CARMA C++
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Carma Loberotator CAN Master class. More...
#include <carma/loberotator/LoberotatorMaster.h>
Public Member Functions | |
carma::loberotator::Loberotator & | getGlobalLoberotator () |
Get 'global' (node 0 control device) loberotator. More... | |
carma::switchyard::Switchyard & | getLlSwitchyard () |
Retrieve reference to LL Switchyard instance. More... | |
carma::switchyard::Switchyard & | getLoSwitchyard () |
Retrieve reference to LO Switchyard instance. More... | |
bool | isDone () |
Query to see if the System::quit() method has been invoked. More... | |
LoberotatorMaster (int holdoff, double autoWriteDelayInS, double syautoWriteDelayInS) | |
Constructor for emulation mode Runs without accessing any hardware, directing all canbus writes to dev/null. More... | |
LoberotatorMaster (int board, int bus, int holdoff, bool simulate, double autoWriteDelayInS, double syautoWriteDelayInS) | |
LoberotatorMaster constructor. More... | |
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Chassis () | |
Constructor. More... | |
void | insert (Loberotator *) |
Insert a Loberotator into the system. More... | |
Loberotator & | loberotator (int chan) const |
Get a loberotator. More... | |
virtual | ~Chassis () |
Destructor. More... | |
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Master (bool simOfflineNodes=true) | |
Default constructor for emulation. More... | |
Master (int boardId, bool simOfflineNodes=false, bool reset=false, bool terminate=true) | |
Master constructor. More... | |
Master (int boardId, int modulbusId, bool simOfflineNodes=false, bool reset=false, bool terminate=true) | |
Master constructor. More... | |
Master (const ::std::vector< DevTermPair > &devTermPairs, bool simOfflineNodes=false, bool reset=false) | |
Constructor for arbitrary number of CanDio ports. More... | |
void | run () |
Run the Master. More... | |
void | stop () |
Stop running internal Master threads. More... | |
virtual | ~Master () |
Master destructor. More... | |
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CanDio () | |
Default constructor. More... | |
CanDio (int boardId, bool reset=true, bool terminate=true) | |
Constructor to control both CAN busses on a single board. More... | |
CanDio (int boardId, int slotId, bool reset=true, bool terminate=true) | |
Constructor to control a single CAN bus. More... | |
CanDio (const std::vector< DevTermPair > &devTermPairs, bool reset=true) | |
Constructor to control arbitrary number of CAN busses. More... | |
void | echoAll (bool enable) |
Enable or disable echoing sent messages back through the read interface. More... | |
std::map< busIdType, carma::canbus::busStatusType > | getBusStatus () |
carma::canbus::Message | getMessage () |
Retrieve a CAN message. More... | |
bool | isTerminated () |
Return termination state. More... | |
void | postMessage (const carma::canbus::Message &msg, carma::canbus::txPriorityType prio=carma::canbus::NORMAL) |
Post a CAN message. More... | |
void | reset () |
Reset. More... | |
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virtual BusStatusMap | getBusStatus () const |
Retrieve bus statistics. More... | |
virtual | ~CanIo () |
Virtual destructor. More... | |
Protected Member Functions | |
void | updateStatus () |
Update the status of the Loberotator CAN Master. More... | |
virtual | ~LoberotatorMaster () |
Destructor. More... | |
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void | addDevice (Device *device) |
Add a device to the master. More... | |
virtual std::map< msgType, std::string > | getControls () const |
Get controls. More... | |
Device * | getDevice (apiType api, nodeType node) |
Get pointer to a device. More... | |
int | getDonglelessPacketCount () const |
Get 'Dongleless node' packet count This routine returns the number of Dongleless node packets detected by Master. More... | |
unsigned int | getLatePacketCount () |
Get combined late packet count from all devices. More... | |
int | getOfflineNodeCount () const |
Get number of offline nodes. More... | |
int | getOnlineNodeCount () const |
Get number of online nodes. More... | |
int | getUnknownPacketCount () const |
Get number of unknown packets This method returns the number of CAN packets that canbus::Master does not recognize. More... | |
Master (const Master &) | |
Master & | operator= (const Master &) |
void | removeDevice (apiType api, nodeType node) |
Remove a device. More... | |
virtual void | runReadThread () |
Thread to read and process incoming CAN messages. More... | |
void | runTimerThread () |
Timer thread. More... | |
virtual void | setTime () |
