Future Electronics / Mbed OS sequana-ble-lab-base

This is a basic code to be used for Sequana BLE Lab exercises.

source/SequanaPrimaryService.cpp@2:06e62a299a74, 2019-03-14 (annotated)

Committer:
lru
Date:
Thu Mar 14 13:25:02 2019 +0000
Revision:
2:06e62a299a74
Parent:
0:ff033dfc838b 
Updated acc/mag sensor naming.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
lru 0:ff033dfc838b 1 /*
lru 0:ff033dfc838b 2 * Copyright (c) 2017-2019 Future Electronics
lru 0:ff033dfc838b 3 *
lru 0:ff033dfc838b 4 * Licensed under the Apache License, Version 2.0 (the "License");
lru 0:ff033dfc838b 5 * you may not use this file except in compliance with the License.
lru 0:ff033dfc838b 6 * You may obtain a copy of the License at
lru 0:ff033dfc838b 7 *
lru 0:ff033dfc838b 8 * http://www.apache.org/licenses/LICENSE-2.0
lru 0:ff033dfc838b 9 *
lru 0:ff033dfc838b 10 * Unless required by applicable law or agreed to in writing, software
lru 0:ff033dfc838b 11 * distributed under the License is distributed on an "AS IS" BASIS,
lru 0:ff033dfc838b 12 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
lru 0:ff033dfc838b 13 * See the License for the specific language governing permissions and
lru 0:ff033dfc838b 14 * limitations under the License.
lru 0:ff033dfc838b 15 */
lru 0:ff033dfc838b 16
lru 0:ff033dfc838b 17 #include <mbed.h>
lru 0:ff033dfc838b 18 #include "ble/BLE.h"
lru 0:ff033dfc838b 19 #include "UUID.h"
lru 0:ff033dfc838b 20
lru 0:ff033dfc838b 21 #include "SequanaPrimaryService.h"
lru 0:ff033dfc838b 22
lru 0:ff033dfc838b 23
lru 0:ff033dfc838b 24 namespace sequana {
lru 0:ff033dfc838b 25
lru 0:ff033dfc838b 26 const UUID PrimaryService::UUID_SEQUANA_PRIMARY_SERVICE("F79B4EB2-1B6E-41F2-8D65-D346B4EF5685");
lru 0:ff033dfc838b 27
lru 0:ff033dfc838b 28 UUID UUID_TEMPERATURE_CHAR(GattCharacteristic::UUID_TEMPERATURE_CHAR);
lru 0:ff033dfc838b 29 UUID UUID_ACCELLEROMETER_CHAR("F79B4EB5-1B6E-41F2-8D65-D346B4EF5685");
lru 0:ff033dfc838b 30 UUID UUID_MAGNETOMETER_CHAR("F79B4EB7-1B6E-41F2-8D65-D346B4EF5685");
lru 0:ff033dfc838b 31 UUID UUID_AIR_QUALITY_CHAR("f79B4EBA-1B6E-41F2-8D65-D346B4EF5685");
lru 0:ff033dfc838b 32 UUID UUID_PARTICULATE_MATTER_CHAR("F79B4EBB-1B6B-41F2-8D65-D346B4EF5685");
lru 0:ff033dfc838b 33 UUID UUID_OTHER_ENV_CHAR("F79B4EBC-1B6E-41F2-8D65-D346B4EF5685");
lru 0:ff033dfc838b 34
lru 0:ff033dfc838b 35 int16_t tempValue = 0;
lru 0:ff033dfc838b 36
lru 0:ff033dfc838b 37 SingleCharParams accMagSensorCharacteristics[2] = {
lru 0:ff033dfc838b 38 { &UUID_ACCELLEROMETER_CHAR, 0, 6 },
lru 0:ff033dfc838b 39 { &UUID_MAGNETOMETER_CHAR, 6, 6 }
lru 0:ff033dfc838b 40 };
lru 0:ff033dfc838b 41
lru 0:ff033dfc838b 42
lru 0:ff033dfc838b 43 PrimaryService::PrimaryService(BLE &ble,
lru 2:06e62a299a74 44 Kmx65Sensor &kmx65) :
lru 0:ff033dfc838b 45 _ble(ble),
lru 0:ff033dfc838b 46 _accMagSensorMeasurement(ble,
lru 0:ff033dfc838b 47 accMagSensorCharacteristics,
lru 2:06e62a299a74 48 kmx65)
lru 0:ff033dfc838b 49 {
lru 0:ff033dfc838b 50 GattCharacteristic *sequanaChars[] = {
lru 0:ff033dfc838b 51 _accMagSensorMeasurement.get_characteristic(0),
lru 0:ff033dfc838b 52 _accMagSensorMeasurement.get_characteristic(1)
lru 0:ff033dfc838b 53 };
lru 0:ff033dfc838b 54
lru 0:ff033dfc838b 55 GattService sequanaService(UUID_SEQUANA_PRIMARY_SERVICE, sequanaChars, sizeof(sequanaChars) / sizeof(GattCharacteristic *));
lru 0:ff033dfc838b 56
lru 0:ff033dfc838b 57 _ble.gattServer().addService(sequanaService);
lru 0:ff033dfc838b 58 }
lru 0:ff033dfc838b 59
lru 0:ff033dfc838b 60 } //namespace
lru 0:ff033dfc838b 61