iprph.hxx

// dawn/include/dawn/proto/nimble/iprph.hxx
//
// SPDX-License-Identifier: Apache-2.0
//
 
#pragma once
 
#include <vector>
 
#include "dawn/io/common.hxx"
#include "dawn/porting/config.hxx"
#include "dawn/proto/nimble/adv.hxx"
 
namespace dawn
{
class IProtoNimblePrphCb
{
public:
  constexpr static uint32_t UUID_AIOS[4] = {0x18150010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_AIOS = 0x1815;
 
  constexpr static uint32_t UUID_INPUT_TRIGGER_SET[4] = {0x2a570010,
                                                         0x7474754e,
                                                         0x694e2058,
                                                         0x454c426d};
 
  constexpr static uint32_t UUID_OUTPUT_TRIGGER_SET[4] = {0x2a5c0010,
                                                          0x7474754e,
                                                          0x694e2058,
                                                          0x454c426d};
 
  constexpr static uint32_t UUID_TIME_TRIGGER_SET[4] = {0x2a3f0010,
                                                        0x7474754e,
                                                        0x694e2058,
                                                        0x454c426d};
 
  constexpr static uint32_t UUID_ESS[4] = {0x181a0010, 0x7474754e, 0x694e2058, 0x454c426d};
  constexpr static uint16_t UUID16_ESS = 0x181a;
 
  constexpr static uint32_t UUID_IMDS[4] = {0x185a0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_IMDS = 0x185a;
 
  constexpr static uint32_t UUID_BSS[4] = {0x183b0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_BSS = 0x183b;
 
  constexpr static uint32_t UUID_DIGITAL[4] = {0x2a560010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_DIGITAL = 0x2a56;
 
  constexpr static uint32_t UUID_ANALOG[4] = {0x2a580010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_ANALOG = 0x2a58;
 
  constexpr static uint32_t UUID_AGGREGATE[4] = {0x2a5a0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_AGGREGATE = 0x2a5a;
 
  constexpr static uint32_t UUID_TEMP[4] = {0x2a6e0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_TEMP = 0x2a6e;
 
  constexpr static uint32_t UUID_ACCEL[4] = {0x2c060010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_ACCEL = 0x2c06;
 
  constexpr static uint32_t UUID_HUM[4] = {0x2a6f0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_HUM = 0x2a6f;
 
  constexpr static uint32_t UUID_PRESS[4] = {0x2a6d0010, 0x7474754e, 0x694e2058, 0x454c426d};
  constexpr static uint16_t UUID16_PRESS = 0x2a6d;
 
  constexpr static uint32_t UUID_UVIDX[4] = {0x2a760010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_UVIDX = 0x2a76;
 
  constexpr static uint32_t UUID_TWINDSPEED[4] = {0x2a700010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_TWINDSPEED = 0x2a70;
 
  constexpr static uint32_t UUID_TWINDDIR[4] = {0x2a710010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_TWINDDIR = 0x2a71;
 
  constexpr static uint32_t UUID_VOLTAGE[4] = {0x2b180010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_VOLTAGE = 0x2b18;
 
  constexpr static uint32_t UUID_VOLTAGEFREQ[4] = {0x2be80010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_VOLTAGEFREQ = 0x2be8;
 
  constexpr static uint32_t UUID_VOLTAGESPEC[4] = {0x2b190010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_VOLTAGESPEC = 0x2b19;
 
  constexpr static uint32_t UUID_VOLTAGESTAT[4] = {0x2b1a0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_VOLTAGESTAT = 0x2b1a;
 
  constexpr static uint32_t UUID_CURRENT[4] = {0x2aee0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_CURRENT = 0x2aee;
 
  constexpr static uint32_t UUID_CURRENTRANGE[4] = {0x2aef0010, 0x7474754e, 0x694e2058, 0x454c426d};
  constexpr static uint16_t UUID16_CURRENTRANGE = 0x2aef;
 
  constexpr static uint32_t UUID_CURRENTSPEC[4] = {0x2af00010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_CURRENTSPEC = 0x2af0;
 
  constexpr static uint32_t UUID_CURRENTSTATS[4] = {0x2af10010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_CURRENTSTATS = 0x2af1;
 
  constexpr static uint32_t UUID_ILLUMINANCE[4] = {0x2afb0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_ILLUMINANCE = 0x2afb;
 
  constexpr static uint32_t UUID_RESISTANCE[4] = {0x272a0010, 0x7474754e, 0x694e2058, 0x454c426d};
 
  constexpr static uint16_t UUID16_RESISTANCE = 0x272a;
 
  constexpr static std::pair<uint16_t, float> charScale[] = {
    {UUID16_TEMP, 100.0f},        
    {UUID16_HUM, 100.0f},         
    {UUID16_PRESS, 100.0f},       
    {UUID16_RESISTANCE, 1.0f},    
    {UUID16_UVIDX, 1.0f},         
    {UUID16_ILLUMINANCE, 100.0f}, 
  };
 
  constexpr static size_t charScaleSize =
    (sizeof(IProtoNimblePrphCb::charScale) / sizeof(IProtoNimblePrphCb::charScale[0]));
 
  static float charScaleGet(uint16_t u)
  {
    for (size_t i = 0; i < IProtoNimblePrphCb::charScaleSize; ++i)
      {
        if (IProtoNimblePrphCb::charScale[i].first == u)
          {
            return IProtoNimblePrphCb::charScale[i].second;
          }
      }
 
    return 0.0f;
  }
 
  virtual int serviceRegister(struct ble_gatt_svc_def *svc) = 0;
 
  virtual int startService(int id) = 0;
 
  virtual int stopService(int id) = 0;
 
  virtual void regObject(SObjectId::ObjectId id) = 0;
 
  virtual CIOCommon *getObject(SObjectId::ObjectId id) = 0;
 
  virtual size_t getObjectsLen() = 0;
};
 
class IProtoNimblePrphService
{
public:
  struct
  {
    CIOCommon *io;    
    uint16_t handle;  
    io_ddata_t *data; 
  } typedef SPrphNotiferCb;
 
  IProtoNimblePrphService(const SObjectCfg::SObjectCfgItem *desc_, IProtoNimblePrphCb *cb_)
  {
    DAWNASSERT(desc_ != nullptr, "NULL pointer");
    DAWNASSERT(cb_ != nullptr, "NULL pointer");
 
    this->desc = desc_;
    this->cb = cb_;
  };
 
  virtual ~IProtoNimblePrphService() {};
 
  virtual int init() = 0;
 
  virtual int deinit() = 0;
 
  virtual int start() = 0;
 
  virtual int stop() = 0;
 
  std::vector<SObjectId::ObjectId> vio;
 
  IProtoNimblePrphCb *cb;
 
  const SObjectCfg::SObjectCfgItem *desc;
};
} // Namespace dawn