xsd__Name Name::getName()
{
#ifdef ENABLE_AXISTRACE
if (axiscpp::AxisTrace::isTraceOn())
axiscpp::AxisTrace::traceEntry("Name", "getName", this, 0); /* AUTOINSERTED TRACE */
#endif
if (isNil())
{
{
#ifdef ENABLE_AXISTRACE
xsd__Name traceRet = (NULL);
if (axiscpp::AxisTrace::isTraceOn())
axiscpp::AxisTrace::traceExit("Name", "getName", this, 1,
TRACETYPE_DATA, sizeof(xsd__Name), ((void*)&traceRet)); /* AUTOINSERTED TRACE */
return traceRet;
#else
return NULL;
#endif
}
}
else
{
{
#ifdef ENABLE_AXISTRACE
xsd__Name traceRet = (deserializeName(m_Buf));
if (axiscpp::AxisTrace::isTraceOn())
axiscpp::AxisTrace::traceExit("Name", "getName", this, 2,
TRACETYPE_DATA, sizeof(xsd__Name), ((void*)&traceRet)); /* AUTOINSERTED TRACE */
return traceRet;
#else
return deserializeName(m_Buf);
#endif
}
}
}
void Any::deserialize(TextInput& ti, Token& token) {
// Deallocate old data
dropReference();
m_type = NONE;
m_simpleValue.b = false;
// Skip leading newlines
while (token.type() == Token::NEWLINE) {
token = ti.read();
}
std::string comment;
if (token.type() == Token::COMMENT) {
deserializeComment(ti, token, comment);
}
if (token.type() == Token::END) {
// There should never be a comment without an Any following it; even
// if the file ends with some commented out stuff,
// that should not happen after a comma, so we'd never read that
// far in a proper file.
throw ParseError(ti.filename(), token.line(), token.character(),
"File ended without a properly formed Any");
}
switch (token.type()) {
case Token::STRING:
m_type = STRING;
ensureData();
*(m_data->value.s) = token.string();
m_data->source.set(ti, token);
break;
case Token::NUMBER:
m_type = NUMBER;
m_simpleValue.n = token.number();
ensureData();
m_data->source.set(ti, token);
break;
case Token::BOOLEAN:
m_type = BOOLEAN;
m_simpleValue.b = token.boolean();
ensureData();
m_data->source.set(ti, token);
break;
case Token::SYMBOL:
// Named Array, Named Table, Array, Table, or NONE
if (toUpper(token.string()) == "NONE") {
// Nothing left to do; we initialized to NONE originally
ensureData();
m_data->source.set(ti, token);
}
else {
// Array or Table
// Parse the name
// s must have at least one element or this would not have
// been parsed as a symbol
std::string name;
deserializeName(ti, token, name);
if (token.type() != Token::SYMBOL) {
throw ParseError(ti.filename(), token.line(), token.character(),
"Malformed Any TABLE or ARRAY; must start with [, (, or {");
}
if (isOpen(token.string()[0])) {
// Array or table
deserializeBody(ti, token);
}
else {
throw ParseError(ti.filename(), token.line(), token.character(),
"Malformed Any TABLE or ARRAY; must start with [, (, or {");
}
if (!name.empty()) {
ensureData();
m_data->name = name;
}
} // if NONE
break;
default:
throw ParseError(ti.filename(), token.line(), token.character(),
"Unexpected token");
} // switch
if (!comment.empty()) {
ensureData();
m_data->comment = comment;
}
if (m_type != ARRAY && m_type != TABLE) {
// Array and table already consumed their last token
token = ti.read();
}
}
v8::Local<v8::Object> TaggedBinaryReader::read(std::istream& istream)
{
Poco::RemotingNG::BinaryDeserializer deserializer;
deserializer.setup(istream);
std::vector<std::string> names;
std::string messageName;
Poco::RemotingNG::SerializerBase::MessageType messageType = deserializer.findMessage(messageName);
deserializer.deserializeMessageBegin(messageName, messageType);
_serializer.serializeMessageBegin(messageName, messageType);
names.push_back(messageName);
_containerStack.push_back(TaggedBinarySerializer::CONT_MESSAGE);
std::string name;
std::string unused;
Poco::UInt8 tag = deserializeTypeTag(deserializer);
while (istream.good() && tag != TaggedBinarySerializer::TYPE_TAG_MESSAGE_END)
