private void BP_WireBunch(TestContext context) {
DPoint testOffset = new DPoint(71, 225);
CircuitProcessingResult result;
this.Config.MaxCircuitLength = 5000;
context.Phase = "1";
result = this.QuickProcessCircuit(testOffset.X + 5, testOffset.Y + 7);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y);
for (int y = 0; y < 6; y++) {
int rowY = (y * 2) + 1;
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 5, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + rowY);
rowY++;
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + rowY);
if (y != 3)
TAssert.IsObjectInactive(testOffset.X + 5, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + rowY);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + rowY);
}
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 0);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 8);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 10);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 12);
context.Phase = "2";
result = this.QuickProcessCircuit(testOffset.X + 5, testOffset.Y + 7);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y);
for (int y = 0; y < 6; y++) {
int rowY = (y * 2) + 1;
TAssert.IsObjectActive(testOffset.X, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 5, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + rowY);
rowY++;
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + rowY);
if (y != 3)
TAssert.IsObjectActive(testOffset.X + 5, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + rowY);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + rowY);
}
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 0);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 8);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 10);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 12);
}
private void AC_SingleTileTriggerPortInput(TestContext context) {
DPoint testOffset = new DPoint(63, 372);
// Middle Switch
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 6);
// Middle Switch
this.QuickProcessCircuit(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 6);
// Top Switch
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 6);
// Left Switch
context.Phase = "3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 6);
// Right Switch
context.Phase = "4";
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 6);
// Bottom Switch
context.Phase = "5";
this.QuickProcessCircuit(testOffset.X + 3, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 6);
// Middle Switch
context.Phase = "6";
this.QuickProcessCircuit(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 6);
}
private void AC_MultiPortSending(TestContext context) {
DPoint testOffset = new DPoint(85, 374);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 1, testOffset.Y + 1);
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + 4);
this.QuickProcessCircuit(testOffset.X + 1, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + 4);
}
private void AC_Statues(TestContext context) {
DPoint testOffset = new DPoint(130, 345);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 14, testOffset.Y + 3);
TAssert.AreNPCsInBlockRect(testOffset.X + 1, testOffset.Y + 1, 2, 3, TestRunner.NPCId_Guide, 1);
TAssert.AreNPCsInBlockRect(testOffset.X + 4, testOffset.Y + 1, 2, 3, TestRunner.NPCId_Slime, 1);
TAssert.AreItemsInBlockRect(testOffset.X + 7, testOffset.Y + 1, 2, 3, TestRunner.ItemId_IronPickaxe, 1);
}
private void AC_Timers(TestContext context) {
DPoint testOffset = new DPoint(154, 344);
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 2, testOffset.Y + 1)), false);
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 4, testOffset.Y + 1)), false);
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 6, testOffset.Y + 1)), false);
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 10, testOffset.Y + 1)), false);
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 12, testOffset.Y + 1)), false);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 1);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 4);
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 1);
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 1);
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 1);
// Other Timer
this.QuickProcessCircuit(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 1);
// Switch
this.QuickProcessCircuit(testOffset.X + 10, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 10, testOffset.Y + 1);
// Lever
this.QuickProcessCircuit(testOffset.X + 12, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 12, testOffset.Y + 1);
context.DelayedActions.Add(new TestDelay(65, contextLocal => {
context.Phase = "2";
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 1);
// Other Timer
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 4);
// Switch
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
// Lever
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y + 1);
}));
context.DelayedActions.Add(new TestDelay(65, contextLocal => {
context.Phase = "3";
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 1);
// Other Timer
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 4);
// Switch
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
// Lever
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y + 1);
}));
}
private void AC_BasicDoorToggling(TestContext context) {
