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pwm32e_pro/component/ble/ip/ble/profiles/cgmp/cgmp_common.h
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moyuhai 41a602f89c V1.0
2026-06-09 16:39:17 +08:00

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/**
****************************************************************************************
*
* @file cgmp_common.h
*
* @brief Header File - Continuous Glucose Monitoring Profile common types.
*
* Copyright (C) RivieraWaves 2009-2019
*
****************************************************************************************
*/
#ifndef _CGMP_COMMON_H_
#define _CGMP_COMMON_H_
#include "prf_types.h"
#include "co_math.h"
/*
* DEFINES
****************************************************************************************
*/
/// All valid bits of Flags field
#define CGMS_MEAS_FLAGS_VALID (0xE3)
/// Special value for measurements
/// NaN (not a number)
#define CGMP_NAN (0x07FF)
/// NRes (not at this resolution)
#define CGMP_NRES (0x0800)
/// + INFINITY
#define CGMP_INFINITY_PLUS (0x07FE)
/// - INFINITY
#define CGMP_INFINITY_MINUS (0x0802)
/// Size of the E2E CRC
#define CGMP_CRC_LEN (2)
/// Minimum Size of the Control Point Request
#define CGMP_CP_MIN_LEN (2)
/// Maximum Session Start Time size
#define CGMP_SESS_ST_TIME_SIZE_MAX (7+1+1+2)
/// Size of the calibration block in the Sp Ops requests
#define CGMP_OPS_CALIBRATION_SIZE (11)
/// ERROR CODES
#define CGM_ERROR_MISSING_CRC (0x80)
#define CGM_ERROR_INVALID_CRC (0x81)
/// Time zone defines
#define CGM_TIME_ZONE_MIN (-48)
#define CGM_TIME_ZONE_MAX (56)
#define CGM_TIME_ZONE_UNKNOWN (-128)
/// Compacted size pf the struct cgm_calibration_operand
#define CGMP_CALIBR_SIZE (11)
/// Maximum Features size (uint24 + 2x 4bit + crc)
#define CGM_FEAT_SIZE_MAX (3 + 1 + 2)
///Maximum Status size
#define CGM_IDX_STATUS_SIZE_MAX (2 + 3 + 2)
/// Maximum Session Run Time size
#define CGM_IDX_SESS_RUN_TIME_SIZE_MAX (2 + 2)
/// Maximum Control Point size (OpCode + Operator+ Filter + FilterParameter)
#define CGM_RACP_SIZE_MAX (2 + 5 + 2)
/// Maximum Specific OPs Control Point size (OpCode + Operator+ Operand)
#define CGM_OPS_CTRL_PT_SIZE_MAX (2 + 11 + 2)
/// minimum configuration:
/// 1oct(Size)+ 1oct(flags) + 2oct(Glucose Concentration) +2oct(Time Offset)
#define CGM_MEAS_CMD_MIN_LENGTH (1 +1 +2 +2)
#define CGM_MEAS_CMD_MAX_LENGTH (14)
/// size of read Session Start Time request without e2e-crc
#define CGM_RD_SESS_START_TIME_CFM_SIZE (9)
/// with e2e-crc
#define CGM_SESS_START_TIME_CFM_SIZE_MAX (9+2)
/// size of read status request without e2e-crc
#define CGM_RD_STATUS_CFM_SIZE (5)
/// size of read Session Run Time request without e2e-crc
#define CGM_RD_SESS_RUN_TIME_CFM_SIZE (2)
/*
* ENUMERATIONS
****************************************************************************************
*/
/// CGM Feature Support bit field
enum cgm_feat_bf
{
/// Calibration supported
CGM_FEAT_CALIB_SUP_POS = 0,
CGM_FEAT_CALIB_SUP_BIT = CO_BIT(CGM_FEAT_CALIB_SUP_POS),
/// Patient High/Low Alerts supported
CGM_FEAT_PAT_HIGH_LOW_ALERT_SUP_POS = 1,
CGM_FEAT_PAT_HIGH_LOW_ALERT_SUP_BIT = CO_BIT(CGM_FEAT_PAT_HIGH_LOW_ALERT_SUP_POS),
/// Hypo Alert supported
CGM_FEAT_HYPO_ALERT_SUP_POS = 2,
CGM_FEAT_HYPO_ALERT_SUP_BIT = CO_BIT(CGM_FEAT_HYPO_ALERT_SUP_POS),
/// Hyper Alert supported
