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ResventLoader: Added user settings for iPR and pressure

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This commit is contained in:
LoudSnorer 2024-02-15 14:27:55 -05:00
parent d15db71ec5
commit ef9870f278
2 changed files with 382 additions and 140 deletions
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409
oscar/SleepLib/loader_plugins/resvent_loader.cpp
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@ -7,6 +7,10 @@
* License. See the file COPYING in the main directory of the source code
* for more details. */
// Turn off for offical release.
#define TEST_MACROS_ENABLEDoff
#include <test_macros.h>
//********************************************************************************************
// Please only INCREMENT the resvent_data_version in resvent_loader.h when making changes
// that change loader behaviour or modify channels in a manner that fixes old data imports.
@ -15,9 +19,125 @@
// i.e. there is no need to change the version when adding support for new devices
//********************************************************************************************
// Turn off for offical release.
#define TEST_MACROS_ENABLEDoff
#include <test_macros.h>
/*
Resvent iBreeze 20A works.
possible machines taht might work
Hoffrichter Point 2 Auto CPAP:
Hoffrichter Trend II Bilevel ST20/30:
SD-CARD Format and information
Folder Name Folders containing folders.
THERAPY All files on the sdcard are in this folder
THERAPY/RECORD all PAP data per day. contains a list of folder by year and month.
example of contents: 202312/ 202401/ 202402/
THERAPY/LOG Logs of device events. like settings per day. contains a list of folders.
example of contents: 14/ 17/
THERAPY/CFGDUP ??? ALways empty
THERAPY/RECORD/<Month> contains a list of days. 01 - 31
example of contents: 01/ 02/ 03/ 04/ 05/ 06/ 07/ 08/ 09/ 10/
THERAPY/LOG/<xxxx> contains a list of folders NNNNNNNNN
03260800*
03347200*
03433600*
Folder Name Folder containing Files
THERAPY/CONFIG configuration Files. all files are name/value pars
Therphy Configuration files
The name format is T_XXXX where T indicates a Class and XXXX is a specific version
examples C_ST30 F_COPD H_AST30 N_APAP N_CPAP ...
there are other unique file
examples SETTING SYSCFG TCTRL ALARM CHECK.TXT COMFORT
The set of all keys used is all the unique files plus one theraphy file
TCTRL / VentMode seems to determine which Therphy COnfiguration to use. need verification
THERAPY/RECORD/<Month>/<day> Contains a list of files
STAT Summaries the day; count of events and other info
All the othere file are sessions. starting with 1
ALM<session>
EV<session>
ID=20,DT=1707490206,DR=3,GD=0,
STAT<session>
Name/Value pair session summary counts and other info
Channel Data. two types (25 samples/second) or (2-4 seconds per sample)
W<session>_<chunk> 25 samples per second Pressure and Flow
P<session>_<chunk> 2-4 seconds per sample other channels..
THERAPY/LOG/<xxxx>/<NNNNNN> Contains a list of log files.
Each log file has dateTime followed by the event.
for example
File: 17/04124800
2024/01/02 00:12:25 [STAT MAIN]: close record.
2024/01/02 00:12:27 [STAT MAIN]: sdcard is inserting
2024/01/02 00:16:38 [STAT MAIN]: open record.
2024/01/02 00:18:19 [STAT MAIN]: close record.
2024/01/02 00:18:21 [STAT MAIN]: sdcard is inserting
2024/01/02 00:18:58 comfortRampPress3.00
2024/01/02 00:21:21 [STAT MAIN]: open record.
2024/01/02 04:39:09 [STAT MAIN]: close record.
2024/01/02 04:39:11 [STAT MAIN]: sdcard is inserting
2024/01/02 12:00:00 [STAT MAIN]: sdcard is inserting
2024/01/02 22:30:06 [STAT MAIN]: sdcard is inserting
2024/01/02 22:39:12 comfortMaskType0
2024/01/02 22:42:16 [STAT MAIN]: open record.
File: 17/04211200 - next in order
2024/01/03 00:40:36 [STAT MAIN]: close record.
2024/01/03 00:40:38 [STAT MAIN]: sdcard is inserting
2024/01/03 00:47:16 [STAT MAIN]: open record.
2024/01/03 05:58:40 [STAT MAIN]: close record.
