public void TestMethodScroll2()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
var data = Substitute.For <IScriptRootData>();
data.CycleCounter.Returns(0);
Assert.AreEqual(
"1\n2\n3\n",
lcdMod.ExecuteHandlebarScript(pf, data, "{{#scroll 3 1 2}}{{#split '1-2-3-4-5-6-7-8-9' '-'}}{{#each .}}{{.}}\n{{/each}}{{/split}}{{/scroll}}")
);
data.CycleCounter.Returns(1);
Assert.AreEqual(
"3\n4\n5\n",
lcdMod.ExecuteHandlebarScript(pf, data, "{{#scroll 3 1 2}}{{#split '1-2-3-4-5-6-7-8-9' '-'}}{{#each .}}{{.}}\n{{/each}}{{/split}}{{/scroll}}")
);
data.CycleCounter.Returns(4);
Assert.AreEqual(
"9\n1\n2\n",
lcdMod.ExecuteHandlebarScript(pf, data, "{{#scroll 3 1 2}}{{#split '1-2-3-4-5-6-7-8-9' '-'}}{{#each .}}{{.}}\n{{/each}}{{/split}}{{/scroll}}")
);
data.CycleCounter.Returns(8);
Assert.AreEqual(
"8\n9\n1\n",
lcdMod.ExecuteHandlebarScript(pf, data, "{{#scroll 3 1 2}}{{#split '1-2-3-4-5-6-7-8-9' '-'}}{{#each .}}{{.}}\n{{/each}}{{/split}}{{/scroll}}")
);
}
public void TestMethodSortedEachEntities()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
var e1 = Substitute.For <IEntity>();
e1.Name.ReturnsForAnyArgs("a");
e1.Position.ReturnsForAnyArgs(new UnityEngine.Vector3(0, 0, 0));
e1.Type.ReturnsForAnyArgs(EntityType.BA);
var e2 = Substitute.For <IEntity>();
e2.Name.ReturnsForAnyArgs("b");
e2.Position.ReturnsForAnyArgs(new UnityEngine.Vector3(10, 10, 10));
e2.Type.ReturnsForAnyArgs(EntityType.BA);
pf.AllEntities = new[] { e1, e2 };
var data = new ScriptSaveGameRootData(pf, pf.AllEntities, pf.AllEntities, null, e1, null, null);
Assert.AreEqual(
"a:0 # b:17,32051 # ",
lcdMod.ExecuteHandlebarScript(pf, data, "{{#entitiesbyname '*'}}{{#sortedeach . 'Distance'}}{{./Name}}:{{./Distance}} # {{/sortedeach}}{{/entitiesbyname}}")
);
Assert.AreEqual(
"b:17,32051 # a:0 # ",
lcdMod.ExecuteHandlebarScript(pf, data, "{{#entitiesbyname '*'}}{{#sortedeach . 'Distance' true}}{{./Name}}:{{./Distance}} # {{/sortedeach}}{{/entitiesbyname}}")
);
}
public void TestMethodTestINRange()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
Assert.AreEqual(
"Yes:aYes:bNo:c",
lcdMod.ExecuteHandlebarScript(pf, new
{
I = new[] {
new Item()
{
Id = 1, Name = "a"
},
new Item()
{
Id = 2, Name = "b"
},
new Item()
{
Id = 3, Name = "c"
},
}
}, "{{#each I}}{{test Id in '1-2'}}Yes:{{Name}}{{else}}No:{{Name}}{{/test}}{{/each}}")
);
}
public void TestMethodTestINRangeNeg2()
{
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
"No:aNo:bNo:c",
lcdMod.ExecuteHandlebarScript(new
{
I = new[] {
new Item()
{
Id = 1, Name = "a"
},
new Item()
{
Id = 2, Name = "b"
},
new Item()
{
Id = 3, Name = "c"
},
}
}, "{{#each I}}{{test Id in '-1--2'}}Yes:{{Name}}{{else}}No:{{Name}}{{/test}}{{/each}}")
);
}
public void TestMethodTestLEQ()
{
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
"Yes:aYes:bNo:c",
lcdMod.ExecuteHandlebarScript(new
{
S = new {
I = new[] {
new ItemsData()
{
Id = 1, Name = "a"
},
new ItemsData()
{
Id = 2, Name = "b"
},
new ItemsData()
{
Id = 3, Name = "c"
},
}
}
}, "{{#each S.I}}{{test Id leq 2}}Yes:{{Name}}{{else}}No:{{Name}}{{/test}}{{/each}}")
);
}
public void TestMethodTestLEQReal()
{
var S = Substitute.For <IStructureData>();
