void ActionPerformer::cancelAction()
{
if(action_current == nullptr)
{
throw IllegalStateException("action is not being performed");
}
else if(action_current->cancelling)
{
throw IllegalStateException("action is already cancelling");
}
action_current->cancel();
}
const QString& Action::nextInteraction() {
if (!this->hasInteraction()) {
throw IllegalStateException("!this->hasInteraction()");
}
++m_index;
return m_interactions.at(m_index - 1);
}
AVPacket* LibavSingleton::readNextPacket(AVFormatContext *formatContext) const {
if (NULL == formatContext) {
throw IllegalArgumentException(
"Cannot read a packet from a NULL AVFormatContext");
}
if (0 >= formatContext->nb_streams) {
throw IllegalStateException(
"There are no streams within the AVFormatContext to read a packet from.");
}
AVPacket *packet = new AVPacket();
av_init_packet(packet);
int error = av_read_frame(formatContext, packet);
// If error equals 0 then we have a valid packet so return it.
if (0 == error) return packet;
// If we have reached the end of the file return NULL;
if (AVERROR_EOF == error) return NULL;
// Double check to see if we have reached the end of the file.
// Because the AVERROR_EOF error code isn't always returned.
AVIOContext *ioContext = formatContext->pb;
if (NULL != ioContext && ioContext->eof_reached) return NULL;
// Otherwise throw an exception with the error message.
throw PacketReadException(errorMessage(error));
}
ParserModel::ParserModel(const std::string &languageCode, AbstractModel *buildModel, AbstractModel *checkModel, AbstractModel *attachModel, POSModel *parserTagger, ChunkerModel *chunkerTagger, opennlp::tools::parser::lang::en::HeadRules *headRules, ParserType modelType, Map<std::string, std::string> *manifestInfoEntries) : opennlp.tools.util.model.BaseModel(COMPONENT_NAME, languageCode, manifestInfoEntries)
{
setManifestProperty(PARSER_TYPE, modelType::name());
artifactMap->put(BUILD_MODEL_ENTRY_NAME, buildModel);
artifactMap->put(CHECK_MODEL_ENTRY_NAME, checkModel);
if (CHUNKING::equals(modelType))
{
if (attachModel != 0)
throw IllegalArgumentException("attachModel must be null for chunking parser!");
}
else if (TREEINSERT::equals(modelType))
{
if (attachModel == 0)
throw IllegalArgumentException("attachModel must not be null!");
artifactMap->put(ATTACH_MODEL_ENTRY_NAME, attachModel);
}
else
{
throw IllegalStateException("Unkown ParserType!");
}
artifactMap->put(PARSER_TAGGER_MODEL_ENTRY_NAME, parserTagger);
artifactMap->put(CHUNKER_TAGGER_MODEL_ENTRY_NAME, chunkerTagger);
artifactMap->put(HEAD_RULES_MODEL_ENTRY_NAME, headRules);
checkArtifactMap();
}
AVMediaType LibavSingleton::findPacketType(const AVFormatContext *formatContext,
const AVPacket *packet) const {
if (NULL == formatContext) {
throw IllegalArgumentException(
"The supplied format context for findPacketType(AVFormatContext*,AVPacket*) cannot be null.");
}
if (NULL == packet) {
throw IllegalArgumentException(
"The supplied packet for findPacketType(AVFormatContext*,AVPacket*) cannot be null.");
}
int packetIndex = packet->stream_index;
int streamNumber = formatContext->nb_streams;
// Check to make sure the packet index isn't out of bounds.
if (0 <= packetIndex && streamNumber < packetIndex) {
stringstream errorMessage;
errorMessage
<< "Packet index greater than stream number. Packet index: "
<< packetIndex << " Stream number: "
<< streamNumber << " File name: "
<< formatContext->filename << endl;
throw IllegalStateException(errorMessage.str());
}
return findStreamType(formatContext->streams[packetIndex]);
}
void
FeedHandler::tlsPrune(SerialNum oldest_to_keep) {
if (!_tlsWriter.erase(oldest_to_keep)) {
throw IllegalStateException(make_string("Failed to prune TLS to token %" PRIu64 ".", oldest_to_keep));
}
_prunedSerialNum = oldest_to_keep;
}
void LibavSingleton::closeFormatContext(AVFormatContext **formatContext) const {
if (NULL == (*formatContext)) {
throw IllegalArgumentException("Cannot close a NULL AVFormatContext");
}
if (0 >= (*formatContext)->nb_streams) {
throw IllegalStateException(
"The AVFormatContext does not contain any valid streams");
}
AVStream *stream = NULL;
// Close all the codec contexts within the format context to make sure they
// are cleaned up.
