/*
* Copyright (c) 2010 Nokia Corporation and/or its subsidiary(-ies).
* All rights reserved.
* This component and the accompanying materials are made available
* under the terms of "Eclipse Public License v1.0"
* which accompanies this distribution, and is available
* at the URL "http://www.eclipse.org/legal/epl-v10.html".
*
* Initial Contributors:
* Nokia Corporation - initial contribution.
*
* Contributors:
*
* Description:
*
*/
#include <hbmessagebox.h>
#include <hbdataformviewitem.h>
#include <hbcombobox.h>
#include <hbpushbutton.h>
#include <hbdataform.h>
#include <hbdataformmodel.h>
#include <hbdataformmodelitem.h>
#include <hblabel.h>
#include <hbaction.h>
#include <QApplication>
#include <QTranslator>
#include <QLibraryInfo>
#include <qnetworkconfigmanager.h>
#include <qnetworkconfiguration.h>
#include <algorithm>
#include "javaapplicationsettings.h"
#include "javaapplicationsettingsview.h"
#include "javaapplicationsettingsview_p.h"
#include "connectionmanager.h"
#include "javacommonutils.h"
#include "securitystoragedatadefs.h"
#include "javastoragenames.h"
#include "logger.h"
using namespace java::settings;
using namespace java::storage;
using namespace java::util;
using namespace std;
const wchar_t ON_SCREEN_KEYPAD_VALUE_NO[] = L"0";
const wchar_t ON_SCREEN_KEYPAD_VALUE_GAMEACTIONS[] = L"1";
const wchar_t ON_SCREEN_KEYPAD_VALUE_NAVIGATION[] = L"2";
JavaApplicationSettingsViewPrivate::JavaApplicationSettingsViewPrivate(const QString& aJavaAppUid, const QString& aJavaAppName):
mMainForm(0), mModel(0), mGeneralSettingsGroup(0), mSecuritySettingsGroup(0), mNetConnSettingsUi(0), mAsyncToSyncCallEventLoop(0), mSecWarningAccepted(false), mDefaultConnId(0)
{
// init common values
init();
// init the suite UID from the application UID
readSuiteUid(aJavaAppUid);
if (mSuiteUid.size() <= 0)
{
ELOG1(EJavaSettings, "No suite found with uid %S", aJavaAppUid.toStdWString().c_str());
return;
}
ELOG1(EJavaSettings, "Initializing settings for suite %S", mSuiteUid.c_str());
// init access point settings ui
mNetConnSettingsUi = new CmApplSettingsUi(this);
mAsyncToSyncCallEventLoop = new QEventLoop();
// read all settings
readAllSettings();
// init form
mMainForm = new HbDataForm();
if (aJavaAppName.isEmpty())
{
mMainForm->setHeading(QString::fromStdWString(readFromStorage(PACKAGE_NAME, L"", L"", APPLICATION_PACKAGE_TABLE)));
}
else
{
mMainForm->setHeading(aJavaAppName);
}
mModel = new HbDataFormModel();
// init settings
mGeneralSettingsGroup = mModel->appendDataFormGroup(
QString(hbTrId(ID_GENERAL_GROUP_TITLE)), mModel->invisibleRootItem());
initSettings(mGeneralSettings, mGeneralSettingsGroup);
// append the security settings only if there are any user settings
if (mExtraSettings.size() > 0)
{
mSecuritySettingsGroup = mModel->appendDataFormGroup(
QString(hbTrId(ID_SECURITY_GROUP_TITLE)), mModel->invisibleRootItem());
initSettings(mSecuritySettings, mSecuritySettingsGroup);
// if security warnings is user defined -> add the extra settings, expand
if (mSecuritySettings[0].getCurrentValue() == 1)
{
securityWarningsChanged(TXT_USER_DEFINED);
}
}
// link form and model
mMainForm->setModel(mModel);
mMainForm->setExpanded(mModel->indexFromItem(mGeneralSettingsGroup), true);
if (mExtraSettings.size() > 0)
{
mMainForm->setExpanded(mModel->indexFromItem(mSecuritySettingsGroup), (mSecuritySettings[0].getCurrentValue() == 1));
}
}
void JavaApplicationSettingsViewPrivate::init(JavaApplicationSettingsView* aPublicView)
{
mPublicView = aPublicView;
if (mMainForm)
{
// do the connect for the main form
mPublicView->connect(mMainForm, SIGNAL(itemShown(const QModelIndex)),
mPublicView, SLOT(_q_dataItemDisplayed(const QModelIndex)));
// set the form as view's widget
mPublicView->setWidget(mMainForm);
}
else
{
// no settings available
HbLabel* label = new HbLabel(TXT_SETTINGS_NOT_AVAILABLE, mPublicView);
label->setAlignment(Qt::AlignVCenter);
}
// set title
mPublicView->setTitle(TXT_SETTINGS_TITLE);
}
JavaApplicationSettingsViewPrivate::~JavaApplicationSettingsViewPrivate()
{
delete mMainForm;
delete mModel;
delete mNetConnSettingsUi;
delete mAsyncToSyncCallEventLoop;
foreach (QTranslator *translator, mTranslators) {
qApp->removeTranslator(translator);
}
qDeleteAll(mTranslators);
mTranslators.clear();
}
void JavaApplicationSettingsViewPrivate::readAllSettings()
{
// general settings
initGeneralSettings();
// security settings
initSecuritySettings();
}
void JavaApplicationSettingsViewPrivate::init()
{
// init storage
try
{
mStorage.reset(JavaStorage::createInstance());
mStorage->open();
}
catch (JavaStorageException& aJse)
{
ELOG1(EJavaSettings, "Error while opening the storage %S", aJse.toString().c_str());
}
QTranslator translator;
// load the correct translation of the localized strings for the cmmanager.
