/**
* This method is called when an item's delete button is clicked.
* The list type must be segmented and in editing mode.
* Platform: iOS
* @param listView The list view object that generated the event.
* @param listViewSection The ListViewSection object that contains the item.
* @param listViewItem The item objet whose delete button was clicked.
*/
void ListScreen::segmentedListViewItemDelete(
ListView* listView,
ListViewSection* listViewSection,
ListViewItem* listViewItem)
{
maAlert("List View", "Delete button was clicked", "Ok", NULL, NULL);
}
/**
* Show currently used selection style for an list view item.
* Works on iOS platform.
*/
void SettingsScreen::showSelectionStyleMessageBox()
{
MAUtil::String textToShow;
if (mListView->countChildWidgets() == 0)
{
textToShow = "The list view section does not have sections.";
}
else
{
ListViewSection* section = (ListViewSection*) mListView->getChild(0);
if (section->countChildWidgets() == 0)
{
textToShow = "The list view section does not have items.";
}
else
{
ListViewItem* item = (ListViewItem*) section->getChild(0);
ListViewItemSelectionStyle selectionStyle =
item->getSelectionStyle();
textToShow = "The selection style is: " +
getSelectionStyleString(selectionStyle);
}
}
maAlert("ListViewItem selection style", textToShow.c_str(), "OK", NULL, NULL);
}
/**
* Get the index for the selected product to buy.
* @return The product ID.
*/
MAUtil::String MainScreen::getSelectedAvailableProduct()
{
/**
* Check which check box was selected, and purchase the corresponding item.
* If no check box is selected, display a warning message
* Until the purchase is completed, Disable buy button.
*/
bool noItemSelected = true;
int itemSelectedIndex = -1;
for (int i=0 ; i < mItemsCheckBoxes.size(); i++)
{
if ( mItemsCheckBoxes[i]->isChecked() )
{
noItemSelected = false;
itemSelectedIndex = i;
mBuyButton->setEnabled(false);
break;
}
}
if ( noItemSelected )
{
maAlert("Purchase","You need to select an item first!","OK","","");
return "";
}
return mProductIdList[itemSelectedIndex];
}
/**
* Show previous set image path.
* From PathPropertyScreenListener.
*/
void AppController::showImagePath()
{
MAUtil::String path = mTestScreen->getImagePath();
maAlert("Image path is",
path.c_str(),
"OK",
NULL,
NULL);
}
/**
* Constructor.
*/
ApplicationController::ApplicationController() :
mMainScreen(NULL),
mDatabase(NULL),
mCountSucceededTests(0)
{
mMainScreen = new MainScreen();
mMainScreen->show();
this->log("Application started!");
mDatabase = new DatabaseManager();
DatabaseProduct* dbProduct = new DatabaseProduct();
int platform = getPlatform();
if (platform != IOS &&
platform != ANDROID)
{
maAlert("Error", "This program runs only on Android and iOS devices",
"OK", NULL, NULL);
}
else if ( PurchaseManager::getInstance()->checkPurchaseSupported() != MA_PURCHASE_RES_OK )
{
maAlert("Error", "Billing is not supported on this device",
"OK", NULL, NULL);
}
else
{
MAUtil::String developerKey = DEVELOPER_PUBLIC_KEY;
if ( developerKey.size() == 0 &&
platform == ANDROID )
{
maAlert("Error", "You need to set developer key in Config.h ",
"OK", NULL, NULL);
}
else
{
this->log("Creating tests...");
this->createTests();
this->log("Tests are created!");
this->runNextTest();
}
}
}
/**
* Notifies that a purchase has been refunded.
* Platform: Android.
* @param purchase The purchase that has been refunded.