S.Items.Returns(new[] {
new ItemsData()
{
Id = 1, Count = 10, Name = "a"
},
new ItemsData()
{
Id = 2, Count = 20, Name = "b"
},
new ItemsData()
{
Id = 3, Count = 30, Name = "c"
},
});
var E = Substitute.For <IEntityData>();
E.S.Returns(S);
var lcdData = Substitute.For <IScriptRootData>();
lcdData.E.Returns(E);
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
"Yes:aYes:bNo:c",
lcdMod.ExecuteHandlebarScript(lcdData, "{{#each E.S.Items}}{{test Id leq 2}}Yes:{{Name}}{{else}}No:{{Name}}{{/test}}{{/each}}")
);
}
public void TestMethodColor()
{
var lcdData = Substitute.For <IScriptRootData>();
var lcdMod = new EmpyrionScripting();
lcdMod.ExecuteHandlebarScript(lcdData, "{{color @root 'ff00ff'}}");
Assert.AreEqual(new UnityEngine.Color(255, 0, 255), lcdData.Color);
}
public void TestMethodUnicodeEscape()
{
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
"äöü äöü",
lcdMod.ExecuteHandlebarScript("äöü", "äöü {{this}}")
);
}
public void TestMethodTestDateTimeMESZ()
{
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
DateTime.Now.ToString(),
lcdMod.ExecuteHandlebarScript("", "{{datetime MESZ}}")
);
}
public void TestMethodTestDateTimeMESZFormat()
{
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
DateTime.Now.ToString("dd MMM HH:mm:ss"),
lcdMod.ExecuteHandlebarScript("", "{{datetime 'dd MMM HH:mm:ss'}}")
);
}
public void TestMethodFormatPercentNeg()
{
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
"-50,0%",
lcdMod.ExecuteHandlebarScript(-0.5, "{{format . '{0:P1}'}}")
);
}
public void TestMethodTestDateTime()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
Assert.AreEqual(
DateTime.Now.ToString(),
lcdMod.ExecuteHandlebarScript(pf, "", "{{datetime}}")
);
}
public void TestMethodFormatPercentPos()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
Assert.AreEqual(
"50,0%",
lcdMod.ExecuteHandlebarScript(pf, 0.5, "{{format . '{0:P1}'}}")
);
}
public void TestMethodSortedEachObjectReverse()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
Assert.AreEqual(
"321",
lcdMod.ExecuteHandlebarScript(pf, "", "{{#split '3,2,1' ','}}{{#sortedeach . '' true}}{{.}}{{/sortedeach}}{{/split}}")
);
}
public void TestMethodSaveGamesScriptsRoot()
{
var lcdData = Substitute.For <ScriptSaveGameRootData>();
lcdData.MainScriptPath = "abc";
var lcdMod = new EmpyrionScripting();
Assert.AreEqual(
"abc",
lcdMod.ExecuteHandlebarScript(lcdData, "{{MainScriptPath}}")
);
}
public void TestMethodTestScroll()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
var data = Substitute.For <IScriptRootData>();
data.CycleCounter.Returns(0);
var outtext = lcdMod.ExecuteHandlebarScript(pf, data, "{{#scroll 5 1}}\nLine 1\nLine 2\nLine 3\nLine 4\nLine 5\nLine 6\nLine 7\nLine 8\nLine 9\nLine 10\nLine 11\nLine 12\nLine 13\n{{/scroll}}");
Assert.AreEqual("Line 1\nLine 2\nLine 3\nLine 4\nLine 5\n", outtext);
}
public void TestMethodSortedEachTypeValue()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
Assert.AreEqual(
"[2, a][3, b][1, c]",
lcdMod.ExecuteHandlebarScript(pf, new[] {
new KeyValuePair <int, string>(1, "c"),
new KeyValuePair <int, string>(2, "a"),
new KeyValuePair <int, string>(3, "b"),
