int main(int argc, char *argv[])
{
list_entry_t *pos;
int byteStart, byteEnd, globalEnd;
struct ProcStruct *next;
schedInit(); //init schedule
printf("SchedInit finished!\n");
cpu_init(); //init cpu
printf("Cpu init finished!\n");
initProcList(); //runnbale process
printf("Init process list finished!\n");
procInit(); //init process table
printf("The first proc init finished!\n");
initWaitQueue(); //init wait queue
printf("Init wait queue finished!\n");
bc_read(&byteStart, &byteEnd, &globalEnd); //读取字节码
/*
for (int i = 0; i < 7; i++) {
printf("%d %d %d\n", byte_code[i].code, byte_code[i].arg1, byte_code[i].arg2);
}
*/
createProcess(byteStart, byteEnd, globalEnd); //根据字节码的初始下标和终止下标创建第一个进程
// createProcess(0, 9, 3); //根据字节码的初始下标和终止下标创建第一个进程
printCurrent();
addRunEqueue(); //将创建的进程加入到就绪队列
printf("The proc addRunEqueu finished!\n");
while (cpu_state != 0 && rq->proc_num)
{
printf("schedul start...\n");
cpuSchedProc();
}
while (rq->proc_num == 0 && wq->wait_num != 0)
{
next = waitQueuePickNext(wq);
delWaitQueue(wq, next);
schedClassEnqueue(next);
schedule();
}
return 0;
}
eFBCTunerManager::eFBCTunerManager()
{
ePtr<eDVBResourceManager> res_mgr;
eDVBResourceManager::getInstance(res_mgr);
m_res_mgr = res_mgr;
/* num of fbc tuner in one set */
m_fbc_tuner_num = getFBCTunerNum();
procInit();
}
int main(int argc, char **argv)
{
int threads = 2, switches = 7, doUpgrades = 0, doNonBlock = 0;
//int threads = 2, switches = 7, doUpgrades = 0, doNonBlock = 1;
//int threads = 3, switches = 5, doUpgrades = 0, doNonBlock = 1;
//int threads = 4, switches = 3, doUpgrades = 0, doNonBlock = 0;
procInit(resetLock, switches);
assert(NUM_MODES <= LC_MAX_MODES);
lcInitConflictTable(&conflictTable, conflicts, NUM_MODES);
gslLockInit(&theLock, NULL);
for (int i = 0; i < threads; ++i) {
char name[2] = {i + 'A', 0};
proc_t *proc = procAdd(name, testLock);
testPerProc_t *perProc = calloc(1, sizeof *perProc);
proc->user = perProc;
}
generateRun(0, 0, doUpgrades, doNonBlock);
return 0;
}
