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DataViewList.cpp
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#include <QXmlStreamReader>
#include "DataViewList.h"
QVector<DataViewItem> DataViewList::mItems;
QVector<GroupViewItem> DataViewList::mGroup;
DataViewEn DataViewList::mItemsViewEn = {true, true, true, true, true, true, true, true, true, true, true, true};
/**
* @brief DataViewList::DataViewList
* @param parent
*/
DataViewList::DataViewList(QObject *parent) : QObject(parent)
{
}
/**
* @brief DataViewList::items
* @return
*/
QVector<DataViewItem> DataViewList::items() const
{
return mItems;
}
/**
* @brief DataViewList::setItemAt
* @param index
* @param item
* @return
*/
bool DataViewList::setItemAt(int index, const DataViewItem &item)
{
if (index < 0 || index >= mItems.size())
return false;
// const DataViewItem &oldItem = mItems.at(index);
// if (item.setValue == oldItem.setValue && item.description == oldItem.description && item.reg == oldItem.reg)
// return false;
mItems[index] = item;
return true;
}
/**
* @brief DataViewList::delay
* @param millisecondsToWait
*/
void DataViewList::delay(int millisecondsToWait)
{
QTime dieTime = QTime::currentTime().addMSecs( millisecondsToWait );
while( QTime::currentTime() < dieTime )
{
QCoreApplication::processEvents( QEventLoop::AllEvents, 100 );
}
}
QString DataViewList::getValueTypeP(qint32 inAddrReg, QString nameReg, QString offset)
{
qint32 i32_tumpRegAddr;
bool status;
for(qint32 i = 0; i < mItems.size(); i++) {
if(mItems.at(i).regAddress.size() > 2) {
if(mItems.at(i).regAddress.at(1) == 'x' || mItems.at(i).regAddress.at(1) == 'X') {
i32_tumpRegAddr = mItems.at(i).regAddress.toUInt(&status, 16);
}
else {
i32_tumpRegAddr = (quint16)(mItems.at(i).regAddress.toUInt());
}
}
else {
i32_tumpRegAddr = (quint16)(mItems.at(i).regAddress.toUInt());
}
if(i32_tumpRegAddr == inAddrReg && nameReg == mItems.at(i).protopNameReg && offset == mItems.at(i).offset ) {
return mItems[i].valueType;
}
}
return "ERROR_MISS_DATA";
}
void DataViewList::setAllRowData(qint32 i)
{
emit setItemData(i, mItems[i].setValue, DataViewModel::SetValueRole);
emit setItemData(i, mItems[i].nameReg, DataViewModel::NameRegRole);
emit setItemData(i, mItems[i].valueType, DataViewModel::ValueTypeRole);
emit setItemData(i, mItems[i].readValue, DataViewModel::ReadValueRole);
emit setItemData(i, mItems[i].sentValue, DataViewModel::SentValueRole);
emit setItemData(i, mItems[i].regAddress, DataViewModel::RegAddressRole);
emit setItemData(i, mItems[i].nodeId, DataViewModel::NodeIdRole);
emit setItemData(i, mItems[i].uartId, DataViewModel::UartIdRole);
emit setItemData(i, mItems[i].groupReg, DataViewModel::GroupRegRole);
emit setItemData(i, mItems[i].len, DataViewModel::LenRole);
emit setItemData(i, mItems[i].offset, DataViewModel::OffsetRole);
emit setItemData(i, mItems[i].mulValue, DataViewModel::MulValueRole);
emit setItemData(i, mItems[i].maxRange, DataViewModel::MaxRangeRole);
emit setItemData(i, mItems[i].minRange, DataViewModel::MinRangeRole);
emit setItemData(i, mItems[i].rwStatus, DataViewModel::RWStatusRole);
emit setItemData(i, mItems[i].protocol, DataViewModel::ProtocolRole);
emit setItemData(i, mItems[i].logicChannel, DataViewModel::LCRole);
emit setItemData(i, mItems[i].protopNameReg, DataViewModel::ProtopNameRegRole);
emit setItemData(i, mItems[i].protopGroup, DataViewModel::ProtopGroupRole);
emit setItemData(i, mItems[i].protopGroup, DataViewModel::ProtopGroupRole);
emit setItemData(i, mItems[i].defaultValue, DataViewModel::DefaultValueRole);
emit setItemData(i, mItems[i].description, DataViewModel::DescriptionRole);
emit setItemData(i, mItems[i].selGroup, DataViewModel::SelGroupRole);
}
