| /*  | 
|  * Copyright Cypress Semiconductor Corporation, 2014-2015 All rights reserved.  | 
|  *  | 
|  * This software, associated documentation and materials ("Software") is  | 
|  * owned by Cypress Semiconductor Corporation ("Cypress") and is  | 
|  * protected by and subject to worldwide patent protection (UnitedStates and foreign), United States copyright laws and international  | 
|  * treaty provisions. Therefore, unless otherwise specified in a separate license agreement between you and Cypress, this Software  | 
|  * must be treated like any other copyrighted material. Reproduction,  | 
|  * modification, translation, compilation, or representation of this  | 
|  * Software in any other form (e.g., paper, magnetic, optical, silicon)  | 
|  * is prohibited without Cypress's express written permission.  | 
|  *  | 
|  * Disclaimer: THIS SOFTWARE IS PROVIDED AS-IS, WITH NO WARRANTY OF ANY  | 
|  * KIND, EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,  | 
|  * NONINFRINGEMENT, IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS  | 
|  * FOR A PARTICULAR PURPOSE. Cypress reserves the right to make changes  | 
|  * to the Software without notice. Cypress does not assume any liability  | 
|  * arising out of the application or use of Software or any product or  | 
|  * circuit described in the Software. Cypress does not authorize its  | 
|  * products for use as critical components in any products where a  | 
|  * malfunction or failure may reasonably be expected to result in  | 
|  * significant injury or death ("High Risk Product"). By including  | 
|  * Cypress's product in a High Risk Product, the manufacturer of such  | 
|  * system or application assumes all risk of such use and in doing so  | 
|  * indemnifies Cypress against all liability.  | 
|  *  | 
|  * Use of this Software may be limited by and subject to the applicable  | 
|  * Cypress software license agreement.  | 
|  *  | 
|  *  | 
|  */  | 
|   | 
|   | 
| #import "BarometerModel.h"  | 
| #import "Constants.h"  | 
|   | 
| /*!  | 
|  *  @class BarometerModel  | 
|  *  | 
|  *  @discussion Class to handle the barometer service related operations  | 
|  *  | 
|  */  | 
|   | 
| @interface BarometerModel () <cbCharacteristicManagerDelegate>  | 
| {  | 
|       | 
|     CBCharacteristic *sensorTypeCharacteristic, *sensorScanIntervalCharacteristic, *dataAccumulationCharacterstic, *barometerReadingCharacteristic, *indicationThresholdCharacteristic;  | 
| }  | 
|   | 
| @end  | 
|   | 
|   | 
| @implementation BarometerModel  | 
|   | 
|   | 
| /*!  | 
|  *  @method stopUpdate  | 
|  *  | 
|  *  @discussion Method to stop update  | 
|  *  | 
|  */  | 
|   | 
| -(void) stopUpdate  | 
| {  | 
|       | 
|     if (barometerReadingCharacteristic != nil)  | 
|     {  | 
|         [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:BAROMETER_SERVICE_UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:barometerReadingCharacteristic.UUID] descriptor:nil operation:STOP_NOTIFY];  | 
|           | 
|         [[[CBMoralManager sharedManager] myPeripheral] setNotifyValue:NO forCharacteristic:barometerReadingCharacteristic];  | 
|     }  | 
| }  | 
|   | 
| /*!  | 
|  *  @method getCharacteristicsForBarometerService:  | 
|  *  | 
|  *  @discussion Method to get characteristics for barometer service  | 
|  *  | 
|  */  | 
|   | 
| -(void) getCharacteristicsForBarometerService:(CBService *)service  | 
| {  | 
|     for (CBCharacteristic *characteristic in service.characteristics)  | 
|     {  | 
|         if ([characteristic.UUID isEqual:BAROMETER_DIGITAL_SENSOR_CHARACTERISTIC_UUID])  | 
|         {  | 
|             sensorTypeCharacteristic = characteristic;  | 
|         }  | 
|         else if ([characteristic.UUID isEqual:BAROMETER_SENSOR_SCAN_INTERVAL_CHARACTERISTIC_UUID])  | 
|         {  | 
|             sensorScanIntervalCharacteristic = characteristic;  | 
|         }  | 
|         else if ([characteristic.UUID isEqual:BAROMETER_DATA_ACCUMULATION_CHARACTERISTIC_UUID])  | 
|         {  | 
|             dataAccumulationCharacterstic = characteristic;  | 
|         }  | 
|         else if ([characteristic.UUID isEqual:BAROMETER_READING_CHARACTERISTIC_UUID])  | 
|         {  | 
|             barometerReadingCharacteristic = characteristic;  | 
|         }  | 
|         else if ([characteristic.UUID isEqual:BAROMETER_THRESHOLD_FOR_INDICATION_CHARACTERISTIC_UUID])  | 
|         {  | 
|             indicationThresholdCharacteristic = characteristic;  | 
|         }  | 
|           | 
|     }  | 
|   | 
| }  | 
|   | 
| /*!  | 
|  *  @method updateValueForPressure  | 
|  *  | 
|  *  @discussion Method to set notification for barometer reading  | 
|  *  | 
|  */  | 
| -(void) updateValueForPressure  | 
| {  | 
|     if (barometerReadingCharacteristic != nil)  | 