CGM_FEAT_HYPER_ALERT_SUP_POS = 3,
CGM_FEAT_HYPER_ALERT_SUP_BIT = CO_BIT(CGM_FEAT_HYPER_ALERT_SUP_POS),
/// Rate of Increase/Decrease Alert supported
CGM_FEAT_RATE_OF_INCR_DECR_ALERT_SUP_POS = 4,
CGM_FEAT_RATE_OF_INCR_DECR_ALERT_SUP_BIT = CO_BIT(CGM_FEAT_RATE_OF_INCR_DECR_ALERT_SUP_POS),
/// Device Specific Alert supported
CGM_FEAT_DEV_SPEC_ALERT_SUP_POS = 5,
CGM_FEAT_DEV_SPEC_ALERT_SUP_BIT = CO_BIT(CGM_FEAT_DEV_SPEC_ALERT_SUP_POS),
/// Sensor Malfunction Detection supported
CGM_FEAT_SENSOR_MALFUNC_DETEC_SUP_POS = 6,
CGM_FEAT_SENSOR_MALFUNC_DETEC_SUP_BIT = CO_BIT(CGM_FEAT_SENSOR_MALFUNC_DETEC_SUP_POS),
/// Sensor Temperature High-Low Detection supported
CGM_FEAT_SENSOR_TEMP_HIGH_LOW_DETECT_SUP_POS = 7,
CGM_FEAT_SENSOR_TEMP_HIGH_LOW_DETECT_SUP_BIT = CO_BIT(CGM_FEAT_SENSOR_TEMP_HIGH_LOW_DETECT_SUP_POS),
/// Sensor Result High-Low Detection supported
CGM_FEAT_SENSOR_RESULT_HIGH_LOW_DETECT_SUP_POS = 8,
CGM_FEAT_SENSOR_RESULT_HIGH_LOW_DETECT_SUP_BIT = CO_BIT(CGM_FEAT_SENSOR_RESULT_HIGH_LOW_DETECT_SUP_POS),
/// Low Battery Detection supported
CGM_FEAT_LOW_BATT_DETECT_SUP_POS = 9,
CGM_FEAT_LOW_BATT_DETECT_SUP_BIT = CO_BIT(CGM_FEAT_LOW_BATT_DETECT_SUP_POS),
/// Sensor Type Error Detection supported
CGM_FEAT_SENSOR_TYPE_ERR_DETECT_SUP_POS = 10,
CGM_FEAT_SENSOR_TYPE_ERR_DETECT_SUP_BIT = CO_BIT(CGM_FEAT_SENSOR_TYPE_ERR_DETECT_SUP_POS),
/// General Device Fault supported
CGM_FEAT_GENERAL_DEV_FAULT_SUP_POS = 11,
CGM_FEAT_GENERAL_DEV_FAULT_SUP_BIT = CO_BIT(CGM_FEAT_GENERAL_DEV_FAULT_SUP_POS),
/// E2E-CRC supported
CGM_FEAT_E2E_CRC_SUP_POS = 12,
CGM_FEAT_E2E_CRC_SUP_BIT = CO_BIT(CGM_FEAT_E2E_CRC_SUP_POS),
/// Multiple Bond supported
CGM_FEAT_MULTI_BOND_SUP_POS = 13,
CGM_FEAT_MULTI_BOND_SUP_BIT = CO_BIT(CGM_FEAT_MULTI_BOND_SUP_POS),
/// Multiple Session supported
CGM_FEAT_MULTI_SESS_SUP_POS = 14,
CGM_FEAT_MULTI_SESS_SUP_BIT = CO_BIT(CGM_FEAT_MULTI_SESS_SUP_POS),
/// CGM Trend Information supported
CGM_FEAT_CGM_TREND_INFO_SUP_POS = 15,
CGM_FEAT_CGM_TREND_INFO_SUP_BIT = CO_BIT(CGM_FEAT_CGM_TREND_INFO_SUP_POS),
/// CGM Quality supported
CGM_FEAT_CGM_QUALITY_SUP_POS = 16,
CGM_FEAT_CGM_QUALITY_SUP_BIT = CO_BIT(CGM_FEAT_CGM_QUALITY_SUP_POS),
};
/// Calibration sample type ID
enum cgmp_type_sample_id
{
/// Capillary whole blood
CGM_TYPE_SMP_CAPILLARY_WHOLE_BLOOD = 1,
/// Capillary Plasma
CGM_TYPE_SMP_CAPILLARY_PLASMA = 2,
/// Capillary whole blood 2
CGM_TYPE_SMP_CAPILLARY_WHOLE_BLOOD_2 = 3,
/// Venous plasma
CGM_TYPE_SMP_VENOUS_PLASMA = 4,
/// Arterial whole blood
CGM_TYPE_SMP_ARTERIAL_WHOLE_BLOOD = 5,
/// Arterial plasma
CGM_TYPE_SMP_ARTERIAL_PLASMA = 6,
/// Undetermined whole blood
CGM_TYPE_SMP_UNDETERMINED_WHOLE_BLOOD = 7,
/// Undetermined plasma
CGM_TYPE_SMP_UNDETERMINED_PLASMA = 8,
/// Interstitial fluid
CGM_TYPE_SMP_INTERSTITIAL_FLUID = 9,
/// Control solution
CGM_TYPE_SMP_CONTROL_SOLUTION = 10,
};
/// Calibration location of sample
enum cgmp_sample_location_id
{
/// Finger
CGM_SMP_LOC_FINGER = 1,
/// Alternate site test
CGM_SMP_LOC_ALTERNATE_SITE_TEST = 2,
/// Earlobe
CGM_SMP_LOC_EARLOBE = 3,
/// Control solution
CGM_SMP_LOC_CONTROL_SOLUTION = 4,
/// Subcutaneous tissue
CGM_SMP_LOC_SUBCUTANEOUS_TISSUE = 5,
/// Location not available
CGM_SMP_LOC_LOCATION_NOT_AVAILABLE = 15,
};
/// Calibration status
enum cgmp_calib_status_bf
{
/// Calibration Data rejected (Calibration failed)
