public void AddPcPeripheralToDb(IProduceable product)
{
var pcPeripheral = (PcPeripheral)product;
pcPeripheral.Id = _storage.PcPeripherals.Count == 0 ? 0 : _storage.PcPeripherals.Max(x => x.Id) + 1;
_storage.PcPeripherals.Add(pcPeripheral);
_serializer.SerializeAndSave(_storage);
}
public void AddPcPartToDb(IProduceable product)
{
var pcPart = (PcPart)product;
pcPart.Id = _storage.PcParts.Count == 0 ? 0 : _storage.PcParts.Max(x => x.Id) + 1;
_storage.PcParts.Add(pcPart);
_serializer.SerializeAndSave(_storage);
}
public SyntacticAnalyzer()
{
// The list of non-terminal symbols, their first and follow sets are passed to their constructor.
Production prog = new Production("prog", new List <Token> {
TokenList.Class, TokenList.Epsilon, TokenList.Program
}, new List <Token> {
TokenList.EndOfProgram
});
Production classDecl = new Production("classDecl", new List <Token> {
TokenList.Class, TokenList.Epsilon
}, new List <Token> {
TokenList.Program
});
Production varFuncList = new Production("varFuncList", new List <Token> {
TokenList.Epsilon, TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier
}, new List <Token> {
TokenList.CloseCurlyBracket
});
Production varFunc = new Production("varFunc", new List <Token> {
TokenList.SemiColon, TokenList.Epsilon, TokenList.OpenSquareBracket, TokenList.OpenParanthesis
}, new List <Token> {
TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier, TokenList.CloseCurlyBracket
});
Production progBody = new Production("progBody", new List <Token> {
TokenList.Program
}, new List <Token> {
TokenList.EndOfProgram
});
Production funcList = new Production("funcList", new List <Token> {
TokenList.Epsilon, TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier
}, new List <Token> {
TokenList.EndOfProgram
});
Production funcDef = new Production("funcDef", new List <Token> {
TokenList.OpenParanthesis
}, new List <Token> {
TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier, TokenList.EndOfProgram, TokenList.CloseCurlyBracket
});
Production funcBody = new Production("funcBody", new List <Token> {
TokenList.OpenCurlyBracket
}, new List <Token> {
TokenList.SemiColon
});
Production funcBodyList = new Production("funcBodyList", new List <Token> {
TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier, TokenList.Epsilon, TokenList.If, TokenList.For, TokenList.Get, TokenList.Put, TokenList.Return
}, new List <Token> {
TokenList.CloseCurlyBracket
});
Production idtypeFuncBodyList = new Production("idtypeFuncBodyList", new List <Token> {
TokenList.Identifier, TokenList.If, TokenList.For, TokenList.Get, TokenList.Put, TokenList.Return, TokenList.Epsilon, TokenList.OpenSquareBracket, TokenList.Period, TokenList.EqualsToken
}, new List <Token> {
TokenList.CloseCurlyBracket
});
Production ntypeFuncBodyList = new Production("ntypeFuncBodyList", new List <Token> {
TokenList.Identifier
}, new List <Token> {
TokenList.CloseCurlyBracket
});
Production varDecl = new Production("varDecl", new List <Token> {
TokenList.SemiColon, TokenList.Epsilon, TokenList.OpenSquareBracket
}, new List <Token> {
TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier, TokenList.CloseCurlyBracket, TokenList.If, TokenList.For, TokenList.Get, TokenList.Put, TokenList.Return
});
Production arraySizeList = new Production("arraySizeList", new List <Token> {
TokenList.Epsilon, TokenList.OpenSquareBracket
}, new List <Token> {
TokenList.Comma, TokenList.SemiColon, TokenList.CloseParanthesis
});
