阅读下列程序段,写出运行结果 ________ 。 struct user_info { charname[20]; int age; charphone[20]; charaddress[80]; }; typedef struct user_infoUSERINFO; inti,j,k; USERINFOtmp; USERINFOuser[5]= { {"Li",31,"62201100","Beijing"}, {"Wang",29,"12347899","Xi an"}, {"Anqi",20,"76769892","Shanghai"}, {"Zhang",46,"87432234","Tianjin"}, {"Yang",33,"87651234","Shenyang"} }; for(i=1;i<5;i++) { k=5-i; for(j=0;j<5-i;j++) if(stricmp(user[j].name,user[k].name)>0) k=j; if(k!=5-i) { tmp=user[k]; user[k]=user[5-i]; user[5-i]=tmp; } } for(i=0;i<5;i++) printf("%s",user[i].name);
阅读下列程序段,写出运行结果 ________ 。 struct user_info { charname[20]; int age; charphone[20]; charaddress[80]; }; typedef struct user_infoUSERINFO; inti,j,k; USERINFOtmp; USERINFOuser[5]= { {"Li",31,"62201100","Beijing"}, {"Wang",29,"12347899","Xi an"}, {"Anqi",20,"76769892","Shanghai"}, {"Zhang",46,"87432234","Tianjin"}, {"Yang",33,"87651234","Shenyang"} }; for(i=1;i<5;i++) { k=5-i; for(j=0;j<5-i;j++) if(stricmp(user[j].name,user[k].name)>0) k=j; if(k!=5-i) { tmp=user[k]; user[k]=user[5-i]; user[5-i]=tmp; } } for(i=0;i<5;i++) printf("%s",user[i].name);
将字段User改为user需要编写| rename User user
将字段User改为user需要编写| rename User user
已知,存在 QueryRunner对象 runner , SQL语句: String sql = "select * from user where id=?"; 下面操作中,能实现查询指定记录的选项是() A: User user=(User)runner.query(sql, new BeanListHandler(User.class), new Object[]{id}); B: User user=(User)runner.query(sql, new BeanHandler(User.class)); C: User user=(User)runner.query(sql, new BeanListHandler(User.class), id); D: User user=(User)runner.query(sql, new BeanHandler(User.class), new Object[]{id});
已知,存在 QueryRunner对象 runner , SQL语句: String sql = "select * from user where id=?"; 下面操作中,能实现查询指定记录的选项是() A: User user=(User)runner.query(sql, new BeanListHandler(User.class), new Object[]{id}); B: User user=(User)runner.query(sql, new BeanHandler(User.class)); C: User user=(User)runner.query(sql, new BeanListHandler(User.class), id); D: User user=(User)runner.query(sql, new BeanHandler(User.class), new Object[]{id});
request.setAttribute("user","svse");session.setAttribute("user","bob");使用{user}则显示( )
request.setAttribute("user","svse");session.setAttribute("user","bob");使用{user}则显示( )
hive中清空表user的HQL语句为( ) A: delete from user; B: remove table user; C: drop table user; D: truncate table user;
hive中清空表user的HQL语句为( ) A: delete from user; B: remove table user; C: drop table user; D: truncate table user;
删除用户账户命令是( ) A: DROP USER B: DROP TABLE USER C: DELETE USER D: DELETE FROM USER
删除用户账户命令是( ) A: DROP USER B: DROP TABLE USER C: DELETE USER D: DELETE FROM USER
要删除用户user,同时也删除其家目录,则应使用指令 A: userdel user B: userdel -r user C: deluser -r user D: deluser user
要删除用户user,同时也删除其家目录,则应使用指令 A: userdel user B: userdel -r user C: deluser -r user D: deluser user
创建一个名为user的Session的正确方法是() A: Session[user]=值; B: Session("user")=值 C: Session(user)=值 D: Session["user"]=值
创建一个名为user的Session的正确方法是() A: Session[user]=值; B: Session("user")=值 C: Session(user)=值 D: Session["user"]=值
在 MySQL 中,删除用户的命令是( ) A: DROP USER B: REVOKE USER C: DELETE USER D: REMOVE USER
在 MySQL 中,删除用户的命令是( ) A: DROP USER B: REVOKE USER C: DELETE USER D: REMOVE USER
下列( )命令可以显示出HDFS目录/user/root中的内容。 A: hdfsdfs-dir/user/root/ B: hdfsdfs-report/user/root/ C: hdfsdfs-ls/user/root/ D: hdfsdfs-display/user/root/
下列( )命令可以显示出HDFS目录/user/root中的内容。 A: hdfsdfs-dir/user/root/ B: hdfsdfs-report/user/root/ C: hdfsdfs-ls/user/root/ D: hdfsdfs-display/user/root/