OpenCPN Partial API docs
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N2k uses CAN which defines the basic properties of messages. More...
#include <comm_navmsg.h>
Classes | |
union | tUnionDeviceInformation |
Public Member Functions | |
N2kName (uint64_t name) | |
std::string | to_string () const |
uint32_t | GetNumber () const |
21 bits | |
uint16_t | GetManufacturer () const |
9 bits | |
uint8_t | GetDevInstanceLow () const |
3 bits | |
uint8_t | GetDevInstanceHigh () const |
5 bits | |
uint8_t | GetDevFunc () const |
8 bits | |
uint8_t | GetDevClass () const |
7 bits | |
uint8_t | GetSysInstance () const |
4 bits | |
uint8_t | GetIndustryGroup () const |
4 bits | |
void | SetUniqueNumber (uint32_t _UniqueNumber) |
void | SetManufacturerCode (uint16_t _ManufacturerCode) |
void | SetDeviceInstance (unsigned char _DeviceInstance) |
void | SetDeviceFunction (unsigned char _DeviceFunction) |
void | SetDeviceClass (unsigned char _DeviceClass) |
void | SetIndustryGroup (unsigned char _IndustryGroup) |
void | SetSystemInstance (unsigned char _SystemInstance) |
uint64_t | GetName () const |
Static Public Member Functions | |
static uint64_t | Parse (const std::string &s) |
Public Attributes | |
tUnionDeviceInformation | value |
N2k uses CAN which defines the basic properties of messages.
The NAME is an unique identifier for a node. CAN standardizes an address claim protocol. The net effect is that upper layers sees a stable NAME even if the address changes.
The structure of NAME is defined in the J/1939 standard, see https://www.kvaser.com/about-can/higher-layer-protocols/j1939-introduction/
Definition at line 59 of file comm_navmsg.h.