}, "{{#sortedeach . 'Value'}}{{.}}{{/sortedeach}}")
);
}
public void TestMethodItemsPartial()
{
var S = Substitute.For <IStructureData>();
S.AllCustomDeviceNames.Returns(new[] { "BoxA", "BoxB", "BoxC", "BoxX" });
S.Items.Returns(new[] {
new ItemsData()
{
Id = 1, Count = 11, Name = "a", Source = new [] { (IItemsSource) new ItemsSource()
{
CustomName = "BoxA", Id = 1, Count = 10
}, new ItemsSource()
{
CustomName = "BoxX", Id = 1, Count = 1
} }.ToList()
},
new ItemsData()
{
Id = 2, Count = 20, Name = "b", Source = new [] { (IItemsSource) new ItemsSource()
{
CustomName = "BoxB", Id = 2, Count = 20
} }.ToList()
},
new ItemsData()
{
Id = 3, Count = 30, Name = "c", Source = new [] { (IItemsSource) new ItemsSource()
{
CustomName = "BoxC", Id = 3, Count = 30
} }.ToList()
},
});
var E = Substitute.For <IEntityData>();
E.S.Returns(S);
var lcdData = Substitute.For <IScriptRootData>();
lcdData.E.Returns(E);
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
Assert.AreEqual(
"Yes:1 #10",
lcdMod.ExecuteHandlebarScript(pf, lcdData, "{{#items E.S 'BoxA'}}{{test Id leq 2}}Yes:{{Name}} #{{Count}}{{else}}No:{{Name}}{{/test}}{{/items}}")
);
}
public void TestMethodLookUp()
{
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
var dict = new ConcurrentDictionary <string, object>();
var data = Substitute.For <IScriptRootData>();
data.GetPersistendData().ReturnsForAnyArgs(dict);
data.Data = dict;
data.CycleCounter.Returns(0);
Assert.AreEqual(
"3",
lcdMod.ExecuteHandlebarScript(pf, data, "{{set 'index' 2}}{{#split '1-2-3-4-5-6-7-8-9' '-'}}{{lookup . @root.Data.index}}{{/split}}")
);
}
public void TestMethodItemsMoveToOtherEntity()
{
ConveyorHelpers.CreateDeviceLock = (P, S, V) => new MockDeviceLock();
// SV ==================================================================
var SVboxA = Substitute.For <IContainer>();
SVboxA.RemoveItems(1, int.MaxValue).Returns(10);
SVboxA.AddItems(1, 1).Returns(0);
SVboxA.AddItems(1, 10).Returns(C => throw new Exception("in the same box"));
var SVboxB = Substitute.For <IContainer>();
SVboxB.AddItems(1, 10).Returns(1);
var esSV = Substitute.For <IStructure>();
esSV.GetDevice <IContainer>("BoxA").Returns(SVboxA);
esSV.GetDevice <IContainer>("BoxB").Returns(SVboxB);
var eeSV = Substitute.For <IEntity>();
eeSV.Structure.Returns(esSV);
var eSV = Substitute.For <IEntityData>();
eSV.Name.Returns("SVa");
eSV.GetCurrent().Returns(eeSV);
var sSV = Substitute.For <IStructureData>();
sSV.AllCustomDeviceNames.Returns(new[] { "BoxA", "BoxB", "BoxC", "BoxX" });
sSV.Items.Returns(new[] {
new ItemsData()
{
Id = 1, Count = 11, Name = "a", Source = new [] { new ItemsSource()
{
CustomName = "BoxA", Id = 1, Count = 10, Container = SVboxA, E = eSV
} }.ToList()
},
new ItemsData()
{
Id = 2, Count = 20, Name = "b", Source = new [] { new ItemsSource()
{
CustomName = "BoxB", Id = 2, Count = 20, Container = SVboxB, E = eSV
} }.ToList()
},
new ItemsData()
{
Id = 3, Count = 30, Name = "c", Source = new [] { new ItemsSource()
{
CustomName = "BoxC", Id = 3, Count = 30
} }.ToList()
},
});
sSV.ContainerSource.Returns(new System.Collections.Concurrent.ConcurrentDictionary <string, ContainerSource>()
{
["BoxA"] = new ContainerSource()
{