DPoint testOffset = new DPoint(75, 345);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsBlockType(testOffset.X, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 2, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 4, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 8, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 10, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 12, testOffset.Y + 3, BlockType.DoorClosed);
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsBlockType(testOffset.X, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 2, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 4, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 8, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 10, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 12, testOffset.Y + 3, BlockType.DoorOpened);
context.Phase = "3";
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 3);
TAssert.IsBlockType(testOffset.X, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 2, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 4, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 8, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 10, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 12, testOffset.Y + 3, BlockType.DoorClosed);
}
private void AC_BlockedDoorToggling2(TestContext context) {
DPoint testOffset = new DPoint(104, 345);
CircuitProcessingResult result;
context.Phase = "1";
result = this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.Assert_SignaledComponents(result, 0);
this.Assert_SignaledPortDefiningComponents(result, 2);
TAssert.IsBlockType(testOffset.X + 1, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 7, testOffset.Y + 3, BlockType.DoorClosed);
context.Phase = "2";
result = this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.Assert_SignaledComponents(result, 0);
this.Assert_SignaledPortDefiningComponents(result, 2);
TAssert.IsBlockType(testOffset.X, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 8, testOffset.Y + 3, BlockType.DoorOpened);
context.Phase = "3";
result = this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.Assert_SignaledComponents(result, 0);
this.Assert_SignaledPortDefiningComponents(result, 2);
TAssert.IsBlockType(testOffset.X + 1, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 7, testOffset.Y + 3, BlockType.DoorClosed);
}
private void AC_BlockActivator(TestContext context) {
DPoint testOffset = new DPoint(395, 364);
BlockType[,] phaseOneExpectedBlockTypes = new[,] {
{ BlockType.CobaltBrick, BlockType.Glass, BlockType.Wood, BlockType.MythrilBrick },
{ BlockType.BlueBrick, BlockType.MudBlock, BlockType.GreenBrick, BlockType.Clay },
{ BlockType.SilverBrick, BlockType.CopperBrick, BlockType.RedBrick, BlockType.StoneBlock },
{ BlockType.GrayBrick, BlockType.PinkBrick, BlockType.DirtBlock, BlockType.Meteorite }
};
this.Config.BlockActivatorConfig.Cooldown = 0;
this.MetadataHandler.Metadata.BlockActivators.Clear();
context.Phase = "1-1";
DPoint activationFieldOffset = new DPoint(testOffset.X + 1, testOffset.Y + 1);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, phaseOneExpectedBlockTypes[y, x]);
}
}
context.Phase = "1-2";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 10);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
if (x == 3 && y == 3) {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, BlockType.Meteorite);
continue;
}
TAssert.IsTileInactive(activationFieldOffset.X + x, activationFieldOffset.Y + y);
}
}
context.Phase = "1-3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 10);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, phaseOneExpectedBlockTypes[y, x]);
}
}
context.Phase = "2-1";
activationFieldOffset = new DPoint(testOffset.X + 8, testOffset.Y + 1);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, BlockType.GrayBrick);
}
}
context.Phase = "2-2";
this.QuickProcessCircuit(testOffset.X + 7, testOffset.Y + 10);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
if (x < 2) {
TAssert.IsTileInactive(activationFieldOffset.X + x, activationFieldOffset.Y + y);
} else {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, BlockType.GrayBrick);
}
}
}
context.Phase = "2-3";
this.QuickProcessCircuit(testOffset.X + 9, testOffset.Y + 10);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
TAssert.IsTileInactive(activationFieldOffset.X + x, activationFieldOffset.Y + y);
}
}
context.Phase = "2-4";
this.QuickProcessCircuit(testOffset.X + 7, testOffset.Y + 10);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
if (x < 2) {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, BlockType.GrayBrick);
} else {
TAssert.IsTileInactive(activationFieldOffset.X + x, activationFieldOffset.Y + y);
}
}
}
context.Phase = "2-5";
this.QuickProcessCircuit(testOffset.X + 9, testOffset.Y + 10);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, BlockType.GrayBrick);
}
}
context.Phase = "2-6";
this.QuickProcessCircuit(testOffset.X + 11, testOffset.Y + 10);
for (int x = 0; x < 4; x++) {
for (int y = 0; y < 4; y++) {
if (x < 2) {
TAssert.IsBlockType(activationFieldOffset.X + x, activationFieldOffset.Y + y, BlockType.GrayBrick);
} else {
TAssert.IsTileInactive(activationFieldOffset.X + x, activationFieldOffset.Y + y);
}
}
}
}
private void AC_Boulder(TestContext context) {
DPoint testOffset = new DPoint(413, 373);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 5, testOffset.Y + 1);
TAssert.IsTileActive(testOffset.X + 2, testOffset.Y);
