int main(void)
{
printf("hello git! \n");
printf("test cup is big endian ro little endian. \n");
printf("the result is %d \n", check_cpu());
return 0;
}
int validate_cpu(void)
{
u32 *err_flags;
int cpu_level, req_level;
const unsigned char *msg_strs;
check_cpu(&cpu_level, &req_level, &err_flags);
if (cpu_level < req_level) {
printf("This kernel requires an %s CPU, ",
cpu_name(req_level));
printf("but only detected an %s CPU.\n",
cpu_name(cpu_level));
return -1;
}
if (err_flags) {
int i, j;
puts("This kernel requires the following features "
"not present on the CPU:\n");
msg_strs = (const unsigned char *)x86_cap_strs;
for (i = 0; i < NCAPINTS; i++) {
u32 e = err_flags[i];
for (j = 0; j < 32; j++) {
if (msg_strs[0] < i ||
(msg_strs[0] == i && msg_strs[1] < j)) {
/* Skip to the next string */
msg_strs += 2;
while (*msg_strs++)
;
}
if (e & 1) {
if (msg_strs[0] == i &&
msg_strs[1] == j &&
msg_strs[2])
printf("%s ", msg_strs+2);
else
printf("%d:%d ", i, j);
}
e >>= 1;
}
}
putchar('\n');
return -1;
} else {
return 0;
int uip_init(t_uipinfo * uipinfo)
{
uip_uipinfo = uipinfo;
check_cpu();
printf("Initialising %s - %s (%d:%d:%d:%d:%d)\n", allegro_id, cpu_vendor,
cpu_family, cpu_model, cpu_fpu ? 1 : 0, cpu_mmx ? 1 : 0,
cpu_3dnow ? 1 : 0);
printf("\nNote: Allegro can take at least 5 seconds to quit!\n");
sleep(2);
if (allegro_init()) {
LOG_CRITICAL(("Failed to initialise allegro"));
return 1;
}
LOCK_VARIABLE(ui_info);
LOCK_VARIABLE(vdp_overseas);
LOCK_VARIABLE(ui_vdpsimple);
LOCK_VARIABLE(ui_vsync);
LOCK_VARIABLE(ui_clearnext);
LOCK_VARIABLE(ui_fullscreen);
LOCK_VARIABLE(ui_fkeys);
LOCK_FUNCTION(uip_keyboardhandler);
return 0;
}
plc_tag ab_tag_create(attr attribs)
{
ab_tag_p tag = AB_TAG_NULL;
const char *path;
int rc;
int debug = attr_get_int(attribs,"debug",0);
pdebug(debug,"Starting.");
/*
* allocate memory for the new tag. Do this first so that
* we have a vehicle for returning status.
*/
tag = (ab_tag_p)mem_alloc(sizeof(struct ab_tag_t));
if(!tag) {
pdebug(debug,"Unable to allocate memory for AB EIP tag!");
return PLC_TAG_NULL;
}
/* store the debug status */
tag->debug = debug;
/*
* check the CPU type.
*
* This determines the protocol type.
*/
if(check_cpu(tag, attribs) != PLCTAG_STATUS_OK) {
tag->status = PLCTAG_ERR_BAD_DEVICE;
return (plc_tag)tag;
}
/* AB PLCs are little endian. */
tag->endian = PLCTAG_DATA_LITTLE_ENDIAN;
/* allocate memory for the data */
tag->elem_count = attr_get_int(attribs,"elem_count",1);
tag->elem_size = attr_get_int(attribs,"elem_size",0);
tag->size = (tag->elem_count) * (tag->elem_size);
if(tag->size == 0) {
/* failure! Need data_size! */
tag->status = PLCTAG_ERR_BAD_PARAM;
return (plc_tag)tag;
}
tag->data = (uint8_t*)mem_alloc(tag->size);
if(tag->data == NULL) {
tag->status = PLCTAG_ERR_NO_MEM;
return (plc_tag)tag;
}
/* get the connection path, punt if there is not one and we have a Logix-class PLC. */
path = attr_get_str(attribs,"path",NULL);
if(path == NULL && tag->protocol_type == AB_PROTOCOL_LGX) {
tag->status = PLCTAG_ERR_BAD_PARAM;
return (plc_tag)tag;
}
/* make sure the global mutex is set up */
rc = check_mutex(tag->debug);
if(rc != PLCTAG_STATUS_OK) {
tag->status = rc;
return (plc_tag)tag;
}
tag->first_read = 1;
/*
* now we start the part that might conflict with other threads.
