PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy > Class Template Reference

A proxy providing access to the RDOs of a single module. More...

#include <PhaseIIInDetRawDataContainer.h>

Inheritance diagram for PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >:

Collaboration diagram for PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >:

Public Types
using	BASE
using	ContainerNonConst
using	value_type
using	index_t
using	element_index_t
using	iterator
using	const_iterator
using	ContainerPtr

Public Member Functions
const unsigned int &	identifyHash () const
	method which returns the identifier hash of the module this proxy represents.
unsigned int	beginIndex () const
unsigned int	endIndex () const
const index_t &	index () const
	The index of this proxy container which identifies this proxy container within the parent container.
element_index_t	computeChildElementIndex (const T_RawDataProxy &element_proxy) const
	Compute the "index" of the given element which can be used to recover this element via the access operator [].
element_index_t	computeChildElementIndex (const T_ElementProxy &element_proxy) const
	compute the "index" of the given element which can be used to recover this element via the access operator [].
iterator	begin ()
	Get the begin iterator of this proxy container for read write element access provided the access policy permits it.
const_iterator	begin () const
	Get the begin iterator of this proxy container for read only element access.
iterator	end ()
	Get the end iterator of this proxy container for read write element access provided the access policy permits it.
const_iterator	end () const
	Get the end iterator of this proxy container for read only element access.
auto	operator[] (std::size_t element_count) const
	Element access operator (read-only access)
auto	operator[] (std::size_t element_count)
	Element access operator (read-write access)
auto	front () const
	Get a proxy for the first child element (read-only) The operation is undefined if there are no child elements.
auto	front ()
	Get a proxy for the first child element (read-write).
auto	back () const
	Get a proxy for the last child element (read-only).
auto	back ()
	Get a proxy for the last child element (read-write).
std::size_t	size () const
	Default implementation to compute the number of elements this proxy container contains/refers to The default implementation simply computes the differences between the end index and begin index, thus the IndexType has to implement the subtraction operator.
std::size_t	empty () const
	Default implementation to test whether the container does not contain elements.
const ContainerNonConst &	container () const
	return a const pointer of the container which contains the elements this proxy refers to.
ContainerNonConst &	container ()
	Return a non const pointer of the container which contains the elements this proxy refers to provided the access policy permits read-write access.

Static Public Member Functions
static unsigned int	beginIndex (const T_RawDataContainer *container, const IndexWithRange &range)
	method which returns the index of the first child element this proxy represents
static unsigned int	endIndex (const T_RawDataContainer *container, const IndexWithRange &range)
	method which returns the index of the element after the last child element this proxy represents
static unsigned int	nextElementIndex (const T_RawDataContainer *container, unsigned int element_index)
	method which returns the element which follows the element specified by element_index
static element_index_t	beginIndex (const ContainerNonConst *container, const index_t &this_index)
	Default implementation to get the index of the first element of this proxy container For a full range container proxy e.g.
static element_index_t	endIndex (const ContainerNonConst *container, const index_t &this_index)
	Default implementation to get the index after the last element of this proxy container For a full range container proxy e.g.
static element_index_t	nextElementIndex (const ContainerNonConst *container, element_index_t &&element_index)
static element_index_t	elementIndexAt (const ContainerNonConst *container, const index_t &this_index, std::size_t element_counter)
	Default implementation to get the full index of a certain element.

Public Attributes
index_t	m_index

Static Public Attributes
static constexpr bool	isConst

Protected Member Functions
const ContainerNonConst *	cptr () const
ContainerNonConst *	ptr ()

Protected Attributes
ContainerPtr	m_container

Detailed Description

template<class T_RawDataContainer, class T_RawDataProxy>
class PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >

A proxy providing access to the RDOs of a single module.

Template Parameters

T_RawDataContainer	the hit container which provides the data for the proxies.
T_RawDataProxy	a proxy class which provides access to the properties of a single hit and is returned for each child element this proxy provides. The proxy represents a child element range i.e. RDO range, and will provide a proxy object for each of its children.

Definition at line 386 of file PhaseIIInDetRawDataContainer.h.

