Pavit Noinongyao / Mbed 2 deprecated SmartPlugBLE

Bluetooth Low Energy for Smart Plug

Dependencies:   BLE_API mbed nRF51822

Services/SmartPlugService.h@3:aaa92c61931a, 2015-07-13 (annotated)

Committer:
Slepnir
Date:
Mon Jul 13 13:14:34 2015 +0000
Revision:
3:aaa92c61931a
Parent:
2:6db5c9a2894c 
SPCommunication class Added

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Slepnir 0:25ad6eba7916 1 #ifndef SP_SERVICE_H
Slepnir 0:25ad6eba7916 2 #define SP_SERVICE_H
Slepnir 0:25ad6eba7916 3
Slepnir 0:25ad6eba7916 4 #include "ble/BLE.h"
Slepnir 0:25ad6eba7916 5 #include "MVC.h"
Slepnir 0:25ad6eba7916 6 #include "mbed.h"
Slepnir 0:25ad6eba7916 7 #include "SmartPlugBLE.h"
Slepnir 0:25ad6eba7916 8
Slepnir 0:25ad6eba7916 9
Slepnir 0:25ad6eba7916 10 #define FULL_UUID(uuid_16) { \
Slepnir 0:25ad6eba7916 11 0x9B,0x3F,uuid_16>>16,uuid_16&0xFF,0x65,0x80,0x47,0x51, \
Slepnir 0:25ad6eba7916 12 0xB0,0x2F,0xA7,0xB5,0x19,0x4C,0x7F,0x23 \
Slepnir 0:25ad6eba7916 13 }
Slepnir 0:25ad6eba7916 14
Slepnir 0:25ad6eba7916 15 static const uint16_t SPS_UUID_SERVICE = 0x1522;
Slepnir 0:25ad6eba7916 16 static const uint16_t SPS_UUID_VOLTAGE_CHAR = 0x1523;
Slepnir 0:25ad6eba7916 17 static const uint16_t SPS_UUID_CURERNT_CHAR = 0x1524;
Slepnir 0:25ad6eba7916 18 static const uint16_t SPS_UUID_POWER_CHAR = 0x1525;
Slepnir 0:25ad6eba7916 19 static const uint16_t SPS_UUID_POWER_FACTOR_CHAR = 0x1526;
Slepnir 0:25ad6eba7916 20 static const uint16_t SPS_UUID_ENERGY_CHAR = 0x1527;
Slepnir 0:25ad6eba7916 21 static const uint16_t SPS_UUID_RELAY_CHAR = 0x1528;
Slepnir 0:25ad6eba7916 22 static const uint16_t SPS_UUID_UPDATE_CHAR = 0x1529;
Slepnir 0:25ad6eba7916 23
Slepnir 0:25ad6eba7916 24 static const uint8_t SPS_UUID_SERVICE_FULL[] = FULL_UUID(SPS_UUID_SERVICE);
Slepnir 0:25ad6eba7916 25 static const uint8_t SPS_UUID_VOLTAGE_CHAR_FULL[] = FULL_UUID(SPS_UUID_VOLTAGE_CHAR);
Slepnir 0:25ad6eba7916 26 static const uint8_t SPS_UUID_CURERNT_CHAR_FULL[] = FULL_UUID(SPS_UUID_CURERNT_CHAR);
Slepnir 0:25ad6eba7916 27 static const uint8_t SPS_UUID_POWER_CHAR_FULL[] = FULL_UUID(SPS_UUID_POWER_CHAR);
Slepnir 0:25ad6eba7916 28 static const uint8_t SPS_UUID_POWER_FACTOR_CHAR_FULL[] = FULL_UUID(SPS_UUID_POWER_FACTOR_CHAR);
Slepnir 0:25ad6eba7916 29 static const uint8_t SPS_UUID_ENERGY_CHAR_FULL[] = FULL_UUID(SPS_UUID_ENERGY_CHAR);