void DataViewList::getSetmItemsViewEn(DataViewEn *viewEn, bool get)
{
if(get)
viewEn = &mItemsViewEn;
else {
mItemsViewEn.protocolEn = viewEn->protocolEn;
mItemsViewEn.LCEn = viewEn->LCEn;
mItemsViewEn.nameRegEn = viewEn->nameRegEn;
mItemsViewEn.valueTypeEn = viewEn->valueTypeEn;
mItemsViewEn.minRangeEn = viewEn->minRangeEn;
mItemsViewEn.maxRangeEn = viewEn->maxRangeEn;
mItemsViewEn.rwStatusEn = viewEn->rwStatusEn;
mItemsViewEn.uartIdEn = viewEn->uartIdEn;
mItemsViewEn.lenEn = viewEn->lenEn;
mItemsViewEn.offsetEn = viewEn->offsetEn;
mItemsViewEn.nodeIdEn = viewEn->nodeIdEn;
mItemsViewEn.regAddressEn = viewEn->regAddressEn;
}
}
DataViewItem *DataViewList::getmItems(QString propRegName)
{
for (int i = 0; i < mItems.size(); i++) {
if (mItems.at(i).protopNameReg == propRegName) {
return &mItems[i];
}
}
return NULL;
}
/**
* @brief DataViewList::appendItem
*/
void DataViewList::appendItem(QString lc, qint32 row)
{
static qint32 point;
static qint32 regaddr;
static QString uartid;
static QString groupreg;
static QString valueType;
static QString nodeId;
static QString len;
static QString protocol;
static QString offset;
static QString logc;
static QString rwStatus;
static QString min;
static QString max;
emit preItemAppended();
if(mItems.size() > 0) {
uartid = mItems[row-1].uartId;
groupreg = mItems[row-1].groupReg;
valueType = mItems[row-1].valueType;
nodeId = mItems[row-1].nodeId;
len = mItems[row-1].len;
protocol = mItems[row-1].protocol;
offset = mItems[row-1].offset;
logc = mItems[row-1].logicChannel;
rwStatus = mItems[row-1].rwStatus;
min = mItems[row-1].minRange;
max = mItems[row-1].maxRange;
regaddr = mItems[row-1].regAddress.toInt();
regaddr++;
}
else {
regaddr = 0;
point = 0;
uartid = "1";
groupreg = "Root";
valueType = "uint8";
nodeId = "2000";
len = "1";
protocol = "ModBus";
offset = "DO";
rwStatus = "RW";
logc = lc;
min = "";
max = "";
}
DataViewItem item = {false, "", valueType, "", "", QString::number(regaddr), nodeId, uartid, groupreg, len, offset, "1",max,min,rwStatus,protocol,logc,"","","" ,"" , false};
mItems.append(item);
emit postItemAppended();
}
/**
* @brief DataViewList::removeCompletedItems
*/
void DataViewList::removeCompletedItems(bool deleteAll)
{
for (int i = 0; i < mItems.size(); ) {
if (mItems.at(i).setValue || deleteAll == true) {
emit preItemRemoved(i);
mItems.removeAt(i);
emit postItemRemoved();
} else {
++i;
}
}
}
void DataViewList::upSelItem()
{
for (int i = 0; i < mItems.size(); i++) {
if (mItems.at(i).setValue && i > 0) {
DataViewItem tumpList = mItems.at(i);
mItems[i] = mItems[i-1];
mItems[i-1] = tumpList;
setAllRowData(i);
setAllRowData(i-1);
emit refreshRow(i);
emit refreshRow(i-1);
}
}
}
void DataViewList::downSelItem()
{
for (int i = mItems.size()-1; i >= 0 ; i--) {
if (mItems.at(i).setValue) {
DataViewItem tumpList = mItems.at(i);
mItems[i] = mItems[i+1];
mItems[i+1] = tumpList;
setAllRowData(i);
setAllRowData(i+1);
emit refreshRow(i);
emit refreshRow(i+1);
}
}
}
/**
* @brief DataViewList::regroupItem
*/
void DataViewList::regroupItem()
{
mGroup.clear();
for(qint32 j = 0; j <mItems.size(); j++)
{
GroupViewItem group;
QStringList splitGroup;
splitGroup.append(mItems[j].logicChannel);
splitGroup.append(mItems[j].groupReg.split('.'));
QStringList sortSplitGroup = splitGroup;
QStringList sortmGroup;
qSort(sortSplitGroup);
qint32 i;
bool addFlag = true;
for(i = 0; i < mGroup.size(); i++)
{
sortmGroup = mGroup[i].groupVal;
qSort(sortmGroup);
if(sortSplitGroup == sortmGroup)
{
mGroup[i].groupReg.append(mItems[j].nameReg);
addFlag = false;
break;
}
}
if(addFlag == true)
{
group = {false,{mItems[j].logicChannel}, {splitGroup}, {mItems[j].nameReg}};
mGroup.append(group);
}
mItems[j].selGroup = true;
}
