// Parse jarx config file
int readConfig( char *cmd, char *jarfile, char *classpath, char *classname, char *versionmin ) {
FILE *fh;
char line[LINEMAXLEN];
fh = fopen( cmd, "r" );
if ( fh == NULL ) {
return 1;
} else {
while ( fgets( line, LINEMAXLEN, fh ) ) {
truncateNewline( line );
if ( getConfigParam( jarfile, line, JARX_JARFILE, sizeof( JARX_JARFILE ) - 1 ) )
;
else if ( getConfigParam( classpath, line, JARX_CLASSPATH, sizeof( JARX_CLASSPATH ) - 1 ) )
;
else if ( getConfigParam( classname, line, MAINCLASS, sizeof( MAINCLASS ) - 1 ) )
;
else getConfigParam( versionmin, line, JARX_VERSIONMIN, sizeof( JARX_VERSIONMIN ) - 1 );
}
fclose( fh );
}
return 0;
}
uint8_t Trex::getUART_Error_Shutdown()
{
_uart_error_shutdown = getConfigParam(UART_Error_Shutdown);
return _uart_error_shutdown;
}
uint8_t Trex::getEnable_UART_Response_Delay()
{
_uart_response_delay = getConfigParam(Enable_UART_Response_Delay);
return _uart_response_delay;
}
uint8_t Trex::getSerial_Timeout()
{
_serial_timeout = getConfigParam(Serial_Timeout);
return _serial_timeout;
}
uint8_t Trex::getParabolic_Channels()
{
_parabolic_channels = getConfigParam(Parabolic_Channels);
return _parabolic_channels;
}
uint8_t Trex::getReversed_Channels()
{
_reversed_channels = getConfigParam(Reversed_Channels);
return _reversed_channels;
}
uint8_t Trex::getIgnored_Channels()
{
_ignored_channels = getConfigParam(Ignored_Channels);
return _ignored_channels;
}
uint8_t Trex::getDevice_Number()
{
_device_number = getConfigParam(Device_Number);
return _device_number;
}