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OSCAR-code/oscar/SleepLib/common.cpp

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/* SleepLib Common Functions
*
* Copyright (c) 2019-2024 The OSCAR Team
* Copyright (c) 2011-2018 Mark Watkins <mark@jedimark.net>
*
* This file is subject to the terms and conditions of the GNU General Public
* License. See the file COPYING in the main directory of the source code
* for more details. */
#include <QDateTime>
#include <QDir>
#include <QThread>
#ifndef BROKEN_OPENGL_BUILD
#include <QGLWidget>
#endif
#include <QOpenGLFunctions>
#include <QDebug>
#include <QDir>
#include <QCoreApplication>
#include <QApplication>
#include <QSettings>
#include <QFontDatabase>
#include <QStandardPaths>
#include <QMenuBar>
#include "SleepLib/common.h"
#ifdef _MSC_VER
#include <QtZlib/zlib.h>
#else
#include <unistd.h>
#include <zlib.h>
#endif
#include "version.h"
#include "profiles.h"
#include "mainwindow.h"
extern MainWindow * mainwin;
QString MedDateFormat = "ddd MMM d yyyy"; // QT default value, which we override if we can
bool dayFirst = false;
// System locale and regional settings support only a "short" date (m/d/yyy) and a "long"
// date (day of week, month, day, year -- all spelled out fully). We get the formatting
// for the long format, shorten day and month name, and remove excess commas.
void SetDateFormat () {
QLocale sysLocale = QLocale::system();
QString dfmt = sysLocale.dateFormat();
qDebug() << "system locale date format" << dfmt;
QString s = dfmt.replace("dddd", "ddd");
if (!s.isEmpty()) s = s.replace("MMMM", "MMM");
if (!s.isEmpty()) s = s.replace(",", "");
if (!s.isEmpty()) {
QDate testDate (2018, 12, 31);
QString testresult = testDate.toString(s);
if (!testresult.isEmpty()) // make sure we can translate a date
MedDateFormat = s; // If we can, save the format for future use
}
// Record whether month or day is first in the formatting
QString s2 = MedDateFormat;
s2 = s2.replace("ddd","");
int monthidx = s2.indexOf("MMM");
if (s2.indexOf("d") < monthidx)
dayFirst = true;
qDebug() << "shortened date format" << MedDateFormat << "dayFirst" << dayFirst;
}
const QString getDeveloperName()
{
return STR_DeveloperName;
}
const QString getDeveloperDomain()
{
return STR_DeveloperDomain;
}
const QString getAppName()
{
QString name = STR_AppName;
name += getPrereleaseSuffix();
return name;
}
const QString getModifiedAppData()
{
QString appdata = STR_AppData;
appdata += getPrereleaseSuffix();
return appdata;
}
bool gfxEgnineIsSupported(GFXEngine e)
{
#if defined(Q_OS_WIN32)
Q_UNUSED(e)
return true;
#else
switch(e) {
case GFX_OpenGL:
case GFX_Software:
return true;
case GFX_ANGLE:
default:
return false;
}
#endif
}
GFXEngine currentGFXEngine()
{
QSettings settings;
return (GFXEngine)qMin(settings.value(GFXEngineSetting, GFX_OpenGL).toUInt(), (unsigned int)MaxGFXEngine);
}
void setCurrentGFXEngine(GFXEngine e)
{
QSettings settings;
settings.setValue(GFXEngineSetting, qMin((unsigned int)e, (unsigned int)MaxGFXEngine));
}
QString getOpenGLVersionString()
{
static QString glversion;
if (glversion.isEmpty()) {
#ifdef BROKEN_OPENGL_BUILD
glversion="LegacyGFX";
qDebug() << "This LegacyGFX build has been created without the need for OpenGL";
#else
QGLWidget w;
w.makeCurrent();
QOpenGLFunctions f;
f.initializeOpenGLFunctions();
glversion = QString(QLatin1String(reinterpret_cast<const char*>(f.glGetString(GL_VERSION))));
// qDebug() << "Graphics Engine:" << glversion;
#endif
}
return glversion;
}
float getOpenGLVersion()
{
#ifdef BROKEN_OPENGL_BUILD
return 0;
#else
QString glversion = getOpenGLVersionString();
glversion = glversion.section(" ",0,0);
bool ok;
float v = glversion.toFloat(&ok);
if (!ok) {
QString tmp = glversion.section(".",0,1);
v = tmp.toFloat(&ok);
if (!ok) {
// just look at major, we are only interested in whether we have OpenGL 2.0 anyway
tmp = glversion.section(".",0,0);
v = tmp.toFloat(&ok);
}
}
return v;
#endif
}
// Obtains graphic engine as a string
// This works on Windows. Don't know about other platforms.
