void DevInfPackageTest::testPutGet()
{
QList<StoragePlugin*> storage_plugins;
DeviceInfo devInfo;
MockStorage storage("storage");
storage_plugins.append(&storage);
const int SIZE_TRESHOLD = 10000;
DevInfPackage pkg(storage_plugins, devInfo, SYNCML_1_2, ROLE_CLIENT );
SyncMLMessage msg(HeaderParams(), SYNCML_1_2);
int remaining = SIZE_TRESHOLD;
QCOMPARE(pkg.write(msg, remaining, false, SYNCML_1_2), true);
QVERIFY(remaining < SIZE_TRESHOLD);
QtEncoder encoder;
QByteArray result_xml;
QVERIFY( encoder.encodeToXML( msg, result_xml, true ) );
QByteArray putData = extractElement( result_xml, "<Put>", "</Put>" );
QVERIFY( !putData.isEmpty() );
verifyDevInf(putData);
QByteArray getData = extractElement( result_xml, "<Get>", "</Get>" );
QVERIFY( !getData.isEmpty() );
verifyGet(getData);
}
bool JsonParser::extractArray(JsonNode &node)
{
pos++;
node.setType(JsonNode::DATA_VECTOR);
if (!extractWhitespace())
return false;
//Empty array found
if (input[pos] == ']')
{
pos++;
return true;
}
while (true)
{
//NOTE: currently 50% of time is this vector resizing.
//May be useful to use list during parsing and then swap() all items to vector
node.Vector().resize(node.Vector().size()+1);
if (!extractElement(node.Vector().back(), ']'))
return false;
if (input[pos] == ']')
{
pos++;
return true;
}
}
}
void DevInfPackageTest::testResultsGet()
{
QList<StoragePlugin*> storage_plugins;
DeviceInfo devInfo;
MockStorage storage("storage");
storage_plugins.append(&storage);
const int msgId = 99;
const int cmdId = 109;
const int SIZE_TRESHOLD = 10000;
bool retrieveRemoteDevInf = true;
DevInfPackage pkg(msgId, cmdId, storage_plugins, devInfo, SYNCML_1_2, ROLE_CLIENT, retrieveRemoteDevInf );
SyncMLMessage msg(HeaderParams(), SYNCML_1_2);
int remaining = SIZE_TRESHOLD;
QCOMPARE(pkg.write(msg, remaining, false, SYNCML_1_2), true);
QVERIFY(remaining < SIZE_TRESHOLD);
QtEncoder encoder;
QByteArray result_xml;
QVERIFY( encoder.encodeToXML( msg, result_xml, true ) );
QByteArray resultsData = extractElement( result_xml, "<Results>", "</Results>" );
QVERIFY( !resultsData.isEmpty() );
QByteArray msgRef = extractElement( resultsData, "<MsgRef>", "</MsgRef" );
QVERIFY( !msgRef.isEmpty() );
QCOMPARE( msgRef.toInt(), msgId );
QByteArray cmdRef = extractElement( resultsData, "<CmdRef>", "</CmdRef" );
QVERIFY( !cmdRef.isEmpty() );
QCOMPARE( cmdRef.toInt(), cmdId );
verifyDevInf(resultsData);
QByteArray getData = extractElement( result_xml, "<Get>", "</Get>" );
QVERIFY( !getData.isEmpty() );
verifyGet(getData);
}
void cub_XmlElement_forEach(const char *value, cub_XmlElementCallback callback)
{
char *buffer = strcpy(malloc(strlen(value) + 1), value);
char *ptr = buffer;
Element e = {0};
while (extractElement(&ptr, &e))
if(!callback(e.name, e.attributes, e.value))
break;
free(buffer);
}
bool JsonParser::extractStruct(JsonNode &node)
{
node.setType(JsonNode::DATA_STRUCT);
pos++;
if (!extractWhitespace())
return false;
//Empty struct found
if (input[pos] == '}')
{
pos++;
return true;
}
while (true)
{
if (!extractWhitespace())
return false;
std::string key;
if (!extractString(key))
return false;
if (node.Struct().find(key) != node.Struct().end())
error("Dublicated element encountered!", true);
if (!extractSeparator())
return false;
if (!extractElement(node.Struct()[key], '}'))
return false;
if (input[pos] == '}')
{
pos++;
return true;
}
}
}
