SyncItem* WebOsCalendarSyncSource::getNextDeletedItem()
{
LOG.info("=========== GET NEXT DELETED ITEM CALLED ==================");
if(!mGetChangesCalled)
{
getChanges();
}
std::vector<WString> result = BlockingServiceCall("getDeletedEvent",TEXT(""));
if(result.empty())
{
LOG.error("GetDeleted failed.");
}
else
{
if(result.front() != "finished")
{
SyncItem* item = new SyncItem();
item->setDataType(TEXT("text/calendar"));
//item->setData(e.second.c_str(),e.second.length()); no data for deleted items..
item->setKey(result.front().c_str());
LOG.debug("Added %s as deleted.",result.front().c_str());
return item;
}
}
return NULL;
}
SyncItem* WebOsCalendarSyncSource::getNextItem()
{
LOG.info("========== GET NEXT ITEM CALLED ===========");
if(mEvents.empty())
{
//no items anymore, need to get more. If that doesn't work, there are no more items.
getMoreItems();
if(mEvents.empty())
{
LOG.info("======= NO MORE ELEMENTS ==========");
return NULL;
}
}
if(!mEvents.empty())
{
//take first event and convert into item of correct type.
std::pair<WString,WString>& e = mEvents.front();
SyncItem* item = new SyncItem();
item->setDataType(TEXT("text/calendar"));
item->setData(e.second.c_str(),e.second.length());
item->setKey(e.first.c_str());
LOG.debug("Received %s from JS with key %s.",e.second.c_str(),e.first.c_str());
mEvents.pop_front();
return item;
}
else
return NULL;
}
SyncItem* WebOsCalendarSyncSource::getNextUpdatedItem()
{
LOG.info("=========== GET NEXT UPDATED ITEM CALLED ==================");
if(!mGetChangesCalled)
{
getChanges();
}
if(!mEvents.empty())
{
//take first event and convert into item of correct type.
std::pair<WString,WString>& e = mEvents.front();
SyncItem* item = new SyncItem();
item->setDataType(TEXT("text/calendar"));
item->setData(e.second.c_str(),e.second.length());
item->setKey(e.first.c_str());
LOG.debug("Received %s from JS.",e.second.c_str());
mEvents.pop_front();
return item;
}
else
return NULL;
return NULL;
}
SyncItem* LOSyncSource::getNextNewItem() {
if (getUseAdd() == false) {
return NULL;
}
if (count == 2) {
return NULL;
}
StringBuffer name = getSyncItemName();
WCHAR key[256];
wsprintf(key, TEXT(WCHAR_PRINTF_STRING), name.c_str());
wcscat(key, getName());
SyncItem* item = new SyncItem(key);
if (getUseDataEncoding()) {
// just to test that the api works properly with custom encoding
item->setDataEncoding("bin");
}
char* data = getNewCard(true);
item->setData(data, (long)strlen(data));
delete [] data;
return item;
}
int LOSyncSource::addItem(SyncItem& item) {
WCHAR luid[128];
wsprintf(luid, TEXT("%s-luid"), item.getKey());
item.setKey(luid);
return 200;
}
int WebOsCalendarSyncSource::deleteItem(SyncItem &item)
{
int ret = STC_COMMAND_FAILED;
LOG.info("deleteItem called with %s data. And Type %s.",item.getKey(),item.getDataType());
LOG.info("Calling deleteEvent.");
std::vector<WString> result = BlockingServiceCall("deleteEvent",item.getKey());
if(result.empty())
{
LOG.error("delete event %s did not work.",item.getKey());
ret = STC_COMMAND_FAILED;
}
else
{
LOG.error("delete event was successful, received: %s.",result[0].c_str());
ret = STC_OK;
}
if (isErrorCode(ret))
{
report->setLastErrorCode(ERR_ITEM_ERROR);
report->setLastErrorMsg(ERRMSG_ITEM_ERROR);
report->setState(SOURCE_ERROR);
LOG.debug("Error deleting item: %", item.getKey());
}
return ret;
}
END_TEST
/**
* Removed the STATUS from the winevent parser
*/
BEGIN_TEST(WinEventNoSTATUS)
{
int ret = 0;
SyncItem* item = NULL;
WCHAR* internalKey = NULL;
wstring propValue;
