public void CultureDependentPrinting_us()
{
var usPrinter = new Stateprinter();
usPrinter.Configuration.Culture = new CultureInfo("en-US");
Assert.AreEqual("12345.343", usPrinter.PrintObject(DecimalNumber));
Assert.AreEqual("12345.34", usPrinter.PrintObject((float)DecimalNumber));
Assert.AreEqual("2/28/2010 10:10:59 PM", usPrinter.PrintObject(dateTime));
}
public void CultureDependentPrinting_dk()
{
var dkPrinter = new Stateprinter();
dkPrinter.Configuration.Culture = new CultureInfo("da-DK");
Assert.AreEqual("12345,343", dkPrinter.PrintObject(DecimalNumber));
Assert.AreEqual("12345,34", dkPrinter.PrintObject((float)DecimalNumber));
Assert.AreEqual("28-02-2010 22:10:59", dkPrinter.PrintObject(dateTime));
}
public void Dictionary_int_int_withRootName()
{
var expected = @"<IntDict type='Dictionary(Int32, Int32)'>
<Element key='1'>2</Element>
<Element key='2'>4</Element>
<Element key='3'>6</Element>
</IntDict>";
printer.Assert.AreEqual(expected, printer.PrintObject(int_int, "IntDict"));
}
public void Dictionary_int_int_withRootName()
{
var expected = @"""IntDict"": {
""1"": 2,
""2"": 4,
""3"": 6
}";
printer.Assert.AreEqual(expected, printer.PrintObject(int_int, "IntDict"));
}
public void CultureDependentPrinting_us()
{
var usPrinter = new Stateprinter();
usPrinter.Configuration.Culture = new CultureInfo("en-US");
Assert.AreEqual("12345.343", usPrinter.PrintObject(DecimalNumber));
Assert.AreEqual("12345.34", usPrinter.PrintObject((float)DecimalNumber));
Assert.AreEqual("2/28/2010 10:10:59 PM", usPrinter.PrintObject(dateTime));
}
public void Dictionary_int_int_withRootName()
{
var expected = @"""IntDict"" : [
{ 1 : 2 },
{ 2 : 4 },
{ 3 : 6 }
]";
printer.Assert.AreEqual(expected, printer.PrintObject(int_int, "IntDict"));
}
public void NullContent()
{
curly.Assert.PrintEquals("null", null);
json.Assert.PrintEquals("null", null);
xml.Assert.PrintEquals("<Root>null</Root>", null);
Assert.AreEqual("a = null", curly.PrintObject(null, "a"));
Assert.AreEqual("\"a\": null", json.PrintObject(null, "a"));
Assert.AreEqual("<a>null</a>", xml.PrintObject(null, "a"));
}
public void CultureDependentPrinting_dk()
{
var dkPrinter = new Stateprinter();
dkPrinter.Configuration.Culture = new CultureInfo("da-DK");
Assert.AreEqual("12345,343", dkPrinter.PrintObject(DecimalNumber));
Assert.AreEqual("12345,34", dkPrinter.PrintObject((float)DecimalNumber));
Assert.AreEqual("28-02-2010 22:10:59", dkPrinter.PrintObject(dateTime));
}
public void Dictionary_int_int_withRootName()
{
var expected = @"IntDict = new Dictionary<Int32, Int32>()
{
[1] = 2
[2] = 4
[3] = 6
}";
printer.Assert.AreEqual(expected, printer.PrintObject(int_int, "IntDict"));
}
public void Int_xml()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg);
printer = new Stateprinter(cfg);
Assert.AreEqual("<ROOT>-1</ROOT>", printer.PrintObject(-1f));
Assert.AreEqual("<ROOT>3</ROOT>", printer.PrintObject(3));
Assert.AreEqual("<ROOT>1E+23</ROOT>", printer.PrintObject(1E23));
}
public void Int_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg);
printer = new Stateprinter(cfg);
Assert.AreEqual("-1", printer.PrintObject(-1f));
Assert.AreEqual("3", printer.PrintObject(3));
Assert.AreEqual("1E+23", printer.PrintObject(1E23));
}
public void Dictionary_int_int_withRootName()
{
var expected = @"<IntDict>
<Enumeration>
<key>1</key><value>2</value>
<key>2</key><value>4</value>
<key>3</key><value>6</value>
</Enumeration>
</IntDict>";
printer.Assert.AreEqual(expected, printer.PrintObject(int_int, "IntDict"));
}
public void ThreeLinkedGraph()
{
var car = new Car(new SteeringWheel(new FoamGrip("Plastic")));
