fork of StatusReporter with specific changes for the changeover to the support personnel database
Dependencies: ID12RFID SalesforceCaseGenerator-df2014 SalesforceInterface SupportPersonnelDB
Dependents: df-2014-rfid-case-gen-k64f-complete df-2014-rfid-case-gen-k64f-exercise
Fork of StatusReporter by
Diff: StatusReporter.cpp
- Revision:
- 19:1cf0bad37c62
- Parent:
- 18:a89333f9f671
- Child:
- 21:2b85d1442d34
--- a/StatusReporter.cpp Wed Sep 24 19:09:30 2014 +0000 +++ b/StatusReporter.cpp Fri Sep 26 04:34:10 2014 +0000 @@ -1,5 +1,7 @@ /* Copyright C2014 ARM, MIT License * + * Author: Doug Anson (doug.anson@arm.com) + * * Permission is hereby granted, free of charge, to any person obtaining a copy of this software * and associated documentation files the "Software", to deal in the Software without restriction, * including without limitation the rights to use, copy, modify, merge, publish, distribute, @@ -18,23 +20,28 @@ #include "StatusReporter.h" + // Logging + #define LOG_CONSOLE(...) { if (this->logger() != NULL) { this->logger()->logConsole(__VA_ARGS__); } } + // temperature sensor AnalogIn tmp36_temp_sensor(TEMP_PIN); - StatusReporter::StatusReporter(ErrorHandler *logger,void *transport) : m_case_generator(logger,transport), m_db(), m_rfid_reader(RFID_TX_PIN,RFID_RX_PIN) { + StatusReporter::StatusReporter(HTTPClient *http,Logger *logger) : m_case_generator(http,logger), m_db(), m_rfid_reader(RFID_TX_PIN,RFID_RX_PIN) { this->m_logger = logger; } StatusReporter::~StatusReporter() { } + Logger *StatusReporter::logger() { return this->m_logger; } + // Calculate the ambient temperature of the TMP36 sensor in C... int StatusReporter::getLocalTemperature() { //conversion to degrees C - from sensor output voltage per TMP36 data sheet float tempC = (float)(((float)tmp36_temp_sensor*3.3)-0.600)*100.0; // DEBUG - this->m_logger->log("Ambient Temp: %.1f C",tempC); + LOG_CONSOLE("Ambient Temp: %.1f C",tempC); // convert to int for brevity... return (int)tempC; @@ -44,9 +51,9 @@ // look for a readable RFID tag if(this->m_rfid_reader.readable()) { // capture the RFID id... - this->m_logger->log("RFID: Found RFID.\r\nReading..."); + LOG_CONSOLE("RFID: Found RFID.\r\nReading..."); int rfid = this->m_rfid_reader.read(); - this->m_logger->log("RFID: ID %d found...\r\nProcessing...",rfid); + LOG_CONSOLE("RFID: ID %d found...\r\nProcessing...",rfid); // look it up in our ReportDB... proceed only if we find something we know about... char *name = this->m_db.lookupReportName(rfid); @@ -63,19 +70,19 @@ int temperature = this->getLocalTemperature(); char *latitude = this->m_db.lookupReportLatitude(rfid); char *longitude = this->m_db.lookupReportLongitude(rfid); - bool success = this->m_case_generator.createCase(subject,description,condition,temperature,latitude,longitude); + bool success = this->m_case_generator.createAnonymousCase(subject,description,condition,temperature,latitude,longitude); if (success == true) { - this->m_logger->log("Case Generated!\r\nScanning..."); + LOG_CONSOLE("Case Generated!\r\nScanning..."); this->m_logger->turnLEDGreen(); } else { - this->m_logger->log("Case Generation FAILED\r\nScanning..."); + LOG_CONSOLE("Case Generation FAILED\r\nScanning..."); this->m_logger->turnLEDYellow(); } } else { // unrecognized RFID - this->m_logger->log("RFID %d unknown.\r\nScanning...",rfid); + LOG_CONSOLE("RFID %d unknown.\r\nScanning...",rfid); } } } \ No newline at end of file