public void SetBodyWithWithAnArrayOfNumbersTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(new int[] { 50 });
Assert.AreEqual("[50]", deSerialization.BodyAsString());
}
public void SetBodyWithStringTest()
{
string body = "example string";
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWithString(body);
Assert.AreEqual(body, deSerialization.BodyAsString());
}
public void SetBodyWithWithANumberTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(50);
Assert.AreEqual("50", deSerialization.BodyAsString());
}
public void SetBodyWithWithNullTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(null);
Assert.AreEqual("", deSerialization.BodyAsString());
}
public void BodyAsAnArrayOfNumbersTest()
{
int[] expected = new int[] { 50 };
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
int[] actual = deSerialization.BodyAs<int[]>();
CollectionAssert.AreEqual(expected, actual);
}
public void SetBodyWithWithAnArrayOfStringTest()
{
string[] body = new string[] { "example string" };
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(body);
Assert.AreEqual("[\"example string\"]", deSerialization.BodyAsString());
}
public void BodyAsADictionaryTest()
{
Dictionary<string, string> expected = new Dictionary<string, string>() { {"key", "value"} };
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
Dictionary<string, string> actual = deSerialization.BodyAs<Dictionary<string, string>>();
CollectionAssert.AreEqual(expected, actual);
}
public void ConstructorTest()
{
byte[] expectedBody = new byte[] { 0, 1 };
string expectedContentType = "text/plain";
IADeSerialization deSerialization = new IADeSerialization(expectedBody, expectedContentType);
Assert.AreEqual(expectedBody, deSerialization.Body);
Assert.AreEqual(expectedContentType, deSerialization.ContentType);
}
public void BodyAsAnArrayOfStringTest()
{
string[] expected = new string[] { "example string" };
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
string[] actual = deSerialization.BodyAs<string[]>();
CollectionAssert.AreEqual(expected, actual);
}
public void SetBodyWithWithAStringTest()
{
string body = "example string";
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(body);
Assert.AreEqual(body, deSerialization.BodyAsString());
}
public void ConstructorTest()
{
byte[] expectedBody = new byte[] { 0, 1 };
string expectedContentType = "text/plain";
IADeSerialization deSerialization = new IADeSerialization(expectedBody, expectedContentType);
Assert.AreEqual(expectedBody, deSerialization.Body);
Assert.AreEqual(expectedContentType, deSerialization.ContentType);
}
public void BodyAsReturnsNilTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith("-");
IAModelWithIntProperty actual = deSerialization.BodyAs <IAModelWithIntProperty>();
Assert.AreEqual(null, actual);
}
public void BodyAsAnArrayOfNumbersTest()
{
int[] expected = new int[] { 50 };
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
int[] actual = deSerialization.BodyAs <int[]>();
CollectionAssert.AreEqual(expected, actual);
}
public void BodyAsAnArrayOfStringTest()
{
string[] expected = new string[] { "example string" };
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
string[] actual = deSerialization.BodyAs <string[]>();
CollectionAssert.AreEqual(expected, actual);
}
public void BodyAsIAModelInheritanceTest()
{
IAModelInheritance expected = new IAModelInheritance();
expected.Number = 50;
expected.NumberTwo = 60;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
IAModelInheritance actual = deSerialization.BodyAs<IAModelInheritance>();
Assert.AreEqual(expected, actual);
}
public void BodyAsStringTest()
{
string expected = "example string";
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWithString(expected);
string actual = deSerialization.BodyAs <String>();
Assert.AreEqual(expected, actual);
}
public void SetBodyWithWithAnIAModelWithFloatPropertyTest()
{
IAModelWithFloatProperty model = new IAModelWithFloatProperty();
model.Number = 5.434f;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(model);
Assert.AreEqual("{\"Number\":5.434}", deSerialization.BodyAsString());
}
public void SetBodyWithWithADictionaryUsingNumberKeysTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(new Dictionary <int, string>()
{
{ 50, "value" }
});
Assert.AreEqual("{\"50\":\"value\"}", deSerialization.BodyAsString());
}
public void BodyAsNumberTest()
{
int expected = 50;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
int actual = deSerialization.BodyAs <int>();
Assert.AreEqual(expected, actual);
}
public void SetBodyWithWithADictionaryTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(new Dictionary <string, string>()
{
{ "key", "value" }
});
Assert.AreEqual("{\"key\":\"value\"}", deSerialization.BodyAsString());
}
public void SetBodyWithWithAnIAModelInheritanceTest()
{
IAModelInheritance model = new IAModelInheritance();
model.Number = 50;
model.NumberTwo = 60;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(model);
Assert.AreEqual("{\"NumberTwo\":60,\"Number\":50}", deSerialization.BodyAsString());
}
public void BodyAsIAModelWithFloatPropertyTest()
{
IAModelWithFloatProperty expected = new IAModelWithFloatProperty();
expected.Number = 5.434f;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
IAModelWithFloatProperty actual = deSerialization.BodyAs <IAModelWithFloatProperty>();
Assert.AreEqual(expected, actual);
}
public void BodyAsIAModelWithStringPropertyTest()
{
IAModelWithStringProperty expected = new IAModelWithStringProperty();
expected.StringProperty = "50.6";
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith("{\"stringProperty\":\"50.6\"}");
IAModelWithStringProperty actual = deSerialization.BodyAs <IAModelWithStringProperty>();
Assert.AreEqual(expected, actual);
}
public void StringBodyAsNumberTest()
{