WindowsSyncSource* ss = createAppointmentWindowsSyncSource();
WIN_ASSERT_NOT_NULL(ss, TEXT("The syncSource is null."));
StringBuffer VCal;
VCal.append("BEGIN:VCALENDAR\r\n");
VCal.append("VERSION:1.0\r\n");
VCal.append("BEGIN:VEVENT\r\n");
VCal.append("X-FUNAMBOL-FOLDER:DEFAULT_FOLDER\r\n");
VCal.append("X-FUNAMBOL-ALLDAY:1\r\n");
VCal.append("DTSTART:20110407\r\n");
VCal.append("DTEND:20110408\r\n");
VCal.append("X-MICROSOFT-CDO-BUSYSTATUS:FREE\r\n");
VCal.append("CATEGORIES:\r\n");
VCal.append("DESCRIPTION:\r\n");
VCal.append("LOCATION:Roma\r\n");
VCal.append("PRIORITY:1\r\n");
VCal.append("STATUS:NEED ACTION\r\n");
VCal.append("X-MICROSOFT-CDO-REPLYTIME:\r\n");
VCal.append("SUMMARY;ENCODING=QUOTED-PRINTABLE;CHARSET=UTF-8:Da test\r\n");
VCal.append("CLASS:PUBLIC\r\n");
VCal.append("AALARM:20110406T060000Z;;0;\r\n");
VCal.append("RRULE:\r\n");
VCal.append("X-FUNAMBOL-BILLINGINFO:\r\n");
VCal.append("X-FUNAMBOL-COMPANIES:\r\n");
VCal.append("X-FUNAMBOL-MILEAGE:\r\n");
VCal.append("X-FUNAMBOL-NOAGING:0 \r\n");
VCal.append("END:VEVENT\r\n");
VCal.append("END:VCALENDAR");
item = new SyncItem(TEXT("GUID"));
item->setData(VCal.c_str(), VCal.length());
WCHAR* tt = toWideChar(VCal.c_str());
WinEvent d(tt);
printf("%S", d.toString().c_str());
// insert test item
ret = ss->addItem(*item);
WIN_ASSERT_EQUAL(ret, 201, TEXT("Adding item is not correct"));
internalKey = (WCHAR*)item->getKey();
delete item;
delete ss;
}
int AbstractSyncSource::updateItem(SyncItem& item)
{
QByteArray data((char *)item.getData());
QUniqueId id(QString((char *)item.getKey()));
//qDebug() << "AbstractSyncSource::updateItem()" << toString(item) << "Id:" << id.toString();
if (m_model->updateRecord(id, data, m_type))
return 200; //ok, the SyncML command completed successfully
else
return 500; //failed, the recipient encountered an error
}
void testFillSyncItem(){
StringBuffer inFile = getTestFileFullPath(TEST_INPUT_DIR, TEST_FILE_NAME1);
SyncItem* si = fmss->fakeFillSyncItem(&inFile, true);
StringBuffer* data = new StringBuffer((char*)si->getData());
CPPUNIT_ASSERT(si != NULL);
CPPUNIT_ASSERT(data != NULL);
CPPUNIT_ASSERT(data->find("body") == StringBuffer::npos);
CPPUNIT_ASSERT(data->find("size") != StringBuffer::npos);
}
int AbstractSyncSource::addItem(SyncItem& item)
{
QByteArray data((char *)item.getData());
QUniqueId id = m_model->addRecord(data, QPimSource(), m_type);
item.setKey(id.toString().toAscii().data());
m_model->updateRecord(id, data, m_type);
//qDebug() << "AbstractSyncSource::addItem() " << toString(item) << "Id:" << id.toString();
if (!id.isNull())
return 201; //ok, the requested item was added
else
return 500; //failed, the recipient encountered an error
}
//test te getFirstItem. We pass all the values into the properties ArrayList
//and we get the first one
void testAllItems() {
ArrayList properties;
ConfigSyncSource source(TEXT("config"), APPLICATIONURI, s);
StringBuffer emailaddress("./Email/Address");
properties.add(emailaddress);
source.setConfigProperties(properties);
Enumeration* val = source.getAllItemList();
SyncItem* value = source.getFirstItem();
StringBuffer valuedata((const char*)value->getData(),value->getDataSize());
CPPUNIT_ASSERT(valuedata == VALUE);
delete val;
delete value;
}
int TestSyncSource::updateItem(SyncItem& item) {
char* val = toMultibyte( item.getKey() );
LOG.info("updated item: %s", val);
if(val){
delete [] val;
val = 0;
}
char *data = new char [item.getDataSize()];
memcpy(data, item.getData(), item.getDataSize());
data[item.getDataSize()] = 0;
LOG.info("Data: %s", data);
delete [] data;
