/// <summary>
/// 逆ポーランド記法で表現された終端記号から、品詞を作成する。
/// </summary>
/// <param name="rPolish">終端記号の逆ポーランド記法表現</param>
/// <returns>品詞。ただし、演算子の括弧深さは0とする。</returns>
public static Lexical createFromRPolish(string rPolish)
{
switch (rPolish)
{
case "+":
return(new BinaryOperatorAdd());
case "--":
return(new BinaryOperatorDiff());
case "*":
return(new BinaryOperatorProd());
case "/":
return(new BinaryOperatorDivide());
case "%":
return(new BinaryOperatorMod());
case "^":
return(new BinaryOperatorPow());
case "-":
return(new UnaryOperatorNegative());
case "<":
return(new BinaryOperatorLt());
case "<=":
return(new BinaryOperatorLtEq());
case ">":
return(new BinaryOperatorGt());
case ">=":
return(new BinaryOperatorGtEq());
case "==":
return(new BinaryOperatorEqual());
case "!=":
return(new BinaryOperatorNotEqual());
case "!":
return(new UnaryOperatorNot());
case "&&":
return(new BinaryOperatorAnd());
case "||":
return(new BinaryOperatorOr());
case ",":
return(new BinaryOperatorComma());
case "true":
var literalTrue = new LiteralTrue();
literalTrue.value = "true";
return(literalTrue);
case "false":
var literalFalse = new LiteralFalse();
literalFalse.value = "false";
return(literalFalse);
}
if (rPolish.StartsWith("Int"))
{
//Int[value]の余計な文字「Int[」と「]」を取り除く。
string value = rPolish.Substring(4, rPolish.Length - 5);
var literalInteger = new LiteralInteger();
literalInteger.value = value;
return(literalInteger);
}
else if (rPolish.StartsWith("Dec"))
{
//Dec[value]の余計な文字「Dec[」と「]」を取り除く。
string value = rPolish.Substring(4, rPolish.Length - 5);
var literalDecimal = new LiteralDecimal();
literalDecimal.value = value;
return(literalDecimal);
}
else if (rPolish.StartsWith("Var"))
{
//Var[value]の余計な文字「Var[」と「]」を取り除く。
string value = rPolish.Substring(4, rPolish.Length - 5);
var literalVariable = new LiteralVariable();
literalVariable.value = value;
return(literalVariable);
}
else if (rPolish.StartsWith("Func"))
{
//Func[value]の余計な文字「Func[」と「]」を取り除く。
string value = rPolish.Substring(5, rPolish.Length - 6);
var unaryOperatorFunction = new UnaryOperatorFunction();
unaryOperatorFunction.functionName = value;
return(unaryOperatorFunction);
}
else
{
throw new ArgumentException("逆ポーランド記法表現で対応する品詞がありません。");
}
}
public void TestMethodUnaryOperatorFunction()
{
var functionDataTypeMap = new Dictionary <string, DataType>();
functionDataTypeMap.Add("testFunction1", DataType.Boolean);
functionDataTypeMap.Add("testFunction2", DataType.Boolean);
functionDataTypeMap.Add("testFunction3", DataType.Boolean);
functionDataTypeMap.Add("testFunction4", DataType.Integer);
functionDataTypeMap.Add("testFunction5", DataType.Integer);
functionDataTypeMap.Add("testFunction6", DataType.Integer);
functionDataTypeMap.Add("testFunction7", DataType.Decimal);
functionDataTypeMap.Add("testFunction8", DataType.Decimal);
functionDataTypeMap.Add("testFunction9", DataType.Decimal);
var functionMap = new Dictionary <string, Function>();
functionMap.Add("testFunction1", new Function(this.testFunction1));
functionMap.Add("testFunction2", new Function(this.testFunction2));
functionMap.Add("testFunction3", new Function(this.testFunction3));
functionMap.Add("testFunction4", new Function(this.testFunction4));
functionMap.Add("testFunction5", new Function(this.testFunction5));
functionMap.Add("testFunction6", new Function(this.testFunction6));
functionMap.Add("testFunction7", new Function(this.testFunction7));
functionMap.Add("testFunction8", new Function(this.testFunction8));
functionMap.Add("testFunction9", new Function(this.testFunction9));
var unaryOperatorFunction = new UnaryOperatorFunction();
Assert.AreEqual(9, unaryOperatorFunction.getPriority());
unaryOperatorFunction.functionName = "testFunction1";
Assert.AreEqual("Func[testFunction1]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
UnitTestUtil.AssertMathTreeNodeValue(true, unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(false, unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(true, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction2";