QString getGraphicsEngine()
{
QString gfxEngine = QString();
#ifdef BROKEN_OPENGL_BUILD
gfxEngine = CSTR_GFX_BrokenGL;
#else
if (QCoreApplication::testAttribute(Qt::AA_UseSoftwareOpenGL))
gfxEngine = CSTR_GFX_BrokenGL;
else if (QCoreApplication::testAttribute(Qt::AA_UseOpenGLES))
gfxEngine = CSTR_GFX_ANGLE;
else
gfxEngine = CSTR_GFX_OpenGL;
#endif
return gfxEngine;
}
QString getCompilerVersion()
{
#ifdef __clang_version__
return QString("clang++:%1").arg(__clang_version__);
#elif defined(__MINGW64__)
return QString("MINGW64:%1").arg(__VERSION__);
#elif defined(__MINGW32__)
return QString("MINGW32:%1").arg(__VERSION__);
#elif defined (__GNUG__) or defined (__GNUC__)
return QString("GNU C++:%1").arg(__VERSION__);
#else
return QString();
#endif
}
QStringList buildInfo;
QStringList makeBuildInfo (QString forcedEngine){
// application name and version has already been added
buildInfo << (QObject::tr("Built with Qt %1 on %2").arg(QT_VERSION_STR).arg(getBuildDateTime()));
buildInfo << QString("");
buildInfo << (QObject::tr("Operating system:") + " " + QSysInfo::prettyProductName());
buildInfo << (QObject::tr("Graphics Engine:") + " " + getOpenGLVersionString());
buildInfo << (QObject::tr("Graphics Engine type:") + " " + getGraphicsEngine());
QString compiler = getCompilerVersion();
if (compiler.length() >0 )
buildInfo << (QObject::tr("Compiler:") + " " + compiler);
if (forcedEngine != "")
buildInfo << forcedEngine;
buildInfo << QString("");
if (getAppName() != STR_AppName) // Report any non-standard app key
buildInfo << (QObject::tr("App key:") + " " + getAppName());
// Data directory will always be added, later.
return buildInfo;
}
QStringList addBuildInfo (QString value) {
buildInfo << (value);
return buildInfo;
}
QStringList getBuildInfo() {
return buildInfo;
}
QString appResourcePath()
{
static QString path;
if ( path.size() != 0 )
return path;
#ifdef Q_OS_MAC
path = QDir::cleanPath(QCoreApplication::applicationDirPath() + "/../Resources");
#else
// QStringList paths = QStandardPaths::standardLocations(QStandardPaths::AppDataLocation);
// Check the Appiication Path first, so we can execute out of the build directory
QStringList paths;
// This one will be used if the Html and Translations folders
// are in the same folder as the OSCAR executable
paths.append( QCoreApplication::applicationDirPath() );
#ifdef Q_OS_LINUX
QString appName = QCoreApplication::applicationName();
if (appName != QString("OSCAR"))
appName = QString("OSCAR-test");
paths.append( QString( "/usr/share/" ) + appName );
paths.append( QString( "/usr/local/share/" ) + appName );
#endif
for (auto p = begin(paths); p != end(paths); ++p ) {
QString fname = *p+QString("/Translations/oscar_qt_fr.qm");
qDebug() << "Trying" << fname;
QFileInfo f = QFileInfo(fname);
if ( f.exists() ) {
path = *p;
break;
}
}
if ( path.size() == 0 )
path = QCoreApplication::applicationDirPath();
#endif
return path;
}
Qt::DayOfWeek firstDayOfWeekFromLocale()
{
return QLocale::system().firstDayOfWeek();
}
int idealThreads() { return QThread::idealThreadCount(); }
qint64 timezoneOffset()
{
static bool ok = false;
static qint64 _TZ_offset = 0;
if (ok) { return _TZ_offset; }
QDateTime d1 = QDateTime::currentDateTime();
QDateTime d2 = d1;
d1.setTimeSpec(Qt::UTC);
_TZ_offset = d2.secsTo(d1);
_TZ_offset *= 1000L;
return _TZ_offset;
}
QString weightString(float kg, UnitSystem us)
{
if (us == US_Undefined) {
us = p_profile->general->unitSystem();
}
if (us == US_Metric) {
return QString("%1kg").arg(kg, 0, 'f', 2);
} else if (us == US_English) {
int oz = (kg * 1000.0) * (float)gram_ounce_convert;
int lb = oz / 16.0;
oz = oz % 16;
return QString("%1lb %2oz").arg(lb, 0, 10).arg(oz);
}
return ("Bad UnitSystem");
}
// Format perssure relief
QString formatRelief (QString relief)
{
int icm = 0;
QString newRelief = relief;
if (relief == nullptr )
return relief;
icm = relief.indexOf("cmH2O");
if (icm >= 1) {
QChar t = relief.mid(icm-1,1)[0];
if (t.isDigit())
newRelief = relief.insert(icm, " ");
}
// qDebug() << "Relief input" << relief << "returning" << newRelief;
return newRelief;
}
bool operator <(const ValueCount &a, const ValueCount &b)
{
return a.value < b.value;
}
static QStringList installedFontFamilies;
// Validate all fonts
void validateAllFonts () {
validateFont("Application", 10, false, false);
validateFont("Graph", 10, false, false);
validateFont("Title", 12, true, false);
validateFont("Big", 35, false, false);
}
// Validate font from preference settings, and substitute system font if font in preferences cannot be found on this system
void validateFont (QString which, int size, bool bold, bool italic) {
// Get list of installed font families, including system font
// Do this just once so we don't have to call font functions repeatedly
// (This list includes private fonts)
QFontDatabase fontdatabase;
if (installedFontFamilies.isEmpty()) {
installedFontFamilies = fontdatabase.families();
}
qDebug() << "validateFont found" << installedFontFamilies.count() << "installed font families";
QString prefPrefix = "Fonts_" + which + "_";
// start off assuming we don't have a font specified, and system font is desired font
QString desiredFont = QFontDatabase::systemFont(QFontDatabase::GeneralFont).family();
bool forceFont = true;
// If a font is specified, make sure it is a valid font on this platform
if (p_pref->contains(prefPrefix + "Name")) {
// We already have a font, so it becomes desired font (if valid)
QString testFont = (*p_pref)[prefPrefix + "Name"].toString();
int prefSize = (*p_pref)[prefPrefix+"Size"].toInt();
// Is this a good font?