/// 0 for false
/// 1 for true
CGMP_CAL_STATUS_DATA_REJECTED_POS = 0,
CGMP_CAL_STATUS_DATA_REJECTED_BIT = CO_BIT(CGMP_CAL_STATUS_DATA_REJECTED_POS),
/// Calibration Data out of range
/// 0 for false
/// 1 for true
CGMP_CAL_STATUS_DATA_OUT_RANGE_POS = 1,
CGMP_CAL_STATUS_DATA_OUT_RANGE_BIT = CO_BIT(CGMP_CAL_STATUS_DATA_OUT_RANGE_POS),
/// Calibration Process Pending
/// 0 for false
/// 1 for true
CGMP_CAL_STATUS_PROCESS_PENDING_POS = 2,
CGMP_CAL_STATUS_PROCESS_PENDING_BIT = CO_BIT(CGMP_CAL_STATUS_PROCESS_PENDING_POS),
};
/// CGM Measurement Flags bit field
enum cgm_meas_flags_bf
{
/// CGM Trend Information Field (bit 0)
/// 0 for not present
/// 1 for present
CGM_MEAS_FLAGS_CGM_TREND_INFO_POS = 0,
CGM_MEAS_FLAGS_CGM_TREND_INFO_BIT = CO_BIT(CGM_MEAS_FLAGS_CGM_TREND_INFO_POS),
/// CGM Quality Field (bit 1)
/// 0 for not present
/// 1 for present
CGM_MEAS_FLAGS_CGM_QUALITY_POS = 1,
CGM_MEAS_FLAGS_CGM_QUALITY_BIT = CO_BIT(CGM_MEAS_FLAGS_CGM_QUALITY_POS),
/// Sensor Status Annunciation Field - Warning (bit 5)
/// 0 for not present
/// 1 for present
CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_WARN_POS = 5,
CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_WARN_BIT = CO_BIT(CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_WARN_POS),
/// Sensor Status Annunciation Field - Cal/Temp (bit 6)
/// 0 for not present
/// 1 for present
CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_CAL_TEMP_POS = 6,
CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_CAL_TEMP_BIT = CO_BIT(CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_CAL_TEMP_POS),
/// Sensor Status Annunciation Field - Status (bit 7)
/// 0 for not present
/// 1 for present
CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_STATUS_POS = 7,
CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_STATUS_BIT = CO_BIT(CGM_MEAS_FLAGS_SENSOR_STATUS_ANNUNC_STATUS_POS),
};
/// CGM Measurement Sensor Status Annunciation bit field[0:7] - Status-Octet present
enum cgm_meas_sensor_status_annuc_status_bf
{
/// Session Stopped Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_STATUS_SESS_STOPPED_POS = 0,
CGM_MEAS_ANNUNC_STATUS_SESS_STOPPED_BIT = CO_BIT(CGM_MEAS_ANNUNC_STATUS_SESS_STOPPED_POS),
/// Device Battery Low Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_STATUS_DEV_BATT_LOW_POS = 1,
CGM_MEAS_ANNUNC_STATUS_DEV_BATT_LOW_BIT = CO_BIT(CGM_MEAS_ANNUNC_STATUS_DEV_BATT_LOW_POS),
/// Sensor type incorrect for device Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_STATUS_SENSOR_TYPE_INCOR_POS = 2,
CGM_MEAS_ANNUNC_STATUS_SENSOR_TYPE_INCOR_BIT = CO_BIT(CGM_MEAS_ANNUNC_STATUS_SENSOR_TYPE_INCOR_POS),
/// Sensor malfunction Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_STATUS_SENSOR_MALFUNC_POS = 3,
CGM_MEAS_ANNUNC_STATUS_SENSOR_MALFUNC_BIT = CO_BIT(CGM_MEAS_ANNUNC_STATUS_SENSOR_MALFUNC_POS),
/// Device Specific Alert Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_STATUS_DEV_SPEC_ALERT_POS = 4,
CGM_MEAS_ANNUNC_STATUS_DEV_SPEC_ALERT_BIT = CO_BIT(CGM_MEAS_ANNUNC_STATUS_DEV_SPEC_ALERT_POS),
/// General device fault has occurred in the sensor Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_STATUS_GEN_DEV_FAULT_POS = 5,
CGM_MEAS_ANNUNC_STATUS_GEN_DEV_FAULT_BIT = CO_BIT(CGM_MEAS_ANNUNC_STATUS_GEN_DEV_FAULT_POS),
};
