loading}
printf(\就绪进程个数为:%d\\n\
time_t t;
srand((unsigned) time(&t)); rd=rand()%num;//随机函数产生随机数 if(rd==1){ } else
strcpy(ready->state,\p=ready;
ready=ready->next; ready->next=p; p->next=NULL;
strcpy(ready->state,\
strcpy(ready->next->state,\
pc=ready->breakp;
void processor(){ //模拟处理器指令执行
if(strcmp(ready->name,\当前进程为生产者
switch(pc) {
case 0://produce
printf(\生产者生产了字符%c\\n\rec_p[rp1]=str[sp];//添加到生产记录
sp=(sp+1)%len;
pc++;
ready->breakp=pc; //保存断点 break;
case 1: //p(s1)
pc++; p(1); break;
case 2: //put
buffer[in]=rec_p[rp1]; //放到缓冲区
printf(\字符成功入驻空缓存!\\n\rp1++;
in=(in+1)%BUF; pc++;
ready->breakp=pc; //保存断点 break;
case 3: //v(s2)
pc++;
printf(\释放一个s2信号\\n\v(2); break;
case 4://goto01
printf(\生产进程goto 0 操作\\n\pc=0;
count--; //剩余字符个数减1
printf(\剩余字符count=%d个\\n\ready->breakp=pc; //保存断点
if(count<=0){ //生产结束 }
printf(\生产者结束生产!\\n\strcpy(p1->state,\strcpy(p1->reason,\ready->breakp=-1;
ready=ready->next;//在就绪队列中去掉
}
else //当前进程为消费者
switch(pc) {
case 0: //p(s2)
pc++; p(2); break;
case 1: //get
printf(\消费者取字符!\\n\temp=buffer[out]; out=(out+1)%BUF; pc++;
ready->breakp=pc; //保存断点 break;
case 2: //v(s1)
pc++;
printf(\释放一个s1\\n\v(1); break;
case 3: //consume
printf(\消费了字符%c\\n\rec_c[rp2]=temp;//添加到消费记录 rp2++; con_cnt++; if(con_cnt>=len){ }
strcpy(c1->state,\完成态 c1->breakp=-1; return;
}
pc++;
ready->breakp=pc; //保存断点 break;
case 4: //goto0 }
printf(\消费进程goto 0 操作\\n\pc=0;
ready->breakp=pc; //保存断点
void print(){
int i,j;
printf(\————————生产者消费者模拟———————\\n\printf(\模拟过程的字符串为:\\t\printf(\
printf(\已生产:\for(j=0;j<=rp1;j++)
printf(\
printf(\空缓存:\for(j=rp2;j<=rp1;j++)
printf(\
printf(\已消费:\for(j=0;j<=rp2;j++)
printf(\
printf(\———————进程控制块的信息————————\\n\printf(\进程名\\t\\t状态\\t等待原因\\t断点\\n\
printf(\
reakp);
printf(\