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LLtable.c
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/**
* @file LLTable.c
* @author Antonín Jarolím ([email protected])
* @author Jakub Vlk ([email protected])
* @brief Table containing all rules
* Implementation IFJ22 compiler
*/
#include "LLtable.h"
table Table;
void setSemanticAction(nonTerminalType nonTerminal,
lexType terminal,
void (*semanticAction)(semanticActionInfo)) {
if (Table[nonTerminal][terminal]->rules[0]->semanticAction != NULL)
InternalError("Prepisujes si semantickou akci");
Table[nonTerminal][terminal]->rules[0]->semanticAction = semanticAction;
}
void setSemanticActionRow(nonTerminalType nonTerminal,
void (*semanticAction)(semanticActionInfo),
size_t except, ...) {
for (int i = 0; i < lexTypeCount; ++i) {
if (Table[nonTerminal][i]) {
Table[nonTerminal][i]->rules[0]->semanticAction = semanticAction;
}
}
va_list list;
va_start(list, except);
for (int x = 0; x < except; x++) {
lexType toDelete = va_arg(list, lexType);
if (Table[nonTerminal][toDelete]) {
Table[nonTerminal][toDelete]->rules[0]->semanticAction = NULL;
}
}
va_end(list);
}
void setSemanticActionAllRules(nonTerminalType nonTerminal,
void (*semanticAction)(semanticActionInfo)) {
// func is called ony to insert Exp actions
// and first is statement, so first should be skipped
int firstRule = 1;
// the great pyramid living its happy life
for (int lexType = 0; lexType < lexTypeCount; ++lexType) {
if (Table[nonTerminal][lexType]) {
for (int rule = firstRule; rule < MAX_RULES_IN_CELL; ++rule) {
if (Table[nonTerminal][lexType]->rules[rule]) {
Table[nonTerminal][lexType]->rules[rule]->semanticAction = semanticAction;
}
}
}
}
}
tableMember *getLLMember(nonTerminalType nonterm, lexType terminal) {
if (nonterm >= nonTerminalCount || terminal >= lexTypeCount)
InternalError("Trying to access Table[%d][%d]\n"
"Max nonTerminal is %d and max terminal: %d ",
nonterm, terminal, nonTerminalCount, lexTypeCount);
return Table[nonterm][terminal];
}
bool stackMemberCmp(PSAStackMember *memberA, PSAStackMember *memberB) {
return (memberA->type == memberB->type && memberA->data == memberB->data);
}
/*
* Returns negative number when comparing failed
* Returns rule index otherwise
* */
int findHandleInTableMember(tableMember *tMember, PSAStackMember **rightSideOfRule) {
for (int i = 0; i < MAX_RULES_IN_CELL; ++i) {
for (int j = 0; j < MAX_RULE_LEN; ++j) {
if (tMember->rules[i] == NULL) {
break;
}
PSAStackMember *m = rightSideOfRule[j];
if (tMember->rules[i]->to[j] == NULL && m == NULL) {
if (j == 0) {
break;
}
return i;
}
if (tMember->rules[i]->to[j] == NULL || m == NULL) {
break;
}
if (!stackMemberCmp(tMember->rules[i]->to[j], m)) {
break;
}
}
}
return -1;
}
rule *findInTable(PSAStackMember *handleToFind[10], nonTerminalType tableRow) {
tableMember *tableMember;
int ruleIndex;
for (lexType token = 0; token < lexTypeCount; ++token) {
if ((tableMember = Table[tableRow][token]) == NULL) {
continue;
};
if ((ruleIndex = findHandleInTableMember(tableMember, handleToFind)) >= 0)
return tableMember->rules[ruleIndex];
}
return NULL;
}
rule *findRuleByHandle(PSAStackMember *handleToFind[MAX_RULE_LEN]) {
nonTerminalType tableRows[] = {Exp, Statement};// looking only in this rows
int multiRuleLen = sizeof(tableRows) / sizeof(nonTerminalType);
rule *found;
for (int i = 0; i < multiRuleLen; ++i) {
if ((found = findInTable(handleToFind, tableRows[i])) != NULL)
return found;
}
return NULL;
}
//endregion
//region Table Creation
PSAStackMember *createPSAStackMember(int value, PSADataType type) {
make_var(member, PSAStackMember *, sizeof(PSAStackMember));
member->data = value;
member->type = type;
return member;
}
tableMember *getMember(int terminal, int nonTerminal) {
tableMember *member = (tableMember *) malloc(sizeof(tableMember));
checkNullPointer(member);
member->nonTerminal = nonTerminal;
member->terminal = terminal;
return member;
}
void InserRules(int terminal,
int nonTerminal,
int memberCount,
va_list members,
int ruleIndex) {
rule *r = (rule *) malloc(sizeof(rule));
checkNullPointer(r);
static int counter = 0;
