void HighLevelReaderThatReadsChunks::finishedDownloadingChunkedData()
{
// Allocate big handle and copy the chunks to it.
// mContentLength holds the accumulated size of read data.
// We create a new placeholder here, not using the pool.
// TODO: Consider using PlaceholderPool also for this handle.
MAHandle dataHandle = maCreatePlaceholder();
int errorCode = maCreateData(dataHandle, mContentLength);
if (RES_OUT_OF_MEMORY == errorCode)
{
mConnection->downloadError(RES_OUT_OF_MEMORY);
return;
}
// Copy chunks to the data object.
int offset = 0;
char* buf = new char[mDataChunkSize];
while (0 < mDataChunks.size())
{
// Last chunk should only be partially written.
int dataLeftToWrite = mContentLength - offset;
// Set size to min(dataLeftToWrite, mDataChunkSize)
int size = (dataLeftToWrite < mDataChunkSize
? dataLeftToWrite : mDataChunkSize);
// Copy first remaining chunk.
MAHandle chunk = mDataChunks[0];
maReadData(chunk, buf, 0, size);
maWriteData(dataHandle, buf, offset, size);
// Return chunk to pool.
DeallocateHandle(chunk);
// Remove chunk from list.
mDataChunks.remove(0);
// Increment offset.
offset += mDataChunkSize;
}
delete[] buf;
// Download is finished! Tell the connection about this.
mConnection->downloadSuccess(dataHandle);
}
void ImageCache::connRecvFinished(MAUtil::Connection* conn, int result) {
if (result >= 0) {
mDataOffset += result;
if((mContentLength - mDataOffset)>=0)
{
maWriteData(mData, mBuffer, mDataOffset-result, result);
mHttp.recv(mBuffer, 1024);
}
} else if(result == CONNERR_CLOSED) {
mContentLength = 0;
finishedDownloading();
//mHttp.close();
mIsBusy = false;
} else {
mIsBusy = false;
}
}
void testPlaceHolder() {
maCreateData(RES_PLACEHOLDER, 16);
assert("maGetDataSize", (maGetDataSize(RES_PLACEHOLDER) == 16));
for(int i = 0; i < 4; i++)
maWriteData(RES_PLACEHOLDER, &i, i*4, 4);
bool failed = false;
for(int i = 0; i < 4; i++) {
int dest;
maReadData(RES_PLACEHOLDER, &dest, i*4, 4);
if(dest != i) {
failed = true;
break;
}
}
assert("Placeholder test", !failed);
}
/**
* Used for Android only.
* Stores the registration ID in a store for later use.
* @param token The registration_ID.
*/
void MainScreen::storeRegistrationID(MAUtil::String* token)
{
mToken = token;
// Store doesn't exist.
MAHandle myStore = maOpenStore("MyPushStore", MAS_CREATE_IF_NECESSARY);
// Create store and write Registration ID
MAHandle myData = maCreatePlaceholder();
if(maCreateData(myData, token->length()) == RES_OK)
{
maWriteData(myData, token->c_str(), 0, token->length());
// Write the data resource to the store.
int result = maWriteStore(myStore, myData);
if ( result < 0 )
{
printf("Cannot write to store the token!!");
}
maCloseStore(myStore, 0);
}
}
void ImageCache::connRecvFinished(MAUtil::Connection* conn, int result) {
if (result >= 0) {
mDataOffset += result;
double val = (double)((double)mDataOffset/(double)mContentLength)*100;
if (mNextRequest->getImage() != NULL) {
if (mNextRequest->getType() == 0) {
//normal loading
} else if ((mNextRequest->getType() == 3)||(mNextRequest->getType() == 4)) {
if (val <= 5.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP1));
} else if (val <= 11) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP2));
} else if (val <= 16.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP3));
} else if (val <= 22) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP4));
} else if (val <= 27.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP5));
} else if (val <= 33) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP6));
} else if (val <= 38.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP7));
} else if (val <= 44) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP8));
} else if (val <= 49.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP9));
} else if (val <= 55) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP10));
} else if (val <= 60.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP11));
} else if (val <= 66) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP12));
} else if (val <= 71.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP13));
} else if (val <= 77) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP14));
} else if (val <= 82.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP15));
} else if (val <= 88) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP16));
} else if (val <= 93.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP17));
} else if (val <= 99) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING_FLIP18));
}
mNextRequest->getImage()->requestRepaint();
} else if ((mNextRequest->getType() == 1)||(mNextRequest->getType() == 2)) {
if (val <= 5.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING1));
} else if (val <= 11) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING2));
} else if (val <= 16.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING3));
} else if (val <= 22) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING4));
} else if (val <= 27.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING5));
} else if (val <= 33) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING6));
} else if (val <= 38.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING7));
} else if (val <= 44) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING8));
} else if (val <= 49.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING9));
} else if (val <= 55) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING10));
} else if (val <= 60.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING11));
} else if (val <= 66) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING12));
} else if (val <= 71.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING13));
} else if (val <= 77) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING14));
} else if (val <= 82.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING15));
} else if (val <= 88) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING16));
} else if (val <= 93.5) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING17));
} else if (val <= 99) {
maDestroyObject(mNextRequest->getImage()->getResource());
mNextRequest->getImage()->setResource(Util::loadImageFromResource(RES_LOADING18));
}
mNextRequest->getImage()->requestRepaint();
}
}
if((mContentLength - mDataOffset)>=0)
{
maWriteData(mData, mBuffer, mDataOffset-result, result);
mHttp.recv(mBuffer, READSIZE);
}
} else if(result == CONNERR_CLOSED) {
mContentLength = 0;
finishedDownloading();
mIsBusy = false;
} else {
mIsBusy = false;
}
}