car.Brand = "Toyota";
var expected =
@"new Car()
{
StereoAmplifiers = null
steeringWheel = new SteeringWheel()
{
Size = 3
Grip = new FoamGrip()
{
Material = ""Plastic""
}
Weight = 525
}
Brand = ""Toyota""
}
";
Assert.AreEqual(expected, printer.PrintObject(car));
}
public void TestFluintInterface_Include()
{
var cfg = TestHelper.CreateTestConfiguration();
cfg.Project.Include<A>(x => x.Name);
var printer = new Stateprinter(cfg);
var state = printer.PrintObject(new A { X = DateTime.Now, Name = "Charly" });
Assert.AreEqual(@"new A() { Name = ""Charly"" }", state);
state = printer.PrintObject(new B { X = DateTime.Now, Name = "Charly", Age = 43 });
Assert.AreEqual(@"new B() { Name = ""Charly"" }", state);
state = printer.PrintObject(new C { X = new DateTime(2010, 9, 8) });
Assert.AreEqual(@"new C() { X = 08-09-2010 00:00:00 }", state);
}
public void IncludeSubsetOfFields()
{
B b1 = new B()
{
Age = 1, Name = "m", X = DateTime.Now, Y = DateTime.Now
};
var stateprinter =
new Stateprinter(
ConfigurationHelper.GetStandardConfiguration()
.Add(
new ProjectionHarvester().Include <B>(
x => x.Name,
x => x.Age)));
stateprinter.Configuration.Test.SetAreEqualsMethod(Assert.AreEqual);
var expected = @"new B()
{
Name = ""m""
Age = 1
}";
var actual = stateprinter.PrintObject(b1);
stateprinter.Assert.AreEqual(expected, actual);
// in array
expected = @"new B[]()
{
[0] = new B()
{
Name = ""m""
Age = 1
}
[1] = new B()
{
Name = ""a""
Age = 2
}
}";
B b2 = new B()
{
Age = 2, Name = "a", X = DateTime.Now, Y = DateTime.Now
};
actual = stateprinter.PrintObject(new[] { b1, b2 });
stateprinter.Assert.AreEqual(expected, actual);
}
public void IntArray_oneline()
{
printer.Configuration.SetNewlineDefinition(" ");
var expected = " [ { 0 : 1 }, { 1 : 2 }, { 2 : 3 } ]";
printer.Assert.AreEqual(expected, printer.PrintObject(new[] { 1, 2, 3 }));
}
public static string ToDebugString <T>(this T obj, Action <ProjectionHarvester> config = null)
{
var stateprinter = new Stateprinter();
config?.Invoke(stateprinter.Configuration.Project);
return(stateprinter.PrintObject(obj));
}
public void TiminAllOutputFormattersAtNElements()
{
//var warmup
new Stateprinter().PrintObject(new ToDump());
new Stateprinter().PrintObject(new ToDump());
new Stateprinter().PrintObject(new ToDump());
var x = CreateObjectsToDump(N);
int length = 0;
Console.WriteLine("Printing {0:0,0} objects.", N);
var curly = new Stateprinter();
curly.Configuration.SetOutputFormatter(new CurlyBraceStyle(curly.Configuration));
long time = Time(() => length = curly.PrintObject(x).Length);
Console.WriteLine("curly: {0} length: {1,10}", time, length);
var json = new Stateprinter();
json.Configuration.SetOutputFormatter(new JsonStyle(json.Configuration));
time = Time(() => length = json.PrintObject(x).Length);
Console.WriteLine("json: {0} length: {1,10}", time, length);
var xml = new Stateprinter();
xml.Configuration.SetOutputFormatter(new XmlStyle(xml.Configuration));
time = Time(() => length = xml.PrintObject(x).Length);
Console.WriteLine("xml: {0} length: {1,10}", time, length);
}
public void TwoDimArray_LegacyApi()
{
var printer = new Stateprinter();
printer.Configuration.LegacyBehaviour.TrimTrailingNewlines = false;
Assert.AreEqual(expected + "\r\n", printer.PrintObject(twoDimArray, ""));
}
private void CreateMessageAndTest()
{
CombinationApprovals.VerifyAllCombinations(
(name, type, newRate) => printer.PrintObject(messager.CreateMessage(name, type, newRate)),
new[] { "Olga", "Evgeniy" },
new[] { AccountType.Cheque, AccountType.Credit, AccountType.Savings },
new[] { 0.1m, 0.01m, 0.2m });
}
public void TestManyPrintings()
