public void ThreeLinkedGraph_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var car = new Car(new SteeringWheel(new FoamGrip("Plastic")));
car.Brand = "Toyota";
var expected =
@"
{
""StereoAmplifiers"" : null,
""steeringWheel"" :
{
""Size"" : 3,
""Grip"" :
{
""Material"" : ""Plastic""
}
""Weight"" : 525
}
""Brand"" : ""Toyota""
}
";
Assert.AreEqual(expected, printer.PrintObject(car));
}
public void ThreeLinkedGraph_xmlstyle()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var car = new Car(new SteeringWheel(new FoamGrip("Plastic")));
car.Brand = "Toyota";
var expected =
@"<ROOT type='Car'>
<StereoAmplifiers>null</StereoAmplifiers>
<steeringWheel type='SteeringWheel'>
<Size>3</Size>
<Grip type='FoamGrip'>
<Material>""Plastic""</Material>
</Grip>
<Weight>525</Weight>
</steeringWheel>
<Brand>""Toyota""</Brand>
</ROOT>
";
Assert.AreEqual(expected, printer.PrintObject(car));
}
public void UserStory()
{
var cfg = ConfigurationHelper.GetStandardConfiguration(" ");
cfg.SelectiveHarvester()
.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.Replace("\r\n", ""));
state = printer.PrintObject(new B {
X = DateTime.Now, Name = "Charly", Age = 43
});
Assert.AreEqual(@"new B(){ Name = ""Charly"" Age = 43}", state.Replace("\r\n", ""));
state = printer.PrintObject(new C {
X = new DateTime(2010, 9, 8)
});
Assert.AreEqual(@"new C(){ X = 08-09-2010 00:00:00}", state.Replace("\r\n", ""));
}
public void TwoDimArray_LegacyApi()
{
var printer = new StatePrinter();
printer.Configuration.LegacyBehaviour.TrimTrailingNewlines = false;
Assert.AreEqual(expected + "\r\n", printer.PrintObject(twoDimArray, ""));
}
public void CyclicGraph_Json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var course = new Course();
course.Members.Add(new Student("Stan", course));
course.Members.Add(new Student("Richy", course));
var expected =
@"
{
""Members"" :
[
{
""name"" : ""Stan"",
""course"" : root
}
{
""name"" : ""Richy"",
""course"" : root
}
]
}
";
Assert.AreEqual(expected, printer.PrintObject(course));
}
public void ThreeLinkedGraph_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var car = new Car(new SteeringWheel(new FoamGrip("Plastic")));
car.Brand = "Toyota";
var expected =
@"
{
""StereoAmplifiers"" : null,
""steeringWheel"" :
{
""Size"" : 3,
""Grip"" :
{
""Material"" : ""Plastic""
}
""Weight"" : 525
}
""Brand"" : ""Toyota""
}
";
Assert.AreEqual(expected, printer.PrintObject(car));
}
public void CyclicGraph_xmlstyle()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var course = new Course();
course.Members.Add(new Student("Stan", course));
course.Members.Add(new Student("Richy", course));
var expected =
@"<ROOT type='Course' ref='0'>
<Members type='List(Student)'>
<Enumeration>
<Members type='Student'>
<name>""Stan""</name>
<course ref='0' />
</Members>
<Members type='Student'>
<name>""Richy""</name>
<course ref='0' />
</Members>
</Enumeration>
</Members>
</ROOT>
";
Assert.AreEqual(expected, printer.PrintObject(course));
}
public void TwoDimArray()
{
int[,] twoDimArray = { { 1, 2 }, { 3, 4 } };
var printer = new StatePrinter();
Console.WriteLine(printer.PrintObject(twoDimArray, ""));
}
public void Setup()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new CurlyBraceStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
}
public void TestManyPrintings()
{
var toPrint = new Base();
var printer = new StatePrinter();
for (int i = 0; i < N; i++)
printer.PrintObject(toPrint);
}