Member Typedef Documentation

BASE

template<class T_RawDataContainer, class T_RawDataProxy>

using PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >::BASE

Initial value:

 ContainerProxy<T_RawDataContainer,
                                  RawDataContainerProxy<T_RawDataContainer, T_RawDataProxy>,
                                  T_RawDataProxy,
                                  IndexWithRange>

Definition at line 391 of file PhaseIIInDetRawDataContainer.h.

const_iterator

using Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::const_iterator

inherited

Definition at line 410 of file ProxyContainer.h.

ContainerNonConst

using Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::ContainerNonConst

inherited

Definition at line 370 of file ProxyContainer.h.

ContainerPtr

using Utils::ContainerProxyBase< T_RawDataContainer, T_RawDataProxy::index_t >::ContainerPtr

inherited

Definition at line 178 of file ProxyContainer.h.

element_index_t

using Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::element_index_t

inherited

Definition at line 373 of file ProxyContainer.h.

index_t

using Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::index_t

inherited

Definition at line 372 of file ProxyContainer.h.

iterator

using Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::iterator

inherited

Definition at line 408 of file ProxyContainer.h.

value_type

using Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::value_type

inherited

Definition at line 371 of file ProxyContainer.h.

Member Function Documentation

back() [1/2]

auto Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::back ( )

inlineinherited

Get a proxy for the last child element (read-write).

The operation is undefined if there are no child elements.

Definition at line 487 of file ProxyContainer.h.

   { assert(this->size() > 0);
     //coverity[INTEGER_OVERFLOW]
     std::size_t element_count = this->size()-1;
     return iterator::createElementProxy(this->ptr(), T_Derived::elementIndexAt(this->ptr(), this->m_index,element_count));
   }

back() [2/2]

auto Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::back ( ) const

inlineinherited

Get a proxy for the last child element (read-only).

The operation is undefined if there are no child elements.

Definition at line 480 of file ProxyContainer.h.

   { assert(this->size() > 0);
     std::size_t element_count = this->size()-1;
     return const_iterator::createElementProxy(this->cptr(), T_Derived::elementIndexAt(this->cptr(), this->m_index,element_count));
   }

begin() [1/2]

iterator Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::begin ( )

inlineinherited

Get the begin iterator of this proxy container for read write element access provided the access policy permits it.

Definition at line 437 of file ProxyContainer.h.

                                              {
      return iterator(this->ptr(), T_Derived::beginIndex(this->cptr(), m_index) );
   }

begin() [2/2]

const_iterator Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::begin ( ) const

inlineinherited

Get the begin iterator of this proxy container for read only element access.

Definition at line 446 of file ProxyContainer.h.

                                {
      return const_iterator(this->cptr(), T_Derived::beginIndex(this->cptr(), m_index) );
   }

beginIndex() [1/3]

template<class T_RawDataContainer, class T_RawDataProxy>

unsigned int PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >::beginIndex ( ) const

inline

Definition at line 420 of file PhaseIIInDetRawDataContainer.h.

{ return this->index().beginIndex(); }

beginIndex() [2/3]

template<class T_RawDataContainer, class T_RawDataProxy>

unsigned int PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >::beginIndex ( const T_RawDataContainer * container, const IndexWithRange & range )

inlinestatic

method which returns the index of the first child element this proxy represents

Definition at line 399 of file PhaseIIInDetRawDataContainer.h.

      {
         assert( range.empty()  || container);
         return range.beginIndex();
      }

beginIndex() [3/3]

element_index_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::beginIndex ( const ContainerNonConst * container, const index_t & this_index )

inlinestaticinherited

Default implementation to get the index of the first element of this proxy container For a full range container proxy e.g.

the root proxy container. this requires that the first element this proxy container refers to is identified by a simple integer index of 0u

Definition at line 498 of file ProxyContainer.h.

   {
      return static_cast<element_index_t>(0u);
   }

computeChildElementIndex() [1/2]

element_index_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::computeChildElementIndex ( const T_ElementProxy & element_proxy ) const

inlineinherited

compute the "index" of the given element which can be used to recover this element via the access operator [].

Definition at line 429 of file ProxyContainer.h.

   {
      return ElementProxy::getOriginalElementIndex(element_proxy.index())  - T_Derived::beginIndex(this->cptr(), m_index);
   }

computeChildElementIndex() [2/2]

element_index_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::computeChildElementIndex ( const T_RawDataProxy & element_proxy ) const

inlineinherited

Compute the "index" of the given element which can be used to recover this element via the access operator [].