for (int i = 0; i < (*formatContext)->nb_streams; i++) {
stream = (*formatContext)->streams[i];
if (NULL != stream) avcodec_close(stream->codec);
}
avformat_close_input(formatContext);
}
void HTTPClientSession::setProxyHost(const std::string& host)
{
if (!connected())
_proxyHost = host;
else
throw IllegalStateException("Cannot set the proxy host for an already connected session");
}
TPElement* OpenSSLRSAPermutation::invert(TPElement * tpEl) {
if (!isKeySet())
throw IllegalStateException("keys aren't set");
// If only the public key was set and not the private key - can't do the invert, throw exception.
if (privKey == NULL && pubKey != NULL)
throw InvalidKeyException("in order to decrypt a message, this object must be initialized with private key");
RSAElement * rsaEl = dynamic_cast<RSAElement *>(tpEl);
if (!rsaEl)
throw invalid_argument("trapdoor element type doesn't match the trapdoor permutation type");
// gets the pointer for the native object.
biginteger elementP = rsaEl->getElement();
// Allocate a new byte array to hold the output.
int size = RSA_size(rsa);
std::shared_ptr<byte> ret(new byte[size], std::default_delete<byte[]>());
size_t encodedSize = bytesCount(elementP);
std::shared_ptr<byte> encodedBi(new byte[encodedSize], std::default_delete<byte[]>());
encodeBigInteger(elementP, encodedBi.get(), encodedSize);
string st(encodedBi.get(), encodedBi.get()+encodedSize);
// invert the RSA permutation on the given bytes.
int sucess = RSA_private_decrypt(encodedSize, encodedBi.get(), ret.get(), rsa, RSA_NO_PADDING);
biginteger resValue = decodeBigInteger(ret.get(), size);
// creates and initialize a RSAElement with the result.
RSAElement * returnEl = new RSAElement(modulus, resValue, false);
return returnEl; // return the result TPElement.
}
AVMediaType LibavSingleton::findCodecType(
const AVCodecContext *codecContext) const {
if (NULL == codecContext) {
throw IllegalArgumentException(
"The supplied codec context for findCodecType(AVCodecContext*) cannot be null.");
}
AVMediaType type = codecContext->codec_type;
// If the type value is within the bounds of the
// AVMediaType enum then return it.
// This check is unfortunately tightly coupled to
// libav version, but I think the benefit of the check
// out ways the burden of keeping the values in sync
// with the compiled libav version.
if (-1 <= type && 5 >= type) return type;
stringstream errorMessage;
errorMessage << "Invalid AVMediaType value: "
<< type << endl;
throw IllegalStateException(errorMessage.str());
}
Poco::UInt32 ODBCStatementImpl::next()
{
std::size_t count = 0;
if (nextRowReady())
{
Extractions& extracts = extractions();
Extractions::iterator it = extracts.begin();
Extractions::iterator itEnd = extracts.end();
std::size_t prevCount = 0;
for (std::size_t pos = 0; it != itEnd; ++it)
{
count = (*it)->extract(pos);
if (prevCount && count != prevCount)
throw IllegalStateException("Different extraction counts");
prevCount = count;
pos += (*it)->numOfColumnsHandled();
}
_stepCalled = false;
}
else
{
throw StatementException(_stmt,
std::string("Iterator Error: trying to access the next value"));
}
return static_cast<Poco::UInt32>(count);
return 0;
}
/*
* vislib::sys::ThreadPool::queueUserWorkItem
*/
void vislib::sys::ThreadPool::queueUserWorkItem(WorkItem& workItem,
const bool createDefaultThreads) {
/* Sanity checks. */
if ((workItem.runnable == NULL) && (workItem.runnableFunction == NULL)) {
throw vislib::IllegalParamException("workItem", __FILE__, __LINE__);
}
if ((workItem.runnable != NULL) && (workItem.runnableFunction != NULL)) {
throw vislib::IllegalParamException("workItem", __FILE__, __LINE__);
}
/* Add work item to queue. */
this->lockQueue.Lock();
if (this->isQueueOpen) {
this->queue.Append(workItem);
this->evtAllCompleted.Reset(); // Signal unfinished work.
this->semBlockWorker.Unlock(); // Wake workers.
this->lockQueue.Unlock();
#ifndef _WIN32
// Linux has the most crap scheduler I have ever seen ...
