using System;
using System.Collections.Generic;
using System.Linq;
using System.Reflection;
using DataLoader;
using Svelto.Tasks;
using Unity.Mathematics;
using TechbloxModdingAPI.Tests;
using TechbloxModdingAPI.Utility;
namespace TechbloxModdingAPI.Blocks
{
#if TEST
///
/// Block test cases. Not accessible in release versions.
///
[APITestClass]
public static class BlockTests
{
[APITestCase(TestType.Game)] //At least one block must be placed for simulation to work
public static void TestPlaceNew()
{
Block newBlock = Block.PlaceNew(BlockIDs.Cube, float3.zero);
Assert.NotNull(newBlock.Id, "Newly placed block is missing Id. This should be populated when the block is placed.", "Newly placed block Id is not null, block successfully placed.");
}
[APITestCase(TestType.EditMode)]
public static void TestInitProperty()
{
Block newBlock = Block.PlaceNew(BlockIDs.Cube, float3.zero + 2);
if (!Assert.CloseTo(newBlock.Position, (float3.zero + 2), $"Newly placed block at {newBlock.Position} is expected at {Unity.Mathematics.float3.zero + 2}.", "Newly placed block position matches.")) return;
//Assert.Equal(newBlock.Exists, true, "Newly placed block does not exist, possibly because Sync() skipped/missed/failed.", "Newly placed block exists, Sync() successful.");
}
[APITestCase(TestType.EditMode)]
public static void TestBlockIDCoverage()
{
Assert.Equal(
FullGameFields._dataDb.GetValues().Keys.Select(ushort.Parse).OrderBy(id => id)
.SequenceEqual(Enum.GetValues(typeof(BlockIDs)).Cast().OrderBy(id => id)
.Except(new[] {(ushort) BlockIDs.Invalid})), true,
"Block ID enum is different than the known block types, update needed.",
"Block ID enum matches the known block types.");
}
private static Block[] blocks; // Store placed blocks as some blocks are already present as the workshop and the game save
[APITestCase(TestType.EditMode)]
public static void TestBlockIDs()
{
float3 pos = new float3();
var values = Enum.GetValues(typeof(BlockIDs));
blocks = new Block[values.Length - 1]; // Minus the invalid ID
int i = 0;
foreach (BlockIDs id in values)
{
if (id == BlockIDs.Invalid) continue;
try
{
blocks[i++] = Block.PlaceNew(id, pos);
pos += 0.2f;
}
catch (Exception e)
{ //Only print failed case
Assert.Fail($"Failed to place block type {id}: {e}");
return;
}
}
Assert.Pass("Placing all possible block types succeeded.");
}
[APITestCase(TestType.EditMode)]
public static IEnumerator TestBlockProperties()
{ //Uses the result of the previous test case
yield return Yield.It;
if (blocks is null)
yield break;
for (var index = 0; index < blocks.Length; index++)
{
var block = blocks[index];
if (!block.Exists) continue;
foreach (var property in block.GetType().GetProperties())
{
//Includes specialised block properties
if (property.SetMethod == null) continue;
bool3 Float3Compare(float3 a, float3 b)
{ // From Unity reference code
return math.abs(b - a) < math.max(
0.000001f * math.max(math.abs(a), math.abs(b)),
float.Epsilon * 8
);
}
bool4 Float4Compare(float4 a, float4 b)
{ // From Unity reference code
return math.abs(b - a) < math.max(
0.000001f * math.max(math.abs(a), math.abs(b)),
float.Epsilon * 8
);
}
var testValues = new (Type, object, Predicate<(object Value, object Default)>)[]
{
//(type, default value, predicate or null for equality)
(typeof(long), 3, null),
(typeof(int), 4, null),
(typeof(double), 5.2f, t => Math.Abs((double) t.Value - (double) t.Default) < float.Epsilon),
(typeof(float), 5.2f, t => Math.Abs((float) t.Value - (float) t.Default) < float.Epsilon),
(typeof(bool), true, t => (bool) t.Value),
(typeof(string), "Test", t => (string) t.Value == "Test"), //String equality check