public void EmptyIntArray_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
Assert.AreEqual("[]\r\n", printer.PrintObject(new int[0]));
}
public void EmptyIntArray_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
Assert.AreEqual("[]\r\n", printer.PrintObject(new int[0]));
}
public void MegaCyclicGraph_Json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var mother = MakeFamily();
var expected =
@"
{
""Name"" : ""Mom"",
""Mother"" :
{
""Name"" : ""grandMom"",
""Mother"" : null,
""Children"" :
[
""Children"" : root
],
""Father"" : null
}
""Children"" :
[
{
""Name"" : ""son"",
""Mother"" : root,
""Children"" : [],
""Father"" :
{
""Name"" : ""grandDad"",
""Mother"" : null,
""Children"" :
[
""Children"" : root,
""Children"" : root.Children[0],
{
""Name"" : ""daughter"",
""Mother"" : root,
""Children"" : [],
""Father"" : root.Children[0].Father
}
],
""Father"" : null
}
}
""Children"" : root.Children[0].Father.Children[2]
],
""Father"" : root.Children[0].Father
}
";
var actual = printer.PrintObject(mother);
Assert.AreEqual(expected, actual);
}
public void CultureDependentPrinting_us()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.Culture = new CultureInfo("en-US");
var usPrinter = new StatePrinter(cfg);
Assert.AreEqual("12345.343\r\n", usPrinter.PrintObject(decimalNumber));
Assert.AreEqual("12345.34\r\n", usPrinter.PrintObject((float)decimalNumber));
Assert.AreEqual("2/28/2010 10:10:59 PM\r\n", usPrinter.PrintObject(dateTime));
}
public void TestManyPrintings()
{
var toPrint = new Base();
var printer = new StatePrinter();
for (int i = 0; i < N; i++)
{
printer.PrintObject(toPrint);
}
}
public void CultureDependentPrinting_dk()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.Culture = new CultureInfo("da-DK");
var dkPrinter = new StatePrinter(cfg);
Assert.AreEqual("12345,343\r\n", dkPrinter.PrintObject(decimalNumber));
Assert.AreEqual("12345,34\r\n", dkPrinter.PrintObject((float)decimalNumber));
Assert.AreEqual("28-02-2010 22:10:59\r\n", dkPrinter.PrintObject(dateTime));
}
public void Int_xml()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
Assert.AreEqual("<ROOT>-1</ROOT>\r\n", printer.PrintObject(-1f));
Assert.AreEqual("<ROOT>3</ROOT>\r\n", printer.PrintObject(3));
Assert.AreEqual("<ROOT>1E+23</ROOT>\r\n", printer.PrintObject(1E23));
}
public void CultureDependentPrinting_us()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.Culture = new CultureInfo("en-US");
var usPrinter = new StatePrinter(cfg);
Assert.AreEqual("12345.343\r\n", usPrinter.PrintObject(decimalNumber));
Assert.AreEqual("12345.34\r\n", usPrinter.PrintObject((float)decimalNumber));
Assert.AreEqual("2/28/2010 10:10:59 PM\r\n", usPrinter.PrintObject(dateTime));
}
public void CultureDependentPrinting_dk()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.Culture = new CultureInfo("da-DK");
var dkPrinter = new StatePrinter(cfg);
Assert.AreEqual("12345,343\r\n", dkPrinter.PrintObject(decimalNumber));
Assert.AreEqual("12345,34\r\n", dkPrinter.PrintObject((float)decimalNumber));
Assert.AreEqual("28-02-2010 22:10:59\r\n", dkPrinter.PrintObject(dateTime));
}
public void Int_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
Assert.AreEqual("-1\r\n", printer.PrintObject(-1f));
Assert.AreEqual("3\r\n", printer.PrintObject(3));
Assert.AreEqual("1E+23\r\n", printer.PrintObject(1E23));
}
public void Print_MultipleUnitsOnSpace_AllRepresented()
{
var state = new WorldState();
state.Geography = new Geography(10, 10);