sched_yield();
#endif /* _WIN32 */
} else {
this->lockQueue.Unlock();
throw IllegalStateException("The user work item queue has been closed, "
"because the thread pool is being terminated.", __FILE__, __LINE__);
}
/* Create threads if requested. */
this->lockThreadCounters.Lock();
if (createDefaultThreads && (this->cntTotalThreads < 1)) {
this->SetThreadCount(SystemInformation::ProcessorCount());
}
this->lockThreadCounters.Unlock();
}
FieldComparatorPtr SortField::getComparator(int32_t numHits, int32_t sortPos)
{
if (locale)
return newLucene<StringComparatorLocale>(numHits, field, *locale);
switch (type)
{
case SCORE:
return newLucene<RelevanceComparator>(numHits);
case DOC:
return newLucene<DocComparator>(numHits);
case SHORT:
case INT:
return newLucene<IntComparator>(numHits, field, parser);
case FLOAT:
case DOUBLE:
return newLucene<DoubleComparator>(numHits, field, parser);
case LONG:
return newLucene<LongComparator>(numHits, field, parser);
case BYTE:
return newLucene<ByteComparator>(numHits, field, parser);
case CUSTOM:
BOOST_ASSERT(comparatorSource);
return comparatorSource->newComparator(field, numHits, sortPos, reverse);
case STRING:
return newLucene<StringOrdValComparator>(numHits, field, sortPos, reverse);
case STRING_VAL:
return newLucene<StringValComparator>(numHits, field);
default:
boost::throw_exception(IllegalStateException(L"Illegal sort type: " + StringUtils::toString(type)));
return FieldComparatorPtr();
}
}
byte* TrapdoorPermutationAbs::hardCoreFunction(TPElement * tpEl) {
if (!isKeySet())
throw IllegalStateException("keys aren't set");
/*
* We use this implementation both in RSA permutation and in Rabin permutation.
* Thus, We implement it in TrapdoorPermutationAbs and let derived classes override it if needed.
*/
// gets the element value as byte array
biginteger elementValue = tpEl->getElement();
byte* bytesValue=NULL;
int bytesSize = allocateAndEncodeBigInteger(elementValue, bytesValue);
// the number of bytes to get the log (N) least significant bits
double logBits = NumberOfBits(modulus) / 2.0; //log N bits
int logBytes = (int)ceil(logBits / 8); //log N bites in bytes
// if the element length is less than log(N), the return byte[] should be all the element bytes
int size = min(logBytes, bytesSize);
byte* leastSignificantBytes = new byte[size];
// copies the bytes to the output array
for (int i = 0; i < size; i++)
leastSignificantBytes[i] = bytesValue[bytesSize - size + i];
return leastSignificantBytes;
}
void HTTPClientSession::setProxyPort(Poco::UInt16 port)
{
if (!connected())
_proxyPort = port;
else
throw IllegalStateException("Cannot set the proxy port number for an already connected session");
}
void SegmentInfos::prepareCommit(DirectoryPtr dir)
{
TestScope testScope(L"SegmentInfos", L"prepareCommit");
if (pendingSegnOutput)
boost::throw_exception(IllegalStateException(L"prepareCommit was already called"));
write(dir);
}
void connect() {
if(redisContext_) {
throw IllegalStateException("Error redisContext already created");
}
state_ = REDISREQUEST_CONNECTING;
ScopedMutexLock(lockRedis_);
redisContext_ = redisAsyncConnect(host_.c_str(), port_);
if (redisContext_->err) {
_LOG_DEBUG("REDIS CONNECT FAILED (CREATE ERROR): %s:%d, err = %x, this = %p"
, host_.c_str(), port_, redisContext_->err, this);
state_ = REDISREQUEST_CONNECTFAILED;
//fire_onRedisRequest_Error(redisContext_->err, "connect error", NULL);
// disconnectCallback() is called later soon..
// error process will be executed by that function.