// Load this one first since it contains the smallest amount of strings
// (so it's ok to be searched last)
installTranslator("cmapplsettingsui");
installTranslator("cmmanager");
// load the correct translation of the localized strings for the java settings
// Current solution reads it from Z only (this does not work with IAD)
// -> check if translator can handle path without drive letter (e.g. the resource
// is loaded from the same drive where the DLL is loaded)
installTranslator("javaruntimeapplicationsettings");
// init strings
TXT_BLANKET = QString(hbTrId(ID_BLANKET));
TXT_SESSION = QString(hbTrId(ID_SESSION));
TXT_ONESHOT = QString(hbTrId(ID_ONESHOT));
TXT_DENIED = QString(hbTrId(ID_DENIED));
TXT_SECURITY_LEVEL = QString(hbTrId(ID_SECURITY_LEVEL));
TXT_USER_DEFINED = QString(hbTrId(ID_USER_DEFINED));
TXT_SENSITIVE_SETTINGS = QString(hbTrId(ID_SENSITIVE_SETTINGS));
TXT_SENSITIVE_SETTINGS_NET_USAGE = QString(hbTrId(ID_SENSITIVE_SETTINGS_NET_USAGE));
TXT_MUTUALLY_EXCLUSIVE_SETTINGS = QString(hbTrId(ID_MUTUALLY_EXCLUSIVE_SETTINGS));
TXT_OK = QString(hbTrId(ID_OK));
TXT_CANCEL = QString(hbTrId(ID_CANCEL));
TXT_SECURITY_WARNING_TITLE = QString(hbTrId(ID_SECURITY_WARNING_TITLE));
TXT_NET_ACCESS = QString(hbTrId(ID_NET_ACCESS));
TXT_LOW_LEVEL_NET_ACCESS = QString(hbTrId(ID_LOW_LEVEL_NET_ACCESS));
TXT_NETWORK_CONNECTION = QString(hbTrId(ID_NETWORK_CONNECTION));
TXT_SETTINGS_TITLE = QString(hbTrId(ID_SETTINGS_TITLE));
TXT_SETTINGS_NOT_AVAILABLE = QString(hbTrId(ID_SETTINGS_NOT_AVAILABLE));
// init the known localized settings names
mLocalizedSettingsNames[QString::fromStdWString(NET_ACCESS_SETTINGS)] = TXT_NET_ACCESS;
mLocalizedSettingsNames[QString::fromStdWString(LOW_LEVEL_NET_ACCESS_SETTINGS)] = TXT_LOW_LEVEL_NET_ACCESS;
mLocalizedSettingsNames[QString::fromStdWString(MESSAGING_SETTINGS)] = QString(hbTrId(ID_MESSAGING));
mLocalizedSettingsNames[QString::fromStdWString(RESTRICTED_MESSAGING_SETTINGS)] = QString(hbTrId(ID_RESTRICTED_MESSAGING));
mLocalizedSettingsNames[QString::fromStdWString(CALL_CONTROL_SETTINGS)] = QString(hbTrId(ID_CALL_CONTROL));
mLocalizedSettingsNames[QString::fromStdWString(LOCAL_CONNECTIVITY_SETTINGS)] = QString(hbTrId(ID_LOCAL_CONNECTIVITY));
mLocalizedSettingsNames[QString::fromStdWString(MULTIMEDIA_RECORDING_SETTINGS)] = QString(hbTrId(ID_MULTIMEDIA_RECORDING));
mLocalizedSettingsNames[QString::fromStdWString(WRITE_USER_DATA_ACCESS_SETTINGS)] = QString(hbTrId(ID_WRITE_USER_DATA_ACCESS));
mLocalizedSettingsNames[QString::fromStdWString(READ_USER_DATA_ACCESS_SETTINGS)] = QString(hbTrId(ID_READ_USER_DATA_ACCESS));
mLocalizedSettingsNames[QString::fromStdWString(LOCATION_SETTINGS)] = QString(hbTrId(ID_LOCATION));
mLocalizedSettingsNames[QString::fromStdWString(LANDMARK_SETTINGS)] = QString(hbTrId(ID_LANDMARK));
mLocalizedSettingsNames[QString::fromStdWString(AUTHENTICATION_SETTINGS)] = QString(hbTrId(ID_AUTHENTICATION));
mLocalizedSettingsNames[QString::fromStdWString(SMART_CARD_COMMUNICATION_SETTINGS)] = QString(hbTrId(ID_SMART_CARD_COMMUNICATION));
mLocalizedSettingsNames[QString::fromStdWString(APPLICATION_AUTO_INVOCATION_SETTINGS)] = QString(hbTrId(ID_APPLICATION_AUTO_INVOCATION));
mLocalizedSettingsNames[QString::fromStdWString(BROADCAST_SETTINGS)] = QString(hbTrId(ID_BROADCAST));
mLocalizedSettingsNames[QString::fromStdWString(NFC_WRITE_ACCESS_SETTINGS)] = QString(hbTrId(ID_NFC_WRITE_ACCESS));
mLocalizedSettingsNames[QString::fromStdWString(URL_START_SETTINGS)] = QString(hbTrId(ID_URL_START));
// init the display indexes associated with each settings
mSettingsNamesIndexes[QString::fromStdWString(NET_ACCESS_SETTINGS)] = NET_ACCESS_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(LOW_LEVEL_NET_ACCESS_SETTINGS)] = LOW_LEVEL_NET_ACCESS_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(MESSAGING_SETTINGS)] = MESSAGING_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(RESTRICTED_MESSAGING_SETTINGS)] = RESTRICTED_MESSAGING_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(CALL_CONTROL_SETTINGS)] = CALL_CONTROL_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(LOCAL_CONNECTIVITY_SETTINGS)] = LOCAL_CONNECTIVITY_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(MULTIMEDIA_RECORDING_SETTINGS)] = MULTIMEDIA_RECORDING_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(WRITE_USER_DATA_ACCESS_SETTINGS)] = WRITE_USER_DATA_ACCESS_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(READ_USER_DATA_ACCESS_SETTINGS)] = READ_USER_DATA_ACCESS_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(LOCATION_SETTINGS)] = LOCATION_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(LANDMARK_SETTINGS)] = LANDMARK_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(AUTHENTICATION_SETTINGS)] = AUTHENTICATION_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(SMART_CARD_COMMUNICATION_SETTINGS)] = SMART_CARD_COMMUNICATION_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(APPLICATION_AUTO_INVOCATION_SETTINGS)] = APPLICATION_AUTO_INVOCATION_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(BROADCAST_SETTINGS)] = BROADCAST_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(NFC_WRITE_ACCESS_SETTINGS)] = NFC_WRITE_ACCESS_SETTINGS_INDEX;
