ardupilot/libraries/APM_BinComm/protocol/protocol.h

1323 lines
29 KiB
C

//
// THIS FILE WAS AUTOMATICALLY GENERATED - DO NOT EDIT
//
/// @file protocol.h
#pragma pack(push)
#pragma pack(1)
//////////////////////////////////////////////////////////////////////
/// @name MSG_ACKNOWLEDGE
//@{
/// Structure describing the payload section of the MSG_ACKNOWLEDGE message
struct msg_acknowledge {
uint8_t msgID;
uint8_t sum1;
uint8_t sum2;
};
/// Send a MSG_ACKNOWLEDGE message
inline void
send_msg_acknowledge(
const uint8_t msgID,
const uint8_t sum1,
const uint8_t sum2)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, msgID);
_pack(__p, sum1);
_pack(__p, sum2);
_encodeBuf.header.length = 3;
_encodeBuf.header.messageID = MSG_ACKNOWLEDGE;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_ACKNOWLEDGE message
inline void
unpack_msg_acknowledge(
uint8_t &msgID,
uint8_t &sum1,
uint8_t &sum2)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, msgID);
_unpack(__p, sum1);
_unpack(__p, sum2);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_HEARTBEAT
//@{
/// Structure describing the payload section of the MSG_HEARTBEAT message
struct msg_heartbeat {
uint8_t flightMode;
uint16_t timeStamp;
uint16_t batteryVoltage;
uint16_t commandIndex;
};
/// Send a MSG_HEARTBEAT message
inline void
send_msg_heartbeat(
const uint8_t flightMode,
const uint16_t timeStamp,
const uint16_t batteryVoltage,
const uint16_t commandIndex)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, flightMode);
_pack(__p, timeStamp);
_pack(__p, batteryVoltage);
_pack(__p, commandIndex);
_encodeBuf.header.length = 7;
_encodeBuf.header.messageID = MSG_HEARTBEAT;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_HEARTBEAT message
inline void
unpack_msg_heartbeat(
uint8_t &flightMode,
uint16_t &timeStamp,
uint16_t &batteryVoltage,
uint16_t &commandIndex)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, flightMode);
_unpack(__p, timeStamp);
_unpack(__p, batteryVoltage);
_unpack(__p, commandIndex);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_ATTITUDE
//@{
/// Structure describing the payload section of the MSG_ATTITUDE message
struct msg_attitude {
int16_t roll;
int16_t pitch;
uint16_t yaw;
};
/// Send a MSG_ATTITUDE message
inline void
send_msg_attitude(
const int16_t roll,
const int16_t pitch,
const uint16_t yaw)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, roll);
_pack(__p, pitch);
_pack(__p, yaw);
_encodeBuf.header.length = 6;
_encodeBuf.header.messageID = MSG_ATTITUDE;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_ATTITUDE message
inline void
unpack_msg_attitude(
int16_t &roll,
int16_t &pitch,
uint16_t &yaw)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, roll);
_unpack(__p, pitch);
_unpack(__p, yaw);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_LOCATION
//@{
/// Structure describing the payload section of the MSG_LOCATION message
struct msg_location {
int32_t latitude;
int32_t longitude;
int16_t altitude;
uint16_t groundSpeed;
uint16_t groundCourse;
uint32_t timeOfWeek;
};
/// Send a MSG_LOCATION message
inline void
send_msg_location(
const int32_t latitude,
const int32_t longitude,
const int16_t altitude,
const uint16_t groundSpeed,
const uint16_t groundCourse,
const uint32_t timeOfWeek)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, latitude);
_pack(__p, longitude);
_pack(__p, altitude);
_pack(__p, groundSpeed);
_pack(__p, groundCourse);
_pack(__p, timeOfWeek);
_encodeBuf.header.length = 18;
_encodeBuf.header.messageID = MSG_LOCATION;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_LOCATION message
inline void
unpack_msg_location(
int32_t &latitude,
int32_t &longitude,
int16_t &altitude,
uint16_t &groundSpeed,
uint16_t &groundCourse,
uint32_t &timeOfWeek)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, latitude);
_unpack(__p, longitude);
_unpack(__p, altitude);
_unpack(__p, groundSpeed);
_unpack(__p, groundCourse);
_unpack(__p, timeOfWeek);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_PRESSURE
//@{
/// Structure describing the payload section of the MSG_PRESSURE message
struct msg_pressure {
int16_t pressureAltitude;
int16_t airSpeed;
};