}
redisContext_->data = this;
redisLibeventAttach(redisContext_, (struct event_base *)ioService_->coreHandle());
redisAsyncSetConnectCallback(redisContext_, connectCallback);
redisAsyncSetDisconnectCallback(redisContext_, disconnectCallback);
timerObj_->setTimer(TIMER_ID_CONNECTION_TIMEOUT, DEFAULT_CONNECT_TIMEOUT, false);
_LOG_DEBUG("redis connect start : %s:%d, flag = 0x%x, fd = %d, context = %p, this = %p"
, host_.c_str(), port_, redisContext_->c.flags, redisContext_->c.fd, redisContext_, this);
}
void InternalJob::SetUser(bool value)
{
//TODO Error Exception Problem IllegalStateException
if (GetState() != Job::NONE)
throw IllegalStateException();
flags = value ? flags | M_USER : flags & ~M_USER;
}
/*MaxValue MaxValue::getMaxValue(BitDepth bitDepth) {
switch (bitDepth) {
case Unknow:
return DoubleUnlimited;
case Bit6:
return Int6Bit;
case Bit8:
return Int8Bit;
case Bit10:
return Int10Bit;
case Bit12:
return Int12Bit;
}
}; */
const MaxValue & MaxValue::getByBit(int bit) {
foreach(const MaxValue & m, *MaxValueVector) {
if (m.bit == bit) {
return m;
}
}
throw IllegalStateException("");
};
void HTTPClientSession::setProxy(const std::string& host, uint16_t port) {
if (!connected()) {
_proxyHost = host;
_proxyPort = port;
}
else
throw IllegalStateException("Cannot set the proxy host and port for an already connected session");
}
void LubyRackoffPrpFromPrfVarying::computeBlock(const vector<byte> & inBytes, int inOff, int inLen, vector<byte>& outBytes, int outOff) {
if (!isKeySet())
throw IllegalStateException("secret key isn't set");
if ((inOff > inBytes.size()) || (inOff + inLen > inBytes.size()))
throw out_of_range("wrong offset for the given input buffer");
if ((outOff > outBytes.size()) || (outOff + inLen > outBytes.size()))
throw out_of_range("wrong offset for the given output buffer");
if (inLen % 2 != 0) // checks that the input is of even length.
throw invalid_argument("Length of input must be even");
int sideSize = inLen / 2; // L in the pseudo code
vector<byte> * tmpReference = NULL;
vector<byte> * leftNext = new vector<byte>(sideSize);
vector<byte> * rightNext = new vector<byte>(sideSize+1);//keeps space for the index. Size of L+1.
// Let left_current be the first half bits of the input
vector<byte> * leftCurrent = new vector<byte>(inBytes.begin()+inOff, inBytes.begin() + inOff + sideSize);
//Let right_current be the last half bits of the input
vector<byte> * rightCurrent = new vector<byte>(inBytes.begin() + inOff + sideSize, inBytes.begin() + inOff + 2 * sideSize);
for (int i = 1; i <= 4; i++) {
// Li = Ri-1
leftNext->insert(rightCurrent->begin(), leftNext->begin(), rightCurrent->begin() + sideSize);
// put the index in the last position of Ri-1
rightCurrent->push_back((byte)i);
// does PRF_VARY_INOUT(k,(Ri-1,i),L) of the pseudocode
// puts the result in the rightNext array. Later we will XOr it with leftCurrent. Note that the result size is not the entire
// rightNext array. It is one byte less. The remaining byte will contain the index for the next iteration.
prfVaryingIOLength->computeBlock(*rightCurrent, 0, rightCurrent->size(), *rightNext, 0, sideSize);
// does Ri = Li-1 ^ PRF_VARY_INOUT(k,(Ri-1,i),L)
// XOR rightNext (which is the resulting PRF computation by now) with leftCurrent.
for (int j = 0; j<sideSize; j++)
(*rightNext)[j] = (byte)((*rightNext)[j] ^ (*leftCurrent)[j]);
//switches between the current and the next for the next round.
//Note that it is much more readable and straightforward to copy the next arrays into the current arrays.
//However why copy if we can switch between them and avoid the performance increase by copying. We can not just use assignment
//Since both current and next will point to the same memory block and thus changing one will change the other.
tmpReference = leftCurrent;
leftCurrent = leftNext;
leftNext = tmpReference;
tmpReference = rightCurrent;
rightCurrent = rightNext;
rightNext = tmpReference;
}
// copies the result to the out array.