|     {  | 
|         [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:barometerReadingCharacteristic.service.UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:barometerReadingCharacteristic.UUID] descriptor:nil operation:START_NOTIFY];  | 
|           | 
|           | 
|         [[[CBMoralManager sharedManager] myPeripheral] setNotifyValue:YES forCharacteristic:barometerReadingCharacteristic];  | 
|     }  | 
|       | 
| }  | 
|   | 
| /*!  | 
|  *  @method readValueForCharacteristics  | 
|  *  | 
|  *  @discussion Method to read values for sensortype, scan interval and data accumulation characteristic  | 
|  *  | 
|  */  | 
|   | 
| -(void) readValueForCharacteristics  | 
| {  | 
|       | 
|     if (sensorTypeCharacteristic != nil)  | 
|     {  | 
|         [[[CBMoralManager sharedManager] myPeripheral] readValueForCharacteristic:sensorTypeCharacteristic];  | 
|           | 
|         [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:ANALOG_TEMPERATURE_SERVICE_UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:sensorTypeCharacteristic.UUID] descriptor:nil operation:READ_REQUEST];  | 
|     }  | 
|       | 
|     if (sensorScanIntervalCharacteristic != nil)  | 
|     {  | 
|         [[[CBMoralManager sharedManager] myPeripheral] readValueForCharacteristic:sensorScanIntervalCharacteristic];  | 
|           | 
|         [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:ANALOG_TEMPERATURE_SERVICE_UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:sensorScanIntervalCharacteristic.UUID] descriptor:nil operation:READ_REQUEST];  | 
|     }  | 
|       | 
|     if (dataAccumulationCharacterstic != nil)  | 
|     {  | 
|         [[[CBMoralManager sharedManager] myPeripheral] readValueForCharacteristic:dataAccumulationCharacterstic];  | 
|           | 
|         [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:ANALOG_TEMPERATURE_SERVICE_UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:dataAccumulationCharacterstic.UUID] descriptor:nil operation:READ_REQUEST];  | 
|     }  | 
|       | 
| }  | 
|   | 
| /*!  | 
|  *  @method getValuesForBarometerCharacteristics:  | 
|  *  | 
|  *  @discussion Method to get values for barometer characteristics  | 
|  *  | 
|  */  | 
|   | 
| -(void) getValuesForBarometerCharacteristics:(CBCharacteristic *)characteristic  | 
| {  | 
|     NSData *dataValue = characteristic.value;  | 
|     const uint8_t *reportData = (uint8_t *)[dataValue bytes];  | 
|       | 
|     if ([characteristic.UUID isEqual:BAROMETER_DIGITAL_SENSOR_CHARACTERISTIC_UUID])  | 
|     {  | 
|         _sensorTypeString = [NSString stringWithFormat:@"%d",reportData[0]];  | 
|           | 
|          [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:characteristic.service.UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:characteristic.UUID] descriptor:nil operation:[NSString stringWithFormat:@"%@%@ %@",READ_RESPONSE,DATA_SEPERATOR,[Utilities convertDataToLoggerFormat:dataValue]]];  | 
|     }  | 
|     else if ([characteristic.UUID isEqual:BAROMETER_SENSOR_SCAN_INTERVAL_CHARACTERISTIC_UUID])  | 
|     {  | 
|         _sensorScanIntervalString = [NSString stringWithFormat:@"%d",reportData[0]];  | 
|           | 
|          [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:characteristic.service.UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:characteristic.UUID] descriptor:nil operation:[NSString stringWithFormat:@"%@%@ %@",READ_RESPONSE,DATA_SEPERATOR,[Utilities convertDataToLoggerFormat:dataValue]]];  | 
|     }  | 
|     else if ([characteristic.UUID isEqual:BAROMETER_DATA_ACCUMULATION_CHARACTERISTIC_UUID])  | 
|     {  | 
|         _filterTypeConfigurationString = [NSString stringWithFormat:@"%d",reportData[0]];  | 
|           | 
|          [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:characteristic.service.UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:characteristic.UUID] descriptor:nil operation:[NSString stringWithFormat:@"%@%@ %@",READ_RESPONSE,DATA_SEPERATOR,[Utilities convertDataToLoggerFormat:dataValue]]];  | 
|     }  | 
|     else if ([characteristic.UUID isEqual:BAROMETER_READING_CHARACTERISTIC_UUID])  | 
|     {  | 
|         float pressureValue = CFSwapInt16LittleToHost(*(uint16_t *) &reportData[0]);  | 
|         _pressureValueString = [NSString stringWithFormat:@"%f",pressureValue];  | 
|           | 
|         [Utilities logDataWithService:[ResourceHandler getServiceNameForUUID:characteristic.service.UUID] characteristic:[ResourceHandler getCharacteristicNameForUUID:characteristic.UUID] descriptor:nil operation:[NSString stringWithFormat:@"%@%@ %@",NOTIFY_RESPONSE,DATA_SEPERATOR,[Utilities convertDataToLoggerFormat:dataValue]]];  | 
|     }  | 
|   | 
| }  | 
|   | 
|   | 
|   | 
| @end  |