/// Send a MSG_PRESSURE message
inline void
send_msg_pressure(
const int16_t pressureAltitude,
const int16_t airSpeed)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, pressureAltitude);
_pack(__p, airSpeed);
_encodeBuf.header.length = 4;
_encodeBuf.header.messageID = MSG_PRESSURE;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_PRESSURE message
inline void
unpack_msg_pressure(
int16_t &pressureAltitude,
int16_t &airSpeed)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, pressureAltitude);
_unpack(__p, airSpeed);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_STATUS_TEXT
//@{
/// Structure describing the payload section of the MSG_STATUS_TEXT message
struct msg_status_text {
uint8_t severity;
char text[50];
};
/// Send a MSG_STATUS_TEXT message
inline void
send_msg_status_text(
const uint8_t severity,
const char (&text)[50])
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, severity);
_pack(__p, text, 50);
_encodeBuf.header.length = 51;
_encodeBuf.header.messageID = MSG_STATUS_TEXT;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_STATUS_TEXT message
inline void
unpack_msg_status_text(
uint8_t &severity,
char (&text)[50])
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, severity);
_unpack(__p, text, 50);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_PERF_REPORT
//@{
/// Structure describing the payload section of the MSG_PERF_REPORT message
struct msg_perf_report {
uint32_t interval;
uint16_t mainLoopCycles;
uint8_t mainLoopCycleTime;
uint8_t gyroSaturationCount;
uint8_t adcConstraintCount;
uint8_t renormSqrtCount;
uint8_t renormBlowupCount;
uint8_t gpsFixCount;
uint16_t imuHealth;
uint16_t gcsMessageCount;
};
/// Send a MSG_PERF_REPORT message
inline void
send_msg_perf_report(
const uint32_t interval,
const uint16_t mainLoopCycles,
const uint8_t mainLoopCycleTime,
const uint8_t gyroSaturationCount,
const uint8_t adcConstraintCount,
const uint8_t renormSqrtCount,
const uint8_t renormBlowupCount,
const uint8_t gpsFixCount,
const uint16_t imuHealth,
const uint16_t gcsMessageCount)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, interval);
_pack(__p, mainLoopCycles);
_pack(__p, mainLoopCycleTime);
_pack(__p, gyroSaturationCount);
_pack(__p, adcConstraintCount);
_pack(__p, renormSqrtCount);
_pack(__p, renormBlowupCount);
_pack(__p, gpsFixCount);
_pack(__p, imuHealth);
_pack(__p, gcsMessageCount);
_encodeBuf.header.length = 16;
_encodeBuf.header.messageID = MSG_PERF_REPORT;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_PERF_REPORT message
inline void
unpack_msg_perf_report(
uint32_t &interval,
uint16_t &mainLoopCycles,
uint8_t &mainLoopCycleTime,
uint8_t &gyroSaturationCount,
uint8_t &adcConstraintCount,
uint8_t &renormSqrtCount,
uint8_t &renormBlowupCount,
uint8_t &gpsFixCount,
uint16_t &imuHealth,
uint16_t &gcsMessageCount)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, interval);
_unpack(__p, mainLoopCycles);
_unpack(__p, mainLoopCycleTime);
_unpack(__p, gyroSaturationCount);
_unpack(__p, adcConstraintCount);
_unpack(__p, renormSqrtCount);
_unpack(__p, renormBlowupCount);
_unpack(__p, gpsFixCount);
_unpack(__p, imuHealth);
_unpack(__p, gcsMessageCount);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_VERSION_REQUEST
//@{
/// Structure describing the payload section of the MSG_VERSION_REQUEST message
struct msg_version_request {
uint8_t systemType;
uint8_t systemID;
};
/// Send a MSG_VERSION_REQUEST message
inline void
send_msg_version_request(
const uint8_t systemType,
const uint8_t systemID)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, systemType);
_pack(__p, systemID);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_VERSION_REQUEST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_VERSION_REQUEST message
inline void
unpack_msg_version_request(
uint8_t &systemType,
uint8_t &systemID)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, systemType);
_unpack(__p, systemID);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_VERSION
//@{
/// Structure describing the payload section of the MSG_VERSION message
struct msg_version {
uint8_t systemType;
uint8_t systemID;
uint8_t firmwareVersion[3];
};