outBytes.insert(outBytes.begin() + outOff, leftCurrent->begin(), leftCurrent->begin() + (inLen / 2));
outBytes.insert(outBytes.begin() + outOff+inLen/2, rightCurrent->begin(), rightCurrent->begin() + (inLen / 2));
delete leftCurrent, leftNext, rightCurrent, rightNext; // no need to delete tmpRefernece points to rightNext
}
/*
* vislib::net::IPAgnosticAddress::operator vislib::net::IPAddress6 *
*/
vislib::net::IPAgnosticAddress::operator vislib::net::IPAddress6 *(void) {
VLSTACKTRACE("IPAgnosticAddress::operator IPAddress6 *", __FILE__, __LINE__);
if (this->IsV6()) {
return this->v6;
} else {
throw IllegalStateException("The IPAgnosticAddress does not represent "
"an IPv6 address.", __FILE__, __LINE__);
}
}
void NetworkTable::AddConnectionListener(IRemoteConnectionListener* listener, bool immediateNotify) {
map<IRemoteConnectionListener*, NetworkTableConnectionListenerAdapter*>::iterator itr = connectionListenerMap.find(listener);
if(itr != connectionListenerMap.end()){
throw IllegalStateException("Cannot add the same listener twice");
}
else{
NetworkTableConnectionListenerAdapter* adapter = new NetworkTableConnectionListenerAdapter(this, listener);
connectionListenerMap[listener] = adapter;
node.AddConnectionListener(adapter, immediateNotify);
}
}
void System::setupPresentation()
{
if( _state != SystemState_Integrated )
throw IllegalStateException( "the system's state is not SystemState_Integrated" );
_state = SystemState_IntegratingPresentation;
_modules->updateModules( ModuleState_PresentationIntegrated );
_state = SystemState_Running;
}
/*
* vislib::net::IPAgnosticAddress::operator const vislib::net::IPAddress *
*/
vislib::net::IPAgnosticAddress::operator const vislib::net::IPAddress *(
void) const {
VLSTACKTRACE("IPAgnosticAddress::operator const IPAddress *", __FILE__,
__LINE__);
if (this->IsV4()) {
return this->v4;
} else {
throw IllegalStateException("The IPAgnosticAddress does not represent "
"an IPv4 address.", __FILE__, __LINE__);
}
}
/*
* vislib::net::IPAgnosticAddress::operator []
*/
BYTE vislib::net::IPAgnosticAddress::operator [](const int i) const {
VLSTACKTRACE("IPAgnosticAddress::operator []", __FILE__, __LINE__);
if (this->IsV4()) {
return this->v4->operator [](i);
} else if (this->IsV6()) {
return this->v6->operator [](i);
} else {
throw IllegalStateException("The IPAgnosticAddress has no data to "
"be accessed.", __FILE__, __LINE__);
}
}
/*
* vislib::net::IPAgnosticAddress::operator vislib::net::IPAddress
*/
vislib::net::IPAgnosticAddress::operator vislib::net::IPAddress(void) const {
VLSTACKTRACE("IPAgnosticAddress::operator IPAddress", __FILE__, __LINE__);
if (this->IsV4()) {
return *(this->v4);
} else if (this->IsV6()) {
return static_cast<IPAddress>(*(this->v6));
} else {
throw IllegalStateException("The IPAgnosticAddress cannot be converted "
"to an IPv4 address.", __FILE__, __LINE__);
}
}
void PrpFromPrfFixed::computeBlock(const vector<byte> & inBytes, int inOff, int inLen, vector<byte>& outBytes, int outOff, int outLen) {
if (!isKeySet())
throw IllegalStateException("secret key isn't set");
if ((inOff > inBytes.size()) || (inOff + inLen > inBytes.size()))
throw out_of_range("wrong offset for the given input buffer");
if ((outOff > outBytes.size()) || (outOff + outLen > outBytes.size()))
throw out_of_range("wrong offset for the given output buffer");
// if the input and output length are equal to the blockSize, call the computeBlock that doesn't take length arguments.
if (inLen == outLen && inLen == getBlockSize())
computeBlock(inBytes, inOff, outBytes, outOff);
else
throw out_of_range("input and output lengths should be equal to Block size");
}
void PrpFromPrfFixed::invertBlock(const vector<byte> & inBytes, int inOff, vector<byte>& outBytes, int outOff, int len) {
if (!isKeySet())
throw IllegalStateException("secret key isn't set");
if ((inOff > inBytes.size()) || (inOff + len > inBytes.size()))
throw out_of_range("wrong offset for the given input buffer");
if ((outOff > outBytes.size()) || (outOff + len > outBytes.size()))
throw out_of_range("wrong offset for the given output buffer");
// checks that the offset and length are correct
if (len == getBlockSize())//the length is correct
//call the derived class implementation of invertBlock ignoring len
invertBlock(inBytes, inOff, outBytes, outOff);
else
throw out_of_range("the length should be the same as block size");
}
void RowFilter::doCompare(Poco::Dynamic::Var& ret,
Poco::Dynamic::Var& val,
CompT comp,
const ComparisonEntry& ce)
{
if (ret.isEmpty()) ret = comp(val, ce.get<0>());
else
{
if (ce.get<2>() == OP_OR)
ret = ret || comp(val, ce.get<0>());
else if (ce.get<2>() == OP_AND)
ret = ret && comp(val, ce.get<0>());
else
throw IllegalStateException("Unknown logical operation.");
}
}
