public void TestBodyScanKareneriA1()
{
string data = @"{ ""TerraformState"": """", ""MassEM"": 0.669502, ""PlanetClass"": ""High metal content body"", ""SurfacePressure"": 600184.6875, ""RotationPeriod"": 158551.375, ""event"": ""Scan"", ""OrbitalPeriod"": 158550.609375, ""Eccentricity"": 0.75061, ""AtmosphereType"": ""SulphurDioxide"", ""SurfaceTemperature"": 517.645813, ""TidalLock"": true, ""Periapsis"": 87.2164, ""BodyName"": ""Kareneri A 1"", ""SemiMajorAxis"": 2612434432, ""timestamp"": ""2017-02-22T10:53:18Z"", ""Volcanism"": ""metallic magma volcanism"", ""Atmosphere"": ""hot thick sulphur dioxide atmosphere"", ""OrbitalInclination"": -15.958412, ""Landable"": false, ""Radius"": 5442029, ""DistanceFromArrivalLS"": 6.102605, ""SurfaceGravity"": 9.010311 }";
List <Event> events = EddiJournalMonitor.JournalMonitor.ParseJournalEntry(data);
Assert.IsTrue(events.Count == 1);
Assert.IsTrue(events[0] is BodyScannedEvent);
BodyScannedEvent bsEvent = (BodyScannedEvent)events[0];
Assert.IsNotNull(bsEvent.volcanism);
Assert.AreEqual("Magma", bsEvent.volcanism.invariantType);
Assert.AreEqual("Iron", bsEvent.volcanism.invariantComposition);
Assert.IsNull(bsEvent.volcanism.invariantAmount);
}
public void TestBodyScanPruEurkTXBc135A1()
{
string data = @"{ ""TerraformState"": """", ""MassEM"": 1.852702, ""PlanetClass"": ""High metal content body"", ""SurfacePressure"": 28794888.0, ""RotationPeriod"": 14164107.0, ""event"": ""Scan"", ""OrbitalPeriod"": 14146797.0, ""Eccentricity"": 4e-06, ""AtmosphereType"": ""CarbonDioxide"", ""SurfaceTemperature"": 1045.624512, ""TidalLock"": true, ""Periapsis"": 347.254364, ""BodyName"": ""Pru Eurk TX - B c13 - 5 A 1"", ""SemiMajorAxis"": 84379811840.0, ""timestamp"": ""2017 - 02 - 22T10: 53:44Z"", ""Volcanism"": ""minor silicate vapour geysers volcanism"", ""Atmosphere"": ""hot thick carbon dioxide atmosphere"", ""OrbitalInclination"": 0.143376, ""Landable"": false, ""Radius"": 7275987.0, ""DistanceFromArrivalLS"": 281.461151, ""SurfaceGravity"": 13.948622 }";
List <Event> events = EddiJournalMonitor.JournalMonitor.ParseJournalEntry(data);
Assert.IsTrue(events.Count == 1);
Assert.IsTrue(events[0] is BodyScannedEvent);
BodyScannedEvent bsEvent = (BodyScannedEvent)events[0];
Assert.IsNotNull(bsEvent.volcanism);
Assert.AreEqual("Geysers", bsEvent.volcanism.invariantType);
Assert.AreEqual("Silicate vapour", bsEvent.volcanism.invariantComposition);
Assert.AreEqual("Minor", bsEvent.volcanism.invariantAmount);
}
public void TestBodyScanDagutiiABC1b()
{
string data = @"{ ""timestamp"":""2016-10-05T10:28:04Z"", ""event"":""Scan"", ""BodyName"":""Dagutii ABC 1 b"", ""DistanceFromArrivalLS"":644.074463, ""TidalLock"":true, ""TerraformState"":"""", ""PlanetClass"":""Icy body"", ""Atmosphere"":"""", ""Volcanism"":""carbon dioxide geysers volcanism"", ""MassEM"":0.001305, ""Radius"":964000.375000, ""SurfaceGravity"":0.559799, ""SurfaceTemperature"":89.839241, ""SurfacePressure"":0.000000, ""Landable"":true, ""Materials"":{ ""sulphur"":26.8, ""carbon"":22.5, ""phosphorus"":14.4, ""iron"":12.1, ""nickel"":9.2, ""chromium"":5.4, ""selenium"":4.2, ""vanadium"":3.0, ""niobium"":0.8, ""molybdenum"":0.8, ""ruthenium"":0.7 }, ""SemiMajorAxis"":739982912.000000, ""Eccentricity"":0.000102, ""OrbitalInclination"":-0.614765, ""Periapsis"":233.420425, ""OrbitalPeriod"":242733.156250, ""RotationPeriod"":242735.265625 }";