GenerateObjects(state, 80);
var print = StatePrinter.PrintState(state);
Output.WriteLine(print);
Assert.NotEqual(0, print.Length);
}
public void TestFluintInterface()
{
var cfg = ConfigurationHelper.GetStandardConfiguration(" ");
cfg.SelectiveHarvester().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.Replace("\r\n", ""));
state = printer.PrintObject(new B {X = DateTime.Now, Name = "Charly", Age = 43});
Assert.AreEqual(@"new B(){ Name = ""Charly"" Age = 43}", state.Replace("\r\n", ""));
state = printer.PrintObject(new C {X = new DateTime(2010, 9, 8)});
Assert.AreEqual(@"new C(){ X = 08-09-2010 00:00:00}", state.Replace("\r\n", ""));
}
private void DumpNObjects(int max)
{
var x = new List<ToDump>();
for (int i = 0; i < max; i++)
x.Add(new ToDump());
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var mills = time(() =>
{
var printer = new StatePrinter(cfg);
printer.PrintObject(x);
});
Console.WriteLine(max + ": " + mills);
}
public void UserStory()
{
var cfg = ConfigurationHelper.GetStandardConfiguration(" ");
cfg.SelectiveHarvester()
.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.Replace("\r\n", ""));
state = printer.PrintObject(new B {X = DateTime.Now, Name = "Charly", Age = 43});
Assert.AreEqual(@"new B(){ Name = ""Charly"" Age = 43}", state.Replace("\r\n", ""));
state = printer.PrintObject(new C {X = new DateTime(2010, 9, 8)});
Assert.AreEqual(@"new C(){ X = 08-09-2010 00:00:00}", state.Replace("\r\n", ""));
}
public void xml_Dictionary_person_address()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(" ");
printer = new StatePrinter(cfg);
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>
";
Assert.AreEqual(expected, printer.PrintObject(d));
}
private void DumpNObjects(int max)
{
var x = new List <ToDump>();
for (int i = 0; i < max; i++)
{
x.Add(new ToDump());
}
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var mills = time(() =>
{
var printer = new StatePrinter(cfg);
printer.PrintObject(x);
});
Console.WriteLine(max + ": " + mills);
}
public void Run()
{
var state = World.Reset();
var actions = DecideNextActions(state);
var fullWatch = Stopwatch.StartNew();
while (!World.IsDone())
{
state = World.Step(actions);
actions = DecideNextActions(state);
if (World.StepsTaken % 100 == 0)
{
Log.Debug(StatePrinter.PrintState(state));
}
}
fullWatch.Stop();
Log.Information("Took {steps} steps in {time} milliseconds with an average step of {average} ms",
World.StepsTaken, fullWatch.ElapsedMilliseconds, (double)fullWatch.ElapsedMilliseconds / World.StepsTaken);
}
public void TestFluintInterface()
{
var cfg = ConfigurationHelper.GetStandardConfiguration(" ");
cfg.SelectiveHarvester().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.Replace("\r\n", ""));
state = printer.PrintObject(new B {
X = DateTime.Now, Name = "Charly", Age = 43
});
Assert.AreEqual(@"new B(){ Name = ""Charly"" Age = 43}", state.Replace("\r\n", ""));
state = printer.PrintObject(new C {
X = new DateTime(2010, 9, 8)
});
Assert.AreEqual(@"new C(){ X = 08-09-2010 00:00:00}", state.Replace("\r\n", ""));
}
public void TwoDimArray()
{
int[,] twoDimArray = {{1, 2}, {3, 4}};
var printer = new StatePrinter();
Console.WriteLine(printer.PrintObject(twoDimArray, ""));
}
public void Int_json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
Assert.AreEqual("-1\r\n", printer.PrintObject(-1f));
Assert.AreEqual("3\r\n", printer.PrintObject(3));
Assert.AreEqual("1E+23\r\n", printer.PrintObject(1E23));