/// CGM Measurement Sensor Status Annunciation Field[8:15] - Cal/Temp-Octet present
enum cgm_meas_sensor_status_annuc_cal_temp_bf
{
/// Time synchronization between sensor and collector required Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_CAL_TEMP_TIME_SYNC_REQ_POS = 0,
CGM_MEAS_ANNUNC_CAL_TEMP_TIME_SYNC_REQ_BIT = CO_BIT(CGM_MEAS_ANNUNC_CAL_TEMP_TIME_SYNC_REQ_POS),
/// Calibration not allowed Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_NOT_ALLOWED_POS = 1,
CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_NOT_ALLOWED_BIT = CO_BIT(CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_NOT_ALLOWED_POS),
/// Calibration recommended Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_RECMD_POS = 2,
CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_RECMD_BIT = CO_BIT(CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_RECMD_POS),
/// Calibration required Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_REQ_POS = 3,
CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_REQ_BIT = CO_BIT(CGM_MEAS_ANNUNC_CAL_TEMP_CALIB_REQ_POS),
/// Sensor Temperature too high for valid test/result at time of measurement Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_CAL_TEMP_SENSOR_TEMP_HIGH_POS = 4,
CGM_MEAS_ANNUNC_CAL_TEMP_SENSOR_TEMP_HIGH_BIT = CO_BIT(CGM_MEAS_ANNUNC_CAL_TEMP_SENSOR_TEMP_HIGH_POS),
/// Sensor Temperature too low for valid test/result at time of measurement Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_CAL_TEMP_SENSOR_TEMP_LOW_POS = 5,
CGM_MEAS_ANNUNC_CAL_TEMP_SENSOR_TEMP_LOW_BIT = CO_BIT(CGM_MEAS_ANNUNC_CAL_TEMP_SENSOR_TEMP_LOW_POS),
};
/// CGM Measurement Sensor Status Annunciation bit field[16:23] - Warning-Octet present
enum cgm_meas_sensor_status_annuc_warn_bf
{
/// Sensor result lower than the Patient Low level Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_PAT_POS = 0,
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_PAT_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_PAT_POS),
/// Sensor result higher than the Patient High level Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_PAT_POS = 1,
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_PAT_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_PAT_POS),
/// Sensor result lower than the Hypo level Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_HYPO_POS = 2,
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_HYPO_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_HYPO_POS),
/// Sensor result higher than the Hyper level Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_HYPER_POS = 3,
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_HYPER_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_HYPER_POS),
/// Sensor Rate of Decrease exceeded Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RATE_DECR_POS = 4,
CGM_MEAS_ANNUNC_WARN_SENSOR_RATE_DECR_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RATE_DECR_POS),
/// Sensor Rate of Increase exceeded Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RATE_INCR_POS = 5,
CGM_MEAS_ANNUNC_WARN_SENSOR_RATE_INCR_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RATE_INCR_POS),
/// Sensor result lower than the device can process Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_DEV_POS = 6,
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_DEV_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RES_LOWER_DEV_POS),