mSettingsNamesIndexes[QString::fromStdWString(URL_START_SETTINGS)] = URL_START_SETTINGS_INDEX;
}
void JavaApplicationSettingsViewPrivate::initGeneralSettings()
{
QStringList settingsValues;
vector<wstring> storageValues;
if (!isInStorage(VALUE, NAME, L"Nokia-MIDlet-On-Screen-Keypad", APPLICATION_PACKAGE_ATTRIBUTES_TABLE))
{
// if the on screen keypad is predefined, it should not be changable by user
// -> right now it is not added to settings list. It should be changed so that
// the setting should not be editable by user
settingsValues<<QString(hbTrId(ID_OSK_NO))<<QString(hbTrId(ID_OSK_GAME))<<QString(hbTrId(ID_OSK_NAVIGATION));
storageValues.push_back(ON_SCREEN_KEYPAD_VALUE_NO);
storageValues.push_back(ON_SCREEN_KEYPAD_VALUE_GAMEACTIONS);
storageValues.push_back(ON_SCREEN_KEYPAD_VALUE_NAVIGATION);
mGeneralSettings.append(JavaApplicationSettings(QString(hbTrId(ID_OSK)), settingsValues, ON_SCREEN_KEYPAD, MIDP_PACKAGE_TABLE, storageValues));
readFromStorage(mGeneralSettings[0]);
}
settingsValues = QStringList();
initNetworkConnection();
settingsValues<<mNetConn.name;
mGeneralSettings.append(JavaApplicationSettings(TXT_NETWORK_CONNECTION, settingsValues));
mNetSettIndex = mGeneralSettings.size() - 1;
}
void JavaApplicationSettingsViewPrivate::initSecuritySettings()
{
QStringList settingsValues;
vector<wstring> storageValues;
settingsValues = QStringList();
storageValues.clear();
settingsValues<<QString(hbTrId(ID_SECURITY_LEVEL_DEFAULT))<<TXT_USER_DEFINED;
storageValues.push_back(SECURITY_WARNINGS_DEFAULT_MODE);
storageValues.push_back(SECURITY_WARNINGS_USER_DEFINED_MODE);
mSecuritySettings.append(JavaApplicationSettings(TXT_SECURITY_LEVEL, settingsValues, SECURITY_WARNINGS, MIDP_PACKAGE_TABLE, storageValues));
readFromStorage(mSecuritySettings[0]);
// extra settings
settingsValues = QStringList();
storageValues.clear();
settingsValues<<TXT_ONESHOT<<TXT_SESSION<<TXT_BLANKET<<TXT_DENIED;
storageValues.push_back(ONESHOT_INTERACTION_MODE);
storageValues.push_back(SESSION_INTERACTION_MODE);
storageValues.push_back(BLANKET_INTERACTION_MODE);
storageValues.push_back(DENIED_INTERACTION_MODE);
vector<IndexedSettingsName> allSecuritySettings = readFromStorage(FUNCTION_GROUP, MIDP_FUNC_GRP_SETTINGS_TABLE, MIDP_PERMISSIONS_TABLE);
// sort the security settings according to how they should be displayed
std::sort(allSecuritySettings.begin(), allSecuritySettings.end(), AscendingSort());
for(int i=0; i<allSecuritySettings.size(); i++)
{
QString rawSettingsName = QString::fromStdWString(allSecuritySettings[i].name);
QString localizedSettingsName = rawSettingsName;
if (mLocalizedSettingsNames.contains(rawSettingsName))
localizedSettingsName = mLocalizedSettingsNames.value(rawSettingsName);
mExtraSettings.append(JavaApplicationSettings(
localizedSettingsName, settingsValues, CURRENT_SETTING,
MIDP_FUNC_GRP_SETTINGS_TABLE, storageValues, FUNCTION_GROUP,
allSecuritySettings[i].name, ALLOWED_SETTINGS));
readFromStorage(mExtraSettings[i]);
mSettingsIndexes[rawSettingsName] = i;
}
// configure the high risk lists
configureLists();
}
void JavaApplicationSettingsViewPrivate::configureLists()
{
QList<JavaApplicationSettings*> highRiskList;
QStringList highRiskSettingsNames;
highRiskSettingsNames
<<QString::fromStdWString(MULTIMEDIA_RECORDING_SETTINGS)
<<QString::fromStdWString(READ_USER_DATA_ACCESS_SETTINGS);
configureList(highRiskList, highRiskSettingsNames, mSettingsIndexes);
// net access with multimedia and read user data
attachList(QString::fromStdWString(NET_ACCESS_SETTINGS),highRiskList, mSettingsIndexes);
// low level net access with multimedia and read user data
attachList(QString::fromStdWString(LOW_LEVEL_NET_ACCESS_SETTINGS),highRiskList, mSettingsIndexes);
// messaging with multimedia and read user data
attachList(QString::fromStdWString(MESSAGING_SETTINGS),highRiskList, mSettingsIndexes);
// restricted messaging with multimedia and read user data
attachList(QString::fromStdWString(RESTRICTED_MESSAGING_SETTINGS),highRiskList, mSettingsIndexes);
// call control with multimedia and read user data
attachList(QString::fromStdWString(CALL_CONTROL_SETTINGS),highRiskList, mSettingsIndexes);
// local connectivity with multimedia and read user data
attachList(QString::fromStdWString(LOCAL_CONNECTIVITY_SETTINGS),highRiskList, mSettingsIndexes);
