public void DefaultValues()
{
// Verify that data models with default property values are initialized correctly.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <DefaultValues>();
Assert.Equal("Joe Bloe", data["Name"]);
Assert.Equal(67, data["Age"]);
Assert.Equal(100000.0, data["NetWorth"]);
Assert.Equal(MyEnum1.Three, (MyEnum1)data["Enum1"]);
}
}
public void SourceNamespace()
{
using (new KubeTestManager())
{
using (var runner = new ProgramRunner())
{
// Verify that all types are generated when no targets
// are specified.
var result = runner.Execute(Program.Main, "generate", "models", $"--source-namespace={typeof(FooBar.Class4).Namespace}", thisAssemblyPath);
Assert.Equal(0, result.ExitCode);
var sourceCode = result.OutputText;
ModelGenerator.Compile(sourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
Assert.DoesNotContain("class Class1", sourceCode);
Assert.DoesNotContain("class Class2", sourceCode);
Assert.DoesNotContain("class Class3", sourceCode);
Assert.Contains("class Class4", sourceCode);
Assert.DoesNotContain("class Service1", sourceCode);
Assert.DoesNotContain("class Service2", sourceCode);
}
}
}
public void AllTargets()
{
// Verify that all types are generated when no targets
// are specified.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_CustomOutput).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
var sourceCode = output.SourceCode;
Assert.Contains("class Class1", sourceCode);
Assert.Contains("class Class2", sourceCode);
Assert.Contains("class Class3", sourceCode);
Assert.DoesNotContain("class Class4", sourceCode);
Assert.Contains("class Service1", sourceCode);
Assert.Contains("class Service2", sourceCode);
}
public void CustomPropertyNames()
{
// Vertify that [JsonProperty(PropertyName = "xxx")] works.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <CustomNamesModel>();
Assert.Equal("{\"CustomString\":null,\"CustomInt\":0}", data.ToString());
data["String"] = "Hello World!";
data["Int"] = 1001;
Assert.Equal("{\"CustomString\":\"Hello World!\",\"CustomInt\":1001}", data.ToString());
data = context.CreateDataWrapperFrom <CustomNamesModel>(data.ToString());
Assert.Equal("{\"CustomString\":\"Hello World!\",\"CustomInt\":1001}", data.ToString());
}
}
public void SourceNamespace()
{
// Verify that we can filter by source namespace.
// This should only generate [Class4].
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(FooBar.Class4).Namespace
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
var sourceCode = output.SourceCode;
Assert.DoesNotContain("class Class1", sourceCode);
Assert.DoesNotContain("class Class2", sourceCode);
Assert.DoesNotContain("class Class3", sourceCode);
Assert.Contains("class Class4", sourceCode);
Assert.DoesNotContain("class Service1", sourceCode);
Assert.DoesNotContain("class Service2", sourceCode);
}
public void NoGetter()
{
// Verify that we can generate code for the [NoGetter] data model.
// This has a single property that only has a getter which should
// be ignored by the code generator, so this should end up being
// equivalent to a model with no properties.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <NoGetter>();
Assert.Equal("{}", data.ToString());
data = context.CreateDataWrapperFrom <NoGetter>(data.ToString());
Assert.Equal("{}", data.ToString());
data = context.CreateDataWrapperFrom <NoGetter>(data.JObject);
Assert.Equal("{}", data.ToString());
}
}
public void Filter3AndClient()
{
// Verify that only those types tagged with [Target("3")] and [Target("client")]
// are generated.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_CustomOutput).Namespace,
Targets = new List <string>()
{
"3", "client"
}
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
var sourceCode = output.SourceCode;
Assert.Contains("class Class1", sourceCode);
Assert.Contains("class Class2", sourceCode);
Assert.Contains("class Class3", sourceCode);
Assert.DoesNotContain("class Class4", sourceCode);
Assert.Contains("class Service1", sourceCode);
Assert.DoesNotContain("class Service2", sourceCode);
}
public void NullableProperties()
{
// NOTE:
//
// This test doesn't work due to apparent limitations of
// the DataWrapper class an perhaps .NET itself. The problem
// is related to assigning a nullable Enum value. This
// fails even though I explicitly cast the value to (MyEnum1?).
//
// I think the problem is related to the JIT compiler doing some
// magic here and effectively stripping out the cast and
// just passing the non-nullable enum value and then
// [DataWrapper] fails when dynamically assigning the value
// to the property because the value is no longer a (MyEnum1?).