/// Sensor result higher than the device can process Field
/// 0 for false
/// 1 for true
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_DEV_POS = 7,
CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_DEV_BIT = CO_BIT(CGM_MEAS_ANNUNC_WARN_SENSOR_RES_HIGHER_DEV_POS),
};
/// Daylight Saving Time Offset
enum cgmp_dst_offset_id
{
/// Daylight Saving Time Offset +0h
CGM_DST_OFFSET_STANDARD_TIME = 0,
/// Daylight Saving Time Offset +0.5h
CGM_DST_OFFSET_HALF_AN_HOUR_DAYLIGHT_TIME = 2,
/// Daylight Saving Time Offset +1h
CGM_DST_OFFSET_DAYLIGHT_TIME = 4,
/// Daylight Saving Time Offset +2h
CGM_DST_OFFSET_DOUBLE_DAYLIGHT_TIME = 8,
/// Unknown value
CGM_DST_OFFSET_UNKNOWN_DAYLIGHT_TIME = 255,
};
/// Control Point OpCodes
enum cgmp_racp_opcodes_id
{
/// Reserved
CGMP_OPCODE_RESERVED = 0,
/// Report stored records
CGMP_OPCODE_REP_STRD_RECS = 1,
/// Delete stored records
CGMP_OPCODE_DEL_STRD_RECS = 2,
/// Abort operation
CGMP_OPCODE_ABORT_OP = 3,
/// Report number of stored records
CGMP_OPCODE_REP_NUM_OF_STRD_RECS = 4,
/// Number of stored records response
CGMP_OPCODE_NUM_OF_STRD_RECS_RSP = 5,
/// Response code
CGMP_OPCODE_RSP_CODE = 6,
};
/// Control Point Operators
enum cgmp_racp_operator_id
{
/// NULL operation
CGMP_OP_NULL = 0,
/// All records
CGMP_OP_ALL_RECS = 1,
/// Less than or equal to
CGMP_OP_LT_OR_EQ = 2,
/// Greater than or equal to
CGMP_OP_GT_OR_EQ = 3,
/// Within range of (inclusive)
CGMP_OP_WITHIN_RANGE_OF = 4,
/// First record(i.e. oldest record)
CGMP_OP_FIRST_REC = 5,
/// Last record (i.e. most recent record)
CGMP_OP_LAST_REC = 6,
};
/// record access control filter type
enum cgmp_racp_filter
{
/// Filter using Time Offset
CGMP_FILTER_TIME_OFFSET = (1),
};
/// Record Access Control Point Response Code Values
enum cgmp_racp_rsp_id
{
/// Success
CGMP_RSP_SUCCESS = 1,
/// Not supported
CGMP_RSP_OP_CODE_NOT_SUP = 2,
/// Invalid Operator
CGMP_RSP_INV_OPERATOR = 3,
/// Operator not supported
CGMP_RSP_OPERATOR_NOT_SUP = 4,
/// Invalid Operand
CGMP_RSP_INV_OPERAND = 5,
/// No records found
CGMP_RSP_NO_RECORDS_FOUND = 6,
/// Abort unsuccessful
CGMP_RSP_ABORT_UNSUCCESSFUL = 7,
/// Procedure not completed
CGMP_RSP_PROC_NOT_CMP = 8,
/// Operand not supported
CGMP_RSP_OPERAND_NOT_SUP = 9,
};
/// Specific Ops Control Point Response Codes
enum cgmp_spec_ops_cp_rsp_id
{
/// Success - Normal response for successful operation
CGMP_OPS_RSP_SUCCESS = 1,
/// Op Code not supported - Normal response if unsupported Op Code is received
CGMP_OPS_RSP_OP_CODE_NOT_SUP = 2,
/// Invalid Operand - Normal response if Operand received does not meet the requirements of the service
CGMP_OPS_RSP_INV_OPERAND = 3,
/// Procedure not completed - Normal response if unable to complete a procedure for any reason
CGMP_OPS_RSP_PROC_NOT_CMP = 4,
/// Parameters out of range - Normal response if Operand received does not meet the range requirements
CGMP_OPS_RSP_PARAM_OUT_OF_RANGE = 5,
};
/// CGM OPS CONTROL POINT Op code
enum cgmp_spec_ops_opcodes_id
{
/// Reserved
CGMP_OPS_CODE_RESERVED = 0,
/// Set CGM communication interval
/// The response to this control point is Response Code (Op Code 0x0F)
CGMP_OPS_CODE_SET_CGM_COM_INTVL = 1,
/// Get CGM communication interval
/// The normal response to this control point is Op Code 0x03.