// multimedia with net access, low level net access, messaging,
// restricted messaging, call control and local connectivity
highRiskList.clear();
highRiskSettingsNames.clear();
highRiskSettingsNames
<<QString::fromStdWString(NET_ACCESS_SETTINGS)
<<QString::fromStdWString(LOW_LEVEL_NET_ACCESS_SETTINGS)
<<QString::fromStdWString(MESSAGING_SETTINGS)
<<QString::fromStdWString(RESTRICTED_MESSAGING_SETTINGS)
<<QString::fromStdWString(CALL_CONTROL_SETTINGS)
<<QString::fromStdWString(LOCAL_CONNECTIVITY_SETTINGS)
<<QString::fromStdWString(MULTIMEDIA_RECORDING_SETTINGS);
configureList(highRiskList, highRiskSettingsNames, mSettingsIndexes);
attachList(QString::fromStdWString(MULTIMEDIA_RECORDING_SETTINGS),highRiskList, mSettingsIndexes);
// read user data with net access, low level net access, messaging,
// restricted messaging, call control and local connectivity
attachList(QString::fromStdWString(READ_USER_DATA_ACCESS_SETTINGS),highRiskList, mSettingsIndexes);
// configure the mutually exclusive list
QList<JavaApplicationSettings*> mutuallyExclusiveList;
QStringList mutuallyExclusiveSettingsNames;
mutuallyExclusiveSettingsNames
<<QString::fromStdWString(APPLICATION_AUTO_INVOCATION_SETTINGS);
configureList(mutuallyExclusiveList, mutuallyExclusiveSettingsNames, mSettingsIndexes);
//net access with application auto invocation
attachList(QString::fromStdWString(NET_ACCESS_SETTINGS),mutuallyExclusiveList, mSettingsIndexes, false /* is high risk list */);
//low level net access with application auto invocation
attachList(QString::fromStdWString(LOW_LEVEL_NET_ACCESS_SETTINGS),mutuallyExclusiveList, mSettingsIndexes, false /* is high risk list */);
//application auto invocation with net access and low level net access
mutuallyExclusiveList.clear();
mutuallyExclusiveSettingsNames.clear();
mutuallyExclusiveSettingsNames
<<QString::fromStdWString(NET_ACCESS_SETTINGS)
<<QString::fromStdWString(LOW_LEVEL_NET_ACCESS_SETTINGS);
configureList(mutuallyExclusiveList, mutuallyExclusiveSettingsNames, mSettingsIndexes);
attachList(QString::fromStdWString(APPLICATION_AUTO_INVOCATION_SETTINGS),mutuallyExclusiveList, mSettingsIndexes, false /* is high risk list */);
}
void JavaApplicationSettingsViewPrivate::initSettings(QVector<JavaApplicationSettings>& aSettings, HbDataFormModelItem * aParent)
{
for (int i=0; i<aSettings.size(); i++)
{
HbDataFormModelItem * appSettings = NULL;
int currentValue = 0;
switch(aSettings[i].getValues().size())
{
case 1:
appSettings = mModel->appendDataFormItem(
HbDataFormModelItem::ToggleValueItem,
aSettings[i].getName(), aParent);
// make it a toogle button (-> get rid of the "pressed" ui effect)
if (appSettings)
{
appSettings->setContentWidgetData(QString("text"), aSettings[i].getValues()[0]);
appSettings->setContentWidgetData(QString("additionalText"), aSettings[i].getValues()[0]);
}
break;
case 2:
appSettings = mModel->appendDataFormItem(
HbDataFormModelItem::ToggleValueItem,
aSettings[i].getName(), aParent);
if (appSettings)
{
currentValue = aSettings[i].getCurrentValue();
if (currentValue < 0)
{
currentValue = 0;
}
appSettings->setContentWidgetData(QString("text"), aSettings[i].getValues()[currentValue]);
appSettings->setContentWidgetData(QString("additionalText"),aSettings[i].getValues()[1 - currentValue]);
}
break;
default:
appSettings = mModel->appendDataFormItem(
HbDataFormModelItem::ComboBoxItem,
aSettings[i].getName(), aParent);
if (appSettings)
{
appSettings->setContentWidgetData(QString("items"), aSettings[i].getValues());
appSettings->setContentWidgetData(QString("currentIndex"),aSettings[i].getCurrentValue());
}
}
aSettings[i].setId(appSettings);
}
}
void JavaApplicationSettingsViewPrivate::writeSettings(JavaApplicationSettings& aSettings, const QString &aNewValue)
{
QStringList values = aSettings.getValues();
int currentValue = aSettings.getCurrentValue();
int newValue = aSettings.getValueIndex(aNewValue);
if (newValue != -1 && currentValue != newValue)
{
// handle blanket settings
if (aNewValue == TXT_BLANKET)
{
// check blanket settings
if (!isBlanketAllowed(aSettings))
{
// change back to the old value
HbComboBox * settingsCombo = static_cast<HbComboBox*>(itemToWidget(aSettings.getId()));
if (settingsCombo)
{
settingsCombo->setCurrentIndex(currentValue);
}
return;
}
}
aSettings.setCurrentValue(newValue);
writeToStorage(aSettings);
}
}
bool JavaApplicationSettingsViewPrivate::isBlanketAllowed(const JavaApplicationSettings& aSettings)
{
// handle the high risk items
QList<JavaApplicationSettings*> highRiskList = aSettings.getHighRiskList();
// go through the list and see if any of the setings are in blanket
for (int i=0; i<highRiskList.size(); i++)
{
if (highRiskList[i] &&
