Record& Table::rowAt(int index) {
if(index >= rows.size())
throw OutOfBoundsException();
//first check if the index exceeds the row count
//then make sure that the index is a valid number
else if(index < 0)
throw OutOfBoundsException();
else return rows[index];
}
void ProbabilityMatrix::setElement(
int const & row, int const & column, const double value)
throw (OutOfBoundsException) {
if (0 > row
|| row >= noRows) {
throw (OutOfBoundsException(row, noRows));
} else if (0 > column
|| column >= noColumns) {
throw (OutOfBoundsException(column, noColumns));
}
matrix[row][column] = value;
}
double const ProbabilityMatrix::getElement(
int const & row, int const & column) const
throw (OutOfBoundsException) {
if (0 > row
|| row >= noRows) {
throw (OutOfBoundsException(row, noRows));
} else if (0 > column
|| column >= noColumns) {
throw (OutOfBoundsException(column, noColumns));
}
return matrix[row][column];
}
/** Internal constructor.
* @param shmem_lut_id shared memory LUT ID
* @param destroy_on_free true to delete the shared memory segment to delete, false to keep the segment
* @param depth Y depth
* @param width U depth
* @param height V depth
*/
void
YuvColormap::constructor(unsigned int depth,
unsigned int width,
unsigned int height,
const char * shmem_lut_id,
bool destroy_on_free)
{
if (depth > 256) {
throw OutOfBoundsException("YuvColormap depth out of bounds", depth, 1, 256);
}
if ((depth != 1) && (depth != 2) && (depth != 4) && (depth != 8) && (depth != 16) && (depth != 32)
&& (depth != 64) && (depth != 128) && (depth != 256)) {
throw IllegalArgumentException("Depth must be of the form d=2^n with n from [1,8]");
}
if (width > 256) {
throw OutOfBoundsException("YuvColormap width out of bounds", width, 1, 256);
}
if ((width != 1) && (width != 2) && (width != 4) && (width != 8) && (width != 16) && (width != 32)
&& (width != 64) && (width != 128) && (width != 256)) {
throw IllegalArgumentException("Width must be of the form d=2^n with n from [1,8]");
}
if (height > 256) {
throw OutOfBoundsException("YuvColormap height out of bounds", height, 1, 256);
}
if ((height != 1) && (height != 2) && (height != 4) && (height != 8) && (height != 16)
&& (height != 32) && (height != 64) && (height != 128) && (height != 256)) {
throw IllegalArgumentException("Height must be of the form d=2^n with n from [1,8]");
}
width_ = width;
height_ = height;
depth_ = depth;
depth_div_ = 256 / depth_;
width_div_ = 256 / width_;
height_div_ = 256 / height_;
plane_size_ = width_ * height_;
if (shmem_lut_id != NULL) {
shm_lut_ =
new SharedMemoryLookupTable(shmem_lut_id, width_, height_, depth_, /* bytes p. cell */ 1);
shm_lut_->set_destroy_on_delete(destroy_on_free);
lut_ = shm_lut_->buffer();
lut_size_ = shm_lut_->data_size();
} else {
shm_lut_ = NULL;
lut_size_ = (size_t)width_ * (size_t)height_ * (size_t)depth_;
lut_ = (unsigned char *)malloc(lut_size_);
}
memset(lut_, C_OTHER, lut_size_);
}
void Array<T>::boundsCheck(int i) const
{
#ifdef SAFE_ARRAYS
if ( ! inBounds(i) )
throw OutOfBoundsException();
#endif
}
AmArg& AmArg::get(size_t idx) {
assertArray();
if (idx >= v_array->size())
throw OutOfBoundsException();
return (*v_array)[idx];
}
int StringToInteger(std::string s, int radix) {
if (radix < 2 || radix > 32) {
throw
OutOfBoundsException("Bounds of radix exception");
}
return (int) strtol(s.c_str(), NULL, radix);
}
Profile* ProfileManager::getProfile(int idx)
{
if (idx < 0 || idx >= profiles.size()) {
throw OutOfBoundsException(idx, __FILE__, __LINE__);
}
return profiles[idx];
}
const DFFFrame* DFFFrame::getChild(uint32_t index) const
{
if (index >= children.size()) {
throw OutOfBoundsException(index, __FILE__, __LINE__);
}
return children[index];
}
/** Copy single U/V plane.