Container = SVboxA, CustomName = "BoxA"
},
["BoxB"] = new ContainerSource()
{
Container = SVboxB, CustomName = "BoxB"
},
});
sSV.GetCurrent().Returns(esSV);
sSV.E.Returns(eSV);
eSV.S.Returns(sSV);
// CV ==================================================================
var CVboxA = Substitute.For <IContainer>();
CVboxA.RemoveItems(1, int.MaxValue).Returns(10);
CVboxA.AddItems(1, 1).Returns(0);
CVboxA.AddItems(1, 10).Returns(C => throw new Exception("in the same box"));
var CVboxB = Substitute.For <IContainer>();
CVboxB.AddItems(1, 10).Returns(1);
var esCV = Substitute.For <IStructure>();
esCV.GetDevice <IContainer>("BoxA").Returns(CVboxA);
esCV.GetDevice <IContainer>("BoxB").Returns(CVboxB);
var eeCV = Substitute.For <IEntity>();
eeCV.Structure.Returns(esCV);
var eCV = Substitute.For <IEntityData>();
eCV.Name.Returns("CVb");
eCV.GetCurrent().Returns(eeCV);
var sCV = Substitute.For <IStructureData>();
sCV.AllCustomDeviceNames.Returns(new[] { "BoxA", "BoxB", "BoxC", "BoxX" });
sCV.Items.Returns(new[] {
new ItemsData()
{
Id = 1, Count = 11, Name = "a", Source = new [] { new ItemsSource()
{
CustomName = "BoxA", Id = 1, Count = 10, Container = CVboxA, E = eCV
} }.ToList()
},
new ItemsData()
{
Id = 2, Count = 20, Name = "b", Source = new [] { new ItemsSource()
{
CustomName = "BoxB", Id = 2, Count = 20, Container = CVboxB, E = eCV
} }.ToList()
},
new ItemsData()
{
Id = 3, Count = 30, Name = "c", Source = new [] { new ItemsSource()
{
CustomName = "BoxC", Id = 3, Count = 30
} }.ToList()
},
});
sCV.ContainerSource.Returns(new System.Collections.Concurrent.ConcurrentDictionary <string, ContainerSource>()
{
["BoxA"] = new ContainerSource()
{
Container = CVboxA, CustomName = "BoxA"
},
["BoxB"] = new ContainerSource()
{
Container = CVboxB, CustomName = "BoxB"
},
});
sCV.GetCurrent().Returns(esCV);
sCV.E.Returns(eCV);
eCV.S.Returns(sCV);
sCV.DockedE.Returns(new[] { eSV });
// MOVE ==================================================================
var lcdData = Substitute.For <IScriptRootData>();
lcdData.E.Returns(eCV);
lcdData.E.S.Returns(sCV);
var lcdMod = new EmpyrionScripting();
Assert.AreEqual("SVa:1#9 SVa:BoxA->CVb:BoxB", lcdMod.ExecuteHandlebarScript(lcdData, "{{#each E.S.DockedE}}{{Name}}:{{#items S 'BoxA'}}{{move this @root/E.S 'Box*'}}{{Id}}#{{Count}} {{SourceE.Name}}:{{Source}}->{{DestinationE.Name}}:{{Destination}}{{/move}}{{/items}}{{/each}}"));
}
public void TestMethodItemsMoveWithSameBox()
{
ConveyorHelpers.CreateDeviceLock = (P, S, V) => new MockDeviceLock();
var e = Substitute.For <IEntityData>();
e.Name.Returns("CVa");
var boxA = Substitute.For <IContainer>();
boxA.RemoveItems(1, int.MaxValue).Returns(10);
boxA.AddItems(1, 1).Returns(0);
boxA.AddItems(1, 10).Returns(C => throw new Exception("in the same box"));
var boxB = Substitute.For <IContainer>();
boxB.AddItems(1, 10).Returns(1);
var es = Substitute.For <IStructure>();
es.GetDevice <IContainer>("BoxA").Returns(boxA);
es.GetDevice <IContainer>("BoxB").Returns(boxB);
var s = Substitute.For <IStructureData>();
s.AllCustomDeviceNames.Returns(new[] { "BoxA", "BoxB", "BoxC", "BoxX" });
s.Items.Returns(new[] {
new ItemsData()
{