{
var toPrint = new Base();
var printer = new Stateprinter();
printer.PrintObject(toPrint);
var mills = Time(
() =>
{
for (int i = 0; i < N; i++)
{
printer.PrintObject(toPrint);
}
});
Console.WriteLine(" " + mills);
}
public void Dictionary_empty_int_int_with_rootName()
{
var expected = @"new List<Token>()
{
[0] = new Token()
{
Tokenkind = FieldnameWithTypeAndReference
FieldType = new RuntimeType()
{
}
Field = new Field()
{
Name = null
Key = null
Index = null
}
Value = null
ReferenceNo = new Reference()
{
Number = 0
}
}
[1] = new Token()
{
Tokenkind = StartDict
FieldType = null
Field = null
Value = null
ReferenceNo = null
}
[2] = new Token()
{
Tokenkind = EndDict
FieldType = null
Field = null
Value = null
ReferenceNo = null
}
}";
printer.PrintObject(empty_int_int);
var tokens = tokenOutputter.IntrospectedTokens;
TestHelper.Assert().PrintEquals(expected, tokens);
}
public void Obsolete_TestFluintInterface_exclude()
{
var cfg = TestHelper.CreateTestConfiguration();
cfg.Projectionharvester().Exclude<A>(x => x.X, x => x.Y);
var printer = new Stateprinter(cfg);
var state = printer.PrintObject(new A { X = DateTime.Now, Name = "Charly" });
Assert.AreEqual(@"new A() { Name = ""Charly"" }", state);
}
static AClass()
{
tunedPrinter = new Stateprinter();
var genericConverter = new GenericValueConverter <int[]>(y => string.Join(", ", y.Select(x => x.ToString()).ToArray()));
tunedPrinter.Configuration.Add(genericConverter);
tunedPrinter.PrintObject(new AClass()); // warmup
}
protected QueryResult <TOuputDTO> WhenQueryingThen <TQueryFunction, TOuputDTO>(TQueryFunction queryFunction, TOuputDTO expectedOutput) where TQueryFunction : FunctionMessage, new()
where TOuputDTO : IFunctionOutputDTO, new()
{
TestLogger.LogWhenQueryFunctionThen(queryFunction, expectedOutput);
var result = ContractHandler.QueryDeserializingToObjectAsync <TQueryFunction, TOuputDTO>(queryFunction).Result;
Stateprinter.Assert.AreEqual(
Stateprinter.PrintObject(expectedOutput),
Stateprinter.PrintObject(result));
return(new QueryResult <TOuputDTO>(ContractHandler, result, TestLogger, Stateprinter));
}
public void GetEntry_ParsesEachColumn()
{
var provider = CreateProvider();
var row = CreateDataRow();
row["QueryName"] = "Title";
row["QueryText"] = "Text";
var entry = provider.GetEntry(row);
var expected = new InformationEntry
{
Title = "Title",
Text = "Text"
};
var printer = new Stateprinter();
Assert.AreEqual(printer.PrintObject(expected), printer.PrintObject(entry));
}
public void GetterOnly_NotIncluded_WhenUsing_FieldHarvester()
{
var sut = new GetterOnly() { i = 1, j = 2 };
var printer = new Stateprinter(ConfigurationHelper.GetStandardConfiguration());
Assert.AreEqual(@"new GetterOnly()
{
i = 1
j = 2
}", printer.PrintObject(sut));
}
public void TwoDimArray()
{
int[,] twoDimArray = { { 1, 2 }, { 3, 4 } };
var printer = new Stateprinter();
Assert.AreEqual(@"new Int32[,]()
[0] = 1
[1] = 2
[2] = 3
[3] = 4
", printer.PrintObject(twoDimArray, ""));
}
public void SpecializedClassHandlerNotHandledClass()
{
var cfg = new Configuration(" ");
AddAnonymousHandler(cfg);
var sut = new Stateprinter(cfg);
Assert.Throws <Exception>(() => sut.PrintObject(new A {
Name = "MyName"
}), "");
}
public void GetEntry_ParsesEachColumn()
{
var provider = CreateProvider();
var row = CreateDataRow();
row["ConnectionString"] = "CustomConnectionString";
row["ConnectionOp"] = "new SqlConnection()";
row["Context"] = "StackTrace";
var entry = provider.GetEntry(row);
var expected = new ConnectionEntry
{
CustomConnectionStringName = "Custom",
Text = "new SqlConnection()",
StackTrace = "StackTrace"
