public void Run()
{
// Run the state machine
LexFunction function = LexFunctions.LexText;
while (function != null)
{
function = function(this);
}
}
public LexFunction Clone()
{
LexFunction copy = MemberwiseClone() as LexFunction;
copy.returnType = returnType.Clone();
copy.parameters = new List <LexVariable>();
foreach (var param in parameters)
{
copy.parameters.Add(param.Clone());
}
return(copy);
}
void btnAdd_Click(object sender, EventArgs e)
{
try
{
PhraseComparer pc = new PhraseComparer(sa, lfDict);
//Actant[] arrActArg, arrActVal;
LexFunction lf = (LexFunction)(lvLf.SelectedIndices[0] + 1);
//if (lf == LexFunction.Conv)
// pc.ParseConvParam(tbParam.Text, out arrActArg, out arrActVal);
lfDict.AddLF(new LFArgVal(wArg, wVal, lf, tbParam.Text));
}
catch
{
MessageBox.Show("Ошибка добавления лексической функции");
return;
}
tbVal.Text = "";
}
LexFunction ParseFunction(string data, ProtectLevel protectLevel, int begin, int end)
{
LexFunction res = new LexFunction()
{
begin = begin,
end = end,
data = data
};
if (isNextLexTemplate)
{
res.isTemplate = true;
res.templates = templatesBuffer;
isNextLexTemplate = false;
}
res.returnType = new LexVariableType();
res.definition = data;
res.protectLevel = protectLevel;
int caret = 0;
string typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
if (typeWord == "virtual")
{
res.isVirtual = true;
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
}
if (typeWord == "static")
{
res.isStatic = true;
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
}
if (typeWord == "inline")
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
if (typeWord == "typename")
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
if (typeWord == "explicit")
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
if (typeWord == "operator")
{
string nextWord = ReadWord(data, ref caret, " \n\r(){}[]");
res.name = typeWord + nextWord;
res.returnType.name = "void";
}
else
{
if (GetNextSymbol(data, caret, " \n\r\t") == '(')
{
res.name = typeWord;
res.returnType.name = "void";
}
else
{
string typeDefinition = typeWord;
if (typeWord == "const")
{
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
res.returnType.isContstant = true;
typeDefinition += " " + typeWord;
}
if (typeWord.Last() == '&')
res.returnType.type = LexVariableType.Type.Reference;
if (typeWord.Last() == '*')
res.returnType.type = LexVariableType.Type.Pointer;
res.returnType.name = typeWord;
res.returnType.definition = typeDefinition;
res.name = ReadWord(data, ref caret, " \n\r(){}[]");
if (res.name == "operator")
res.name += " " + ReadWord(data, ref caret, " \n\r(){}");
}
}
string paramsStr = ReadBraces(data, ref caret).Trim(' ', '\n', '\r', '\t');
string afterParamWord = ReadWord(data, ref caret);
if (afterParamWord == "const")
res.isContstant = true;
if (paramsStr.Length > 0)
{
var paramsArr = Split(paramsStr, ',');
foreach (var prm in paramsArr)
{
string trimmedParam = prm.Trim(' ', '\r', '\n', '\t');
res.parameters.Add(ParseVariable(trimmedParam, ProtectLevel.Public, begin, end));
}
}
return res;
}
LexFunction ParseFunction(string data, ProtectLevel protectLevel, int begin, int end)
{
LexFunction res = new LexFunction()
{
begin = begin,
end = end,
data = data
};
if (isNextLexTemplate)
{
res.isTemplate = true;
res.templates = templatesBuffer;
isNextLexTemplate = false;
}
res.returnType = new LexVariableType();
res.definition = data;
res.protectLevel = protectLevel;
int caret = 0;
string typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
if (typeWord == "virtual")
{
res.isVirtual = true;
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
}
if (typeWord == "static")
{
res.isStatic = true;
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
}
if (typeWord == "inline")
{
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
}
if (typeWord == "typename")
{
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
}
if (typeWord == "explicit")
{
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
}
if (typeWord == "operator")
{
string nextWord = ReadWord(data, ref caret, " \n\r(){}[]");
res.name = typeWord + nextWord;
res.returnType.name = "void";
}
else
{
if (GetNextSymbol(data, caret, " \n\r\t") == '(')
{
res.name = typeWord;
res.returnType.name = "void";
}
else
{
string typeDefinition = typeWord;
if (typeWord == "const")
{
typeWord = ReadWord(data, ref caret, " \n\r(){}[]");
res.returnType.isContstant = true;
typeDefinition += " " + typeWord;
}
if (typeWord.Last() == '&')
{
res.returnType.type = LexVariableType.Type.Reference;
}
if (typeWord.Last() == '*')
{
res.returnType.type = LexVariableType.Type.Pointer;
}
res.returnType.name = typeWord;
res.returnType.definition = typeDefinition;
res.name = ReadWord(data, ref caret, " \n\r(){}[]");
if (res.name == "operator")
{
res.name += " " + ReadWord(data, ref caret, " \n\r(){}");
}
}
}
string paramsStr = ReadBraces(data, ref caret).Trim(' ', '\n', '\r', '\t');
string afterParamWord = ReadWord(data, ref caret);
if (afterParamWord == "const")
{
res.isContstant = true;
}
if (paramsStr.Length > 0)
{
var paramsArr = Split(paramsStr, ',');
foreach (var prm in paramsArr)
{
string trimmedParam = prm.Trim(' ', '\r', '\n', '\t');
res.parameters.Add(ParseVariable(trimmedParam, ProtectLevel.Public, begin, end));
}
}
return(res);
}