emit setGroup(&mGroup);
}
void DataViewList::editItemViewEn(bool enVal, qint32 num)
{
switch (num) {
case 0: mItemsViewEn.protocolEn = enVal;
break;
case 1: mItemsViewEn.LCEn = enVal;
break;
case 2: mItemsViewEn.nameRegEn = enVal;
break;
case 3: mItemsViewEn.valueTypeEn = enVal;
break;
case 4: mItemsViewEn.minRangeEn = enVal;
break;
case 5: mItemsViewEn.maxRangeEn = enVal;
break;
case 6: mItemsViewEn.rwStatusEn = enVal;
break;
case 7: mItemsViewEn.uartIdEn = enVal;
break;
case 8: mItemsViewEn.lenEn = enVal;
break;
case 9: mItemsViewEn.offsetEn = enVal;
break;
case 10: mItemsViewEn.nodeIdEn = enVal;
break;
case 11: mItemsViewEn.regAddressEn = enVal;
break;
}
}
/**
* @brief DataViewList::editItemSent
* @param row
* @param input
*/
void DataViewList::editItemSent(qint32 row, QString input)
{
if((row >= 0) && (row < mItems.size())) {
mItems[inReg[row]].sentValue = input;
}
}
/**
* @brief DataViewList::editItemSet
* @param row
* @param input
*/
void DataViewList::editItemSet(qint32 row, bool input)
{
if((row >= 0) && (row < mItems.size())) {
mItems[inReg[row]].setValue = input;
}
}
void DataViewList::editItemSetAll(bool input)
{
for(qint32 i = 0; i < inReg.size(); i++) {
mItems[inReg[i]].setValue = input;
emit setItemData(inReg[i], input, DataViewModel::SetValueRole);
}
}
void DataViewList::editItemMulValue(qint32 row, QString input)
{
if((row >= 0) && (row < inReg.size())) {
mItems[inReg[row]].mulValue = input;
}
}
/**
* @brief DataViewList::editItemNewProject
* @param row
* @param column
* @param input
*/
void DataViewList::editItemNewProject(qint32 row, qint32 column, QString input)
{
if((row >= 0) && (row < mItems.size())) {
switch (column) {
case 1: mItems[row].protocol = input;
break;
case 2: mItems[row].logicChannel = input;
break;
case 3: mItems[row].groupReg = input;
break;
case 5: mItems[row].nameReg = input;
break;
case 6: mItems[row].valueType = input;
break;
case 7: mItems[row].minRange = input;
break;
case 8: mItems[row].maxRange = input;
break;
case 9: mItems[row].rwStatus = input;
break;
case 10: mItems[row].nodeId = input;
break;
case 11: mItems[row].uartId = input;
break;
case 12: mItems[row].offset = input;
break;
case 13: mItems[row].regAddress = input;
break;
case 14: mItems[row].len = input;
break;
case 15: mItems[row].defaultValue = input;
break;
case 16: mItems[row].description = input;
break;
}
}
}
void DataViewList::editItemProtocolChanged(QString logicChannel, QString protocol)
{
for(qint32 i = 0; i < mItems.size(); i++) {
if(mItems[i].logicChannel == logicChannel) {
mItems[i].protocol = protocol;
}
}
}
/**
* @brief DataViewList::saveItemToFile
* @param fileSource
*/
void DataViewList::saveItemToFile(QString fileSource)
{
QFile file(fileSource);
if (file.open(QIODevice::ReadWrite)) {
QTextStream stream(&file);
stream << "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n";
stream << "<ModelData>\n";
for (int c=0; c < mItems.size(); c++ ) {
stream << " <reg_" << c << ">\n";
stream << " <nameReg>" << mItems[c].nameReg << "</nameReg>\n";
stream << " <valueType>" << mItems[c].valueType << "</valueType>\n";
stream << " <regAddress>" << mItems[c].regAddress << "</regAddress>\n";
stream << " <nodeId>" << mItems[c].nodeId << "</nodeId>\n";
stream << " <uartId>" << mItems[c].uartId << "</uartId>\n";
stream << " <groupReg>" << mItems[c].groupReg << "</groupReg>\n";
stream << " <len>" << mItems[c].len << "</len>\n";
stream << " <offset>" << mItems[c].offset << "</offset>\n";
stream << " <mulValue>" << mItems[c].mulValue << "</mulValue>\n";
stream << " <minRange>" << mItems[c].minRange << "</minRange>\n";
stream << " <maxRange>" << mItems[c].maxRange << "</maxRange>\n";
stream << " <rwStatus>" << mItems[c].rwStatus << "</rwStatus>\n";