highRiskList[i]->getValue(highRiskList[i]->getCurrentValue())
== TXT_BLANKET)
{
QString secWarning = TXT_SENSITIVE_SETTINGS;
QString LOCAL_CONNECTIVITY = QString(hbTrId(ID_LOCAL_CONNECTIVITY));
if (aSettings.getName() != LOCAL_CONNECTIVITY
&& highRiskList[i]->getName() != LOCAL_CONNECTIVITY)
{
secWarning = TXT_SENSITIVE_SETTINGS_NET_USAGE;
}
if (!isSecurityWarningAccepted(
secWarning,TXT_OK,TXT_CANCEL ,TXT_SECURITY_WARNING_TITLE))
{
LOG3(EJavaSettings, EInfo,"User did not accept the high risk due to having both \"%S\" and \"%S\" set to \"%S\"", aSettings.getName().toStdWString().c_str(), highRiskList[i]->getName().toStdWString().c_str(), TXT_BLANKET.toStdWString().c_str());
return false;
}
LOG3(EJavaSettings, EInfo,"User accepted the high risk due to having both \"%S\" and \"%S\" set to \"%S\"", aSettings.getName().toStdWString().c_str(), highRiskList[i]->getName().toStdWString().c_str(), TXT_BLANKET.toStdWString().c_str());
break;
}
}
// handle the mutually exclusive rules
QList<JavaApplicationSettings*> mutuallyExclusiveList = aSettings
.getMutuallyExclusiveList();
// go through the list and see if any of the setings are in blanket
for (int i=0; i<mutuallyExclusiveList.size(); i++)
{
if (mutuallyExclusiveList[i] && mutuallyExclusiveList[i]->getValue(
mutuallyExclusiveList[i]->getCurrentValue()) == TXT_BLANKET)
{
bool isBlanketAllowed = isSecurityWarningAccepted(
TXT_MUTUALLY_EXCLUSIVE_SETTINGS, TXT_OK, TXT_CANCEL, TXT_SECURITY_WARNING_TITLE);
if (isBlanketAllowed)
{
// change the current value to the maximum allowed
bool isBlanket = true;
do
{
if (isBlanket)
{
QStringList allowedValues = mutuallyExclusiveList[i]->getValues();
int selectedValue = mutuallyExclusiveList[i]->getCurrentValue();
// select the maximum allowed value
for (int j=0; j<allowedValues.size(); j++)
{
if (allowedValues[j] == TXT_SESSION)
{
selectedValue = j;
break;
}
if (allowedValues[j] == TXT_ONESHOT)
{
selectedValue = j;
}
else if (allowedValues[j] == TXT_DENIED
&& allowedValues[selectedValue] == TXT_BLANKET)
{
selectedValue = j;
}
}
// set the maximum allowed value
mutuallyExclusiveList[i]->setCurrentValue(selectedValue);
HbComboBox * settingsCombo = static_cast<HbComboBox*>(itemToWidget(
mutuallyExclusiveList[i]->getId()));
if (settingsCombo)
{
settingsCombo->setCurrentIndex(selectedValue);
}
writeToStorage(*mutuallyExclusiveList[i]);
LOG4(EJavaSettings, EInfo,"Changing \"%S\" to \"%S\" led to changing \"%S\" to \"%S\" due to mutually exclusive rules", aSettings.getName().toStdWString().c_str(), TXT_BLANKET.toStdWString().c_str(), mutuallyExclusiveList[i]->getName().toStdWString().c_str(), allowedValues[selectedValue].toStdWString().c_str());
}
i++;
// end of list?
if (i >= mutuallyExclusiveList.size())
{
break;
}
// move on into the list
isBlanket = (mutuallyExclusiveList[i]->getValue(
mutuallyExclusiveList[i]->getCurrentValue()) == TXT_BLANKET);
}
while (true);
}
else
{
LOG1(EJavaSettings, EInfo,"User did not accept changes in \"%S\" due to mutually exclusive rules", mutuallyExclusiveList[i]->getName().toStdWString().c_str());
}
return isBlanketAllowed;
}
}
return true;
}
void JavaApplicationSettingsViewPrivate::_q_settingsChanged(bool)
{
HbPushButton * sender = static_cast<HbPushButton*>(mPublicView->sender());
if (sender)
{
JavaApplicationSettings* settings = findSettings(sender);
if (settings == NULL)
{
return;
}
if (settings->getName() == TXT_SECURITY_LEVEL)
{
QString newValue = settings->getValue(1 - settings->getCurrentValue());
securityWarningsChanged(newValue);
writeSettings(*settings, newValue);
}
else if (settings->getName() == TXT_NETWORK_CONNECTION)
{
handleNetworkSettings();
}
}
}
void JavaApplicationSettingsViewPrivate::_q_settingsChanged(const QString& aNewValue)
{
HbComboBox * sender = static_cast<HbComboBox*>(mPublicView->sender());
if (sender)
{
JavaApplicationSettings* settings = findSettings(sender);
if (settings != NULL)
{
// any other settings are treated same
writeSettings(*settings, aNewValue);
}
}
}
void JavaApplicationSettingsViewPrivate::securityWarningsChanged(const QString& aNewValue)
{
if (aNewValue == TXT_USER_DEFINED)
{
// append the extra settings and values
for (int i=0; i<mExtraSettings.size(); i++)
{
if (mExtraSettings[i].getCurrentValue() >= 0 && mExtraSettings[i].getId() == 0)
{
HbDataFormModelItem * appSettings = mModel->appendDataFormItem(
HbDataFormModelItem::ComboBoxItem,
mExtraSettings[i].getName(), mSecuritySettingsGroup);
if (appSettings)
{
mExtraSettings[i].setId(appSettings);
// when settings the items, the settingsChanged signal gets emitted with the first value
// as being the current value. This signal should be discarded (the first value is just
// an intermediate value towards the actual current value which gets set shortly).
