public void ReplacingMapElements()
{
SKEMAObject obj = new Dictionary <string, SKEMAObject>()
{
{ "Replace", SKEMAObject.Any }
};
Assert.AreEqual(SKEMAType.MAP, obj.Type);
Assert.AreEqual(SKEMAType.ANY, obj["Replace"].Type);
obj["Replace"] = SKEMAObject.String;
Assert.AreEqual(SKEMAType.STRING, obj["Replace"].Type);
obj["Replace"] = SKEMAObject.ArrayOf(SKEMAObject.Boolean);
Assert.AreEqual(SKEMAType.ARRAY, obj["Replace"].Type);
Assert.AreEqual(SKEMAType.BOOLEAN, obj["Replace"].ArrayElementSKEMA.Type);
obj["Replace"].ArrayElementSKEMA = SKEMAObject.ArrayOf(SKEMAObject.Float);
Console.WriteLine(SKEMA.Write(obj));
Assert.AreEqual(SKEMAType.ARRAY, obj["Replace"].ArrayElementSKEMA.Type);
Assert.AreEqual(SKEMAType.FLOAT, obj["Replace"].ArrayElementSKEMA.ArrayElementSKEMA.Type);
}
public void SelfReferencingSKEMA()
{
string skema = @"define A: #A, A: #A,";
Assert.Throws <CouldNotSolveReferencesException>(() => ParseWithMetadata(skema));
skema = @"define A: { optional A: #A, }, A: #A,";
SKEMAObject obj = ParseWithMetadata(skema);
string res = SKEMA.Write(obj);
Console.WriteLine(res);
SKEMAObject resObj = SKEMA.Parse(res);
Assert.IsTrue(resObj == obj);
skema = @"define A: { optional A: #A, optional B: #B, }, define B: #A, A: #A, ";
obj = ParseWithMetadata(skema);
res = SKEMA.Write(obj);
Console.WriteLine(res);
resObj = SKEMA.Parse(res);
Assert.IsTrue(resObj == obj);
}
public void GenericParsing()
{
string skema =
@"define Color: { Red: Integer, Green: Integer, Blue: Integer, },
Colors: [ #Color ],";
SKEMAObject skemaObj = ParseWithMetadata(skema);
Console.Write(SKEMA.Write(skemaObj));
SKONObject data = new Dictionary <string, SKONObject>
{
{
"Colors", new SKONObject[]
{
new Dictionary <string, SKONObject>
{
{ "Red", 140 },
{ "Green", 50 },
{ "Blue", 235 },
},
new Dictionary <string, SKONObject>
{
{ "Red", 50 },
{ "Green", 50 },
{ "Blue", 50 },
},
}
},
};
Assert.IsTrue(skemaObj.Valid(data));
data["Colors"].Add(new Dictionary <string, SKONObject> {
{ "H", 260 }, { "S", 0.3 }, { "V", 1 }
});
Assert.IsFalse(skemaObj.Valid(data));
}
static void Main(string[] args)
{
string defaultPath = "./SKONTest.skon";
Console.Write("SKON Input file?:");
string filePath = Console.ReadLine();
if (File.Exists(filePath) == false)
{
filePath = defaultPath;
}
SKONObject obj = VerboseParseFile(filePath);
Console.WriteLine();
Console.WriteLine(SKON.Write(obj));
Console.ReadKey(true);
defaultPath = "./SKEMATest.skema";
Console.Write("SKEMA Input file?:");
filePath = Console.ReadLine();
if (File.Exists(filePath) == false)
{
filePath = defaultPath;
}
SKEMAObject skemaObj = VerboseParseFileSKEMA(filePath);
Console.WriteLine();
Console.WriteLine(SKEMA.Write(skemaObj));
Console.ReadKey(true);
}
public void WriteSKEMA()
{
string skema =
@"define Color: { Red: Integer, Green: Integer, Blue: Integer, },
Colors: [ #Color ],";
SKEMAObject skemaObj = ParseWithMetadata(skema);
string res = SKEMA.Write(skemaObj);
SKEMAObject newSkemaObj = SKEMA.Parse(res);
Assert.AreEqual(skemaObj, newSkemaObj);
Console.WriteLine(res);
skema =
@"define Node:
{
Value: Any,
optional Nodes: [ #Node ],
},
Tree: #Node,";
skemaObj = ParseWithMetadata(skema);
res = SKEMA.Write(skemaObj);
newSkemaObj = SKEMA.Parse(res);
//Assert.AreEqual(skemaObj, newSkemaObj);
Console.WriteLine(res);
}