stream << " <protocol>" << mItems[c].protocol << "</protocol>\n";
stream << " <logicChannel>" << mItems[c].logicChannel << "</logicChannel>\n";
stream << " <defaultValue>" << mItems[c].defaultValue << "</defaultValue>\n";
stream << " <description>" << mItems[c].description << "</description>\n";
stream << " </reg_" << c << ">";
stream << "\n";
}
stream << "</ModelData>\n";
}
}
/**
* @brief DataViewList::loadItemToFile
* @param fileSource
*/
void DataViewList::loadItemToFile(QString fileSource, QString logicChannel, QString protocol, bool openProject)
{
//mItems.clear();
QFile file(fileSource);
DataViewItem data;
if (file.open(QIODevice::ReadWrite)) {
QXmlStreamReader reader(&file);
if (reader.readNextStartElement()) {
if (reader.name() == "ModelData"){
while(reader.readNextStartElement()){
if(reader.name().contains("reg_")){
while(reader.readNextStartElement()){
if(reader.name() == "nameReg")
data.nameReg = reader.readElementText();
else if(reader.name() == "valueType")
data.valueType = reader.readElementText();
else if(reader.name() == "regAddress")
data.regAddress = reader.readElementText();
else if(reader.name() == "nodeId")
data.nodeId = reader.readElementText();
else if(reader.name() == "uartId")
data.uartId = reader.readElementText();
else if(reader.name() == "groupReg")
data.groupReg = reader.readElementText();
else if(reader.name() == "len")
data.len = reader.readElementText();
else if(reader.name() == "offset")
data.offset = reader.readElementText();
else if(reader.name() == "mulValue")
data.mulValue = reader.readElementText();
else if(reader.name() == "minRange")
data.minRange = reader.readElementText();
else if(reader.name() == "maxRange")
data.maxRange = reader.readElementText();
else if(reader.name() == "rwStatus")
data.rwStatus = reader.readElementText();
else if(reader.name() == "protocol")
if(openProject == false) {
reader.skipCurrentElement();
data.protocol = protocol;
}
else
data.protocol = reader.readElementText();
else if(reader.name() == "logicChannel") {
if(openProject == false) {
reader.skipCurrentElement();
data.logicChannel = logicChannel;
}
else
data.logicChannel = reader.readElementText();
}
else if(reader.name() == "defaultValue")
data.defaultValue = reader.readElementText();
else if(reader.name() == "description")
data.description = reader.readElementText();
else
reader.skipCurrentElement();
}
data.setValue = false;
data.selGroup = false;
data.protopNameReg = data.logicChannel+"."+data.nameReg+"."+data.uartId;
data.protopGroup = data.logicChannel+"." + data.groupReg+"."+data.nameReg;
emit preItemAppended();
mItems.append(data);
emit postItemAppended();
}
else
reader.skipCurrentElement();
}
}
}
else
reader.raiseError(QObject::tr("Incorrect file"));
}
regroupItem();
if(openProject == false) {
emit setNewDataToLC(logicChannel, protocol);
}
}
void DataViewList::saveReadData(QString fileSource)
{
QFile file(fileSource);
if (file.open(QIODevice::ReadWrite)) {
QTextStream stream(&file);
stream << "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n";
stream << "<ReadedData>\n";
for (int c=0; c < mItems.size(); c++ ) {
stream << " <reg_" << c << ">\n";
stream << " <protopNameReg>" << mItems[c].protopNameReg << "</protopNameReg>\n";
stream << " <readValue>" << mItems[c].readValue << "</readValue>\n";
stream << " <mulValue>" << mItems[c].mulValue << "</mulValue>\n";
stream << " </reg_" << c << ">";
stream << "\n";
}
stream << "</ReadedData>\n";
}
}
void DataViewList::loadSendData(QString fileSource)
{
//mItems.clear();
QFile file(fileSource);
if (file.open(QIODevice::ReadWrite)) {
QXmlStreamReader reader(&file);
if (reader.readNextStartElement()) {
if (reader.name() == "ReadedData"){
