From 4ec8a495ebfebd4e93d590ba2d8a73408509150c Mon Sep 17 00:00:00 2001
From: Kevin Lyda <kevin@ie.suberic.net>
Date: Tue, 31 Jan 2017 22:01:28 +0000
Subject: [PATCH] Remove older c++ versions.
---
gqgmc.hh | 649 -------------------------------------------------------
main.cc | 293 -------------------------
2 files changed, 942 deletions(-)
delete mode 100644 gqgmc.hh
delete mode 100644 main.cc
diff --git a/gqgmc.hh b/gqgmc.hh
deleted file mode 100644
index cc6e3be..0000000
--- a/gqgmc.hh
+++ /dev/null
@@ -1,649 +0,0 @@
-// **************************************************************************
-// File: gqgmc.hh
-//
-// Author: Phil Gillaspy
-//
-// Last Modified: 04/26/2012
-//
-// Description:
-// Declare the class and its methods describing the capabilities
-// of the GQ Electronics LLC Geiger-Muller Counter (GQ GMC).
-// This code covers the GMC-300 and later models.
-//
-// INTRODUCTION:
-//
-// Detailed design documentation is embedded in the source code files.
-// The intent is to combine source code and documentation such that a
-// separate design document is unnecessary. The author's philosophy is that
-// the source code should be considered as part of the design documentation.
-// This philosophy was developed over many years of experience wherein the
-// design document replicated so much information that was in the source
-// code, that doing so generated needless opportunity for inconsistency.
-// It is widely recognized that replicating information only increases
-// the chances for human error and undue maintenance hardship.
-//
-// Since the design documentation will be embedded in the source code,
-// the organization is constrained to the C/C++ compilation requirements
-// that there exist a separate include and source body files. However,
-// the author's philosophy is that sofware engineers find the separation
-// of information between two files to be an annoyance. It would be much
-// preferred that all information were located at the point where the
-// software engineer needs to read the code to understand its operation,
-// in other words, the source body file (.c,.cc). However, the C/C++
-// convention of separate header and body files precludes that idealism.
-// It will be realized that various C/C++ constructs and objects appear
-// in both the header and source body files. So the following convention
-// is followed as to where to embed the documentation: the documentation
-// should appear where the object is defined, not where it declared.
-// For example, an enumeration which must be defined as publicly
-// visible, will be defined only in the header file and consequently
-// should be documented in the header file. As another example, a
-// class method is declared in the header file, but defined in the source
-// file. Therefore the bulk of the documentation for the method should
-// be placed in the source file.
-//
-// The documentation presented here will not cover any nuclear physics
-// technical aspects of the GQ Geiger-Muller counter.
-//
-// GQ GEIGER-MULLER FEATURES
-//
-// The discussion of the GQ LLC geiger counter is drawn principally
-// from the the GMC-300 model with firmware revision 2.15 and later.
-// The GMC-300 records high energy particles which when passing through
-// geiger-muller tube ionize the gas and create a transient current.
-// Each transient pulsed current is considered a 'count'.
-// The basic measured form of the radiation is reported in terms of
-// counts per second, counts per minute, or the counts per minute
-// averaged over an hour. The GMC-300 is also capable of recording
-// the aforementioned measures in a history buffer of 64K bytes.
-// The GMC-300 provides a USB interface which, however, is physically
-// and logically implemented as a traditional RS-232 serial interface.
-// The GMC-300 provides a variety of commands to collect data and
-// set operational parameters. The reader is referred to the GQ
-// Electronics LLC GMC-200 User Manual for a more thorough
-// discussion of the its features.
-//
-//
-// SOFTWARE LICENSE STATEMENT
-//
-// This software contained in the gqgmc.hh and gqgmc.cc files are
-// licensed to the public domain under terms of the GNU GPL
-// reproduced here.
-// Copyright (C) 2012 Phil Gillaspy
-//
-// This program is free software: you can redistribute it and/or modify
-// it under the terms of the GNU General Public License as published by
-// the Free Software Foundation, either version 3 of the License, or
-// (at your option) any later version.
-
-// This program is distributed in the hope that it will be useful,
-// but WITHOUT ANY WARRANTY; without even the implied warranty of
-// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
-// GNU General Public License for more details.
