/// <summary>
/// Convert a single char to its corresponding keycode within the currently defined keyboard layout.
/// </summary>
/// <param name="ch">Char to convert to keycode.</param>
public Keys CharToKeyCode(char ch)
{
Keys ky;
try
{
var virtualKeyCode = new ShortHelper {
Value = VkKeyScanEx(ch, GetKeyboardLayoutCustom())
};
ky = (Keys)virtualKeyCode.Low;
if ((uint)ky == 255)
{
ky = Keys.None;
}
}
catch
{
ky = Keys.None;
}
return(ky);
}
public static IInputDataCreator CreateInputDataCreator(string programName)
{
switch (programName)
{
case "TP_CSF_Basics_HelloWorld":
return(new EmptyInputDataCreator());
case "TP_CSF_ValueTypes_Bool":
return(new EnumerableInputDataCreator(BoolHelper.GetAllValues().SelectCreateInputActions(b => writer =>
{
writer.WriteLine(b);
})));
case "TP_CSF_ValueTypes_Byte":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextByte());
}));
case "TP_CSF_ValueTypes_Char":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardChar());
}));
case "TP_CSF_ValueTypes_Decimal":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextDecimal());
}));
case "TP_CSF_ValueTypes_Double":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextDouble());
}));
case "TP_CSF_ValueTypes_Float":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextFloat());
}));
case "TP_CSF_ValueTypes_Int":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_ValueTypes_Long":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextLong());
}));
case "TP_CSF_ValueTypes_SByte":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextSByte());
}));
case "TP_CSF_ValueTypes_Short":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextShort());
}));
case "TP_CSF_ValueTypes_UInt":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextUInt());
}));
case "TP_CSF_ValueTypes_ULong":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextULong());
}));
case "TP_CSF_ValueTypes_UShort":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextUShort());
}));
case "TP_CSF_Operators_ArithmeticOperators_Add":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_ArithmeticOperators_Subtract":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_ArithmeticOperators_Multiply":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_ArithmeticOperators_Divide":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt(true));
}));
case "TP_CSF_Operators_ArithmeticOperators_Modulo":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt(true));
}));
case "TP_CSF_Operators_ArithmeticOperators_Increment":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_ArithmeticOperators_Decrement":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_1Variable":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_2Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_3Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_4Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_5Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_6Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_7Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_8Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_9Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Variables_10Variables":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_RelationalOperators_Equal":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_RelationalOperators_NotEqual":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_RelationalOperators_Greater":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_RelationalOperators_Less":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_RelationalOperators_GreaterOrEqual":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_RelationalOperators_LessOrEqual":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_LogicalOperators_And":
return(new EnumerableInputDataCreator(BoolHelper.GetAllPairs().SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_LogicalOperators_Or":
return(new EnumerableInputDataCreator(BoolHelper.GetAllPairs().SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_LogicalOperators_Not":
return(new EnumerableInputDataCreator(BoolHelper.GetAllValues().SelectCreateInputActions(b => writer =>
{
writer.WriteLine(b);
})));
case "TP_CSF_Operators_BitwiseOperators_And":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_BitwiseOperators_Or":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_BitwiseOperators_Xor":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_BitwiseOperators_Not":
return(new EnumerableInputDataCreator(IntHelper.GetRange(1, 100).SelectCreateInputActions(n => writer =>
{
writer.WriteLine(n);
})));