while(reader.readNextStartElement()){
if(reader.name().contains("reg_")){
while(reader.readNextStartElement()){
if(reader.name() == "protopNameReg") {
QString protopName = reader.readElementText();
for(int i = 0; i < mItems.size(); i++) {
if(mItems[i].protopNameReg == protopName && mItems[i].rwStatus.contains("W")) {
if(reader.name() == "readValue")
mItems[i].sentValue = reader.readElementText();
else if(reader.name() == "mulValue")
mItems[i].mulValue = reader.readElementText();
else
reader.skipCurrentElement();
emit setItemData(i, mItems[i].sentValue, DataViewModel::SentValueRole);
emit setItemData(i, mItems[i].mulValue, DataViewModel::MulValueRole);
break;
}
reader.skipCurrentElement();
reader.skipCurrentElement();
}
}
else
reader.skipCurrentElement();
}
}
else
reader.skipCurrentElement();
}
}
}
else
reader.raiseError(QObject::tr("Incorrect file"));
}
}
/**
* @brief DataViewList::sendSelected
*/
void DataViewList::sendSelected()
{
for (int i = 0; i < mItems.size(); i++) {
if (mItems.at(i).setValue) {
if(i < inReg.size()) {
emit selRow(inReg[i]);
}
if(mItems.at(i).rwStatus.contains("R")) {
const QRegExp rx(QLatin1Literal("[^0-9]+"));
const auto&& parts = mItems[i].logicChannel.split(rx, QString::SkipEmptyParts);
emit sendRcrsSignal(parts[0].toInt(), mItems[i].protopNameReg, mItems[i].regAddress, mItems[i].nodeId, mItems[i].uartId, mItems[i].len, mItems[i].offset);
}
delay(100);
if(i < inReg.size()) {
emit deselRow(inReg[i]);
}
}
}
}
void DataViewList::sendAll()
{
for (int i = 0; i < mItems.size(); i++) {
if(i < inReg.size()) {
emit selRow(inReg[i]);
}
//TODO: Send via 0 connection.
if(mItems.at(i).rwStatus.contains("R")) {
const QRegExp rx(QLatin1Literal("[^0-9]+"));
const auto&& parts = mItems[i].logicChannel.split(rx, QString::SkipEmptyParts);
emit sendRcrsSignal(parts[0].toInt(), mItems[i].protopNameReg, mItems[i].regAddress, mItems[i].nodeId, mItems[i].uartId, mItems[i].len, mItems[i].offset);
}
delay(100);
if(i < inReg.size()) {
emit deselRow(inReg[i]);
}
}
}
/**
* @brief DataViewList::writeSelected
*/
void DataViewList::writeSelected()
{
for (int i = 0; i < mItems.size(); i++) {
if (mItems.at(i).setValue) {
presetDataToWrite(i);
}
}
}
void DataViewList::writeAll()
{
for (int i = 0; i < mItems.size(); i++) {
presetDataToWrite(i);
}
}
/**
* @brief DataViewList::saveRequestAdam
* @param adamPacekt
*/
void DataViewList::saveRequestAdam(DATA_UART_ADAM_PACKET *adamPacekt)
{
for(int i = 0; i< mItems.size(); i++)
{
qint32 addr;
if(adamPacekt->serviceCode%2 == 0)
addr = adamPacekt->messageCode + ((adamPacekt->serviceCode - RCRS) << 7U);
else
addr = adamPacekt->messageCode + ((adamPacekt->serviceCode - SCRS) << 7U);
if(mItems.at(i).regAddress.toInt() == addr)
{
mItems[i].readValue = adamPacekt->data.toString();
emit setItemData(i, adamPacekt->data, DataViewModel::ReadValueRole);
}
}
}
/**
* @brief DataViewList::saveRequestModBus
* @param modBusPacket
*/
void DataViewList::saveRequestModBus(MODBUS_RX_STRUCT *modBusPacket, QString logicChannel)
{
qint32 i32_tumpRegAddr = 0;
bool status;
for(int i = 0; i< mItems.size(); i++)
{
if(mItems.at(i).regAddress.contains("x") || mItems.at(i).regAddress.contains("X")) {
i32_tumpRegAddr = mItems.at(i).regAddress.toUInt(&status, 16);
}
else {
i32_tumpRegAddr = (quint16)(mItems.at(i).regAddress.toUInt());
}
if(i32_tumpRegAddr == modBusPacket->regAddr &&
modBusPacket->regName == mItems[i].protopNameReg &&
logicChannel == mItems[i].logicChannel &&
modBusPacket->regOffset == mItems[i].offset )
{
mItems[i].readValue.clear();
for(int j = 0; j < modBusPacket->data.size(); j++) {
if(mItems[i].mulValue == "1"){
if(modBusPacket->dataType == "uint8") {