r->id = counter++;
r->from = nonTerminal;
r->epsRule = memberCount == 0;
r->semanticAction = NULL;
Table[nonTerminal][terminal]->rules[ruleIndex] = r;
if (r->epsRule == false) {
int i;
for (i = 0; i < MAX_RULES_IN_CELL; ++i) {
if (i < memberCount) {
AddToRightSide(terminal, nonTerminal, i,
va_arg(members, PSAStackMember *), ruleIndex);
} else {
AddToRightSide(terminal, nonTerminal, i, NULL, ruleIndex);
}
// Table[nonTerminal][terminal]->rules[ruleIndex]->to[i] = ((extendedStackMember *) members);
}
if (i < MAX_RULE_LEN) {
// last is null only if not entirely full
AddToRightSide(terminal, nonTerminal, i, NULL, ruleIndex);
}
va_end(members);
}
}
void insertMember(lexType terminal, nonTerminalType nonTerminal, int memberCount, ...) {
va_list members;
va_start(members, memberCount);
if (memberCount > MAX_RULE_LEN) {
InternalError("Trying to insert more rules than possible. (Low MAX_RULE_LEN).");
}
if (Table[nonTerminal][terminal] != NULL) {
if (Table[nonTerminal][terminal]->rules[0] == NULL)// this should never happen
InternalError("No rules in initialized member!");
int i;
for (i = 1; i < MAX_RULES_IN_CELL; ++i) {
if (Table[nonTerminal][terminal]->rules[i] == NULL) {
InserRules(terminal, nonTerminal, memberCount, members, i);
break;
}
}
if (i == MAX_RULES_IN_CELL)
InternalError("Rules memory overflow.");
} else {
tableMember *member = getMember(terminal, nonTerminal);
Table[nonTerminal][terminal] = member;
int ruleIndex = 0;
InserRules(terminal, nonTerminal, memberCount, members, ruleIndex);
va_end(members);
}
}
PSADataType getDataType(char *name) {
for (int i = 0; i < nonTerminalCount; ++i) {
if (!strcmp(name, getNonTerminalName(i)))
return nonTerminal;
}
return terminal;
}
char *getStringPSAMember(PSAStackMember m) {
if (m.type == terminal)
return getTerminalName(m.data);
if (m.type == nonTerminal)
return getNonTerminalName(m.data);
return "EndOfProgram";
}
//endregion
//region Inserts to table
void createLLTable() {
static int onlyOneCallAllowed = 0;
if (onlyOneCallAllowed++ > 0)
return;
insertMember(ending, ProgramBody, 0);
insertMember(semicolon, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(functionKey, ProgramBody, 2,
partOfRulesRightSide(FceDefine),
partOfRulesRightSide(ProgramBody));
insertMember(identifierFunc, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(leftPar, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(identifierVar, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(floatLiteral, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(stringLiteral, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(integerLiteral, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(nullKey, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(ifKey, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(whileKey, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(returnKey, ProgramBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(ProgramBody));
insertMember(semicolon, Command, 1,
partOfRulesRightSide(semicolon));
insertMember(identifierFunc, Command, 1,
partOfRulesRightSide(FceCall));
insertMember(leftPar, Command, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(identifierVar, Command, 1,
partOfRulesRightSide(DeclareVariable));
insertMember(identifierVar, Command, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(floatLiteral, Command, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(stringLiteral, Command, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(integerLiteral, Command, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(nullKey, Command, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(ifKey, Command, 1,
partOfRulesRightSide(Condition));
insertMember(whileKey, Command, 1,
partOfRulesRightSide(While));
insertMember(returnKey, Command, 1,
partOfRulesRightSide(Return));
insertMember(functionKey, FceDefine, 5,
partOfRulesRightSide(functionKey),
partOfRulesRightSide(FceHeader),
partOfRulesRightSide(curlyBraceLeft),
partOfRulesRightSide(FunctionBody),
partOfRulesRightSide(curlyBraceRight));
insertMember(identifierFunc, FceHeader, 6,
partOfRulesRightSide(identifierFunc),