};
var printer = new Stateprinter();
Assert.AreEqual(printer.PrintObject(expected), printer.PrintObject(entry));
}
protected void ThenEventFirst <TEventDTO>(TEventDTO expectedEvent, TransactionReceipt transactionReceipt) where TEventDTO : IEventDTO, new()
{
TestLogger.LogExpectedEvent(expectedEvent);
var eventItem = ContractHandler.GetEvent <TEventDTO>();
var eventFirst = eventItem.DecodeAllEventsForEvent(transactionReceipt.Logs).FirstOrDefault();
Assert.NotNull(eventFirst);
Stateprinter.Assert.AreEqual(
Stateprinter.PrintObject(expectedEvent),
Stateprinter.PrintObject(eventFirst.Event));
}
public void Obsolete_TestFluintInterface_exclude()
{
var cfg = TestHelper.CreateTestConfiguration();
cfg.Projectionharvester().Exclude <A>(x => x.X, x => x.Y);
var printer = new Stateprinter(cfg);
var state = printer.PrintObject(new A {
X = DateTime.Now, Name = "Charly"
});
Assert.AreEqual(@"new A() { Name = ""Charly"" }", state);
}
public void GetterOnly_NotIncluded_WhenUsing_FieldHarvester()
{
var sut = new GetterOnly()
{
i = 1, j = 2
};
var printer = new Stateprinter(ConfigurationHelper.GetStandardConfiguration());
Assert.AreEqual(@"new GetterOnly()
{
i = 1
j = 2
}", printer.PrintObject(sut));
}
public void TestFluintInterface_Include()
{
var cfg = TestHelper.CreateTestConfiguration();
cfg.Project.Include <A>(x => x.Name);
var printer = new Stateprinter(cfg);
var state = printer.PrintObject(new A {
X = DateTime.Now, Name = "Charly"
});
Assert.AreEqual(@"new A() { Name = ""Charly"" }", state);
state = printer.PrintObject(new B {
X = DateTime.Now, Name = "Charly", Age = 43
});
Assert.AreEqual(@"new B() { Name = ""Charly"" }", state);
state = printer.PrintObject(new C {
X = new DateTime(2010, 9, 8)
});
Assert.AreEqual(@"new C() { X = 08-09-2010 00:00:00 }", state);
}
public void ApproveProductData()
{
var product = new Product
{
Id = Guid.Empty,
Name = "Name",
Price = 3.14m,
UnitsCode = "112"
};
var sp = new Stateprinter();
sp.Configuration.Project.Exclude <Product>(x => x.TemporaryData);
Approvals.Verify(sp.PrintObject(product));
}
public void Xml_Dictionary_person_address()
{
printer = TestHelper.CreateTestPrinter();
printer.Configuration.OutputFormatter = new XmlStyle(printer.Configuration);
var d = new Dictionary<Person, Address>
{
{
new Person {Age = 37, FirstName = "Klaus", LastName = "Meyer"},
new Address() {Street = "Fairway Dr.", StreetNumber = 50267, Country = Country.USA, Zip = "CA 91601"}
},
};
var expected = @"<ROOT type='Dictionary(Person, Address)'>
<Enumeration>
<ROOT type='KeyValuePair(Person, Address)'>
<key type='Person'>
<Age>37</Age>
<FirstName>""Klaus""</FirstName>
<LastName>""Meyer""</LastName>
</key>
<value type='Address'>
<Street>""Fairway Dr.""</Street>
<StreetNumber>50267</StreetNumber>
<Zip>""CA 91601""</Zip>
<Country>USA</Country>
</value>
</ROOT>
</Enumeration>
</ROOT>";
printer.Assert.AreEqual(expected, printer.PrintObject(d));
}
public void Int_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg);
printer = new Stateprinter(cfg);
Assert.AreEqual("-1", printer.PrintObject(-1f));
Assert.AreEqual("3", printer.PrintObject(3));
Assert.AreEqual("1E+23", printer.PrintObject(1E23));
}
public void Int_xml()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg);
printer = new Stateprinter(cfg);
Assert.AreEqual("<ROOT>-1</ROOT>", printer.PrintObject(-1f));
Assert.AreEqual("<ROOT>3</ROOT>", printer.PrintObject(3));
Assert.AreEqual("<ROOT>1E+23</ROOT>", printer.PrintObject(1E23));
}
public void TwoDimArray_LegacyApi()
{
var printer = new Stateprinter();
printer.Configuration.LegacyBehaviour.TrimTrailingNewlines = false;