*/
void ApplicationController::purchaseRefunded(Purchase& purchase)
{
MAUtil::String refundString = "You received a refund for " + purchase.getProductId();
maAlert("Product refunded", refundString.c_str(), "OK", NULL,NULL);
Purchase* restoredItem = new Purchase(purchase.getProductId(), this);
mPurchases.add(restoredItem);
mCurrentPurchase = mPurchases.size()-1;
// Notify The UI.
mMainScreen->productRefunded(purchase.getProductId());
}
void MoSyncCamController::snapshotFinished( const NativeUI::CameraSnapshotData& imageData )
{
bool snapshotIsAvailable = true;
if ( imageData.resultCode != MA_CAMERA_RES_OK )
{
maAlert("Camera", "Snapshot failed", "OK", NULL, NULL);
snapshotIsAvailable = false;
if ( mLastSnapshotDataHandle > 0 )
{
maDestroyPlaceholder(mLastSnapshotDataHandle);
mLastSnapshotDataHandle = 0;
}
}
mCameraScreen->hideSnapshotInProgress(snapshotIsAvailable);
}
/**
* This method is called when a screen has been popped from a stack
* screen.
* @param stackScreen The stack screen object that generated the event.
* @param fromScreen The screen that was popped from the stack screen.
* @param toScreen The screen that will be shown.
*/
void MainScreen::stackScreenScreenPopped(
StackScreen* stackScreen,
Screen* fromScreen,
Screen* toScreen)
{
if (this == stackScreen)
{
printf("stack screen event");
if(mFirstScreen == toScreen && mSecondScreen == fromScreen)
{
printf("screen test param is ok!");
}
else
{
maAlert("Error", "Wrong callback parameter(s)", "OK", NULL, NULL);
}
}
}
int NativeScreen::handleImageData(MAHandle myImageData)
{
printf("handleImageData(%d)", myImageData);
int resCode = -1;
MAHandle hImage = maCreatePlaceholder();
int dataSize = maGetDataSize(myImageData);
int createImageRes = maCreateImageFromData(hImage, myImageData, 0, dataSize);
// Used for testing only.
MAUtil::String info = "Ready.Size = " + MAUtil::integerToString(dataSize)
+ " res = " + MAUtil::integerToString(createImageRes);
printf("\n%s\n", info.c_str());
if (createImageRes != RES_OK) {
// If the Android VM gets an out of memory exception, get the image handle instead.
maAlert("Memory Warning", " The image cannot be created. Try again", NULL, NULL, NULL);
maWidgetSetProperty(mEventReturnTypeCheckbox, MAW_CHECK_BOX_CHECKED, "false");
maImagePickerOpen();
} else {
char imgHandle[256];
sprintf(imgHandle, "%d", hImage);
printf("imgHandle=%s---hImage=%d", imgHandle, hImage);
// display the preview
resCode = maWidgetSetProperty(mPreview, MAW_IMAGE_IMAGE, imgHandle);
}
// at this point the new selected image is either displayed or non-existent (out of memory)
// the former displayed image (if exists) can be now safely deleted and reused
if (mLastDisplayedImageHandle != -1) {
maDestroyPlaceholder(mLastDisplayedImageHandle);
}
mLastDisplayedImageHandle = hImage;
return resCode;
}
/**
* This method is called if the touch-up event was inside the
* bounds of the button.
* @param button The button object that generated the event.
*/
void MainScreen::buttonClicked(Widget* button)
{
if (button == mSetDate)
{
Date date;
date.day = 17;
date.month = 8;
date.year = 2011;
mDatePicker->setDate(date);
mDisplayedDate->setText(
MAUtil::integerToString(date.day) + "-" +
MAUtil::integerToString(date.month)+ "-" +
MAUtil::integerToString(date.year));
}
else if (button == mSetMaxDate)
{
if( mYearValueMaxDate->getText().size() != 0 &&
mMonthValueMaxDate->getText().size() != 0 &&
mDayValueMaxDate->getText().size() != 0)
{
Date date;
date.year = atoi(mYearValueMaxDate->getText().c_str());
date.month = atoi(mMonthValueMaxDate->getText().c_str());
date.day = atoi(mDayValueMaxDate->getText().c_str());
mDatePicker->setMaxDate(date);
}
else
{
maAlert("Error", "Please fill all the required fields.", "OK", "", "");
}
}
else if (button == mGetMaxDate)
{
struct Date theDate = mDatePicker->getMaxDate();
mGetMaxDateValue->setText("MaxDate: " + MAUtil::integerToString(theDate.day)+ "-" +
MAUtil::integerToString(theDate.month) + "-" + MAUtil::integerToString(theDate.year));
printf("get max date : %d-%d-%d", theDate.day, theDate.month, theDate.year);
}
else if (button == mSetMinDate)
{
if( mYearValueMinDate->getText().size() != 0 &&
mMonthValueMinDate->getText().size() != 0 &&
mDayValueMinDate->getText().size() != 0)
{
Date date;
date.year = atoi(mYearValueMinDate->getText().c_str());
date.month = atoi(mMonthValueMinDate->getText().c_str());
date.day = atoi(mDayValueMinDate->getText().c_str());
mDatePicker->setMinDate(date);
}
else
{
maAlert("Error", "Please fill all the required fields.", "OK", "", "");
}
}
else if (button == mGetMinDate)
{
struct Date theDate = mDatePicker->getMinDate();
mGetMinDateValue->setText("MinDate: " + MAUtil::integerToString(theDate.day)+ "-" +
MAUtil::integerToString(theDate.month) + "-" + MAUtil::integerToString(theDate.year));
printf("get min date : %d-%d-%d", theDate.day, theDate.month, theDate.year);
}
}
void MoSyncCamController::exportImageToGalleryRequested()
{
maAlert("Save image", "Image saving is not yet available", "OK", NULL, NULL);
}
/**
* Handle widget events.