//
// I have verified this manually when using the generated
// model classes directly.
// Verify that we handle nullable property types correctly.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_UxDataModel).Namespace,
UxFramework = UxFrameworks.Xaml
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <NullableProperties>();
Assert.Equal("{\"Bool\":null,\"Int\":null,\"Enum\":null}", data.ToString());
data = context.CreateDataWrapperFrom <NullableProperties>(data.ToString());
Assert.Equal("{\"Bool\":null,\"Int\":null,\"Enum\":null}", data.ToString());
data["Bool"] = true;
data["Int"] = 100;
data["Enum"] = (MyEnum1?)MyEnum1.Two; // This throws an exception
var s = data.ToString();
Assert.Equal("", data.ToString());
}
}
public void EmptyPersistable()
{
// Verify that we can generate code for an empty data model.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_UxDataModel).Namespace,
UxFramework = UxFrameworks.Xaml
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <EmptyPersistableData>();
Assert.Equal("{\"__T\":\"TestModelGen.UxDataModel.EmptyPersistableData\"}", data.ToString());
data = context.CreateDataWrapperFrom <EmptyPersistableData>(data.ToString());
Assert.Equal("{\"__T\":\"TestModelGen.UxDataModel.EmptyPersistableData\"}", data.ToString());
data = context.CreateDataWrapperFrom <EmptyPersistableData>(data.ToJObject());
Assert.Equal("{\"__T\":\"TestModelGen.UxDataModel.EmptyPersistableData\"}", data.ToString());
//-------------------------------------------------------------
// Verify Equals():
var value1 = context.CreateDataWrapperFrom <EmptyPersistableData>(data.ToJObject());
var value2 = context.CreateDataWrapperFrom <EmptyPersistableData>(data.ToJObject());
Assert.True(value1.Equals(value1));
Assert.True(value1.Equals(value2));
Assert.True(value2.Equals(value1));
Assert.False(value1.Equals(null));
Assert.False(value1.Equals("Hello World!"));
}
}
public void TargetNamespace()
{
// Verify that we can customize the output namespace.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_CustomOutput).Namespace,
TargetNamespace = "Foo.Bar"
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
var sourceCode = output.SourceCode;
Assert.Contains("namespace Foo.Bar", sourceCode);
}
public void NotEqualsOperator()
{
// Verify that the generated binary "==" operator works.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_UxDataModel).Namespace,
UxFramework = UxFrameworks.Xaml
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var value1 = context.CreateDataWrapper <SimpleData>();
var value2 = context.CreateDataWrapper <SimpleData>();
value1["Name"] = "Jeff";
value1["Age"] = 58;
value1["Enum"] = MyEnum1.One;
value2["Name"] = "Jeff";
value2["Age"] = 58;
value2["Enum"] = MyEnum1.One;
Assert.False(DataWrapper.NotEquals <SimpleData>(value1, value1));
Assert.False(DataWrapper.NotEquals <SimpleData>(value1, value2));
Assert.True(DataWrapper.NotEquals <SimpleData>(null, value2));
Assert.True(DataWrapper.NotEquals <SimpleData>(value1, null));
value2["Name"] = "Bob";
Assert.True(DataWrapper.NotEquals <SimpleData>(value1, value2));
Assert.True(DataWrapper.NotEquals <SimpleData>(value2, value1));
}
}
public void ReadOnlyCollections()
{
// Verify serializing read-only collection properties.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <ReadOnlyCollectionsModel>();
data["Collection"] = new ReadOnlyCollection <string>(new List <string> {
"one", "two", "three"
});
data["Dictionary"] = new ReadOnlyDictionary <string, string>(new Dictionary <string, string>()
{
{ "one", "1" }
});
data = context.CreateDataWrapperFrom <ReadOnlyCollectionsModel>(data.ToString());
Assert.Equal(new List <string> {
"one", "two", "three"
}, data["Collection"]);
Assert.Equal(new Dictionary <string, string>()
{
{ "one", "1" }
}, data["Dictionary"]);
}
}
public void ListOfList()
{
// Verify serializing a list of lists.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <ListOfListModel>();
var list = new List <List <string> >();
list.Add(new List <string>()
{
"zero", "one", "two"
});
list.Add(new List <string>()
{
"three", "four", "five"
});
data["List"] = list;
data = context.CreateDataWrapperFrom <ListOfListModel>(data.ToString());
Assert.Equal(list, data["List"]);
}
}
public void NoServices()
{
// Verify that we can disable service client generation.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_CustomOutput).Namespace,
NoServiceClients = true
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
var sourceCode = output.SourceCode;
Assert.Contains("class Class1", sourceCode);
Assert.Contains("class Class2", sourceCode);
Assert.Contains("class Class3", sourceCode);
Assert.DoesNotContain("class Service1", sourceCode);
Assert.DoesNotContain("class Service2", sourceCode);
}
public void HashCode()
{
// Verify that GetHashCode() works.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
// Verify that we see a [InvalidOperationException] when computing a hash
// on a data model with no properties tagged by [HashSource].
