sandeep ponnuru / Mbed 2 deprecated DanTkr

An integrated code base for smart watch model using nrf51822. Used the efforts from Roger Clark, Goran Mahovlic, Nordic team SDKs and mbed repos on OLED. Programming: The watch prototype can be interfaced to Tiny Seeed BLE programmer (left of the Tiny Seeed BLE board). Connect SWDIO, SWD CLK, Vin and GND pins. For USB debugging also connect RX and TX pins. Used Roger's nice webpage to come up with the pin mapping and many other HW insights. http://www.rogerclark.net/arduino-on-the-id100hr-fitness-tracker/

Dependencies:   BLE_API SFE_MicroOLED_debugPrint mbed nRF51822

Fork of BLE_TemperatureAdvertising by xiao sun

store.txt@7:1b0597b7ead3, 2017-12-27 (annotated)

Committer:
sandyr7
Date:
Wed Dec 27 06:47:27 2017 +0000
Revision:
7:1b0597b7ead3
Parent:
5:8c21994db8d2 
test;

Who changed what in which revision?

UserRevisionLine numberNew contents of line
sandyr7 5:8c21994db8d2 1
sandyr7 5:8c21994db8d2 2 /* mbed Microcontroller Library
sandyr7 5:8c21994db8d2 3 * Copyright (c) 2006-2015 ARM Limited
sandyr7 5:8c21994db8d2 4 *
sandyr7 5:8c21994db8d2 5 * Licensed under the Apache License, Version 2.0 (the "License");
sandyr7 5:8c21994db8d2 6 * you may not use this file except in compliance with the License.
sandyr7 5:8c21994db8d2 7 * You may obtain a copy of the License at
sandyr7 5:8c21994db8d2 8 *
sandyr7 5:8c21994db8d2 9 * http://www.apache.org/licenses/LICENSE-2.0
sandyr7 5:8c21994db8d2 10 *
sandyr7 5:8c21994db8d2 11 * Unless required by applicable law or agreed to in writing, software
sandyr7 5:8c21994db8d2 12 * distributed under the License is distributed on an "AS IS" BASIS,
sandyr7 5:8c21994db8d2 13 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
sandyr7 5:8c21994db8d2 14 * See the License for the specific language governing permissions and
sandyr7 5:8c21994db8d2 15 * limitations under the License.
sandyr7 5:8c21994db8d2 16 */
sandyr7 5:8c21994db8d2 17
sandyr7 5:8c21994db8d2 18 #include "mbed.h"
sandyr7 5:8c21994db8d2 19 #include "stdio.h"
sandyr7 5:8c21994db8d2 20 //#include "ble/BLE.h"
sandyr7 5:8c21994db8d2 21 //#include "TMP_nrf51/TMP_nrf51.h"
sandyr7 5:8c21994db8d2 22
sandyr7 5:8c21994db8d2 23 #define APP_SPECIFIC_ID_TEST 0xFFFF
sandyr7 5:8c21994db8d2 24
sandyr7 5:8c21994db8d2 25 #define VIBRATE P0_7
sandyr7 5:8c21994db8d2 26 #include "SFE_MicroOLED.h"
sandyr7 5:8c21994db8d2 27 //accelerometer
sandyr7 5:8c21994db8d2 28 #include "KX22.h"
sandyr7 5:8c21994db8d2 29 #define KX_SCL P0_16
sandyr7 5:8c21994db8d2 30 #define KX_SDA P0_14
sandyr7 5:8c21994db8d2 31
sandyr7 5:8c21994db8d2 32 #define UART_TX p18
sandyr7 5:8c21994db8d2 33 #define UART_RX p17
sandyr7 5:8c21994db8d2 34 //got these numbers from roger! tx in tx
sandyr7 5:8c21994db8d2 35 //vibrate motor
sandyr7 5:8c21994db8d2 36 DigitalOut vib(VIBRATE);
