bastien vincke / Mbed OS SmartCampus_Lorawan

First program for SmartCampus LoRaWan

SmartFormat.h@52:bfaf25ee5cd5, 2020-02-05 (annotated)

Committer:
bastienvincke
Date:
Wed Feb 05 13:17:21 2020 +0000
Revision:
52:bfaf25ee5cd5
Parent:
51:885c5ed083d1 
bv

Who changed what in which revision?

UserRevisionLine numberNew contents of line
bastienvincke 51:885c5ed083d1 1 #ifndef _SMARTFORMAT_H_
bastienvincke 51:885c5ed083d1 2 #define _SMARTFORMAT_H_
bastienvincke 51:885c5ed083d1 3
bastienvincke 51:885c5ed083d1 4 #include "mbed.h"
bastienvincke 51:885c5ed083d1 5
bastienvincke 51:885c5ed083d1 6 const uint16_t SF_DIGITAL_INPUT=3200;
bastienvincke 51:885c5ed083d1 7 const uint16_t SF_DIGITAL_OUTPUT=3201;
bastienvincke 51:885c5ed083d1 8 const uint16_t SF_ANALOG_INPUT=3202;
bastienvincke 51:885c5ed083d1 9 const uint16_t SF_ANALOG_OUTPUT=3203;
bastienvincke 51:885c5ed083d1 10 const uint16_t SF_GENERIC_SENSOR=3300;
bastienvincke 51:885c5ed083d1 11 const uint16_t SF_ILLUMINANCE=3301;
bastienvincke 51:885c5ed083d1 12 const uint16_t SF_PRESENCE=3302;
bastienvincke 51:885c5ed083d1 13 const uint16_t SF_TEMPERATURE=3303;
bastienvincke 51:885c5ed083d1 14 const uint16_t SF_HUMIDITY=3304;
bastienvincke 51:885c5ed083d1 15 const uint16_t SF_POWER_MEASUREMENT=3305;
bastienvincke 51:885c5ed083d1 16 const uint16_t SF_ACTUATION=3306;
bastienvincke 51:885c5ed083d1 17 const uint16_t SF_SET_POINT=3308;
bastienvincke 51:885c5ed083d1 18 const uint16_t SF_LOAD_CONTROL=3310;
bastienvincke 51:885c5ed083d1 19 const uint16_t SF_LIGHT_CONTROL=3311;
bastienvincke 51:885c5ed083d1 20 const uint16_t SF_POWER_CONTROL=3312;
bastienvincke 51:885c5ed083d1 21 const uint16_t SF_ACCELEROMETER=3313;
bastienvincke 51:885c5ed083d1 22 const uint16_t SF_MAGNETOMETER=3314;
bastienvincke 51:885c5ed083d1 23 const uint16_t SF_BAROMETER=3315;
bastienvincke 51:885c5ed083d1 24 const uint16_t SF_VOLTAGE=3316;
bastienvincke 51:885c5ed083d1 25 const uint16_t SF_CURRENT=3317;
bastienvincke 51:885c5ed083d1 26 const uint16_t SF_FREQUENCY=3318;
bastienvincke 51:885c5ed083d1 27 const uint16_t SF_DEPTH=3319;
bastienvincke 51:885c5ed083d1 28 const uint16_t SF_PERCENTAGE=3320;
bastienvincke 51:885c5ed083d1 29 const uint16_t SF_ALTITUDE=3321;
bastienvincke 51:885c5ed083d1 30 const uint16_t SF_LOAD=3322;
bastienvincke 51:885c5ed083d1 31 const uint16_t SF_PRESSURE=3323;
bastienvincke 51:885c5ed083d1 32 const uint16_t SF_DISTANCE=3330;
bastienvincke 51:885c5ed083d1 33 const uint16_t SF_ENERGY=3331;
bastienvincke 51:885c5ed083d1 34 const uint16_t SF_DIRECTION=3332;
bastienvincke 51:885c5ed083d1 35 const uint16_t SF_TIME=3333;
bastienvincke 51:885c5ed083d1 36 const uint16_t SF_GYROMETER=3334;
bastienvincke 51:885c5ed083d1 37 const uint16_t SF_COLOUR=3335;
bastienvincke 51:885c5ed083d1 38 const uint16_t SF_LOCATION=3336;
bastienvincke 51:885c5ed083d1 39
bastienvincke 51:885c5ed083d1 40
bastienvincke 51:885c5ed083d1 41 // Data ID + Data Type + Data Size
bastienvincke 51:885c5ed083d1 42 #define SF_DIGITAL_INPUT_SIZE 1 // 1 ou 0 (8bits)
bastienvincke 51:885c5ed083d1 43 #define SF_DIGITAL_OUTPUT_SIZE 1 // 1 ou 0 (8bits)
bastienvincke 51:885c5ed083d1 44 #define SF_ANALOG_INPUT_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 45 #define SF_ANALOG_OUTPUT_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 46 #define SF_GENERIC_SENSOR_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 47 #define SF_ILLUMINANCE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 48 #define SF_PRESENCE_SIZE 2
bastienvincke 51:885c5ed083d1 49 #define SF_TEMPERATURE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 50 #define SF_HUMIDITY_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 51 #define SF_POWER_MEASUREMENT_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 52 #define SF_ACTUATION_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 53 #define SF_SET_POINT_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 54 #define SF_LOAD_CONTROL_SIZE 1 // 1 ou 0 (8bits)
bastienvincke 51:885c5ed083d1 55 #define SF_LIGHT_CONTROL_SIZE 1 // 1 ou 0 (8bits)
