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437 | /** \file VarLenDenseTag.hpp
* \author Jason Kraftcheck
* \date 2010-12-14
*/
#ifndef VAR_LEN_DENSE_TAG_HPP
#define VAR_LEN_DENSE_TAG_HPP
#include "TagInfo.hpp"
#include "VarLenTag.hpp"
namespace moab
{
class VarLenTag;
/**\brief Dense storage of variable-length tag data
*
* Implement variable-length dense tag.
*/
class VarLenDenseTag : public TagInfo
{
private:
int mySequenceArray; //!< Array index in SequenceManager used to store tag data.
VarLenTag meshValue;
VarLenDenseTag( int array_index,
const char* name,
DataType type,
const void* default_value,
int default_value_len );
public:
static VarLenDenseTag* create_tag( SequenceManager* seqman,
Error* error_handler,
const char* name,
DataType type,
const void* default_value,
int default_value_len );
virtual ~VarLenDenseTag();
virtual TagType get_storage_type() const;<--- Function in derived class<--- Function in derived class
/**\brief Remove/clear tag data for all entities
*
* Remove tag values from entities.
*
*\param delete_pending If true, then release any global
* data associated with the tag in preparation for deleting
* the tag itself.
*
*\Note Invalidates tag if \c tag_delete_pending is true. The only
* valid method that can be invoked that is is the destructor.
*
*\param seqman Pointer to mesh entity database
*/
virtual ErrorCode release_all_data( SequenceManager* seqman, Error* error_handler, bool delete_pending );<--- Function in derived class<--- Function in derived class
/**\brief Get tag value for passed entities
*
* Get tag values for specified entities.
*
*\Note Will fail for variable-length data.
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to retrieve tag data
*\param num_entities Length of \c entities array
*\param data Pointer to memory in which to store consecutive tag values,
* one for each passed entity.
*/
virtual ErrorCode get_data( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const EntityHandle* entities,
size_t num_entities,
void* data ) const;
/**\brief Get tag value for passed entities
*
* Get tag values for specified entities.
*
*\Note Will fail for variable-length data.
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to retrieve tag data
*\param data Pointer to memory in which to store consecutive tag values,
* one for each passed entity.
*/
virtual ErrorCode get_data( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const Range& entities,
void* data ) const;
/**\brief Get tag value for passed entities
*
* Get tag values for specified entities.
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to retrieve tag data
*\param num_entities Length of \c entities array
*\param data_ptrs Array of pointers to tag values, one pointer
* for each passed entity.
*\param data_lengths One value for each entity specifying the
* length of the tag value for the corresponding
* entity.
*/
virtual ErrorCode get_data( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const EntityHandle* entities,
size_t num_entities,
const void** data_ptrs,
int* data_lengths ) const;
/**\brief Get tag value for passed entities
*
* Get tag values for specified entities.
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to retrieve tag data
*\param data_ptrs Array of pointers to tag values, one pointer
* for each passed entity.
*\param data_lengths One value for each entity specifying the
* length of the tag value for the corresponding
* entity.
*/
virtual ErrorCode get_data( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const Range& entities,
const void** data_ptrs,
int* data_lengths ) const;
/**\brief Set tag value for passed entities
*
* Store tag data or update stored tag values
*\Note Will fail for variable-length data.
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*\param num_entities Length of \c entities array
*\param data Pointer to memory holding consecutive tag values,
* one for each passed entity.
*/
virtual ErrorCode set_data( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const EntityHandle* entities,
size_t num_entities,
const void* data );
/**\brief Set tag value for passed entities
*
* Store tag data or update stored tag values
*\Note Will fail for variable-length data.
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*\param data Pointer to memory holding consecutive tag values,
* one for each passed entity.
*/
virtual ErrorCode set_data( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const Range& entities,
const void* data );
/**\brief Set tag value for passed entities
*
* Store tag data or update stored tag values
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*\param num_entities Length of \c entities array
*\param data_ptrs Array of pointers to tag values, one pointer
* for each passed entity.
*\param data_lengths One value for each entity specifying the
* length of the tag value for the corresponding
* entity. Array is required for variable-length
* tags and is ignored for fixed-length tags.