Id = 1, Count = 11, Name = "a", Source = new [] { new ItemsSource()
{
CustomName = "BoxA", Id = 1, Count = 10, Container = boxA, E = e
} }.ToList()
},
new ItemsData()
{
Id = 2, Count = 20, Name = "b", Source = new [] { new ItemsSource()
{
CustomName = "BoxB", Id = 2, Count = 20, Container = boxB, E = e
} }.ToList()
},
new ItemsData()
{
Id = 3, Count = 30, Name = "c", Source = new [] { new ItemsSource()
{
CustomName = "BoxC", Id = 3, Count = 30
} }.ToList()
},
});
s.ContainerSource.Returns(new System.Collections.Concurrent.ConcurrentDictionary <string, ContainerSource>()
{
["BoxA"] = new ContainerSource()
{
Container = boxA, CustomName = "BoxA"
},
["BoxB"] = new ContainerSource()
{
Container = boxB, CustomName = "BoxB"
},
});
s.GetCurrent().Returns(es);
s.E.Returns(e);
var lcdData = Substitute.For <IScriptRootData>();
lcdData.E.Returns(e);
lcdData.E.S.Returns(s);
var lcdMod = new EmpyrionScripting();
Assert.AreEqual("1#9 CVa:BoxA->CVa:BoxB", lcdMod.ExecuteHandlebarScript(lcdData, "{{#items E.S 'BoxA'}}{{move this ../E.S 'Box*'}}{{Id}}#{{Count}} {{SourceE.Name}}:{{Source}}->{{DestinationE.Name}}:{{Destination}}{{/move}}{{/items}}"));
}
public void TestMethodTestScroll()
{
var lcdMod = new EmpyrionScripting();
var outtext = lcdMod.ExecuteHandlebarScript("", "{{#scroll 5 1}}\nLine 1\nLine 2\nLine 3\nLine 4\nLine 5\nLine 6\nLine 7\nLine 8\nLine 9\nLine 10\nLine 11\nLine 12\nLine 13\n{{/scroll}}");
}
public void TestMethodItemsMove()
{
ConveyorHelpers.CreateDeviceLock = (R, P, S, V) => new MockDeviceLock();
var boxA = Substitute.For <IContainer>();
boxA.RemoveItems(1, int.MaxValue).Returns(10);
boxA.AddItems(1, 1).Returns(0);
var boxB = Substitute.For <IContainer>();
boxB.AddItems(1, 10).Returns(1);
var es = Substitute.For <IStructure>();
es.GetDevice <IContainer>("BoxB").Returns(boxB);
var s = Substitute.For <IStructureData>();
s.AllCustomDeviceNames.Returns(new[] { "BoxA", "BoxB", "BoxC", "BoxX" });
s.Items.Returns(new[] {
new ItemsData()
{
Id = 1, Count = 11, Name = "a", Source = new [] { (IItemsSource) new ItemsSource()
{
CustomName = "BoxA", Id = 1, Count = 10, Container = boxA
} }.ToList()
},
new ItemsData()
{
Id = 2, Count = 20, Name = "b", Source = new [] { (IItemsSource) new ItemsSource()
{
CustomName = "BoxB", Id = 2, Count = 20, Container = boxB
} }.ToList()
},
new ItemsData()
{
Id = 3, Count = 30, Name = "c", Source = new [] { (IItemsSource) new ItemsSource()
{
CustomName = "BoxC", Id = 3, Count = 30
} }.ToList()
},
});
s.ContainerSource.Returns(new System.Collections.Concurrent.ConcurrentDictionary <string, IContainerSource>()
{
["BoxA"] = new ContainerSource()
{
Container = boxA, CustomName = "BoxA"
},
["BoxB"] = new ContainerSource()
{
Container = boxB, CustomName = "BoxB"
},
});
s.GetCurrent().Returns(es);
var E = Substitute.For <IEntityData>();
E.S.Returns(s);
var lcdData = Substitute.For <IScriptRootData>();
lcdData.E.Returns(E);
lcdData.DeviceLockAllowed.Returns(true);
var lcdMod = new EmpyrionScripting();
var pf = new PlayfieldScriptData(lcdMod);
Assert.AreEqual("9-1", lcdMod.ExecuteHandlebarScript(pf, lcdData, "{{#items E.S 'BoxA'}}{{move this ../E.S 'BoxB'}}{{Count}}-{{Id}}{{/move}}{{/items}}"));
}