/// Send a MSG_VERSION message
inline void
send_msg_version(
const uint8_t systemType,
const uint8_t systemID,
const uint8_t (&firmwareVersion)[3])
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, systemType);
_pack(__p, systemID);
_pack(__p, firmwareVersion, 3);
_encodeBuf.header.length = 5;
_encodeBuf.header.messageID = MSG_VERSION;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_VERSION message
inline void
unpack_msg_version(
uint8_t &systemType,
uint8_t &systemID,
uint8_t (&firmwareVersion)[3])
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, systemType);
_unpack(__p, systemID);
_unpack(__p, firmwareVersion, 3);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_COMMAND_REQUEST
//@{
/// Structure describing the payload section of the MSG_COMMAND_REQUEST message
struct msg_command_request {
uint16_t UNSPECIFIED;
};
/// Send a MSG_COMMAND_REQUEST message
inline void
send_msg_command_request(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_COMMAND_REQUEST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_COMMAND_REQUEST message
inline void
unpack_msg_command_request(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_COMMAND_UPLOAD
//@{
/// Structure describing the payload section of the MSG_COMMAND_UPLOAD message
struct msg_command_upload {
uint8_t action;
uint16_t itemNumber;
uint16_t listLength;
uint8_t commandID;
uint8_t p1;
int16_t p2;
int32_t p3;
int32_t p4;
};
/// Send a MSG_COMMAND_UPLOAD message
inline void
send_msg_command_upload(
const uint8_t action,
const uint16_t itemNumber,
const uint16_t listLength,
const uint8_t commandID,
const uint8_t p1,
const int16_t p2,
const int32_t p3,
const int32_t p4)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, action);
_pack(__p, itemNumber);
_pack(__p, listLength);
_pack(__p, commandID);
_pack(__p, p1);
_pack(__p, p2);
_pack(__p, p3);
_pack(__p, p4);
_encodeBuf.header.length = 17;
_encodeBuf.header.messageID = MSG_COMMAND_UPLOAD;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_COMMAND_UPLOAD message
inline void
unpack_msg_command_upload(
uint8_t &action,
uint16_t &itemNumber,
uint16_t &listLength,
uint8_t &commandID,
uint8_t &p1,
int16_t &p2,
int32_t &p3,
int32_t &p4)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, action);
_unpack(__p, itemNumber);
_unpack(__p, listLength);
_unpack(__p, commandID);
_unpack(__p, p1);
_unpack(__p, p2);
_unpack(__p, p3);
_unpack(__p, p4);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_COMMAND_LIST
//@{
/// Structure describing the payload section of the MSG_COMMAND_LIST message
struct msg_command_list {
uint16_t itemNumber;
uint16_t listLength;
uint8_t commandID;
uint8_t p1;
int16_t p2;
int32_t p3;
int32_t p4;
};
/// Send a MSG_COMMAND_LIST message
inline void
send_msg_command_list(
const uint16_t itemNumber,
const uint16_t listLength,
const uint8_t commandID,
const uint8_t p1,
const int16_t p2,
const int32_t p3,
const int32_t p4)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, itemNumber);
_pack(__p, listLength);
_pack(__p, commandID);
_pack(__p, p1);
_pack(__p, p2);
_pack(__p, p3);
_pack(__p, p4);
_encodeBuf.header.length = 16;
_encodeBuf.header.messageID = MSG_COMMAND_LIST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_COMMAND_LIST message
inline void
unpack_msg_command_list(
uint16_t &itemNumber,
uint16_t &listLength,
uint8_t &commandID,
uint8_t &p1,
int16_t &p2,
int32_t &p3,
int32_t &p4)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, itemNumber);
_unpack(__p, listLength);
_unpack(__p, commandID);
_unpack(__p, p1);
_unpack(__p, p2);
_unpack(__p, p3);
_unpack(__p, p4);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_COMMAND_MODE_CHANGE
//@{
/// Structure describing the payload section of the MSG_COMMAND_MODE_CHANGE message
struct msg_command_mode_change {
uint16_t UNSPECIFIED;
};
/// Send a MSG_COMMAND_MODE_CHANGE message
inline void
send_msg_command_mode_change(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_COMMAND_MODE_CHANGE;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_COMMAND_MODE_CHANGE message
inline void
unpack_msg_command_mode_change(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_VALUE_REQUEST
//@{