// Therefore set the first value as the current value (this way the settingsChanged
// signal gets discarded) and change the current value back to the real current value
int currentValue = mExtraSettings[i].getCurrentValue();
mExtraSettings[i].setCurrentValue(0);
appSettings->setContentWidgetData(QString("items"), mExtraSettings[i].getValues());
mExtraSettings[i].setCurrentValue(currentValue);
appSettings->setContentWidgetData(QString("currentIndex"),mExtraSettings[i].getCurrentValue());
}
}
}
}
else
{
// remove the extra settings
for (int i=0; i<mExtraSettings.size(); i++)
{
if (mExtraSettings[i].getId())
{
HbComboBox * extraSettingsId = static_cast<HbComboBox*>(itemToWidget(mExtraSettings[i].getId()));
if (extraSettingsId)
{
mPublicView->disconnect(extraSettingsId, 0, 0, 0);
mModel->removeItem(mModel->indexFromItem(mExtraSettings[i].getId()));
mExtraSettings[i].setId(0);
mExtraSettings[i].disconnectFromUi();
}
}
}
}
}
void JavaApplicationSettingsViewPrivate::handleNetworkSettings()
{
// init flags to show destinations and connection methods
QFlags<CmApplSettingsUi::SelectionDialogItems> listItems;
listItems |= CmApplSettingsUi::ShowDestinations;
listItems |= CmApplSettingsUi::ShowConnectionMethods;
// empty filter -> all bearer types included
QSet<CmApplSettingsUi::BearerTypeFilter> filter;
// reset the result
mNetConnSelection.result = mNetConn.type;
mNetConnSelection.id = mNetConn.id;
// init settings ui with destinations, filter and initial selection
mNetConnSettingsUi->setOptions(listItems, filter);
mNetConnSettingsUi->setSelection(mNetConnSelection);
// Connect the setting ui's signal with own slot where the mNetConnSelection is stored
connect(mNetConnSettingsUi, SIGNAL(finished(uint)), this, SLOT(netConnSelected(uint)));
// launch the setting ui
mNetConnSettingsUi->open();
}
void JavaApplicationSettingsViewPrivate::_q_dataItemDisplayed(const QModelIndex aDataItemIndex)
{
HbDataFormModelItem *item = static_cast<HbDataFormModel*>(
mMainForm->model())->itemFromIndex(aDataItemIndex);
if (item == NULL)
{
return;
}
int itemType = item->data(HbDataFormModelItem::ItemTypeRole).toInt();
HbComboBox * comboBox = NULL;
HbPushButton * pushButton = NULL;
HbWidget * widget = (qobject_cast<HbDataFormViewItem *>
(mMainForm->itemByIndex(aDataItemIndex)))->dataItemContentWidget();
JavaApplicationSettings* settings = findSettings(widget);
if (settings == NULL)
{
// stop right here
return;
}
switch(HbDataFormModelItem::DataItemType(itemType))
{
case HbDataFormModelItem::ComboBoxItem:
comboBox = static_cast<HbComboBox*>(widget);
if (settings->isConnectedToUi())
{
// need to do a reconnect: disconnect followed by a connect
mPublicView->disconnect(comboBox,
SIGNAL(currentIndexChanged(const QString &)),
mPublicView,
SLOT(_q_settingsChanged(const QString &)));
}
mPublicView->connect(comboBox,
SIGNAL(currentIndexChanged(const QString &)),
mPublicView, SLOT(_q_settingsChanged(const QString &)),
Qt::UniqueConnection);
break;
case HbDataFormModelItem::ToggleValueItem:
pushButton = static_cast< HbPushButton*>(widget);
if (settings->isConnectedToUi())
{
// need to do a reconnect: disconnect followed by a connect
mPublicView->disconnect(pushButton,
SIGNAL(clicked(bool)),
mPublicView,
SLOT(_q_settingsChanged(bool)));
}
mPublicView->connect(pushButton,
SIGNAL(clicked(bool)),
mPublicView, SLOT(_q_settingsChanged(bool)),
Qt::UniqueConnection);
break;
}
settings->connectToUi();
}
void JavaApplicationSettingsViewPrivate::netConnSelected(uint aNetConnSelectionStatus)
{
if (aNetConnSelectionStatus == CmApplSettingsUi::ApplSettingsErrorNone)
{
mNetConnSelection = mNetConnSettingsUi->selection();
// store the selection
if (mNetConnSelection.id != mNetConn.id
&& mNetConnSelection.id != mDefaultConnId)
{
TRAPD(err,
switch(mNetConnSelection.result)
{
case CmApplSettingsUi::SelectionTypeDestination:
ConnectionManager::setDestinationNetworkIdL(mSuiteUid, mNetConnSelection.id);
break;
case CmApplSettingsUi::SelectionTypeConnectionMethod:
ConnectionManager::setApnIdL(mSuiteUid, mNetConnSelection.id);
break;
}
);
if (err == KErrNone)
{
mNetConn.id = mNetConnSelection.id;
mNetConn.type = mNetConnSelection.result;
readNetworkConnectionName();
mGeneralSettings[mNetSettIndex].getId()->setContentWidgetData(QString("text"), mNetConn.name);
mGeneralSettings[mNetSettIndex].getId()->setContentWidgetData(QString("additionalText"), mNetConn.name);
}
}
}
}
void JavaApplicationSettingsViewPrivate::securityWarningDismissed(HbAction* aDismissAction)
{
HbMessageBox *dlg = static_cast<HbMessageBox*>(sender());
mSecWarningAccepted = (aDismissAction == dlg->actions().at(0));
mAsyncToSyncCallEventLoop->exit();
}
void JavaApplicationSettingsViewPrivate::initNetworkConnection()
{
TRAP_IGNORE(
mNetConn.id = ConnectionManager::getDestinationNetworkIdL(mSuiteUid);
if (mNetConn.id == (uint)KJavaNetworkAccessNotSpecified)
{
mNetConn.id = ConnectionManager::getApnIdL(mSuiteUid);
}
);
QNetworkConfigurationManager manager;
QNetworkConfiguration defaultCfg = manager.defaultConfiguration();
mDefaultConnId = defaultCfg.identifier().toInt();
QNetworkConfiguration cfg = manager.configurationFromIdentifier(
QString::number(mNetConn.id));
if (!cfg.isValid())
{
cfg = defaultCfg;
}
mNetConn.name = QString(hbTrId(cfg.name().toUtf8()));
}
