bool MountDevices (bool silent)
{
cbsilent = silent;
if (vars.ios > 200 || vars.neek == NEEK_USB)
devices_Mount (DEVMODE_CIOSX, 0 /*vars.neek*/, vars.usbtime, cb_Mount);
else
devices_Mount (DEVMODE_IOS, 0 /*vars.neek*/, vars.usbtime, cb_Mount);
bool cfgSD = false, cfgUSB = false;
// First try to mount SD
if (devices_Get (DEV_SD))
{
// Try to load configuration file... maybe a user have choosen to use the SD as primary device for postLoader
SetDefMount (DEV_SD);
cfgSD = ConfigRead ();
}
// Contine with next device
if (!extConfig.disableUSB)
{
if (devices_Get (DEV_USB) && !cfgSD)
{
SetDefMount (DEV_USB);
cfgUSB = ConfigRead ();
}
}
if (cfgSD || cfgUSB) // we have a valid device
return TRUE;
return false;
}
void BootConfigRead(void)
{
#ifdef EE_CONFNET
DEBUG("CONFNET ");
if (ConfigGet(EE_CONFNET) == sizeof(CONFNET)) {
DEBUG("OK\n");
ConfigRead(EE_CONFNET, &confnet, sizeof(CONFNET));
#ifdef EE_CONFBOOT
DEBUG("CONFBOOT ");
if (ConfigGet(EE_CONFBOOT) == sizeof(CONFBOOT)) {
DEBUG(" OK\n");
ConfigRead(EE_CONFBOOT, &confboot, sizeof(CONFBOOT));
}
else {
DEBUG("No\n");
}
#endif
}
else {
DEBUG("No\n");
}
#endif
}
static int
InitClient( cOpenHpiClientConf *c )
{
assert( c->m_client_connection == 0 );
c->m_num_sessions = 0;
c->m_client_connection = 0;
c->m_lock = lock_tmpl;
c->m_queue = 0;
int i;
for( i = 0; i < 256; i++ )
c->m_outstanding[i] = 0;
c->m_num_outstanding = 0;
c->m_current_seq = 0;
c->m_thread_state = eOpenHpiClientThreadStateSuspend;
c->m_thread_exit = 0;
#ifdef dOpenHpiClientWithConfig
char *openhpi_client_conf = getenv( "OPENHPICLIENT_CONF" );
if ( openhpi_client_conf == 0 )
openhpi_client_conf = OH_CLIENT_DEFAULT_CONF;
ConfigRead( openhpi_client_conf, config_table, c );
#endif
c->m_client_connection = ClientConnectionOpen( c->m_server, c->m_port );
if ( !c->m_client_connection )
return 0;
// start reader thread
int rv = pthread_create( &c->m_thread, 0, ReaderThread, c );
if ( rv )
return 0;
// wait till real thread start
while( c->m_thread_state == eOpenHpiClientThreadStateSuspend )
// wait 100 ms
usleep( 10000 );
return 1;
}
static void pageList(void) {
char buff[(LCDCOL - 3) * 2];
char buff2[LCDCOL * 2];
uint8_t currs;
uint8_t fstart;
dispStaticDraw(0); //рисуем статику
switch (fileData[0]) {
case T_FOLDER: //обычная папка..
if ((brCrumbs[level][1] & LCDINVBITS)== ((fileData[2]) & LCDINVBITS))currs = (fileData[2]) & LCDBITS;//Это максимальное положение курсора на последней странице
else
currs = LCDBITS;
fstart = fileData[1] + (brCrumbs[level][1] & LCDINVBITS);//номер файла для старта вывода.
for (uint8_t i = 0; i <= currs; i++) {//пишем из массива для статических папок
text_print(i + 1, 0, (PGM_P) pgm_read_word(&fileNames[i + fstart]),
((brCrumbs[level][1] & LCDBITS) == (i)) * 0xFF);
}
break;
case T_DFOLDER: //динамическая папка
if ((brCrumbs[level][1] & LCDINVBITS) == ((fileData[2]) & LCDINVBITS))
currs = (fileData[2]) & LCDBITS;//Это максимальное положение курсора на последней странице
else
currs = LCDBITS;
strncpy_P(buff, (char*) pgm_read_word(&(fileNames[fileData[1]])),
sizeof(buff));//читаем общее название
buff[sizeof(buff) - 1] = '\0';
for (uint8_t i = 0; i <= currs; i++) {
snprintf(buff2, sizeof(buff2), "%s %d", buff,
(brCrumbs[level][1] & LCDINVBITS) + i);
buff_print(i + 1, 0, buff2,
((brCrumbs[level][1] & LCDBITS) == (i)) * 0xFF);
}
break;
case T_SFOLDER: //папка выбора параметра
{
uint8_t config_folder_view = pgm_read_byte(
&fileStruct[FILEREW * fileData[1] + 1]);//читаем байт сдвига.
uint8_t config_folder_data = ConfigRead(
/*brCrumbs[level][0]+*/config_folder_view);//чтение значения выбора
if (config_folder_data > fileData[2])
config_folder_data = fileData[2];
if (config_folder_view < 0)
config_folder_view = 0;
if (brCrumbs[level][2] == 0) {
brCrumbs[level][1] = config_folder_data;//ставим курсор в выбранную позицию.
brCrumbs[level][2] = 1;
}
if ((brCrumbs[level][1] & LCDINVBITS) == ((fileData[2]) & LCDINVBITS))
currs = (fileData[2]) & LCDBITS;//Это максимальное положение курсора на последней странице
else
currs = LCDBITS;
fstart = fileData[1] + (brCrumbs[level][1] & LCDINVBITS);//номер файла для старта вывода.
for (uint8_t i = 0; i <= currs; i++) { //пишем из массива для статических папок
text_print(i + 1, 0, (PGM_P) pgm_read_word(&fileNames[i + fstart]),
((brCrumbs[level][1] & LCDBITS) == (i)) * 0xFF);
}
}
break;
}
dispHead(header);
// stringSelect();
}
.m_default.m_int = 13
},
{
.m_name = "string",
.m_type = eConfigTypeString,
.m_offset = dConfigOffset( cTest, m_string ),
.m_default.m_string = "default string"
},
{
.m_type = eConfigTypeUnknown
}
};
cTest t;
int rv = ConfigRead( "config_000.conf", table, &t );
if ( rv )
return 1;
if ( t.m_bool != 0 )
return 1;
if ( t.m_int != 14 )
return 1;
if ( strcmp( t.m_string, "test string" ) )
return 1;
return 0;
}