var emptyData = context.CreateDataWrapper <EmptyData>();
Assert.Throws <InvalidOperationException>(() => emptyData.GetHashCode());
// Verify that we compute HASH=0 for a data model with a
// single tagged parameter set to NULL.
var baseData = context.CreateDataWrapper <BaseModel>();
Assert.Equal(0, baseData.GetHashCode());
// Verify that we compute a non-zero HASH for a data model with a
// single tagged parameter set to to a value.
baseData = context.CreateDataWrapper <BaseModel>();
baseData["ParentProperty"] = "Hello World!";
Assert.NotEqual(0, baseData.GetHashCode());
// Verify that we can compute a HASH code for a derived class
// and that the hash includes properties from both the derived
// and parent classes.
var derivedData = context.CreateDataWrapper <DerivedModel>();
derivedData["ChildProperty"] = "Goodbye World!";
var derivedCode1 = derivedData.GetHashCode();
Assert.NotEqual(0, derivedCode1);
derivedData["ParentProperty"] = "Hello World!";
var derivedCode2 = derivedData.GetHashCode();
Assert.NotEqual(0, derivedCode2);
Assert.NotEqual(derivedCode1, derivedCode2);
// Verify that we can compute hash codes for models
// with multiple hash source properties.
var defaultValues = context.CreateDataWrapper <DefaultValues>();
defaultValues["Name"] = null;
defaultValues["Age"] = 0;
Assert.Equal(0, defaultValues.GetHashCode());
defaultValues["Name"] = "JoeBob";
defaultValues["Age"] = 0;
Assert.Equal("JoeBob".GetHashCode(), defaultValues.GetHashCode());
defaultValues["Name"] = null;
defaultValues["Age"] = 67;
Assert.Equal(67.GetHashCode(), defaultValues.GetHashCode());
defaultValues["Name"] = "JoeBob";
defaultValues["Age"] = 67;
Assert.Equal(67.GetHashCode() ^ "JoeBob".GetHashCode(), defaultValues.GetHashCode());
}
}
public void SerializationDefaults()
{
// Verify that we honor the [JsonProperty(DefaultValueHandling)] options.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <SerializationDefaultsModel>();
// Verify that the instance starts out with the correct
// default property values.
Assert.Equal("Ignore", data["Ignore"]);
Assert.Equal("IgnoreAndPopulate", data["IgnoreAndPopulate"]);
Assert.Equal("Include", data["Include"]);
Assert.Equal("Populate", data["Populate"]);
// Verify that we get the same output when serializing
// the same data multple times (this wasn't working
// early on).
var serialized = data.ToString();
Assert.Equal(serialized, data.ToString());
Assert.Equal(serialized, data.ToString());
// Verify that defaults serialize correctly.
Assert.Equal("{\"Include\":\"Include\",\"Populate\":\"Populate\"}", data.ToString());
// Verify that defaults deserialize correctly.
data = context.CreateDataWrapper <SerializationDefaultsModel>();
data = context.CreateDataWrapperFrom <SerializationDefaultsModel>(data.ToString());
Assert.Equal("Ignore", data["Ignore"]);
Assert.Equal("IgnoreAndPopulate", data["IgnoreAndPopulate"]);
Assert.Equal("Include", data["Include"]);
Assert.Equal("Populate", data["Populate"]);
// Verify that non-default values serialize/desearlize correctly.