/// Structure describing the payload section of the MSG_VALUE_REQUEST message
struct msg_value_request {
uint8_t valueID;
uint8_t broadcast;
};
/// Send a MSG_VALUE_REQUEST message
inline void
send_msg_value_request(
const uint8_t valueID,
const uint8_t broadcast)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, valueID);
_pack(__p, broadcast);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_VALUE_REQUEST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_VALUE_REQUEST message
inline void
unpack_msg_value_request(
uint8_t &valueID,
uint8_t &broadcast)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, valueID);
_unpack(__p, broadcast);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_VALUE_SET
//@{
/// Structure describing the payload section of the MSG_VALUE_SET message
struct msg_value_set {
uint8_t valueID;
uint32_t value;
};
/// Send a MSG_VALUE_SET message
inline void
send_msg_value_set(
const uint8_t valueID,
const uint32_t value)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, valueID);
_pack(__p, value);
_encodeBuf.header.length = 5;
_encodeBuf.header.messageID = MSG_VALUE_SET;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_VALUE_SET message
inline void
unpack_msg_value_set(
uint8_t &valueID,
uint32_t &value)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, valueID);
_unpack(__p, value);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_VALUE
//@{
/// Structure describing the payload section of the MSG_VALUE message
struct msg_value {
uint8_t valueID;
uint32_t value;
};
/// Send a MSG_VALUE message
inline void
send_msg_value(
const uint8_t valueID,
const uint32_t value)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, valueID);
_pack(__p, value);
_encodeBuf.header.length = 5;
_encodeBuf.header.messageID = MSG_VALUE;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_VALUE message
inline void
unpack_msg_value(
uint8_t &valueID,
uint32_t &value)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, valueID);
_unpack(__p, value);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_PID_REQUEST
//@{
/// Structure describing the payload section of the MSG_PID_REQUEST message
struct msg_pid_request {
uint8_t pidSet;
};
/// Send a MSG_PID_REQUEST message
inline void
send_msg_pid_request(
const uint8_t pidSet)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, pidSet);
_encodeBuf.header.length = 1;
_encodeBuf.header.messageID = MSG_PID_REQUEST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_PID_REQUEST message
inline void
unpack_msg_pid_request(
uint8_t &pidSet)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, pidSet);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_PID_SET
//@{
/// Structure describing the payload section of the MSG_PID_SET message
struct msg_pid_set {
uint8_t pidSet;
int32_t p;
int32_t i;
int32_t d;
int16_t integratorMax;
};
/// Send a MSG_PID_SET message
inline void
send_msg_pid_set(
const uint8_t pidSet,
const int32_t p,
const int32_t i,
const int32_t d,
const int16_t integratorMax)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, pidSet);
_pack(__p, p);
_pack(__p, i);
_pack(__p, d);
_pack(__p, integratorMax);
_encodeBuf.header.length = 15;
_encodeBuf.header.messageID = MSG_PID_SET;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_PID_SET message
inline void
unpack_msg_pid_set(
uint8_t &pidSet,
int32_t &p,
int32_t &i,
int32_t &d,
int16_t &integratorMax)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, pidSet);
_unpack(__p, p);
_unpack(__p, i);
_unpack(__p, d);
_unpack(__p, integratorMax);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_PID
//@{
/// Structure describing the payload section of the MSG_PID message
struct msg_pid {
uint8_t pidSet;
int32_t p;
int32_t i;
int32_t d;
int16_t integratorMax;
};
/// Send a MSG_PID message
inline void
send_msg_pid(
const uint8_t pidSet,
const int32_t p,
const int32_t i,
const int32_t d,
const int16_t integratorMax)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, pidSet);
_pack(__p, p);
_pack(__p, i);
_pack(__p, d);
_pack(__p, integratorMax);
_encodeBuf.header.length = 15;
_encodeBuf.header.messageID = MSG_PID;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_PID message