case "TP_CSF_Operators_BitwiseOperators_LeftShift":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_BitwiseOperators_RightShift":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(1, 10, 1, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Operators_AssignOperators_Assign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_AddAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_SubtractAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_MultiplyAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_DivideAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_ModuloAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_LShiftAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_RShiftAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_AndAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_XorAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Operators_AssignOperators_OrAndAssign":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Decisions_If":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Decisions_IfElse":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt(true));
}));
case "TP_CSF_Decisions_IfElseIf":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardChar());
}));
case "TP_CSF_Decisions_IfElseIfElse":
return(new EnumerableInputDataCreator(IntHelper.GetRange(-50, 49).SelectCreateInputActions(n => writer =>
{
writer.WriteLine(n);
})));
case "TP_CSF_Decisions_IfElseIfElseIf":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Decisions_IfElseIfElseIfElse":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Decisions_NestedIf":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(-5, 4, -5, 4).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Decisions_CharSwitch":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.Write(rand.NextStandardChar());
}));
case "TP_CSF_Decisions_ConditionalAssignOperator":
return(new EnumerableInputDataCreator(BoolHelper.GetAllValues().SelectCreateInputActions(b => writer =>
{
writer.WriteLine(b);
})));
case "TP_CSF_Decisions_BoolSwitch":
return(new EnumerableInputDataCreator(BoolHelper.GetAllValues().SelectCreateInputActions(b => writer =>
{
writer.WriteLine(b);
})));
case "TP_CSF_Decisions_ShortSwitch":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(-50, 49).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Operators_MiscOperators_TypeOf":
return(new EmptyInputDataCreator());
case "TP_CSF_Operators_MiscOperators_SizeOf":
return(new EmptyInputDataCreator());
case "TP_CSF_Enums_Enum":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(0, 7).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Enums_ExistingEnum":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(0, 6).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Enums_EnumWithAssignedValues":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(1, 7).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Enums_EnumLong":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(0, 49).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Enums_EnumByte":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(0, 49).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Enums_EnumShort":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(0, 49).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Decisions_ByteSwitch":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(0, 99).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Decisions_IntSwitch":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(-50, 49).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Decisions_EnumSwitch":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(-50, 49).SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Decisions_NestedSwitch":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(0, 10, 0, 10).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Strings_String":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_Strings_Concatenation":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardString());
writer.WriteLine(rand.NextStandardString());
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_Strings_Length":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_Strings_Chars":
return(new RandomInputDataCreator((writer, rand) =>
{
var randomString = rand.NextStandardString();
writer.WriteLine(randomString);
var index = rand.Next(0, randomString.Length);
writer.WriteLine(index);
}));
case "TP_CSF_Decisions_StringSwitch":
var strings = new List <string> {
"NORTH", "SOUTH", "EAST", "WEST", "NOTHING"
};
return(new EnumerableInputDataCreator(strings.SelectCreateInputActions(s => writer =>
{
writer.WriteLine(s);
})));
case "TP_CSF_Comments_SingleLineComment":
return(new EmptyInputDataCreator());
case "TP_CSF_Comments_MultiLineComment":
return(new EmptyInputDataCreator());
case "TP_CSF_Loops_While":
return(new RandomInputDataCreator((writer, rand) =>
{
var count = rand.Next(0, 1001);
for (int i = 0; i < count; i++)
{
writer.WriteLine(rand.Next(1, 1001));
}
writer.WriteLine(0);
}));
case "TP_CSF_Loops_For":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.Next(0, 1001));
}));
case "TP_CSF_Loops_DoWhile":
return(new RandomInputDataCreator((writer, rand) =>
{
var count = rand.Next(0, 1001);
for (int i = 0; i < count; i++)
{
writer.WriteLine(rand.Next(1, 1001));
}
writer.WriteLine(0);
}));
case "TP_CSF_Loops_NestedLoops":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.Next(0, 31));
writer.WriteLine(rand.Next(0, 31));
}));
case "TP_CSF_Loops_BreakStatement":
return(new RandomInputDataCreator((writer, rand) =>
{
var count = rand.Next(0, 1001);
for (int i = 0; i < count; i++)
{
