2048 미니게임을 리눅스에서 구현하는 방법

复制代码 代码如下:

#include"2048.h"int main(){    start_game();    return 0;}
2048.h

复制代码 代码如下:

#ifndef _2048_h_#define _2048_h_#include<stdio.h>#include<stdlib.h>#include<string.h>#include<termios.h>//#include<unstd.h>//#include<time/sys.h>#define line 21#define row   22#define arr_l 4#define arr_r 4#define num_color 32#define back 49#define bold 31static int line_location=0;static int row_location=0;static int arr[4][4]={0};static char tmp[5]="\0";static int end_flag=0;static int score=0;static int print_appear_flag=0;static char start_back0[line][row]={    "@@@@@@@@@@@@@@@@@@@@@",    "@    @    @    @    @",    "@    @    @    @    @",    "@    @    @    @    @",    "@@@@@@@@@@@@@@@@@@@@@",    "@    @    @    @    @",    "@    @    @    @    @",    "@    @    @    @    @",    "@@@@@@@@@@@@@@@@@@@@@",    "@    @    @    @    @",    "@    @    @    @    @",    "@    @    @    @    @",    "@@@@@@@@@@@@@@@@@@@@@",    "@    @    @    @    @",    "@    @    @    @    @",    "@    @    @    @    @",    "@@@@@@@@@@@@@@@@@@@@@",    "@                   @",    "@ score:            @",    "@                   @",    "@@@@@@@@@@@@@@@@@@@@@"};int print_start();char * itoc_2048(int data);int print_num();int  mov_left();int swap_if0l();int swap();int put_to(int line, int row);#endif
2048.c
复制代码 代码如下:
#include"2048.h"int start_game(){    system("clear");    printf("\33[?25l");    print_start();    ran_appear();    print_num();    print_score();    print_getchar();    printf("\33[?25h");}int print_getchar(){    struct termios old,new;    int ch;    tcgetattr(0,&old);    tcgetattr(0,&new);    new.c_lflag = new.c_lflag &~(icanon |echo);    new.c_cc[vtime]=0;    new.c_cc[vmin]=1;    tcsetattr(0,tcsanow,&new);    while(1)    {        if(end_flag==1)            break;        ch=getchar();        if(ch==&#39;\33&#39;)        {            ch=getchar();            if(ch==&#39;[&#39;)            {                ch=getchar();                switch(ch)                {                    case &#39;a&#39;:                        mov_up();                        is_full();                        break;                    case &#39;b&#39;:                        mov_down();                        is_full();                        break;                    case &#39;c&#39;:                        mov_right();                        is_full();                        break;                    case &#39;d&#39;:                        mov_left();                        is_full();                        break;                    default:                        break;                }            }        }        if(ch==&#39;q&#39;)            break;        fflush(null);    }tcsetattr(0,tcsanow,&old);}int print_start(){      int i,j;    for(i=0;i<line;i++)    {        for(j=0;j<row;j++)        {            if(start_back0[i][j]==&#39;@&#39;)            {                printf("\33[%dm",back);                printf("%c",start_back0[i][j]);                printf("\33[0m");            }            else                if(start_back0[i][j]!=&#39; &#39;)                {                    printf("\33[%dm",bold);                    printf("%c",start_back0[i][j]);                    printf("\33[0m");                }                else                {                      printf("%c",start_back0[i][j]);                }        }    printf("\n");    }}char *itoc_2048(int data){    int x=0;    int i=4;    while(i--)    {        tmp[i]=data%10+&#39;0&#39;;        data=data/10;    }    return tmp;}int is_full(){    int i,j;    int count=0;    for(i=0;i<arr_l;i++)        for(j=0;j<arr_r;j++)        {            if(arr[i][j]==0)                count++;        }    if(count==0)    {        for(i=0;i<arr_l;i++)            for(j=0;j<arr_r-1;j++)            {            if(arr[i][j]==arr[i][j+1])                return 0;            if(arr[j][i]==arr[j+1][i])                return 0;            }        end_flag=1;    }    return 1;}int put_to(int line, int row){    int x,y;    int i=0;    char *p=null;    p=itoc_2048(arr[line][row]);    printf("\33[%d;%dh",3+line*4,2+row*5);    printf("    ");    printf("\33[%d;%dh",3+line*4,2+row*5);    if(arr[line][row]!=0)        for(i=0;i<4;i++)        {            if(p[i]==&#39;0&#39;&&i<1)                printf(" ");            else            if(p[i]!