public void StarNotEqualCatalogueTest()
{
TestStellarMap map = new TestStellarMap();
Star sol = new Star("Sol");
map.Add <Star>(sol);
sol.BasicProperties.Add(Constants.PropertyNames.Designation, "Sol");
sol.BasicProperties.Add(Constants.PropertyNames.StellarClass, "G2V");
var catalogue = new Dictionary <string, string>();
catalogue.Add("HabHyg", "0");
catalogue.Add("Hip", "0");
sol.Properties.AddGroup("Catalogue", catalogue);
TestStellarMap map2 = new TestStellarMap();
Star sol2 = new Star("Sol");
map2.Add <Star>(sol2);
sol2.BasicProperties.Add(Constants.PropertyNames.Designation, "Sol");
sol2.BasicProperties.Add(Constants.PropertyNames.StellarClass, "G2V");
catalogue = new Dictionary <string, string>();
catalogue.Add("HabHyg", "1");
catalogue.Add("Hip", "1");
sol2.Properties.AddGroup("Catalogue", catalogue);
Assert.IsFalse(StarEqualityComparer.Comparer.Equals(sol, sol2));
}
public void CreateSol(TestStellarMap map)
{
Star sol = new Star("Sol");
map.Add <Star>(sol);
sol.Add(new Planet("Mercury"));
sol.Add(new Planet("Venus"));
Planet earth = new Planet("Earth");
map.Add <Planet>(earth);
Satellite moon = new Satellite("Moon");
earth.Add(moon);
sol.Add(new Planet("Mars"));
sol.Add(new Planet("Jupiter"));
sol.Add(new Planet("Saturn"));
sol.Add(new Planet("Uranus"));
sol.Add(new Planet("Neptune"));
sol.Add(new DwarfPlanet("Ceres"));
sol.Add(new DwarfPlanet("Pluto"));
sol.Add(new Asteroid("Pallas"));
sol.Add(new Asteroid("Juno"));
sol.Add(new Comet("Haley's"));
sol.Add(new Comet("Caeser's"));
}
public void StellarMapNotEqualProxCentCTest()
{
TestStellarMap map = new TestStellarMap("TestMap");
Star sol = new Star("Sol");
map.Add <Star>(sol);
sol.Add(new Planet("Mercury"));
sol.Add(new Planet("Venus"));
sol.Add(new Planet("Earth"));
sol.Add(new Planet("Mars"));
sol.Add(new Planet("Jupiter"));
sol.Add(new Planet("Saturn"));
sol.Add(new Planet("Uranus"));
sol.Add(new Planet("Neptune"));
sol.Add(new DwarfPlanet("Ceres"));
sol.Add(new DwarfPlanet("Pluto"));
sol.Add(new Asteroid("Pallas"));
sol.Add(new Asteroid("Juno"));
sol.Add(new Comet("Haley's"));
sol.Add(new Comet("Caeser's"));
Star proximaCent = new Star("Proxima Centauri");
map.Add <Star>(proximaCent);
proximaCent.Add(new Planet("b"));
TestStellarMap map2 = new TestStellarMap("TestMap");
Star sol2 = new Star("Sol");
map2.Add <Star>(sol2);
sol2.Add(new Planet("Mercury"));
sol2.Add(new Planet("Venus"));
sol2.Add(new Planet("Earth"));
sol2.Add(new Planet("Mars"));
sol2.Add(new Planet("Jupiter"));
sol2.Add(new Planet("Saturn"));
sol2.Add(new Planet("Uranus"));
sol2.Add(new Planet("Neptune"));
sol2.Add(new DwarfPlanet("Ceres"));
sol2.Add(new DwarfPlanet("Pluto"));
sol2.Add(new Asteroid("Pallas"));
sol2.Add(new Asteroid("Juno"));
sol2.Add(new Comet("Haley's"));
sol2.Add(new Comet("Caeser's"));
proximaCent = new Star("Proxima Centauri");
map2.Add <Star>(proximaCent);
proximaCent.Add(new Planet("b"));
proximaCent.Add(new Planet("c"));
Assert.IsFalse(BaseStellarMapEqualityComparer.Comparer.Equals(map, map2));
}
public void CreateEarth(TestStellarMap map)
{
Planet earth = new Planet("Earth");
map.Add <Planet>(earth);
Satellite moon = new Satellite("Moon");
earth.Add(moon);
}
public TestStellarMap DeSerializeMap(StreamReader reader)
{
string json = string.Empty;
json = reader.ReadToEnd();
TestStellarMap map = JsonConvert.DeserializeObject <TestStellarMap>(json);
map.SetMap();
return(map);
}
public void StarNotEqualSolarSystemMissingPlutoTest()
{
TestStellarMap map = new TestStellarMap();
Star sol = new Star("Sol");
map.Add <Star>(sol);
sol.Add(new Planet("Mercury"));
sol.Add(new Planet("Venus"));
sol.Add(new Planet("Earth"));
sol.Add(new Planet("Mars"));
sol.Add(new Planet("Jupiter"));
sol.Add(new Planet("Saturn"));
sol.Add(new Planet("Uranus"));
sol.Add(new Planet("Neptune"));
sol.Add(new DwarfPlanet("Ceres"));
sol.Add(new DwarfPlanet("Pluto"));
sol.Add(new Asteroid("Pallas"));
sol.Add(new Asteroid("Juno"));
sol.Add(new Comet("Haley's"));
sol.Add(new Comet("Caeser's"));
TestStellarMap map2 = new TestStellarMap();
Star sol2 = new Star("Sol");