Slepnir 0:25ad6eba7916 30 static const uint8_t SPS_UUID_RELAY_CHAR_FULL[] = FULL_UUID(SPS_UUID_RELAY_CHAR);
Slepnir 0:25ad6eba7916 31 static const uint8_t SPS_UUID_UPDATE_CHAR_FULL[] = FULL_UUID(SPS_UUID_UPDATE_CHAR);
Slepnir 0:25ad6eba7916 32
Slepnir 0:25ad6eba7916 33
Slepnir 0:25ad6eba7916 34 class SmartPlugService: public Observer
Slepnir 0:25ad6eba7916 35 {
Slepnir 0:25ad6eba7916 36 public:
Slepnir 0:25ad6eba7916 37 SmartPlugService(BLE &_ble, SmartPlugBLE &sys);
Slepnir 0:25ad6eba7916 38
Slepnir 2:6db5c9a2894c 39 void updateVoltage(uint32_t value);
Slepnir 2:6db5c9a2894c 40 void updateCurrent(uint32_t value);
Slepnir 2:6db5c9a2894c 41 void updatePower(uint32_t value);
Slepnir 2:6db5c9a2894c 42 void updatePowerFactor(uint32_t value);
Slepnir 0:25ad6eba7916 43 void onDataWritten(const GattWriteCallbackParams *params);
Slepnir 2:6db5c9a2894c 44 void updateObserver(void* data);
Slepnir 1:e036e77762fa 45 void updateRelay(Relay* relay);
Slepnir 2:6db5c9a2894c 46 void updateEnergy(uint32_t value);
Slepnir 0:25ad6eba7916 47 void setupService(void);
Slepnir 0:25ad6eba7916 48 private:
Slepnir 1:e036e77762fa 49 class RelayValueBytes
Slepnir 1:e036e77762fa 50 {
Slepnir 1:e036e77762fa 51 public:
Slepnir 2:6db5c9a2894c 52 static const uint8_t MAX_SIZE_BYTES = 2;
Slepnir 2:6db5c9a2894c 53 static const uint8_t STATE_BIT_INDEX = 7;
Slepnir 2:6db5c9a2894c 54 static const uint8_t STATE_BYTE_INDEX = 0;
Slepnir 2:6db5c9a2894c 55 static const uint8_t HOUR_TIMER_BYTE_INDEX = 0;
Slepnir 2:6db5c9a2894c 56 static const uint8_t MINUTE_TIMER_BYTE_INDEX = 1;
Slepnir 1:e036e77762fa 57
Slepnir 1:e036e77762fa 58 RelayValueBytes()
Slepnir 1:e036e77762fa 59 {
Slepnir 2:6db5c9a2894c 60 memset(data,0,MAX_SIZE_BYTES);
Slepnir 1:e036e77762fa 61 }
Slepnir 1:e036e77762fa 62
Slepnir 1:e036e77762fa 63 void updateData(Relay* relay)
Slepnir 1:e036e77762fa 64 {
Slepnir 3:aaa92c61931a 65 printf("updateData:: min = %d,hour = %d,state = %d\r\n",relay->getMinCounter(),relay->getHrCounter(),relay->getState());
Slepnir 2:6db5c9a2894c 66 data[STATE_BYTE_INDEX] |= ((relay->getState())<<STATE_BIT_INDEX);
Slepnir 2:6db5c9a2894c 67 data[HOUR_TIMER_BYTE_INDEX] |= relay->getHrCounter();
Slepnir 2:6db5c9a2894c 68 data[MINUTE_TIMER_BYTE_INDEX] = relay->getMinCounter();
Slepnir 2:6db5c9a2894c 69 }
Slepnir 2:6db5c9a2894c 70