data = context.CreateDataWrapper <SerializationDefaultsModel>();
data["Ignore"] = "NotIgnore";
data["IgnoreAndPopulate"] = "NotIgnoreAndPopulate";
data["Include"] = "NotInclude";
data["Populate"] = "NotPopulate";
Assert.Equal("{\"Ignore\":\"NotIgnore\",\"IgnoreAndPopulate\":\"NotIgnoreAndPopulate\",\"Include\":\"NotInclude\",\"Populate\":\"NotPopulate\"}", data.ToString());
data = context.CreateDataWrapperFrom <SerializationDefaultsModel>(data.ToString());
Assert.Equal("{\"Ignore\":\"NotIgnore\",\"IgnoreAndPopulate\":\"NotIgnoreAndPopulate\",\"Include\":\"NotInclude\",\"Populate\":\"NotPopulate\"}", data.ToString());
Assert.Equal("NotIgnore", data["Ignore"]);
Assert.Equal("NotIgnoreAndPopulate", data["IgnoreAndPopulate"]);
Assert.Equal("NotInclude", data["Include"]);
Assert.Equal("NotPopulate", data["Populate"]);
}
}
public void DeepClone()
{
// Verify that DeepClone() works.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
// Verify for an empty class.
var emptyData = context.CreateDataWrapper <EmptyData>();
var clonedEmptyData = emptyData.DeepClone();
Assert.NotNull(clonedEmptyData);
Assert.NotSame(emptyData, clonedEmptyData);
Assert.Equal(emptyData, clonedEmptyData);
// Verify for simple data.
var simpleData = context.CreateDataWrapper <SimpleData>();
simpleData["Name"] = "Joe Bloe";
simpleData["Age"] = 67;
simpleData["Enum"] = MyEnum1.Two;
var clonedSimpleData = simpleData.DeepClone();
Assert.NotNull(clonedSimpleData);
Assert.NotSame(simpleData, clonedSimpleData);
Assert.Equal(simpleData, clonedSimpleData);
// Verify for inherited data.
var derivedData = context.CreateDataWrapper <DerivedModel>();
derivedData["ParentProperty"] = "parent";
derivedData["ChildProperty"] = "child";
var clonedDerivedData = derivedData.DeepClone();
Assert.NotNull(derivedData);
Assert.NotSame(derivedData, clonedDerivedData);
Assert.Equal(derivedData, clonedDerivedData);
// Verify for complex data and also ensure that we actually
// made copies of reference properties.
var complexData = context.CreateDataWrapper <ComplexData>();
complexData["List"] = new List <string>()
{
"zero", "one", "two"
};
complexData["Dictionary"] = new Dictionary <string, int>()
{
{ "zero", 1 }, { "one", 1 }
};
complexData["Enum1"] = MyEnum1.One;
complexData["Enum2"] = MyEnum2.Three;
complexData["Simple"] = simpleData.__Instance;
complexData["SingleArray"] = new int[] { 0, 1, 2, 3, 4 };
complexData["DoubleArray"] = new int[][] { new int[] { 0, 1, 2 }, new int[] { 3, 4, 5 } };
var clonedComplexData = complexData.DeepClone();
Assert.NotNull(clonedComplexData);
Assert.NotSame(complexData, clonedComplexData);
Assert.Equal(complexData, clonedComplexData);
Assert.NotSame(complexData["List"], clonedComplexData["List"]);
Assert.NotSame(complexData["Dictionary"], clonedComplexData["Dictionary"]);
Assert.NotSame(complexData["Simple"], clonedComplexData["Simple"]);
Assert.NotSame(complexData["SingleArray"], clonedComplexData["SingleArray"]);
Assert.NotSame(complexData["DoubleArray"], clonedComplexData["DoubleArray"]);
Assert.NotSame(((int[][])complexData["DoubleArray"])[0], ((int[][])clonedComplexData["DoubleArray"])[0]);
Assert.NotSame(((int[][])complexData["DoubleArray"])[1], ((int[][])clonedComplexData["DoubleArray"])[1]);
}
}
public void Complex()
{
// Verify that we can generate code for complex data types.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <ComplexData>();
// This is going to throw a serialization exception because 0 is not a valid
// [Enum2] orginal value, but that's what it will be initially set to because
// we didn't use [DefaultValue].
Assert.Throws <SerializationException>(() => data.ToString());
// Set a valid [Enum2] Value and test again.
data["Enum2"] = MyEnum2.Three;
Assert.Equal("{\"List\":null,\"Dictionary\":null,\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":null,\"DoubleArray\":null}", data.ToString());
// Initialize the list and verify.
data["List"] = new List <string>()
{
"item0", "item1"
};
Assert.Equal("{\"List\":[\"item0\",\"item1\"],\"Dictionary\":null,\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":null,\"DoubleArray\":null}", data.ToString());
// Initialize the dictionary and verify.
data["Dictionary"] = new Dictionary <string, int>()
{
{ "zero", 0 },
{ "one", 1 }
};
Assert.Equal("{\"List\":[\"item0\",\"item1\"],\"Dictionary\":{\"zero\":0,\"one\":1},\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":null,\"DoubleArray\":null}", data.ToString());
// Initialize the one dimensional array and verify.