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 1);
TAssert.IsTileActive(testOffset.X + 2, testOffset.Y);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 1);
TAssert.IsTileInactive(testOffset.X + 2, testOffset.Y);
}
private void AC_SwitchForwarding(TestContext context) {
DPoint testOffset = new DPoint(356, 372);
context.Phase = "1";
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 3);
context.Phase = "2";
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
context.Phase = "3";
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 3);
context.Phase = "4";
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 3, testOffset.Y)), true);
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 3, testOffset.Y + 3)), true);
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
context.Phase = "5";
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 3);
}
private void AC_GrandfatherClock(TestContext context) {
DPoint testOffset = new DPoint(366, 366);
this.MetadataHandler.Metadata.Clocks.Add(new DPoint(369, 370), new GrandfatherClockMetadata(null));
this.MetadataHandler.Metadata.Clocks.Add(new DPoint(378, 370), new GrandfatherClockMetadata(null));
this.MetadataHandler.Metadata.Clocks.Add(new DPoint(387, 370), new GrandfatherClockMetadata(null));
context.Phase = "1";
TSPlayer.Server.SetTime(false, 0);
TSPlayer.Server.SetBloodMoon(false);
context.DelayedActions.Add(new TestDelay(61, (contextLocal) => {
context.Phase = "2";
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 16, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 12);
TAssert.IsObjectInactive(testOffset.X + 21, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 18, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 25, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 22, testOffset.Y + 12);
TSPlayer.Server.SetTime(true, 1000);
}));
context.DelayedActions.Add(new TestDelay(61, (contextLocal) => {
context.Phase = "3";
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 16, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 12);
TAssert.IsObjectInactive(testOffset.X + 21, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 18, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 25, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 22, testOffset.Y + 12);
TSPlayer.Server.SetTime(true, 7200);
}));
context.DelayedActions.Add(new TestDelay(61, (contextLocal) => {
context.Phase = "4";
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 12);
TAssert.IsObjectInactive(testOffset.X + 12, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 16, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 13, testOffset.Y + 12);
TAssert.IsObjectInactive(testOffset.X + 21, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 18, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 25, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 22, testOffset.Y + 12);
TSPlayer.Server.SetTime(true, 46800);
}));
context.DelayedActions.Add(new TestDelay(61, (contextLocal) => {
context.Phase = "5";
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 16, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 12);
TAssert.IsObjectInactive(testOffset.X + 21, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 18, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 25, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 22, testOffset.Y + 12);
TSPlayer.Server.SetTime(false, 0);
}));
context.DelayedActions.Add(new TestDelay(61, (contextLocal) => {
context.Phase = "6";
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 16, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 12);
TAssert.IsObjectInactive(testOffset.X + 21, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 18, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 25, testOffset.Y + 5);
TAssert.IsObjectInactive(testOffset.X + 22, testOffset.Y + 12);
// Bloodmoon seems to work fine but the test fails anyway... probably because it takes too long for the bloodmoon setting
// to be effective.
//TSPlayer.Server.SetBloodMoon(true);
TSPlayer.Server.SetTime(true, 9000);
}));
/*context.DelayedActions.Add(new TestDelay(180, (contextLocal) => {
context.Phase = "7";
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 16, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 21, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 18, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 25, testOffset.Y + 5);
TAssert.IsObjectActive(testOffset.X + 22, testOffset.Y + 12);
TSPlayer.Server.SetTime(true, 9000);
}));*/
}
private void AC_TimerModifiers(TestContext context) {
DPoint testOffset = new DPoint(341, 372);
ObjectMeasureData firstTorch = TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 1, testOffset.Y));
ObjectMeasureData secondTorch = TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 4, testOffset.Y));
ObjectMeasureData thirdTorch = TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 7, testOffset.Y));
ObjectMeasureData fourthTorch = TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 10, testOffset.Y));
TerrariaUtils.Tiles.SetObjectState(firstTorch, false);
TerrariaUtils.Tiles.SetObjectState(secondTorch, false);
TerrariaUtils.Tiles.SetObjectState(thirdTorch, false);
TerrariaUtils.Tiles.SetObjectState(fourthTorch, false);
context.Phase = "1";
// First Switch
this.QuickProcessCircuit(testOffset.X + 1, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X + 7, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X + 10, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 10, testOffset.Y + 3);