Production statement = new Production("statement", new List <Token> {
TokenList.If, TokenList.For, TokenList.Get, TokenList.Put, TokenList.Return
}, new List <Token> {
TokenList.Identifier, TokenList.If, TokenList.For, TokenList.Get, TokenList.Put, TokenList.Return, TokenList.IntRes, TokenList.FloatRes, TokenList.CloseCurlyBracket, TokenList.Else, TokenList.SemiColon
});
Production assignStat = new Production("assignStat", new List <Token> {
TokenList.Epsilon, TokenList.OpenSquareBracket, TokenList.Period, TokenList.EqualsToken
}, new List <Token> {
TokenList.SemiColon, TokenList.CloseParanthesis
});
Production statBlock = new Production("statBlock", new List <Token> {
TokenList.OpenCurlyBracket, TokenList.Identifier, TokenList.Epsilon, TokenList.If, TokenList.For, TokenList.Get, TokenList.Put, TokenList.Return
}, new List <Token> {
TokenList.Else, TokenList.SemiColon
});
Production statementList = new Production("statementList", new List <Token> {
TokenList.Identifier, TokenList.Epsilon, TokenList.If, TokenList.For, TokenList.Get, TokenList.Put, TokenList.Return
}, new List <Token> {
TokenList.CloseCurlyBracket
});
Production expr = new Production("expr", new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
}, new List <Token> {
TokenList.Comma, TokenList.CloseParanthesis, TokenList.SemiColon
});
Production relOption = new Production("relOption", new List <Token> {
TokenList.Epsilon, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual
}, new List <Token> {
TokenList.Comma, TokenList.CloseParanthesis, TokenList.SemiColon
});
Production relExpr = new Production("relExpr", new List <Token> {
TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual
}, new List <Token> {
TokenList.SemiColon, TokenList.Comma, TokenList.CloseParanthesis
});
Production arithExpr = new Production("arithExpr", new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
}, new List <Token> {
TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production arithExprPrime = new Production("arithExprPrime", new List <Token> {
TokenList.Epsilon, TokenList.Plus, TokenList.Minus, TokenList.Or
}, new List <Token> {
TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production sign = new Production("sign", new List <Token> {
TokenList.Plus, TokenList.Minus
}, new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
});
Production term = new Production("term", new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
}, new List <Token> {
TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production termPrime = new Production("termPrime", new List <Token> {
TokenList.Epsilon, TokenList.Asterisk, TokenList.Slash, TokenList.And
}, new List <Token> {
TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production factor = new Production("factor", new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
}, new List <Token> {
TokenList.Asterisk, TokenList.Slash, TokenList.And, TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production variable = new Production("variable", new List <Token> {
TokenList.Epsilon, TokenList.OpenSquareBracket, TokenList.Period
}, new List <Token> {
TokenList.EqualsToken, TokenList.CloseParanthesis
});
Production furtherIdNest = new Production("furtherIdNest", new List <Token> {
TokenList.Period, TokenList.Epsilon
}, new List <Token> {
TokenList.EqualsToken, TokenList.CloseParanthesis
});
Production factorVarOrFunc = new Production("factorVarOrFunc", new List <Token> {
TokenList.Identifier