//sol2.Identifier = sol.Identifier; // have to do this since BaseStellarMap's default identifier generation is GUIDs which can't be compared
map2.Add <Star>(sol2);
sol2.Add(new Planet("Mercury"));
sol2.Add(new Planet("Venus"));
sol2.Add(new Planet("Earth"));
sol2.Add(new Planet("Mars"));
sol2.Add(new Planet("Jupiter"));
sol2.Add(new Planet("Saturn"));
sol2.Add(new Planet("Uranus"));
sol2.Add(new Planet("Neptune"));
// Pluto is a planet once again
sol2.Add(new Planet("Pluto"));
// Ceres is back to an asteroid
sol2.Add(new Asteroid("Ceres"));
sol2.Add(new Asteroid("Pallas"));
sol2.Add(new Asteroid("Juno"));
sol2.Add(new Comet("Haley's"));
sol2.Add(new Comet("Caeser's"));
Assert.IsFalse(StarEqualityComparer.Comparer.Equals(sol, sol2));
}
public void PlanetReferenceEqualTest()
{
TestStellarMap map = new TestStellarMap();
Planet earth = new Planet("Earth");
map.Add <Planet>(earth);
Satellite moon = new Satellite("Moon");
earth.Add(moon);
Assert.IsTrue(PlanetEqualityComparer.Comparer.Equals(earth, earth));
}
public void StarEqualSolarSystemTest()
{
TestStellarMap map = new TestStellarMap();
Star sol = new Star("Sol");
map.Add <Star>(sol);
sol.Add(new Planet("Mercury"));
sol.Add(new Planet("Venus"));
sol.Add(new Planet("Earth"));
sol.Add(new Planet("Mars"));
sol.Add(new Planet("Jupiter"));
sol.Add(new Planet("Saturn"));
sol.Add(new Planet("Uranus"));
sol.Add(new Planet("Neptune"));
sol.Add(new DwarfPlanet("Ceres"));
sol.Add(new DwarfPlanet("Pluto"));
sol.Add(new Asteroid("Pallas"));
sol.Add(new Asteroid("Juno"));
sol.Add(new Comet("Haley's"));
sol.Add(new Comet("Caeser's"));
TestStellarMap map2 = new TestStellarMap();
Star sol2 = new Star("Sol");
map2.Add <Star>(sol2);
sol2.Add(new Planet("Mercury"));
sol2.Add(new Planet("Venus"));
sol2.Add(new Planet("Earth"));
sol2.Add(new Planet("Mars"));
sol2.Add(new Planet("Jupiter"));
sol2.Add(new Planet("Saturn"));
sol2.Add(new Planet("Uranus"));
sol2.Add(new Planet("Neptune"));
sol2.Add(new DwarfPlanet("Ceres"));
sol2.Add(new DwarfPlanet("Pluto"));
sol2.Add(new Asteroid("Pallas"));
sol2.Add(new Asteroid("Juno"));
sol2.Add(new Comet("Haley's"));
sol2.Add(new Comet("Caeser's"));
Assert.IsTrue(StarEqualityComparer.Comparer.Equals(sol, sol2));
}
public void SerializeFileSol()
{
TestStellarMap map = new TestStellarMap("Sol");
CreateSol(map);
string filename = Path.Combine(TestingUtilities.Config["DataPath"], "BaseSol.json");
if (File.Exists(filename))
{
File.Delete(filename);
}
using StreamWriter writer = new StreamWriter(filename);
SerializeMap(map, writer);
}
public void PlanetNotEqualMoonMissingTest()
{
TestStellarMap map = new TestStellarMap();
Planet earth = new Planet("Earth");
map.Add <Planet>(earth);
TestStellarMap map2 = new TestStellarMap();
Planet earth2 = new Planet("Earth");
map2.Add <Planet>(earth2);
Satellite moon2 = new Satellite("Moon");
earth2.Add(moon2);
Assert.IsFalse(PlanetEqualityComparer.Comparer.Equals(earth, earth2));
}
public void CompareEarthTest()
{
TestStellarMap originalMap = new TestStellarMap("Earth");
CreateEarth(originalMap);
TestStellarMap finalMap;
using MemoryStream memory = new MemoryStream();
using StreamWriter writer = new StreamWriter(memory, Encoding.Unicode, 1024, true);
SerializeMap(originalMap, writer);
writer.Flush();
memory.Position = 0;
using StreamReader reader = new StreamReader(memory);
finalMap = DeSerializeMap(reader);
Assert.IsTrue(BaseStellarMapEqualityComparer.Comparer.Equals(originalMap, finalMap));
}
public void PlanetNotEqualMissingPropertyTest()
{
TestStellarMap map = new TestStellarMap();
Planet earth = new Planet("Earth");
map.Add <Planet>(earth);
Satellite moon = new Satellite("Moon");
earth.Add(moon);
BaseStellarMap map2 = new BaseStellarMap();
Planet earth2 = new Planet("Earth");
map2.Add <Planet>(earth2);
earth2.BasicProperties.Add("Description", "No signs of intelligent life");
Satellite moon2 = new Satellite("Moon");
earth2.Add(moon2);
Assert.IsFalse(PlanetEqualityComparer.Comparer.Equals(earth, earth2));
}
public void SerializeMap(TestStellarMap map, StreamWriter writer)
{
string json = JsonConvert.SerializeObject(map, Newtonsoft.Json.Formatting.Indented);
writer.Write(json);
}