return 200;
}
int setAllItems() {
SyncItem item;
WCHAR name[64];
char data[128];
for (int i = 0; i < 4; ++i) {
wsprintf(name, TEXT("%s%d"), TEXT("item"), i);
sprintf(data, "This is item %d", i);
item.setKey(name);
item.setData(data , (strlen(data))*sizeof(char));
items.add(item);
}
return 0;
}
bool StorageHandler::startLargeObjectReplace( StoragePlugin& aPlugin,
const QString& aLocalKey,
const SyncItemKey& aParentKey,
const QString& aType,
const QString& aFormat,
const QString& aVersion,
qint64 aSize )
{
FUNCTION_CALL_TRACE;
if( iLargeObject ) {
LOG_CRITICAL( "Already processing large object, aborting" );
return false;
}
SyncItem* item = NULL;
// If local key is empty, this Replace should be handled as Add (this is allowed by the protocol)
if( !aLocalKey.isEmpty() ) {
item = aPlugin.getSyncItem( aLocalKey );
}
if( !item ) {
LOG_CRITICAL( "Could not find item, processing as Add" );
return startLargeObjectAdd( aPlugin, aLocalKey, aParentKey, aType, aFormat, aVersion, aSize );
}
item->setParentKey( aParentKey );
item->setType( aType );
item->setFormat( aFormat );
item->setVersion( aVersion );
iLargeObject = item;
iLargeObjectSize = aSize;
iLargeObjectKey = aLocalKey;
if( !iLargeObject->resize(0) )
{
LOG_DEBUG( "Large object created for replace couldn't be resized" );
}
LOG_DEBUG( "Large object created for replace" );
return true;
}
SyncItem* MappingTestSyncSource::getNextNewItem() {
if (count == 3) {
return NULL;
}
WCHAR key[256];
wsprintf(key, TEXT("%i-%lu"), count, this->getConfig().getLast());
wcscat(key, getName());
SyncItem* item = new SyncItem(key);
StringBuffer data = getNewCard();
item->setData(data, data.length());
return item;
}
int CacheSyncSource::addItem(SyncItem& item) {
int ret = insertItem(item);
switch (ret) {
case 200:
case 201:
case 418: {
LOG.info("[%s] Successful add of item with key %s - code %d", getName(), item.getKey(), ret);
KeyValuePair k;
getKeyAndSignature(item, k);
insertInCache(k);
}
break;
default:
LOG.error("[%s] Failed add of item with key %s - code %d", getName(), item.getKey(), ret);
break;
}
return ret;
}
int TestSyncSource::deleteItem(SyncItem& item) {
char* val = toMultibyte( item.getKey() );
LOG.info("deleted item: %s", val);
if(val){
delete [] val;
val = 0;
}
return 200;
}
int AbstractSyncSource::deleteItem(SyncItem& item)
{
QUniqueId id(QString((char *)item.getKey()));
//qDebug() << "AbstractSyncSource::deleteItem()" << toString(item) << "Id:" << id.toString();
if (m_model->removeRecord(id))
return 200; //ok, the SyncML command completed successfully
else
return 211; //failed, the recipient encountered an error
}
void CacheSyncSource::getKeyAndSignature(SyncItem& item, KeyValuePair& kvp) {
char* t = toMultibyte(item.getKey());
StringBuffer s(t);
StringBuffer sign = getItemSignature(s);
kvp.setKey(t);
kvp.setValue(sign);
delete [] t;
}
int CacheSyncSource::deleteItem(SyncItem& item) {
int ret = removeItem(item);
switch (ret) {
case 200:
case 201:
case 418: {
LOG.info("[%s] Successful delete of item with key %s - code %d", getName(), item.getKey(), ret);
char* t = toMultibyte(item.getKey());
KeyValuePair k (t, "");
removeFromCache(k);
delete [] t;
}
break;
default:
LOG.error("[%s] Failed delete of item with key %s - code %d", getName(), item.getKey(), ret);
break;
}
return ret;
}
END_TEST
WinContact* updateOutlookItem(WindowsSyncSource* ss, SyncItem* item) {
int ret = ss->updateItem(*item);
WIN_ASSERT_EQUAL(ret, 200, TEXT("Update item is not correct"));
wstring keyModified = item->getKey();
SyncItem* itemTmp = ss->getItemFromId(keyModified.c_str());