}, new List <Token> {
TokenList.Asterisk, TokenList.Slash, TokenList.And, TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production furtherFactor = new Production("furtherFactor", new List <Token> {
TokenList.OpenParanthesis, TokenList.Epsilon, TokenList.OpenSquareBracket, TokenList.Period
}, new List <Token> {
TokenList.Asterisk, TokenList.Slash, TokenList.And, TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production furtherIndice = new Production("furtherIndice", new List <Token> {
TokenList.Period, TokenList.Epsilon
}, new List <Token> {
TokenList.Asterisk, TokenList.Slash, TokenList.And, TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
Production indiceList = new Production("indiceList", new List <Token> {
TokenList.Epsilon, TokenList.OpenSquareBracket
}, new List <Token> {
TokenList.Period, TokenList.Asterisk, TokenList.Slash, TokenList.And, TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma, TokenList.EqualsToken
});
Production indice = new Production("indice", new List <Token> {
TokenList.OpenSquareBracket
}, new List <Token> {
TokenList.OpenSquareBracket, TokenList.Period, TokenList.Asterisk, TokenList.Slash, TokenList.And, TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma, TokenList.EqualsToken
});
Production arraySize = new Production("arraySize", new List <Token> {
TokenList.OpenSquareBracket
}, new List <Token> {
TokenList.OpenSquareBracket, TokenList.Comma, TokenList.SemiColon, TokenList.CloseParanthesis
});
Production type = new Production("type", new List <Token> {
TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier
}, new List <Token> {
TokenList.Identifier
});
Production fParams = new Production("fParams", new List <Token> {
TokenList.Epsilon, TokenList.IntRes, TokenList.FloatRes, TokenList.Identifier
}, new List <Token> {
TokenList.CloseParanthesis
});
Production aParams = new Production("aParams", new List <Token> {
TokenList.Epsilon, TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
}, new List <Token> {
TokenList.CloseParanthesis
});
Production fParamsTail = new Production("fParamsTail", new List <Token> {
TokenList.Comma, TokenList.Epsilon
}, new List <Token> {
TokenList.CloseParanthesis
});
Production aParamsTail = new Production("aParamsTail", new List <Token> {
TokenList.Comma, TokenList.Epsilon
}, new List <Token> {
TokenList.CloseParanthesis
});
Production assignOp = new Production("assignOp", new List <Token> {
TokenList.EqualsToken
}, new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
});
Production relOp = new Production("relOp", new List <Token> {
TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual
}, new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
});
Production addOp = new Production("addOp", new List <Token> {
TokenList.Plus, TokenList.Minus, TokenList.Or
}, new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
});
Production multOp = new Production("multOp", new List <Token> {
TokenList.Asterisk, TokenList.Slash, TokenList.And
}, new List <Token> {
TokenList.OpenParanthesis, TokenList.Not, TokenList.Identifier, TokenList.Plus, TokenList.Minus, TokenList.Integer, TokenList.Float
});
Production num = new Production("num", new List <Token> {
TokenList.Integer, TokenList.Float
}, new List <Token> {
TokenList.Asterisk, TokenList.Slash, TokenList.And, TokenList.Plus, TokenList.Minus, TokenList.Or, TokenList.CloseSquareBracket, TokenList.CloseParanthesis, TokenList.DoubleEquals, TokenList.NotEqual, TokenList.LessThan, TokenList.GreaterThan, TokenList.LessThanOrEqual, TokenList.GreaterThanOrEqual, TokenList.SemiColon, TokenList.Comma