Assert.AreEqual("Func[testFunction2]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentOutOfRangeException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentOutOfRangeException));
}
UnitTestUtil.AssertMathTreeNodeValue(true, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction3";
Assert.AreEqual("Func[testFunction3]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Boolean, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
UnitTestUtil.AssertMathTreeNodeValue(true, unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(false, unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(true, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction4";
Assert.AreEqual("Func[testFunction4]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
UnitTestUtil.AssertMathTreeNodeValue(12348, unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(-121, unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(4, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction5";
Assert.AreEqual("Func[testFunction5]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentOutOfRangeException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentOutOfRangeException));
}
UnitTestUtil.AssertMathTreeNodeValue(3, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction6";
Assert.AreEqual("Func[testFunction6]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Integer, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
UnitTestUtil.AssertMathTreeNodeValue(12345, unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(-124, unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(10, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction7";
Assert.AreEqual("Func[testFunction7]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
UnitTestUtil.AssertMathTreeNodeValue(Math.Sqrt((double)12345), unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(Double.NaN, unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap));
UnitTestUtil.AssertMathTreeNodeValue((double)1, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction8";
Assert.AreEqual("Func[testFunction8]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentOutOfRangeException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentOutOfRangeException));
}
UnitTestUtil.AssertMathTreeNodeValue((double)0, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction9";
Assert.AreEqual("Func[testFunction9]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.Decimal, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
UnitTestUtil.AssertMathTreeNodeValue((double)152399025, unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap));
UnitTestUtil.AssertMathTreeNodeValue(15239.9025, unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap));
UnitTestUtil.AssertMathTreeNodeValue((double)30, unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap));
unaryOperatorFunction.functionName = "testFunction10";
Assert.AreEqual("Func[testFunction10]", unaryOperatorFunction.getRPolish());
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Boolean, functionDataTypeMap));
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Integer, functionDataTypeMap));
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.Decimal, functionDataTypeMap));
Assert.AreEqual(DataType.None, unaryOperatorFunction.getDataType(DataType.DecimalList, functionDataTypeMap));
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(true), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(12345), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(-123.45), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
try
{
unaryOperatorFunction.eval(new MathTreeNodeValue(new List <double>()
{
1, 2, 3, 4
}), functionMap);
Assert.Fail();
}
catch (Exception e)
{
Assert.IsTrue(e.GetType() == typeof(ArgumentException));
}
}
public static Lexical create(TerminalSymbol terminalSymbol, int parenthesisDepth)