* @param event A MoSync event data structure.
*/
void NativeScreen::customEvent(const MAEvent& event)
{
// Get the information sent by the widget.
MAWidgetEventData* widgetEventData = (MAWidgetEventData*) event.data;
if ( event.type == EVENT_TYPE_IMAGE_PICKER)
{
if ( event.imagePickerState == 1 )
{
// ready, get handle
MAHandle myImage = event.imagePickerItem;
char checkboxBuffer[BUF_SIZE];
maWidgetGetProperty(mEventReturnTypeCheckbox, MAW_CHECK_BOX_CHECKED, checkboxBuffer, BUF_SIZE);
MAUtil::String value = MAUtil::lowerString(checkboxBuffer);
if ( strcmp(value.c_str(),"true") == 0 )
{
MAHandle hImage = maCreatePlaceholder();
int dataSize = maGetDataSize(event.imagePickerItem);
int createImageRes= maCreateImageFromData(hImage, event.imagePickerItem, 0, dataSize);
// Used for testing only.
MAUtil::String info = "Ready.Size = " + MAUtil::integerToString(dataSize) +
"res = " + MAUtil::integerToString(createImageRes) +
", mime type = " + MAUtil::integerToString(event.imagePickerEncodingType);
if ( createImageRes != RES_OK )
{
maAlert("Memory Warning", " The image cannot be created. Try again", NULL, NULL, NULL);
maWidgetSetProperty(mEventReturnTypeCheckbox, MAW_CHECK_BOX_CHECKED, "false");
// If the Android VM gets an out of memory exception, get the image handle instead.
maImagePickerOpen();
}
else
{
char imgHandle[256];
sprintf(imgHandle, "%d", hImage);
int resCode = maWidgetSetProperty(mPreview, MAW_IMAGE_IMAGE, imgHandle);
}
maDestroyPlaceholder(hImage);
}
else
{
char buffer[256];
sprintf(buffer, "%d", myImage);
int resCode = maWidgetSetProperty(mPreview, MAW_IMAGE_IMAGE, buffer);
}
setLabelText(mLabel, "Preview is available");
}
else
{
setLabelText(mLabel, "The user canceled the image selection");
}
}
// Check that the event was a click (touch) event.
if (widgetEventData->eventType == MAW_EVENT_CLICKED)
{
// Handle the event emitted by the widget
widgetClicked(widgetEventData->widgetHandle);
}
}
/**
* Notifies that restoreTransactions() has failed.
* @param errorCode The reason why it failed.
* Platform: iOS and Android.
*/
void ApplicationController::purchaseRestoreError(int errorCode)
{
char buffer[BUF_SIZE];
sprintf(buffer, "Restoring products failed with error code %d", errorCode);
maAlert("Restore error", "restore failed" , "OK", NULL, NULL);
}
/**
* Main screen is notified of a purchase error.
* @param errorMessage.
*/
void MainScreen::productError(MAUtil::String errorMessage)
{
// Another purchase can now be requested.
mBuyButton->setEnabled(true);
maAlert("Purchase error", errorMessage.c_str(), "OK","","");
}