path: root/Projects/STM32WB5MM-DK/Applications/BLE/BLE_Mesh_ThermometerSensor/STM32_WPAN/app/models_if.c

/**
  ******************************************************************************
  * @file    models_if.c
  * @author  BLE Mesh Team
  * @brief   Mesh Modes interface file of the application
  ******************************************************************************
  * @attention
  *
  * <h2><center>&copy; Copyright (c) 2020 STMicroelectronics.
  * All rights reserved.</center></h2>
  *
  * This software component is licensed by ST under Ultimate Liberty license
  * SLA0044, the "License"; You may not use this file except in compliance with
  * the License. You may obtain a copy of the License at:
  *                             www.st.com/SLA0044
  *
  ******************************************************************************
  */

/* Includes ------------------------------------------------------------------*/
#include "hal_common.h"
#include "appli_mesh.h"
#include "appli_nvm.h"
#include "ble_hci_le.h"
#include "models_if.h"

#include "common.h"
#include "generic.h"
#include "light.h"
#include "light_lc.h"
#include "time_scene.h"
#include "sensors.h"
#include "vendor.h"
#include "appli_generic.h"
#include "appli_light.h"
#include "appli_light_lc.h"
#include "appli_sensor.h"
#include "appli_vendor.h"
#include "config_client.h"
#include "generic_client.h"
#include "light_client.h"
#include "sensors_client.h"
#include "appli_generic_client.h"
#include "appli_light_client.h"
#include "appli_sensors_client.h"

#include "PWM_config.h"
#include "PWM_handlers.h"

/** @addtogroup ST_BLE_Mesh
*  @{
*/

/** @addtogroup Application_Mesh_Models
*  @{
*/
/* Private variables ---------------------------------------------------------*/
MOBLEUINT8 Led_Value = 0;

MOBLEUINT8 ButtonIndex_Value = 0;

/* Private typedef -----------------------------------------------------------*/
#pragma pack(push, 1)

typedef struct
{
  MOBLE_ADDRESS peer;
  MOBLE_ADDRESS dst;
  MOBLEUINT8 command;
  MOBLEUINT8 elementIndex;
  MOBLEUINT8 appKeyOffset;
  MOBLEUINT8 netKeyOffset;
  MOBLEUINT8 data[DATA_BUFFER_LENGTH]; /* 8-Bytes response packet */
  MOBLEUINT32 length;
} APPLI_SEND_RESPONSE_MODULE;


typedef struct
{
  MOBLEUINT8 packet_count;
  MOBLEUINT32 send_time;
  APPLI_SEND_RESPONSE_MODULE* head;
  MOBLEUINT8 head_index;
  APPLI_SEND_RESPONSE_MODULE packet[MAX_PENDING_PACKETS_QUE_SIZE];
} APPLI_PENDING_PACKETS;

#pragma pack(pop)
/* Private define ------------------------------------------------------------*/
/* Private macro -------------------------------------------------------------*/


/* Private variables ---------------------------------------------------------*/

MOBLEUINT8 pGeneric_OnOffParam[sizeof(Generic_OnOffParam_t)];
MOBLEUINT8 pGeneric_LevelParam[sizeof(Generic_LevelParam_t)];
MOBLEUINT8 pGeneric_DeltaLevelParam[sizeof(Generic_DeltaLevelParam_t)];
MOBLEUINT8 pGeneric_MoveLevelParam[sizeof(Generic_LevelMoveParam_t)];
MOBLEUINT8 pGeneric_PowerOnOffParam[sizeof(Generic_PowerOnOffParam_t)];
MOBLEUINT8 pGeneric_DefaultTransitionTimeParam[sizeof(Generic_DefaultTransitionParam_t)];

MOBLEUINT8 pLightnessParam[sizeof(Light_LightnessParam_t)];
MOBLEUINT8 pLightnessRangeParam[sizeof(Light_LightnessRangeParam_t)];

MOBLEUINT8 pLightCtlParam[sizeof(Light_CtlParam_t)];
MOBLEUINT8 pLightCtlTemperatureParam[sizeof(Light_CtlTemperatureParam_t)];
MOBLEUINT8 pLightCtlTemperatureRangeParam[sizeof(Light_CtlTemperatureRangeParam_t)];
MOBLEUINT8 pLightCtlDefaultParam[sizeof(Light_CtlDefaultParam_t)];

MOBLEUINT8 pLightHslParam[sizeof(Light_HslParam_t)];
MOBLEUINT8 pLightHslRangeParam[sizeof(Light_HslRangeParam_t)];
MOBLEUINT8 pLightHslHueParam[sizeof(Light_HslHueParam_t)];
MOBLEUINT8 pLightHslSaturationParam[sizeof(Light_HslSaturationParam_t)];

MOBLEUINT8 pLightLCModeParam[sizeof(Light_LC_ModeParam_t)];
MOBLEUINT8 pLightLCOccupancyModeParam[sizeof(Light_LC_ModeParam_t)];
MOBLEUINT8 pLightLCOnOffParam[sizeof(Light_LC_OnOffParam_t)];
MOBLEUINT8 pLightLCPropertyParam[6];

MOBLEUINT8 pSensorsCadenceParam[sizeof(sensor_CadenceCbParam_t)];
MOBLEUINT8 pSensorsSettingParam[sizeof(sensor_SettingCbParams_t)];

APPLI_PENDING_PACKETS Appli_PendingPackets = {0};

__attribute__((aligned(4)))const MOBLE_VENDOR_CB_MAP vendor_cb = 
{
  Vendor_WriteLocalDataCb,
  Vendor_ReadLocalDataCb,
  Vendor_OnResponseDataCb
};

__attribute__((aligned(4)))const Appli_Vendor_cb_t VendorAppli_cb = 
{
  /*Vendor Commads*/
  Appli_Vendor_LEDControl,              /// Vendor_WriteLocalDataCb with command = APPLI_LED_CONTROL_STATUS_CMD 
  Appli_Vendor_DeviceInfo,              /// Vendor_WriteLocalDataCb with command = APPLI_DEVICE_INFO_CMD
  Appli_Vendor_Test,                    /// Vendor_WriteLocalDataCb with command = APPLI_TEST_CMD
  Appli_LedCtrl,                        /// Vendor_ReadLocalDataCb with command  = APPLI_LED_CONTROL_STATUS_CMD
  Appli_GetTestValue,                   /// Vendor_ReadLocalDataCb with command  = APPLI_TEST_CMD
  Appli_Vendor_Data_write               /// Vendor_WriteLocalDataCb with command = APPLI_DATA_CNTRL_CMD 
};

__attribute__((aligned(4)))const Appli_Generic_cb_t GenericAppli_cb = 
{
  /* Generic OnOff callbacks */
  Appli_Generic_OnOff_Set,
  /* Generic OnOff Status callbacks */
  Appli_Generic_OnOff_Status,
  /* Generic Level callbacks */
  Appli_Generic_Level_Set,
  Appli_Generic_Delta_Set,
  Appli_Generic_Move_Set,
  /* Generic Level Status callbacks */ 
  Appli_Generic_Level_Status,
  /* Generic Power on off callbacks */
  Appli_Generic_PowerOnOff_Set,
  /* Generic Power on off callbacks */
  Appli_Generic_PowerOnOff_Status,
    
  /* Generic Default transition time callbacks */  
  Appli_Generic_DefaultTransitionTime_Set,
  /* Generic Default transition time callbacks */
  Appli_Generic_DefaultTransitionTime_Status
};