Definition at line 420 of file ProxyContainer.h.

   {
      return element_proxy.index() - T_Derived::beginIndex(this->cptr(), m_index);
   }

container() [1/2]

const ContainerNonConst & Utils::ContainerProxyBase< T_RawDataContainer, T_RawDataProxy::index_t >::container ( ) const

inlineinherited

return a const pointer of the container which contains the elements this proxy refers to.

Definition at line 190 of file ProxyContainer.h.

   { assert(m_container != nullptr); return *m_container; }

container() [2/2]

template<class Container, typename ElementIndexType>

ContainerNonConst & Utils::ContainerProxyBase< Container, ElementIndexType >::container ( )

inlineinherited

Return a non const pointer of the container which contains the elements this proxy refers to provided the access policy permits read-write access.

Definition at line 194 of file ProxyContainer.h.

   { assert( m_container != nullptr); return *m_container; }

cptr()

const ContainerNonConst * Utils::ContainerProxyBase< T_RawDataContainer, T_RawDataProxy::index_t >::cptr ( ) const

inlineprotectedinherited

Definition at line 198 of file ProxyContainer.h.

                                         {
      return m_container;
   }

elementIndexAt()

element_index_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::elementIndexAt ( const ContainerNonConst * container, const index_t & this_index, std::size_t element_counter )

inlinestaticinherited

Default implementation to get the full index of a certain element.

Parameters

container	The container which contains the element data,
this_index	The index of this proxy.
element_counter	the number of iterations from the first element to reach this element.

Returns

the full index of the specified element which fully identifies this element in the given container.

Definition at line 526 of file ProxyContainer.h.

   {  return T_Derived::beginIndex(container,this_index) + element_counter; }

empty()

std::size_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::empty ( ) const

inlineinherited

Default implementation to test whether the container does not contain elements.

The default implementation simply tests whether the begin and end index are identical.

Definition at line 543 of file ProxyContainer.h.

   {
      return (this->cptr()
              ? T_Derived::endIndex(this->cptr(), m_index)==T_Derived::beginIndex(this->cptr(), m_index)
              : true);
   }

end() [1/2]

iterator Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::end ( )

inlineinherited

Get the end iterator of this proxy container for read write element access provided the access policy permits it.

Definition at line 441 of file ProxyContainer.h.

                                            {
      return iterator(this->ptr(), T_Derived::endIndex(this->cptr(), m_index) );
   }

end() [2/2]

const_iterator Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::end ( ) const

inlineinherited

Get the end iterator of this proxy container for read only element access.

Definition at line 450 of file ProxyContainer.h.

                              {
      return const_iterator(this->cptr(), T_Derived::endIndex(this->cptr(), m_index) );
   }

endIndex() [1/3]

template<class T_RawDataContainer, class T_RawDataProxy>

unsigned int PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >::endIndex ( ) const

inline

Definition at line 421 of file PhaseIIInDetRawDataContainer.h.

{ return this->index().endIndex(); }

endIndex() [2/3]

template<class T_RawDataContainer, class T_RawDataProxy>

unsigned int PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >::endIndex ( const T_RawDataContainer * container, const IndexWithRange & range )

inlinestatic

method which returns the index of the element after the last child element this proxy represents

Definition at line 405 of file PhaseIIInDetRawDataContainer.h.

                                                                                                                      {
         assert( range.empty()  || container);
         return range.endIndex();
      }

endIndex() [3/3]

element_index_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::endIndex ( const ContainerNonConst * container, const index_t & this_index )

inlinestaticinherited

Default implementation to get the index after the last element of this proxy container For a full range container proxy e.g.

the root proxy container. this requires that the last element this proxy container refers to is identified by a simple integer index which is provided by the size method of the container this proxy container refers to.

Definition at line 507 of file ProxyContainer.h.

   {
      assert( !container || container->size() < std::numeric_limits<element_index_t>::max());
      return (container ? static_cast<element_index_t>(container->size()) : 0u);
   }

front() [1/2]

auto Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::front ( )

inlineinherited

Get a proxy for the first child element (read-write).

The operation is undefined if there are no child elements.

Definition at line 474 of file ProxyContainer.h.

   { assert( !empty() );
     return iterator::createElementProxy(this->ptr(), T_Derived::beginIndex(this->cptr(), this->m_index));}

front() [2/2]

auto Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::front ( ) const

inlineinherited

Get a proxy for the first child element (read-only) The operation is undefined if there are no child elements.