context.DelayedActions.Add(new TestDelay(15, (contextLocal) => {
context.Phase = "2";
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 3);
TerrariaUtils.Tiles.SetObjectState(fourthTorch, false);
}));
context.DelayedActions.Add(new TestDelay(15, (contextLocal) => {
context.Phase = "3";
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 3);
TerrariaUtils.Tiles.SetObjectState(thirdTorch, false);
TerrariaUtils.Tiles.SetObjectState(fourthTorch, false);
}));
context.DelayedActions.Add(new TestDelay(15, (contextLocal) => {
context.Phase = "4";
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 3);
TerrariaUtils.Tiles.SetObjectState(fourthTorch, false);
}));
context.DelayedActions.Add(new TestDelay(15, (contextLocal) => {
context.Phase = "5";
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 3);
TerrariaUtils.Tiles.SetObjectState(thirdTorch, false);
TerrariaUtils.Tiles.SetObjectState(fourthTorch, false);
}));
context.DelayedActions.Add(new TestDelay(60, (contextLocal) => {
context.Phase = "6";
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 3);
TerrariaUtils.Tiles.SetObjectState(firstTorch, false);
TerrariaUtils.Tiles.SetObjectState(thirdTorch, false);
TerrariaUtils.Tiles.SetObjectState(fourthTorch, false);
}));
context.DelayedActions.Add(new TestDelay(60, (contextLocal) => {
context.Phase = "7";
TAssert.IsObjectInactive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 3);
TerrariaUtils.Tiles.SetObjectState(thirdTorch, false);
TerrariaUtils.Tiles.SetObjectState(fourthTorch, false);
}));
context.DelayedActions.Add(new TestDelay(60, (contextLocal) => {
context.Phase = "8";
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 3);
}));
}
private void AC_NOTPorts3(TestContext context) {
DPoint testOffset = new DPoint(331, 369);
context.Phase = "1";
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
// Third Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 6);
context.Phase = "2";
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
// Third Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 6);
context.Phase = "3";
// First Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y);
// Second Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 3);
// Third Switch
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 6);
}
private void AC_NOTPorts1(TestContext context) {
DPoint testOffset = new DPoint(314, 369);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 6);
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 6);
context.Phase = "3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 6);
}
private void Vanilla_Timers(TestContext context) {
DPoint testOffset = new DPoint(154, 281);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 1);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 4);
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 1);
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 1);
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 1);
// Other Timer
this.QuickProcessCircuit(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 1);
// Note that switches and levers should not be signalable in vanilla circuits.
// Switch
this.QuickProcessCircuit(testOffset.X + 10, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
// Lever
this.QuickProcessCircuit(testOffset.X + 12, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y + 1);
context.DelayedActions.Add(new TestDelay(65, contextLocal => {
context.Phase = "2";
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 1);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 1);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 1);
// Other Timer
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 4);
// Switch
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
// Lever
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y + 1);
}));
context.DelayedActions.Add(new TestDelay(65, contextLocal => {
context.Phase = "3";
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 1);
// Other Timer
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 1);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 4);
// Switch
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
// Lever
TAssert.IsObjectActive(testOffset.X + 12, testOffset.Y + 1);
}));
}
private void AC_WirelessTransmitter(TestContext context) {
DPoint testOffset = new DPoint(422, 371);
context.Phase = "1-1";
this.Config.WirelessTransmitterConfigs[ComponentConfigProfile.Default].Range = 3;
this.Config.WirelessTransmitterConfigs[ComponentConfigProfile.Default].Cooldown = 0;
this.MetadataHandler.Metadata.WirelessTransmitters.Clear();
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset, this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(2, 0), this.GetTestPlayer().Name);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "1-2";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "1-3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "2-1";
testOffset.Offset(5, 0);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset, this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(2, 0), this.GetTestPlayer().Name);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "2-2";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "2-3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "3-1";