__attribute__((aligned(4)))const Appli_Generic_State_cb_t Appli_GenericState_cb =
{
  
  /* Generic Get On Off status */
  Appli_Generic_GetOnOffStatus,
  Appli_Generic_GetOnOffValue,
  /* Generic Get level status */
  Appli_Generic_GetLevelStatus,
 /* Generic Get Power on off status */
  Appli_Generic_GetPowerOnOffStatus, 
 /* Generic Get Default transition time status */
  Appli_Generic_GetDefaultTransitionStatus
};

__attribute__((aligned(4)))const Appli_Light_GetStatus_cb_t Appli_Light_GetStatus_cb = 
{
  Appli_Light_GetLightnessStatus,
  Appli_Light_GetLightnessLinearStatus,
  Appli_Light_GetLightnessDefaultStatus,
  Appli_Light_GetLightnessLastStatus,
  Appli_Light_GetLightnessRangeStatus,
  Appli_Light_GetCtlLightStatus,
  Appli_Light_GetCtlTargetStatus,
  Appli_Light_GetCtlTemperatureStatus,
  Appli_Light_GetCtlTemperatureRange,
  Appli_Light_GetCtlDefaultStatus,
  Appli_Light_GetHslStatus,
  Appli_Light_GetHslTargetStatus,
  Appli_Light_GetHslHueStatus,
  Appli_Light_GetHslSaturationStatus,
  Appli_Light_GetHslHueRange,
  Appli_Light_GetHslSatRange,
  Appli_Light_GetHslDefaultStatus  
};


__attribute__((aligned(4)))const Appli_Light_cb_t LightAppli_cb = 
{
  /* Light Lightness callbacks */
  Appli_Light_Lightness_Set,
  Appli_Light_Lightness_Status,
  
  Appli_Light_Lightness_Linear_Set,
  Appli_Light_Lightness_Linear_Status,
  
  Appli_Light_Lightness_Default_Set,
  Appli_Light_Lightness_Default_Status,
  
  Appli_Light_Lightness_Last_Set,
  Appli_Light_Lightness_Last_Status,

  Appli_Light_Lightness_Range_Set,
  Appli_Light_Lightness_Range_Status,
  
  Appli_Light_Ctl_Set,
  Appli_Light_Ctl_Status,
  
  Appli_Light_CtlTemperature_Set,
  Appli_Light_CtlTemperature_Status,
  
  Appli_Light_CtlTemperature_Range_Set,
  Appli_Light_CtlTemperature_Range_Status,
  
  Appli_Light_CtlDefault_Set,
  Appli_Light_CtlDefault_Status,
  
  Appli_Light_Hsl_Set,
  Appli_Light_Hsl_Status,
  
  Appli_Light_HslHue_Set,
  Appli_Light_HslHue_Status,
  
  Appli_Light_HslSaturation_Set,
  Appli_Light_HslSaturation_Status,
  
  Appli_Light_HslDefault_Set,
  Appli_Light_HslDefault_Status,
  
  Appli_Light_HslRange_Set,
  Appli_Light_HslRange_Status
};

/*#ifdef ENABLE_SENSOR_MODEL_CLIENT*/
__attribute__((aligned(4))) const sensor_client_cb_t SensorAppli_cb = 
{
  Appli_Sensor_Descriptor_Status,
  Appli_Sensor_Cadence_Status,
  Appli_Sensor_Settings_Status,
  Appli_Sensor_Setting_Status,
  Appli_Sensor_Status,
  Appli_Sensor_Column_Status,
  Appli_Sensor_Series_Status
};
/*#endif*/

__attribute__((aligned(4)))const MODEL_SIG_cb_t Model_SIG_cb[] = 
{
#ifdef ENABLE_GENERIC_MODEL_SERVER  
  {
    GenericModelServer_GetOpcodeTableCb,
    GenericModelServer_GetStatusRequestCb,
    GenericModelServer_ProcessMessageCb
  },
#endif
  
#ifdef ENABLE_LIGHT_MODEL_SERVER
  {
    LightModelServer_GetOpcodeTableCb,
    LightModelServer_GetStatusRequestCb,
    LightModelServer_ProcessMessageCb
  },
#endif
  
#ifdef ENABLE_SENSOR_MODEL_SERVER
{
  SensorModelServer_GetOpcodeTableCb,
  SensorModelServer_GetStatusRequestCb,
  SensorModelServer_ProcessMessageCb
  },
#endif
  
#ifdef ENABLE_TIME_SCENE_MODEL_SERVER
  {
    Time_SceneModelServer_GetOpcodeTableCb,
    Time_SceneModelServer_GetStatusRequestCb,
    Time_SceneModelServer_ProcessMessageCb
  },
#endif
  
#ifdef ENABLE_LIGHT_MODEL_SERVER_LC
  {
    LightLcServer_GetOpcodeTableCb,
    LightLcServer_GetStatusRequestCb,
    LightLcServer_ProcessMessageCb
  },
#endif
  
#ifdef ENABLE_GENERIC_MODEL_CLIENT
  {
    GenericModelClient_GetOpcodeTableCb,
    GenericModelClient_GetStatusRequestCb,
    GenericModelClient_ProcessMessageCb
  },
#endif  
  
#ifdef ENABLE_CONFIG_MODEL_CLIENT
  {
    ConfigClientModel_GetOpcodeTableCb,
    ConfigClientModel_GetStatusRequestCb,
    ConfigClientModel_ProcessMessageCb
  },
#endif
#ifdef ENABLE_LIGHT_MODEL_CLIENT
  {
    LightModelClient_GetOpcodeTableCb,
    LightModelClient_GetStatusRequestCb,
    LightModelClient_ProcessMessageCb
  },
#endif  
  
#ifdef ENABLE_SENSOR_MODEL_CLIENT
  {
    SensorsModelClient_GetOpcodeTableCb,
    SensorsModelClient_GetStatusRequestCb,
    SensorsModelClient_ProcessMessageCb
  },
#endif  
  
  { 
    0, 0, 0 
  }
};

__attribute__((aligned(4)))const APPLI_SAVE_MODEL_STATE_CB SaveModelState_cb = AppliNvm_SaveModelState;

#if 0
__attribute__((aligned(4)))const APPLI_SAVE_MODEL_TEST_STATE_CB SaveModelTestState_cb = AppliNVM_Save_FlashTesting;
__attribute__((aligned(4)))const APPLI_RETRIEVE_MODEL_TEST_STATE_CB RetrieveModelTestState_cb = AppliNVM_Retrieve_FlashTesting;
#endif

#define MODEL_SIG_COUNT ( ( sizeof(Model_SIG_cb)/sizeof(Model_SIG_cb[0]) - 1 ))
                                   
__attribute__((aligned(4)))const MODEL_Vendor_cb_t Model_Vendor_cb[] = 
{
#ifdef ENABLE_VENDOR_MODEL_SERVER  
  {
    VendorModel_PID1_GetOpcodeTableCb,
    VendorModel_PID1_GetStatusRequestCb,
    VendorModel_PID1_ProcessMessageCb
  },
#endif  
  { 0, 0,0 }
};

#define MODEL_VENDOR_COUNT ( ( sizeof(Model_Vendor_cb)/sizeof(Model_Vendor_cb[0]) - 1 ))

extern MOBLEUINT8 NumberOfElements;

/* Private function prototypes -----------------------------------------------*/
/* Private functions ---------------------------------------------------------*/

void GetApplicationVendorModels(const MODEL_Vendor_cb_t** pModelsTable, MOBLEUINT32* VendorModelscount)
{
  *pModelsTable = Model_Vendor_cb       ;
  *VendorModelscount = MODEL_VENDOR_COUNT;
  