});
// Generate a list of non-terminal symmbols
productions.AddRange(new List <Production> {
prog, classDecl, varFuncList, varFunc, progBody, funcList, funcDef, funcBody, funcBodyList,
idtypeFuncBodyList, ntypeFuncBodyList, varDecl, arraySizeList, statement, assignStat, statBlock, statementList, expr, relOption, relExpr, arithExpr,
arithExprPrime, sign, term, termPrime, factor, variable, furtherIdNest, factorVarOrFunc, furtherFactor, furtherIndice, indiceList, indice, arraySize,
type, fParams, aParams, fParamsTail, aParamsTail, assignOp, relOp, addOp, multOp, num
});
// The start production of this grammar
startProduct = prog;
SemanticAction makeProgramTable = new MakeProgramTable();
SemanticAction closeTable = new CloseTable();
SemanticAction addTypeToList = new AddTypeToList();
SemanticAction makeFuncTable = new MakeFunctionTable();
SemanticAction makeClassTable = new MakeClassTable();
SemanticAction addIdToList = new AddIdToList();
SemanticAction migrateVariableToList = new MigrateVariableToList();
SemanticAction makeVariable = new MakeVariableTable();
SemanticAction addSizeToList = new AddSizeToList();
// All the rules defined in the grammar
Rule r1 = new Rule(prog, new List <IProduceable> {
classDecl, progBody
}); // prog -> classDecl progBody
Rule r2 = new Rule(classDecl, new List <IProduceable> {
TokenList.Class, TokenList.Identifier, makeClassTable, TokenList.OpenCurlyBracket, varFuncList, TokenList.CloseCurlyBracket, TokenList.SemiColon, closeTable, classDecl
}); // classDecl -> class id { varFuncList } ; classDecl
Rule r3 = new Rule(classDecl); // classDecl -> EPSILON
Rule r4 = new Rule(varFuncList, new List <IProduceable> {
type, addTypeToList, TokenList.Identifier, addIdToList, varFunc, varFuncList
}); // varFuncList->type id varFunc varFuncList
Rule r5 = new Rule(varFuncList); // varFuncList -> EPSILON
Rule r6 = new Rule(varFunc, new List <IProduceable> {
varDecl, migrateVariableToList, makeVariable
}); // varFunc-> varDecl
Rule r7 = new Rule(varFunc, new List <IProduceable> {
funcDef, closeTable
}); // varFunc-> funcDef
Rule r8 = new Rule(progBody, new List <IProduceable> {
TokenList.Program, makeProgramTable, funcBody, closeTable, TokenList.SemiColon, funcList
}); //progBody -> program funcBody ; funcList
Rule r9 = new Rule(funcList, new List <IProduceable> {
type, addTypeToList, TokenList.Identifier, addIdToList, funcDef, closeTable, funcList
}); //funcList -> type id funcDef funcList
Rule r10 = new Rule(funcList); // funcList -> EPSILON
Rule r11 = new Rule(funcDef, new List <IProduceable> {
TokenList.OpenParanthesis, fParams, makeFuncTable, TokenList.CloseParanthesis, funcBody, TokenList.SemiColon
}); //funcDef -> ( fParams ) funcBody ;
Rule r12 = new Rule(funcBody, new List <IProduceable> {
TokenList.OpenCurlyBracket, funcBodyList, TokenList.CloseCurlyBracket
}); //funcBody -> { funcBodyList }
Rule r13 = new Rule(funcBodyList, new List <IProduceable> {
TokenList.IntRes, ntypeFuncBodyList
}); //funcBodyList -> intRes ntypeFuncBodyList
Rule r14 = new Rule(funcBodyList, new List <IProduceable> {
TokenList.FloatRes, ntypeFuncBodyList
}); //funcBodyList -> floatRes ntypeFuncBodyList
Rule r15 = new Rule(funcBodyList, new List <IProduceable> {
TokenList.Identifier, idtypeFuncBodyList
}); //funcBodyList -> id idtypeFuncBodyList