-//
-// Additionally, the author, Phil Gillaspy, requires that no copyright
-// notice nor acknowledgement to the author is necessary for any
-// derivative software using any or all part of this software.
-//
-// DEVELOPMENT AND BUILD OVERVIEW
-//
-// The code as written is Linux dependent, however, it should not
-// be word-size dependent. So far it has only been compiled for
-// 64-bit word size on Linux using GNU g++ 4.6.1. The Eclipse
-// IDE was used for software development but this is not a
-// necessity. A Makefile is provided so that it is perfectly
-// acceptable to compile from the command line using
-// "make all", "make bin", or "make lib". The makefile creates
-// a library containing the gqgmc class and its methods. This was
-// done so third party usage could simply link to the library.
-// Along with the makefile there are three associated files,
-// Defines.mk, Targets.mk, and Patterns.mk. Defines.mk defines
-// the root path of the development directory and various
-// compile macros. Targets.mk defines the makefile targets and
-// Patterns.mk defines makefile compilation dependencies.
-// The makefile expects a specific directory structure. Given the
-// the root directory of the source, there should be the following
-// subdirectories existing; libs, bin, obj. The libGQGMC.a is
-// located in the libs directory. Object files are placed in the
-// obj directory. A sample main.c is compiled into a executable,
-// gqgmc, and placed in the bin directory. The main.c contains
-// sample test code to excercise the various capabilities of
-// the GQ GMC geiger counter.
-//
-//
-// DESIGN OVERVIEW
-//
-// This code provides an interface to GQ Electronics LLC GMC-300
-// geiger counter. Therefore the functionality implemented by this
-// software consists of providing access to the capabilities
-// provided by the geiger counter. These capabilities are
-// elucidated in the interface document titled GQ-GMC-ICD.odt.
-// Generally, the public methods defined for the gqgmc class
-// are matched one for one with the capabilities of the
-// GMC-300. Therefore, the user is referred to the interface
-// document to ascertain what functionality can be expected of
-// this software. The software does make an attempt to abstract
-// or otherwise mask the details of the communications mechanism.
-// Some capabilities of the GMC-300 are not implemented for the
-// reason that they are not meaningful to accessing the radiation
-// measurements through a remote computer, or in other words,
-// the capability is only useful if the user carries the geiger
-// counter in hand. For example, only two of the approximately
-// 50 configuration parameters are provided with get and set methods.
-//
-//
-// INCLUDE FILE DOCUMENTATION
-//
-// This include for C++ string handling
-#include <string>
-
-// This include allows use of Linux predefined types
-#include <stdint.h>
-
-#ifndef gqgmc_hh_
-#define gqgmc_hh_
-
-// Define a name space for the GQ LLC geiger counter product line
-namespace GQLLC
-{
-
- // CONFIGURATION PARAMETER ENUMERATION
- //
- // Declare a globally visible enumeration to be used for calling the
- // writeConfigurationData() method. The value of the enumeration is
- // equal to the offset of the parameter in the configuration data
- // structure. This is then used as the first parameter in the call to
- // writeConfigurationData(). See writeConfigurationData() method in
- // gqgmc.cc.
- enum cfg_param_t
- {
- ePowerOnOff = 0,
- eAlarmOnOff = 1,
- eSpeakerOnOff = 2,
- eGraphicModeOnOff = 3,
- eBacklightTimeoutSeconds = 4,
- eIdleTitleDisplayMode = 5,
- eAlarmCPMValue = 6,
- eCalibrationCPM0 = 8,
- eCalibrationSvUc0 = 10,
- eCalibrationCPM1 = 14,
- eCalibrationSvUc1 = 16,
- eCalibrationCPM2 = 20,
- eCalibrationSvUc2 = 22,
- eIdleDisplayMode = 26,
- eAlarmValueuSvUc = 27,
- eAlarmType = 31,
- eSaveDataType = 32,
- eSwivelDisplay = 33,
- eZoom = 34,
- eDataSaveAddress = 38,
- eDataReadAddress = 41,
- eNPowerSavingMode = 44,
- eNSensitivityMode = 45,
- eNCounterDelay = 46,
- eNVoltageOffset = 48,
- eMaxCPM = 49,
- eNSensitivityAutoModeThreshold = 51,
- eSaveDate = 52,
- eSaveTime = 55,
- eMaxBytes = 58
- }; // end enum cfg_param_t
-
- // CONFIGURATION PARAMETER DATA BYTE COUNT
- //
- // Declare an globally visible enumeration to be used for calling the
- // writeConfigurationData() method. The value of the enumeration is equal
- // to the number of bytes of data passed to the writeConfigurationData()
- // method. For each enumeration element, enum cfg_param_t, there is a
- // matching enum cfg_bytecnt_t entry.