   TRACE_M(TF_VENDOR_M, "GetApplicationVendorModels \r\n");
}

/**
* @brief  Initialization Commands for Models
* @param  void
* @retval void
*/    
void BLEMesh_ModelsInit(void)
{
  
#ifdef ENABLE_SAVE_MODEL_STATE_NVM
  
  MOBLEUINT16 modelStateLoad_Size;
  MOBLEUINT8 modelStateLoadBuff[APP_NVM_MODEL_SIZE];    
  
#ifdef CLIENT
  MOBLEUINT8 PrvnStateLoad_Size;
  MOBLEUINT8 PrvnlStateLoadBuff[16]; 
#endif
  
#if 0
#ifdef ENABLE_NVM_TEST	
  /* Testing of flash code */
  Device_FlashTesting();
#endif	
#endif
  
  /* Inintialise the light model range states with default values */
  Light_ModelRangeInit();
  
  /* Callbacks used by BlueNRG-Mesh Models */
  BLEMesh_SetSIGModelsCbMap(Model_SIG_cb, MODEL_SIG_COUNT);
 
#if defined ENABLE_SENSOR_MODEL_SERVER && !defined CUSTOM_BOARD_PWM_SELECTION  
  /* Initialization of sensors */
  Appli_Sensor_Init();
#endif  

  Appli_Light_LCs_Init();
#endif  
  
  /* Load generic model states from nvm */
  AppliNvm_LoadModelState(modelStateLoadBuff, &modelStateLoad_Size);
  if (modelStateLoad_Size != 0)
  {
    /* update states of generic model */
    Model_RestoreStates(modelStateLoadBuff, modelStateLoad_Size);
  }
  
#ifdef CLIENT
  AppliPrvnNvm_LoadData(PrvnlStateLoadBuff,&PrvnStateLoad_Size);
#endif
  
}

/**
* @brief  Process Commands for Models
* @param  void
* @retval void
*/    
void BLEMesh_ModelsProcess(void)
{
#ifdef ENABLE_GENERIC_MODEL_SERVER  
  Generic_Process();
#endif

#ifdef ENABLE_LIGHT_MODEL_SERVER  
  Lighting_Process();
#endif

#ifdef ENABLE_VENDOR_MODEL_SERVER  
  Vendor_Process();
#endif  
/* Define this Macro to enable the publication of sensors data.*/ 
#if defined ENABLE_SENSOR_MODEL_SERVER 
  Sensor_Process();
#endif  

#if ENABLE_APPLI_TEST  
  Test_Process();
#endif   

#ifdef ENABLE_SAVE_MODEL_STATE_NVM  
  ModelSave_Process();
#endif
  
#ifdef ENABLE_LIGHT_MODEL_SERVER_LC   
  Light_LC_Process();
#endif
}

/**
* @brief  Publish Command for Models
* @param  void
* @retval void
*/    
void BLEMesh_ModelsCommand(void)
{
#ifdef VENDOR_CLIENT_MODEL_PUBLISH     
  Appli_Vendor_Publish(BLEMesh_GetAddress());
#endif
  
#if defined(GENERIC_CLIENT_MODEL_PUBLISH) || defined(LIGHT_CLIENT_MODEL_PUBLISH) 
  Led_Value ^= APPLI_LED_ON;
  pGeneric_OnOffParam[0] = Led_Value;    /* OnOff parameter byte 0 : The target value of the Generic Onoff state */  
  
  pLightLCModeParam[0] = Led_Value;
  pLightLCOccupancyModeParam[0] = Led_Value;
  pLightLCOnOffParam[0] = Led_Value;
  
  /*This Switch-case allows to quickly set the different Models Messages parameters in order to demonstrate Client APIs functionning */
  switch (ButtonIndex_Value){
  case 0:
    ButtonIndex_Value=0x1;
    
    pGeneric_LevelParam[0]= 0xE8;           /* Level parameter byte 0 : The target value of the Generic Level state */
    pGeneric_LevelParam[1]= 0x03;           /* Level parameter byte 1 : The target value of the Generic Level state */
    
    pGeneric_DeltaLevelParam[0]= 0xE8;      /* Delta Level parameter byte 0 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[1]= 0x03;      /* Delta Level parameter byte 1 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[2]= 0x00;      /* Delta Level parameter byte 2 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[3]= 0x00;      /* Delta Level parameter byte 3 : The Delta change of the Generic Level state */
    
    pGeneric_MoveLevelParam[0]= 0xE8;       /*Move Delta Level parameter byte 0 : The Delta Level step to calculate Move speed for the Generic Level state */
    pGeneric_MoveLevelParam[1]= 0x03;       /*Move Delta  Level parameter byte 1 : The Delta Level step to calculate Move speed for the Generic Level state */
    
    pGeneric_DefaultTransitionTimeParam[0]=0x0F;    /*Transition time parameter byte 0 : The value of the Generic Default Transition Time state */
    
    pGeneric_PowerOnOffParam[0]=0x1;        /*OnPowerUp parameter byte 0 : The value of the Generic OnPowerUp state */
    
    pLightnessParam[0] = 0xE8;              /*Lightness parameter byte 0 : The target value of the Light Lightness Actual/Linear/Default state */
    pLightnessParam[1] = 0x03;              /*Lightness parameter byte 1 : The target value of the Light Lightness Actual/Linear/Default state */
    
    pLightnessRangeParam[0] = 0xE8;         /*Lightness Range Min parameter byte 0 : The value of the Lightness Range Min field of the Light Lightness Range state */
    pLightnessRangeParam[1] = 0x03;         /*Lightness Range Min parameter byte 1 : The value of the Lightness Range Min field of the Light Lightness Range state */
    pLightnessRangeParam[2] = 0x88;         /*Lightness Range Max parameter byte 0 : The value of the Lightness Range Max field of the Light Lightness Range state */
    pLightnessRangeParam[3] = 0x13;         /*Lightness Range Max parameter byte 1 : The value of the Lightness Range Max field of the Light Lightness Range state */
    
    pLightCtlParam[0] = 0xE8;               /*CTL Lightness parameter byte 0 : The target value of the Light CTL Lightness state */
    pLightCtlParam[1] = 0x03;               /*CTL Lightness parameter byte 1 : The target value of the Light CTL Lightness state */
    pLightCtlParam[2] = 0xE8;               /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature state */
    pLightCtlParam[3] = 0x03;               /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature state */
    pLightCtlParam[4] = 0xE8;               /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV state */
    pLightCtlParam[5] = 0x03;               /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV state */
    
    pLightCtlTemperatureParam[0] = 0xE8;    /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature state */
    pLightCtlTemperatureParam[1] = 0x03;    /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature state */
    pLightCtlTemperatureParam[2] = 0xE8;    /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV state */
    pLightCtlTemperatureParam[3] = 0x03;    /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV state */
    
    pLightCtlTemperatureRangeParam[0] = 0xE8;       /*Temperature Range Min parameter byte 0 : The value of the Temperature Range Min field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[1] = 0x03;       /*Temperature Range Min parameter byte 1 : The value of the Temperature Range Min field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[2] = 0x88;       /*Temperature Range Max parameter byte 0 : The value of the Temperature Range Max field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[3] = 0x13;       /*Temperature Range Max parameter byte 1 : The value of the Temperature Range Max field of the Light CTL Temperature Range state */
    