this.Config.WirelessTransmitterConfigs[ComponentConfigProfile.Default].Range = 6;
testOffset.Offset(5, 0);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset, this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(2, 0), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(4, 0), this.GetTestPlayer().Name);
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 3);
context.Phase = "3-2";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 3);
context.Phase = "3-3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 3);
}
private void AC_AllSpritesToggleState(TestContext context) {
DPoint testOffset = new DPoint(46, 343);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 1, testOffset.Y + 5);
this.CheckAllSpritesState(testOffset, false);
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X + 1, testOffset.Y + 5);
this.CheckAllSpritesState(testOffset, true);
context.Phase = "3";
this.QuickProcessCircuit(testOffset.X + 1, testOffset.Y + 5);
this.CheckAllSpritesState(testOffset, false);
}
private void AC_WirelessTransmitter2(TestContext context) {
DPoint testOffset = new DPoint(440, 362);
this.Config.WirelessTransmitterConfigs[ComponentConfigProfile.Default].Range = 5;
this.Config.WirelessTransmitterConfigs[ComponentConfigProfile.Default].Cooldown = 0;
this.MetadataHandler.Metadata.WirelessTransmitters.Clear();
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(10, 0), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(7, 1), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(0, 5), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(2, 5), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(4, 5), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(6, 5), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(9, 5), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(11, 5), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(13, 5), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(9, 9), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(3, 10), this.GetTestPlayer().Name);
this.MetadataHandler.Metadata.WirelessTransmitters.Add(testOffset.OffsetEx(1, 11), this.GetTestPlayer().Name);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 11, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 10);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 11);
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + 12);
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 11, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 10);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 11);
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + 12);
context.Phase = "3";
this.QuickProcessCircuit(testOffset.X + 6, testOffset.Y + 12);
TAssert.IsObjectActive(testOffset.X + 10, testOffset.Y + 1);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 11, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 13, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 10);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 11);
TAssert.IsObjectActive(testOffset.X + 1, testOffset.Y + 12);
}
private void AC_BlockedDoorToggling1(TestContext context) {
DPoint testOffset = new DPoint(92, 345);
CircuitProcessingResult result;
TerrariaUtils.Tiles.SetObjectState(TerrariaUtils.Tiles.MeasureObject(new DPoint(testOffset.X + 4, testOffset.Y + 3)), false);
context.Phase = "1";
result = this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.Assert_SignaledComponents(result, 0);
this.Assert_SignaledPortDefiningComponents(result, 2);
TAssert.IsBlockType(testOffset.X + 2, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 6, testOffset.Y + 3, BlockType.DoorOpened);
context.Phase = "2";
result = this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.Assert_SignaledComponents(result, 0);
this.Assert_SignaledPortDefiningComponents(result, 2);
TAssert.IsBlockType(testOffset.X + 1, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 7, testOffset.Y + 3, BlockType.DoorClosed);
}
private void BP_MultiBranches2(TestContext context) {
DPoint testOffset = new DPoint(85, 229);
CircuitProcessingResult result;
context.Phase = "1";
result = this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 5, testOffset.Y + 2);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 2);
TAssert.IsObjectInactive(testOffset.X + 14, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 5, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 6);
context.Phase = "2";
result = this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 5, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X + 14, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 5, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 9, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 7, testOffset.Y + 6);
context.Phase = "3";
result = this.QuickProcessCircuit(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 5, testOffset.Y + 2);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 2);
TAssert.IsObjectInactive(testOffset.X + 14, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 5, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 9, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 7, testOffset.Y + 6);
}
private void AC_Pumps(TestContext context) {
DPoint testOffset = new DPoint(116, 346);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 5, testOffset.Y + 2);
context.DelayedActions.Add(new TestDelay(30, (contextLocal => {
TAssert.HasNoLiquid(testOffset.X + 1, testOffset.Y + 1);