Send a time sync message. More... | |
void | softwareReset () |
Send a software reset command to all modules. More... | |
void | updateDevicesStates () |
Update the devices states. More... | |
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void | clearReadQueue () |
Clear any underlying read buffers. More... | |
void | queueMessage (const Message &msg) |
Queue CAN message to be read for simulation purposes. More... | |
void | setTimestampEchoLatency (int tsLatency, busIdType busId) |
Set timestamp echo latency. More... | |
Additional Inherited Members | |
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typedef ::std::pair< int, int > | BoardSlotPair |
Pair containing boardId (first) and slotId (second). More... | |
typedef ::std::pair < BoardSlotPair, bool > | DevTermPair |
Pair for board & slot (first) and termination setting (second). More... | |
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static const int | N_CHAN = 24 |
Maximum number of loberotator channels. More... | |
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static void * | readThreadEntry (void *arg) |
Entry point for main thread. More... | |
static void * | timerThreadEntry (void *arg) |
Entry point for timer thread. More... | |
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carma::loberotator::Loberotator * | loberotator_ [N_CHAN] |
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pthread_mutex_t | deviceMutex_ |
std::map< keyType, Device * > | devices_ |
int | nDonglelessPackets_ |
int | nOfflineNodes_ |
int | nOnlineNodes_ |
int | nUnknownPackets_ |
pthread_t | readThreadId_ |
bool | running_ |
carma::util::PthreadMutex | runningMutex_ |
const int | simOfflineNodes_ |
pthread_t | timerThreadId_ |
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std::auto_ptr < carma::canbus::CanIo > | cio_ |
std::auto_ptr< carma::canbus::Dio > | dio_ |
const long | pulseWidth_ |
Reset pulsewidth. More... | |
const bool | terminate_ |
Carma Loberotator CAN Master class.
Definition at line 42 of file LoberotatorMaster.h.
carma::loberotator::LoberotatorMaster::LoberotatorMaster | ( | int | holdoff, |
double | autoWriteDelayInS, | ||
double | syautoWriteDelayInS | ||
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Constructor for emulation mode Runs without accessing any hardware, directing all canbus writes to dev/null.
Automatically does simulation.
holdoff | delay (msec) to send commands to the XAC after halfsec tick |
autoWriteDelayInS | Monitor system autowrite delay in seconds. |
syautoWriteDelayInS | Switchyeard monitor system autowrite delay in seconds. |
carma::loberotator::LoberotatorMaster::LoberotatorMaster | ( | int | board, |
int | bus, | ||
int | holdoff, | ||
bool | simulate, | ||
double | autoWriteDelayInS, | ||
double | syautoWriteDelayInS | ||
) |
LoberotatorMaster constructor.
board | Janz modulBus board designator (0 - 15). |
bus | Janz modulBus slot # of CAN card to use (0 or 1). |
simulate | Produce simulated monitor packets |
holdoff | delay (msec) to send commands to the XAC after halfsec tick |
autoWriteDelayInS | Monitor system autowrite delay in seconds. |
syautoWriteDelayInS | Switchyeard monitor system autowrite delay in seconds. |
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protectedvirtual |
Destructor.
By declaring the LoberotatorMaster destructor as protected we force a user to only allocate it on the heap. This is done in order for proper use with CORBA reference counting.
carma::loberotator::Loberotator& carma::loberotator::LoberotatorMaster::getGlobalLoberotator | ( | ) |
Get 'global' (node 0 control device) loberotator.
carma::switchyard::Switchyard& carma::loberotator::LoberotatorMaster::getLlSwitchyard | ( | ) |
Retrieve reference to LL Switchyard instance.
carma::switchyard::Switchyard& carma::loberotator::LoberotatorMaster::getLoSwitchyard | ( | ) |
Retrieve reference to LO Switchyard instance.
bool carma::loberotator::LoberotatorMaster::isDone | ( | ) |
Query to see if the System::quit() method has been invoked.
This routine is for debug use to explicitly determine if a user has invoked the carma::loberotator::System::quit() method
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protectedvirtual |
Update the status of the Loberotator CAN Master.
This routine is responsible for retrieving values specific to the state of the CanMaster object and the CANbus(ses) themselves such as number of online nodes, CANbus errors, etc. It retrieves these values and places them into the monitor stream. The method is called internally my the canbus::Master base class every half second as described in carma::canbus::Master.
Implements carma::canbus::Master.