WIN_ASSERT_NOT_NULL(item, TEXT("The item retrieved from the backend is null."));
WCHAR* wcon = toWideChar((const char*)itemTmp->getData());
wstring wcontact(wcon);
delete [] wcon;
WinContact* winC = new WinContact(wcontact);
return winC;
}
void testSetItemStatus(){
StringBuffer inFile = getTestFileFullPath(TEST_INPUT_DIR, TEST_FILE_NAME1);
SyncItem* si = fmss->fakeFillSyncItem(&inFile, true);
const WCHAR* wKey = si->getKey();
const char* key = toMultibyte(wKey);
fmss->setItemStatus(wKey, 200, "Add");
ArrayList luidToSend = fmss->getLUIDArray();
bool luidPresent = false;
for (int i = 0; i < luidToSend.size(); i++){
if( strcmp( ((StringBuffer*)luidToSend.get(i))->c_str(), key) == 0 ){
luidPresent = true;
}
}
CPPUNIT_ASSERT(luidPresent);
int ret = fmss->endSync();
CPPUNIT_ASSERT( ret == 0 );
StringBuffer propval = fmss->fakeReadCachePropertyValue(inFile.c_str());
CPPUNIT_ASSERT( !propval.empty() );
}
SyncItem* LOSyncSource::getNextUpdatedItem() {
if (getUseUpdate() == false) {
return NULL;
}
if (count == 2) {
return NULL;
}
StringBuffer name = getSyncItemName();
WCHAR key[256];
wsprintf(key, TEXT(WCHAR_PRINTF_STRING), name.c_str());
wcscat(key, getName());
SyncItem* item = new SyncItem(key);
char* data = getNewCard(false);
item->setData(data, (long)strlen(data));
delete [] data;
return item;
}
SyncItem* CacheSyncSource::fillSyncItem(StringBuffer* key) {
SyncItem* syncItem = NULL;
size_t size = 0;
void* content = NULL;
if (!key) {
return NULL;
}
LOG.debug("[%s] Filling item with key %s", getName(), key->c_str());
content = getItemContent((*key), &size);
WCHAR* wkey = toWideChar(key->c_str());
syncItem = new SyncItem(wkey);
syncItem->setData(content, size);
if (wkey) { delete [] wkey; wkey = NULL; }
if (content) { delete [] (char*)content; content = NULL; }
return syncItem;
}
int TestSyncSource::addItem(SyncItem& item) {
char* val = toMultibyte( item.getKey() );
LOG.info("added item: %s", val);
if(val){
delete [] val;
val = 0;
}
char *data = new char [item.getDataSize()];
memcpy(data, item.getData(), item.getDataSize());
data[item.getDataSize()] = 0;
LOG.info("Data: %s", data);
delete [] data;
WCHAR *luid = new WCHAR[wcslen(item.getKey())+10];
wsprintf(luid, TEXT("%s-luid"), item.getKey());
item.setKey(luid);
return 200;
}
int setModifiedItems() {
SyncItem item;
StringBuffer val;
for (int ii = 0; ii<1; ii++){
val.append("This is the updated item one");
}
for (int i = 0; i < 4; ++i) {
switch (i) {
case 0:
item.setKey(TEXT("item5"));
item.setData(val.c_str() , (val.length())*sizeof(char));
newItems.add(item);
break;
case 1:
item.setKey(TEXT("item1"));
item.setData(val.c_str() , (val.length())*sizeof(char));
updatedItems.add(item);
break;
case 2:
item.setKey(TEXT("item3"));
item.setData(val.c_str() , (val.length())*sizeof(char));
updatedItems.add(item);
break;
case 3:
item.setKey(TEXT("item4"));
deletedItems.add(item);
break;
}
}
return 0;
}
bool StorageHandler::addItem( const ItemId& aItemId,
StoragePlugin& aPlugin,
const SyncItemKey& aLocalKey,
const SyncItemKey& aParentKey,
const QString& aType,
const QString& aFormat,
const QString& aVersion,
const QString& aData )
{
FUNCTION_CALL_TRACE;
LOG_DEBUG( "Processing item for add:" << aItemId.iCmdId <<"/" << aItemId.iItemIndex );
if( iLargeObject ) {
LOG_CRITICAL( "Already processing large object, aborting" );
return false;
}
SyncItem* newItem = aPlugin.newItem();
if( !newItem ) {
LOG_CRITICAL( "Could not create new item" );
return false;
}
//Setting empty string as we dont have any local key for it.