partOfRulesRightSide(leftPar),
partOfRulesRightSide(FunctionDeclareParams),
partOfRulesRightSide(rightPar),
partOfRulesRightSide(colon),
partOfRulesRightSide(FuncReturnColonType));
insertMember(rightPar, FunctionDeclareParams, 0);
insertMember(stringNullKey, FunctionDeclareParams, 3,
partOfRulesRightSide(DataType),
partOfRulesRightSide(DeclareParam),
partOfRulesRightSide(CommaOrEpsParams));
insertMember(floatNullKey, FunctionDeclareParams, 3,
partOfRulesRightSide(DataType),
partOfRulesRightSide(DeclareParam),
partOfRulesRightSide(CommaOrEpsParams));
insertMember(intNullKey, FunctionDeclareParams, 3,
partOfRulesRightSide(DataType),
partOfRulesRightSide(DeclareParam),
partOfRulesRightSide(CommaOrEpsParams));
insertMember(stringKey, FunctionDeclareParams, 3,
partOfRulesRightSide(DataType),
partOfRulesRightSide(DeclareParam),
partOfRulesRightSide(CommaOrEpsParams));
insertMember(floatKey, FunctionDeclareParams, 3,
partOfRulesRightSide(DataType),
partOfRulesRightSide(DeclareParam),
partOfRulesRightSide(CommaOrEpsParams));
insertMember(intKey, FunctionDeclareParams, 3,
partOfRulesRightSide(DataType),
partOfRulesRightSide(DeclareParam),
partOfRulesRightSide(CommaOrEpsParams));
insertMember(rightPar, CommaOrEpsParams, 0);
insertMember(comma, CommaOrEpsParams, 4,
partOfRulesRightSide(comma),
partOfRulesRightSide(DataType),
partOfRulesRightSide(DeclareParam),
partOfRulesRightSide(CommaOrEpsParams));
insertMember(identifierVar, DeclareParam, 1,
partOfRulesRightSide(identifierVar));
insertMember(voidKey, FuncReturnColonType, 1,
partOfRulesRightSide(voidKey));
insertMember(stringNullKey, FuncReturnColonType, 1,
partOfRulesRightSide(DataType));
insertMember(floatNullKey, FuncReturnColonType, 1,
partOfRulesRightSide(DataType));
insertMember(intNullKey, FuncReturnColonType, 1,
partOfRulesRightSide(DataType));
insertMember(stringKey, FuncReturnColonType, 1,
partOfRulesRightSide(DataType));
insertMember(floatKey, FuncReturnColonType, 1,
partOfRulesRightSide(DataType));
insertMember(intKey, FuncReturnColonType, 1,
partOfRulesRightSide(DataType));
insertMember(identifierFunc, FceCall, 4,
partOfRulesRightSide(identifierFunc),
partOfRulesRightSide(leftPar),
partOfRulesRightSide(FirstFceParam),
partOfRulesRightSide(rightPar));
insertMember(rightPar, FirstFceParam, 0);
insertMember(identifierVar, FirstFceParam, 2,
partOfRulesRightSide(Statement),
partOfRulesRightSide(CommaOrEpsParam));
insertMember(floatLiteral, FirstFceParam, 2,
partOfRulesRightSide(Statement),
partOfRulesRightSide(CommaOrEpsParam));
insertMember(stringLiteral, FirstFceParam, 2,
partOfRulesRightSide(Statement),
partOfRulesRightSide(CommaOrEpsParam));
insertMember(integerLiteral, FirstFceParam, 2,
partOfRulesRightSide(Statement),
partOfRulesRightSide(CommaOrEpsParam));
insertMember(nullKey, FirstFceParam, 2,
partOfRulesRightSide(Statement),
partOfRulesRightSide(CommaOrEpsParam));
insertMember(rightPar, CommaOrEpsParam, 0);
insertMember(comma, CommaOrEpsParam, 3,
partOfRulesRightSide(comma),
partOfRulesRightSide(Statement),
partOfRulesRightSide(CommaOrEpsParam));
insertMember(identifierVar, Statement, 1,
partOfRulesRightSide(identifierVar));
insertMember(floatLiteral, Statement, 1,
partOfRulesRightSide(floatLiteral));
insertMember(stringLiteral, Statement, 1,
partOfRulesRightSide(stringLiteral));
insertMember(integerLiteral, Statement, 1,
partOfRulesRightSide(integerLiteral));
insertMember(nullKey, Statement, 1,
partOfRulesRightSide(nullKey));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(minusOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(plusOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(divisionOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(multiplicationOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(concatenationOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserThanOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserEqOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterThanOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterEqOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(eqOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(notEqOp),