- enum cfg_bytecnt_t
- {
- ePowerOnOff_bytecnt = 1,
- eAlarmOnOff_bytecnt = 1,
- eSpeakerOnOff_bytecnt = 1,
- eGraphicModeOnOff_bytecnt = 1,
- eBacklightTimeoutSeconds_bytecnt = 1,
- eIdleTitleDisplayMode_bytecnt = 1,
- eAlarmCPMValue_bytecnt = 2,
- eCalibrationCPM0_bytecnt = 2,
- eCalibrationSvUc0_bytecnt = 4,
- eCalibrationCPM1_bytecnt = 2,
- eCalibrationSvUc1_bytecnt = 4,
- eCalibrationCPM2_bytecnt = 2,
- eCalibrationSvUc2_bytecnt = 4,
- eIdleDisplayMode_bytecnt = 1,
- eAlarmValueuSvUc_bytecnt = 4,
- eAlarmType_bytecnt = 1,
- eSaveDataType_bytecnt = 1,
- eSwivelDisplay_bytecnt = 1,
- eZoom_bytecnt = 4,
- eDataSaveAddress_bytecnt = 3,
- eDataReadAddress_bytecnt = 3,
- eNPowerSavingMode_bytecnt = 1,
- eNSensitivityMode_bytecnt = 1,
- eNCounterDelay_bytecnt = 2,
- eNVoltageOffset_bytecnt = 1,
- eMaxCPM_bytecnt = 2,
- eNSensitivityAutoModeThreshold_bytecnt = 1,
- eSaveDate_bytecnt = 3,
- eSaveTime_bytecnt = 3,
- eMaxBytes_bytecnt = 1
- }; // end enum cfg_bytecnt_t
-
- // SAVE DATA TYPE ENUMERATON
- // Define a globally visible enumeration which defines the
- // type of data that will be logged in the history buffer.
- // This enumeration is to be used in the get and set method
- // for the eSaveDataType configuration parameter. See
- // getSaveDataType() and setSaveDataType() methods in gqgmc.cc.
- enum saveDataType_t
- {
- eSaveOff = 0, // data logging is off
- eCPS = 1, // counts per second
- eCPM = 2, // counts per minute
- eCPH = 3, // CPM averaged per hour
- eMaxSaveDataType = 4
- };
-
- // SOFTWARE KEY ENUMERATION
- //
- // Define a globally visible enumeration for use in calling the
- // sendKey (send software key) command. The software key command
- // emulates the same menu keys available on the front panel of
- // the GMC-300. The user uses this enumeration as the parameter
- // to the sendKey() call. See sendKey() method in gqgmc.cc.
- enum softkey_t
- {
- // The GQGMC User Manual numbers the software keys 1 through 4,
- // but the actual value is ASCII 0 through 3.
- // We provide one enum named following the User Manual convention.
- eKey1 = '0', eKey2 = '1', eKey3 = '2', eKey4 = '3',
- // The user can use a second, more intuitive, enumeration:
- // key 1 is the left arrow
- // key 2 is the up arrow
- // key 3 is the down arrow
- // key 4 is the enter/menu key
- eLeftArrow = '0', eUpArrow = '1', eDownArrow = '2', eEnter = '3'
- };
-
- // GMC ERROR CODES
- //
- // Define an enumeration of all possible error conditions. This needs
- // to be globally visible so external routines can use the error code
- // to access error text with the idea that the display of the error
- // condition and its associated text message to the end user can
- // be separated from this class. The idea is that this is a low level
- // driver which should be not contain high level GUI functionality.
