MockSolarPanel addMockSolarPanel(MockCubeGrid grid)
{
int id = GetId();
var res = new MockSolarPanel {
CubeGrid = grid,
CustomName = $"solar panel {id}",
EntityId = id,
CurrentOutput = 100,
MaxOutput = 200
};
this.gts.Add(res);
return(res);
}
Program.SolarPanel getPanel(List <MockSolarPanel> panels)
{
var grid = new MockCubeGrid();
var grids = new List <IMyCubeGrid> {
grid
};
foreach (MockSolarPanel panel in panels)
{
panel.CubeGrid = grid;
}
var ps = panels.Select(p => p as IMySolarPanel).ToList();
return(new Program.SolarPanel(grids, ps));
}
public void BeforeEach()
{
this.baseGrid = this.getMockCubeGrid("base grid", true);
this.programableBlock = new MockProgrammableBlock {
CubeGrid = this.baseGrid,
CustomData = "[solar-manager]\nkeyword=solar",
CustomName = "main pb",
EntityId = GetId(),
ProgramType = typeof(Program)
};
this.gts = new MockGridTerminalSystem {
this.programableBlock
};
this.program = null;
this.run = null;
this.solarManager = null;
}
MockMotorStator addMockStator(MockCubeGrid baseGrid, MockCubeGrid topGrid, string name = null, bool isSolar = true)
{
var attachable = new MockMotorRotor {
CubeGrid = topGrid
};
int id = GetId();
var res = new MockMotorStator {
CubeGrid = baseGrid,
CustomName = $"{(name ?? "rotor")} {(isSolar ? "solar " : "")}{id}",
EntityId = id
};
res.MockPendingAttachment = attachable;
res.Attach();
this.gts.Add(res);
return(res);
}
public void Everything()
{
var grid = new MockCubeGrid {
GridSizeEnum = VRage.Game.MyCubeSize.Small
};
var controller = new MockShipController {
CubeGrid = grid,
ShipMass = new Sandbox.ModAPI.Ingame.MyShipMass(1820, 1820, 1820),
WorldPosition = Vector3D.Zero,
WorldMatrix = MatrixD.Identity
};
var gts = new MockGridTerminalSystem {
PowerWheelTest.GetSuspension(new Vector3D(-1, 0, -1), true, grid),
PowerWheelTest.GetSuspension(new Vector3D(1, 0, -1), false, grid),
PowerWheelTest.GetSuspension(new Vector3D(-1, 0, 1), true, grid),
PowerWheelTest.GetSuspension(new Vector3D(1, 0, 1), false, grid),
};
var transformer = new Program.CoordinatesTransformer(controller);
var ini = new VRage.Game.ModAPI.Ingame.Utilities.MyIni();
ini.TryParse(@"");
var saveManager = new Program.ProcessSpawnerMock();
var command = new Program.CommandLine("mock", null, saveManager);
var wc = new Program.WheelsController(command, controller, gts, ini, saveManager, transformer);
Assert.AreEqual(new Vector3D(0, 1, 0), wc.GetContactPlaneW());
Assert.AreEqual(new Vector3D(0, -1.75, -1), wc.GetPointOfContactW(new Vector3D(0, 0, -1)));
wc.SetPosition("0.5"); // too anoying to test
}
public static MockMotorSuspension GetSuspension(Vector3D pos, bool left, MockCubeGrid grid = null)
{
return(new MockMotorSuspension {
CubeGrid = grid ?? new MockCubeGrid {
GridSizeEnum = VRage.Game.MyCubeSize.Small
},
CustomName = "Power",
DisplayNameText = "Power",
MaxSteerAngle = 30f,
Strength = 1,
Top = new MockAttachableTopBlock {
Max = new Vector3I(1, 1, 1),
Min = new Vector3I(-1, -1, -1),
WorldPosition = pos + new Vector3D(0, -1, 0)
},
// This should be the world matrix in case the wheels are in the correct orientation
WorldMatrix = new MatrixD(
0, 0, left ? 1 : -1, 0,
left ? -1 : 1, 0, 0, 0,
0, -1, 0, 0,
pos.X, pos.Y, pos.Z, 1),
WorldPosition = pos
});
}
public static void Main()
{
// In order for your program to actually run, you will need to provide a mockup of all the facilities
// your script uses from the game, since they're not available outside of the game.