* This will copy the given U/V plane to the given level in this colormap.
* @param uvplane buffer of U/V plane to copy
* @param level level to copy the plane to
* @exception OutOfBoundsException thrown if level > depth()
*/
void
YuvColormap::copy_uvplane(unsigned char *uvplane, unsigned int level)
{
if (level > depth_) {
throw OutOfBoundsException("YuvColormap::copy_uvplane(): Invalid level", level, 0, depth_);
}
memcpy(lut_ + level * plane_size_, uvplane, plane_size_);
}
std::string StringTokenizer::front() {
if (myStarts.size()==0) {
throw OutOfBoundsException();
}
if (myLengths[0]==0) {
return "";
}
return myTosplit.substr(myStarts[0],myLengths[0]);
}
void Array<T>::SetElement(int index, const T& newT)
{
if (index < 0 || index >= m_size)
{
throw OutOfBoundsException(index);
}
m_data[index] = newT;
}
T& Array<T>::GetElement(unsigned int index) const
{
if (index >= 0 && index < m_size) {
return m_data[index];
}
else {
throw OutOfBoundsException(-1);
}
}
void Array<T>::SetElement(unsigned int index, const T& obj)
{
if (index >= 0 && index < m_size) {
m_data[index] = obj;
}
else {
throw OutOfBoundsException(-1);
}
}
void DialogueOptionsBox::setSelectedOptionIndex(size_t index)
{
if(index>=options.size() && index!=NO_OPTION)
{
throw OutOfBoundsException((String)"Option index is out of bounds at index "+index+" with option count "+options.size());
}
selectedOptionIndex = index;
updateScrollPosY();
}
SUMOTime
ODMatrix::parseSingleTime(const std::string& time) {
if (time.find('.') == std::string::npos) {
throw OutOfBoundsException();
}
std::string hours = time.substr(0, time.find('.'));
std::string minutes = time.substr(time.find('.') + 1);
return TIME2STEPS(TplConvert::_2int(hours.c_str()) * 3600 + TplConvert::_2int(minutes.c_str()) * 60);
}
const T& Array<T>::operator [] (int index) const
{
if (index < 0 || index >= m_size)
{
throw OutOfBoundsException(index);
}
return m_data[index];
}
T& Array<T>::GetElement(int index) const
{
if (index < 0 || index >= m_size)
{
throw OutOfBoundsException(index);
}
return m_data[index];
}
void setScalarAsFloat(T* data, Vector3i position, Vector3i size, float value, uchar channel, uchar nrOfChannels) {
if(position.x() < 0 || position.y() < 0 || position.z() < 0 ||
position.x() > size.x()-1 || position.y() > size.y()-1 || position.z() > size.z()-1 || channel >= nrOfChannels)
throw OutOfBoundsException();
data[(position.x() + position.y()*size.x() + position.z()*size.x()*size.y())*nrOfChannels + channel] = value;
}
const T& Array<T>::operator [] (int index) const
{
if (index >= 0 && index < m_size)
{
return m_data[index];
}
else
{
throw OutOfBoundsException(-1);
}
}
std::string StringTokenizer::get(size_t pos) const {
if (pos>=myStarts.size()) {
throw OutOfBoundsException();
}
if (myLengths[pos]==0) {
return "";
}
size_t start = myStarts[pos];
size_t length = myLengths[pos];
return myTosplit.substr(start, length);
}
/*! Retorna a coordenada do vetor correspondente ao índice passado como parâmetro.
* Lembrando que os índices 0, 1, 2 e 3 correspondem, respectivamente, a X, Y, Width e Height
* @throws OutOfBoundsException Se o índice usado estiver fora do intervalo [0,3].
* @return A coordenada na posição requisitada.