- enum gmc_error_t
- {
- eNoProblem, eUSB_open_failed, eOlder_firmware, eGet_version,
- eGet_serial_number, eGet_CPM, eGet_CPS, eGet_AutoCPS, eGet_CFG,
- eErase_CFG, eUpdate_CFG, eWrite_CFG, eClear_USB,
- eGet_battery_voltage, eGet_history_data,
- eGet_history_data_length, eGet_history_data_address,
- eGet_history_data_overrun, eSet_Year, eSet_Month, eSet_Day,
- eSet_Hour, eSet_Minute, eSet_Second,
- eLast_error_code
- };
-
- // PUBLIC CONSTANTS
- //
- // Publicly available constants which specify the maximum allowed
- // requested length of history data and the maximum address in history
- // buffer, respectively. External users can use this to guard against
- // erroneous requests for history data. Actually, getHistoryData()
- // method has guards also.
- uint32_t const kHistory_Data_Maxsize = 0x1000; // 4k bytes
- uint32_t const kHistory_Addr_Maxsize = 0x10000; // 64k bytes
-
- // CLASS DECLARATION
- //
- // The Class declaration - see gqgmc.cc for documentation
- class GQGMC
- {
- // PUBLIC METHODS
- public:
-
- // Constructor
- GQGMC();
-
- // Destructor is trivial, so coded inline
- virtual
- ~GQGMC()
- {
- delete[] mHistory_data;
- };
-
- // SUPPORTING PUBLIC METHODS
-
- // Method to call to open USB port.
- virtual
- void
- openUSB(string usb_device_name);
-
- // Method to close USB port
- virtual
- void
- closeUSB(void);
-
- // Method to clear the read (input) buffer of the USB-serial port.
- // This arguably should be a private method, but I can see the
- // outside possibility that a third party might need this.
- virtual
- void
- clearUSB();
-
- // Method to call to check any and all error conditions exihibited
- // by the GQGMC class, implementation is trivial so coded inline.
- virtual
- enum gmc_error_t
- getErrorCode()
- {
- return mError_code;
- };
-
- // Method to get a text description of the error code.
- virtual
- std::string
- getErrorText(gmc_error_t err);
-
- // PUBLIC METHODS PROVIDING ACCESS TO GQ GMC CAPABILITIES
- // Begin the public methods for issuing commands to the GQ GMC
- // and returning data (if any).
-
- // Method to get GQ GMC version.
- virtual
- std::string
- getVersion();
-
- // Method to get serial number
- virtual
- std::string
- getSerialNumber();
-
- // Method to get the count per minute value.
- virtual
- uint16_t
- getCPM();
-
-
- // Method to get the count per second value.
- virtual
- uint16_t
- getCPS();
-
- // Method to get voltage value of battery.
- virtual
- float
- getBatteryVoltage();
-
- // Method to get history data from internal flash. Returned
- // pointer points to private data history data buffer.
- virtual
- uint8_t * const
- getHistoryData(uint32_t address, uint32_t length);
-
- // Method to enable automatic reporting of count per second value.
- virtual
- void
- turnOnCPS();
-
- // Method to disable automatic reporting of count per second value.
- virtual
- void
- turnOffCPS();
-
- // Method to read the automatically transmitted CPS value.
- virtual
- uint16_t
- getAutoCPS();
-
- // Method to turn off the GQ GMC.
- virtual
- void
- turnOffPower();
-
- // Method to read configuration data.
- virtual
- void
- getConfigurationData();
-
- // Method to retrieve the data type logged in the history buffer.
- virtual
- enum saveDataType_t
- getSaveDataType();
-
- // Method to set the data type logged in the history buffer.
- virtual
- void
- setSaveDataType(enum saveDataType_t newSaveDataType);
-
- // Method to retrieve the address in the history buffer
- // where the logged data begins.
- virtual
- uint32_t
- getDataSaveAddress();
-
- // Method to set DataSaveAddress to zero, in other words,
- // set the address of data logging to begin in the
- // history buffer at address zero.
- virtual
- void
- resetDataSaveAddress();
-
- // Method to write configuration data.
- virtual
- void
- writeConfigurationData(enum cfg_param_t cfgParameter,
- enum cfg_bytecnt_t cfgDataCount,
- uint8_t const * const cfgData);
-
- // Method to erase configuration data.
- virtual
- void
- eraseConfigurationData();
-
- // Method to make latest changes to configuration data take effect.
- // Invoke this method after setting configuration data using
- // writeConfiguration(), setDataSaveAddress(), or setSaveDataType().
