Function Schedule

Kernel/src/arch/x86_64/scheduler.cpp:494–543

    }

    void Schedule(void* data, regs64_t* r){
        CPU* cpu = GetCPULocal();

        if(cpu->currentThread) {
            cpu->currentThread->parent->activeTicks++;
            if(cpu->currentThread->timeSlice > 0) {
                cpu->currentThread->timeSlice--;
                return;
            }
        }

        while(__builtin_expect(acquireTestLock(&cpu->runQueueLock), 0)) {
            return;
        }

        if (__builtin_expect(cpu->runQueue->get_length() <= 0 || !cpu->runQueue->front, 0)){
            cpu->currentThread = cpu->idleProcess->threads[0];
        } else if(__builtin_expect(cpu->currentThread && cpu->currentThread->parent != cpu->idleProcess, 1)){
            cpu->currentThread->timeSlice = cpu->currentThread->timeSliceDefault;

            asm volatile ("fxsave64 (%0)" :: "r"((uintptr_t)cpu->currentThread->fxState) : "memory");

            cpu->currentThread->registers = *r;

            cpu->currentThread = cpu->currentThread->next;
        } else {
            cpu->currentThread = cpu->runQueue->front;
        }
            
        if(cpu->currentThread->state == ThreadStateBlocked){
            thread_t* first = cpu->currentThread;

            do {
                cpu->currentThread = cpu->currentThread->next;
            } while(cpu->currentThread->state == ThreadStateBlocked && cpu->currentThread != first);

            if(cpu->currentThread->state == ThreadStateBlocked){
                cpu->currentThread = cpu->idleProcess->threads[0];
            }
        }

        releaseLock(&cpu->runQueueLock);
        asm volatile ("fxrstor64 (%0)" :: "r"((uintptr_t)cpu->currentThread->fxState) : "memory");

	    asm volatile ("wrmsr" :: "a"(cpu->currentThread->fsBase & 0xFFFFFFFF) /*Value low*/, "d"((cpu->currentThread->fsBase >> 32) & 0xFFFFFFFF) /*Value high*/, "c"(0xC0000100) /*Set FS Base*/);
        
        TSS::SetKernelStack(&cpu->tss, (uintptr_t)cpu->currentThread->kernelStack);
	
        TaskSwitch(&cpu->currentThread->registers, cpu->currentThread->parent->addressSpace->pml4Phys);
    }

    process_t* CreateELFProcess(void* elf, int argc, char** argv, int envc, char** envp) {
        if(!VerifyELF(elf)) return nullptr;