionIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var functionExpr = (NespApplyFunctionExpression)typedExprs.Single();
var expected = typeof(SimpleFunctionIdTestType)
.GetMethods()
.First(method => (method.Name == "GetString2") && (method.GetParameters().Length == 0));
Assert.AreEqual(expected, functionExpr.Method);
}
public void DefineEmptyArgumentListLambdaTest()
{
var untypedExpr = ParseAndVisit("define getString0 () Nesp.NespExpressionTests.LambdaTestType.GetString0");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(LambdaTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var lambdaExpr = (NespDefineLambdaExpression)typedExprs.Single();
Assert.AreEqual("getString0", lambdaExpr.Name);
Assert.AreEqual(typeof(string), lambdaExpr.FixedType);
Assert.AreEqual(0, lambdaExpr.Parameters.Length);
var bodyExpr = (NespApplyFunctionExpression)lambdaExpr.Body;
Assert.AreEqual(typeof(LambdaTestType).GetMethod("GetString0"), bodyExpr.Method);
}
public void DefineOneArgumentLambdaTest()
{
var untypedExpr = ParseAndVisit("define parseInt32 (value) (Nesp.NespExpressionTests.LambdaTestType.ParseInt32 value)");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(LambdaTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var lambdaExpr = (NespDefineLambdaExpression)typedExprs.Single();
Assert.AreEqual("parseInt32", lambdaExpr.Name);
Assert.AreEqual(typeof(int), lambdaExpr.FixedType);
Assert.AreEqual(1, lambdaExpr.Parameters.Length);
Assert.AreEqual("value", lambdaExpr.Parameters[0].Symbol);
// TODO: How deriving inferered type from NespReferenceSymbolExpression?
// Assert.AreEqual(typeof(string), lambdaExpr.Parameters[0].FixedType);
var bodyExpr = (NespApplyFunctionExpression)lambdaExpr.Body;
Assert.AreEqual(typeof(LambdaTestType).GetMethod("ParseInt32"), bodyExpr.Method);
}
public void MethodParamArgumentsInt32AndLongOverloadedCompletedIdTest()
{
var untypedExpr = ParseAndVisit("Nesp.NespExpressionTests.SimpleFunctionIdTestType.GetString2 12345678 2345678901234567");
var context = new NespMetadataResolverContext();
context.AddCandidate(typeof(SimpleFunctionIdTestType));
var typedExprs = untypedExpr.ResolveMetadata(context);
var functionExpr = (NespApplyFunctionExpression)typedExprs.Single();
var expected = typeof(SimpleFunctionIdTestType)
.GetMethods()
.First(method =>
(method.Name == "GetString2") &&
(method.GetParameters().Select(parameter => parameter.ParameterType).SequenceEqual(new[] { typeof(int), typeof(long[]) })));
Assert.AreEqual(expected, functionExpr.Method);
var argExprs = functionExpr.Arguments
.Select(iexpr => (NespNumericExpression)iexpr)
.ToArray();
Assert.IsTrue(argExprs.Select(iexpr => iexpr.FixedType).SequenceEqual(new[] { typeof(int), typeof(long) }));
Assert.IsTrue(argExprs.Select(iexpr => iexpr.Value).SequenceEqual(new object[] { 12345678, 2345678901234567 }));
}