2024/01/03 05:58:42 [STAT MAIN]: sdcard is inserting
2024/01/03 05:58:47 [STAT MAIN]: sdcard is inserting
2024/01/03 12:00:00 [STAT MAIN]: sdcard is inserting
2024/01/03 21:46:10 [STAT MAIN]: sdcard is inserting
2024/01/03 21:46:16 ComfortmaskFitlaunch
2024/01/03 21:46:56 ComfortmaskFitlaunch
2024/01/03 21:48:05 ComfortmaskFitlaunch
2024/01/03 21:49:51 ComfortmaskFitlaunch
2024/01/03 21:51:44 [STAT MAIN]: sdcard is inserting
2024/01/03 21:51:48 ComfortmaskFitlaunch
2024/01/03 22:23:58 [STAT MAIN]: sdcard is inserting
2024/01/03 22:24:13 comfortMaskType2
2024/01/03 22:24:28 [STAT MAIN]: sdcard is inserting
2024/01/03 22:57:38 [STAT MAIN]: open record.
2024/01/03 23:02:52 [STAT MAIN]: close record.
2024/01/03 23:02:54 [STAT MAIN]: sdcard is inserting
2024/01/03 23:08:32 [STAT MAIN]: open record.
Example: of configuration changes.
2023/12/23 05:25:02 settingLanguage2
2023/12/23 05:25:29 settingBrightness1
2023/12/23 05:27:42 ComfortmaskFitlaunch
2023/12/23 05:28:26 comfortRampTime60
2023/12/23 05:28:35 comfortMaskType2
2023/12/23 05:28:48 ComfortmaskFitlaunch
2023/12/23 17:38:43 comfortTubeType0
2023/12/23 17:46:22 comfortiPR3
2023/12/23 22:48:20 comfortiPR1
2023/12/23 22:48:43 comfortiPR2
2023/12/23 22:50:17 comfortiPR3
2023/12/23 22:53:38 comfortAutoStart16
2023/12/23 22:53:43 comfortAutoStart0
2023/12/23 23:14:25 ComfortmaskFitlaunch
2023/12/23 23:15:01 comfortRampPress3.00
2023/12/23 23:15:07 comfortRampTime40
2023/12/24 22:54:10 comfortHumidity2
2023/12/24 23:01:03 ComfortmaskFitlaunch
2023/12/26 21:03:34 comfortiPR2
2023/12/26 21:03:54 comfortRampTime20
2023/12/27 22:13:35 comfortAutoStart1
2023/12/27 22:13:52 comfortRampPress3.50
2023/12/27 22:14:00 comfortRampTime10
2023/12/29 22:34:43 comfortRampPress3.50
2023/12/29 22:35:08 comfortHumidity3
2023/12/30 22:39:25 ComfortmaskFitlaunch
2023/12/30 22:39:47 comfortMaskType0
2023/12/31 22:46:12 comfortMaskType2
*/
#include <QCoreApplication>
#include <QString>
@ -42,6 +162,15 @@
// the different files of the same type. And later contain the previous describe quantity of description header of size 0x20
// containing the details for every type of record (e.g. sample chunk size).
// each device setting listed in daily left sidebar "Device settings" must have its ownn channel.
ChannelID RESVENT_iPR, RESVENT_iPRLevel, RESVENT_Mode, RESVENT_SmartStart
/* examples of setting for resmed renamed for resvent.
RESVENT_HumidStatus, RESVENT_HumidLevel,
RESVENT_PtAccess, RESVENT_Mask, RESVENT_ABFilter, RESVENT_ClimateControl, RESVENT_TubeType,
RESVENT_Temp, RESVENT_TempEnable, RESVENT_RampEnable*/
;
ResventLoader::ResventLoader()
{
const QString RESVENT_ICON = ":/icons/resvent.png";
@ -59,6 +188,7 @@ ResventLoader::~ResventLoader()
const QString kResventTherapyFolder = "THERAPY";
const QString kResventConfigFolder = "CONFIG";
const QString kResventRecordFolder = "RECORD";
const QString kResventLogFolder = "LOG";
const QString kResventSysConfigFilename = "SYSCFG";
constexpr qint64 kDateTimeOffset = 8 * 60 * 60 * 1000; // Offset to GMT
constexpr int kMainHeaderSize = 0x24;
@ -72,7 +202,10 @@ constexpr double kTenthGain = 0.1;
constexpr double kNoGain = 1.0;
constexpr double kDefaultGain = kHundredthGain ; // For Flow (rate) and (mask)Pressure - High Resolutions data.