(typeof(float3), (float3) 20, t => math.all(Float3Compare((float3)t.Value, (float3)t.Default))),
(typeof(BlockColor), new BlockColor(BlockColors.Aqua, 2), null),
(typeof(float4), (float4) 5, t => math.all(Float4Compare((float4)t.Value, (float4)t.Default)))
};
var propType = property.PropertyType;
if (!propType.IsValueType) continue;
(object valueToUse, Predicate<(object Value, object Default)> predicateToUse) = (null, null);
foreach (var (type, value, predicate) in testValues)
{
if (type.IsAssignableFrom(propType))
{
valueToUse = value;
predicateToUse = predicate ?? (t => Equals(t.Value, t.Default));
break;
}
}
if (propType.IsEnum)
{
var values = propType.GetEnumValues();
valueToUse = values.GetValue(values.Length / 2);
predicateToUse = t => Equals(t.Value, t.Default);
}
if (valueToUse == null)
{
Assert.Fail($"Property {block.GetType().Name}.{property.Name} has an unknown type {propType}, test needs fixing.");
yield break;
}
try
{
property.SetValue(block, valueToUse);
}
catch (Exception e)
{
Assert.Fail($"Failed to set property {block.GetType().Name}.{property.Name} to {valueToUse}\n{e}");
}
object got;
try
{
got = property.GetValue(block);
}
catch (Exception e)
{
Assert.Fail($"Failed to get property {block.GetType().Name}.{property.Name}\n{e}");
continue;
}
var attr = property.GetCustomAttribute();
if (!predicateToUse((got, valueToUse)) && (attr == null || !Equals(attr.PossibleValue, got)))
{
Assert.Fail($"Property {block.GetType().Name}.{property.Name} value {got} does not equal {valueToUse} for block {block}.");
yield break;
}
}
}
Assert.Pass("Setting all possible properties of all registered API block types succeeded.");
}
[APITestCase(TestType.EditMode)]
public static IEnumerator TestDefaultValue()
{
for (int i = 0; i < 2; i++)
{ //Tests shared defaults
var block = Block.PlaceNew(BlockIDs.Cube, 1);
while (!block.Exists)
yield return Yield.It;
block.Remove();
while (block.Exists)
yield return Yield.It;
if(!Assert.Equal(block.Position, default,
$"Block position default value {block.Position} is incorrect, should be 0.",
$"Block position default value {block.Position} matches default."))
yield break;
block.Position = 4;
}
}
[APITestCase(TestType.EditMode)]
public static void TestDampedSpring()
{
Block newBlock = Block.PlaceNew(BlockIDs.DampedSpring, Unity.Mathematics.float3.zero + 1);
DampedSpring b = null; // Note: the assignment operation is a lambda, which slightly confuses the compiler
Assert.Errorless(() => { b = (DampedSpring) newBlock; }, "Casting block to DampedSpring raised an exception: ", "Casting block to DampedSpring completed without issue.");
if (!Assert.CloseTo(b.Stiffness, 1f, $"DampedSpring.Stiffness {b.Stiffness} does not equal default value, possibly because it failed silently.", "DampedSpring.Stiffness is close enough to default.")) return;
if (!Assert.CloseTo(b.Damping, 0.1f, $"DampedSpring.Damping {b.Damping} does not equal default value, possibly because it failed silently.", "DampedSpring.Damping is close enough to default.")) return;
if (!Assert.CloseTo(b.MaxExtension, 0.3f, $"DampedSpring.MaxExtension {b.MaxExtension} does not equal default value, possibly because it failed silently.", "DampedSpring.MaxExtension is close enough to default.")) return;
}
/*[APITestCase(TestType.Game)]
public static void TestMusicBlock1()
{
Block newBlock = Block.PlaceNew(BlockIDs.MusicBlock, Unity.Mathematics.float3.zero + 2);
MusicBlock b = null; // Note: the assignment operation is a lambda, which slightly confuses the compiler
Assert.Errorless(() => { b = newBlock.Specialise(); }, "Block.Specialize() raised an exception: ", "Block.Specialize() completed without issue.");