partOfRulesRightSide(Exp));
insertMember(leftPar, Exp, 3,
partOfRulesRightSide(leftPar),
partOfRulesRightSide(Exp),
partOfRulesRightSide(rightPar));
insertMember(identifierVar, Exp, 1,
partOfRulesRightSide(Statement));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(minusOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(plusOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(divisionOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(multiplicationOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(concatenationOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserThanOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserEqOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterThanOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterEqOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(eqOp),
partOfRulesRightSide(Exp));
insertMember(identifierVar, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(notEqOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 1,
partOfRulesRightSide(Statement));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(minusOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(plusOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(divisionOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(multiplicationOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(concatenationOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserThanOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserEqOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterThanOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterEqOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(eqOp),
partOfRulesRightSide(Exp));
insertMember(floatLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(notEqOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 1,
partOfRulesRightSide(Statement));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(minusOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(plusOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(divisionOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(multiplicationOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(concatenationOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserThanOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserEqOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterThanOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterEqOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(eqOp),
partOfRulesRightSide(Exp));
insertMember(stringLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(notEqOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 1,
partOfRulesRightSide(Statement));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(minusOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(plusOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(divisionOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(multiplicationOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(concatenationOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserThanOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserEqOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterThanOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterEqOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(eqOp),
partOfRulesRightSide(Exp));
insertMember(integerLiteral, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(notEqOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 1,
partOfRulesRightSide(Statement));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(minusOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(plusOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(divisionOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(multiplicationOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(concatenationOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserThanOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(lesserEqOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterThanOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(greaterEqOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(eqOp),