inline void
unpack_msg_pid(
uint8_t &pidSet,
int32_t &p,
int32_t &i,
int32_t &d,
int16_t &integratorMax)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, pidSet);
_unpack(__p, p);
_unpack(__p, i);
_unpack(__p, d);
_unpack(__p, integratorMax);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_TRIM_STARTUP
//@{
/// Structure describing the payload section of the MSG_TRIM_STARTUP message
struct msg_trim_startup {
uint16_t value[8];
};
/// Send a MSG_TRIM_STARTUP message
inline void
send_msg_trim_startup(
const uint16_t (&value)[8])
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, value, 8);
_encodeBuf.header.length = 16;
_encodeBuf.header.messageID = MSG_TRIM_STARTUP;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_TRIM_STARTUP message
inline void
unpack_msg_trim_startup(
uint16_t (&value)[8])
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, value, 8);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_TRIM_MIN
//@{
/// Structure describing the payload section of the MSG_TRIM_MIN message
struct msg_trim_min {
uint16_t value[8];
};
/// Send a MSG_TRIM_MIN message
inline void
send_msg_trim_min(
const uint16_t (&value)[8])
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, value, 8);
_encodeBuf.header.length = 16;
_encodeBuf.header.messageID = MSG_TRIM_MIN;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_TRIM_MIN message
inline void
unpack_msg_trim_min(
uint16_t (&value)[8])
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, value, 8);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_TRIM_MAX
//@{
/// Structure describing the payload section of the MSG_TRIM_MAX message
struct msg_trim_max {
uint16_t value[8];
};
/// Send a MSG_TRIM_MAX message
inline void
send_msg_trim_max(
const uint16_t (&value)[8])
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, value, 8);
_encodeBuf.header.length = 16;
_encodeBuf.header.messageID = MSG_TRIM_MAX;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_TRIM_MAX message
inline void
unpack_msg_trim_max(
uint16_t (&value)[8])
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, value, 8);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_RADIO_OUT
//@{
/// Structure describing the payload section of the MSG_RADIO_OUT message
struct msg_radio_out {
uint16_t value[8];
};
/// Send a MSG_RADIO_OUT message
inline void
send_msg_radio_out(
const uint16_t (&value)[8])
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, value, 8);
_encodeBuf.header.length = 16;
_encodeBuf.header.messageID = MSG_RADIO_OUT;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_RADIO_OUT message
inline void
unpack_msg_radio_out(
uint16_t (&value)[8])
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, value, 8);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_SENSOR
//@{
/// Structure describing the payload section of the MSG_SENSOR message
struct msg_sensor {
uint16_t UNSPECIFIED;
};
/// Send a MSG_SENSOR message
inline void
send_msg_sensor(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_SENSOR;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_SENSOR message
inline void
unpack_msg_sensor(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_SERVO_OUT_PLANE
//@{
/// Structure describing the payload section of the MSG_SERVO_OUT_PLANE message
struct msg_servo_out_plane {
int16_t rollServo;
int16_t pitchServo;
uint16_t throttleServo;
int16_t yawServo;
int16_t aux1;
int16_t aux2;
int16_t aux3;
int16_t aux4;
};
/// Send a MSG_SERVO_OUT_PLANE message
inline void
send_msg_servo_out_plane(
const int16_t rollServo,
const int16_t pitchServo,
const uint16_t throttleServo,
const int16_t yawServo,
const int16_t aux1,
const int16_t aux2,
const int16_t aux3,
const int16_t aux4)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, rollServo);
_pack(__p, pitchServo);
_pack(__p, throttleServo);
_pack(__p, yawServo);
_pack(__p, aux1);
_pack(__p, aux2);
_pack(__p, aux3);
_pack(__p, aux4);
_encodeBuf.header.length = 16;
_encodeBuf.header.messageID = MSG_SERVO_OUT_PLANE;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_SERVO_OUT_PLANE message
inline void
unpack_msg_servo_out_plane(
int16_t &rollServo,