const QDate baseDate(2010 , 1, 1); // start of development
double applyGain(QString value, double gain) {
return (gain*(double)value.toUInt());
}
bool ResventLoader::Detect(const QString & givenpath)
{
@ -97,53 +230,86 @@ bool ResventLoader::Detect(const QString & givenpath)
return true;
}
void ResventLoader::readAllConfigFiles(const QString & path ,QMap<QString,QString>& hash ) {
const auto configPath = path + QDir::separator() + kResventTherapyFolder + QDir::separator() + kResventConfigFolder + QDir::separator() ;
static const QStringList uniqueFiles({ "ALARM" , "COMFORT" , "CHECK.TXT" , "SETTING" , "VERSION" , "SYSCFG" , "TCTRL" });
DEBUGFC;
for (const QString& fileName : uniqueFiles) {
QString filepath = configPath+fileName;
readConfigFile(filepath, hash);
}
int papMode = configSettings.value("VentMode").toInt();
if (papMode == RESVENT_DEVICE_APAP) {
readConfigFile(configPath+"N_APAP", hash);
myCPAPMode = MODE_APAP;
myRESVENT_PAP_MODE = RESVENT_PAP_APAP1 ;
} else {
readConfigFile(configPath+"N_CPAP", hash);
myCPAPMode = MODE_CPAP;
myRESVENT_PAP_MODE = RESVENT_PAP_CPAP0 ;
}
}
void ResventLoader::readConfigFile(const QString & configFile, QMap<QString,QString>& hash) {
//DEBUGFC O(QFileInfo(configFile).fileName());
if (!QFile::exists(configFile)) {
qDebug() << "Resvent Data card has no file" << configFile;
} else {
QFile f(configFile);
f.open(QIODevice::ReadOnly | QIODevice::Text);
f.seek(4);
while (!f.atEnd()) {
QString line = f.readLine().trimmed();
const auto elems = line.split("=");
Q_ASSERT(elems.size() == 2);
QString key=elems[0].simplified();
QString value=elems[1].simplified();
auto it = hash.insert(key,value);
DEBUGFC O(QFileInfo(configFile).fileName()) O(key) O(value);
Q_UNUSED(it);
/*
auto it = hash.insert(key,value);
if (it != hash.end() ) {
QString oldKey=it.key().simplified();
QString old=it.value().simplified();
IF (it.value() != old ) { DEBUGFC O(QFileInfo(configFile).fileName()) O(oldKey) O(old) O("==>") O(key) O(value); }
} else {
DEBUGFC O(QFileInfo(configFile).fileName()) O(key) O(value);
}
*/
}
}
}
MachineInfo ResventLoader::PeekInfo(const QString & path)
{
if (!Detect(path)) {
return MachineInfo();
}
readAllConfigFiles( path , configSettings);
MachineInfo info = newInfo();
const auto sys_config_path = path + QDir::separator() + kResventTherapyFolder + QDir::separator() + kResventConfigFolder + QDir::separator() + kResventSysConfigFilename;
if (!QFile::exists(sys_config_path)) {
qDebug() << "Resvent Data card has no" << kResventSysConfigFilename << "file in " << sys_config_path;
return MachineInfo();
for (auto it = configSettings.begin(); it != configSettings.end(); ++it) {
QString key = it.key(), value = it.value();
if (key == "models") {
info.model = value;
if ( (info.model.contains("Point", Qt::CaseInsensitive)) ||
(info.model.contains("Trend", Qt::CaseInsensitive)) ){
info.brand = "Hoffrichter";
} else {
info.brand = "Resvent";
}
} else if (key == "sn") {
info.serial = value;
} else if (key == "num") {
info.version = value.toInt();
}
info.type = MachineType::MT_CPAP;
}
QFile f(sys_config_path);
f.open(QIODevice::ReadOnly | QIODevice::Text);
f.seek(4);
while (!f.atEnd()) {
QString line = f.readLine().trimmed();
const auto elems = line.split("=");
Q_ASSERT(elems.size() == 2);
if (elems[0] == "models") {
info.model = elems[1];
}
else if (elems[0] == "sn") {
info.serial = elems[1];
}
else if (elems[0] == "num") {
info.version = elems[1].toInt();
}
else if (elems[0] == "num") {
info.type = MachineType::MT_CPAP;
}
}
if (info.model.contains("Point", Qt::CaseInsensitive)) {
info.brand = "Hoffrichter";
} else {
info.brand = "Resvent";
}
return info;
}
QVector<QDate> GetSessionsDate(const QString& dirpath) {
QVector<QDate> ResventLoader::GetSessionsDate(const QString& dirpath) {
QVector<QDate> sessions_date;
const auto records_path = dirpath + QDir::separator() + kResventTherapyFolder + QDir::separator() + kResventRecordFolder;
@ -169,39 +335,7 @@ QVector<QDate> GetSessionsDate(const QString& dirpath) {
return sessions_date;
}
enum class EventType {
//UsageSec = 1,
//UnixStart = 2,
ObstructiveApnea = 17,
CentralApnea = 18,