quint8 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint8)tump);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "bint8") {
quint8 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint8)tump, 2);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "xint8") {
quint8 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint8)tump, 16);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "char") {
quint8 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += (char)tump;
}
else if(modBusPacket->dataType == "uint16") {
quint16 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint16)tump);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "bint16") {
quint16 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint16)tump, 2);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "xint16") {
quint16 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint16)tump, 16);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "uint32") {
quint32 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint32)tump);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "bint32") {
quint32 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint32)tump, 2);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "xint32") {
quint32 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint32)tump, 16);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "int8") {
qint8 tump = modBusPacket->data.at(j).toInt();
mItems[i].readValue += QString::number((qint8)tump);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "int16") {
qint16 tump = modBusPacket->data.at(j).toInt();
mItems[i].readValue += QString::number((qint16)tump);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "int32") {
qint32 tump = modBusPacket->data.at(j).toInt();
mItems[i].readValue += QString::number((qint32)tump);
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "bitfield") {
qint32 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += "0b";
mItems[i].readValue += QString("%1").arg(tump,8, 2,QLatin1Char('0'));
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "bool") {
qint32 tump = modBusPacket->data.at(j).toUInt();
if(tump != 0) {
mItems[i].readValue += "True";
}
else {
mItems[i].readValue += "False";
}
}
else {
quint8 tump = modBusPacket->data.at(j).toUInt();
mItems[i].readValue += QString::number((quint8)tump);
mItems[i].readValue += ", ";
}
}
else {
if(modBusPacket->dataType == "uint8" || modBusPacket->dataType == "int8") {
float tump = modBusPacket->data.at(j).toFloat();
mItems[i].readValue += QString::number(tump/mItems[i].mulValue.toFloat());
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "uint16" || modBusPacket->dataType == "int16") {
float tump = modBusPacket->data.at(j).toFloat();
mItems[i].readValue += QString::number(tump/mItems[i].mulValue.toFloat());
mItems[i].readValue += ", ";
}
else if(modBusPacket->dataType == "uint32" || modBusPacket->dataType == "int32") {
float tump = modBusPacket->data.at(j).toFloat();
mItems[i].readValue += QString::number(tump/mItems[i].mulValue.toFloat());
mItems[i].readValue += ", ";
}
}
// mItems[i].readValue += modBusPacket->data.at(i).toString();
// mItems[i].readValue += ", ";
}
emit setItemData(i, mItems[i].readValue, DataViewModel::ReadValueRole);
}
}
}
void DataViewList::saveRequestSCPI(QString SCPIdata, QString logicChannel, QString regName)
{
for(int i = 0; i< mItems.size(); i++)
{
if(regName == mItems[i].protopNameReg) {
mItems[i].readValue = SCPIdata;
emit setItemData(i, mItems[i].readValue, DataViewModel::ReadValueRole);
}
}
}
/**
* @brief DataViewList::setSelItem
* @param point
* @param regName
*/
void DataViewList::setSelItem(qint32 page, qint32 point, QString regName)
{
for (int i = 0; i < mItems.size(); i++) {
if (mItems.at(i).protopNameReg == regName) {