    pLightCtlDefaultParam[0] = 0xE8;        /*CTL Lightness parameter byte 0 : The target value of the Light CTL Lightness Default state*/
    pLightCtlDefaultParam[1] = 0x03;        /*CTL Lightness parameter byte 1 : The target value of the Light CTL Lightness Default state*/
    pLightCtlDefaultParam[2] = 0xE8;        /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature Default state*/
    pLightCtlDefaultParam[3] = 0x03;        /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature Default state*/
    pLightCtlDefaultParam[4] = 0xE8;        /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV Default state*/
    pLightCtlDefaultParam[5] = 0x03;        /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV Default state*/
    /** Red color **/    
    pLightHslParam[0] = 0x44;               /*HSL Lightness parameter byte 0 : The target value of the Light HSL Lightness state*/
    pLightHslParam[1] = 0x44;               /*HSL Lightness parameter byte 1 : The target value of the Light HSL Lightness state*/
    pLightHslParam[2] = 0x64;               /*HSL Hue parameter byte 0 : The target value of the Light HSL Hue state*/
    pLightHslParam[3] = 0x04;               /*HSL Hue parameter byte 1 : The target value of the Light HSL Hue state*/
    pLightHslParam[4] = 0xff;               /*HSL Saturation parameter byte 0 : The target value of the Light HSL Saturation state*/
    pLightHslParam[5] = 0xff;               /*HSL Saturation parameter byte 1 : The target value of the Light HSL Saturation state*/
        
    pLightHslRangeParam[0] = 0xE8;          /*HSL Hue Range Min parameter byte 0 : The value of the Hue Range Min field of the Light HSL Hue Range state*/
    pLightHslRangeParam[1] = 0x03;          /*HSL Hue Range Min parameter byte 1 : The value of the Hue Range Min field of the Light HSL Hue Range state*/
    pLightHslRangeParam[2] = 0x88;          /*HSL Hue Range Max parameter byte 0 : The value of the Hue Range Max field of the Light HSL Hue Range state*/
    pLightHslRangeParam[3] = 0x13;          /*HSL Hue Range Max parameter byte 1 : The value of the Hue Range Max field of the Light HSL Hue Range state*/
    pLightHslRangeParam[4] = 0x88;          /*HSL Saturation Min parameter byte 0 : The value of the Saturation Range Min field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[5] = 0x13;          /*HSL Saturation Min parameter byte 1 : The value of the Saturation Range Min field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[6] = 0x70;          /*HSL Saturation Max parameter byte 0 : The value of the Saturation Range Max field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[7] = 0x17;          /*HSL Saturation Max parameter byte 1 : The value of the Saturation Range Max field of the Light HSL Saturation Range state*/
    
    pLightHslHueParam[0] = 0xE8;            /*HSL Hue parameter byte 0 : The target value of the Light HSL Hue state*/
    pLightHslHueParam[1] = 0x03;            /*HSL Hue parameter byte 1 : The target value of the Light HSL Hue state*/
    
    pLightHslSaturationParam[0] = 0xE8;     /*HSL Saturation parameter byte 0 : The target value of the Light HSL Saturation state*/
    pLightHslSaturationParam[1] = 0x03;     /*HSL Saturation parameter byte 1 : The target value of the Light HSL Saturation state*/
    
    /*LIGHT_CONTROL_AMBIENT_LUXLEVEL_ON_PID  : 0x002B*/
    pLightLCPropertyParam[0]= 0x2B;           /* Property ID byte 0 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[1]= 0x00;           /* Property ID byte 1 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[2]= 0x44;           /* Property ID byte 0 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[3]= 0x44;           /* Property ID byte 1 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[4]= 0x44;           /* Property ID byte 2 : Property ID identifying a Light LC Property.*/
    break;
    
  case 1:
    ButtonIndex_Value=0x2;
    
    pGeneric_LevelParam[0]= 0xff;           /* Level parameter byte 0 : The target value of the Generic Level state */
    pGeneric_LevelParam[1]= 0x7f;           /* Level parameter byte 1 : The target value of the Generic Level state */
    
    pGeneric_DeltaLevelParam[0]= 0x10;      /* Delta Level parameter byte 0 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[1]= 0x27;      /* Delta Level parameter byte 1 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[2]= 0x00;      /* Delta Level parameter byte 2 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[3]= 0x00;      /* Delta Level parameter byte 3 : The Delta change of the Generic Level state */
    
    pGeneric_MoveLevelParam[0]= 0xff;       /*Move Delta Level parameter byte 0 : The Delta Level step to calculate Move speed for the Generic Level state */
    pGeneric_MoveLevelParam[1]= 0x7f;       /*Move Delta  Level parameter byte 1 : The Delta Level step to calculate Move speed for the Generic Level state */
    
    pGeneric_DefaultTransitionTimeParam[0]=0x10;    /*Transition time parameter byte 0 : The value of the Generic Default Transition Time state */
    
    pGeneric_PowerOnOffParam[0]=0x2;        /*OnPowerUp parameter byte 0 : The value of the Generic OnPowerUp state. */
    
    pLightnessParam[0] = 0xff;              /*Lightness parameter byte 0 : The target value of the Light Lightness Actual/Linear/Default state */
    pLightnessParam[1] = 0xff;              /*Lightness parameter byte 1 : The target value of the Light Lightness Actual/Linear/Default state */
    
    pLightnessRangeParam[0] = 0x00;         /*Lightness Range Min parameter byte 0 : The value of the Lightness Range Min field of the Light Lightness Range state */
    pLightnessRangeParam[1] = 0x00;         /*Lightness Range Min parameter byte 1 : The value of the Lightness Range Min field of the Light Lightness Range state */
    pLightnessRangeParam[2] = 0xff;         /*Lightness Range Max parameter byte 0 : The value of the Lightness Range Max field of the Light Lightness Range state */
    pLightnessRangeParam[3] = 0xff;         /*Lightness Range Max parameter byte 1 : The value of the Lightness Range Max field of the Light Lightness Range state */
    
    pLightCtlParam[0] = 0xff;               /*CTL Lightness parameter byte 0 : The target value of the Light CTL Lightness state */
    pLightCtlParam[1] = 0xff;               /*CTL Lightness parameter byte 1 : The target value of the Light CTL Lightness state */
    pLightCtlParam[2] = 0x20;               /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature state */
    pLightCtlParam[3] = 0x4e;               /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature state */
    pLightCtlParam[4] = 0xff;               /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV state */
    pLightCtlParam[5] = 0x7f;               /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV state */
    
    pLightCtlTemperatureParam[0] = 0x20;    /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature state */
    pLightCtlTemperatureParam[1] = 0x4e;    /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature state */
    pLightCtlTemperatureParam[2] = 0xff;    /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV state */
    pLightCtlTemperatureParam[3] = 0x7f;    /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV state */
    
    pLightCtlTemperatureRangeParam[0] = 0x19;       /*Temperature Range Min parameter byte 0 : The value of the Temperature Range Min field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[1] = 0x4e;       /*Temperature Range Min parameter byte 1 : The value of the Temperature Range Min field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[2] = 0x20;       /*Temperature Range Max parameter byte 0 : The value of the Temperature Range Max field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[3] = 0x4e;       /*Temperature Range Max parameter byte 1 : The value of the Temperature Range Max field of the Light CTL Temperature Range state */
    