Hypopnea = 19,
FlowLimitation = 20,
RERA = 21,
PeriodicBreathing = 22,
Snore = 23
};
struct EventData {
EventType type;
QDateTime date_time;
int duration;
};
struct UsageData {
QString number{};
QDateTime start_time{};
QDateTime end_time{};
qint32 countAHI = 0;
qint32 countOAI = 0;
qint32 countCAI = 0;
qint32 countAI = 0;
qint32 countHI = 0;
qint32 countRERA = 0;
qint32 countSNI = 0;
qint32 countBreath = 0;
};
void UpdateEvents(EventType event_type, const QMap<EventType, QVector<EventData>>& events, Session* session) {
void ResventLoader::UpdateEvents(EventType event_type, const QMap<EventType, QVector<EventData>>& events, Session* session) {
static QMap<EventType, unsigned int> mapping {{EventType::ObstructiveApnea, CPAP_Obstructive},
{EventType::CentralApnea, CPAP_ClearAirway},
{EventType::Hypopnea, CPAP_Hypopnea},
@ -221,14 +355,14 @@ void UpdateEvents(EventType event_type, const QMap<EventType, QVector<EventData>
});
}
QString GetSessionFolder(const QString& dirpath, const QDate& session_date) {
QString ResventLoader::GetSessionFolder(const QString& dirpath, const QDate& session_date) {
const auto year_month_folder = QString("%1%2").arg(session_date.year()).arg(session_date.month(),2,10,QLatin1Char('0'));
const auto day_folder = QString("%1").arg(session_date.day(),2,10,QLatin1Char('0')) ;
const auto session_folder_path = dirpath + QDir::separator() + kResventTherapyFolder + QDir::separator() + kResventRecordFolder + QDir::separator() + year_month_folder + QDir::separator() + day_folder;
return session_folder_path;
}
bool VerifyEvent(EventData& eventData) {
bool ResventLoader::VerifyEvent(EventData& eventData) {
switch (eventData.type) {
case EventType::FlowLimitation:
case EventType::Hypopnea:
@ -247,8 +381,8 @@ bool VerifyEvent(EventData& eventData) {
}
return true;
}
void LoadEvents(const QString& session_folder_path, Session* session, const UsageData& usage ) {
// ResventLoader::
void ResventLoader::LoadEvents(const QString& session_folder_path, Session* session, const UsageData& usage ) {
const auto event_file_path = session_folder_path + QDir::separator() + "EV" + usage.number;
// Oscar (resmed) plots events at end.
@ -311,8 +445,7 @@ struct WaveFileData {
unsigned int start_offset;
};
EventList* GetEventList(const QString& name, Session* session, float sample_rate = 0.0) {
DEBUGFC Q(name);
EventList* ResventLoader::GetEventList(const QString& name, Session* session, float sample_rate) {
if (name == "Press") {
return session->AddEventList(CPAP_Pressure, EVL_Event, kHundredthGain);
}
@ -355,18 +488,6 @@ EventList* GetEventList(const QString& name, Session* session, float sample_rate
}
}
struct ChunkData {
EventList* event_list;
uint16_t samples_by_chunk;
qint64 start_time;
int total_samples_by_chunk;
float sample_rate;
#ifdef TEST_MACROS_ENABLED
QString chunkName ;
int chunkDebug = -1;
#endif
};
QString ReadDescriptionName(QFile& f) {
constexpr int kNameSize = 9;
QVector<char> name(kNameSize);
@ -377,13 +498,12 @@ QString ReadDescriptionName(QFile& f) {
return QString(name.data());
}
void ReadWaveFormsHeaders(QFile& f, QVector<ChunkData>& wave_forms, Session* session, const UsageData& usage) {
void ResventLoader::ReadWaveFormsHeaders(QFile& f, QVector<ChunkData>& wave_forms, Session* session, const UsageData& usage) {
f.seek(kChunkDurationInSecOffset);
const auto chunk_duration_in_sec = read_from_file<uint16_t>(f);
f.seek(kDescriptionCountOffset);
const auto description_count = read_from_file<uint16_t>(f);
wave_forms.resize(description_count);
DEBUGFC Q(chunk_duration_in_sec) Q(description_count);
for (unsigned int i = 0; i < description_count; i++) {
const auto description_header_offset = kMainHeaderSize + i * kDescriptionHeaderSize;
@ -399,20 +519,11 @@ void ReadWaveFormsHeaders(QFile& f, QVector<ChunkData>& wave_forms, Session* ses
#ifdef TEST_MACROS_ENABLED
wave_forms[i].chunkName = name;
wave_forms[i].chunkDebug = -1;
DEBUGNC O( wave_forms[i].chunkName) DATETIME(wave_forms[i].start_time) O(usage.number);
//IF ((name == "I:E" || name == "Ti") && f.fileName().contains("P01_01"))
//DEBUGFC Q( wave_forms[i].chunkName) O(f.fileName()) ;