partOfRulesRightSide(Exp));
insertMember(nullKey, Exp, 3,
partOfRulesRightSide(Exp),
partOfRulesRightSide(notEqOp),
partOfRulesRightSide(Exp));
insertMember(stringNullKey, DataType, 1,
partOfRulesRightSide(stringNullKey));
insertMember(floatNullKey, DataType, 1,
partOfRulesRightSide(floatNullKey));
insertMember(intNullKey, DataType, 1,
partOfRulesRightSide(intNullKey));
insertMember(stringKey, DataType, 1,
partOfRulesRightSide(stringKey));
insertMember(floatKey, DataType, 1,
partOfRulesRightSide(floatKey));
insertMember(intKey, DataType, 1,
partOfRulesRightSide(intKey));
insertMember(identifierVar, DeclareVariable, 3,
partOfRulesRightSide(identifierVar),
partOfRulesRightSide(equals),
partOfRulesRightSide(DefVarAss));
insertMember(identifierFunc, DefVarAss, 2,
partOfRulesRightSide(FceCall),
partOfRulesRightSide(semicolon));
insertMember(leftPar, DefVarAss, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(identifierVar, DefVarAss, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(floatLiteral, DefVarAss, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(stringLiteral, DefVarAss, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(integerLiteral, DefVarAss, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(nullKey, DefVarAss, 2,
partOfRulesRightSide(Exp),
partOfRulesRightSide(semicolon));
insertMember(ifKey, Condition, 8,
partOfRulesRightSide(ifKey),
partOfRulesRightSide(leftPar),
partOfRulesRightSide(Exp),
partOfRulesRightSide(rightPar),
partOfRulesRightSide(curlyBraceLeft),
partOfRulesRightSide(FunctionBody),
partOfRulesRightSide(curlyBraceRight),
partOfRulesRightSide(ElseCond));
insertMember(ending, ElseCond, 0);
insertMember(semicolon, ElseCond, 0);
insertMember(functionKey, ElseCond, 0);
insertMember(curlyBraceRight, ElseCond, 0);
insertMember(identifierFunc, ElseCond, 0);
insertMember(leftPar, ElseCond, 0);
insertMember(identifierVar, ElseCond, 0);
insertMember(floatLiteral, ElseCond, 0);
insertMember(stringLiteral, ElseCond, 0);
insertMember(integerLiteral, ElseCond, 0);
insertMember(nullKey, ElseCond, 0);
insertMember(ifKey, ElseCond, 0);
insertMember(elseKey, ElseCond, 4,
partOfRulesRightSide(elseKey),
partOfRulesRightSide(curlyBraceLeft),
partOfRulesRightSide(FunctionBody),
partOfRulesRightSide(curlyBraceRight));
insertMember(whileKey, ElseCond, 0);
insertMember(returnKey, ElseCond, 0);
insertMember(whileKey, While, 7,
partOfRulesRightSide(whileKey),
partOfRulesRightSide(leftPar),
partOfRulesRightSide(Exp),
partOfRulesRightSide(rightPar),
partOfRulesRightSide(curlyBraceLeft),
partOfRulesRightSide(FunctionBody),
partOfRulesRightSide(curlyBraceRight));
insertMember(returnKey, Return, 3,
partOfRulesRightSide(returnKey),
partOfRulesRightSide(ReturnExp),
partOfRulesRightSide(semicolon));
insertMember(semicolon, ReturnExp, 0);
insertMember(leftPar, ReturnExp, 1,
partOfRulesRightSide(Exp));
insertMember(identifierVar, ReturnExp, 1,
partOfRulesRightSide(Exp));
insertMember(floatLiteral, ReturnExp, 1,
partOfRulesRightSide(Exp));
insertMember(stringLiteral, ReturnExp, 1,
partOfRulesRightSide(Exp));
insertMember(integerLiteral, ReturnExp, 1,
partOfRulesRightSide(Exp));
insertMember(nullKey, ReturnExp, 1,
partOfRulesRightSide(Exp));
insertMember(semicolon, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(curlyBraceRight, FunctionBody, 0);
insertMember(identifierFunc, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(leftPar, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(identifierVar, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(floatLiteral, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(stringLiteral, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(integerLiteral, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(nullKey, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(ifKey, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(whileKey, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
insertMember(returnKey, FunctionBody, 2,
partOfRulesRightSide(Command),
partOfRulesRightSide(FunctionBody));
}