    pLightCtlDefaultParam[0] = 0xff;        /*CTL Lightness parameter byte 0 : The target value of the Light CTL Lightness Default state*/
    pLightCtlDefaultParam[1] = 0xff;        /*CTL Lightness parameter byte 1 : The target value of the Light CTL Lightness Default state*/
    pLightCtlDefaultParam[2] = 0x20;        /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature Default state*/
    pLightCtlDefaultParam[3] = 0x4e;        /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature Default state*/
    pLightCtlDefaultParam[4] = 0xff;        /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV Default state*/
    pLightCtlDefaultParam[5] = 0x7f;        /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV Default state*/
    /** Green color **/      
    pLightHslParam[0] = 0xc6;               /*HSL Lightness parameter byte 0 : The target value of the Light HSL Lightness state*/
    pLightHslParam[1] = 0x46;               /*HSL Lightness parameter byte 1 : The target value of the Light HSL Lightness state*/
    pLightHslParam[2] = 0x19;               /*HSL Hue parameter byte 0 : The target value of the Light HSL Hue state*/
    pLightHslParam[3] = 0x51;               /*HSL Hue parameter byte 1 : The target value of the Light HSL Hue state*/
    pLightHslParam[4] = 0xd7;               /*HSL Saturation parameter byte 0 : The target value of the Light HSL Saturation state*/
    pLightHslParam[5] = 0xed;               /*HSL Saturation parameter byte 1 : The target value of the Light HSL Saturation state*/
        
    pLightHslRangeParam[0] = 0x00;          /*HSL Hue Range Min parameter byte 0 : The value of the Hue Range Min field of the Light HSL Hue Range state*/
    pLightHslRangeParam[1] = 0xf0;          /*HSL Hue Range Min parameter byte 1 : The value of the Hue Range Min field of the Light HSL Hue Range state*/
    pLightHslRangeParam[2] = 0xff;          /*HSL Hue Range Max parameter byte 0 : The value of the Hue Range Max field of the Light HSL Hue Range state*/
    pLightHslRangeParam[3] = 0xff;          /*HSL Hue Range Max parameter byte 1 : The value of the Hue Range Max field of the Light HSL Hue Range state*/
    pLightHslRangeParam[4] = 0x00;          /*HSL Saturation Min parameter byte 0 : The value of the Saturation Range Min field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[5] = 0xe0;          /*HSL Saturation Min parameter byte 1 : The value of the Saturation Range Min field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[6] = 0xff;          /*HSL Saturation Max parameter byte 0 : The value of the Saturation Range Max field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[7] = 0xef;          /*HSL Saturation Max parameter byte 1 : The value of the Saturation Range Max field of the Light HSL Saturation Range state*/
    
    pLightHslHueParam[0] = 0xff;            /*HSL Hue parameter byte 0 : The target value of the Light HSL Hue state*/
    pLightHslHueParam[1] = 0xff;            /*HSL Hue parameter byte 1 : The target value of the Light HSL Hue state*/
    
    pLightHslSaturationParam[0] = 0xff;     /*HSL Saturation parameter byte 0 : The target value of the Light HSL Saturation state*/
    pLightHslSaturationParam[1] = 0xff;     /*HSL Saturation parameter byte 1 : The target value of the Light HSL Saturation state*/
    
    /*LIGHT_CONTROL_AMBIENT_LUXLEVEL_ON_PID  : 0x002B*/
    pLightLCPropertyParam[0]= 0x2B;           /* Property ID byte 0 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[1]= 0x00;           /* Property ID byte 1 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[2]= 0x01;           /* Property ID byte 0 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[3]= 0x00;           /* Property ID byte 1 : Property ID identifying a Light LC Property.*/   
    pLightLCPropertyParam[4]= 0x10;           /* Property ID byte 2 : Property ID identifying a Light LC Property.*/
    break;
    
  case 2:
    ButtonIndex_Value=0x0;
    
    pGeneric_LevelParam[0]= 0x00;           /* Level parameter byte 0 : The target value of the Generic Level state */ 
    pGeneric_LevelParam[1]= 0x00;           /* Level parameter byte 1 : The target value of the Generic Level state */
    
    pGeneric_DeltaLevelParam[0]= 0x00;      /* Delta Level parameter byte 0 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[1]= 0x00;      /* Delta Level parameter byte 1 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[2]= 0x00;      /* Delta Level parameter byte 2 : The Delta change of the Generic Level state */
    pGeneric_DeltaLevelParam[3]= 0x00;      /* Delta Level parameter byte 3 : The Delta change of the Generic Level state */
    
    pGeneric_MoveLevelParam[0]= 0x00;       /*Move Delta Level parameter byte 0 : The Delta Level step to calculate Move speed for the Generic Level state */
    pGeneric_MoveLevelParam[1]= 0x00;       /*Move Delta  Level parameter byte 1 : The Delta Level step to calculate Move speed for the Generic Level state */
    
    pGeneric_DefaultTransitionTimeParam[0]=0x00;    /*Transition time parameter byte 0 : The value of the Generic Default Transition Time state */
    
    pGeneric_PowerOnOffParam[0]=0x0;        /*OnPowerUp parameter byte 0 : The value of the Generic OnPowerUp state. */
    
    pLightnessParam[0] = 0x00;              /*Lightness parameter byte 0 : The target value of the Light Lightness Actual/Linear/Default state */
    pLightnessParam[1] = 0x00;              /*Lightness parameter byte 1 : The target value of the Light Lightness Actual/Linear/Default state */
    
    pLightnessRangeParam[0] = 0x00;         /*Lightness Range Min parameter byte 0 : The value of the Lightness Range Min field of the Light Lightness Range state */
    pLightnessRangeParam[1] = 0x00;         /*Lightness Range Min parameter byte 1 : The value of the Lightness Range Min field of the Light Lightness Range state */
    pLightnessRangeParam[2] = 0x00;         /*Lightness Range Max parameter byte 0 : The value of the Lightness Range Max field of the Light Lightness Range state */
    pLightnessRangeParam[3] = 0x10;         /*Lightness Range Max parameter byte 1 : The value of the Lightness Range Max field of the Light Lightness Range state */
    
    pLightCtlParam[0] = 0x00;               /*CTL Lightness parameter byte 0 : The target value of the Light CTL Lightness state */
    pLightCtlParam[1] = 0x00;               /*CTL Lightness parameter byte 1 : The target value of the Light CTL Lightness state */
    pLightCtlParam[2] = 0x20;               /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature state */
    pLightCtlParam[3] = 0x03;               /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature state */
    pLightCtlParam[4] = 0x00;               /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV state */
    pLightCtlParam[5] = 0x00;               /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV state */
    
    pLightCtlTemperatureParam[0] = 0x20;    /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature state */
    pLightCtlTemperatureParam[1] = 0x03;    /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature state */
    pLightCtlTemperatureParam[2] = 0x00;    /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV state */
    pLightCtlTemperatureParam[3] = 0x00;    /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV state */
    
    pLightCtlTemperatureRangeParam[0] = 0x20;       /*Temperature Range Min parameter byte 0 : The value of the Temperature Range Min field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[1] = 0x03;       /*Temperature Range Min parameter byte 1 : The value of the Temperature Range Min field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[2] = 0x21;       /*Temperature Range Max parameter byte 0 : The value of the Temperature Range Max field of the Light CTL Temperature Range state */
    pLightCtlTemperatureRangeParam[3] = 0x03;       /*Temperature Range Max parameter byte 1 : The value of the Temperature Range Max field of the Light CTL Temperature Range state */
    
