Description

Nikolay has decided to become the best programmer in the world! Now he regularly takes part in various programming contests, attentively listens to problems analysis and upsolves problems. But the point is that he had participated in such a number of contests that got totally confused, which problems had already been solved and which had not. So Nikolay conceived to make a program that could read contests’ logs and build beautiful summary table of the problems. Nikolay is busy participating in a new contest so he has entrusted this task to you!

Input

The first line contains an integer n (1 ≤ n ≤ 100). It‘s the number of contests‘ descriptions. Then descriptions are given. The first line of description consists of from 1 to 30 symbols — Latin letters, digits and spaces — and gives the name of contest. It‘s given that the name doesn‘t begin and doesn’t end with a space. In the second line of description the date of contest in DD.MM.YY format is given. It‘s also given that the date is correct and YY can be from 00 to 99 that means date from 2000 till 2099. In the third line of description there are numbers p and s separated by space (1 ≤ p ≤ 13, 0 ≤ s ≤ 100). It‘s amount of problems and Nikolay’s submits in the contest. Then s lines are given. These are submits’ descriptions. Description of each submit consists of the problem‘s letter and the judge verdict separated by space. The letter of the problem is the title Latin letter and all problems are numbered by first p letters of English alphabet. The judge verdict can be one of the following: Accepted, Wrong Answer, Runtime Error, Time Limit Exceeded, Memory Limit Exceeded, Compilation Error.

Output

Print the table, which consists of n+1 lines and 3 columns. Each line (except the first) gives the description of the contest. The first column gives the name of the contest, the second column gives the date of the contest (exactly as it was given in the input), the third column gives the description of the problems. Every description of problems is the line of 13 characters, where the i-th character correlate with the i-th problem. If the problem got verdict Accepted at least one time, this character is ’o’. If the problem was submitted at least once but wasn’t accepted, the character is ’x’. If the problem was just given at the contest but wasn’t submitted, the character is ’.’. Otherwise, the character is ’ ’ (space). Contests in the table must be placed in the same order as in input.
Column with the name of the contest consists of 30 symbols (shorter names must be extended by spaces added to the right to make this length). Columns with the date and description of problems consist of 8 and 13 characters accordingly.
The first line of the table gives the names of columns. The boundaries of the table are formatted by ’|’, ’-’ и ’+’ symbols. To get detailed understanding of the output format you can look at the example.

Sample Input

input output
2
Codeforces Gamma Round 512
29.02.16
5 4
A Accepted
B Accepted
C Accepted
E Accepted
URKOP
17.10.15
12 11
A Accepted
B Wrong Answer
B Time Limit Exceeded
J Accepted
B Accepted
J Time Limit Exceeded
J Accepted
F Accepted
E Runtime Error
H Accepted
E Runtime Error
+------------------------------+--------+-------------+
|Contest name |Date |ABCDEFGHIJKLM|
+------------------------------+--------+-------------+
|Codeforces Gamma Round 512 |29.02.16|ooo.o |
+------------------------------+--------+-------------+
|URKOP |17.10.15|oo..xo.o.o.. |
+------------------------------+--------+-------------+

题目意思:根据每一次比赛的结果生成一个总结的表格,刚开始确实没看懂这是什么意思,尤其是vj上的那个破排版,输出的表格是一半一半的,思路很简单,操作有点麻烦吧。

 #include<stdio.h>
#include<string.h>
struct message
{
char id;
char ss[];
};
int main()
{
int t,i,j,m,n,k,flag;
int num[];
char s[],x[];
scanf("%d",&t);
getchar();
for(j=;j<t;j++)
{
gets(s);
gets(x);
struct message a[];
memset(num,,sizeof(num));
flag=;
scanf("%d%d",&n,&m);
getchar();
for(i=; i<m; i++)
{
scanf("%c",&a[i].id);
getchar();
gets(a[i].ss);
if(strcmp(a[i].ss,"Accepted")==)
{
num[a[i].id-'A']=;
}
else if(strcmp(a[i].ss,"Accepted")!=&&num[a[i].id-'A']!=)
{
num[a[i].id-'A']=;
}
else
{
continue;
} }
if(flag==)
{
printf("+------------------------------+--------+-------------+\n");
printf("|Contest name |Date |ABCDEFGHIJKLM|\n");
printf("+------------------------------+--------+-------------+\n");
flag=;
}
printf("|%-30s|%s|",s,x);
for(i=;i<n;i++)
{
if(num[i]==)
{
printf(".");
}
else if(num[i]==)
{
printf("o");
}
else if(num[i]==)
{
printf("x");
}
}
for(k=;k<=-n;k++)
{
printf(" ");
}
printf("|\n");
printf("+------------------------------+--------+-------------+\n");
}
return ;
}

Log Files的更多相关文章

  1. ural 2073. Log Files

    2073. Log Files Time limit: 1.0 secondMemory limit: 64 MB Nikolay has decided to become the best pro ...

  2. How to configure Veritas NetBackup (tm) to write Unified and Legacy log files to a different directory

    Problem DOCUMENTATION: How to configure Veritas NetBackup (tm) to write Unified and Legacy log files ...