Definition at line 469 of file ProxyContainer.h.

   { assert( !empty() );
     return const_iterator::createElementProxy(this->cptr(), T_Derived::beginIndex(this->cptr(), this->m_index));}

identifyHash()

template<class T_RawDataContainer, class T_RawDataProxy>

const unsigned int & PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >::identifyHash ( ) const

inline

method which returns the identifier hash of the module this proxy represents.

Definition at line 417 of file PhaseIIInDetRawDataContainer.h.

{ return this->index().rangeIndex(); }

index()

const index_t & Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::index ( ) const

inlineinherited

The index of this proxy container which identifies this proxy container within the parent container.

For the top-level proxy container the index will be the empty RootNodeIndex struct. The index is not necessarily an index that can be used as argument for the element access operator of the parent proxy to recover this proxy i.e. parent_proxy[index] is not necessarily this proxy. For the latter use computeChildElementIndex.

Definition at line 417 of file ProxyContainer.h.

{ return m_index; }

nextElementIndex() [1/2]

template<class T_RawDataContainer, class T_RawDataProxy>

unsigned int PhaseII::RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >::nextElementIndex ( const T_RawDataContainer * container, unsigned int element_index )

inlinestatic

method which returns the element which follows the element specified by element_index

Definition at line 410 of file PhaseIIInDetRawDataContainer.h.

      {
         assert( element_index < container->size());
         return ++element_index;
      }

nextElementIndex() [2/2]

element_index_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::nextElementIndex ( const ContainerNonConst * container, element_index_t && element_index )

inlinestaticinherited

Definition at line 515 of file ProxyContainer.h.

   {
      assert( container );
      return ++element_index;
   }

operator[]() [1/2]

auto Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::operator[] ( std::size_t element_count )

inlineinherited

Element access operator (read-write access)

Parameters

element_count

is the "child_index", a consecutive number which is 0 for the first element and size()-1 for the last element

Returns

Proxy representing the specified element

Definition at line 463 of file ProxyContainer.h.

   { assert( element_count < size() );
      return iterator::createElementProxy(this->ptr(), T_Derived::elementIndexAt(this->cptr(), this->m_index,element_count));}

operator[]() [2/2]

auto Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::operator[] ( std::size_t element_count ) const

inlineinherited

Element access operator (read-only access)

Parameters

element_count

is the "child_index", a consecutive number which is 0 for the first element and size()-1 for the last element

Returns

Proxy representing the specified element

Definition at line 457 of file ProxyContainer.h.

   { assert( element_count < size() );
     return const_iterator::createElementProxy(this->cptr(), T_Derived::elementIndexAt(this->cptr(), this->m_index,element_count)); }

ptr()

ContainerNonConst * Utils::ContainerProxyBase< T_RawDataContainer, T_RawDataProxy::index_t >::ptr ( )

inlineprotectedinherited

Definition at line 201 of file ProxyContainer.h.

                                               {
      return m_container;
   }

size()

std::size_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::size ( ) const

inlineinherited

Default implementation to compute the number of elements this proxy container contains/refers to The default implementation simply computes the differences between the end index and begin index, thus the IndexType has to implement the subtraction operator.

Definition at line 533 of file ProxyContainer.h.

   {
      return (this->cptr()
              ? T_Derived::endIndex(this->cptr(), m_index)-T_Derived::beginIndex(this->cptr(), m_index)
              : 0u);
   }

Member Data Documentation

isConst

bool Utils::ContainerProxyBase< T_RawDataContainer, T_RawDataProxy::index_t >::isConst

staticconstexprinherited

Definition at line 175 of file ProxyContainer.h.

m_container

ContainerPtr Utils::ContainerProxyBase< T_RawDataContainer, T_RawDataProxy::index_t >::m_container

protectedinherited

Definition at line 205 of file ProxyContainer.h.

m_index

index_t Utils::ContainerProxy< T_RawDataContainer, RawDataContainerProxy< T_RawDataContainer, T_RawDataProxy >, T_RawDataProxy, IndexWithRange >::m_index

inherited

Definition at line 374 of file ProxyContainer.h.

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The documentation for this class was generated from the following file:

• PhaseIIInDetRawDataContainer.h