if (testFont.length() > 0 ) {
qDebug() << which << "Preferences font is" << testFont;
if ( installedFontFamilies.indexOf(testFont) >= 0) {
desiredFont = testFont;
forceFont = false;
} else {
qDebug() << testFont << prefSize << "not found, substituting" << desiredFont << size;
for (int i = 0; i< installedFontFamilies.size(); i++)
qDebug() << installedFontFamilies.at(i);
}
}
}
#ifdef Q_OS_MAC
// Don't allow private font to be set for anything other than Application font (Mac restricts use to UI)
if (which != "Application" && fontdatabase.isPrivateFamily(desiredFont)) {
desiredFont = "Helvetica"; // We assume "Helvetica" is universally available on Mac
forceFont = true;
}
#endif
// Font not valid or not specified. Set a default font in its place
if (forceFont) {
(*p_pref)[prefPrefix + "Name"] = desiredFont;
(*p_pref)[prefPrefix + "Size"] = size;
(*p_pref)[prefPrefix + "Bold"] = bold;
(*p_pref)[prefPrefix + "Italic"] = italic;
}
qDebug() << which << "font set to" << desiredFont << "at size" << (*p_pref)[prefPrefix + "Size"];
}
void setApplicationFont () {
qDebug() << "Application font starts out as" << QApplication::font();
QFont font = QFont(((*p_pref)["Fonts_Application_Name"]).toString());
font.setPointSize(((*p_pref)["Fonts_Application_Size"]).toInt());
font.setWeight(((*p_pref)["Fonts_Application_Bold"]).toBool() ? QFont::Bold : QFont::Normal);
font.setItalic(((*p_pref)["Fonts_Application_Italic"]).toBool());
QApplication::setFont(font);
mainwin->menuBar()->setFont(font);
qDebug() << "Application font set to" << font;
qDebug() << "Application font reads back as" << QApplication::font();
qDebug() << "system font is" << QFontDatabase::systemFont(QFontDatabase::GeneralFont).family();
}
bool removeDir(const QString &path)
{
bool result = true;
QDir dir(path);
if (dir.exists(path)) {
Q_FOREACH(QFileInfo info, dir.entryInfoList(QDir::NoDotAndDotDot | QDir::System | QDir::Hidden |
QDir::AllDirs | QDir::Files, QDir::DirsFirst)) {
if (info.isDir()) { // Recurse to remove this child directory
result = removeDir(info.absoluteFilePath());
} else { // File
result = QFile::remove(info.absoluteFilePath());
}
if (!result) {
return result;
}
}
result = dir.rmdir(path);
}
return result;
}
void copyPath(QString src, QString dst, bool overwrite)
{
QDir dir(src);
if (!dir.exists())
return;
// Recursively handle directories
foreach (QString d, dir.entryList(QDir::Dirs | QDir::NoDotAndDotDot)) {
QString dst_path = dst + QDir::separator() + d;
dir.mkpath(dst_path);
copyPath(src + QDir::separator() + d, dst_path, overwrite);
}
// Files
foreach (QString f, dir.entryList(QDir::Files)) {
QString srcFile = src + QDir::separator() + f;
QString destFile = dst + QDir::separator() + f;
if (overwrite && QFile::exists(destFile)) {
QFile::remove(destFile);
}
if (!QFile::exists(destFile)) {
if (!QFile::copy(srcFile, destFile)) {
qWarning() << "copyPath: could not copy" << srcFile << "to" << destFile;
}
// TODO: Since copyPath is only used by loaders, it should
// build the list of files first, and then update the progress bar
// while copying.
// TODO: copyPath should also either hide the abort button
// or respond to it.