=&#39;0&#39;)            {                printf("\33[%dm",num_color);                printf("%c",p[i]);                printf("\33[0m");            }        }    else        if(arr[line][row]==0)        printf("    ");}int print_num(){    int i,j;    for(i=0;i<4;i++)        for(j=0;j<4;j++)    put_to(i,j);}print_score(){    int x,y;    printf("\33[19;9h");    printf("%d",score);}int ran_appear(){    int line,row;    int i=0;    int j=0;    int x,y;    int arr1[16][2]={0};    if(print_appear_flag==1)        return 0;    for(x=0;x<4;x++)        for(y=0;y<4;y++)        {            if(arr[x][y]==0)            {                arr1[i][0]=x;                arr1[i][1]=y;                i++;            }        }    srand(time(null));    j=rand()%i;    if(rand()%2==0)      {        arr[arr1[j][0]][arr1[j][1]]=4;        //arr[arr1[j][0]][arr1[j][1]]=2;      }    else        arr[arr1[j][0]][arr1[j][1]]=2;}int mov_left(){    int count=0;    count=mov_l()+count;    count=sum_2048_l()+count;    if(count==-2)        print_appear_flag=1;    mov_l();    ran_appear();    print_num();    return 0;}int mov_right(){    int count=0;    count=mov_r()+count;    count=sum_2048_r()+count;    if(count==-2)        print_appear_flag=1;    mov_r();    ran_appear();    print_num();    return 0;}int mov_up(){    int count=0;    count=mov_u()+count;    count=sum_2048_u()+count;    if(count==-2)        print_appear_flag=1;    mov_u();    ran_appear();    print_num();    return 0;}int mov_down(){    int count=0;    count=mov_d()+count;    count=sum_2048_d()+count;    if(count==-2)        print_appear_flag=1;    mov_d();    ran_appear();    print_num();    return 0;}int swap(int *a,int *b){    int tmp;    tmp=*a;    *a=*b;    *b=tmp;}int mov_l(){    int line,row;    int i=3;    int count=0;    while(i--)    {        for(line=0;line<4;line++)         for(row=0;row<3;row++)        {            if(arr[line][row]==0&&arr[line][row+1]!=0)            {                  swap(&arr[line][row],&arr[line][row+1]);                count++;                print_appear_flag=0;            }        }    }    if(count==0)        return -1;    return 0;}int sum_2048_l(){    int line,row;    int count=0;    for(row=1;row<4;row++)        for(line=0;line<4;line++)        {            if(arr[line][row]!=0&&arr[line][row-1]==arr[line][row])            {                arr[line][row-1]=arr[line][row]+arr[line][row-1];                arr[line][row]=0;                score=score+arr[line][row-1];                print_score();                count++;                print_appear_flag=0;            }        }    if(count==0)        return -1;return 0;}int mov_r(){    int line,row;    int i=3;    int count=0;    while(i--)    {        for(line=0;line<4;line++)         for(row=0;row<3;row++)        {            if(arr[line][row]!=0&&arr[line][row+1]==0)            {                  swap(&arr[line][row],&arr[line][row+1]);                count++;                print_appear_flag=0;            }        }    }    if(count==0)        return -1;    return 0;}int sum_2048_r(){    int line,row;    int count=0;    for(row=2;row>=0;row--)        for(line=0;line<4;line++)        {            if(arr[line][row]!=0&&arr[line][row+1]==arr[line][row])            {                arr[line][row+1]=arr[line][row]+arr[line][row+1];                arr[line][row]=0;                score=score+arr[line][row+1];                print_score();                count++;                print_appear_flag=0;            }        }    if(count==0)        return -1;    return 0;}int mov_u(){      int line,row;    int i=3;    int count=0;    while(i--)    {        for(line=0;line<3;line++)         for(row=0;row<4;row++)        {            if(arr[line][row]==0&&arr[line+1][row]!=0)            {                  swap(&arr[line][row],&arr[line+1][row]);                count++;                print_appear_flag=0;            }        }    }    if(count==0)        return -1;    return 0;}int sum_2048_u(){    int line,row;    int count=0;        for(line=1;line<4;line++)        for(row=0;row<4;row++)        {            if(arr[line][row]!=0&&arr[line-1][row]==arr[line][row])            {                arr[line-1][row]=arr[line][row]+arr[line-1][row];                arr[line][row]=0;                score=score+arr[line-1][row];                print_score();                count++;                print_appear_flag=0;            }        }        if(count==0)            return -1;        return 0;}int mov_d(){    int line,row;    int i=3;    int count=0;    while(i--)    {        for(line=0;line<3;line++)         for(row=0;row<4;row++)        {            if(arr[line][row]!=0&&arr[line+1][row]==0)            {                  swap(&arr[line][row],&arr[line+1][row]);                count++;                print_appear_flag=0;            }        }    }    if(count==0)        return -1;    return 0;}int sum_2048_d(){    int line,row;    int count=0;        for(line=2;line>=0;line--)        for(row=0;row<4;row++)        {            if(arr[line][row]!=0&&arr[line+1][row]==arr[line][row])            {                arr[line+1][row]=arr[line][row]+arr[line+1][row];                arr[line][row]=0;                score=score+arr[line+1][row];                print_score();                count++;                print_appear_flag=0;            }        }        if(count==0)            return -1;        return 0;}

Linux有哪些版本

Linux的版本有：Deepin、UbuntuKylin、Manjaro、LinuxMint、Ubuntu等版本。其中Deepin是国内发展最好的Linux发行版之一；UbuntuKylin是基于Ubuntu的衍生发行版；Manjaro是基于Arch的Linux发行版；LinuxMint默认的Cinnamon桌面类似Windows XP简单易用；Ubuntu则是以桌面应用为主的Linux操作系统。

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