Function KernelProcess

Kernel/src/kernel.cpp:42–99

}

void KernelProcess(){
	if(progressBuffer)
		Video::DrawBitmapImage(videoMode.width/2 + 24*1, videoMode.height/2 + 292/2 + 48, 24, 24, progressBuffer);

	NVMe::Initialize();
	USB::XHCIController::Initialize();
	ATA::Init();
	AHCI::Init();

	if(progressBuffer)
		Video::DrawBitmapImage(videoMode.width/2 + 24 * 2, videoMode.height/2 + 292/2 + 48, 24, 24, progressBuffer);

	ServiceFS::Initialize();

	if(progressBuffer)
		Video::DrawBitmapImage(videoMode.width/2 + 24 * 3, videoMode.height/2 + 292/2 + 48, 24, 24, progressBuffer);

	Log::Info("Loading Init Process...");
	FsNode* initFsNode = nullptr;
	char* argv[] = {"init.lef"};
	int envc = 1;
	char* envp[] = {"PATH=/initrd", nullptr};

	if(HAL::useKCon || !(initFsNode = fs::ResolvePath("/system/lemon/init.lef"))){ // Attempt to start fterm
		initFsNode = fs::ResolvePath("/initrd/fterm.lef");

		if(!initFsNode){ // Shit has really hit the fan and fterm is not on the ramdisk
			const char* panicReasons[]{
				"Failed to load either init task (init.lef) or fterm (fterm.lef)!"
			};
			KernelPanic(panicReasons,1);
		}
	}

	void* initElf = (void*)kmalloc(initFsNode->size);
	fs::Read(initFsNode, 0, initFsNode->size, (uint8_t*)initElf);

	process_t* initProc = Scheduler::CreateELFProcess(initElf, 1, argv, envc, envp);

	strcpy(initProc->workingDir, "/");
	strcpy(initProc->name, "Init");

	Log::Write("OK");

	if(FsNode* node = fs::ResolvePath("/system/lemon")){
		fs::volumes->add_back(new fs::LinkVolume(node, "etc")); // Very hacky and cheap workaround for /etc/localtime
	}
	
	/*Network::InitializeDrivers();
	Network::InitializeConnections();*/

	Scheduler::EndProcess(Scheduler::GetCurrentProcess());

	for(;;) {
		GetCPULocal()->currentThread->state = ThreadStateBlocked;
		Scheduler::Yield();
	}
}