Rule r15a = new Rule(funcBodyList, new List <IProduceable> {
statement, funcBodyList
}); // funcBodyList -> statement funcBodyList
Rule r16 = new Rule(funcBodyList); // funcBodyList -> EPSILON
Rule r17 = new Rule(idtypeFuncBodyList, new List <IProduceable> {
addTypeToList, TokenList.Identifier, addIdToList, varDecl, funcBodyList, migrateVariableToList, makeVariable
}); //idtypeFuncBodyList -> id varDecl funcBodyList
Rule r18 = new Rule(idtypeFuncBodyList, new List <IProduceable> {
statement, funcBodyList
}); //idtypeFuncBodyList -> statement funcBodyList
Rule r19 = new Rule(idtypeFuncBodyList, new List <IProduceable> {
assignStat, TokenList.SemiColon, funcBodyList
}); //idtypeFuncBodyList -> assignStat ; funcBodyList
Rule r20 = new Rule(ntypeFuncBodyList, new List <IProduceable> {
addTypeToList, TokenList.Identifier, addIdToList, varDecl, migrateVariableToList, makeVariable, funcBodyList
}); // ntypeFuncBodyList -> id varDecl funcBodyList
Rule r21 = new Rule(varDecl, new List <IProduceable> {
arraySizeList, TokenList.SemiColon
}); //varDecl -> arraySizeList ;
Rule r22 = new Rule(arraySizeList, new List <IProduceable> {
arraySize, arraySizeList
}); //arraySizeList -> arraySize arraySizeList
Rule r23 = new Rule(arraySizeList); // arraySizeList -> EPSILON
Rule r24 = new Rule(statement, new List <IProduceable> {
TokenList.If, TokenList.OpenParanthesis, expr, TokenList.CloseParanthesis, TokenList.Then, statBlock, TokenList.Else, statBlock, TokenList.SemiColon
}); // statement -> if ( expr ) then statBlock else statBlock ;
Rule r25 = new Rule(statement, new List <IProduceable> {
TokenList.For, TokenList.OpenParanthesis, type, addTypeToList, TokenList.Identifier, addIdToList, migrateVariableToList, makeVariable, assignOp,
expr, TokenList.SemiColon, arithExpr, relExpr, TokenList.SemiColon, TokenList.Identifier, assignStat, TokenList.CloseParanthesis, statBlock, TokenList.SemiColon
}); // statement -> for ( type id assignOp expr ; relExpr ; id assignStat ) statBlock ;
Rule r26 = new Rule(statement, new List <IProduceable> {
TokenList.Get, TokenList.OpenParanthesis, TokenList.Identifier, variable, TokenList.CloseParanthesis, TokenList.SemiColon
}); // statement -> get(id variable);
Rule r27 = new Rule(statement, new List <IProduceable> {
TokenList.Put, TokenList.OpenParanthesis, expr, TokenList.CloseParanthesis, TokenList.SemiColon
}); // statement -> put ( expr ) ;
Rule r28 = new Rule(statement, new List <IProduceable> {
TokenList.Return, TokenList.OpenParanthesis, expr, TokenList.CloseParanthesis, TokenList.SemiColon
}); // statement -> return ( expr ) ;
Rule r29 = new Rule(assignStat, new List <IProduceable> {
variable, assignOp, expr
}); //assignStat -> variable assignOp expr
Rule r30 = new Rule(statBlock, new List <IProduceable> {
TokenList.OpenCurlyBracket, statementList, TokenList.CloseCurlyBracket
}); // statBlock -> { statementList }
Rule r31 = new Rule(statBlock, new List <IProduceable> {
statement
}); // statBlock -> statement
Rule r32 = new Rule(statBlock, new List <IProduceable> {
TokenList.Identifier, assignStat, TokenList.SemiColon
}); // statBlock -> id assignStat ;
Rule r33 = new Rule(statBlock); // statBlock -> EPSILON
Rule r34 = new Rule(statementList, new List <IProduceable> {
statement, statementList
}); // statementList -> statement statementList
Rule r35 = new Rule(statementList, new List <IProduceable> {
TokenList.Identifier, assignStat, TokenList.SemiColon, statementList