writer.WriteLine(rand.Next(1, 1001));
}
writer.WriteLine(0);
}));
case "TP_CSF_Loops_ContinueStatement":
return(new RandomInputDataCreator((writer, rand) =>
{
var count = rand.Next(0, 101);
writer.WriteLine(count);
for (int i = 0; i < count; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_Identifiers_LettersOnly":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Identifiers_LettersAndDigits":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextShort());
writer.WriteLine(rand.NextShort());
}));
case "TP_CSF_Identifiers_LettersAndUnderscores":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Identifiers_LettersDigitsAndUnderscores":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Identifiers_UnderscoresAndLetters":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Identifiers_UnderscoresLettersAndDigits":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Identifiers_UnderscoresAndDigits":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Identifiers_UnderscoresOnly":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Arrays_1DArray":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(1, 101);
writer.WriteLine(n);
for (int i = 0; i < n; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_Arrays_1DArrayInitialization":
return(new EnumerableInputDataCreator(ShortHelper.GetRange(0, 10).SelectCreateInputActions(n => writer =>
{
writer.WriteLine(n);
})));
case "TP_CSF_Arrays_2DArray":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(1, 11);
var m = rand.Next(1, 11);
writer.WriteLine(n);
writer.WriteLine(m);
for (int i = 0; i < n; i++)
{
for (int j = 0; j < m; j++)
{
writer.WriteLine(rand.NextInt());
}
}
}));
case "TP_CSF_Arrays_2DArrayInitialization":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(0, 7, 0, 7).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_Arrays_3DArray":
return(new RandomInputDataCreator((writer, rand) =>
{
var x = rand.Next(1, 6);
var y = rand.Next(1, 6);
var z = rand.Next(1, 6);
writer.WriteLine(x);
writer.WriteLine(y);
writer.WriteLine(z);
for (int i = 0; i < x; i++)
{
for (int j = 0; j < y; j++)
{
for (int k = 0; k < z; k++)
{
writer.WriteLine(rand.NextInt());
}
}
}
}));
case "TP_CSF_Arrays_JaggedArray":
return(new RandomInputDataCreator((writer, rand) =>
{
var rows = rand.Next(1, 11);
writer.WriteLine(rows);
var cols = new int[rows];
for (int i = 0; i < rows; i++)
{
cols[i] = rand.Next(1, 11);
writer.WriteLine(cols[i]);
}
for (int i = 0; i < rows; i++)
{
for (int j = 0; j < cols[i]; j++)
{
writer.WriteLine(rand.NextInt());
}
}
}));
case "TP_CSF_Arrays_JaggedArrayInitialization":
return(new EnumerableInputDataCreator(IntHelper.GetPairs(0, 9, 0, 12).SelectCreateInputActions(pair => writer =>
{
writer.WriteLine(pair.Item1);
writer.WriteLine(pair.Item2);
})));
case "TP_CSF_IntegerLiterals_Decimal":
return(new EmptyInputDataCreator());
case "TP_CSF_IntegerLiterals_UnsignedDecimal":
return(new EmptyInputDataCreator());
case "TP_CSF_IntegerLiterals_LongDecimal":
return(new EmptyInputDataCreator());
case "TP_CSF_IntegerLiterals_UnsignedLongDecimal":
return(new EmptyInputDataCreator());
case "TP_CSF_IntegerLiterals_Hex":
return(new EmptyInputDataCreator());
case "TP_CSF_IntegerLiterals_UnsignedHex":
return(new EmptyInputDataCreator());
case "TP_CSF_IntegerLiterals_LongHex":
return(new EmptyInputDataCreator());
case "TP_CSF_IntegerLiterals_UnsignedLongHex":
return(new EmptyInputDataCreator());
case "TP_CSF_Loops_ForEach":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(1, 101);
writer.WriteLine(n);
for (int i = 0; i < n; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_FloatingPointLiterals_Integers":
return(new EmptyInputDataCreator());
case "TP_CSF_FloatingPointLiterals_SimpleIntegers":
return(new EmptyInputDataCreator());
case "TP_CSF_FloatingPointLiterals_Doubles":
return(new EmptyInputDataCreator());
case "TP_CSF_FloatingPointLiterals_Floats":
return(new EmptyInputDataCreator());
case "TP_CSF_FloatingPointLiterals_Exp":
return(new EmptyInputDataCreator());
case "TP_CSF_Classes_EmptyClass":
return(new EmptyInputDataCreator());
case "TP_CSF_Classes_PublicFields":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardString());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Classes_NoArgumentsConstructor":
return(new EmptyInputDataCreator());
case "TP_CSF_Classes_1ArgumentConstructor":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Classes_2ArgumentsConstructor":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_Classes_PublicStaticFields":
return(new EnumerableInputDataCreator(IntHelper.GetRange(1, 100).SelectCreateInputActions(n => writer =>
{
writer.WriteLine(n);
})));
case "TP_CSF_Classes_ManyConstructors":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(1, 4);
writer.WriteLine(n);
var f1 = rand.NextInt();
writer.WriteLine(f1);
if (n > 1)
{
var f2 = rand.NextInt();
writer.WriteLine(f2);
}
if (n > 2)
{
var f3 = rand.NextInt();
writer.WriteLine(f3);
}
}));
case "TP_CSF_Methods_PrivateMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Methods_PublicMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Classes_PrivateFields":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_Classes_Destructor":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Classes_PrivateStaticFields":