IAModelWithFloatProperty expected = new IAModelWithFloatProperty();
expected.Number = 50.6f;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith("{\"number\":\"50.6\"}");
IAModelWithFloatProperty actual = deSerialization.BodyAs <IAModelWithFloatProperty>();
Assert.AreEqual(expected, actual);
}
public void SetBodyWithWithAnIAModelReferenceTest()
{
IAModelWithIntProperty intprop = new IAModelWithIntProperty();
intprop.Number = 50;
IAModelReference model = new IAModelReference();
model.Number = intprop;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(model);
Assert.AreEqual("{\"Number\":{\"Number\":50}}", deSerialization.BodyAsString());
}
public void BodyAsIAModelInheritanceTest()
{
IAModelInheritance expected = new IAModelInheritance();
expected.Number = 50;
expected.NumberTwo = 60;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
IAModelInheritance actual = deSerialization.BodyAs <IAModelInheritance>();
Assert.AreEqual(expected, actual);
}
public void BodyAsADictionaryTest()
{
Dictionary <string, string> expected = new Dictionary <string, string>()
{
{ "key", "value" }
};
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
Dictionary <string, string> actual = deSerialization.BodyAs <Dictionary <string, string> >();
CollectionAssert.AreEqual(expected, actual);
}
public void BodyAsIAModelReferenceTest()
{
IAModelWithIntProperty model = new IAModelWithIntProperty();
model.Number = 50;
IAModelReference expected = new IAModelReference();
expected.Number = model;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
IAModelReference actual = deSerialization.BodyAs <IAModelReference>();
Assert.AreEqual(expected, actual);
}
public void SetBodyWithWithAnArrayOfNumbersTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(new int[] { 50 });
Assert.AreEqual("[50]", deSerialization.BodyAsString());
}
public void SetBodyWithWithADictionaryUsingNumberKeysTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(new Dictionary<int, string>() { { 50, "value" } });
Assert.AreEqual("{\"50\":\"value\"}", deSerialization.BodyAsString());
}
public void SetBodyWithWithADictionaryTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(new Dictionary<string, string>() { {"key", "value"} });
Assert.AreEqual("{\"key\":\"value\"}", deSerialization.BodyAsString());
}
public void SetBodyWithWithNullTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(null);
Assert.AreEqual("", deSerialization.BodyAsString());
}
public void SetBodyWithWithAnArrayOfStringTest()
{
string[] body = new string[] { "example string" };
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(body);
Assert.AreEqual("[\"example string\"]", deSerialization.BodyAsString());
}
public void SetBodyWithWithAnIAModelWithIntPropertyTest()
{
IAModelWithIntProperty model = new IAModelWithIntProperty();
model.Number = 50;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(model);
Assert.AreEqual("{\"Number\":50}", deSerialization.BodyAsString());
}
public void SetBodyWithWithANumberTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(50);
Assert.AreEqual("50", deSerialization.BodyAsString());
}
public void BodyAsIAModelWithFloatPropertyTest()
{
IAModelWithFloatProperty expected = new IAModelWithFloatProperty();
expected.Number = 5.434f;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
IAModelWithFloatProperty actual = deSerialization.BodyAs<IAModelWithFloatProperty>();
Assert.AreEqual(expected, actual);
}
public void SetBodyWithWithAnIAModelReferenceTest()
{
IAModelWithIntProperty intprop = new IAModelWithIntProperty();
intprop.Number = 50;
IAModelReference model = new IAModelReference();
model.Number = intprop;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(model);
Assert.AreEqual("{\"Number\":{\"Number\":50}}", deSerialization.BodyAsString());
}
public void BodyAsIAModelReferenceTest()
{
IAModelWithIntProperty model = new IAModelWithIntProperty();
model.Number = 50;
IAModelReference expected = new IAModelReference();
expected.Number = model;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
IAModelReference actual = deSerialization.BodyAs<IAModelReference>();
Assert.AreEqual(expected, actual);
}
public void BodyAsNumberTest()
{
int expected = 50;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(expected);
int actual = deSerialization.BodyAs<int>();
Assert.AreEqual(expected, actual);
}
public void BodyAsReturnsNilTest()
{
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith("-");
IAModelWithIntProperty actual = deSerialization.BodyAs<IAModelWithIntProperty>();
Assert.AreEqual(null, actual);
}
public void BodyAsStringTest()
{
string expected = "example string";
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWithString(expected);
string actual = deSerialization.BodyAs<String>();
Assert.AreEqual(expected, actual);
}
public void StringBodyAsNumberTest()
{
IAModelWithFloatProperty expected = new IAModelWithFloatProperty();
expected.Number = 50.6f;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith("{\"number\":\"50.6\"}");
IAModelWithFloatProperty actual = deSerialization.BodyAs<IAModelWithFloatProperty>();
Assert.AreEqual(expected, actual);
}
public void SetBodyWithWithAnIAModelInheritanceTest()
{
IAModelInheritance model = new IAModelInheritance();
model.Number = 50;
model.NumberTwo = 60;
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith(model);
Assert.AreEqual("{\"NumberTwo\":60,\"Number\":50}", deSerialization.BodyAsString());
}
public void BodyAsIAModelWithStringPropertyTest()
{
IAModelWithStringProperty expected = new IAModelWithStringProperty();
expected.StringProperty = "50.6";
IADeSerialization deSerialization = new IADeSerialization();
deSerialization.SetBodyWith("{\"stringProperty\":\"50.6\"}");
IAModelWithStringProperty actual = deSerialization.BodyAs<IAModelWithStringProperty>();
Assert.AreEqual(expected, actual);
}