QCoreApplication::processEvents();
}
}
}
QString GFXEngineNames[MaxGFXEngine+1]; // Set by initializeStrings()
QString STR_UNIT_M;
QString STR_UNIT_CM;
QString STR_UNIT_INCH;
QString STR_UNIT_FOOT;
QString STR_UNIT_POUND;
QString STR_UNIT_OUNCE;
QString STR_UNIT_KG;
QString STR_UNIT_CMH2O;
QString STR_UNIT_Hours;
QString STR_UNIT_Minutes;
QString STR_UNIT_Seconds;
QString STR_UNIT_milliSeconds;
QString STR_UNIT_h;
QString STR_UNIT_m;
QString STR_UNIT_s;
QString STR_UNIT_ms;
QString STR_UNIT_BPM; // Beats per Minute
QString STR_UNIT_LPM; // Litres per Minute
QString STR_UNIT_ml; // MilliLitres
QString STR_UNIT_Litres;
QString STR_UNIT_Hz;
QString STR_UNIT_EventsPerHour;
QString STR_UNIT_BreathsPerMinute;
QString STR_UNIT_Percentage;
QString STR_UNIT_Unknown;
QString STR_UNIT_Ratio;
QString STR_UNIT_Severity;
QString STR_UNIT_Degrees;
QString STR_MessageBox_Question;
QString STR_MessageBox_Error;
QString STR_MessageBox_Warning;
QString STR_MessageBox_Information;
QString STR_MessageBox_Busy;
QString STR_MessageBox_PleaseNote;
QString STR_MessageBox_Yes;
QString STR_MessageBox_No;
QString STR_MessageBox_Cancel;
QString STR_MessageBox_Destroy;
QString STR_MessageBox_Save;
QString STR_Empty_NoData;
QString STR_Empty_Brick;
QString STR_Empty_NoGraphs;
QString STR_Empty_SummaryOnly;
QString STR_Empty_NoSessions;
QString STR_TR_BMI; // Short form of Body Mass Index
QString STR_TR_Weight;
QString STR_TR_Zombie;
QString STR_TR_PulseRate; // Pulse / Heart rate
QString STR_TR_SpO2;
QString STR_TR_Plethy; // Plethysomogram
QString STR_TR_Pressure;
QString STR_TR_Daily;
QString STR_TR_Profile;
QString STR_TR_Overview;
QString STR_TR_Oximetry;
QString STR_TR_Oximeter;
QString STR_TR_EventFlags;
QString STR_TR_Inclination;
QString STR_TR_Orientation;
QString STR_TR_Motion;
// Device type names.
QString STR_TR_CPAP; // Constant Positive Airway Pressure
QString STR_TR_BIPAP; // Bi-Level Positive Airway Pressure
QString STR_TR_BiLevel; // Another name for BiPAP
QString STR_TR_EPAP; // Expiratory Positive Airway Pressure
QString STR_TR_EEPAP; // End Expiratory Positive Airway Pressure
QString STR_TR_EEPAPLo; // End-Expiratory Positive Airway Pressure, Low
QString STR_TR_EEPAPHi; // End-Expiratory Positive Airway Pressure, High
QString STR_TR_EPAPLo; // Expiratory Positive Airway Pressure, Low
QString STR_TR_EPAPHi; // Expiratory Positive Airway Pressure, High
QString STR_TR_IPAP; // Inspiratory Positive Airway Pressure
QString STR_TR_IPAPLo; // Inspiratory Positive Airway Pressure, Low
QString STR_TR_IPAPHi; // Inspiratory Positive Airway Pressure, High
QString STR_TR_APAP; // Automatic Positive Airway Pressure
QString STR_TR_ASV; // Assisted Servo Ventilator
QString STR_TR_AVAPS; // Average Volume Assured Pressure Support
QString STR_TR_STASV;
QString STR_TR_Humidifier;
QString STR_TR_H; // Short form of Hypopnea
QString STR_TR_OA; // Short form of Obstructive Apnea
QString STR_TR_A; // Short form of Apnea
QString STR_TR_UA; // Short form of Unspecified Apnea
QString STR_TR_CA; // Short form of Clear Airway Apnea
QString STR_TR_FL; // Short form of Flow Limitation
QString STR_TR_SA; // Short form of SensAwake
QString STR_TR_LE; // Short form of Leak Event
QString STR_TR_EP; // Short form of Expiratory Puff
QString STR_TR_VS; // Short form of Vibratory Snore
QString STR_TR_VS2; // Short form of Secondary Vibratory Snore (Some Philips Respironics devices have two sources)
QString STR_TR_RERA; // Acronym for Respiratory Effort Related Arousal
QString STR_TR_PP; // Short form for Pressure Pulse
QString STR_TR_P; // Short form for Pressure Event
QString STR_TR_RE; // Short form of Respiratory Effort Related Arousal
QString STR_TR_NR; // Short form of Non Responding event? (forgot sorry)
QString STR_TR_NRI; // Sorry I Forgot.. it's a flag on Intellipap devices