- virtual
- void
- updateConfigurationData();
-
- // Public method to send key (emulate one of the 4 keys on the
- // front panel of the GQ GMC).
- virtual
- void
- sendKey(enum softkey_t key);
-
- // Public method to set the date month-day-year format. For example,
- // for January 1, 2013 use "013113".
- virtual
- void
- setDate(string date);
-
- // Public method to set the time of day: hour:minutes:seconds format.
- // For example, for 30 minutes past 1PM use "133000".
- virtual
- void
- setTime(string time);
-
- // There are no public data members
-
-
- private:
-
- // PRIVATE DATA
-
- // The device name of the USB port connected to the GQ GMC.
- std::string mUSB_device;
-
- // Forced to use C style IO because C++ streams does not support
- // setting line discipline sufficiently on the serial port.
- int mUSB_serial;
-
- // Error flag for indicating failure, see enumeration of error codes
- // declared above enum gmc_error_t.
- enum gmc_error_t mError_code;
-
- // The failure of each command results from failing to read the
- // returned data. So we need a separate status for the read failure
- // so it can be tested privately.
- bool mRead_status;
-
- // Special flag indicating that automatic reporting of counts per
- // second is turned off or on (off==false, on==true). This should
- // and is intended to be implemented as a mutex if and when threading
- // is implemented.
- bool mCPS_is_on;
-
- // The USB port uses big endian transfer (ie, MSB transmitted 1st).
- // This flag indicates the endianess of the host CPU. This is set
- // in the constructor by calling isBigEndian() method.
- bool mBig_endian;
-
- // This real number is the GQ GMC's firmware revision. This is needed
- // because the GQ GMC changed the command string for various commands
- // between versions of the firmware. This means that not all commands
- // will work with firmware prior to 2.15.
- float mFirmware_revision;
-
- // Storage for the history data, maximum of 4K bytes to be allocated
- // in constructor. The user can only request a max of 4K at a time.
- uint8_t * mHistory_data;
-
- // Declare a structure for storage of the configuration data.
- // This is a replica of the GQ GMC's internal configuration data.
- // This is referred to as the host computer's local copy of the
- // GQ GMC's NVM configuration data elsewhere in the documentation.
- // The getConfigurationData method will deposit the GQ GMC's NVM data
- // into this structure. All configuration data is the binary value.
- // Booleans are just 0 or 1. But remember that the byte order is
- // big endian for multibyte data. So multibyte data may require
- // reversing the byte order for display to a user. Those data
- // whose semantics are understood are documented below, otherwise
- // no explanation means either we have no interest or the parameter
- // is better left to being updated physically using the GQ GMC's
- // front panel keys.
- struct cfg_data_t
- {
- uint8_t powerOnOff; // byte 0
- uint8_t alarmOnOff;
- uint8_t speakerOnOff;
- uint8_t graphicModeOnOff;
- uint8_t backlightTimeoutSeconds; // byte 4
- uint8_t idleTitleDisplayMode;
- uint8_t alarmCPMValueHiByte;
- uint8_t alarmCPMValueLoByte;
- uint8_t calibrationCPMHiByte_0; // byte 8
- uint8_t calibrationCPMLoByte_0;
- uint8_t calibrationSvUcByte3_0;
- uint8_t calibrationSvUcByte2_0;
- uint8_t calibrationSvUcByte1_0; // byte 12
- uint8_t calibrationSvUcByte0_0;
- uint8_t calibrationCPMHiByte_1;
- uint8_t calibrationCPMLoByte_1;
- uint8_t calibrationSvUcByte3_1; // byte 16
- uint8_t calibrationSvUcByte2_1;
- uint8_t calibrationSvUcByte1_1;
- uint8_t calibrationSvUcByte0_1;
- uint8_t calibrationCPMHiByte_2; // byte 20
- uint8_t calibrationCPMLoByte_2;
- uint8_t calibrationSvUcByte3_2;
- uint8_t calibrationSvUcByte2_2;
- uint8_t calibrationSvUcByte1_2; // byte 24
- uint8_t calibrationSvUcByte0_2;
- uint8_t idleDisplayMode;
- uint8_t alarmValueuSvUcByte3;
- uint8_t alarmValueuSvUcByte2; // byte 28
- uint8_t alarmValueuSvUcByte1;
- uint8_t alarmValueuSvUcByte0;
- uint8_t alarmType;
- // saveDataType specifies both the interval of data logging where
- // 0 = data logging is off, 1 = once per second, 2 = once per minute,
- // 3 = once per hour and the type of data saved where 0 = don't care,
- // 1 = counts/second, 2 = counts/minute, 3 = CPM averaged over hour.