return(new EnumerableInputDataCreator(IntHelper.GetRange(1, 100).SelectCreateInputActions(n => writer =>
{
writer.WriteLine(n);
})));
case "TP_CSF_Methods_PrivateStaticMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Methods_PublicStaticMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Methods_ManyMethods":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Methods_RecursiveMethod":
return(new EnumerableInputDataCreator(IntHelper.GetRange(0, 99).SelectCreateInputActions(n => writer =>
{
writer.WriteLine(n);
})));
case "TP_CSF_Methods_ManyRecursiveMethods":
return(new EnumerableInputDataCreator(IntHelper.GetRange(0, 99).SelectCreateInputActions(n => writer =>
{
writer.WriteLine(n);
})));
case "TP_CSF_Classes_InitFields":
return(new EmptyInputDataCreator());
case "TP_CSF_Classes_ConstructorWithCustomArguments":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Methods_CustomArguments":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Methods_Params":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(0, 6);
writer.WriteLine(n);
for (int i = 0; i < n; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_ReferenceTypes_ExistingType":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardString());
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_ReferenceTypes_CustomType":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_ReferenceTypes_DynamicType":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_ImplicitConv_ShortToInt":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextShort());
}));
case "TP_CSF_ImplicitConv_IntToLong":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_ImplicitConv_SByteToShort":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextSByte());
}));
case "TP_CSF_ImplicitConv_ByteToUShort":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextByte());
}));
case "TP_CSF_ImplicitConv_UShortToUInt":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextUShort());
}));
case "TP_CSF_ImplicitConv_UIntToULong":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextUInt());
}));
case "TP_CSF_ImplicitConv_FloatToDouble":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextFloat());
}));
case "TP_CSF_ImplicitConv_ShortToFloat":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextShort());
}));
case "TP_CSF_ImplicitConv_IntToDouble":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_ImplicitConv_LongToDecimal":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextLong());
}));
case "TP_CSF_ExplicitConv_IntToShort":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_ExplicitConv_ShortToSByte":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextShort());
}));
case "TP_CSF_ExplicitConv_LongToInt":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextLong());
}));
case "TP_CSF_Inheritance_SimpleInheritance":
return(new EmptyInputDataCreator());
case "TP_CSF_Inheritance_BaseClassMethod":
return(new EmptyInputDataCreator());
case "TP_CSF_Inheritance_BaseConstructor":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Inheritance_ProtectedField":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Inheritance_ProtectedConstructor":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Inheritance_ProtectedMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Inheritance_InheritanceTree":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Inheritance_InheritanceChain":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Inheritance_AbstractClass":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
writer.WriteLine(rand.NextInt(true));
}));
case "TP_CSF_Inheritance_InheritedAbstractMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Inheritance_ExistingClassInheritance":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(0, 101);
writer.WriteLine(n);
for (int i = 0; i < n; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_Inheritance_ExistingClassInheritance2":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(0, 101);
writer.WriteLine(n);
for (int i = 0; i < n; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_Inheritance_ExistingAbstractClass":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextStandardString());
writer.WriteLine(rand.NextStandardString());
}));
case "TP_CSF_Polymorphism_MethodsInOneClass":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(1, 4);
writer.WriteLine(n);
for (int i = 0; i < n; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_Polymorphism_MethodsInRelatedClasses":
return(new RandomInputDataCreator((writer, rand) =>
{
var n = rand.Next(1, 4);
writer.WriteLine(n);
for (int i = 0; i < n; i++)
{
writer.WriteLine(rand.NextInt());
}
}));
case "TP_CSF_Polymorphism_ClassWithVirtualMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
case "TP_CSF_Polymorphism_ExistingClassWithVirtualMethod":
return(new RandomInputDataCreator((writer, rand) =>
{
writer.WriteLine(rand.NextInt());
}));
default:
throw new ArgumentException("Cannot recognize program name.");
}
}