*
* The rest of this is inside a locked block.
*/
pdebug(debug,"Locking mutex");
critical_block(io_thread_mutex) {
/*
* set up tag vtable. This is protocol specific
*/
tag->vtable = set_tag_vtable(tag);
if(!tag->vtable) {
pdebug(debug,"Unable to set tag vtable!");
tag->status = PLCTAG_ERR_BAD_PARAM;
break;
}
/*
* Check the request IO handler thread.
*/
if(!io_handler_thread) {
rc = thread_create((thread_p*)&io_handler_thread,request_handler_func, 32*1024, NULL);
if(rc != PLCTAG_STATUS_OK) {
pdebug(debug,"Unable to create request handler thread!");
tag->status = rc;
break;
}
}
/*
* Find or create a session.
*/
if(find_or_create_session(tag, attribs) != PLCTAG_STATUS_OK) {
pdebug(debug,"Unable to create session!");
tag->status = PLCTAG_ERR_BAD_GATEWAY;
break;
}
/*
* parse the link path into the tag. Note that it must
* pad the byte string to a multiple of 16-bit words. The function
* also adds the protocol/PLC specific routing information to the
* links specified. This fills in fields in the connection about
* any DH+ special data.
*
* Skip this if we don't have a path.
*/
if(path && cip_encode_path(tag,path) != PLCTAG_STATUS_OK) {
pdebug(debug,"Unable to convert links strings to binary path!");
tag->status = PLCTAG_ERR_BAD_PARAM;
break;
}
/*
* check the tag name, this is protocol specific.
*/
if(check_tag_name(tag, attr_get_str(attribs,"name","NONE")) != PLCTAG_STATUS_OK) {
pdebug(debug,"Bad tag name!");
tag->status = PLCTAG_ERR_BAD_PARAM;
break;
}
/*
* add the tag to the session's list.
*/
if(session_add_tag_unsafe(tag, tag->session) != PLCTAG_STATUS_OK) {
pdebug(debug,"unable to add new tag to connection!");
tag->status = PLCTAG_ERR_CREATE;
break;
}
}
pdebug(debug,"Done.");
return (plc_tag)tag;
}
static void
check_gpu(int fd, uint32_t handle, uint32_t val)
{
gem_read(fd, handle, 0, linear, sizeof(linear));
check_cpu(linear, val);
}
int main(int argc, char * const argv[]){
/* Parse the command line arguments */
MFC.fork = TRUE;
parse_options(argc, argv);
signal(SIGHUP,Signal_Handler); /* hangup signal */
signal(SIGTERM,Signal_Handler); /* software termination signal from kill */
struct timespec timx,tim1;
openlog("mfc-daemon", LOG_PID, LOG_DAEMON);
MFC.syslog = TRUE;
/* check machine and pidfile*/
MFC.total_cpus = check_cpu();
MFC.total_fans = check_fan();
check_pidfile();
write_pidfile();
MFC.pidfile = TRUE;
if (MFC.fork) {
start_daemon();
}
int fan;
for (fan = 1; fan <= MFC.total_fans; ++fan) {
write_fan_manual(fan, 1);
}
tim1.tv_sec = TV_SEC;
tim1.tv_nsec = TV_NSEC;
//init
int wr_manual=0;
int change_number=0;
int old_fan_speed=-1;
INFO("Start");
int temp = get_cpu_temperature();
int old_temp_change = 0;
int fan_speed=GET_FAN_SPEED(temp);
fan_speed=set_min_max_fan_speed(fan_speed);
for (fan = 1; fan <= MFC.total_fans; ++fan) {
write_fan_speed(fan, fan_speed);
}
while (1){
wr_manual++;
if (wr_manual==9){
for (fan = 1; fan <= MFC.total_fans; ++fan) {
write_fan_manual(fan, 1);
}
wr_manual=0;
}
temp = get_cpu_temperature();
int diff = abs(temp - old_temp_change);
if (diff >= 2){
// temp = average of both cpu's
fan_speed=GET_FAN_SPEED(temp);
fan_speed=set_min_max_fan_speed(fan_speed);
if (fan_speed!=old_fan_speed){
for (fan = 1; fan <= MFC.total_fans; ++fan) {
write_fan_speed(fan, fan_speed);
}
change_number=log_fan_speed(fan_speed,change_number,temp);
old_fan_speed=fan_speed;
}
old_temp_change = temp;
}
if (nanosleep(&tim1,&timx) == -1){
QUIT_DAEMON("Error nanosleep");
}
}
}
/* _install_allegro:
* Initialises the Allegro library, activating the system driver.