sandyr7 5:8c21994db8d2 37
sandyr7 5:8c21994db8d2 38
sandyr7 5:8c21994db8d2 39 #pragma pack(1)
sandyr7 5:8c21994db8d2 40 struct ApplicationData_t {
sandyr7 5:8c21994db8d2 41 uint16_t applicationSpecificId; /* An ID used to identify temperature value
sandyr7 5:8c21994db8d2 42 in the manufacture specific AD data field */
sandyr7 5:8c21994db8d2 43 //TMP_nrf51::tmpSensorValue_t tmpSensorValue; /* User defined application data */
sandyr7 5:8c21994db8d2 44 };
sandyr7 5:8c21994db8d2 45 #pragma pack()
sandyr7 5:8c21994db8d2 46
sandyr7 5:8c21994db8d2 47 //BLE ble;
sandyr7 5:8c21994db8d2 48 //TMP_nrf51 tempSensor;
sandyr7 5:8c21994db8d2 49 //DigitalOut alivenessLED(LED1, 1);
sandyr7 5:8c21994db8d2 50 //static bool triggerTempValueUpdate = false;
sandyr7 5:8c21994db8d2 51 //const static char DEVICE_NAME[] = "Sandyr";
sandyr7 5:8c21994db8d2 52
sandyr7 5:8c21994db8d2 53 /*********OLED******************/
sandyr7 5:8c21994db8d2 54 //from roger :: works!!!
sandyr7 5:8c21994db8d2 55 SPI my_spi(P0_29, NC, P0_30);
sandyr7 5:8c21994db8d2 56 MicroOLED oled(my_spi, P0_1, P0_0, P0_2);
sandyr7 5:8c21994db8d2 57
sandyr7 5:8c21994db8d2 58 //from some guy
sandyr7 5:8c21994db8d2 59 //SPI my_spi(P0_2, P0_3, P0_1);
sandyr7 5:8c21994db8d2 60 //MicroOLED oled(my_spi, P0_30, P0_0, P0_29);
sandyr7 5:8c21994db8d2 61
sandyr7 5:8c21994db8d2 62 /************KX ACC*************/
sandyr7 5:8c21994db8d2 63 TwoWire wire = TwoWire(NRF_TWI1);
sandyr7 5:8c21994db8d2 64 KX22 acc(KX_SCL, KX_SDA, &wire);
sandyr7 5:8c21994db8d2 65
sandyr7 5:8c21994db8d2 66 /***********Serial*****/
sandyr7 5:8c21994db8d2 67 extern Serial pc(UART_TX, UART_RX);
sandyr7 5:8c21994db8d2 68
sandyr7 5:8c21994db8d2 69
sandyr7 5:8c21994db8d2 70
sandyr7 5:8c21994db8d2 71 /*void periodicCallback(void)
sandyr7 5:8c21994db8d2 72 {
sandyr7 5:8c21994db8d2 73 //Any periodic requests that we need to handle
sandyr7 5:8c21994db8d2 74
sandyr7 5:8c21994db8d2 75 /* Do blinky on LED1 while we're waiting for BLE events */
sandyr7 5:8c21994db8d2 76 // alivenessLED = !alivenessLED;
sandyr7 5:8c21994db8d2 77 triggerTempValueUpdate = true;
sandyr7 5:8c21994db8d2 78 }
sandyr7 5:8c21994db8d2 79 */
sandyr7 5:8c21994db8d2 80
sandyr7 5:8c21994db8d2 81 /*void accumulateApplicationData(ApplicationData_t &appData)
sandyr7 5:8c21994db8d2 82 {
sandyr7 5:8c21994db8d2 83 appData.applicationSpecificId = APP_SPECIFIC_ID_TEST;
sandyr7 5:8c21994db8d2 84 /* Read a new temperature value */
sandyr7 5:8c21994db8d2 85 //appData.tmpSensorValue = 20; %tempSensor.get();
sandyr7 5:8c21994db8d2 86 }
sandyr7 5:8c21994db8d2 87
sandyr7 5:8c21994db8d2 88 void temperatureValueAdvertising(void)
sandyr7 5:8c21994db8d2 89 {
sandyr7 5:8c21994db8d2 90 ApplicationData_t appData;
sandyr7 5:8c21994db8d2 91
sandyr7 5:8c21994db8d2 92 accumulateApplicationData(appData);
