public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsBlocks()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Blocks);
// Test against the Wood Planks
Block block = result.Blocks.First(b => b.Id == 5);
Assert.Equal(5, block.Id);
Assert.Equal("Wood Planks", block.DisplayName);
Assert.Equal("planks", block.Name);
Assert.Equal(2, block.Hardness);
Assert.Equal(64, block.StackSize);
Assert.True(block.Diggable);
Assert.Equal(BoundingBox.Block, block.BoundingBox);
Assert.Equal("wood", block.Material);
Assert.False(block.Transparent);
Assert.Equal(0, block.EmitLight);
Assert.Equal(15, block.FilterLight);
block.Variations.Should().HaveCount(c => c >= 6);
BlockVariation variation = block.Variations.First();
Assert.Equal(0, variation.Metadata);
Assert.Equal("Oak Wood Planks", variation.DisplayName);
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsVersionInfo()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotNull(result.VersionInfo);
VersionInfo version = result.VersionInfo;
Assert.Equal(109, version.Version);
Assert.Equal("1.9.2", version.MinecraftVersion);
Assert.Equal("1.9", version.MajorVersion);
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsInstruments()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Instruments);
// Test against snareDrum
Instrument instrument = result.Instruments.First(i => i.Id == 2);
Assert.Equal(2, instrument.Id);
Assert.Equal("snareDrum", instrument.Name);
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsEnchantments()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Enchantments);
// Test against Feather Falling
Enchantment enchantment = result.Enchantments.First(e => e.Id == 2);
Assert.Equal(2, enchantment.Id);
Assert.Equal("feather_falling", enchantment.Name);
Assert.Equal("Feather Falling", enchantment.DisplayName);
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsEffects()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Effects);
// Test against Mining Fatigue
Effect effect = result.Effects.First(e => e.Id == 4);
Assert.Equal(4, effect.Id);
Assert.Equal("MiningFatigue", effect.Name);
Assert.Equal("Mining Fatigue", effect.DisplayName);
Assert.Equal(EffectType.Bad, effect.Type);
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsBiomes()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Biomes);
// Test against the Jungle Biome
Biome biome = result.Biomes.First(b => b.Id == 21);
Assert.Equal(21, biome.Id);
Assert.Equal(5470985, biome.Color);
Assert.Equal("Jungle", biome.Name);
Assert.Equal(0.9m, biome.Rainfall);
Assert.Equal(1.2m, biome.Temperature);
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsBlocksWithSimpleItemReference()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Blocks);
// Test against the Lapis Lazuli Block
Block block = result.Blocks.First(b => b.Id == 22);
Assert.Equal(22, block.Id);
Assert.NotEmpty(block.Drops);
BlockDrop drop = block.Drops.First();
Assert.Equal(22, drop.Drop.Id);
}
private void RegisterType(Type type, string name, string @namespace, int version)
{
if (!NameToType.TryGetValue($"{@namespace}.{name}", out var list))
{
list = new List <VersionDefinition>();
}
var definition = new VersionDefinition(name, @namespace, version, type);
TypeToDefinition[type] = definition;
if (list.Any(x => x.Name == name && x.Namespace == @namespace && x.Version == version))
{
return;
}
list.Add(definition);
NameToType[$"{@namespace}.{name}"] = list;
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsEntities()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Entities);
// Test against Skeleton
Entity entity = result.Entities.First(e => e.Id == 51);
Assert.Equal(51, entity.Id);
Assert.Equal(51, entity.InternalId);
Assert.Equal("Skeleton", entity.Name);
Assert.Equal("Skeleton", entity.DisplayName);
Assert.Equal("mob", entity.Type);
Assert.Equal((float?)0.6, entity.Width);
Assert.Equal((float?)1.95, entity.Height);
Assert.Equal("Hostile mobs", entity.Category);
}
private void RegisterType(Type type, string name, string @namespace, int version)
{
if (!NameToType.TryGetValue($"{@namespace}.{name}", out var list))
{
list = new List <VersionDefinition>();
}
var definition = new VersionDefinition(name, @namespace, version, type);
TypeToDefinition[type] = definition;
if (list.Any(x => x.Name == name && x.Namespace == @namespace && x.Version == version))
{
Logger.WarnEvent("Duplicate", "Tried to register a duplicate type {Namespace}.{Name} v{Version}", @namespace, name, version);
return;
}
list.Add(definition);
NameToType[$"{@namespace}.{name}"] = list;
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsBlocksWithComplexProperties()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Blocks);
// Test against the Lapis Lazuli Ore
Block block = result.Blocks.First(b => b.Id == 21);
Assert.Equal(21, block.Id);
Assert.NotEmpty(block.HarvestTools);
BlockDrop drop = block.Drops.First();
Assert.Equal(4, drop.MinCount);
Assert.Equal(8, drop.MaxCount);
Assert.Equal(351, drop.Drop.Id);
Assert.Equal(4, drop.Drop.Metadata);
}
public async Task GetDefinitionForVersionAsnyc_GivenVersion_ReturnsItems()
{
VersionDefinition result = await GetDefinitionsForVersion();
Assert.NotEmpty(result.Items);
// Test against Coal
Item item = result.Items.First(i => i.Id == 263);
Assert.Equal(263, item.Id);
Assert.Equal("Coal", item.DisplayName);
Assert.Equal(64, item.StackSize);
Assert.Equal("coal", item.Name);
Assert.NotEmpty(item.Variations);
ItemVariation variation = item.Variations.First();
Assert.Equal(0, variation.Metadata);
Assert.Equal("Coal", variation.DisplayName);
}