/// For error conditions, the response is defined in the Op Code - Response Codes field
CGMP_OPS_CODE_GET_CGM_COM_INTVL = 2,
/// Communication interval response
/// This is the normal response to Op Code 0x02
CGMP_OPS_CODE_CGM_COM_INTVL_RSP = 3,
/// Set Glucose Calibration value
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_SET_GLUC_CALIB_VALUE = 4,
/// Get Glucose Calibration value
/// The normal response to this control point is Op Code 0x06. for error conditions,
/// the response is defined in the Op Code - Response Codes field
CGMP_OPS_CODE_GET_GLUC_CALIB_VALUE = 5,
/// Glucose Calibration value
/// Glucose Calibration Value response
CGMP_OPS_CODE_GLUC_CALIB_VALUE_RSP = 6,
/// Set Patient High Alert Level
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_SET_PAT_HIGH_ALERT_LEVEL = 7,
/// Get Patient High Alert Level
/// The normal response to this control point is Op Code 0x09.
/// For error conditions, the response is defined in the Op Code - Response Codes field
CGMP_OPS_CODE_GET_PAT_HIGH_ALERT_LEVEL = 8,
/// Patient High Alert Level response
/// This is the normal response to Op Code 0x08
CGMP_OPS_CODE_PAT_HIGH_ALERT_LEVEL_RSP = 9,
/// Set Patient Low Alert Level
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_SET_PAT_LOW_ALERT_LEVEL = 10,
/// Get Patient Low Alert Level
/// The normal response to this control point is Op Code 0x0C.
/// the response is defined in the Op Code - Response Codes field
CGMP_OPS_CODE_GET_PAT_LOW_ALERT_LEVEL = 11,
/// Patient Low Alert Level response
/// This is the normal response to Op Code 0x0B
CGMP_OPS_CODE_PAT_LOW_ALERT_LEVEL_RSP = 12,
/// Set Hypo Alert Level
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_SET_HYPO_ALERT_LEVEL = 13,
/// Get Hypo Alert Level
/// The normal response to this control point is Op Code 0x0F.
/// the response is defined in the Op Code - Response Codes field
CGMP_OPS_CODE_GET_HYPO_ALERT_LEVEL = 14,
/// Hypo Alert Level response
/// This is the normal response to Op Code 0x0E
CGMP_OPS_CODE_HYPO_ALERT_LEVEL_RSP = 15,
/// Set Hyper Alert Level
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_SET_HYPER_ALERT_LEVEL = 16,
/// Get Hyper Alert Level
/// The normal response to this control point is Op Code 0x12.
/// The response is defined in the Op Code - Response Codes field
CGMP_OPS_CODE_GET_HYPER_ALERT_LEVEL = 17,
/// Hyper Alert Level response
/// This is the normal response to Op Code 0x11
CGMP_OPS_CODE_HYPER_ALERT_LEVEL_RSP = 18,
/// Set Rate of Decrease Alert Level
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_SET_RATE_OF_DECR_ALERT_LEVEL = 19,
/// Get Rate of Decrease Alert Level
/// The normal response to this control point is Op Code 0x15.