    pLightCtlDefaultParam[0] = 0x00;        /*CTL Lightness parameter byte 0 : The target value of the Light CTL Lightness Default state */
    pLightCtlDefaultParam[1] = 0x00;        /*CTL Lightness parameter byte 1 : The target value of the Light CTL Lightness Default state */
    pLightCtlDefaultParam[2] = 0x20;        /*CTL Temperature parameter byte 0 : The target value of the Light CTL Temperature Default state */
    pLightCtlDefaultParam[3] = 0x03;        /*CTL Temperature parameter byte 1 : The target value of the Light CTL Temperature Default state */
    pLightCtlDefaultParam[4] = 0x00;        /*CTL Delta UV parameter byte 0 : The target value of the Light CTL Delta UV Default state */
    pLightCtlDefaultParam[5] = 0x00;        /*CTL Delta UV parameter byte 1 : The target value of the Light CTL Delta UV Default state */
    
    pLightHslParam[0] = 0x00;               /*HSL Lightness parameter byte 0 : The target value of the Light HSL Lightness state */
    pLightHslParam[1] = 0x00;               /*HSL Lightness parameter byte 1 : The target value of the Light HSL Lightness state */
    pLightHslParam[2] = 0x00;               /*HSL Hue parameter byte 0 : The target value of the Light HSL Hue state */
    pLightHslParam[3] = 0x00;               /*HSL Hue parameter byte 1 : The target value of the Light HSL Hue state */
    pLightHslParam[4] = 0x00;               /*HSL Saturation parameter byte 0 : The target value of the Light HSL Saturation state */
    pLightHslParam[5] = 0x00;               /*HSL Saturation parameter byte 1 : The target value of the Light HSL Saturation state */
    
    pLightHslRangeParam[0] = 0x00;          /*HSL Hue Range Min parameter byte 0 : The value of the Hue Range Min field of the Light HSL Hue Range state*/
    pLightHslRangeParam[1] = 0x00;          /*HSL Hue Range Min parameter byte 1 : The value of the Hue Range Min field of the Light HSL Hue Range state*/
    pLightHslRangeParam[2] = 0x00;          /*HSL Hue Range Max parameter byte 0 : The value of the Hue Range Max field of the Light HSL Hue Range state*/
    pLightHslRangeParam[3] = 0x10;          /*HSL Hue Range Max parameter byte 1 : The value of the Hue Range Max field of the Light HSL Hue Range state*/
    pLightHslRangeParam[4] = 0x00;          /*HSL Saturation Min parameter byte 0 : The value of the Saturation Range Min field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[5] = 0x00;          /*HSL Saturation Min parameter byte 1 : The value of the Saturation Range Min field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[6] = 0x00;          /*SL Saturation Max parameter byte 0 : The value of the Saturation Range Max field of the Light HSL Saturation Range state*/
    pLightHslRangeParam[7] = 0x20;          /*HSL Saturation Max parameter byte 1 : The value of the Saturation Range Max field of the Light HSL Saturation Range state*/
    
    pLightHslHueParam[0] = 0x00;            /*HSL Hue parameter byte 0 : The target value of the Light HSL Hue state */
    pLightHslHueParam[1] = 0x00;            /*HSL Hue parameter byte 1 : The target value of the Light HSL Hue state */
    
    pLightHslSaturationParam[0] = 0x00;     /*HSL Saturation parameter byte 0 : The target value of the Light HSL Saturation state*/
    pLightHslSaturationParam[1] = 0x00;     /*HSL Saturation parameter byte 1 : The target value of the Light HSL Saturation state*/
    
    /*LIGHT_CONTROL_AMBIENT_LUXLEVEL_ON_PID  : 0x002B */
    pLightLCPropertyParam[0]= 0x2B;           /* Property ID byte 0 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[1]= 0x00;           /* Property ID byte 1 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[2]= 0x00;           /* Property ID byte 0 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[3]= 0x00;           /* Property ID byte 1 : Property ID identifying a Light LC Property.*/
    pLightLCPropertyParam[4]= 0x00;           /* Property ID byte 2 : Property ID identifying a Light LC Property.*/
    break;
    
  default:
    break;
  }
      
      
#ifdef GENERIC_CLIENT_MODEL_PUBLISH  
  /** GENERIC ONOFF **/  
/*      TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API ONOFF SET ACK ------------- \r\n");
        Appli_GenericClient_API(0, GENERIC_ON_OFF_SET_ACK, pGeneric_OnOffParam); 
 */
      TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API ONOFF SET UNACK ------------- \r\n");
      Appli_GenericClient_API(0, GENERIC_ON_OFF_SET_UNACK, pGeneric_OnOffParam);  
      
  /** GENERIC LEVEL **/  
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API LEVEL SET ACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_LEVEL_SET_ACK, pGeneric_LevelParam); */ 
/*  */
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API LEVEL SET UNACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_LEVEL_SET_UNACK, pGeneric_LevelParam);  */
/*  */
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API DELTA LEVEL SET ACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_DELTA_SET, pGeneric_DeltaLevelParam);*/  
/*  */
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API DELTA LEVEL SET UNACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_DELTA_SET_UNACK, pGeneric_DeltaLevelParam); */ 
/*  */
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API MOVE DELTA LEVEL SET ACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_MOVE_SET, pGeneric_MoveLevelParam); */ 
/*  */
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API MOVE DELTA LEVEL SET UNACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_MOVE_SET_UNACK, pGeneric_MoveLevelParam);  */
      
  /** GENERIC POWER ONOFF **/  
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API POWER ON OFF SET ACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_POWER_ON_OFF_SET, pGeneric_PowerOnOffParam); */ 
/*  */
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API POWER ON OFF SET UNACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_POWER_ON_OFF_SET_UNACK, pGeneric_PowerOnOffParam); */ 
      
  /** GENERIC TRANSITION TIME **/  
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API DEFAULT TRANSITION TIME SET ACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_DEFAULT_TRANSITION_TIME_SET, pGeneric_DefaultTransitionTimeParam);  */
/*  */
/*  TRACE_M(TF_GENERIC_CLIENT_M, "----------- Generic API DEFAULT TRANSITION TIME SET UNACK ------------- \r\n");*/
/*  Appli_GenericClient_API(0, GENERIC_DEFAULT_TRANSITION_TIME_SET_UNACK, pGeneric_DefaultTransitionTimeParam);  */
#endif
      
#ifdef  LIGHT_CLIENT_MODEL_PUBLISH
  /** LIGHT LIGHTNESS **/    
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_SET, pLightnessParam); */
/*  */
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_SET_UNACK, pLightnessParam); */   
      
  /** LIGHT LIGHTNESS LINEAR **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS SET LINEAR ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_LINEAR_SET, pLightnessParam); */ 
      
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS SET LINEAR UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_LINEAR_SET_UNACK, pLightnessParam); */   
      
  /** LIGHT LIGHTNESS DEFAULT **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS DEFAULT SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_DEFAULT_SET, pLightnessParam);  */
 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS DEFAULT SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_DEFAULT_SET_UNACK, pLightnessParam); */   
      
  /** LIGHT LIGHTNESS RANGE **/       
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS RANGE SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_RANGE_SET, pLightnessRangeParam);*/  
 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LIGHTNESS RANGE SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LIGHTNESS_RANGE_SET_UNACK, pLightnessRangeParam);*/    
      
  /** LIGHT LIGHTNESS CTL **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_SET, pLightCtlParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_SET_UNACK, pLightCtlParam);*/
      
  /** LIGHT LIGHTNESS CTL TEMPERATURE**/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL TEMPERATURE SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_TEMPERATURE_SET, pLightCtlTemperatureParam);*/  
      