List <Event> events = EddiJournalMonitor.JournalMonitor.ParseJournalEntry(data);
Assert.IsTrue(events.Count == 1);
Assert.IsTrue(events[0] is BodyScannedEvent);
BodyScannedEvent bsEvent = (BodyScannedEvent)events[0];
Assert.IsNotNull(bsEvent.volcanism);
Assert.AreEqual("Geysers", bsEvent.volcanism.invariantType);
Assert.AreEqual("Carbon dioxide", bsEvent.volcanism.invariantComposition);
Assert.IsNull(bsEvent.volcanism.invariantAmount);
}
public void TestBodyScanVegnaaNLRc194B2c()
{
string data = @"{ ""TerraformState"": """", ""MassEM"": 0.00021, ""PlanetClass"": ""Rocky body"", ""SurfacePressure"": 0.0, ""RotationPeriod"": 175479.578125, ""event"": ""Scan"", ""OrbitalPeriod"": 119920.4375, ""Eccentricity"": 0.064521, ""AtmosphereType"": ""SulphurDioxide"", ""SurfaceTemperature"": 155.416016, ""TidalLock"": true, ""Periapsis"": 142.903015, ""BodyName"": ""Vegnaa NL-R c19-4 B 2 c"", ""SemiMajorAxis"": 1799156.125, ""timestamp"": ""2017-02-22T10:53:18Z"", ""Volcanism"": ""major rocky magma volcanism"", ""Atmosphere"": """", ""OrbitalInclination"": -3.066051, ""Landable"": false, ""Radius"": 419237.34375, ""DistanceFromArrivalLS"": 141767.375, ""SurfaceGravity"": 0.475953 }";
List <Event> events = EddiJournalMonitor.JournalMonitor.ParseJournalEntry(data);
Assert.IsTrue(events.Count == 1);
Assert.IsTrue(events[0] is BodyScannedEvent);
BodyScannedEvent bsEvent = (BodyScannedEvent)events[0];
Assert.IsNotNull(bsEvent.volcanism);
Assert.AreEqual("Magma", bsEvent.volcanism.type);
Assert.AreEqual("Silicate", bsEvent.volcanism.composition);
Assert.AreEqual("Major", bsEvent.volcanism.amount);
}
public void TestBodyMappedEventHandler()
{
string line = @"{ ""timestamp"":""2016 - 11 - 01T18: 49:07Z"", ""event"":""Scan"", ""ScanType"":""Detailed"", ""BodyName"":""Grea Bloae HH-T d4-44 4"", ""BodyID"":3, ""DistanceFromArrivalLS"":703.763611, ""TidalLock"":false, ""TerraformState"":""Terraformable"", ""PlanetClass"":""High metal content body"", ""Atmosphere"":""hot thick carbon dioxide atmosphere"", ""Volcanism"":""minor metallic magma volcanism"", ""MassEM"":2.171783, ""Radius"":7622170.500000, ""SurfaceGravity"":14.899396, ""SurfaceTemperature"":836.165466, ""SurfacePressure"":33000114.000000, ""Landable"":false, ""SemiMajorAxis"":210957926400.000000, ""Eccentricity"":0.000248, ""OrbitalInclination"":0.015659, ""Periapsis"":104.416656, ""OrbitalPeriod"":48801056.000000, ""RotationPeriod"":79442.242188 }";
List <Event> events = JournalMonitor.ParseJournalEntry(line);
Assert.AreEqual(1, events.Count);
BodyScannedEvent @event = (BodyScannedEvent)events[0];
Assert.IsNotNull(@event);
Assert.IsInstanceOfType(@event, typeof(BodyScannedEvent));
PrivateObject privateObject = new PrivateObject(EDDI.Instance);
privateObject.Invoke("updateCurrentSystem", new object[] { "Grea Bloae HH-T d4-44" });