int16_t &pitchServo,
uint16_t &throttleServo,
int16_t &yawServo,
int16_t &aux1,
int16_t &aux2,
int16_t &aux3,
int16_t &aux4)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, rollServo);
_unpack(__p, pitchServo);
_unpack(__p, throttleServo);
_unpack(__p, yawServo);
_unpack(__p, aux1);
_unpack(__p, aux2);
_unpack(__p, aux3);
_unpack(__p, aux4);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_PIN_REQUEST
//@{
/// Structure describing the payload section of the MSG_PIN_REQUEST message
struct msg_pin_request {
uint16_t UNSPECIFIED;
};
/// Send a MSG_PIN_REQUEST message
inline void
send_msg_pin_request(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_PIN_REQUEST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_PIN_REQUEST message
inline void
unpack_msg_pin_request(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_PIN_SET
//@{
/// Structure describing the payload section of the MSG_PIN_SET message
struct msg_pin_set {
uint16_t UNSPECIFIED;
};
/// Send a MSG_PIN_SET message
inline void
send_msg_pin_set(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_PIN_SET;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_PIN_SET message
inline void
unpack_msg_pin_set(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_DATAFLASH_REQUEST
//@{
/// Structure describing the payload section of the MSG_DATAFLASH_REQUEST message
struct msg_dataflash_request {
uint16_t UNSPECIFIED;
};
/// Send a MSG_DATAFLASH_REQUEST message
inline void
send_msg_dataflash_request(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_DATAFLASH_REQUEST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_DATAFLASH_REQUEST message
inline void
unpack_msg_dataflash_request(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_DATAFLASH_SET
//@{
/// Structure describing the payload section of the MSG_DATAFLASH_SET message
struct msg_dataflash_set {
uint16_t UNSPECIFIED;
};
/// Send a MSG_DATAFLASH_SET message
inline void
send_msg_dataflash_set(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_DATAFLASH_SET;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_DATAFLASH_SET message
inline void
unpack_msg_dataflash_set(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_EEPROM_REQUEST
//@{
/// Structure describing the payload section of the MSG_EEPROM_REQUEST message
struct msg_eeprom_request {
uint16_t UNSPECIFIED;
};
/// Send a MSG_EEPROM_REQUEST message
inline void
send_msg_eeprom_request(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_EEPROM_REQUEST;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_EEPROM_REQUEST message
inline void
unpack_msg_eeprom_request(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// @name MSG_EEPROM_SET
//@{
/// Structure describing the payload section of the MSG_EEPROM_SET message
struct msg_eeprom_set {
uint16_t UNSPECIFIED;
};
/// Send a MSG_EEPROM_SET message
inline void
send_msg_eeprom_set(
const uint16_t UNSPECIFIED)
{
uint8_t *__p = &_encodeBuf.payload[0];
_pack(__p, UNSPECIFIED);
_encodeBuf.header.length = 2;
_encodeBuf.header.messageID = MSG_EEPROM_SET;
_encodeBuf.header.messageVersion = MSG_VERSION_1;
_sendMessage();
};
/// Unpack a MSG_EEPROM_SET message
inline void
unpack_msg_eeprom_set(
uint16_t &UNSPECIFIED)
{
uint8_t *__p = &_decodeBuf.payload[0];
_unpack(__p, UNSPECIFIED);
};
//@}
//////////////////////////////////////////////////////////////////////
/// Message ID values
enum MessageID {
MSG_ACKNOWLEDGE = 0x0,
MSG_HEARTBEAT = 0x1,
MSG_ATTITUDE = 0x2,
MSG_LOCATION = 0x3,
MSG_PRESSURE = 0x4,
MSG_STATUS_TEXT = 0x5,
MSG_COMMAND_REQUEST = 0x20,
MSG_PERF_REPORT = 0x6,
MSG_COMMAND_UPLOAD = 0x21,
MSG_VERSION_REQUEST = 0x7,
MSG_COMMAND_LIST = 0x22,
MSG_VERSION = 0x8,
MSG_VALUE_REQUEST = 0x30,
MSG_COMMAND_MODE_CHANGE = 0x23,
MSG_VALUE_SET = 0x31,
MSG_VALUE = 0x32,
MSG_PID_REQUEST = 0x40,
MSG_PID_SET = 0x41,
MSG_PID = 0x42,
MSG_TRIM_STARTUP = 0x50,
MSG_TRIM_MIN = 0x51,
MSG_TRIM_MAX = 0x52,
MSG_SENSOR = 0x60,
MSG_RADIO_OUT = 0x53,
MSG_EEPROM_REQUEST = 0xa0,
MSG_EEPROM_SET = 0xa1,
MSG_SERVO_OUT_PLANE = 0x70,
MSG_PIN_REQUEST = 0x80,
MSG_PIN_SET = 0x81,
MSG_DATAFLASH_REQUEST = 0x90,
MSG_DATAFLASH_SET = 0x91,
MSG_ANY = 0xfe,
MSG_NULL = 0xff
};
#pragma pack(pop)