TAssert.HasNoLiquid(testOffset.X + 2, testOffset.Y + 1);
TAssert.HasNoLiquid(testOffset.X + 1, testOffset.Y + 2);
TAssert.HasNoLiquid(testOffset.X + 2, testOffset.Y + 2);
TAssert.HasFullLiquid(testOffset.X + 8, testOffset.Y + 1);
TAssert.HasFullLiquid(testOffset.X + 9, testOffset.Y + 1);
TAssert.HasFullLiquid(testOffset.X + 8, testOffset.Y + 2);
TAssert.HasFullLiquid(testOffset.X + 9, testOffset.Y + 2);
})));
}
private void BP_DoubleSignal2(TestContext context) {
DPoint testOffset = new DPoint(110, 230);
CircuitProcessingResult result;
context.Phase = "1";
result = this.QuickProcessCircuit(testOffset.X, testOffset.Y + 2);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 2);
this.Assert_SignaledComponents(result, 2);
this.Assert_ProcessedBranches(result, 10);
context.Phase = "2";
result = this.QuickProcessCircuit(testOffset.X, testOffset.Y + 2);
TAssert.IsObjectActive(testOffset.X + 6, testOffset.Y + 2);
this.Assert_SignaledComponents(result, 2);
this.Assert_ProcessedBranches(result, 10);
context.Phase = "3";
result = this.QuickProcessCircuit(testOffset.X, testOffset.Y + 2);
TAssert.IsObjectInactive(testOffset.X + 6, testOffset.Y + 2);
this.Assert_SignaledComponents(result, 2);
this.Assert_ProcessedBranches(result, 10);
}
private void AC_ComponentActivation(TestContext context) {
DPoint testOffset = new DPoint(148, 342);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y + 6);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 3);
context.Phase = "3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y + 6);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y + 3);
}
private void BP_Loop(TestContext context) {
DPoint testOffset = new DPoint(120, 230);
CircuitProcessingResult result;
context.Phase = "1";
result = this.QuickProcessCircuit(testOffset.X, testOffset.Y + 2);
this.Assert_Cancelled(result, CircuitCancellationReason.SignaledSameComponentTooOften, BlockType.Obsidian);
}
private void AC_SingleTileTriggerPorts(TestContext context) {
DPoint testOffset = new DPoint(43, 372);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectInactive(testOffset.X + 3, testOffset.Y + 6);
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 3);
TAssert.IsObjectActive(testOffset.X + 3, testOffset.Y + 6);
}
private void BP_ProcessingTime(TestContext context) {
DPoint testOffset = new DPoint(129, 180);
CircuitProcessingResult result;
this.Config.MaxCircuitLength = 2000;
context.Phase = "1";
TimeSpan allProcessingTime = TimeSpan.Zero;
for (int i = 0; i < 50; i++) {
result = this.QuickProcessCircuit(testOffset.X + 21, testOffset.Y + 2);
this.Assert_Cancelled(result, CircuitCancellationReason.None);
allProcessingTime += result.ProcessingTime;
}
TimeSpan averageProcessingTime = TimeSpan.FromMilliseconds(allProcessingTime.TotalMilliseconds / 50);
if (averageProcessingTime.TotalMilliseconds > 30)
throw new AssertException("The average processing time was over 30 milliseconds.");
}
private void AC_SelfSwitching(TestContext context) {
DPoint testOffset = new DPoint(73, 375);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y);
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectActive(testOffset.X + 2, testOffset.Y);
this.QuickProcessCircuit(testOffset.X + 2, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 2, testOffset.Y);
}
private void Vanilla_BlockedDoorToggling1(TestContext context) {
DPoint testOffset = new DPoint(92, 282);
CircuitProcessingResult result;
context.Phase = "1";
result = this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.Assert_SignaledComponents(result, 2);
TAssert.IsBlockType(testOffset.X + 2, testOffset.Y + 3, BlockType.DoorOpened);
TAssert.IsBlockType(testOffset.X + 6, testOffset.Y + 3, BlockType.DoorOpened);
context.Phase = "2";
result = this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 3);
this.Assert_SignaledComponents(result, 2);
TAssert.IsBlockType(testOffset.X + 1, testOffset.Y + 3, BlockType.DoorClosed);
TAssert.IsBlockType(testOffset.X + 7, testOffset.Y + 3, BlockType.DoorClosed);
}
private void AC_GreenPressurePlate(TestContext context) {
DPoint testOffset = new DPoint(91, 375);
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
this.QuickProcessCircuit(testOffset.X, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 3);
}
private void AC_MultiTileTriggerPorts3(TestContext context) {
DPoint testOffset = new DPoint(301, 370);
// Middle Switch
context.Phase = "1";
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 8);
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 8);
// Top Switch
context.Phase = "2";
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 8);
// Left Switch
context.Phase = "3";
this.QuickProcessCircuit(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 8);
// Right Switch
context.Phase = "4";
this.QuickProcessCircuit(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 8);
// Bottom Switch
context.Phase = "5";
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 8);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectActive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectActive(testOffset.X + 4, testOffset.Y + 8);
// Middle Switch
context.Phase = "6";
this.QuickProcessCircuit(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y);
TAssert.IsObjectInactive(testOffset.X, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 8, testOffset.Y + 4);
TAssert.IsObjectInactive(testOffset.X + 4, testOffset.Y + 8);
}