}
public void Int_xml()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
Assert.AreEqual("<ROOT>-1</ROOT>\r\n", printer.PrintObject(-1f));
Assert.AreEqual("<ROOT>3</ROOT>\r\n", printer.PrintObject(3));
Assert.AreEqual("<ROOT>1E+23</ROOT>\r\n", printer.PrintObject(1E23));
}
public void xml_Dictionary_person_address()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(" ");
printer = new StatePrinter(cfg);
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>
";
Assert.AreEqual(expected, printer.PrintObject(d));
}
public void TwoDimArray_LegacyApi()
{
var printer = new StatePrinter();
printer.Configuration.LegacyBehaviour.TrimTrailingNewlines = false;
Assert.AreEqual(expected + "\r\n", printer.PrintObject(twoDimArray, ""));
}
public void CyclicGraph_Json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var course = new Course();
course.Members.Add(new Student("Stan", course));
course.Members.Add(new Student("Richy", course));
var expected =
@"
{
""Members"" :
[
{
""name"" : ""Stan"",
""course"" : root
}
{
""name"" : ""Richy"",
""course"" : root
}
]
}
";
Assert.AreEqual(expected, printer.PrintObject(course));
}
public void MegaCyclicGraph_Json()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new JsonStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var mother = MakeFamily();
var expected =
@"
{
""Name"" : ""Mom"",
""Mother"" :
{
""Name"" : ""grandMom"",
""Mother"" : null,
""Children"" :
[
""Children"" : root
],
""Father"" : null
}
""Children"" :
[
{
""Name"" : ""son"",
""Mother"" : root,
""Children"" : [],
""Father"" :
{
""Name"" : ""grandDad"",
""Mother"" : null,
""Children"" :
[
""Children"" : root,
""Children"" : root.Children[0],
{
""Name"" : ""daughter"",
""Mother"" : root,
""Children"" : [],
""Father"" : root.Children[0].Father
}
],
""Father"" : null
}
}
""Children"" : root.Children[0].Father.Children[2]
],
""Father"" : root.Children[0].Father
}
";
var actual = printer.PrintObject(mother);
Assert.AreEqual(expected, actual);
}
public void CyclicGraph_xmlstyle()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var course = new Course();
course.Members.Add(new Student("Stan", course));
course.Members.Add(new Student("Richy", course));
var expected =
@"<ROOT type='Course' ref='0'>
<Members type='List(Student)'>
<Enumeration>
<Members type='Student'>
<name>""Stan""</name>
<course ref='0' />
</Members>
<Members type='Student'>
<name>""Richy""</name>
<course ref='0' />
</Members>
</Enumeration>
</Members>
</ROOT>
";
Assert.AreEqual(expected, printer.PrintObject(course));
}
public void Setup()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new CurlyBraceStyle(cfg.IndentIncrement);
printer = new StatePrinter(cfg);
}
public void TwoDimArray_LegacyApi()
{
var printer = new StatePrinter();
Assert.AreEqual(expected, printer.PrintObject(twoDimArray, ""));
}
public void ThreeLinkedGraph_xmlstyle()
{
var cfg = ConfigurationHelper.GetStandardConfiguration();
cfg.OutputFormatter = new XmlStyle(cfg.IndentIncrement);
var printer = new StatePrinter(cfg);
var car = new Car(new SteeringWheel(new FoamGrip("Plastic")));
car.Brand = "Toyota";
var expected =
@"<ROOT type='Car'>
<StereoAmplifiers>null</StereoAmplifiers>
<steeringWheel type='SteeringWheel'>
<Size>3</Size>
<Grip type='FoamGrip'>
<Material>""Plastic""</Material>
</Grip>
<Weight>525</Weight>
</steeringWheel>
<Brand>""Toyota""</Brand>
</ROOT>
";
Assert.AreEqual(expected, printer.PrintObject(car));
}