*/
const int &
Rect::operator[] ( const int _iIdx ) const {
// Validate index range.
if ( _iIdx < X || _iIdx > H )
throw OutOfBoundsException();
if ( _iIdx == X ) return miX;
else if ( _iIdx == Y ) return miY;
else if ( _iIdx == W ) return miW;
else return miH;
}
std::string StringTokenizer::next() {
if (myPos>=myStarts.size()) {
throw OutOfBoundsException();
}
if (myLengths[myPos]==0) {
myPos++;
return "";
}
size_t start = myStarts[myPos];
size_t length = myLengths[myPos++];
return myTosplit.substr(start,length);
}
long long StringToLong(std::string s, int radix) {
if (radix < 2 || radix > 32) {
throw
OutOfBoundsException("Bounds of radix exception");
}
// #ifndef __CYGWIN32__
#if !defined(__CYGWIN32__) && !defined(_BCB)
return (long long) strtoll(s.c_str(), NULL, radix);
#else
// TODO:: cygwin
return (long long) strtol(s.c_str(), NULL, radix);
#endif
}
inline
void
OpenDDS::Model::Service< ModelName, InstanceTraits>::copyPublicationQos(
unsigned int which,
DDS::DataWriterQos& writerQos
)
{
typename DataWriters::Values writer = static_cast< typename DataWriters::Values>( which);
if( writer < 0 || writer >= DataWriters::LAST_INDEX) {
throw OutOfBoundsException();
}
this->modelData_.copyPublicationQos( writer, writerQos);
}
inline
void
OpenDDS::Model::Service< ModelName, InstanceTraits>::copySubscriptionQos(
unsigned int which,
DDS::DataReaderQos& readerQos
)
{
typename DataReaders::Values reader = static_cast< typename DataReaders::Values>( which);
if( reader < 0 || reader >= DataReaders::LAST_INDEX) {
throw OutOfBoundsException();
}
this->modelData_.copySubscriptionQos( reader, readerQos);
}
/** Get value of current enum field as integer.
* @return field value
* @param index array index (only use if field is an array)
* @exception NullPointerException invalid iterator, possibly end iterator
* @exception TypeMismatchException thrown if field is not of type int
* @exception OutOfBoundsException thrown if index is out of bounds
*/
int32_t
InterfaceFieldIterator::get_enum(unsigned int index) const
{
if ( __infol == NULL ) {
throw NullPointerException("Cannot get value of end element");
} else if ( __infol->type != IFT_ENUM ) {
throw TypeMismatchException("Requested value is not of type enum");
} else if (index >= __infol->length) {
throw OutOfBoundsException("Field index out of bounds", index, 0, __infol->length);
} else {
return ((int32_t *)__infol->value)[index];
}
}
/** Set value of current field as unsigned integer.
* @param v the new value
* @param index array index (only use if field is an array)
* @exception NullPointerException invalid iterator, possibly end iterator
* @exception TypeMismatchException thrown if field is not of type unsigned int
* @exception OutOfBoundsException thrown if index is out of bounds
*/
void
InterfaceFieldIterator::set_uint16(uint16_t v, unsigned int index)
{
if ( __infol == NULL ) {
throw NullPointerException("Cannot set value of end element");
} else if ( __infol->type != IFT_UINT16 ) {
throw TypeMismatchException("Field to be written is not of type unsigned int");
} else if (index >= __infol->length) {
throw OutOfBoundsException("Field index out of bounds", index, 0, __infol->length);
} else {
char* dst = (char *) __infol->value + index * sizeof(uint16_t);
memcpy((void *) dst, &v, sizeof(uint16_t));
}
}
/** Copy data from private memory to buffer.
* @param buffer buffer number to copy to
*/
void
Interface::copy_private_to_buffer(unsigned int buffer)
{
if (buffer >= __num_buffers) {
throw OutOfBoundsException("Buffer ID out of bounds",
buffer, 0, __num_buffers);
}
__data_mutex->lock();
void *buf = (char *)__buffers + buffer * data_size;
memcpy(buf, data_ptr, data_size);
__data_mutex->unlock();
}
/** Get time of a buffer.
* @param buffer buffer number
* @return timestamp stored in the interface
*/
Time
Interface::buffer_timestamp(unsigned int buffer)
{
if (buffer >= __num_buffers) {
throw OutOfBoundsException("Buffer ID out of bounds",
buffer, 0, __num_buffers);
}
MutexLocker lock(__data_mutex);
void *buf = (char *)__buffers + buffer * data_size;
interface_data_ts_t *buf_ts = (interface_data_ts_t *)buf;
return Time(buf_ts->timestamp_sec, buf_ts->timestamp_usec);
}