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL TEMPERATURE SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_TEMPERATURE_SET_UNACK, pLightCtlTemperatureParam);*/
      
  /** LIGHT LIGHTNESS CTL TEMPERATURE RANGE**/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL TEMPERATURE RANGE SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_TEMPERATURE_RANGE_SET, pLightCtlTemperatureRangeParam);*/  
      
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL TEMPERATURE RANGE SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_TEMPERATURE_RANGE_SET_UNACK, pLightCtlTemperatureRangeParam);*/
      
  /** LIGHT LIGHTNESS CTL DEFAULT**/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL DEFAULT SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_DEFAULT_SET, pLightCtlDefaultParam);*/  
      
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT CTL DEFAULT SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_CTL_DEFAULT_SET_UNACK, pLightCtlDefaultParam);*/
      
  /** LIGHT LIGHTNESS HSL **/
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_SET, pLightHslParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_SET_UNACK, pLightHslParam);*/
  
  /** LIGHT LIGHTNESS HSL DEFAULT **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL DEFAULT SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_DEFAULT_SET, pLightHslParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL DEFAULT SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_DEFAULT_SET_UNACK, pLightHslParam);*/
  
  /** LIGHT LIGHTNESS HSL RANGE **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL RANGE SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_RANGE_SET, pLightHslRangeParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL RANGE SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_RANGE_SET_UNACK, pLightHslRangeParam);*/
  
  /** LIGHT LIGHTNESS HSL HUE **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL HUE SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_HUE_SET, pLightHslHueParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL HUE SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_HUE_SET_UNACK, pLightHslHueParam);*/
  
  /** LIGHT LIGHTNESS HSL SATURATION **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL SATURATION SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_SATURATION_SET, pLightHslSaturationParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT HSL SATURATION SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_HSL_SATURATION_SET_UNACK, pLightHslSaturationParam);*/
  
  /** LIGHT LC MODE **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC MODE SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_MODE_SET, pLightLCModeParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC MODE SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_MODE_SET_UNACK, pLightLCModeParam);*/
  
  /** LIGHT LC OM **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC OM SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_OM_SET, pLightLCOccupancyModeParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC OM SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_OM_SET_UNACK, pLightLCOccupancyModeParam);*/
  
  /** LIGHT LC ONOFF **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC ONOFF SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_ON_OFF_SET, pLightLCOnOffParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC ONOFF SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_ON_OFF_SET_UNACK, pLightLCOnOffParam);*/   
  
  /** LIGHT LC PROPERTY **/ 
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC PROPERTY SET ACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_PROPERTY_SET, pLightLCPropertyParam);*/  
  
/*  TRACE_M(TF_LIGHT_CLIENT_M, "----------- API LIGHT LC PROPERTY SET UNACK ------------- \r\n");*/
/*  Appli_LightClient_API(0, LIGHT_LC_PROPERTY_SET_UNACK, pLightLCPropertyParam);*/   
#endif      
#endif  
      
 #ifdef ENABLE_SENSOR_MODEL_CLIENT    
  /** SENSOR CADENCE**/ 
  /* 
    PRESENT_AMBIENT_TEMPERATURE_PID : 0x004F
  */
  pSensorsCadenceParam[0]= 0x4F;           /* Property ID byte 0 : Property ID for the sensor.*/
  pSensorsCadenceParam[1]= 0x00;           /* Property ID byte 1 : Property ID for the sensor.*/
  
  pSensorsCadenceParam[2]= 0x81;           /* Fast Cadence Period Divisor bits 0-7: Divisor for the Publish Period.*/
                                           /* Status Trigger Type bit 8 : Defines the unit and format of the Status Trigger Delta fields.*/
  pSensorsCadenceParam[3]= 0x11;           /* Status Trigger Delta Down byte 0 : Delta down value that triggers a status message.*/
  pSensorsCadenceParam[4]= 0x11;           /* Status Trigger Delta Down byte 1 : Delta down value that triggers a status message.*/
  
  pSensorsCadenceParam[5]= 0x22;           /* Status Trigger Delta Up byte 0 : Delta down value that triggers a status message.*/
  pSensorsCadenceParam[6]= 0x22;           /* Status Trigger Delta Up byte 1 : Delta down value that triggers a status message.*/
  
  pSensorsCadenceParam[7]= 0x10;           /* Status Min Interval byte 0 : Minimum interval between two consecutive Status messages. */
  
  pSensorsCadenceParam[8]= 0x33;           /* Fast Cadence Low byte 0 : Low value for the fast cadence range.*/
  
  pSensorsCadenceParam[9]= 0x44;          /* Fast Cadence High byte 0 : High value for the fast cadence range.*/
  
/*  TRACE_M(TF_SENSOR_CLIENT_M, "----------- API SENSOR CADENCE SET ------------- \r\n");*/
/*  Appli_SensorsClient_API(0, SENSOR_CADENCE_SET, pSensorsCadenceParam);*/
  
/*  TRACE_M(TF_SENSOR_CLIENT_M, "----------- API SENSOR CADENCE SET UNACK ------------- \r\n");*/
/*  Appli_SensorsClient_API(0, SENSOR_CADENCE_SET_UNACK, pSensorsCadenceParam);*/  
  
  /** SENSOR SETTING**/ 
  /*      
      PRESENT_AMBIENT_TEMPERATURE_PID : 0x004F
      Second Property PID : 0x00AD
  */
  pSensorsSettingParam[0]= 0x4F;           /* Property ID byte 0 : Property ID for the sensor*/
  pSensorsSettingParam[1]= 0x00;           /* Property ID byte 1 : Property ID for the sensor*/
  pSensorsSettingParam[2]= 0xAD;           /* Sensor Setting Property ID byte 0 : Property ID for the sensor setting*/
  pSensorsSettingParam[3]= 0x00;           /* Sensor Setting Property ID byte 1 : Property ID for the sensor setting*/
  
  switch (ButtonIndex_Value){
  case 0:
    pSensorsSettingParam[4]= 0x10;           /* Sensor Setting Property ID byte 0 : Property ID for the sensor setting*/
    /*pSensorsSettingParam[5]= 0x10;*/           /* Sensor Setting Property ID byte 1 : Property ID for the sensor setting*/
    break;
  case 1:
    pSensorsSettingParam[4]= 0x20;           /* Sensor Setting Property ID byte 0 : Property ID for the sensor setting*/
    /*pSensorsSettingParam[5]= 0x20;*/           /* Sensor Setting Property ID byte 1 : Property ID for the sensor setting*/
    break;
  case 2:
    pSensorsSettingParam[4]= 0x0F;           /* Sensor Setting Property ID byte 0 : Property ID for the sensor setting*/
    /*pSensorsSettingParam[5]= 0x00;*/           /* Sensor Setting Property ID byte 1 : Property ID for the sensor setting*/
    break;
  default:
    break;
  }
/*  TRACE_M(TF_SENSOR_CLIENT_M, "----------- API SENSOR SETTING SET ------------- \r\n");*/
/*  Appli_SensorsClient_API(0, SENSOR_SETTING_SET, pSensorsSettingParam);*/
  
/*  TRACE_M(TF_SENSOR_CLIENT_M, "----------- API SENSOR SETTING SET UNACK ------------- \r\n");*/
/*  Appli_SensorsClient_API(0, SENSOR_SETTING_SET_UNACK, pSensorsSettingParam);*/  
#endif /* ENABLE_SENSOR_MODEL_CLIENT    */
  
