void chaos_init(int enable_chaos)
{
chaos_enabled_p = enable_chaos;
long seed = (long)time(0);
if (chaos_enabled_p) {
log_INFO("chaos seed: %ld", seed);
}
srand48_r(seed, &dr_buf); /* FIXME use TLS instead of dr_buf. */
}
int read_config_file(char CONFIGFILE[1024])
{
FILE *fic = NULL;
int nb_lignes;
char line[512]={'\0'};
fic=fopen (CONFIGFILE,"r");
if(fic==NULL)
{
//printf("Probleme a l'ouverture du fichier de configuration\n");
return 1;
}
// compter et afficher les lignes du fichier
nb_lignes = 0;
while(fgets(line, 512, fic) != NULL)
{
if( (line[0] != '#') && (line[0] != '\n'))
{
variable_detection(line);
}
nb_lignes++;
}
log_INFO("\n--------- Loading Mydombox Server configuration ---------");
log_DEBUG("LOG_FILE_PATH = %s", LOG_FILE_PATH);
log_DEBUG("LOG_LEVEL = %s", LOG_LEVEL);
log_DEBUG("MYSQL = %d", MYSQL);
log_DEBUG("HOSTNAME = %s", HOSTNAME);
log_DEBUG("PORT = %d", PORT);
log_DEBUG("LOGIN = %s", LOGIN);
log_DEBUG("PASSWORD = %s", PASSWORD);
log_DEBUG("DATABASE = %s", DATABASE);
log_DEBUG("PORT_RFXTRX433 = %s",PORT_RFXTRX433);
log_DEBUG("PORT_ENOUSB300 = %s",PORT_ENOUSB300);
log_DEBUG("MODULE_SOAP = %d", MODULE_SOAP);
log_DEBUG("PORT_SOAP = %d", PORT_SOAP);
log_DEBUG("MODULE_RPIDOM = %d", MODULE_RPIDOM);
log_DEBUG("PORT_RPIDOM = %s", PORT_RPIDOM);
log_DEBUG("RPIDOM_TELE1_TYPE = %d", RPIDOM_TELE1_TYPE);
log_DEBUG("RPIDOM_TELE2_TYPE = %d", RPIDOM_TELE2_TYPE);
log_DEBUG("RPIDOM_1WIRE = %d", RPIDOM_1WIRE);
log_DEBUG("MDB_CLOUD = %d", MDB_CLOUD);
log_DEBUG("MDB_KEY = %s", MDB_KEY);
log_DEBUG("MDB_ID = %s", MDB_ID);
log_DEBUG("MDB_X_ISS_Key = %s", MDB_X_ISS_Key);
log_DEBUG("MDB_X_OAPI_Key = %s", MDB_X_OAPI_Key);
log_DEBUG("MDB_DATASOURCE = %s", MDB_DATASOURCE);
log_DEBUG("--------------------------------------------------------\n");
fclose(fic);
return 0;
}
bool addEnoceanDevice(char* data)
{
unsigned char rorg = data[0];
unsigned char id1 = "";
unsigned char id2 = "";
unsigned char id3 = "";
unsigned char id4 = "";
switch (rorg)
{
case 0xD5:
id1 = data[2];
id2 = data[3];
id3 = data[4];
id4 = data[5];
break;
case 0xF6:
id1 = data[2];
id2 = data[3];
id3 = data[4];
id4 = data[5];
break;
case 0xA5:
id1 = data[5];
id2 = data[6];
id3 = data[7];
id4 = data[8];
break;
case 0xD2:
id1 = data[7];
id2 = data[8];
id3 = data[9];
id4 = data[10];
break;
default:
log_DEBUG("[EnOcean] TYPE: Not Supported");
break;
}
log_DEBUG("[EnOcean] Record Mode : %d", RECORD);
if (RECORD == 1) {
log_INFO("[EnOcean] Recording new device type : %02hhX",rorg);
mysql_insert("INSERT IGNORE INTO devices (dc_id,last_update,packettype,int_id,id1,id2,id3,id4,com) \
SELECT IFNULL(MAX(dc_id),0)+1,NOW(),'%02hhX',4,'%02hhX','%02hhX','%02hhX','%02hhX','tx' FROM devices ON DUPLICATE KEY UPDATE last_update=NOW();",\
rorg,id1,id2,id3,id4);
}
int main(int argc, char *argv[])
{
if ( argc < 2 ) /* argc should be 2 for correct execution */
{
printf( "Missing config file path argument \n" );
}
if(read_config_file(argv[1]))
{
printf("Error Loading Configuration File\n");
printf("Exiting Mydombox .... By !\n");
exit(1);
}
log_INFO("--------- Starting Mydombox Server ---------");
log_INFO("MySQL client version: %s", mysql_get_client_info());
log_INFO("Loglevel: %s",LOG_LEVEL);
log_INFO("Learn Mode: %d",RECORD);
conn = mysql_connection();
result = mysql_select(conn,"SELECT * FROM devices;");
mysql_free_result(result);
mysql_close(conn);
if ( file_exists(PORT_RFXTRX433) ){
// On crée un thread
pthread_t thread_rfxtrx433;
// Permet d'exécuter le fonction thread_rfxtrx433 en parallèle
pthread_create(&thread_rfxtrx433, NULL, rfxtrx433, NULL);
log_INFO("Module RFXTRX433 Detected & Started");
}
sleep(5);
if ( file_exists(PORT_ENOUSB300) ){
// On crée un thread
pthread_t thread_enusb300;
// Permet d'exécuter le fonction thread_enusb300 en parallèle
pthread_create(&thread_enusb300, NULL, enusb300, NULL);
log_INFO("Module USB300 Detected & Started");
}
sleep(10);
if ( MODULE_SOAP == 1){
// On crée un thread
pthread_t thread_soapserver;
// Permet d'exécuter le fonction thread_soapserver en parallèle
pthread_create(&thread_soapserver, NULL, soapserver, NULL);
log_INFO("Module SOAP Started");
}
sleep(5);
if ( MODULE_RPIDOM == 1){
// On crée un thread
pthread_t thread_rpidom;
// Permet d'exécuter le fonction thread_rpidom en parallèle
pthread_create(&thread_rpidom, NULL, rpidom, NULL);
log_INFO("Module RPIDOM Started");
}
while(1){
read_config_file(argv[1]);
scheduler();
thermostat();
sleep (60);
}
return 0;
}