QString STR_TR_O2; // SpO2 Desaturation
QString STR_TR_PC; // Short form for Pulse Change
QString STR_TR_UF1; // Short form for User Flag 1
QString STR_TR_UF2; // Short form for User Flag 2
QString STR_TR_UF3; // Short form for User Flag 3
QString STR_TR_PS; // Short form of Pressure Support
QString STR_TR_AHI; // Short form of Apnea Hypopnea Index
QString STR_TR_RDI; // Short form of Respiratory Distress Index
QString STR_TR_AI; // Short form of Apnea Index
QString STR_TR_HI; // Short form of Hypopnea Index
QString STR_TR_UAI; // Short form of Uncatagorized Apnea Index
QString STR_TR_CAI; // Short form of Clear Airway Index
QString STR_TR_FLI; // Short form of Flow Limitation Index
//QString STR_TR_SAI; // Short form of SensAwake Index
QString STR_TR_REI; // Short form of RERA Index
QString STR_TR_EPI; // Short form of Expiratory Puff Index
QString STR_TR_CSR; // Short form of Cheyne Stokes Respiration
QString STR_TR_PB; // Short form of Periodic Breathing
// Graph Titles
QString STR_TR_IE; // Inspiratory Expiratory Ratio
QString STR_TR_InspTime; // Inspiratory Time
QString STR_TR_ExpTime; // Expiratory Time
QString STR_TR_RespEvent; // Respiratory Event
QString STR_TR_FlowLimitation;
QString STR_TR_FlowLimit;
//QString STR_TR_FlowLimitation;
QString STR_TR_SensAwake;
QString STR_TR_PatTrigBreath; // Patient Triggered Breath
QString STR_TR_TgtMinVent; // Target Minute Ventilation
QString STR_TR_TargetVent; // Target Ventilation
QString STR_TR_MinuteVent; // Minute Ventilation
QString STR_TR_TidalVolume;
QString STR_TR_RespRate; // Respiratory Rate
QString STR_TR_Snore;
QString STR_TR_Leak;
QString STR_TR_Leaks;
QString STR_TR_LargeLeak;
QString STR_TR_LL;
QString STR_TR_TotalLeaks;
QString STR_TR_UnintentionalLeaks;
QString STR_TR_MaskPressure;
QString STR_TR_FlowRate;
QString STR_TR_SleepStage;
QString STR_TR_Usage;
QString STR_TR_Sessions;
QString STR_TR_PrRelief; // Pressure Relief
QString STR_TR_Bookmarks;
QString STR_TR_OSCAR;
//QString STR_TR_AppVersion;
QString STR_TR_Default;
QString STR_TR_Mode;
QString STR_TR_Model;
QString STR_TR_Brand;
QString STR_TR_Serial;
QString STR_TR_Series;
QString STR_TR_Machine;
QString STR_TR_Channel;
QString STR_TR_Settings;
QString STR_TR_Name;
QString STR_TR_DOB; // Date of Birth
QString STR_TR_Phone;
QString STR_TR_Address;
QString STR_TR_Email;
QString STR_TR_PatientID;
QString STR_TR_Date;
QString STR_TR_BedTime;
QString STR_TR_WakeUp;
QString STR_TR_MaskTime;
QString STR_TR_Unknown;
QString STR_TR_None;
QString STR_TR_Ready;
QString STR_TR_First;
QString STR_TR_Last;
QString STR_TR_Start;
QString STR_TR_End;
QString STR_TR_On;
QString STR_TR_Off;
QString STR_TR_Auto;
QString STR_TR_Yes;
QString STR_TR_No;
QString STR_TR_Min; // Minimum
QString STR_TR_Max; // Maximum
QString STR_TR_Med; // Median
QString STR_TR_Average;
QString STR_TR_Median;
QString STR_TR_Avg; // Short form of Average
QString STR_TR_WAvg; // Short form of Weighted Average
void initializeStrings()
{
GFXEngineNames[GFX_Software] = QObject::tr("Software Engine");
GFXEngineNames[GFX_ANGLE] = QObject::tr("ANGLE / OpenGLES");
GFXEngineNames[GFX_OpenGL] = QObject::tr("Desktop OpenGL");
STR_UNIT_M = QObject::tr(" m");
STR_UNIT_CM = QObject::tr(" cm");
STR_UNIT_INCH = QObject::tr("in");
STR_UNIT_FOOT = QObject::tr("ft");
STR_UNIT_POUND = QObject::tr("lb");
STR_UNIT_OUNCE = QObject::tr("oz");
STR_UNIT_KG = QObject::tr("kg");
STR_UNIT_CMH2O = QObject::tr("cmH2O");
STR_UNIT_Hours = QObject::tr("Hours");
STR_UNIT_Minutes = QObject::tr("Minutes");
STR_UNIT_Seconds = QObject::tr("Seconds");
STR_UNIT_milliSeconds = QObject::tr("milliSeconds");
STR_UNIT_h = QObject::tr("h"); // hours shortform
STR_UNIT_m = QObject::tr("m"); // minutes shortform
STR_UNIT_s = QObject::tr("s"); // seconds shortform
STR_UNIT_ms = QObject::tr("ms"); // milliseconds