Assert.AreEqual("Grea Bloae HH-T d4-44", EDDI.Instance.CurrentStarSystem?.systemname);
// Set up conditions to test the first scan of the body
var body = EDDI.Instance.CurrentStarSystem?.bodies.Find(b => b.bodyname == "Grea Bloae HH-T d4-44 4");
if (body != null)
{
body.scanned = null;
}
var result = (bool)privateObject.Invoke("eventBodyScanned", new object[] { @event });
Assert.AreEqual(@event.timestamp, EDDI.Instance.CurrentStarSystem?.bodies.Find(b => b.bodyname == "Grea Bloae HH-T d4-44 4").scanned);
long event1EstimatedValue = EDDI.Instance.CurrentStarSystem.bodies.Find(b => b.bodyname == "Grea Bloae HH-T d4-44 4").estimatedvalue;
// Map the body
string line2 = @"{ ""timestamp"":""2016 - 11 - 01T18: 59:07Z"", ""event"":""SAAScanComplete"", ""BodyName"":""Grea Bloae HH-T d4-44 4"", ""BodyID"":3, ""ProbesUsed"":5, ""EfficiencyTarget"":6 }";
events = JournalMonitor.ParseJournalEntry(line2);
Assert.AreEqual(1, events.Count);
BodyMappedEvent @event2 = (BodyMappedEvent)events[0];
result = (bool)privateObject.Invoke("eventBodyMapped", new object[] { @event2 });
Assert.AreEqual(@event.timestamp, EDDI.Instance.CurrentStarSystem.bodies.Find(b => b.bodyname == "Grea Bloae HH-T d4-44 4").scanned);
Assert.AreEqual(@event2.timestamp, EDDI.Instance.CurrentStarSystem.bodies.Find(b => b.bodyname == "Grea Bloae HH-T d4-44 4").mapped);
Assert.IsTrue(EDDI.Instance.CurrentStarSystem.bodies.Find(b => b.bodyname == "Grea Bloae HH-T d4-44 4").estimatedvalue > event1EstimatedValue);
}
public void TestJournalPlanetScan3()
{
string line = @"{
""Atmosphere"": ""hot thick carbon dioxide atmosphere"",
""AtmosphereComposition"": [
{
""Name"": ""CarbonDioxide"",
""Percent"": 96.5
},
{
""Name"": ""Nitrogen"",
""Percent"": 3.499999
}
],
""AtmosphereType"": ""CarbonDioxide"",
""AxialTilt"": 3.094469,
""BodyID"": 2,
""BodyName"": ""Venus"",
""Composition"": {
""Ice"": 0.0,
""Metal"": 0.3,
""Rock"": 0.7
},
""DistanceFromArrivalLS"": 360.959534,
""Eccentricity"": 0.0067,
""Landable"": false,
""MassEM"": 0.815,
""OrbitalInclination"": 3.395,
""OrbitalPeriod"": 19414166.0,
""Parents"": [
{
""Star"": 0
}
],
""Periapsis"": 55.186001,
""PlanetClass"": ""High metal content body"",
""Radius"": 6051800.0,
""RotationPeriod"": 20996798.0,
""ScanType"": ""NavBeaconDetail"",
""SemiMajorAxis"": 108207980544.0,
""SurfaceGravity"": 8.869474,
""SurfacePressure"": 9442427.0,
""SurfaceTemperature"": 735.0,
""SystemAddress"": 10477373803,
""TerraformState"": """",
""TidalLock"": true,
""Volcanism"": ""minor rocky magma volcanism"",
""event"": ""Scan"",
""timestamp"": ""2018-09-03T19:07:54Z""
}";
List <Event> events = JournalMonitor.ParseJournalEntry(line);
Assert.IsTrue(events.Count == 1);
Assert.IsInstanceOfType(events[0], typeof(BodyScannedEvent));
BodyScannedEvent ev = events[0] as BodyScannedEvent;
Assert.IsNotNull(ev);
Assert.AreEqual("Carbon dioxide", ev.atmosphereclass.invariantName);
Assert.AreEqual(96.5M, ev.atmospherecomposition[0].percent);
Assert.AreEqual("Rock", ev.solidcomposition[0].invariantName);
Assert.AreEqual(70M, ev.solidcomposition[0].percent);
}