IF ( (name == "Leak") && f.fileName().contains("P01_01"))
OO ({
wave_forms[i].chunkDebug = 1;
DEBUGFC Q( wave_forms[i].chunkName) DATETIME(wave_forms[i].start_time) O("\n") O(f.fileName()) ;
})
#endif
}
}
void LoadOtherWaveForms(const QString& session_folder_path, Session* session, const UsageData& usage) {
void ResventLoader::LoadOtherWaveForms(const QString& session_folder_path, Session* session, const UsageData& usage) {
QDir session_folder(session_folder_path);
const auto wave_files = session_folder.entryList(QStringList() << "P" + usage.number + "_*", QDir::Files, QDir::Name);
@ -421,7 +532,6 @@ void LoadOtherWaveForms(const QString& session_folder_path, Session* session, co
bool initialized = false;
std::for_each(wave_files.cbegin(), wave_files.cend(), [&](const QString& wave_file){
// P01_ file
DEBUGFC O("LoadOtherWaveForms") Q(usage.number);
QFile f(session_folder_path + QDir::separator() + wave_file);
f.open(QIODevice::ReadOnly);
@ -437,7 +547,6 @@ void LoadOtherWaveForms(const QString& session_folder_path, Session* session, co
while (!f.atEnd()) {
for (int i = 0; i < wave_forms.size(); i++) {
const auto& wave_form = wave_forms[i].event_list;
IF (wave_forms[i].chunkDebug>0) DEBUGFC O(wave_forms[i].chunkName) O(wave_form);
const auto samples_by_chunk_actual = wave_forms[i].samples_by_chunk;
auto& start_time_current = wave_forms[i].start_time;
auto& total_samples_by_chunk = wave_forms[i].total_samples_by_chunk;
@ -447,14 +556,12 @@ void LoadOtherWaveForms(const QString& session_folder_path, Session* session, co
const auto readed = f.read(reinterpret_cast<char*>(chunk.data()), chunk.size() * sizeof(qint16));
if (wave_form) {
const auto readed_elements = readed / sizeof(qint16);
IF (wave_forms[i].chunkDebug>0) DEBUGFC Q(readed_elements) Q(samples_by_chunk_actual);
if (readed_elements != samples_by_chunk_actual) {
std::fill(std::begin(chunk) + readed_elements, std::end(chunk), 0);
}
int offset = 0;
std::for_each(chunk.cbegin(), chunk.cend(), [&](const qint16& value){
IF (wave_forms[i].chunkDebug>0 && value>0) DEBUGFC O(wave_forms[i].chunkName) DATETIME(start_time_current + offset + kDateTimeOffset - timezoneOffset()) O(value) Q(offset) Q(sample_rate);
wave_form->AddEvent(start_time_current + offset + kDateTimeOffset - timezoneOffset(), value);
offset += 1000.0 / sample_rate;
});
@ -476,12 +583,6 @@ void LoadOtherWaveForms(const QString& session_folder_path, Session* session, co
int offset = 0;
std::for_each(chunk.cbegin(), chunk.cend(), [&](const qint16& value){
wave_form.event_list->AddEvent(wave_form.start_time + offset + kDateTimeOffset - timezoneOffset(), value );
IF (wave_forms[i].chunkDebug>0 && offset>=0 && value > 0)
DEBUGFC O(wave_forms[i].chunkName)
DATETIME(wave_form.start_time + offset + kDateTimeOffset - timezoneOffset())
O(value)
//Q(sample_rate)
;
offset += 1000.0 / wave_form.sample_rate;
});
}
@ -489,7 +590,7 @@ void LoadOtherWaveForms(const QString& session_folder_path, Session* session, co
}
}
void LoadWaveForms(const QString& session_folder_path, Session* session, const UsageData& usage) {
void ResventLoader::LoadWaveForms(const QString& session_folder_path, Session* session, const UsageData& usage) {
QDir session_folder(session_folder_path);
const auto wave_files = session_folder.entryList(QStringList() << "W" + usage.number + "_*", QDir::Files, QDir::Name);
@ -517,7 +618,6 @@ void LoadWaveForms(const QString& session_folder_path, Session* session, const U
auto& start_time_current = wave_forms[i].start_time;
auto& total_samples_by_chunk = wave_forms[i].total_samples_by_chunk;
const auto sample_rate = wave_forms[i].sample_rate;
//DEBUGFC O(wave_forms[i].chunkName) DATE(wave_forms[i].start_time) Q(usage.number);
const auto duration = samples_by_chunk_actual * 1000.0 / sample_rate;
const auto readed = f.read(reinterpret_cast<char*>(chunk.data()), chunk.size() * sizeof(qint16));
@ -547,14 +647,27 @@ void LoadWaveForms(const QString& session_folder_path, Session* session, const U
}
}
}
// The following modes are specific to the resvent device. there could change based on manufactures differences
// See resmed loader for more examples.