*/
static int _install_allegro(int system_id, int *errno_ptr, int (*atexit_ptr)(void (*func)(void)))
{
RGB black_rgb = {0, 0, 0, 0};
char tmp1[64], tmp2[64];
int i;
#ifndef ALLEGRO_USE_CONSTRUCTOR
/* call constructor functions manually */
extern void _initialize_datafile_types();
extern void _midi_constructor();
extern void _mouse_constructor();
_initialize_datafile_types();
_midi_constructor();
_mouse_constructor();
_register_bitmap_file_type_init();
_register_sample_file_type_init();
_register_font_file_type_init();
#endif
if (errno_ptr)
allegro_errno = errno_ptr;
else
allegro_errno = &errno;
/* set up default palette structures */
for (i=0; i<256; i++)
black_palette[i] = black_rgb;
for (i=16; i<256; i++)
desktop_palette[i] = desktop_palette[i & 15];
/* lock some important variables */
LOCK_VARIABLE(screen);
LOCK_VARIABLE(gfx_driver);
LOCK_VARIABLE(gfx_capabilities);
LOCK_VARIABLE(_last_bank_1);
LOCK_VARIABLE(_last_bank_2);
LOCK_VARIABLE(_gfx_bank);
LOCK_VARIABLE(_drawing_mode);
LOCK_VARIABLE(_drawing_pattern);
LOCK_VARIABLE(_drawing_x_anchor);
LOCK_VARIABLE(_drawing_y_anchor);
LOCK_VARIABLE(_drawing_x_mask);
LOCK_VARIABLE(_drawing_y_mask);
LOCK_VARIABLE(_current_palette);
LOCK_VARIABLE(os_type);
/* nasty stuff to set up the config system before the system driver */
system_driver = _system_driver_list[0].driver;
/* needed in case set_config_file was called before allegro_init */
_reload_config();
reload_config_texts(NULL);
if (system_id == SYSTEM_AUTODETECT)
system_id = get_config_id(uconvert_ascii("system", tmp1), uconvert_ascii("system", tmp2), SYSTEM_AUTODETECT);
system_driver = NULL;
/* initialise the system driver */
usetc(allegro_error, 0);
for (i=0; _system_driver_list[i].driver; i++) {
if ((_system_driver_list[i].id == system_id) ||
((_system_driver_list[i].autodetect) && (system_id == SYSTEM_AUTODETECT))) {
system_driver = _system_driver_list[i].driver;
system_driver->name = system_driver->desc = get_config_text(system_driver->ascii_name);
if (system_driver->init() != 0) {
system_driver = NULL;
if (system_id != SYSTEM_AUTODETECT)
break;
}
else
break;
}
}
if (!system_driver)
return -1;
/* disable close button */
set_close_button_callback(NULL);
/* detect CPU type */
check_cpu();
#if defined(ALLEGRO_UNIX) || defined(ALLEGRO_WINDOWS)
/* detect filename encoding used by libc */
/* XXX This should be done for all platforms but I'm not set up to check
* that all platforms have been covered before making the 4.2.3 release.
* --pw
*/
_al_detect_filename_encoding();
#endif
/* set up screensaver policy */
_screensaver_policy = get_config_int(uconvert_ascii("system", tmp1),
uconvert_ascii("disable_screensaver", tmp2),
FULLSCREEN_DISABLED);
/* install shutdown handler */
if (_allegro_count == 0) {
if (atexit_ptr)
atexit_ptr(allegro_exit_stub);
}
_allegro_count++;
TRACE(PREFIX_I "Allegro initialised (instance %d)\n", _allegro_count);
return 0;
}