STR_UNIT_EventsPerHour = QObject::tr("Events/hr"); // Events per hour
STR_UNIT_Percentage = QString("%");
STR_UNIT_Hz = QObject::tr("Hz"); // Hertz
STR_UNIT_BPM = QObject::tr("bpm"); // Beats per Minute
STR_UNIT_LPM = QObject::tr("l/min"); // Litres per Minute
STR_UNIT_Litres = QObject::tr("Litres");
STR_UNIT_ml = QObject::tr("ml"); // millilitres
STR_UNIT_BreathsPerMinute = QObject::tr("Breaths/min"); // Breaths per minute
STR_UNIT_Unknown = QString("?");
STR_UNIT_Ratio = QObject::tr("ratio");
STR_UNIT_Severity = QObject::tr("Severity (0-1)");
STR_UNIT_Degrees = QObject::tr("Degrees");
STR_MessageBox_Question = QObject::tr("Question");
STR_MessageBox_Error = QObject::tr("Error");
STR_MessageBox_Warning = QObject::tr("Warning");
STR_MessageBox_Information = QObject::tr("Information");
STR_MessageBox_Busy = QObject::tr("Busy");
STR_MessageBox_PleaseNote = QObject::tr("Please Note");
STR_Empty_NoData = QObject::tr("No Data Available");
STR_Empty_Brick = QObject::tr("Only Settings and Compliance Data Available");
STR_Empty_NoGraphs = QObject::tr("Graphs Switched Off");
STR_Empty_SummaryOnly = QObject::tr("Summary Data Only");
STR_Empty_NoSessions = QObject::tr("Sessions Switched Off");
// Dialog box options
STR_MessageBox_Yes = QObject::tr("&Yes");
STR_MessageBox_No = QObject::tr("&No");
STR_MessageBox_Cancel = QObject::tr("&Cancel");
STR_MessageBox_Destroy = QObject::tr("&Destroy");;
STR_MessageBox_Save = QObject::tr("&Save");
STR_TR_BMI = QObject::tr("BMI"); // Short form of Body Mass Index
STR_TR_Weight = QObject::tr("Weight");
STR_TR_Zombie = QObject::tr("Feeling");
STR_TR_PulseRate = QObject::tr("Pulse Rate"); // Pulse / Heart rate
STR_TR_SpO2 = QString("SpO2");
STR_TR_Plethy = QObject::tr("Plethy"); // Plethysomogram
STR_TR_Pressure = QObject::tr("Pressure");
STR_TR_Daily = QObject::tr("Daily");
STR_TR_Profile = QObject::tr("Profile");
STR_TR_Overview = QObject::tr("Overview");
STR_TR_Oximetry = QObject::tr("Oximetry");
STR_TR_Oximeter = QObject::tr("Oximeter");
STR_TR_EventFlags = QObject::tr("Event Flags");
STR_TR_Default = QObject::tr("Default");
// Device type names.
STR_TR_CPAP = QObject::tr("CPAP"); // Constant Positive Airway Pressure
STR_TR_BIPAP = QObject::tr("BiPAP"); // Bi-Level Positive Airway Pressure
STR_TR_BiLevel = QObject::tr("Bi-Level"); // Another name for BiPAP
STR_TR_EPAP = QObject::tr("EPAP"); // Expiratory Positive Airway Pressure
STR_TR_EEPAP = QObject::tr("EEPAP"); // End-Expiratory Positive Airway Pressure
STR_TR_EEPAPLo = QObject::tr("Min EEPAP"); // Lower End-Expiratory Positive Airway Pressure
STR_TR_EEPAPHi = QObject::tr("Max EEPAP"); // Higher End-Expiratory Positive Airway Pressure
STR_TR_EPAPLo = QObject::tr("Min EPAP"); // Lower Expiratory Positive Airway Pressure
STR_TR_EPAPHi = QObject::tr("Max EPAP"); // Higher Expiratory Positive Airway Pressure
STR_TR_IPAP = QObject::tr("IPAP"); // Inspiratory Positive Airway Pressure
STR_TR_IPAPLo = QObject::tr("Min IPAP"); // Lower Inspiratory Positive Airway Pressure
STR_TR_IPAPHi = QObject::tr("Max IPAP"); // Higher Inspiratory Positive Airway Pressure
STR_TR_APAP = QObject::tr("APAP"); // Automatic Positive Airway Pressure
STR_TR_ASV = QObject::tr("ASV"); // Assisted Servo Ventilator
STR_TR_AVAPS = QObject::tr("AVAPS"); // Average Volume Assured Pressure Support
STR_TR_STASV = QObject::tr("ST/ASV");
STR_TR_Humidifier = QObject::tr("Humidifier");
STR_TR_H = QObject::tr("H"); // Short form of Hypopnea
STR_TR_OA = QObject::tr("OA"); // Short form of Obstructive Apnea
STR_TR_A = QObject::tr("A"); // Short form of All Apnea
STR_TR_UA = QObject::tr("UA"); // Short form of Unspecified Apnea
STR_TR_CA = QObject::tr("CA"); // Short form of Clear Airway Apnea
STR_TR_FL = QObject::tr("FL"); // Short form of Flow Limitation
STR_TR_SA = QObject::tr("SA"); // Short form of Flow Limitation