var grid = new MockGridTerminalSystem();
var cubeGrid = new MockCubeGrid()
{
CustomName = "Debug Test Station",
IsStatic = true,
GridSizeEnum = VRage.Game.MyCubeSize.Large
};
var programmableBlock = Mock <MockProgrammableBlock>(options: b => b.CubeGrid = cubeGrid);
programmableBlock.Program = new Program(new DebugInfo
{
ProgrammableBlock = programmableBlock,
GridTerminalSystem = grid,
RuntimeInfo = new MockGridProgramRuntimeInfo()
});
var echo = programmableBlock.Program.Echo;
programmableBlock.Program.Echo = message =>
{
echo(message);
Console.WriteLine(message);
};
var ventZone1 = Mock <MockAirVent>(options: b => b.CanPressurize = true, zones: "room-1");
var lightNormalZone1 = Mock <MockInteriorLight>(zones: "room-1");
var lightAlertZone1 = Mock <MockInteriorLight>(BlockFunction.Alert, zones: "room-1");
var ventZone2 = Mock <MockAirVent>(options: b => b.CanPressurize = true, zones: "room-2");
var lightNormalZone2 = Mock <MockInteriorLight>(zones: "room-2");
var lightAlertZone2 = Mock <MockInteriorLight>(BlockFunction.Alert, zones: "room-2");
grid.Add(new IMyTerminalBlock[]
{
programmableBlock,
ventZone1, lightNormalZone1, lightAlertZone1,
ventZone2, lightNormalZone2, lightAlertZone2
});
{
RunUntil(programmableBlock, p => p.CurrentTick > 2);
Assert.Equals("", programmableBlock.GetSurface(0).GetText(), "Programmable Block Grid Status");
}
{
RunCycle(programmableBlock);
var pbSurface0 = programmableBlock.GetSurface(0) as MockTextSurface;
var pbSprite0 = pbSurface0.SpriteBuffer.First();
var pbSurface1 = programmableBlock.GetSurface(1) as MockTextSurface;
var pbSprite1 = pbSurface1.SpriteBuffer.First();
Assert.True(SpriteType.TEXT == pbSprite0.Type, "Programmable Block main screen texture type");
Assert.Equals("Station Normal\r\n room-1 Normal\r\n room-2 Normal\r\n", pbSprite0.Data, "Programmable Block main screen text");
Assert.True(SpriteType.TEXT == pbSprite1.Type, "Programmable Block keyboard texture type");
Assert.Equals("Time: 0ms (0ms max)\r\nIOPS: 0/0, (0 max)\r\nTick: 2/7\r\n", pbSprite1.Data, "Programmable Block keyboard text");
Assert.Equals(lightNormalZone1.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.True(lightNormalZone1.Enabled, "Zone 2 normal light should be enabled");
Assert.Equals(lightAlertZone1.Color, new Color(255, 255, 255), "Zone 1 alert light color");
Assert.True(lightAlertZone1.Enabled, "Zone 1 alert light should be enabled");
Assert.Equals(lightNormalZone2.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.True(lightNormalZone2.Enabled, "Zone 2 normal light should be enabled");
Assert.Equals(lightAlertZone2.Color, new Color(255, 255, 255), "Zone 1 alert light color");
Assert.True(lightAlertZone2.Enabled, "Zone 1 alert light should be enabled");
}
ventZone1.CanPressurize = false;
{
RunCycle(programmableBlock);
Assert.Equals("Station Normal\r\n room-1 Decompressed\r\n room-2 Normal\r\n", GetMockSpriteText(programmableBlock, 0), "Programmable Block main screen text");
Assert.Equals("Time: 0ms (0ms max)\r\nIOPS: 0/0, (0 max)\r\nTick: 2/7\r\n", GetMockSpriteText(programmableBlock, 1), "Programmable Block keyboard text");
Assert.Equals(lightNormalZone1.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.False(lightNormalZone1.Enabled, "Zone 1 normal light should be disabled");
Assert.Equals(lightAlertZone1.Color, new Color(0, 0, 255, 255), "Zone 1 alert light color");
Assert.True(lightAlertZone1.Enabled, "Zone 1 alert light should be enabled");
Assert.Equals(lightNormalZone2.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.True(lightNormalZone2.Enabled, "Zone 2 normal light should be enabled");
Assert.Equals(lightAlertZone2.Color, new Color(255, 255, 255), "Zone 1 alert light color");
Assert.True(lightAlertZone2.Enabled, "Zone 2 alert light should be enabled");
}
programmableBlock.Run("toggle battle", UpdateType.Terminal);
{
RunCycle(programmableBlock);
Assert.Equals("Station Battle Stations\r\n room-1 Decompressed\r\n room-2 Normal\r\n", GetMockSpriteText(programmableBlock, 0), "Programmable Block main screen text");
Assert.Equals("Time: 0ms (0ms max)\r\nIOPS: 0/0, (0 max)\r\nTick: 2/7\r\n", GetMockSpriteText(programmableBlock, 1), "Programmable Block keyboard text");
Assert.Equals(lightNormalZone1.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.False(lightNormalZone1.Enabled, "Zone 1 normal light should be disabled");
Assert.Equals(lightAlertZone1.Color, new Color(0, 0, 255, 255), "Zone 1 alert light color");
Assert.True(lightAlertZone1.Enabled, "Zone 1 alert light should be enabled");
Assert.Equals(lightNormalZone2.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.False(lightNormalZone1.Enabled, "Zone 2 normal light should be disabled");
Assert.Equals(lightAlertZone2.Color, new Color(255, 0, 0), "Zone 1 alert light color");
Assert.True(lightAlertZone2.Enabled, "Zone 2 alert light should be enabled");
}
programmableBlock.Run("toggle battle", UpdateType.Terminal);
ventZone1.CanPressurize = true;
ventZone2.CanPressurize = false;
{
RunCycle(programmableBlock);
Assert.Equals("Station Normal\r\n room-1 Normal\r\n room-2 Decompressed\r\n", GetMockSpriteText(programmableBlock, 0), "Programmable Block main screen text");
Assert.Equals("Time: 0ms (0ms max)\r\nIOPS: 0/0, (0 max)\r\nTick: 2/7\r\n", GetMockSpriteText(programmableBlock, 1), "Programmable Block keyboard text");
Assert.Equals(lightNormalZone1.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.True(lightNormalZone1.Enabled, "Zone 1 normal light should be enabled");
Assert.Equals(lightAlertZone1.Color, new Color(255, 255, 255, 255), "Zone 1 alert light color");
Assert.True(lightAlertZone1.Enabled, "Zone 1 alert light should be enabled");
Assert.Equals(lightNormalZone2.Color, new Color(255, 255, 255), "Zone 1 normal light color");
Assert.False(lightNormalZone2.Enabled, "Zone 1 normal light should be disabled");
Assert.Equals(lightAlertZone2.Color, new Color(0, 0, 255), "Zone 1 alert light color");
Assert.True(lightAlertZone2.Enabled, "Zone 1 alert light should be enabled");
}
Console.WriteLine("Mock completed, press any key to exit.");
Console.ReadKey(true);
}