Assert.AreEqual(expected + "\r\n", printer.PrintObject(twoDimArray, ""));
}
public void TwoDimArray()
{
var printer = new Stateprinter();
Assert.AreEqual(expected, printer.PrintObject(twoDimArray, ""));
}
static AClass()
{
tunedPrinter = new Stateprinter();
var genericConverter = new GenericValueConverter<int[]>(y => string.Join(", ", y.Select(x => x.ToString()).ToArray()));
tunedPrinter.Configuration.Add(genericConverter);
tunedPrinter.PrintObject(new AClass()); // warmup
}
public void IncludeSubsetOfFields()
{
B b1 = new B() { Age = 1, Name = "m", X = DateTime.Now, Y = DateTime.Now };
var stateprinter =
new Stateprinter(
ConfigurationHelper.GetStandardConfiguration()
.Add(
new ProjectionHarvester().Include<B>(
x => x.Name,
x => x.Age)));
stateprinter.Configuration.Test.SetAreEqualsMethod(Assert.AreEqual);
var expected = @"new B()
{
Name = ""m""
Age = 1
}";
var actual = stateprinter.PrintObject(b1);
stateprinter.Assert.AreEqual(expected, actual);
// in array
expected = @"new B[]()
[0] = new B()
{
Name = ""m""
Age = 1
}
[1] = new B()
{
Name = ""a""
Age = 2
}";
B b2 = new B() { Age = 2, Name = "a", X = DateTime.Now, Y = DateTime.Now };
actual = stateprinter.PrintObject(new[] { b1, b2 });
stateprinter.Assert.AreEqual(expected, actual);
}
public void UserStory()
{
var cfg = TestHelper.CreateTestConfiguration();
cfg.Project.AddFilter<A>(x => x.Where(y => y.SanitizedName != "X" && y.SanitizedName != "Y"));
var printer = new Stateprinter(cfg);
var state = printer.PrintObject(new A { X = DateTime.Now, Name = "Charly" });
Assert.AreEqual(@"new A() { Name = ""Charly"" }", state);
state =
printer.PrintObject(new B { X = DateTime.Now, Name = "Charly", Age = 43 });
Assert.AreEqual(@"new B() { Name = ""Charly"" Age = 43 }", state);
state = printer.PrintObject(new C { X = new DateTime(2010, 9, 8) });
Assert.AreEqual(@"new C() { X = 08-09-2010 00:00:00 }", state);
}
public void TestTheOverheadOfStartingUp()
{
var toPrint = new Base();
//var warmup =
new Stateprinter().PrintObject(toPrint);
new Stateprinter().PrintObject(toPrint);
new Stateprinter().PrintObject(toPrint);
var mills = Time(
() =>
{
for (int i = 0; i < N/400; i++)
{
var printer = new Stateprinter();
printer.PrintObject(toPrint);
}
});
Console.WriteLine(" " + mills);
}
private void DumpNObjects(int max)
{
List<ToDump> x = CreateObjectsToDump(max);
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg);
int length = 0;
var mills = Time(() =>
{
var printer = new Stateprinter(cfg);
length = printer.PrintObject(x).Length;
});
Console.WriteLine("{0,8}: Time: {1,6} length {2,10}", max, mills, length);
}
public void TiminAllOutputFormattersAtNElements()
{
//var warmup
new Stateprinter().PrintObject(new ToDump());
new Stateprinter().PrintObject(new ToDump());
new Stateprinter().PrintObject(new ToDump());
var x = CreateObjectsToDump(N);
int length = 0;
Console.WriteLine("Printing {0:0,0} objects.", N);
var curly = new Stateprinter();
curly.Configuration.SetOutputFormatter(new CurlyBraceStyle(curly.Configuration));
long time = Time(() => length = curly.PrintObject(x).Length);
Console.WriteLine("curly: {0} length: {1,10}", time, length);
var json = new Stateprinter();
json.Configuration.SetOutputFormatter(new JsonStyle(json.Configuration));
time = Time(() => length = json.PrintObject(x).Length);
Console.WriteLine("json: {0} length: {1,10}", time, length);
var xml = new Stateprinter();
xml.Configuration.SetOutputFormatter(new XmlStyle(xml.Configuration));
time = Time(() => length = xml.PrintObject(x).Length);
Console.WriteLine("xml: {0} length: {1,10}", time, length);
}