- // Whenever this is changed, the GQ GMC inserts a date/timestamp
- // into the history data buffer.
- uint8_t saveDataType; // byte 32
- uint8_t swivelDisplay;
- uint8_t zoomByte3;
- uint8_t zoomByte2;
- uint8_t zoomByte1; // byte 36
- uint8_t zoomByte0;
- // dataSaveAddress represents the address of the first sample following
- // the insertion of a date/timestamp or label tag into the data buffer.
- // Periodically, a label or date/timestamp will be put into the buffer
- // without a change made to dataSaveAddress. So you always have to be
- // on the lookout for 55AA sequence when parsing data buffer. But you
- // have to do that anyway because you might encounter double byte data.
- uint8_t dataSaveAddress2;
- uint8_t dataSaveAddress1;
- uint8_t dataSaveAddress0; // byte 40
- // dataReadAddress semantics is unknown. As far as I have seen,
- // its value is always zero.
- uint8_t dataReadAddress2;
- uint8_t dataReadAddress1;
- uint8_t dataReadAddress0;
- uint8_t nPowerSavingMode; // byte 44
- uint8_t nSensitivityMode;
- uint8_t nCounterDelayHiByte;
- uint8_t nCounterDelayLoByte;
- uint8_t nVoltageOffset; // byte 48
- uint8_t maxCPMHiByte;
- uint8_t maxCPMLoByte;
- uint8_t nSensitivityAutoModeThreshold;
- // saveDateTimeStamp is the date/timestamp of the logging run,
- // all data following up to the next date/timestamp are marked
- // in time by this date/timestamp, where
- uint8_t saveDateTimeStampByte5; // = year (last two digits) // byte 52
- uint8_t saveDateTimeStampByte4; // = month
- uint8_t saveDateTimeStampByte3; // = day
- uint8_t saveDateTimeStampByte2; // = hour
- uint8_t saveDateTimeStampByte1; // = minute // byte 56
- uint8_t saveDateTimeStampByte0; // = second
- // maxBytes is always 0xff
- uint8_t maxBytes;
- uint8_t spare[197]; // add spare to total 256 bytes
- } mCFG_Data;
-
- // PRIVATE METHODS
-
-
- // Method to load configuration data which writes all 256 bytes
- // of the configuration data to the GQ GMC in sequence. This is
- // called by updateConfigurationData().
- virtual
- void
- loadConfigurationData();
-
- // Because of the returned byte stream from the GQ GMC has no protocol,
- // that is, it is just a sequence of N bytes, we need a specialized
- // read. The write is straight forward, but is combined with the read
- // for reasons of code commonality. So we will call the write followed
- // by read as the 'communicate' method.
- void
- communicate(const std::string cmd, char * retdata, uint32_t retbytes);
-
- // This is the basic method to transmit the command to the GQ GMC.
- // communicate() calls this to transmit command.
- void
- sendCmd(const std::string cmd);
-
- // This is the basic method to read the return bytes from the command.
- // communicate() calls this to read the return byte stream of the
- // command.
- void
- readCmdReturn(char * retdata, uint32_t retbytes);
-
- // This is the method to determine endianess of host CPU. This is to be
- // called by constructor once and once only.
- bool
- isBigEndian(void);
-
- }; // end class GQGMC
-
-} // end namespace GQLLC
-
-// DOCUMENTATION CONTINUES IN gqgmc.cc
-#endif // gqgmc_hh_
diff --git a/main.cc b/main.cc
deleted file mode 100644
index cbf6605..0000000
--- a/main.cc
+++ /dev/null
@@ -1,293 +0,0 @@
-// **************************************************************************
-// File: main.cc
-//
-// Author: Phil Gillaspy
-//
-// Description: Demonstration program for GQ GMC (geiger-muller counter).