STR_TR_LE = QObject::tr("LE"); // Short form of Leak Event
STR_TR_EP = QObject::tr("EP"); // Short form of Expiratory Puff
STR_TR_VS = QObject::tr("VS"); // Short form of Vibratory Snore
STR_TR_VS2 =
QObject::tr("VS2"); // Short form of Secondary Vibratory Snore (Some Philips Respironics devices have two sources)
STR_TR_RERA = QObject::tr("RERA"); // Acronym for Respiratory Effort Related Arousal
STR_TR_PP = QObject::tr("PP"); // Short form for Pressure Pulse
STR_TR_P = QObject::tr("P"); // Short form for Pressure Event
STR_TR_RE = QObject::tr("RE"); // Short form of Respiratory Effort Related Arousal
STR_TR_NR = QObject::tr("NR"); // Short form of Non Responding event? (forgot sorry)
STR_TR_NRI = QObject::tr("NRI"); // Sorry I Forgot.. it's a flag on Intellipap devices
STR_TR_O2 = QObject::tr("O2"); // SpO2 Desaturation
STR_TR_PC = QObject::tr("PC"); // Short form for Pulse Change
STR_TR_UF1 = QObject::tr("UF1"); // Short form for User Flag 1
STR_TR_UF2 = QObject::tr("UF2"); // Short form for User Flag 2
STR_TR_UF3 = QObject::tr("UF3"); // Short form for User Flag 3
STR_TR_PS = QObject::tr("PS"); // Short form of Pressure Support
STR_TR_AHI = QObject::tr("AHI"); // Short form of Apnea Hypopnea Index
STR_TR_RDI = QObject::tr("RDI"); // Short form of Respiratory Distress Index
STR_TR_AI = QObject::tr("AI"); // Short form of Apnea Index
STR_TR_HI = QObject::tr("HI"); // Short form of Hypopnea Index
STR_TR_UAI = QObject::tr("UAI"); // Short form of Uncatagorized Apnea Index
STR_TR_CAI = QObject::tr("CAI"); // Short form of Clear Airway Index
STR_TR_FLI = QObject::tr("FLI"); // Short form of Flow Limitation Index
// STR_TR_SAI = QObject::tr("SAI"); // Short form of SleepAwake Index
STR_TR_REI = QObject::tr("REI"); // Short form of RERA Index
STR_TR_EPI = QObject::tr("EPI"); // Short form of Expiratory Puff Index
STR_TR_CSR = QObject::tr("CSR"); // Short form of Cheyne Stokes Respiration
STR_TR_PB = QObject::tr("PB"); // Short form of Periodic Breathing
// Graph Titles
STR_TR_IE = QObject::tr("IE"); // Inspiratory Expiratory Ratio
STR_TR_InspTime = QObject::tr("Insp. Time"); // Inspiratory Time
STR_TR_ExpTime = QObject::tr("Exp. Time"); // Expiratory Time
STR_TR_RespEvent = QObject::tr("Resp. Event"); // Respiratory Event
STR_TR_FlowLimitation = QObject::tr("Flow Limitation");
STR_TR_FlowLimit = QObject::tr("Flow Limit");
STR_TR_SensAwake = QObject::tr("SensAwake");
STR_TR_PatTrigBreath = QObject::tr("Pat. Trig. Breath"); // Patient Triggered Breath
STR_TR_TgtMinVent = QObject::tr("Tgt. Min. Vent"); // Target Minute Ventilation
STR_TR_TargetVent = QObject::tr("Target Vent."); // Target Ventilation
STR_TR_MinuteVent = QObject::tr("Minute Vent."); // Minute Ventilation
STR_TR_TidalVolume = QObject::tr("Tidal Volume");
STR_TR_RespRate = QObject::tr("Resp. Rate"); // Respiratory Rate
STR_TR_Snore = QObject::tr("Snore");
STR_TR_Leak = QObject::tr("Leak");
STR_TR_Leaks = QObject::tr("Leaks");
STR_TR_LargeLeak = QObject::tr("Large Leak");
STR_TR_LL = QObject::tr("LL"); // Large Leak
STR_TR_TotalLeaks = QObject::tr("Total Leaks");
STR_TR_UnintentionalLeaks = QObject::tr("Unintentional Leaks");
STR_TR_MaskPressure = QObject::tr("MaskPressure");
STR_TR_FlowRate = QObject::tr("Flow Rate");
STR_TR_SleepStage = QObject::tr("Sleep Stage");
STR_TR_Usage = QObject::tr("Usage");
STR_TR_Sessions = QObject::tr("Sessions");
STR_TR_PrRelief = QObject::tr("Pr. Relief"); // Pressure Relief
STR_TR_Bookmarks = QObject::tr("Bookmarks");
STR_TR_OSCAR = QString("OSCAR");
//STR_TR_AppVersion = QObject::tr("v%1").arg(getVersion());
STR_TR_Mode = QObject::tr("Mode");
STR_TR_Model = QObject::tr("Model");
STR_TR_Brand = QObject::tr("Brand");
STR_TR_Serial = QObject::tr("Serial");
STR_TR_Series = QObject::tr("Series");
STR_TR_Machine = QObject::tr("Device");
STR_TR_Channel = QObject::tr("Channel");