bastienvincke 51:885c5ed083d1 56 #define SF_POWER_CONTROL_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 57 #define SF_ACCELEROMETER_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 58 #define SF_MAGNETOMETER_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 59 #define SF_BAROMETER_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 60 #define SF_VOLTAGE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 61 #define SF_CURRENT_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 62 #define SF_VOLTAGE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 63 #define SF_FREQUENCY_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 64 #define SF_DEPTH_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 65 #define SF_PERCENTAGE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 66 #define SF_ALTITUDE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 67 #define SF_LOAD_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 68 #define SF_PRESSURE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 69 #define SF_DISTANCE_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 70 #define SF_ENERGY_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 71 #define SF_DIRECTION_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 72 #define SF_TIME_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 73 #define SF_GYROMETER_SIZE 4 // float 32 bits
bastienvincke 51:885c5ed083d1 74 #define SF_COLOUR_SIZE 4 // int 32 bits RGBA
bastienvincke 51:885c5ed083d1 75 #define SF_LOCATION_SIZE 12 // 3*float - latitude longitude altitude
bastienvincke 51:885c5ed083d1 76
bastienvincke 51:885c5ed083d1 77
bastienvincke 51:885c5ed083d1 78 class SmartFormat {
bastienvincke 51:885c5ed083d1 79 public:
bastienvincke 51:885c5ed083d1 80 SmartFormat(uint8_t size, uint16_t id);
bastienvincke 51:885c5ed083d1 81 ~SmartFormat();
bastienvincke 51:885c5ed083d1 82
bastienvincke 51:885c5ed083d1 83 void reset(void);
bastienvincke 51:885c5ed083d1 84 uint8_t getSize(void);
bastienvincke 51:885c5ed083d1 85 uint8_t* getBuffer(void);
bastienvincke 51:885c5ed083d1 86 uint8_t copy(uint8_t* buffer);
bastienvincke 51:885c5ed083d1 87
bastienvincke 51:885c5ed083d1 88 uint8_t add_Digital_Input(uint8_t value);
bastienvincke 51:885c5ed083d1 89 uint8_t add_Digital_Output(uint8_t value);
bastienvincke 51:885c5ed083d1 90 uint8_t add_Analog_Input(float value);
bastienvincke 51:885c5ed083d1 91 uint8_t add_Analog_Onput(float value);
bastienvincke 51:885c5ed083d1 92 uint8_t add_Generic_Sensor(float value);
bastienvincke 51:885c5ed083d1 93 uint8_t add_Illuminance(float value);
bastienvincke 51:885c5ed083d1 94 uint8_t add_Presence(int16_t value);
bastienvincke 51:885c5ed083d1 95 uint8_t add_Temperature(float value);
bastienvincke 51:885c5ed083d1 96 uint8_t add_Humidity(float value);
bastienvincke 51:885c5ed083d1 97 uint8_t add_Power_Measurement(float value);
bastienvincke 51:885c5ed083d1 98 uint8_t add_Actuation(float value);
bastienvincke 51:885c5ed083d1 99 uint8_t add_Set_Point(float value);
bastienvincke 51:885c5ed083d1 100 uint8_t add_Load_Control(uint8_t value);
bastienvincke 51:885c5ed083d1 101 uint8_t add_Light_Control(uint8_t value);
bastienvincke 51:885c5ed083d1 102 uint8_t add_Power_Control(float value);
bastienvincke 51:885c5ed083d1 103 uint8_t add_Accelerometer(float value);
bastienvincke 51:885c5ed083d1 104 uint8_t add_Magnetometer(float value);
bastienvincke 51:885c5ed083d1 105 uint8_t add_Barometer(float value);
bastienvincke 51:885c5ed083d1 106 uint8_t add_Voltage(float value);
bastienvincke 51:885c5ed083d1 107 uint8_t add_Current(float value);
bastienvincke 51:885c5ed083d1 108 uint8_t add_Frequency(float value);
bastienvincke 51:885c5ed083d1 109 uint8_t add_Depth(float value);
bastienvincke 51:885c5ed083d1 110 uint8_t add_Percentage(float value);
bastienvincke 51:885c5ed083d1 111 uint8_t add_Altitude(float value);
bastienvincke 51:885c5ed083d1 112 uint8_t add_Load(float value);
bastienvincke 51:885c5ed083d1 113 uint8_t add_Pressure(float value);
bastienvincke 51:885c5ed083d1 114 uint8_t add_Distance(float value);
bastienvincke 51:885c5ed083d1 115 uint8_t add_Energy(float value);
bastienvincke 51:885c5ed083d1 116 uint8_t add_Direction(float value);
bastienvincke 51:885c5ed083d1 117 uint8_t add_Time(float value);
bastienvincke 51:885c5ed083d1 118 uint8_t add_Gyrometer(float value);
bastienvincke 51:885c5ed083d1 119 uint8_t add_Colour(int32_t value);
bastienvincke 51:885c5ed083d1 120 uint8_t add_Location(float latitude, float longitude, float altitude);
bastienvincke 51:885c5ed083d1 121
bastienvincke 51:885c5ed083d1 122 private:
bastienvincke 51:885c5ed083d1 123 uint8_t *buffer;
bastienvincke 51:885c5ed083d1 124 uint8_t maxsize;
bastienvincke 51:885c5ed083d1 125 uint8_t cursor;
bastienvincke 51:885c5ed083d1 126
bastienvincke 51:885c5ed083d1 127
bastienvincke 51:885c5ed083d1 128 };
bastienvincke 51:885c5ed083d1 129
bastienvincke 51:885c5ed083d1 130
bastienvincke 51:885c5ed083d1 131 #endif