Slepnir 2:6db5c9a2894c 71 void swap(uint8_t* ptr1,uint8_t* ptr2)
Slepnir 2:6db5c9a2894c 72 {
Slepnir 2:6db5c9a2894c 73 uint8_t temp;
Slepnir 2:6db5c9a2894c 74 temp = *ptr1;
Slepnir 2:6db5c9a2894c 75 *ptr1 = *ptr2;
Slepnir 2:6db5c9a2894c 76 *ptr2 = temp;
Slepnir 2:6db5c9a2894c 77 }
Slepnir 2:6db5c9a2894c 78
Slepnir 2:6db5c9a2894c 79 void reverse(uint8_t* ptr)
Slepnir 2:6db5c9a2894c 80 {
Slepnir 3:aaa92c61931a 81 swap(&ptr[0],&ptr[1]);
Slepnir 1:e036e77762fa 82 }
Slepnir 1:e036e77762fa 83
Slepnir 1:e036e77762fa 84 uint8_t* getDataPointer()
Slepnir 1:e036e77762fa 85 {
Slepnir 3:aaa92c61931a 86 //reverse(data);
Slepnir 1:e036e77762fa 87 return data;
Slepnir 1:e036e77762fa 88 }
Slepnir 1:e036e77762fa 89
Slepnir 1:e036e77762fa 90 uint8_t getLenBytes()
Slepnir 1:e036e77762fa 91 {
Slepnir 2:6db5c9a2894c 92 if(data[HOUR_TIMER_BYTE_INDEX] == 0 && data[MINUTE_TIMER_BYTE_INDEX] == 0)
Slepnir 1:e036e77762fa 93 return 1;
Slepnir 1:e036e77762fa 94 else
Slepnir 1:e036e77762fa 95 return MAX_SIZE_BYTES;
Slepnir 1:e036e77762fa 96 }
Slepnir 1:e036e77762fa 97 private:
Slepnir 1:e036e77762fa 98 uint8_t data[MAX_SIZE_BYTES];
Slepnir 1:e036e77762fa 99 };
Slepnir 1:e036e77762fa 100
Slepnir 0:25ad6eba7916 101 BLE ble;
Slepnir 2:6db5c9a2894c 102 DigitalOut led;
Slepnir 0:25ad6eba7916 103
Slepnir 2:6db5c9a2894c 104 uint8_t voltage[4];
Slepnir 2:6db5c9a2894c 105 uint8_t current[4];
Slepnir 2:6db5c9a2894c 106 uint8_t power[4];
Slepnir 2:6db5c9a2894c 107 uint8_t powerFactor[4];
Slepnir 2:6db5c9a2894c 108 uint8_t energy[4];
Slepnir 2:6db5c9a2894c 109
Slepnir 1:e036e77762fa 110 RelayValueBytes relayValue;
Slepnir 0:25ad6eba7916 111 //uint8_t updateValue;
Slepnir 0:25ad6eba7916 112 SmartPlugBLE& system;
Slepnir 0:25ad6eba7916 113
Slepnir 2:6db5c9a2894c 114 ReadOnlyGattCharacteristic<uint8_t[4]> voltageChar;
Slepnir 2:6db5c9a2894c 115 ReadOnlyGattCharacteristic<uint8_t[4]> currentChar;
Slepnir 2:6db5c9a2894c 116 ReadOnlyGattCharacteristic<uint8_t[4]> powerChar;
Slepnir 2:6db5c9a2894c 117 ReadOnlyGattCharacteristic<uint8_t[4]> powerFactorChar;
Slepnir 2:6db5c9a2894c 118 ReadOnlyGattCharacteristic<uint8_t[4]> energyChar;
Slepnir 1:e036e77762fa 119 GattCharacteristic relayChar;
Slepnir 0:25ad6eba7916 120 WriteOnlyGattCharacteristic<uint8_t> updateChar;
Slepnir 0:25ad6eba7916 121 };
Slepnir 0:25ad6eba7916 122
Slepnir 0:25ad6eba7916 123 #endif