void JavaApplicationSettingsViewPrivate::readNetworkConnectionName()
{
QNetworkConfigurationManager manager;
QNetworkConfiguration cfg = manager.configurationFromIdentifier(
QString::number(mNetConn.id));
if (!cfg.isValid())
{
cfg = manager.defaultConfiguration();
}
mNetConn.name = QString(hbTrId(cfg.name().toUtf8()));
}
JavaApplicationSettings* JavaApplicationSettingsViewPrivate::findSettings(HbWidget* aId)
{
JavaApplicationSettings* settings = findSettings(aId, mGeneralSettings);
if (settings == NULL)
{
settings = findSettings(aId, mSecuritySettings);
if (settings == NULL)
{
settings = findSettings(aId, mExtraSettings);
}
}
return settings;
}
JavaApplicationSettings* JavaApplicationSettingsViewPrivate::findSettings(HbWidget* aId, QVector<JavaApplicationSettings>& aAllSettings)
{
for (int i=0; i<aAllSettings.size(); i++)
{
if (itemToWidget(aAllSettings[i].getId()) == aId)
{
return &aAllSettings[i];
}
}
return NULL;
}
HbWidget * JavaApplicationSettingsViewPrivate::itemToWidget(const HbDataFormModelItem * aItem)
{
HbDataFormViewItem * viewItem = qobject_cast<HbDataFormViewItem *> (mMainForm->itemByIndex(
mModel->indexFromItem(aItem)));
if (viewItem)
{
return static_cast<HbWidget*>(viewItem->dataItemContentWidget());
}
return NULL;
}
bool JavaApplicationSettingsViewPrivate::isSecurityWarningAccepted(const QString& aText, const QString& aAcceptActionLabel, const QString& aRejectActionLabel, const QString& aHeadingText)
{
HbMessageBox securityWarning(HbMessageBox::MessageTypeQuestion);
securityWarning.setDismissPolicy(HbDialog::NoDismiss);
securityWarning.setTimeout(HbDialog::NoTimeout);
securityWarning.setIconVisible(false);
securityWarning.setText(aText);
securityWarning.addAction(new HbAction(
aAcceptActionLabel, &securityWarning));
securityWarning.addAction(new HbAction(
aRejectActionLabel, &securityWarning));
securityWarning.setHeadingWidget(new HbLabel(aHeadingText));
securityWarning.open(this, SLOT(securityWarningDismissed(HbAction*)));
mAsyncToSyncCallEventLoop->exec();
return mSecWarningAccepted;
}
void JavaApplicationSettingsViewPrivate::configureList(QList<JavaApplicationSettings*>& aList, const QStringList& aSettingsNames, const QHash<QString, int>& aSettingsIndexes)
{
for(int i=0; i<aSettingsNames.size(); i++)
{
if (aSettingsIndexes.contains(aSettingsNames[i]))
{
aList << &(mExtraSettings[aSettingsIndexes.value(aSettingsNames[i])]);
}
}
}
void JavaApplicationSettingsViewPrivate::attachList(const QString& aSettingsName, const QList<JavaApplicationSettings*>& aList, const QHash<QString, int>& aSettingsIndexes, bool aIsHighRiskList)
{
if (aSettingsIndexes.contains(aSettingsName))
{
if (aIsHighRiskList)
{
mExtraSettings[aSettingsIndexes.value(aSettingsName)].setHighRiskList(aList);
}
else
{
mExtraSettings[aSettingsIndexes.value(aSettingsName)].setMutuallyExclusiveList(aList);
}
}
}
void JavaApplicationSettingsViewPrivate::installTranslator(const QString& aTranslationFileName)
{
QTranslator* translator = new QTranslator;
// load the correct translation of the localized strings for the java settings
if (translator->load(
aTranslationFileName + "_" + QLocale::system().name(),
QLibraryInfo::location(QLibraryInfo::TranslationsPath)))
{
mTranslators.append(translator);
qApp->installTranslator(translator);
}
else
{
delete translator;
translator = NULL;
}
}
void JavaApplicationSettingsViewPrivate::readFromStorage(JavaApplicationSettings& aSettings)
{
if (aSettings.getColumnName().size() > 0
&& aSettings.getTableName().size() > 0)
{
wstring value = L"";
JavaStorageApplicationEntry_t query;
JavaStorageApplicationList_t queryResult;
JavaStorageEntry attr;
attr.setEntry(ID, mSuiteUid);
query.insert(attr);
if (aSettings.getFilterColumnName().size() > 0)
{
attr.setEntry(aSettings.getFilterColumnName(), aSettings.getFilterColumnValue());
query.insert(attr);
}
attr.setEntry(aSettings.getColumnName(), L"");
query.insert(attr);
if (aSettings.getValuesColumnName().size() > 0)
{
attr.setEntry(aSettings.getValuesColumnName(), L"");
query.insert(attr);
}
try
{
mStorage->search(aSettings.getTableName(), query, queryResult);
}
catch (JavaStorageException& aJse)
{
// Don't leave. Set defaults.
ELOG1(EJavaSettings, "Error while reading from storage %S", aJse.toString().c_str());
}
if (aSettings.getValuesColumnName().size() > 0)
{
findEntry(queryResult, aSettings.getValuesColumnName(), value);
if (value.size() > 0)
{
aSettings.setStorageValuesFilter(value);
filterSecuritySettings(aSettings);
}
}
value = L"";
findEntry(queryResult, aSettings.getColumnName(), value);
if (value.size() > 0)
{
vector<wstring> storageValues = aSettings.getStorageValues();
for (int i=0; i<storageValues.size(); i++)
{
if (storageValues[i] == value)
{
aSettings.setCurrentValue(i);
break;
}
}
LOG2(EJavaSettings, EInfo,"Setting \"%S\" initialized to \"%S\"", aSettings.getName().toStdWString().c_str(), aSettings.getValue(aSettings.getCurrentValue()).toStdWString().c_str());
}
}
}
void JavaApplicationSettingsViewPrivate::filterSecuritySettings(JavaApplicationSettings& aSettings)
{
std::wstring allowedModes = aSettings.getStorageValuesFilter();
if (allowedModes.size() <= 0)
{
return;
}
// The allowed modes info is stored as a 4-bit constant:
// X(oneshot)X(session)X(blanket)X(no)
// e.g. 1011 (=11) means that oneshot, blanket and no are allowed.