sandyr7 5:8c21994db8d2 93 //printf("Temp is %f\r\n", (float)appData.tmpSensorValue);
sandyr7 5:8c21994db8d2 94
sandyr7 5:8c21994db8d2 95 /* Setup advertising payload */
sandyr7 5:8c21994db8d2 96 // ble.accumulateAdvertisingPayload(GapAdvertisingData::COMPLETE_LOCAL_NAME,
sandyr7 5:8c21994db8d2 97 // (uint8_t *)DEVICE_NAME, sizeof(DEVICE_NAME));
sandyr7 5:8c21994db8d2 98 //ble.gap().accumulateAdvertisingPayload(GapAdvertisingData::BREDR_NOT_SUPPORTED |
sandyr7 5:8c21994db8d2 99 // GapAdvertisingData::LE_GENERAL_DISCOVERABLE); /* Set flag */
sandyr7 5:8c21994db8d2 100 //ble.gap().accumulateAdvertisingPayload(GapAdvertisingData::GENERIC_THERMOMETER); /* Set appearance */
sandyr7 5:8c21994db8d2 101 //ble.gap().accumulateAdvertisingPayload(GapAdvertisingData::MANUFACTURER_SPECIFIC_DATA,
sandyr7 5:8c21994db8d2 102 //(uint8_t *)&appData, sizeof(ApplicationData_t)); /* Set data */
sandyr7 5:8c21994db8d2 103
sandyr7 5:8c21994db8d2 104 /* Setup advertising parameters */
sandyr7 5:8c21994db8d2 105 //ble.gap().setAdvertisingType(GapAdvertisingParams::ADV_NON_CONNECTABLE_UNDIRECTED);
sandyr7 5:8c21994db8d2 106 //ble.gap().setAdvertisingInterval(1000);
sandyr7 5:8c21994db8d2 107
sandyr7 5:8c21994db8d2 108 /* Start advertising */
sandyr7 5:8c21994db8d2 109
sandyr7 5:8c21994db8d2 110 //ble.gap().startAdvertising();
sandyr7 5:8c21994db8d2 111 }
sandyr7 5:8c21994db8d2 112
sandyr7 5:8c21994db8d2 113 void updateSensorValueInAdvPayload(void)
sandyr7 5:8c21994db8d2 114 {
sandyr7 5:8c21994db8d2 115 ApplicationData_t appData;
sandyr7 5:8c21994db8d2 116
sandyr7 5:8c21994db8d2 117 accumulateApplicationData(appData);
sandyr7 5:8c21994db8d2 118
sandyr7 5:8c21994db8d2 119 /* Stop advertising first */
sandyr7 5:8c21994db8d2 120 // ble.gap().stopAdvertising();
sandyr7 5:8c21994db8d2 121 /* Only update temperature value field */
sandyr7 5:8c21994db8d2 122 // ble.gap().updateAdvertisingPayload(GapAdvertisingData::MANUFACTURER_SPECIFIC_DATA,
sandyr7 5:8c21994db8d2 123 //(uint8_t *)&appData, sizeof(ApplicationData_t));
sandyr7 5:8c21994db8d2 124 /* Start advertising again */
sandyr7 5:8c21994db8d2 125 //ble.gap().startAdvertising();
sandyr7 5:8c21994db8d2 126 }
sandyr7 5:8c21994db8d2 127 */
sandyr7 5:8c21994db8d2 128 int main(void)
sandyr7 5:8c21994db8d2 129 {
sandyr7 5:8c21994db8d2 130
sandyr7 5:8c21994db8d2 131 pc.baud(115200);
sandyr7 5:8c21994db8d2 132 pc.printf("Serial setup AGAIN!! \n");
sandyr7 5:8c21994db8d2 133
sandyr7 5:8c21994db8d2 134 /*do nothing
sandyr7 5:8c21994db8d2 135 //2 quick vibrations
sandyr7 5:8c21994db8d2 136 vib =1;
sandyr7 5:8c21994db8d2 137 wait(0.25);
sandyr7 5:8c21994db8d2 138 vib=0;
sandyr7 5:8c21994db8d2 139 wait(1);
sandyr7 5:8c21994db8d2 140 vib=1;
sandyr7 5:8c21994db8d2 141 wait(0.25);
sandyr7 5:8c21994db8d2 142 vib=0;
sandyr7 5:8c21994db8d2 143 */