// enum RESVENT_PAP_MODE now in header file.
void LoadStats(const UsageData& /*usage_data*/, Session* session ) {
session->settings[CPAP_Mode] = MODE_APAP;
//session->settings[CPAP_PressureMin] = 4.0; // these value are hard coded for now.
//session->settings[CPAP_PressureMax] = 20.0; // these value are hard coded for now.
enum RESVENT_iPR_MODE {
RESVENT_iPR_OFF , RESVENT_iPR_ON , RESVENT_iPR_RAMP
};
void ResventLoader::LoadStats(const UsageData& /*usage_data*/, Session* session ) {
// these should be set once per day or once per sessio or once per oscar sessionFull mode
session->settings[CPAP_Mode] = myCPAPMode ;
session->settings[CPAP_PressureMin] = applyGain(configSettings.value("PMin"),kHundredthGain);
session->settings[CPAP_PressureMax] = applyGain(configSettings.value("PMax"),kHundredthGain);
session->settings[RESVENT_Mode] = myRESVENT_PAP_MODE;
int level = (configSettings.value("iPR").toInt()) ;
session->settings[RESVENT_iPR] = level<=0?RESVENT_iPR_OFF:RESVENT_iPR_ON ; // defined in options.
session->settings[RESVENT_iPRLevel] = level;
}
UsageData ReadUsage(const QString& session_folder_path, const QString& usage_number) {
UsageData ResventLoader::ReadUsage(const QString& session_folder_path, const QString& usage_number) {
UsageData usage_data;
usage_data.number = usage_number;
@ -607,7 +720,7 @@ UsageData ReadUsage(const QString& session_folder_path, const QString& usage_num
return usage_data;
}
QVector<UsageData> GetDifferentUsage(const QString& session_folder_path) {
QVector<UsageData> ResventLoader::GetDifferentUsage(const QString& session_folder_path) {
QDir session_folder(session_folder_path);
const auto stat_files = session_folder.entryList(QStringList() << "STAT*", QDir::Files, QDir::Name);
@ -625,28 +738,22 @@ QVector<UsageData> GetDifferentUsage(const QString& session_folder_path) {
return usage_data;
}
int LoadSession(const QString& dirpath, const QDate& session_date, Machine* machine) {
int ResventLoader::LoadSession(const QString& dirpath, const QDate& session_date, Machine* machine) {
// Handles one day - all OSCAR sessions for a day.
const auto session_folder_path = GetSessionFolder(dirpath, session_date);
const auto different_usage = GetDifferentUsage(session_folder_path);
//return std::accumulate(different_usage.cbegin(), different_usage.cend(), 0, [&](int base, const UsageData& usage)
// std::accumulate(different_usage.cbegin(), different_usage.cend(), 0, [&](int base, const UsageData& usage)
int base = 0;
// Session ID must be unique.
// SessioId is defined as an unsigned int. Oscar however has a problem .
// if the most signifigant bit is set then Oscat misbehaves.
// typically with signed vs unsigned int issues.
// so sessionID has an implicit limit of a max postive value of of signed int.