data["SingleArray"] = new int[] { 100, 200 };
Assert.Equal("{\"List\":[\"item0\",\"item1\"],\"Dictionary\":{\"zero\":0,\"one\":1},\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":[100,200],\"DoubleArray\":null}", data.ToString());
// Initialize the two dimensional array and verify.
data["DoubleArray"] = new int[][]
{
new int[] { 100, 200 },
new int[] { 300, 400 }
};
Assert.Equal("{\"List\":[\"item0\",\"item1\"],\"Dictionary\":{\"zero\":0,\"one\":1},\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":[100,200],\"DoubleArray\":[[100,200],[300,400]]}", data.ToString());
// Verify that a property with [JsonIgnore] is not persisted.
data["IgnoreThis"] = 1000;
Assert.DoesNotContain("IgnoreThis", data.ToString());
//-------------------------------------------------------------
// Verify Equals():
var value1 = context.CreateDataWrapperFrom <ComplexData>("{\"List\":[\"zero\"],\"Dictionary\":null,\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":null,\"DoubleArray\":null}");
var value2 = context.CreateDataWrapperFrom <ComplexData>("{\"List\":[\"zero\"],\"Dictionary\":null,\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":null,\"DoubleArray\":null}");
Assert.True(value1.Equals(value1));
Assert.True(value1.Equals(value2));
Assert.True(value2.Equals(value1));
Assert.False(value1.Equals(null));
Assert.False(value1.Equals("Hello World!"));
value2 = context.CreateDataWrapperFrom <ComplexData>("{\"List\":[\"NOT-ZERO\"],\"Dictionary\":null,\"Enum1\":\"One\",\"Enum2\":\"three\",\"Simple\":null,\"SingleArray\":null,\"DoubleArray\":null}");
Assert.True(value1.Equals(value1));
Assert.False(value1.Equals(value2));
Assert.False(value2.Equals(value1));
Assert.False(value1.Equals(null));
Assert.False(value1.Equals("Hello World!"));
}
}
public void BasicTypes()
{
// Verify that we can generate code for basic data types.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <BasicTypes>();
Assert.Equal("{\"Bool\":false,\"Byte\":0,\"SByte\":0,\"Short\":0,\"UShort\":0,\"Int\":0,\"UInt\":0,\"Long\":0,\"ULong\":0,\"Float\":0.0,\"Double\":0.0,\"Decimal\":0.0,\"String\":null}", data.ToString());
data["Bool"] = true;
data["Byte"] = (byte)1;
data["SByte"] = (sbyte)2;
data["Short"] = (short)3;
data["UShort"] = (ushort)4;
data["Int"] = (int)5;
data["UInt"] = (uint)6;
data["Long"] = (long)7;
data["ULong"] = (ulong)8;
data["Float"] = (float)9;
data["Double"] = (double)10;
data["Decimal"] = (decimal)11;
data["String"] = "12";
Assert.Equal("{\"Bool\":true,\"Byte\":1,\"SByte\":2,\"Short\":3,\"UShort\":4,\"Int\":5,\"UInt\":6,\"Long\":7,\"ULong\":8,\"Float\":9.0,\"Double\":10.0,\"Decimal\":11.0,\"String\":\"12\"}", data.ToString());
var jsonText = data.ToString(indented: false);
data = context.CreateDataWrapperFrom <BasicTypes>(jsonText);
Assert.Equal("{\"Bool\":true,\"Byte\":1,\"SByte\":2,\"Short\":3,\"UShort\":4,\"Int\":5,\"UInt\":6,\"Long\":7,\"ULong\":8,\"Float\":9.0,\"Double\":10.0,\"Decimal\":11.0,\"String\":\"12\"}", data.ToString());
jsonText = data.ToString(indented: true);
data = context.CreateDataWrapperFrom <BasicTypes>(jsonText);
Assert.Equal("{\"Bool\":true,\"Byte\":1,\"SByte\":2,\"Short\":3,\"UShort\":4,\"Int\":5,\"UInt\":6,\"Long\":7,\"ULong\":8,\"Float\":9.0,\"Double\":10.0,\"Decimal\":11.0,\"String\":\"12\"}", data.ToString());
//-------------------------------------------------------------
// Verify Equals():
var value1 = context.CreateDataWrapperFrom <BasicTypes>("{\"Bool\":true,\"Byte\":1,\"SByte\":2,\"Short\":3,\"UShort\":4,\"Int\":5,\"UInt\":6,\"Long\":7,\"ULong\":8,\"Float\":9.0,\"Double\":10.0,\"Decimal\":11.0,\"String\":\"12\"}");
var value2 = context.CreateDataWrapperFrom <BasicTypes>("{\"Bool\":true,\"Byte\":1,\"SByte\":2,\"Short\":3,\"UShort\":4,\"Int\":5,\"UInt\":6,\"Long\":7,\"ULong\":8,\"Float\":9.0,\"Double\":10.0,\"Decimal\":11.0,\"String\":\"12\"}");
Assert.True(value1.Equals(value1));
Assert.True(value1.Equals(value2));
Assert.True(value2.Equals(value1));
Assert.False(value1.Equals(null));
Assert.False(value1.Equals("Hello World!"));
value2["String"] = "Bob";
Assert.True(value1.Equals(value1));
Assert.False(value1.Equals(value2));
Assert.False(value2.Equals(value1));
Assert.False(value1.Equals(null));
Assert.False(value1.Equals("Hello World!"));
}
}
public void Simple()
{
// Verify that we can generate code for a simple data model.