emit getSelItem(page, point, &mItems[i]);
}
}
}
void DataViewList::getIndexOfReg(QString regAddress)
{
for(qint32 i =0 ; i < mItems.size(); i++)
{
if(mItems[i].regAddress == regAddress)
{
}
}
}
void DataViewList::getValueType(quint32 row)
{
qInfo() << "1s";
qInfo() << row;
QString valueType = mItems.at(row).valueType;
if(valueType == "-") emit setVauleType(0, row);
if(valueType == "bool") emit setVauleType(1, row);
else if(valueType == "int8") emit setVauleType(2, row);
else if(valueType == "uint8") emit setVauleType(3, row);
else if(valueType == "bint8") emit setVauleType(4, row);
else if(valueType == "xint8") emit setVauleType(5, row);
else if(valueType == "char") emit setVauleType(6, row);
else if(valueType == "bitfield") emit setVauleType(7, row);
else if(valueType == "int16") emit setVauleType(8, row);
else if(valueType == "uint16") emit setVauleType(9, row);
else if(valueType == "bint16") emit setVauleType(10, row);
else if(valueType == "xint16") emit setVauleType(11, row);
else if(valueType == "int32") emit setVauleType(12, row);
else if(valueType == "uint32") emit setVauleType(13, row);
else if(valueType == "bint32") emit setVauleType(14, row);
else if(valueType == "xint32") emit setVauleType(15, row);
else if(valueType == "float") emit setVauleType(16, row);
}
void DataViewList::getOffset(quint32 row)
{
qInfo() << "2s";
qInfo() << row;
QString valueType = mItems.at(row).offset;
if(valueType == "DO") emit setOffset(0, row);
else if(valueType == "DI") emit setOffset(1, row);
else if(valueType == "AI") emit setOffset(2, row);
else if(valueType == "AO") emit setOffset(3, row);
else if(valueType == "-") emit setOffset(4, row);
}
void DataViewList::getRwStatus(qint32 row)
{
qInfo() << "3s";
qInfo() << row;
QString rwStatus = mItems.at(row).rwStatus;
if(rwStatus == "R") emit setRwStatus(0, row);
else if(rwStatus == "W") emit setRwStatus(1, row);
else if(rwStatus == "RW") emit setRwStatus(2, row);
else if(rwStatus == "-") emit setRwStatus(3, row);
}
void DataViewList::getProtocol(qint32 row)
{
qInfo() << "4s";
qInfo() << row;
QString protocol = mItems.at(row).protocol;
if(protocol == "ModBus") emit setProtocol(0, row);
else if(protocol == "Adam") emit setProtocol(1, row);
else if(protocol == "SCPI") emit setProtocol(2, row);
}
void DataViewList::getLc(qint32 row)
{
qInfo() << "5s";
qInfo() << row;
if(mItems.at(row).logicChannel.size() > 0) {
QString lc = mItems.at(row).logicChannel.at(mItems.at(row).logicChannel.size()-1);
emit setLC(lc.toInt(), row);
}
}
void DataViewList::setPropRegName(qint32 row)
{
if((row >= 0) && (row < mItems.size()))
mItems[row].protopNameReg = mItems.at(row).logicChannel+"."+mItems.at(row).nameReg+"."+mItems.at(row).uartId;
}
void DataViewList::setGroupRegName(qint32 row)
{
if((row >= 0) && (row < mItems.size()))
mItems[row].protopGroup = mItems.at(row).logicChannel+"." + mItems.at(row).groupReg+"."+mItems.at(row).nameReg;
}
void DataViewList::setSetReg(qint32 row, bool set)
{
if((row >= 0) && (row < mItems.size()))
mItems[row].setValue = set;
}
void DataViewList::toggleSet(qint32 row)
{
emit toggleSetSignal(row, mItems[row].setValue);
}
void DataViewList::setNewDataToLCSlot(QString logicChannel, QString protocol)
{
emit setNewDataToLC(logicChannel, protocol);
}
void DataViewList::changeProtocolToLCSlot(qint32 logicChannel, QString protocol)
{
emit changeProtocolToLC(logicChannel, protocol);
}
void DataViewList::getDefaultValueSlot(qint32 row)
{
emit getDefaultValueSignal(row, mItems[row].defaultValue);
}
void DataViewList::getDescriptionSlot(qint32 row)
{
emit getDescriptionSignal(row, mItems[row].description);
}
void DataViewList::getLenSlot(qint32 page, QString regName, qint32 point)