void init(std::string deviceFile, std::chrono::milliseconds syncInterval) {
// canopen::devices must be set up before this function is called
CAN_Close(h);
syncMsg.ID = 0x80;
syncMsg.MSGTYPE = 0x00;
syncMsg.LEN = 0x00;
NMTmsg.ID = 0;
NMTmsg.MSGTYPE = 0x00;
NMTmsg.LEN = 2;
nodeguardMsg.MSGTYPE = 0x01; // remote frame
nodeguardMsg.LEN = 0;
// if (atFirstInit) {
if (!canopen::openConnection(deviceFile)) {
std::cout << "Cannot open CAN device; aborting." << std::endl;
exit(EXIT_FAILURE);
}
if (atFirstInit)
canopen::initListenerThread(canopen::defaultListener);
// atFirstInit = false;
// }
for (auto device : devices) {
sendSDO(device.second.CANid_, ip_time_units, (uint8_t) syncInterval.count() );
sendSDO(device.second.CANid_, ip_time_index, ip_time_index_milliseconds);
sendSDO(device.second.CANid_, sync_timeout_factor, sync_timeout_factor_disable_timeout);
// NMT & motor state machine:
if (atFirstInit) {
canopen::sendNMT(device.second.CANid_, canopen::NMT_stop);
std::this_thread::sleep_for(std::chrono::milliseconds(100));
canopen::sendNMT(device.second.CANid_, canopen::NMT_start);
std::this_thread::sleep_for(std::chrono::milliseconds(100));
}
setMotorState(device.second.CANid_, "operation_enable");
/* canopen::sendSDO(device.second.CANid_, canopen::controlword, canopen::controlword_shutdown);
canopen::sendSDO(device.second.CANid_, canopen::controlword, canopen::controlword_switch_on);
canopen::sendSDO(device.second.CANid_, canopen::controlword, canopen::controlword_enable_operation); */
}
if (atFirstInit)
atFirstInit = false;
}
void move(){setMotorState(HIGH);}
void stop(){setMotorState(LOW);}