-//
-// Usage: gqgmc <usb-port-device-name>
-// Example: gqgmc /dev/ttyUSB0
-//
-// **************************************************************************
-#include <string>
-#include <sstream>
-#include <iostream>
-#include <iomanip>
-using namespace std;
-
-#include <unistd.h>
-
-#include "gqgmc.hh"
-using namespace GQLLC;
-
-
-void mypause()
-{
- cout << "Paused: to continue, press ENTER.. " << flush;
- cin.ignore(1, '\n');
- return;
-}
-
-// Utility to show message to user. To be adapted to a pop-up window
-// when code developed for GUI.
-void Display_message(string msg)
-{
- cout << msg << endl;
-}
-
-// Utility to encapsulate the code to display an error message. This is
-// separated from Display_message() because this is specialized to
-// accessing and formulating the GQGMC error status, but not displaying.
-void Display_error(const GQGMC & gmc)
-{
- gmc_error_t err;
- err = const_cast<GQGMC &>(gmc).getErrorCode();
- stringstream msg;
- msg << const_cast<GQGMC &>(gmc).getErrorText(err);
- Display_message(msg.str());
- return;
-}
-
-int
-main(int argc, char **argv)
-{
- // Open the USB port using a USB to serial converter device driver.
- // Using UDEV rule file 51-gqgmc.rules to create symlink to /dev/gqgmc.
- string usb_device = "/dev/gqgmc";
-
- if (argc > 1)
- usb_device = argv[1];
- else
- {
- cout << "Usage: gqgmc <usb-port-device-name>" << endl;
- cout << "Example: gqgmc /dev/ttyUSB0" << endl;
- return 0;
- }
-
-// cout << usb_device << endl; // debug
-
- // Instantiate the GQGMC object on the heap
- GQGMC * gqgmc = new GQGMC;
-
- // Open USB port
- gqgmc->openUSB(usb_device);
-
- // Check success of opening USB port
- if (gqgmc->getErrorCode() == eNoProblem)
- {
- stringstream msg;
- msg << "USB is opened" << endl;
- Display_message(msg.str());
- }
- else
- {
- Display_error(*gqgmc); // dereference to pass by reference
- gqgmc->closeUSB();
- return 0;
- }
-
- // Test string for date and time
- string date = "030513";
- string time = "171730";
-
- // Set date
- cout << "date: " << date << endl;
- gqgmc->setDate(date);
-
- // Set time of day
- cout << "time: " << time << endl;
- gqgmc->setTime(time);
-
-
- // Get version
- cout << "get version" << endl;
- string version;
- version = gqgmc->getVersion();
- if (gqgmc->getErrorCode() == eNoProblem)
- {
- stringstream msg;
- msg << version << endl;
- Display_message(msg.str());
- }
- else
- Display_error(*gqgmc);
-
- cout << "get serial number" << endl;
- mypause();
- // Get serial number. The serial number is returned as 7 binary bytes.
- // So it is necessary to convert the numeric byte value to an ASCII
- // digit equivalent.
- string serial_number;
- serial_number = gqgmc->getSerialNumber();
- if (gqgmc->getErrorCode() == eNoProblem)
- {
- stringstream msg;
- msg << hex << serial_number << endl;
- Display_message(msg.str());
- }
- else
- Display_error(*gqgmc);
-
- cout << "get CPM" << endl;
- mypause();
- // Get CPM
- uint16_t cpm;
- cpm = gqgmc->getCPM();
- if (gqgmc->getErrorCode() == eNoProblem)
- {
- stringstream msg;
- msg << dec << cpm << endl;
- Display_message(msg.str());
- }
- else
- Display_error(*gqgmc);
-
- cout << "get 5 samples of CPS" << endl;
- mypause();
- // Get CPS
- for(int i=0;i<5;i++)
- {
- uint16_t cps;
- cps = gqgmc->getCPS();
- if (gqgmc->getErrorCode() == eNoProblem)
- {
- stringstream msg;
- msg << dec << cps;
- Display_message(msg.str());
- }
- else
- Display_error(*gqgmc);
-
- sleep(1);
- }
-
- cout << "get battery voltage" << endl;
- mypause();
- // Get battery voltage
- float voltage;