  3. How to delete expired archive log files using rman?

    he following commands will helpful to delete the expired archive log files using Oracle Recovery Man ...

  4. Common Linux log files name and usage--reference

    reference:http://www.coolcoder.in/2013/12/common-linux-log-files-name-and-usage.html if you spend lo ...

  5. 14.7.2 Changing the Number or Size of InnoDB Redo Log Files 改变InnoDB Redo Log Files的数量和大小

    14.7.2 Changing the Number or Size of InnoDB Redo Log Files 改变InnoDB Redo Log Files的数量和大小 改变 InnoDB ...

  6. 14.5.2 Changing the Number or Size of InnoDB Redo Log Files 改变InnoDB Redo Log Files的数量

    14.5.2 Changing the Number or Size of InnoDB Redo Log Files 改变InnoDB Redo Log Files的数量 改变InnoDB redo ...

  7. How to Collect Bne Log Files for GL Integrators

    In this Document   Goal   Solution APPLIES TO: Oracle General Ledger - Version 11.0 and laterInforma ...

  8. EBS R12 LOG files 位置

    - Apache, OC4J and OPMN: $LOG_HOME/ora/10.1.3/Apache$LOG_HOME/ora/10.1.3/j2ee$LOG_HOME/ora/10.1.3/op ...

  9. 手动创建binary log files和手动编辑binary log index file会有什么影响

    基本环境:官方社区版MySQL 5.7.19 一.了解Binary Log结构 1.1.High-Level Binary Log Structure and Contents • Binlog包括b ...

  10. 调整innodb redo log files数目和大小的具体方法和步骤

    相较于Oracle的在线调整redo日志的数目和大小,mysql这点则有所欠缺,即使目前的mysql80版本,也不能对innodb redo日志的数目和大小进行在线调整,下面仅就mysql调整inno ...

随机推荐

  1. jQuery 动画效果 与 动画队列

    基础效果 .hide([duration ] [,easing ] [,complete ]) 用于隐藏元素,没有参数的时候等同于直接设置 display 属性 $('.target').hide() ...

  2. 小白CSS学习日记-----杂乱无序记录(3)

    1.后代选择器 .antzone li { } class='antzone' 所有子孙后代中的li   2.子选择器 .antzone > li { } class='antzone' 的子一 ...

  3. Java学习笔记二十一:Java面向对象的三大特性之继承

    Java面向对象的三大特性之继承 一:继承的概念: 继承是java面向对象编程技术的一块基石,因为它允许创建分等级层次的类. 继承就是子类继承父类的特征和行为,使得子类对象(实例)具有父类的实例域和方 ...

  4. 食物链_KEY

    食物链 (eat.pas/c/cpp) [ 问题描述] 动物王国中有三类动物 A,B,C, 这三类动物的食物链构成了有趣的环形. A 吃 B, B 吃C, C 吃 A.现有 N 个动物, 以 1-N ...

  5. CF 741 D. Arpa’s letter-marked tree and Mehrdad’s Dokhtar-kosh paths

    D. Arpa’s letter-marked tree and Mehrdad’s Dokhtar-kosh paths http://codeforces.com/problemset/probl ...

  6. P1294 高手去散步

    P1294 高手去散步 题目背景 高手最近谈恋爱了.不过是单相思.“即使是单相思,也是完整的爱情”,高手从未放弃对它的追求.今天,这个阳光明媚的早晨,太阳从西边缓缓升起.于是它找到高手,希望在晨读开始 ...

  7. c++ 面向对象程序设计

    1. OOP:概述 2. 定义基类和派生类 3. 虚函数 4. 抽象基类 5. 访问控制与继承 6. 继承中的类作用域 7. 构造函数与拷贝控制 8. 容器与继承

  8. java.lang.RuntimeException: HRegionServer Aborted

    java.lang.RuntimeException: HRegionServer Aborted 当我们启动hbase集群的时候,刚启动时每个节点上的进程都显示正常,过一会其他两个节点上的HRegi ...

  9. element-ui 分页注意事项

    <template> <div id="monitor"> 一页显示 {{currentCount}}条 当前第 {{currentPage}}页 < ...

  10. JDBC事务机制

    package com.jdbc.test; import java.sql.*; /** * 数据库的引擎必须是innodb */ public class Demo02 { PreparedSta ...