// sessionID be must a unique positive ingteger ei. <= (2**31 -1) (2,147,483,647)
//
SessionID sessionId = (baseDate.daysTo(session_date)) * 64; // leave space for N sessions.
for (auto usage : different_usage)
{
if (machine->SessionExists(sessionId)) {
if (machine->SessionExists(usage.start_time.toMSecsSinceEpoch() + kDateTimeOffset - timezoneOffset())) {
// session alreadt exists
//return base;
continue;
}
Session* session = new Session(machine, sessionId++);
Session* session = new Session(machine, usage.start_time.toMSecsSinceEpoch() + kDateTimeOffset - timezoneOffset());
session->SetChanged(true);
session->really_set_first(usage.start_time.toMSecsSinceEpoch() + kDateTimeOffset - timezoneOffset());
session->really_set_last(usage.end_time.toMSecsSinceEpoch() + kDateTimeOffset - timezoneOffset());
@ -671,6 +778,7 @@ int ResventLoader::Open(const QString & dirpath)
{
const auto machine_info = PeekInfo(dirpath);
// Abort if no serial number
if (machine_info.serial.isEmpty()) {
qDebug() << "Resvent Data card has no valid serial number in " << kResventSysConfigFilename;
@ -694,6 +802,7 @@ int ResventLoader::Open(const QString & dirpath)
QCoreApplication::processEvents();
});
machine->Save();
emit setProgressValue(++progress);
@ -703,11 +812,43 @@ int ResventLoader::Open(const QString & dirpath)
void ResventLoader::initChannels()
{
// Remember there must a one-to-one coresponce between channelId and ChannelName.
// channel XX: the ID of xX: RESVENT_Mode must be a unique channelId and
// channel xx: the Name of XX: "RESVENT_Mode must be a unique channel Name.
// Copied from resmed
using namespace schema;
int RESVENT_CHANNELS = 0xe8A0;
Channel * chan = new Channel(RESVENT_Mode = RESVENT_CHANNELS , SETTING, MT_CPAP, SESSION,
"RESVENT_Mode", QObject::tr("Mode"), QObject::tr("CPAP Mode"), QObject::tr("Mode"), "", LOOKUP, Qt::green);
channel.add(GRP_CPAP, chan);
// These should be resvent loader names. must start at 0 and increment
chan->addOption(RESVENT_PAP_CPAP0, STR_TR_CPAP); // strings have already been translated
chan->addOption(RESVENT_PAP_APAP1, STR_TR_APAP); // strings have already been translated
channel.add(GRP_CPAP, chan = new Channel(RESVENT_iPR = RESVENT_CHANNELS+1 , SETTING, MT_CPAP, SESSION,
"iPR", QObject::tr("iPR"), QObject::tr("Resvent Exhale Pressure Relief"), QObject::tr("iPR"), "", LOOKUP, Qt::green));
chan->addOption(RESVENT_iPR_OFF, STR_TR_Off); // strings have already been translated
chan->addOption(RESVENT_iPR_ON, STR_TR_On); // strings have already been translated
// This is a resmed option include as example. chan->addOption(RESVENT_iPR_RAMP, QObject::tr("Ramp Only"));
channel.add(GRP_CPAP, chan = new Channel(RESVENT_iPRLevel = RESVENT_CHANNELS+2 , SETTING, MT_CPAP, SESSION,
"iPRLevel", QObject::tr("iPR Level"), QObject::tr("Exhale Pressure Relief Level"), QObject::tr("iPR Level"),
STR_UNIT_CMH2O, LOOKUP, Qt::blue));
}
ChannelID ResventLoader::PresReliefMode() { return 0; }
ChannelID ResventLoader::PresReliefLevel() { return 0; }
ChannelID ResventLoader::CPAPModeChannel() { return 0; }
ChannelID ResventLoader::PresReliefMode() {
return RESVENT_iPR;
}
ChannelID ResventLoader::PresReliefLevel() {
return RESVENT_iPRLevel;
}
ChannelID ResventLoader::CPAPModeChannel() {
return RESVENT_Mode;
}
bool resvent_initialized = false;
void ResventLoader::Register()

111
oscar/SleepLib/loader_plugins/resvent_loader.h
View File

@ -11,20 +11,87 @@
#define RESVENT_LOADER_H
#include <QVector>
#include <QFile>
#include "SleepLib/machine.h" // Base class: MachineLoader
#include "SleepLib/machine_loader.h"
#include "SleepLib/profiles.h"
class EventList;
//********************************************************************************************
/// IMPORTANT!!!
//********************************************************************************************
// Please INCREMENT the following value when making changes to this loaders implementation.