}); // statementList -> id assignStat ; statementList
Rule r36 = new Rule(statementList); // statementList -> EPSILON
Rule r37 = new Rule(expr, new List <IProduceable> {
arithExpr, relOption
}); // expr -> arithExpr relOption
Rule r38 = new Rule(relOption, new List <IProduceable> {
relExpr
}); // relOption->relExpr
Rule r39 = new Rule(relOption); // relOption -> EPSILON
Rule r40 = new Rule(relExpr, new List <IProduceable> {
relOp, arithExpr
}); //relExpr -> relOp arithExpr
Rule r41 = new Rule(arithExpr, new List <IProduceable> {
term, arithExprPrime
}); // arithExpr -> term arithExprPrime
Rule r42 = new Rule(arithExprPrime, new List <IProduceable> {
addOp, term, arithExprPrime
}); //arithExprPrime -> addOp term arithExprPrime
Rule r43 = new Rule(arithExprPrime); // arithExprPrime -> EPSILON
Rule r44 = new Rule(sign, new List <IProduceable> {
TokenList.Plus
}); // sign -> +
Rule r45 = new Rule(sign, new List <IProduceable> {
TokenList.Minus
}); // sign -> -
Rule r46 = new Rule(term, new List <IProduceable> {
factor, termPrime
}); //term -> factor termPrime
Rule r47 = new Rule(termPrime, new List <IProduceable> {
multOp, factor, termPrime
}); // termPrime -> multOp factor termPrime
Rule r48 = new Rule(termPrime); // termPrime -> EPSILON
Rule r49 = new Rule(factor, new List <IProduceable> {
factorVarOrFunc
}); // factor -> factorVarOrFunc
Rule r50 = new Rule(factor, new List <IProduceable> {
num
}); // factor -> num
Rule r51 = new Rule(factor, new List <IProduceable> {
TokenList.OpenParanthesis, arithExpr, TokenList.CloseParanthesis
}); // factor -> ( arithExpr )
Rule r52 = new Rule(factor, new List <IProduceable> {
TokenList.Not, factor
}); // factor -> not factor
Rule r53 = new Rule(factor, new List <IProduceable> {
sign, factor
}); // factor -> sign factor
Rule r54 = new Rule(variable, new List <IProduceable> {
indiceList, furtherIdNest
}); // variable -> indiceList furtherIdNest
Rule r55 = new Rule(furtherIdNest, new List <IProduceable> {
TokenList.Period, TokenList.Identifier, indiceList, furtherIdNest
}); // furtherIdNest -> . id indiceList furtherIdNest
Rule r56 = new Rule(furtherIdNest); // furtherIdNest -> EPSILON
Rule r57 = new Rule(factorVarOrFunc, new List <IProduceable> {
TokenList.Identifier, furtherFactor
}); // factorVarOrFunc -> id furtherFactor
Rule r58 = new Rule(furtherFactor, new List <IProduceable> {
indiceList, furtherIndice
}); //furtherFactor -> indiceList furtherIndice
Rule r59 = new Rule(furtherFactor, new List <IProduceable> {
TokenList.OpenParanthesis, aParams, TokenList.CloseParanthesis
}); //furtherFactor -> ( aParams )
Rule r60 = new Rule(furtherIndice, new List <IProduceable> {
TokenList.Period, factorVarOrFunc
}); //furtherIndice -> . factorVarOrFunc
Rule r61 = new Rule(furtherIndice); // furtherIndice -> EPSILON
Rule r62 = new Rule(indiceList, new List <IProduceable> {
indice, indiceList
}); // indiceList -> indice indiceList
Rule r63 = new Rule(indiceList); // indiceList -> EPSILON
Rule r64 = new Rule(indice, new List <IProduceable> {
TokenList.OpenSquareBracket, arithExpr, TokenList.CloseSquareBracket
}); // indice -> [ arithExpr ]
Rule r65 = new Rule(arraySize, new List <IProduceable> {
TokenList.OpenSquareBracket, TokenList.Integer, addSizeToList, TokenList.CloseSquareBracket
}); // arraySize -> [ integer ]
Rule r66 = new Rule(type, new List <IProduceable> {
TokenList.IntRes
}); // type -> intRes
Rule r67 = new Rule(type, new List <IProduceable> {
TokenList.FloatRes