sandyr7 5:8c21994db8d2 144 // OLED part of code
sandyr7 5:8c21994db8d2 145 pc.printf("OLED setting up \n");
sandyr7 5:8c21994db8d2 146
sandyr7 5:8c21994db8d2 147 /*
sandyr7 5:8c21994db8d2 148 oled.init(0, 8000000);
sandyr7 5:8c21994db8d2 149 oled.clear(PAGE);
sandyr7 5:8c21994db8d2 150 oled.clear(ALL);
sandyr7 5:8c21994db8d2 151 oled.puts("Dance Tracker v1.1");
sandyr7 5:8c21994db8d2 152 oled.display();
sandyr7 5:8c21994db8d2 153 wait(2);
sandyr7 5:8c21994db8d2 154 pc.printf("OLED set complete\n");
sandyr7 5:8c21994db8d2 155 */
sandyr7 5:8c21994db8d2 156 //
sandyr7 5:8c21994db8d2 157
sandyr7 5:8c21994db8d2 158 Ticker ticker; // to interrupt the controllers' process every period
sandyr7 5:8c21994db8d2 159 /* Enable trigger every 2 seconds */
sandyr7 5:8c21994db8d2 160 ticker.attach(periodicCallback, 2);
sandyr7 5:8c21994db8d2 161
sandyr7 5:8c21994db8d2 162 // ble.init();
sandyr7 5:8c21994db8d2 163 pc.printf("BLE set up \n");
sandyr7 5:8c21994db8d2 164 /* Start temperature advertising */
sandyr7 5:8c21994db8d2 165 temperatureValueAdvertising();
sandyr7 5:8c21994db8d2 166
sandyr7 5:8c21994db8d2 167
sandyr7 5:8c21994db8d2 168 while (true) {
sandyr7 5:8c21994db8d2 169 //if (triggerTempValueUpdate) {
sandyr7 5:8c21994db8d2 170 /* Update temperature value */
sandyr7 5:8c21994db8d2 171 //updateSensorValueInAdvPayload();
sandyr7 5:8c21994db8d2 172 //triggerTempValueUpdate = false;
sandyr7 5:8c21994db8d2 173
sandyr7 5:8c21994db8d2 174 //here also display the current accelerometer values
sandyr7 5:8c21994db8d2 175 /*
sandyr7 5:8c21994db8d2 176 oled.init(0, 8000000);
sandyr7 5:8c21994db8d2 177 oled.clear(PAGE);
sandyr7 5:8c21994db8d2 178 oled.clear(ALL);
sandyr7 5:8c21994db8d2 179 oled.printf( "Acc values:%d,%d,%d\n",
sandyr7 5:8c21994db8d2 180 (int32_t) acc.getAccel(0,&wire),
sandyr7 5:8c21994db8d2 181 (int32_t) acc.getAccel(1,&wire),
sandyr7 5:8c21994db8d2 182 (int32_t) acc.getAccel(2,&wire));
sandyr7 5:8c21994db8d2 183
sandyr7 5:8c21994db8d2 184 oled.display();
sandyr7 5:8c21994db8d2 185 */
sandyr7 5:8c21994db8d2 186 pc.printf("going to print vals now\n");
sandyr7 5:8c21994db8d2 187
sandyr7 5:8c21994db8d2 188 pc.printf("Acc values:%d,%d,%d\n",
sandyr7 5:8c21994db8d2 189 (int32_t) acc.getAccel(0,&wire),
sandyr7 5:8c21994db8d2 190 (int32_t) acc.getAccel(1,&wire),
sandyr7 5:8c21994db8d2 191 (int32_t) acc.getAccel(2,&wire));
sandyr7 5:8c21994db8d2 192 pc.printf("completed the acc read and oled jobs\n");
sandyr7 5:8c21994db8d2 193 wait(5);
sandyr7 5:8c21994db8d2 194 }
sandyr7 5:8c21994db8d2 195 // pc.printf("completed the acc read and oled jobs\n");
sandyr7 5:8c21994db8d2 196 //ble.waitForEvent();
sandyr7 5:8c21994db8d2 197 //pc.printf("wait for ble event\n");
sandyr7 5:8c21994db8d2 198 //}
sandyr7 5:8c21994db8d2 199
sandyr7 5:8c21994db8d2 200 }