STR_TR_Settings = QObject::tr("Settings");
STR_TR_Inclination = QObject::tr("Inclination");
STR_TR_Orientation = QObject::tr("Orientation");
STR_TR_Motion = QObject::tr("Motion");
STR_TR_Name = QObject::tr("Name");
STR_TR_DOB = QObject::tr("DOB"); // Date of Birth
STR_TR_Phone = QObject::tr("Phone");
STR_TR_Address = QObject::tr("Address");
STR_TR_Email = QObject::tr("Email");
STR_TR_PatientID = QObject::tr("Patient ID");
STR_TR_Date = QObject::tr("Date");
STR_TR_BedTime = QObject::tr("Bedtime");
STR_TR_WakeUp = QObject::tr("Wake-up");
STR_TR_MaskTime = QObject::tr("Mask Time");
STR_TR_Unknown = QObject::tr("Unknown");
STR_TR_None = QObject::tr("None");
STR_TR_Ready = QObject::tr("Ready");
STR_TR_First = QObject::tr("First");
STR_TR_Last = QObject::tr("Last");
STR_TR_Start = QObject::tr("Start");
STR_TR_End = QObject::tr("End");
STR_TR_On = QObject::tr("On");
STR_TR_Off = QObject::tr("Off");
STR_TR_Auto = QObject::tr("Auto");
STR_TR_Yes = QObject::tr("Yes");
STR_TR_No = QObject::tr("No");
STR_TR_Min = QObject::tr("Min"); // Minimum
STR_TR_Max = QObject::tr("Max"); // Maximum
STR_TR_Med = QObject::tr("Med"); // Median
STR_TR_Average = QObject::tr("Average");
STR_TR_Median = QObject::tr("Median");
STR_TR_Avg = QObject::tr("Avg"); // Average
STR_TR_WAvg = QObject::tr("W-Avg"); // Weighted Average
}
quint32 CRC32(const char * data, quint32 length)
{
quint32 crc32 = 0xffffffff;
for (quint32 idx=0; idx<length; idx++) {
quint32 i = (data[idx]) ^ ((crc32) & 0x000000ff);
for(int j=8; j > 0; j--) {
if (i & 1) {
i = (i >> 1) ^ 0xedb88320;
} else {
i >>= 1;
}
}
crc32 = ((crc32) >> 8) ^ i;
}
return ~crc32;
}
quint32 crc32buf(const QByteArray& data)
{
return CRC32(data.constData(), data.size());
}
// Gzip function
QByteArray gCompress(const QByteArray& data)
{
QByteArray compressedData = qCompress(data);
// Strip the first six bytes (a 4-byte length put on by qCompress and a 2-byte zlib header)
// and the last four bytes (a zlib integrity check).
compressedData.remove(0, 6);
compressedData.chop(4);
QByteArray header;
QDataStream ds1(&header, QIODevice::WriteOnly);
// Prepend a generic 10-byte gzip header (see RFC 1952),
ds1 << quint16(0x1f8b)
<< quint16(0x0800)
<< quint16(0x0000)
<< quint16(0x0000)
<< quint16(0x000b);
// Append a four-byte CRC-32 of the uncompressed data
// Append 4 bytes uncompressed input size modulo 2^32
QByteArray footer;
QDataStream ds2(&footer, QIODevice::WriteOnly);
ds2.setByteOrder(QDataStream::LittleEndian);
ds2 << crc32buf(data)
<< quint32(data.size());
return header + compressedData + footer;
}
// Pinched from http://stackoverflow.com/questions/2690328/qt-quncompress-gzip-data
QByteArray gUncompress(const QByteArray & data)
{
if (data.size() <= 4) {
qWarning("gUncompress: Input data is truncated");
return QByteArray();
}
QByteArray result;
int ret;
z_stream strm;
static const int CHUNK_SIZE = 1048576;
char *out = new char [CHUNK_SIZE];
/* allocate inflate state */
strm.zalloc = Z_NULL;
strm.zfree = Z_NULL;
strm.opaque = Z_NULL;
strm.avail_in = data.size();
strm.next_in = (Bytef*)(data.data());
ret = inflateInit2(&strm, 15 + 32); // gzip decoding
if (ret != Z_OK) {
delete [] out;
return QByteArray();
}
// run inflate()
do {
strm.avail_out = CHUNK_SIZE;
strm.next_out = (Bytef*)(out);
ret = inflate(&strm, Z_NO_FLUSH);
if (ret == Z_STREAM_ERROR) {
qWarning() << "ret == Z_STREAM_ERROR in gzUncompress in common.cpp";
delete [] out;
return QByteArray();
}
switch (ret) {
case Z_NEED_DICT:
ret = Z_DATA_ERROR;
// fall through
case Z_DATA_ERROR:
case Z_MEM_ERROR:
Q_UNUSED(ret)
(void)inflateEnd(&strm);
delete [] out;
return QByteArray();
}
result.append(out, CHUNK_SIZE - strm.avail_out);
} while (strm.avail_out == 0);
// clean up and return
inflateEnd(&strm);
delete [] out;
return result;
}
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