{
switch (terminalSymbol.type)
{
case TerminalSymbolType.Integer:
var literalInteger = new LiteralInteger();
literalInteger.value = terminalSymbol.value;
return(literalInteger);
case TerminalSymbolType.Decimal:
var literalDecimal = new LiteralDecimal();
literalDecimal.value = terminalSymbol.value;
return(literalDecimal);
case TerminalSymbolType.LogicTrue:
var literalTrue = new LiteralTrue();
literalTrue.value = terminalSymbol.value;
return(literalTrue);
case TerminalSymbolType.LogicFalse:
var literalFalse = new LiteralFalse();
literalFalse.value = terminalSymbol.value;
return(literalFalse);
case TerminalSymbolType.Variable:
var literalVariable = new LiteralVariable();
literalVariable.value = terminalSymbol.value;
return(literalVariable);
case TerminalSymbolType.OpAdd:
var binaryOperatorAdd = new BinaryOperatorAdd();
binaryOperatorAdd.parenthesisDepth = parenthesisDepth;
return(binaryOperatorAdd);
case TerminalSymbolType.OpDiff:
var binaryOperatorDiff = new BinaryOperatorDiff();
binaryOperatorDiff.parenthesisDepth = parenthesisDepth;
return(binaryOperatorDiff);
case TerminalSymbolType.OpProd:
var binaryOperatorProd = new BinaryOperatorProd();
binaryOperatorProd.parenthesisDepth = parenthesisDepth;
return(binaryOperatorProd);
case TerminalSymbolType.OpDivide:
var binaryOperatorDivide = new BinaryOperatorDivide();
binaryOperatorDivide.parenthesisDepth = parenthesisDepth;
return(binaryOperatorDivide);
case TerminalSymbolType.OpMod:
var binaryOperatorMod = new BinaryOperatorMod();
binaryOperatorMod.parenthesisDepth = parenthesisDepth;
return(binaryOperatorMod);
case TerminalSymbolType.OpPow:
var binaryOperatorPow = new BinaryOperatorPow();
binaryOperatorPow.parenthesisDepth = parenthesisDepth;
return(binaryOperatorPow);
case TerminalSymbolType.OpNeg:
var unaryOperatorNegative = new UnaryOperatorNegative();
unaryOperatorNegative.parenthesisDepth = parenthesisDepth;
return(unaryOperatorNegative);
case TerminalSymbolType.OpLt:
var binaryOperatorLt = new BinaryOperatorLt();
binaryOperatorLt.parenthesisDepth = parenthesisDepth;
return(binaryOperatorLt);
case TerminalSymbolType.OpLtEq:
var binaryOperatorLtEq = new BinaryOperatorLtEq();
binaryOperatorLtEq.parenthesisDepth = parenthesisDepth;
return(binaryOperatorLtEq);
case TerminalSymbolType.OpGt:
var binaryOperatorGt = new BinaryOperatorGt();
binaryOperatorGt.parenthesisDepth = parenthesisDepth;
return(binaryOperatorGt);
case TerminalSymbolType.OpGtEq:
var binaryOperatorGtEq = new BinaryOperatorGtEq();
binaryOperatorGtEq.parenthesisDepth = parenthesisDepth;
return(binaryOperatorGtEq);
case TerminalSymbolType.OpEq:
var binaryOperatorEqual = new BinaryOperatorEqual();
binaryOperatorEqual.parenthesisDepth = parenthesisDepth;
return(binaryOperatorEqual);
case TerminalSymbolType.OpNotEq:
var binaryOperatorNotEqual = new BinaryOperatorNotEqual();
binaryOperatorNotEqual.parenthesisDepth = parenthesisDepth;
return(binaryOperatorNotEqual);
case TerminalSymbolType.OpNot:
var unaryOperatorNot = new UnaryOperatorNot();
unaryOperatorNot.parenthesisDepth = parenthesisDepth;
return(unaryOperatorNot);
case TerminalSymbolType.OpAnd:
var binaryOperatorAnd = new BinaryOperatorAnd();
binaryOperatorAnd.parenthesisDepth = parenthesisDepth;
return(binaryOperatorAnd);
case TerminalSymbolType.OpOr:
var binaryOperatorOr = new BinaryOperatorOr();
binaryOperatorOr.parenthesisDepth = parenthesisDepth;
return(binaryOperatorOr);
case TerminalSymbolType.Function:
var unaryOperatorFunction = new UnaryOperatorFunction();
// 演算子の中で、関数だけ変数名を登録する必要がある。
unaryOperatorFunction.functionName = terminalSymbol.value;
unaryOperatorFunction.parenthesisDepth = parenthesisDepth;
return(unaryOperatorFunction);
case TerminalSymbolType.Comma:
var binaryOperatorComma = new BinaryOperatorComma();
binaryOperatorComma.parenthesisDepth = parenthesisDepth;
return(binaryOperatorComma);
default:
throw new ApplicationException("品詞に変換できない終端記号が指定されました。");
}
}