/// For error conditions, the response is Response Code
CGMP_OPS_CODE_GET_RATE_OF_DECR_ALERT_LEVEL = 20,
/// Rate of Decrease Alert Level Response
/// This is the normal response to Op Code 0x14
CGMP_OPS_CODE_RATE_OF_DECR_ALERT_LEVEL_RSP = 21,
/// Set Rate of Increase Alert Level
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_SET_RATE_OF_INCR_ALERT_LEVEL = 22,
/// Get Rate of Increase Alert Level
/// The normal response to this control point is Op Code 0x18.
/// For error conditions, the response is Response Code
CGMP_OPS_CODE_GET_RATE_OF_INCR_ALERT_LEVEL = 23,
/// Rate of Increase Alert Level Response
/// This is the normal response to Op Code 0x17
CGMP_OPS_CODE_RATE_OF_INCR_ALERT_LEVEL_RSP = 24,
/// Reset Device Specific Alert
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_RESET_DEV_SPEC_ALERT = 25,
/// Start Session
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_START_SESS = 26,
/// Stop Session
/// The response to this control point is defined in Op Code - Response Codes field
CGMP_OPS_CODE_STOP_SESS = 27,
/// Response
/// see Op Code - Response Codes field
CGMP_OPS_CODE_RSP_CODE = 28,
};
/*
* STRUCTURES
****************************************************************************************
*/
/// CGM Measurement Value
typedef struct cgm_meas_value
{
/// Presence of optional field - bit field @see common cgm_meas_flags_bf
uint8_t flags;
/// The CGM Glucose Concentration Field contains the CGM glucose concentration in mg/dL as a SFLOAT data type.
prf_sfloat gluc_concent;
/// The following values are defined for the Time Offset Field, specifying
/// the relative time difference of the single CGM values to the session
/// start time. Value: (0x0000 - 0xFFFF),
/// Description: (Time offset in minutes as offset to the Session Start Time).
uint16_t time_offset;
/// The Sensor Status Annunciation Field shall be attached to
/// every CGM Measurement Record to which the status applies.
/// bit field @see common cgm_meas_sensor_status_annuc_bf
uint8_t warn;
/// The Sensor Status Annunciation Field. - bit field @see common cgm_meas_sensor_status_annuc_bf
uint8_t cal_temp;
/// The Sensor Status Annunciation Field. - bit field @see common cgm_meas_sensor_status_annuc_bf
uint8_t sensor_status;
/// The CGM Trend Information Field contains the CGM Trend information in (mg/dL)/min as an SFLOAT data type.
/// This field is optional if the device supports CGM Trend information (Bit 15 in CGM Feature is set to 1)
/// otherwise excluded.
prf_sfloat trend_info;
/// This field contains the CGM Quality information in % as an SFLOAT data type.
/// The SFLOAT-Type is a 16-bit word comprising a signed 4-bit integer exponent
/// followed by a signed 12-bit Mantissa, each in twos-complement form.
/// This field is optional if the device supports CGM Quality (Bit 16 in CGM Feature is set to 1)
/// otherwise excluded.
prf_sfloat quality;
} cgm_meas_value_t;
/// CGM Status
typedef struct cgm_status
{
/// The following values are defined for the Time Offset Field, specifying
/// the relative time difference of the single CGM values to the session
/// start time. Value: (0x0000 - 0xFFFF),
/// Description: (Time offset in minutes as offset to the Session Start Time).
uint16_t time_offset;
/// The Sensor Status Annunciation Field shall be attached to every CGM Measurement Record
/// to which the status applies.
uint8_t warning;
/// The Sensor Status Annunciation Field. - bitfield @see common enum cgm_meas_sensor_status_annuc_bf
uint8_t cal_temp;
/// The Sensor Status Annunciation Field. - bitfield @see common enum cgm_meas_sensor_status_annuc_bf
uint8_t annunc_status;
} cgm_status_t;
/// CGM Session Start Time
typedef struct cgm_sess_start_time
{
/// Date time of Session Start Time
prf_date_time_t date_time;
/// (-48..+56) Offset from UTC in number of 15 minutes increments.
/// A value of -128 means that the time zone offset is not known.
