int main(){
int len;
char str1[MAX+2],str2[MAX+2];
char *sp;
fgets(str1,sizeof(str1),stdin);
fgets(str2,sizeof(str2),stdin);
len = strlen(str1);
if(str1[len-1]=='\n')str1[len-1]='\0';
len = strlen(str2);
if(str2[len-1]=='\n')str2[len-1]='\0';
sp = findhead(str1,str2);
printf(sp);
printf("\n");
return 0;
}
Task * queueup(Task * fel,Server * servers) // keep track of the task that gets in to the server and form one final queue
{
float currentT = 0;
int remS = 64;
Task * newQ = NULL;
Task * currentQ0 = createdq(-1);
Task * currentQ1 = createdq(-1);
Task * queue = NULL;
Task * temp = NULL;
while(fel != NULL)
{
currentT = fel->artime;
if(fel -> type == 0)//this is a dq event
{
remS++;
servers = freeS(servers, currentT);
while(currentQ0 != NULL)
{
temp = dequeue(currentQ0,remS);
if (temp != NULL)
{
remS -= temp->nofstasks;
servers = busyS(servers,temp,currentT); //set servers to work
temp->timelq = currentT;
queue = recordQ(queue,temp);
mergedq(temp, fel ,currentT);
deltask(temp);
}
else
{
break;
}
}
while(currentQ1 != NULL)
{
temp = dequeue(currentQ1,remS);
if (temp != NULL)
{
remS -= temp->nofstasks;
servers = busyS(servers,temp,currentT);
temp->timelq = currentT;
queue = recordQ(queue,temp);
mergedq(temp,fel,currentT);
deltask(temp);
}
else
{
break;
}
}
}
else if (fel->type == 1)//if the head of the fel is a task
{
if(fel->nofstasks <= remS)
{
remS -= fel->nofstasks;
servers = busyS(servers,fel,currentT);
fel->timelq = currentT;
queue = recordQ(queue,fel);
mergedq(fel,fel,currentT);
}
else
{
newQ = copyQ(fel);
if(fel->priority == 0)
{
currentQ0 = mergeFEL(currentQ0,newQ);//mergeFEL will return the head of currentQ
}
else
{
currentQ1 = mergeFEL(currentQ1,newQ);
}
}
}
temp = fel->next;
deltask(fel);
fel = temp;
}
task_destroy(findhead(currentQ0));
task_destroy(findhead(currentQ1));
return queue;
}