//
const int resvent_data_version = 1;
const int resvent_data_version = 2;
//
//********************************************************************************************
const QString resvent_class_name = "Resvent/Hoffrichter";
const QString resvent_class_name = "Resvent";
enum class EventType {
//UsageSec = 1,
//UnixStart = 2,
ObstructiveApnea = 17,
CentralApnea = 18,
Hypopnea = 19,
FlowLimitation = 20,
RERA = 21,
PeriodicBreathing = 22,
Snore = 23
};
struct EventData {
EventType type;
QDateTime date_time;
int duration;
};
struct UsageData {
QString number{};
QDateTime start_time{};
QDateTime end_time{};
qint32 countAHI = 0;
qint32 countOAI = 0;
qint32 countCAI = 0;
qint32 countAI = 0;
qint32 countHI = 0;
qint32 countRERA = 0;
qint32 countSNI = 0;
qint32 countBreath = 0;
qint32 PressureMin = 0;
qint32 PressureMax = 0;
};
struct ChunkData {
EventList* event_list;
uint16_t samples_by_chunk;
qint64 start_time;
int total_samples_by_chunk;
float sample_rate;
#ifdef TEST_MACROS_ENABLED
QString chunkName ;
int chunkDebug = -1;
#endif
};
class UsageData2 {
public:
UsageData2();
virtual ~UsageData2();
QString number{};
QDateTime start_time{};
QDateTime end_time{};
qint32 countAHI = 0;
qint32 countOAI = 0;
qint32 countCAI = 0;
qint32 countAI = 0;
qint32 countHI = 0;
qint32 countRERA = 0;
qint32 countSNI = 0;
qint32 countBreath = 0;
};
/*! \class ResventLoader
\brief Importer for Resvent iBreezer and Hoffrichter Point 3
@ -55,22 +122,56 @@ public:
static void Register();
virtual MachineInfo newInfo() {
return MachineInfo(MT_CPAP, 0, resvent_class_name, QObject::tr("Resvent/Hoffrichter"), QString(), QString(), QString(), QObject::tr("iBreeze/Point3"), QDateTime::currentDateTime(), resvent_data_version);
return MachineInfo(MT_CPAP, 0, resvent_class_name, QObject::tr("Resvent"), QString(), QString(), QString(), QObject::tr("iBreeze"), QDateTime::currentDateTime(), resvent_data_version);
}
virtual void initChannels();
////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Now for some CPAPLoader overrides
////////////////////////////////////////////////////////////////////////////////////////////////////////////
virtual QString PresReliefLabel() { return QObject::tr("EPR: "); }
virtual QString PresReliefLabel() { return QObject::tr("IPR: "); }
virtual ChannelID PresReliefMode();
virtual ChannelID PresReliefLevel();
virtual ChannelID CPAPModeChannel();
////////////////////////////////////////////////////////////////////////////////////////////////////////////
private:
// OSCAR CPAP MODE
enum CPAPMode myCPAPMode = MODE_UNKNOWN;
//Resvent Loader Mode
//These must start at zero. and increment. order is required for initChannels function
enum RESVENT_PAP_MODE {
RESVENT_PAP_CPAP0 = 0
, RESVENT_PAP_APAP1 = 1
};
enum RESVENT_PAP_MODE myRESVENT_PAP_MODE = RESVENT_PAP_CPAP0;
// Revent Devce Mode. value defined in file CONFIG/TCTRL VentMOde
enum RESVENT_DEVICE_MODE{
RESVENT_DEVICE_APAP = 3,
//RESVENT_DEVICE_CPAP = ? // needs to be verified.
};
QMap<QString,QString> configSettings ;
void readAllConfigFiles(const QString & homePath ,QMap<QString,QString>& ) ;
void readConfigFile(const QString & configFile, QMap<QString,QString>&);
QVector<QDate> GetSessionsDate(const QString& dirpath);
QString GetSessionFolder(const QString& dirpath, const QDate& session_date);
int LoadSession(const QString& dirpath, const QDate& session_date, Machine* machine);
void LoadEvents(const QString& session_folder_path, Session* session, const UsageData& usage );
void UpdateEvents(EventType event_type, const QMap<EventType, QVector<EventData>>& events, Session* session);
bool VerifyEvent(EventData& eventData);
EventList* GetEventList(const QString& name, Session* session, float sample_rate = 0.0) ;
void ReadWaveFormsHeaders(QFile& f, QVector<ChunkData>& wave_forms, Session* session, const UsageData& usage);
void LoadOtherWaveForms(const QString& session_folder_path, Session* session, const UsageData& usage);
void LoadWaveForms(const QString& session_folder_path, Session* session, const UsageData& usage);
void LoadStats(const UsageData& /*usage_data*/, Session* session );
UsageData ReadUsage(const QString& session_folder_path, const QString& usage_number);
QVector<UsageData> GetDifferentUsage(const QString& session_folder_path);
};
#endif // RESVENT_LOADER_H