- voltage = gqgmc->getBatteryVoltage();
- if (gqgmc->getErrorCode() == eNoProblem)
- {
- stringstream msg;
- msg.precision(1);
- msg << fixed << voltage << "V" << endl;
- Display_message(msg.str());
- }
- else
- Display_error(*gqgmc);
-
- cout << "Turning on auto-CPS data" << endl;
- mypause();
- // Turn on CPS
- gqgmc->turnOnCPS();
- sleep(1);
- uint16_t cps_int = 0;
- for(uint32_t i=0; i<10; i++)
- {
- cps_int = gqgmc->getAutoCPS();
- if (gqgmc->getErrorCode() == eNoProblem)
- {
- cout << dec << "s=" << i << " " << cps_int << endl; // debug
- }
- else
- Display_error(*gqgmc);
-
- sleep(1);
- } // end for loop
-
- // Turn off CPS reporting
- cout << "turning off CPS" << endl;
- gqgmc->turnOffCPS();
- if (gqgmc->getErrorCode() != eNoProblem)
- Display_error(*gqgmc);
-
- cout << "get history" << endl;
- mypause();
- // Read history
- const
- uint16_t histsize(0x100);
- uint32_t dataSaveAddress;
- uint32_t backup =16;
- dataSaveAddress = gqgmc->getDataSaveAddress();
- if (dataSaveAddress < 16) backup = 0;
- const uint32_t address(dataSaveAddress - backup);
- uint8_t * pHistoryData;
- pHistoryData = gqgmc->getHistoryData(address,histsize);
-
- for(uint16_t i=0; i<histsize; i++)
- {
- cout << hex << uint16_t(pHistoryData[i]) << " ";
- if (((i+1)%16) == 0) cout << endl;
- }
-
- cout << "test writing configuration data" << endl;
- cout << "Manually set the save data to counts per hour" << endl;
- mypause();
- gqgmc->getConfigurationData(); // Need to update for user's change
-
- enum saveDataType_t saveDataType0;
- saveDataType0 = gqgmc->getSaveDataType();
- cout << "saveDataType= " << dec << uint16_t(saveDataType0) << endl;
-
- uint32_t dataSaveAddress99;
- dataSaveAddress99 = gqgmc->getDataSaveAddress();
- cout << "dataSaveAddress= " << hex << dataSaveAddress99 << endl;
-
- // set save data type
- cout << "set saveDatatype= " << GQLLC::eCPM << endl;
- mypause();
- gqgmc->setSaveDataType(GQLLC::eCPM);
-
- enum saveDataType_t saveDataType1;
- saveDataType1 = gqgmc->getSaveDataType();
- cout << "saveDataType= " << dec << uint16_t(saveDataType1) << endl;
-
- cout << "reset DataSaveAddress" << endl;
- mypause();
- gqgmc->resetDataSaveAddress();
- dataSaveAddress99 = gqgmc->getDataSaveAddress();
- cout << "dataSaveAddress= " << hex << dataSaveAddress99 << endl;
-
- // update configuration - this takes a long time to complete
- cout << "update configuration- " << "this will take about a minute" << endl;
- mypause();
- gqgmc->updateConfigurationData();
-
- // Read configuration data, to get a print out of config data,
- // you need to enable the debug code in getConfiguration().
- cout << "get configuration" << endl;
- mypause();
- gqgmc->getConfigurationData();
-
- enum saveDataType_t saveDataType9;
- saveDataType9 = gqgmc->getSaveDataType();
- cout << "saveDataType= " << dec << uint16_t(saveDataType9) << endl;
-
- cout << "get dataSaveAddress" << endl;
- uint32_t dataSaveAddress2;
- dataSaveAddress2 = gqgmc->getDataSaveAddress();
- cout << "dataSaveAddress= " << hex << dataSaveAddress2 << endl;
-
- // Read history
- cout << "get history" << endl;
- mypause();
- pHistoryData = gqgmc->getHistoryData(address,histsize);
-
- for(uint16_t i=0; i<histsize; i++)
- {
- cout << hex << uint16_t(pHistoryData[i]) << " ";
- if (((i+1)%16) == 0) cout << endl;
- }
-
- cout << "turn off GQ GMC" << endl;
- mypause();
- // Turn off GMC-300 power
- gqgmc->turnOffPower();
-
- // Close USB port
- gqgmc->closeUSB();
-
- delete gqgmc;
-
- return 0;
-} // end main()
--
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