// The following constants are used to encode/decode the allowed modes
// into/from a 4-bit number
int INTERACTION_MODE_DENIED = 1;
int INTERACTION_MODE_BLANKET = 2;
int INTERACTION_MODE_SESSION = 4;
int INTERACTION_MODE_ONESHOT = 8;
TInt allowedInteractionModes = JavaCommonUtils::wstringToInt(allowedModes);
int index = 0;
int tmp = allowedInteractionModes & INTERACTION_MODE_ONESHOT;
if (tmp <= 0)
{
aSettings.removeValue(index);
index--;
}
index++;
tmp = allowedInteractionModes & INTERACTION_MODE_SESSION;
if (tmp <= 0)
{
aSettings.removeValue(index);
index--;
}
index++;
tmp = allowedInteractionModes & INTERACTION_MODE_BLANKET;
if (tmp <= 0)
{
aSettings.removeValue(index);
index--;
}
index++;
tmp = allowedInteractionModes & INTERACTION_MODE_DENIED;
if (tmp <= 0)
{
aSettings.removeValue(index);
}
}
void JavaApplicationSettingsViewPrivate::writeToStorage(JavaApplicationSettings& aSettings)
{
if (aSettings.getTableName().size() <= 0
|| aSettings.getColumnName().size() <= 0)
{
// storage details are not provided -> no point in going further
return;
}
JavaStorageApplicationEntry_t oldEntry;
JavaStorageEntry attr;
attr.setEntry(ID, mSuiteUid);
oldEntry.insert(attr);
JavaStorageApplicationEntry_t entry;
if (aSettings.getFilterColumnName().size() > 0)
{
attr.setEntry(aSettings.getFilterColumnName(), aSettings.getFilterColumnValue());
oldEntry.insert(attr);
}
attr.setEntry(aSettings.getColumnName(), aSettings.getStorageValues()[aSettings.getCurrentValue()]);
entry.insert(attr);
try
{
mStorage->update(aSettings.getTableName(), entry, oldEntry);
}
catch (JavaStorageException& aJse)
{
ELOG1(EJavaSettings, "Error while writing into storage %S", aJse.toString().c_str());
}
LOG2(EJavaSettings, EInfo,"Setting \"%S\" changed to \"%S\"", aSettings.getName().toStdWString().c_str(), aSettings.getValue(aSettings.getCurrentValue()).toStdWString().c_str());
}
void JavaApplicationSettingsViewPrivate::findEntry(const JavaStorageApplicationList_t& aQueryResult,
const std::wstring& aName,
std::wstring& aValue)
{
if (aQueryResult.size() > 0)
{
JavaStorageApplicationEntry_t entry = aQueryResult.front();
JavaStorageEntry findPattern;
findPattern.setEntry(aName, L"");
JavaStorageApplicationEntry_t::const_iterator findIterator =
entry.find(findPattern);
if (findIterator != entry.end())
{
aValue = findIterator->entryValue();
}
}
}
bool JavaApplicationSettingsViewPrivate::isInStorage(const std::wstring& aColumnName, const std::wstring& aColumnFilterName, const std::wstring& aColumnFilterValue, const std::string& aTableName)
{
wstring value = readFromStorage(aColumnName, aColumnFilterName, aColumnFilterValue, aTableName);
return (value.size() > 0);
}
wstring JavaApplicationSettingsViewPrivate::readFromStorage(const std::wstring& aColumnName, const std::wstring& aColumnFilterName, const std::wstring& aColumnFilterValue, const std::string& aTableName)
{
wstring value = L"";
JavaStorageApplicationEntry_t query;
JavaStorageApplicationList_t queryResult;
JavaStorageEntry attr;
attr.setEntry(ID, mSuiteUid);
query.insert(attr);
if (aColumnFilterName.size() > 0)
{
attr.setEntry(aColumnFilterName, aColumnFilterValue);
query.insert(attr);
}
attr.setEntry(aColumnName, L"");
query.insert(attr);
try
{
mStorage->search(aTableName, query, queryResult);
}
catch (JavaStorageException& aJse)
{
// Don't leave. Set defaults.
}
findEntry(queryResult, aColumnName, value);
return value;
}
vector<IndexedSettingsName> JavaApplicationSettingsViewPrivate::readFromStorage(const std::wstring& aColumnName, const std::string& aPrimaryTableName, const std::string& aSecondaryTableName)
{
vector<IndexedSettingsName> values;
JavaStorageApplicationEntry_t query;
JavaStorageApplicationList_t queryResult;
JavaStorageEntry attr;
attr.setEntry(ID, mSuiteUid);
query.insert(attr);
attr.setEntry(aColumnName, L"");
query.insert(attr);
try
{
mStorage->search(aPrimaryTableName, query, queryResult);
JavaStorageApplicationList_t::const_iterator iterator;
JavaStorageApplicationList_t secondaryQueryResult;
for (iterator = queryResult.begin(); iterator != queryResult.end(); iterator++)
{
std::wstring name = L"";
JavaStorageApplicationEntry_t entry = (*iterator);
JavaStorageEntry findPattern;
findPattern.setEntry(aColumnName, L"");
JavaStorageApplicationEntry_t::const_iterator findIterator =
entry.find(findPattern);
if (findIterator != entry.end())
{
name = findIterator->entryValue();
}
if (name.size() > 0)
{
entry.clear();
query.clear();
attr.setEntry(ID, mSuiteUid);
query.insert(attr);
attr.setEntry(aColumnName, name);
query.insert(attr);
secondaryQueryResult.clear();
mStorage->search(aSecondaryTableName, query, secondaryQueryResult);
if (secondaryQueryResult.size() > 0)
{
IndexedSettingsName value;
value.name = name;
value.index = LAST_SETTINGS_INDEX + 1;
if (mSettingsNamesIndexes.contains(QString::fromStdWString(name)))
{
value.index = mSettingsNamesIndexes.value(QString::fromStdWString(name));
}
values.push_back(value);
}
}
}
}
catch (JavaStorageException& aJse)
{
// Don't leave. Set defaults.
}
return values;
}
void JavaApplicationSettingsViewPrivate::readSuiteUid(const QString& aAppUid)
{
mSuiteUid = L"";
bool ok;
int tmp = aAppUid.toInt( &ok, 10 );
if (!ok)
{
return;
}
wstring appUid = L"";
appUid.append(L"[").append(QString("%1").arg(tmp, 0, 16).toStdWString()).append(L"]");
JavaStorageApplicationEntry_t query;
JavaStorageApplicationList_t queryResult;
JavaStorageEntry attr;
attr.setEntry(ID, appUid);
query.insert(attr);
attr.setEntry(PACKAGE_ID, L"");
query.insert(attr);
try
{
mStorage->search(APPLICATION_TABLE, query, queryResult);
}
catch (JavaStorageException& aJse)
{
// Don't leave. Set defaults.
ELOG1(EJavaSettings, "Error while reading from storage %S", aJse.toString().c_str());
}
findEntry(queryResult, PACKAGE_ID, mSuiteUid);
}
#include "moc_javaapplicationsettingsview.cpp"