/// The offset defined in this characteristic is constant, regardless whether daylight savings is in effect.
int8_t time_zone;
/// DSTOOffset @see common enum cgmp_dst_offset_id
uint8_t dst_offset;
} cgm_sess_start_time_t;
/// CGM Feature
typedef struct cgm_feat_value
{
/// If enabled in CGM Features @see common cgm_feat_bf
uint32_t cgm_feat;
/// Define the Type of Sample @see common enum cgmp_type_sample_id
uint8_t type_samp;
/// Define the Location of Sample @see common enum cgmp_sample_location_id
uint8_t samp_loc;
} cgm_feat_value_t;
/// CGM Calibration Operand value
typedef struct cgm_calib_operand
{
/// Glucose Concentration at Calibration
prf_sfloat cal_gluc_concent;
/// Calibration Time in minutes
uint16_t cal_time;
/// Calibration Type of Sample @see common enum cgmp_type_sample_id
uint8_t cal_type_spl;
/// Calibration Location of Sample @see common enum cgmp_sample_location_id
uint8_t cal_spl_loc;
/// Next Calibration Time in minutes
uint16_t next_cal_time;
/// Calibration Record Number
uint16_t cal_record_num;
/// Calibration Status - bitfield @see common enum cgmp_calib_status_bf
uint8_t cal_status;
} cgm_calib_operand_t;
/// Request Op Code, Response Code Value
typedef struct cgm_ops_req_rsp_code
{
/// request op code value
uint8_t req_op_code;
/// response code value
uint8_t rsp_code;
} cgm_ops_req_rsp_code_t;
/// CGM Ops request Operand value
union cgm_ops_operand
{
/// Communication interval in minutes
/// Request @see CGMP_OPS_CODE_SET_CGM_COM_INTVL
/// Response @see CGMP_OPS_CODE_GET_CGM_COM_INTVL
uint16_t intvl;
/// Operand value as defined in the Calibration Value Fields.
/// Request @see CGMP_OPS_CODE_SET_GLUC_CALIB_VALUE
/// Response @see CGMP_OPS_CODE_GET_GLUC_CALIB_VALUE
cgm_calib_operand_t calib;
/// Calibration Data Record Number
/// Request @see CGMP_OPS_CODE_GET_GLUC_CALIB_VALUE
/// Response @see CGMP_OPS_CODE_SET_GLUC_CALIB_VALUE
uint16_t cal_data_record_num;
/// Patient High bG value in mg/dL
/// Request @see CGMP_OPS_CODE_SET_PAT_HIGH_ALERT_LEVEL
/// Response @see CGMP_OPS_CODE_GET_PAT_HIGH_ALERT_LEVEL
prf_sfloat pat_high_bg;
/// Patient Low bG value in mg/dL
/// Request @see CGMP_OPS_CODE_SET_PAT_LOW_ALERT_LEVEL
/// Response @see CGMP_OPS_CODE_GET_PAT_LOW_ALERT_LEVEL
prf_sfloat pat_low_bg;
/// Hypo Alert Level value in mg/dL
/// Request @see CGMP_OPS_CODE_SET_HYPO_ALERT_LEVEL
/// Response @see CGMP_OPS_CODE_GET_HYPO_ALERT_LEVEL
prf_sfloat hypo_alert_level;
/// Hyper Alert Level value in mg/dL
/// Request @see CGMP_OPS_CODE_SET_HYPER_ALERT_LEVEL
/// Response @see CGMP_OPS_CODE_GET_HYPER_ALERT_LEVEL
prf_sfloat hyper_alert_level;
/// Rate of Decrease Alert Level value in mg/dL/min
/// Request @see CGMP_OPS_CODE_SET_RATE_OF_DECR_ALERT_LEVEL
/// Response @see CGMP_OPS_CODE_GET_RATE_OF_DECR_ALERT_LEVEL
prf_sfloat rate_decr_alert_level;
/// Rate of Increase Alert Level value in mg/dL/min
/// Request @see CGMP_OPS_CODE_SET_RATE_OF_INCR_ALERT_LEVEL
/// Response @see CGMP_OPS_CODE_GET_RATE_OF_INCR_ALERT_LEVEL
prf_sfloat rate_incr_alert_level;
};
#endif /* _CGMP_COMMON_H_ */
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