}); // type -> floatRes
Rule r68 = new Rule(type, new List <IProduceable> {
TokenList.Identifier
}); // type -> id
Rule r69 = new Rule(fParams, new List <IProduceable> {
type, addTypeToList, TokenList.Identifier, addIdToList, arraySizeList, migrateVariableToList, fParamsTail
}); // fParams -> type id arraySizeList fParamsTail
Rule r70 = new Rule(fParams); // fParams -> EPSILON
Rule r71 = new Rule(aParams, new List <IProduceable> {
expr, aParamsTail
}); // aParams -> expr aParamsTail
Rule r72 = new Rule(aParams); // aParams -> EPSILON
Rule r73 = new Rule(fParamsTail, new List <IProduceable> {
TokenList.Comma, type, addTypeToList, TokenList.Identifier, addIdToList, arraySizeList, migrateVariableToList, fParamsTail
}); // fParamsTail -> , type id arraySizeList fParamsTail
Rule r74 = new Rule(fParamsTail); // fParamsTail -> EPSILON
Rule r75 = new Rule(aParamsTail, new List <IProduceable> {
TokenList.Comma, expr, aParamsTail
}); // aParamsTail -> , expr aParamsTail
Rule r76 = new Rule(aParamsTail); // aParamsTail -> EPSILON
Rule r77 = new Rule(assignOp, new List <IProduceable> {
TokenList.EqualsToken
}); // assignOp -> =
// relOp -> == | <> | < | > | <= | >=
Rule r78 = new Rule(relOp, new List <IProduceable> {
TokenList.DoubleEquals
});
Rule r79 = new Rule(relOp, new List <IProduceable> {
TokenList.NotEqual
});
Rule r80 = new Rule(relOp, new List <IProduceable> {
TokenList.LessThan
});
Rule r81 = new Rule(relOp, new List <IProduceable> {
TokenList.GreaterThan
});
Rule r82 = new Rule(relOp, new List <IProduceable> {
TokenList.LessThanOrEqual
});
Rule r83 = new Rule(relOp, new List <IProduceable> {
TokenList.GreaterThanOrEqual
});
// addOp -> + | - | or
Rule r84 = new Rule(addOp, new List <IProduceable> {
TokenList.Plus
});
Rule r85 = new Rule(addOp, new List <IProduceable> {
TokenList.Minus
});
Rule r86 = new Rule(addOp, new List <IProduceable> {
TokenList.Or
});
// multOp -> * | / | and
Rule r87 = new Rule(multOp, new List <IProduceable> {
TokenList.Asterisk
});
Rule r88 = new Rule(multOp, new List <IProduceable> {
TokenList.Slash
});
Rule r89 = new Rule(multOp, new List <IProduceable> {
TokenList.And
});
// num -> integer | float
Rule r90 = new Rule(num, new List <IProduceable> {
TokenList.Integer
});
Rule r91 = new Rule(num, new List <IProduceable> {
TokenList.Float
});
// I didn't write this out by hand, trust me
rules.AddRange(new List <Rule> {
r1, r2, r3, r4, r5, r6, r7, r8, r9, r10, r11, r12, r13, r14,
r15, r15a, r16, r17, r18, r19, r20, r21, r22, r23, r24, r25, r26, r27, r28, r29, r30, r31, r32,
r33, r34, r35, r36, r37, r38, r39, r40, r41, r42, r43, r44, r45, r46, r47, r48, r49, r50,
r51, r52, r53, r54, r55, r56, r57, r58, r59, r60, r61, r62, r63, r64, r65, r66, r67, r68,
r69, r70, r71, r72, r73, r74, r75, r76, r77, r78, r79, r80, r81, r82, r83, r84, r85, r86, r87, r88, r89, r90, r91
});
// Generate the table for the predictions from the rules
foreach (Rule rule in rules)
{
Production production = rule.getProduction();
// Add a row in the table if it doesn't exist
if (!table.ContainsKey(production))
{
table.Add(rule.getProduction(), new Dictionary <Token, Rule>());
}
// Add the tokens for the rule to the table
foreach (Token token in rule.getTableSet())
{
// Ensure that the grammar is a valid LL(1) grammar
if (table[production].ContainsKey(token))
{
Console.WriteLine("Illegal Duplicate Key");
}
table[production].Add(token, rule);
rule.addPredict(token);
}
}
Console.WriteLine("done!");
}