{
switch (tag)
{
case TaggedBinarySerializer::TYPE_TAG_STRUCT_BEGIN:
{
name = deserializeName(deserializer);
names.push_back(name);
check(deserializer.deserializeStructBegin(name, true));
_serializer.serializeStructBegin(name);
_containerStack.push_back(TaggedBinarySerializer::CONT_STRUCT);
}
break;
case TaggedBinarySerializer::TYPE_TAG_STRUCT_END:
{
_containerStack.pop_back();
deserializer.deserializeStructEnd(names.back());
_serializer.serializeStructEnd(names.back());
names.pop_back();
}
break;
case TaggedBinarySerializer::TYPE_TAG_SEQUENCE_BEGIN:
{
name = deserializeName(deserializer);
names.push_back(name);
Poco::UInt32 lengthHint;
check(deserializer.deserializeSequenceBegin(name, true, lengthHint));
_serializer.serializeSequenceBegin(name, lengthHint);
_containerStack.push_back(TaggedBinarySerializer::CONT_SEQUENCE);
}
break;
case TaggedBinarySerializer::TYPE_TAG_SEQUENCE_END:
{
_containerStack.pop_back();
deserializer.deserializeSequenceEnd(names.back());
_serializer.serializeSequenceEnd(names.back());
names.pop_back();
}
break;
case TaggedBinarySerializer::TYPE_TAG_NULLABLE_BEGIN:
{
name = deserializeName(deserializer);
names.push_back(name);
bool isNull;
check(deserializer.deserializeNullableBegin(name, true, isNull));
_serializer.serializeNullableBegin(name, isNull);
}
break;
case TaggedBinarySerializer::TYPE_TAG_NULLABLE_END:
{
deserializer.deserializeNullableEnd(names.back());
_serializer.serializeNullableEnd(names.back());
names.pop_back();
}
break;
case TaggedBinarySerializer::TYPE_TAG_OPTIONAL_BEGIN:
{
name = deserializeName(deserializer);
names.push_back(name);
bool isSpecified;
check(deserializer.deserializeOptionalBegin(name, true, isSpecified));
_serializer.serializeOptionalBegin(name, isSpecified);
}
break;
case TaggedBinarySerializer::TYPE_TAG_OPTIONAL_END:
{
deserializer.deserializeOptionalEnd(names.back());
_serializer.serializeOptionalEnd(names.back());
names.pop_back();
}
break;
case TaggedBinarySerializer::TYPE_TAG_INT8:
{
read<Poco::Int8>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_UINT8:
{
read<Poco::UInt8>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_INT16:
{
read<Poco::Int16>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_UINT16:
{
read<Poco::UInt16>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_INT32:
{
read<Poco::Int32>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_UINT32:
{
read<Poco::UInt32>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_LONG:
{
read<long>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_ULONG:
{
read<unsigned long>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_INT64:
{
read<Poco::Int64>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_UINT64:
{
read<Poco::UInt64>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_FLOAT:
{
read<float>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_DOUBLE:
{
read<double>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_BOOL:
{
read<bool>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_CHAR:
{
read<char>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_STRING:
{
read<std::string>(deserializer);
}
break;
case TaggedBinarySerializer::TYPE_TAG_BUFFER:
{
read<std::vector<char> >(deserializer);
}
break;
default:
throw Poco::RemotingNG::DeserializerException("Invalid type tag encountered during deserialization of", names.back());
}
tag = deserializeTypeTag(deserializer);
}
if (istream.good())
{
_serializer.serializeMessageEnd(messageName, messageType);
_containerStack.pop_back();
poco_assert (_containerStack.empty());
return _serializer.jsValue();
}
else throw Poco::RemotingNG::DeserializerException("Unexpected end of stream");
}