if (!Assert.NotNull(b, "Block.Specialize() returned null, possibly because it failed silently.", "Specialized MusicBlock is not null.")) return;
if (!Assert.CloseTo(b.Volume, 100f, $"MusicBlock.Volume {b.Volume} does not equal default value, possibly because it failed silently.", "MusicBlock.Volume is close enough to default.")) return;
if (!Assert.Equal(b.TrackIndex, 0, $"MusicBlock.TrackIndex {b.TrackIndex} does not equal default value, possibly because it failed silently.", "MusicBlock.TrackIndex is equal to default.")) return;
_musicBlock = b;
}
private static MusicBlock _musicBlock;
[APITestCase(TestType.EditMode)]
public static void TestMusicBlock2()
{
//Block newBlock = Block.GetLastPlacedBlock();
var b = _musicBlock;
if (!Assert.NotNull(b, "Block.Specialize() returned null, possibly because it failed silently.", "Specialized MusicBlock is not null.")) return;
b.IsPlaying = true; // play sfx
if (!Assert.Equal(b.IsPlaying, true, $"MusicBlock.IsPlaying {b.IsPlaying} does not equal true, possibly because it failed silently.", "MusicBlock.IsPlaying is set properly.")) return;
if (!Assert.Equal(b.ChannelType, ChannelType.None, $"MusicBlock.ChannelType {b.ChannelType} does not equal default value, possibly because it failed silently.", "MusicBlock.ChannelType is equal to default.")) return;
//Assert.Log(b.Track.ToString());
if (!Assert.Equal(b.Track.ToString(), new Guid("3237ff8f-f5f2-4f84-8144-496ca280f8c0").ToString(), $"MusicBlock.Track {b.Track} does not equal default value, possibly because it failed silently.", "MusicBlock.Track is equal to default.")) return;
}
[APITestCase(TestType.EditMode)]
public static void TestLogicGate()
{
Block newBlock = Block.PlaceNew(BlockIDs.NOTLogicBlock, Unity.Mathematics.float3.zero + 1);
LogicGate b = null; // Note: the assignment operation is a lambda, which slightly confuses the compiler
Assert.Errorless(() => { b = newBlock.Specialise(); }, "Block.Specialize() raised an exception: ", "Block.Specialize() completed without issue.");
if (!Assert.NotNull(b, "Block.Specialize() returned null, possibly because it failed silently.", "Specialized LogicGate is not null.")) return;
if (!Assert.Equal(b.InputCount, 1u, $"LogicGate.InputCount {b.InputCount} does not equal default value, possibly because it failed silently.", "LogicGate.InputCount is default.")) return;
if (!Assert.Equal(b.OutputCount, 1u, $"LogicGate.OutputCount {b.OutputCount} does not equal default value, possibly because it failed silently.", "LogicGate.OutputCount is default.")) return;
if (!Assert.NotNull(b, "Block.Specialize() returned null, possibly because it failed silently.", "Specialized LogicGate is not null.")) return;
//if (!Assert.Equal(b.PortName(0, true), "Input", $"LogicGate.PortName(0, input:true) {b.PortName(0, true)} does not equal default value, possibly because it failed silently.", "LogicGate.PortName(0, input:true) is close enough to default.")) return;
LogicGate target = null;
if (!Assert.Errorless(() => { target = Block.PlaceNew(BlockIDs.ANDLogicBlock, Unity.Mathematics.float3.zero + 2); })) return;
Wire newWire = null;
if (!Assert.Errorless(() => { newWire = b.Connect(0, target, 0);})) return;
if (!Assert.NotNull(newWire, "SignalingBlock.Connect(...) returned null, possible because it failed silently.", "SignalingBlock.Connect(...) returned a non-null value.")) return;
}*/
/*[APITestCase(TestType.EditMode)]
public static void TestSpecialiseError()
{
Block newBlock = Block.PlaceNew(BlockIDs.Bench, new float3(1, 1, 1));
if (Assert.Errorful(() => newBlock.Specialise(), "Block.Specialise() was expected to error on a bench block.", "Block.Specialise() errored as expected for a bench block.")) return;
}*/
}
#endif
}