int main(void) {
printf("Testing null syscall...\n");
TestSyscall((uintptr_t) NACL_SYSCALL(null));
/*
* Check tls_get and second_tls_get specifically because they are
* implemented via fast paths in assembly code.
*/
printf("Testing tls_get syscall...\n");
TestSyscall((uintptr_t) NACL_SYSCALL(tls_get));
printf("Testing second_tls_get syscall...\n");
TestSyscall((uintptr_t) NACL_SYSCALL(second_tls_get));
printf("Testing initial register state at thread entry...\n");
TestInitialRegsAtThreadEntry();
return 0;
}
/** Main function of the kernel */
int
main()
{
uint16_t err;
char args[12][128];
extern multiboot_info_t *multiboot;
err = arch_init();
if(err)
{
arch_shutdown();
while(1);
}
/* kernel start message */
arch_kclear();
arch_ksetcl(COL_H);
printf("* %s %s (rev %s on %s)\n", NAME, RELEASE_NAME, REVISION, ARCH);
arch_ksetcl(COL_N);
puts("Loading...\n");
printf("Kernel compiled with: %s\n", CONTENTS);
/* mem initialization */
printf("MemoryManager init, %s\n", ((!mm_init(arch_mem_total())) ? "done" : "fail"));
/* Create all singleton elements */
Managers::Instance = (Managers *) /*SINGLETON_ADDRESS; */ new Managers();
Managers::Instance->archManager = new ArchManager();
Managers::Instance->deviceManager = new DeviceManager();
Managers::Instance->driverManager = new DriverManager();
Managers::Instance->taskManager = new TaskManager();
#ifdef VFS
Managers::Instance->vfsManager = new VFSManager();
#endif
#ifdef NETWORK
Managers::Instance->netManager = new NetworkManager();
#endif
#ifdef PCIBUS
Managers::Instance->pciBus = new PciBus();
#endif
#ifdef UI
Managers::Instance->uiManager = new UiManager();
#endif
#ifdef PRINT
Managers::Instance->printManager = new PrintManager();
#endif
#ifdef MEDIA
Managers::Instance->mediaManager = new MediaManager();
#endif
#ifdef SECURITY
Managers::Instance->securityManager = new SecurityManager();
#endif
Instance = (void *) Managers::Instance;
/* Parse cmdline commands */
#ifdef X86
{
char *cmd = (char *) multiboot->cmdline;
int i = 0;
int k = 0;
while(*cmd != 0)
{
if(*cmd == ' ')
{
args[k][i] = 0;
k++;
i = 0;
}
else
args[k][i++] = *cmd;
cmd++;
}
args[k][i] = 0;
args[k+1][0] = 0;
}
#endif
#ifdef PCIBUS
Managers::Instance->pciBus->Update();
#endif
/* Probing all devices */
printf("Probing devices: ");
printf("%s\n", Managers::Instance->deviceManager->Probe() == 0 ? "none" : " ");
/* Mounting filesystems */
#ifdef VFS
/* Parse kernel arguments to find a valid fs */
char fs[16] = {};
char dev[16] = {};
int i;
for(i = 0; (i < 12) && (args[i][0] != 0); i++)
{
if(strncmp(args[i], "dev=", strlen("dev=")) == 0)
strcpy(dev, args[i]+strlen("dev="));
else if(strncmp(args[i], "fs=", strlen("fs=")) == 0)
strcpy(fs, args[i]+strlen("fs="));
}
/* If there's fs and dev infos, mount the partition */
if((fs[0] != 0) && (dev[0] != 0))
{
bool state;
printf("Mounting %s with %s, ", dev, fs);
state = Managers::Instance->vfsManager->Mount("/", Managers::Instance->deviceManager->getDevice(dev), fs);
state ? printf("done\n") : printf("fail\n");
#if 0
ReadDir d;
i = 0;
printf("Listing directory /\n");
while(Managers::Instance->vfsManager->readDir("/", &d, i))
{
printf("\t%d -> %s\n", d.Node, d.Name);
i++;
}
#endif
}
#endif
/* Probing all network iface */
#ifdef NETWORK
printf("Probing network interfaces: ");
printf("%s\n", Managers::Instance->netManager->Probe() == 0 ? "none" : " ");
#endif
Shell();
#ifdef TEST
/* Syscall test */
printf("Testing syscall and global singleton... ");
extern void TestSyscall();
TestSyscall();
/* Test elf file loading */
printf("Executing test app\n");
Managers::Instance->taskManager->Exec("/test", NULL, NULL);
#endif
#ifdef UI
/* if(!*/Managers::Instance->uiManager->Setup(); //)
/* {
printf("Cannot start ui.\n");
#ifdef SHELL
Shell();
#endif
}
else*/
Managers::Instance->uiManager->mainLoop();
#endif
#ifndef UI
#ifdef SHELL
Shell();
#endif
#endif
printf("\nNothing to do. Infinite loop\n");
while(1);
return 0;
}
