int indentify(int user) {//判斷使用者出拳
if (user == 0)
{
printf("肥宅出的拳為：石頭\n");
return 0;
}
else if (user == 1)
{
printf("肥宅出的拳為：布\n");
return 1;
}
else if (user == 2)
{
printf("肥宅出的拳為：剪刀\n");
return 2;
}
else
{
printf("肥宅腦抽了? 請重新出拳喔 呵呵\n");
int re_user;//再定義一變數使使用者重新輸入
printf("肥宅出拳喔~\t");
scanf("%d", &re_user);
return indentify(re_user);
}
}
QVector<Type> RppLexer::lex(const TokenContainer &tokenContainer)
{
QVector<Type> tokenTypes;
const int numTokens = tokenContainer.count();
tokenTypes.reserve(numTokens);
QByteArray text = tokenContainer.fullText();
m_buffer = text.constData();
for(int t=0; t<numTokens; ++t) {
TokenEngine::Token token = tokenContainer.token(t);
tokenTypes.append(indentify(token.start, token.length));
}
return tokenTypes;
}
void at_operator::print(int indent) const {
indentify(indent);
std::cout << "@\n";
l->print(indent+1);
r->print(indent+1);
}
int main(void) {
printf("\t=====遊戲規則=====\n出石頭請輸入0\t出布請輸入1\t出剪刀請輸入2\n猜拳贏3次方可結束遊戲\n");
printf("\t=====遊戲開始=====\n");
int win = 0, lose = 0, draw = 0;
for (int i=1; win < 3;i++)//當勝利次數累計至3時自動跳出
{
printf("肥宅請出拳:\t");
int user;
scanf("%d", &user);
indentify(user);
int computer = 0;
srand(time(NULL));
computer = rand() % 2;//使電腦出拳範圍為0到2
switch (computer)
{
case 0://電腦石頭
printf("電腦出的拳為：石頭\n");
if (user==0)//我方出石頭
{
printf("哎呀~居然平手惹\n");
draw++;
}
else if (user==2)//我方出剪刀
{
printf("唉嘿~肥宅輸了呵呵\n");
lose++;
}
else//我方出布
{
printf("肥宅勝利惹耶\n");
++win;
}
break;
case 1:
printf("電腦出的拳為：布\n");
if (user == 1)
{
printf("哎呀~居然平手惹\n");
draw++;
}
else if (user == 0)
{
printf("唉嘿~肥宅輸了呵呵\n");
lose++;
}
else
{
printf("肥宅勝利惹耶\n");
++win;
}
break;
case 2:
printf("電腦出的拳為：剪刀\n");
if (user == 2)
{
printf("哎呀~居然平手惹\n");
draw++;
}
else if (user == 1)
{
printf("唉嘿~肥宅輸了呵呵\n");
lose++;
}
else
{
printf("肥宅勝利惹耶\n");
++win;
}
break;
default:
break;
}
printf("====肥宅戰績匯報====\n");
printf("累積至今第%d場，總共勝利了%d場，平手了%d場，輸了%d場QQ\n\n",i,win,draw,lose);
}
printf("恭喜肥宅成功脫出~\n");
system("pause");
}
void pct_operator::print(int indent) const {
indentify(indent);
std::cout << "%\n";
t->print(indent+1);
}