      
/* if CLIENT and SERVER => Publish is already done in CLIENT */
#ifdef GENERIC_SERVER_MODEL_PUBLISH 
#ifndef GENERIC_CLIENT_MODEL_PUBLISH  
  Generic_Publish(BLEMesh_GetAddress());
#endif
#endif
}


/**
* @brief  Get the Element Number for selected Model 
* @param  dst_peer : Destination Address received
* @retval MOBLEUINT8 : elementNumber
*/ 
MOBLEUINT8 BLEMesh_ModelsGetElementNumber(MOBLE_ADDRESS dst_peer)
{
  
  MOBLE_ADDRESS nodeAddress;
  MOBLEUINT8 elementNumber;
  
  nodeAddress = BLEMesh_GetAddress();
  elementNumber = ((dst_peer - nodeAddress)+1);
  
  return elementNumber;
}

/**
* @brief  Get the Element Index for selected Model 
* @param  dst_peer : Destination Address received
* @retval MOBLEUINT8 : elementIndex
*/ 
MOBLEUINT8 BLEMesh_ModelsGetElementIndex(MOBLE_ADDRESS dst_peer)
{
  
  MOBLE_ADDRESS nodeAddress;
  MOBLEUINT8 elementIndex;
  
  nodeAddress = BLEMesh_GetAddress();
  elementIndex =(dst_peer - nodeAddress);
  
  return elementIndex;
}
  

/**
* @brief  Schedule a packet to be sent with randomized send timestamp  
*         If a que is empty, random timestamp is calculated
*         Subsequent packets are sent in sequence
* @param  *pmsgParam Pointer to structure of message header for parameters:
*          elementIndex, src, dst addresses, TTL, RSSI, NetKey & AppKey Offset
* @param  status:  Command status
* @param  data:    Data buffer.
* @param  length:  Length of data in bytes.
* @retval None
*/ 
void BLEMesh_ModelsDelayPacket(MODEL_MessageHeader_t *pmsgParams,
                               MOBLEUINT8 command, 
                               MOBLEUINT8 const * data, 
                               MOBLEUINT32 length)
{
  MOBLEUINT8 random_time[8];
  
  if (Appli_PendingPackets.packet_count == 0)
  {
    Appli_PendingPackets.packet_count = 1;
    hci_le_rand(random_time);
    Appli_PendingPackets.send_time = Clock_Time() + 
      DEFAULT_DELAY_PACKET_FROM + 
        (random_time[0] + random_time[1]*256)\
          %DEFAULT_DELAY_PACKET_RANDOM_TIME;    
    Appli_PendingPackets.head = Appli_PendingPackets.packet;
    Appli_PendingPackets.head_index = 0;
    TRACE_M(TF_MISC, "Randomized time: %ld\n\r", Appli_PendingPackets.send_time - Clock_Time());
  }
  else 
  {
    Appli_PendingPackets.packet_count += 1;
    Appli_PendingPackets.packet_count = (Appli_PendingPackets.packet_count)%\
      (MAX_PENDING_PACKETS_QUE_SIZE+1);
    
    if (Appli_PendingPackets.head != (Appli_PendingPackets.packet + \
      MAX_PENDING_PACKETS_QUE_SIZE - 1))
    {
      Appli_PendingPackets.head = Appli_PendingPackets.head +1;
      Appli_PendingPackets.head_index = Appli_PendingPackets.head_index+1;
    }
    else
    {
      Appli_PendingPackets.head = Appli_PendingPackets.packet;
      Appli_PendingPackets.head_index = 0;
    }
  }  
  
  Appli_PendingPackets.head->peer = pmsgParams->peer_addr;
  Appli_PendingPackets.head->dst = pmsgParams->dst_peer;
  Appli_PendingPackets.head->elementIndex = pmsgParams->elementIndex;
  Appli_PendingPackets.head->appKeyOffset = pmsgParams->rcvdAppKeyOffset;
  Appli_PendingPackets.head->netKeyOffset = pmsgParams->rcvdNetKeyOffset;
  Appli_PendingPackets.head->command = command;
  Appli_PendingPackets.head->length = length;
  for (MOBLEUINT8 count=0; count<length; count++)
    Appli_PendingPackets.head->data[count] = data[count];
}   


/**
* @brief  If send timestamp is reached and que is not empty, send all packets
* @param  None
* @retval None
*/
void BLEMesh_ModelsSendDelayedPacket(void)
{
  APPLI_SEND_RESPONSE_MODULE* ptr;
  MODEL_MessageHeader_t msgParam;
  MOBLEUINT8 temp_index;
  
  if ((Appli_PendingPackets.packet_count != 0) && 
      (Appli_PendingPackets.send_time <= Clock_Time()))
  {
    for (MOBLEUINT8 count=Appli_PendingPackets.packet_count; count!=0; count--)
    {
    TRACE_M(TF_MISC, "Sending randomized packets. Packet count: %d \n\r",\
        Appli_PendingPackets.packet_count - count + 1);
      temp_index = ((Appli_PendingPackets.head_index+MAX_PENDING_PACKETS_QUE_SIZE+1)\
        -count)%MAX_PENDING_PACKETS_QUE_SIZE;
      ptr = Appli_PendingPackets.packet + temp_index;
      
      /* Initialize the messageParam*/
      msgParam.dst_peer = ptr->dst;
      msgParam.peer_addr = ptr->peer;
      msgParam.elementIndex = 0;
      msgParam.rcvdAppKeyOffset = 0;
      msgParam.rcvdNetKeyOffset = 0;
      msgParam.rssi = 0;
      msgParam.ttl = 0;
      
      VendorModel_SendResponse(VENDOR_STMICRO_CID, 
                               &msgParam,
                               ptr->command,
                               ptr->data,
                               ptr->length);
    }
    
    Appli_PendingPackets.packet_count = 0;
  }
}

/** \brief Set remote publication for the given Model ID & node Address
* User is responsible for serializing data into \a data buffer. Vendor_WriteLocalDataCb 
*                                  callback will be called on the remote device.
* @param modelId ID of the model. 
* @param elementIdx element index
* @param command vendor model commands 
* @param data Data buffer.
* @param length Length of data in bytes.
* @param response If 'MOBLE_TRUE', used to get the response. If 'MOBLE_FALSE', no response 
* @return MOBLE_RESULT_SUCCESS on success.
*/
MOBLE_RESULT MeshClient_SetRemotePublication(MOBLEUINT32 modelId, MOBLEUINT8 elementIdx,
                                              MOBLEUINT16 msg_opcode, MOBLEUINT8 const *msg_buff, 
                                              MOBLEUINT32 length, MOBLEBOOL ack_flag,
                                              MOBLEUINT8 isVendor)
{
    MOBLE_ADDRESS srcAddress;
      
    srcAddress = BLEMesh_GetAddress();
    srcAddress += elementIdx;  /* Get the Address to send in the message */
    
    return BLEMesh_SetRemotePublication(modelId, 
                                            srcAddress ,
                                            msg_opcode , 
                                            msg_buff, length,
                                            ack_flag, 
                                            MOBLE_FALSE);
}

/**
* @brief  Convert ASCII value into Character
* @param  tempValue : 8bit value for conversion
* @retval MOBLEUINT8 
*/         
MOBLEUINT8 BLEMesh_ModelsASCII_To_Char(MOBLEUINT8 tempValue)
{
  tempValue = tempValue - 0x30;
  return tempValue;
} 

__weak void Test_Process(void)
{
}
/**
* @}
*/

/**
* @}
*/

/******************* (C) COPYRIGHT 2020 STMicroelectronics *****END OF FILE****/