newItem->setKey( aLocalKey );
newItem->setParentKey( aParentKey );
newItem->setType( aType );
newItem->setFormat( aFormat );
newItem->setVersion( aVersion );
if( !newItem->write( 0, aData.toUtf8() ) ) {
delete newItem;
LOG_CRITICAL( "Could not write to item" );
return false;
}
iAddList.insert( aItemId, newItem );
LOG_DEBUG( "Item queued for addition" );
return true;
}
QString AbstractSyncSource::toString(SyncItem& item)
{
QByteArray data((char *)item.getData());
QString ret("Key: ");
ret += item.getKey();
ret += " Mod.Time: ";
ret += QString::number(item.getModificationTime());
ret += " Encoding: ";
ret += item.getDataEncoding();
ret += " Size: ";
ret += QString::number(item.getDataSize());
ret += " Type: ";
ret += item.getDataType();
ret += " State: ";
ret += QString::number(item.getState());
ret += " Data:\n";
ret += data;
return ret;
}
SyncItem *AbstractSyncSource::createSyncItem(const QUniqueId &id, bool wantData, SyncState state) const
{
//qDebug() << "AbstractSyncSource::createSyncItem(" << id.toString() << "," << wantData << "," << state << ")";
QByteArray record = m_model->record(id, m_type);
SyncItem *item = new SyncItem();
QString key = id.toString();
item->setKey(key.toAscii().data());
item->setModificationTime(m_lastSync.toTime_t());
item->setState(state);
if (wantData) {
item->setData(record.data(), record.size() - 1); // have to omit '\0'
item->setDataType(getConfig().getType());
}
//qDebug() << "AbstractSyncSource::createSyncItem()" << toString(*item);
return item;
}
bool StorageHandler::replaceItem( const ItemId& aItemId,
StoragePlugin& aPlugin,
const QString& aLocalKey,
const SyncItemKey& aParentKey,
const QString& aType,
const QString& aFormat,
const QString& aVersion,
const QString& aData )
{
FUNCTION_CALL_TRACE;
LOG_DEBUG( "Processing item for replace:" << aItemId.iCmdId <<"/" << aItemId.iItemIndex );
if( iLargeObject ) {
LOG_CRITICAL( "Already processing large object, aborting" );
return false;
}
SyncItem* item = NULL;
// If local key is empty, this Replace should be handled as Add (this is allowed by the protocol)
if( !aLocalKey.isEmpty() ) {
item = aPlugin.getSyncItem( aLocalKey );
}
if( !item ) {
LOG_DEBUG( "Could not find item, processing as Add" );
return addItem( aItemId, aPlugin, aLocalKey, aParentKey, aType, aFormat, aVersion, aData );
}
item->setParentKey( aParentKey );
item->setType( aType );
item->setFormat( aFormat );
item->setVersion( aVersion );
if( !item->write( 0, aData.toUtf8() ) ) {
delete item;
LOG_CRITICAL( "Could not write to item" );
return false;
}
iReplaceList.insert( aItemId, item );
LOG_DEBUG( "Item queued for replace" );
return true;
}