SensorCommonPlugin.h

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#ifndef DW_SENSORS_COMMON_PLUGIN_H
#define DW_SENSORS_COMMON_PLUGIN_H
 
#include <dw/core/base/Types.h>
#include <dw/core/context/Context.h>
 
#include <dw/sensors/Sensors.h>
 
#ifdef __cplusplus
extern "C" {
#endif
 
typedef void* dwSensorPluginSensorHandle_t;
 
// Enum to indicate the relationship between raw and decoded data for a custom sensor
typedef enum {
    DW_SENSORS_RAW_DEC_ONE_TO_ONE = 0,
    DW_SENSORS_RAW_DEC_MANY_TO_ONE = 1,
    DW_SENSORS_RAW_DEC_NOT_SUPPORTED = 2
} dwSensorPlugin_rawToDecMap;
 
typedef struct
{
    size_t packetSize;
    dwSensorPlugin_rawToDecMap rawToDec;
} dwSensorPluginProperties;
 
// Holds the sensor firmware version information
typedef struct
{
    // Separate the fwVersion string into three pieces.
    uint64_t versionMajor; // Firmware version major number
    uint64_t versionMinor; // Firmware version minor number
    uint64_t versionPatch; // Firmware version patch number
    char* versionString;   // Firmware version string
} dwSensorPlugin_firmwareVersion;
 
// Holds the sensor information
typedef struct
{
    dwSensorPlugin_firmwareVersion firmware;
} dwSensorPlugin_information;
 
// Enum to indicate which level the raw data to read from
typedef enum {
    DW_SENSORS_RAW_DATA_LEVEL_ZERO  = 0, // Raw data same as from readRawData, TP segment in SOME/IP use case
    DW_SENSORS_RAW_DATA_LEVEL_ONE   = 1, // Raw data combined from LEVEL_ZERO raw Data, reassembled pdu(from segments) in SOME/IP use case
    DW_SENSORS_RAW_DATA_LEVEL_TWO   = 2, // Raw data combined from LEVEL_ONE raw Data, combined pdu(from split pdus)
    DW_SENSORS_RAW_DATA_LEVEL_COUNT = 3  // Count for validating user passed level
} dwSensorPlugin_rawDataLevel;
 
typedef dwStatus (*dwSensorPlugin_createHandle)(dwSensorPluginSensorHandle_t* handle,
                                                dwSensorPluginProperties* properties,
                                                const char* params, dwContextHandle_t ctx);
 
typedef dwStatus (*dwSensorPlugin_release)(dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_createSensor)(const char* params, dwSALHandle_t sal, dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_start)(dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_stop)(dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_reset)(dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_readRawData)(const uint8_t** data, size_t* size, dwTime_t* timestamp,
                                               dwTime_t timeout_us, dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_returnRawData)(const uint8_t* data, dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_pushData)(size_t* lenPushed, const uint8_t* data, size_t const size, dwSensorPluginSensorHandle_t handle);
 
typedef dwStatus (*dwSensorPlugin_getSensorInformation)(dwSensorPlugin_information* information, dwSensorPluginSensorHandle_t sensor);
 
typedef dwStatus (*dwSensorPlugin_getRawPackets)(uint8_t const* const rawData, size_t* const size,
                                                 dwSensorPlugin_rawDataLevel level, int32_t groupNum, uint8_t const** const data, dwSensorPluginSensorHandle_t handle);
typedef dwStatus (*dwSensorPlugin_rawDataReadyForDecode)(size_t* offset, size_t* size, uint8_t const* const data, dwSensorPluginSensorHandle_t ctx);
 
typedef struct
{
    dwSensorPlugin_createHandle createHandle;
    dwSensorPlugin_createSensor createSensor;
    dwSensorPlugin_release release;
    dwSensorPlugin_start start;
    dwSensorPlugin_stop stop;
    dwSensorPlugin_reset reset;
    dwSensorPlugin_readRawData readRawData;
    dwSensorPlugin_returnRawData returnRawData;
    dwSensorPlugin_pushData pushData;
    dwSensorPlugin_getSensorInformation getSensorInformation;
    dwSensorPlugin_getRawPackets getRawPackets;
    dwSensorPlugin_rawDataReadyForDecode rawDataReadyForDecode;
} dwSensorCommonPluginFunctions;
 
#ifdef __cplusplus
}
#endif
 
#endif