var settings = new ModelGeneratorSettings()
{
SourceNamespace = typeof(Test_DataModel).Namespace,
};
var generator = new ModelGenerator(settings);
var output = generator.Generate(Assembly.GetExecutingAssembly());
Assert.False(output.HasErrors);
var assemblyStream = ModelGenerator.Compile(output.SourceCode, "test-assembly", references => ModelGenTestHelper.ReferenceHandler(references));
using (var context = new AssemblyContext("Neon.ModelGen.Output", assemblyStream))
{
var data = context.CreateDataWrapper <SimpleData>();
Assert.Equal("{\"Name\":null,\"Age\":0,\"Enum\":\"One\"}", data.ToString());
Assert.Equal("{\r\n \"Name\": null,\r\n \"Age\": 0,\r\n \"Enum\": \"One\"\r\n}", data.ToString(indented: true));
data = context.CreateDataWrapper <SimpleData>();
data["Name"] = "Jeff";
data["Age"] = 58;
data["Enum"] = MyEnum1.Two;
Assert.Equal("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}", data.ToString());
data = context.CreateDataWrapperFrom <SimpleData>("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}");
data["Name"] = "Jeff";
data["Age"] = 58;
data["Enum"] = MyEnum1.Two;
Assert.Equal("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}", data.ToString());
var jObject = data.ToJObject();
data = context.CreateDataWrapperFrom <SimpleData>(jObject);
data["Name"] = "Jeff";
data["Age"] = 58;
data["Enum"] = MyEnum1.Two;
Assert.Equal("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}", data.ToString());
var jsonText = data.ToString(indented: false);
data = context.CreateDataWrapperFrom <SimpleData>(jsonText);
data["Name"] = "Jeff";
data["Age"] = 58;
data["Enum"] = MyEnum1.Two;
Assert.Equal("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}", data.ToString());
jsonText = data.ToString(indented: true);
data = context.CreateDataWrapperFrom <SimpleData>(jsonText);
data["Name"] = "Jeff";
data["Age"] = 58;
data["Enum"] = MyEnum1.Two;
Assert.Equal("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}", data.ToString());
//-------------------------------------------------------------
// Verify Equals():
var value1 = context.CreateDataWrapperFrom <SimpleData>("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}");
var value2 = context.CreateDataWrapperFrom <SimpleData>("{\"Name\":\"Jeff\",\"Age\":58,\"Enum\":\"Two\"}");
Assert.True(value1.Equals(value1));
Assert.True(value1.Equals(value2));
Assert.True(value2.Equals(value1));
Assert.False(value1.Equals(null));
Assert.False(value1.Equals("Hello World!"));
value2["Name"] = "Bob";
Assert.True(value1.Equals(value1));
Assert.False(value1.Equals(value2));
Assert.False(value2.Equals(value1));
Assert.False(value1.Equals(null));
Assert.False(value1.Equals("Hello World!"));
//-------------------------------------------------------------
// Verify FromBytes() and ToBytes()
var newValue1 = context.CreateDataWrapperFrom <SimpleData>(value1.ToBytes());
var newValue2 = context.CreateDataWrapperFrom <SimpleData>(value2.ToBytes());
Assert.True(value1.Equals(newValue1));
Assert.True(value2.Equals(newValue2));
}
}