*/
virtual ErrorCode set_data( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const EntityHandle* entities,
size_t num_entities,
void const* const* data_ptrs,
const int* data_lengths );
/**\brief Set tag value for passed entities
*
* Store tag data or update stored tag values
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*\param data_ptrs Array of pointers to tag values, one pointer
* for each passed entity.
*\param data_lengths One value for each entity specifying the
* length of the tag value for the corresponding
* entity. Array is required for variable-length
* tags and is ignored for fixed-length tags.
*/
virtual ErrorCode set_data( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const Range& entities,
void const* const* data_ptrs,
const int* data_lengths );
/**\brief Set tag value for passed entities
*
* Store tag data or update stored tag values.
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*\param num_entities Length of \c entities array
*\param value_ptr Pointer to a single tag value which is to be
* stored for each of the passed entities.
*\param value_len Length of tag value in bytes. Ignored for
* fixed-length tags. Required for variable-
* length tags.
*/
virtual ErrorCode clear_data( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const EntityHandle* entities,
size_t num_entities,
const void* value_ptr,
int value_len = 0 );
/**\brief Set tag value for passed entities
*
* Store tag data or update stored tag values.
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*\param value_ptr Pointer to a single tag value which is to be
* stored for each of the passed entities.
*\param value_len Length of tag value in bytes. Ignored for
* fixed-length tags. Required for variable-
* length tags.
*/
virtual ErrorCode clear_data( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const Range& entities,
const void* value_ptr,
int value_len = 0 );
/**\brief Remove/clear tag data for entities
*
* Remove tag values from entities.
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*\param num_entities Length of \c entities array
*/
virtual ErrorCode remove_data( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
const EntityHandle* entities,
size_t num_entities );
/**\brief Remove/clear tag data for entities
*
* Remove tag values from entities.
*
*\param seqman Pointer to mesh entity database
*\param entities Entity handles for which to store tag data
*/
virtual ErrorCode remove_data( SequenceManager* seqman, Error* error_handler, const Range& entities );<--- Function in derived class<--- Function in derived class
/**\brief Access tag data via direct pointer into contiguous blocks
*
* Iteratively obtain direct access to contiguous blocks of tag
* storage. This function cannot be used with bit tags because
* of the compressed bit storage. This function cannot be used
* with variable length tags because it does not provide a mechanism
* to determine the length of the value for each entity. This
* function may be used with sparse tags, but if it is used, it
* will return data for a single entity at a time.
*
*\param iter As input, the first entity for which to return
* data. As output, one past the last entity for
* which data was returned.
*\param end One past the last entity for which data is desired
*\param data_ptr Output: pointer to tag storage.
*\param allocate If true, space for this tag will be allocated, if not it wont
*
*\Note If this function is called for entities for which no tag value
* has been set, but for which a default value exists, it will
* force the allocation of explicit storage for each such entity
* even though MOAB would normally not explicitly store tag values
* for such entities.
*/
virtual ErrorCode tag_iterate( SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error_handler,
Range::iterator& iter,
const Range::iterator& end,
void*& data_ptr,
bool allocate );
/**\brief Get all tagged entities
*
* Get the list of entities for which the a tag value has been set,
* or a close approximation if the tag storage scheme cannot
* accurately determine exactly which entities have explicit values.
*
*\param seqman Pointer to entity storage database
*\param output_entities Results *appended* to this range
*\param type Optional entity type. If specified, search is
* limited to entities of specified type.
*\param intersect Optional intersect list. If specified,
* search is restricted to entities in this list.
*/
virtual ErrorCode get_tagged_entities( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Range& output_entities,
EntityType type = MBMAXTYPE,
const Range* intersect = 0 ) const;
/**\brief Count all tagged entities
*
* Count the entities for which the a tag value has been set,
* or a close approximation if the tag storage scheme cannot
* accurately determine exactly which entities have explicit values.
*
*\param seqman Pointer to entity storage database
*\param output_count This is *incremented* for each detected entity.
*\param type Optional entity type. If specified, search is
* limited to entities of specified type.
*\param intersect Optional intersect list. If specified,
* search is restricted to entities in this list.
*/
virtual ErrorCode num_tagged_entities( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
size_t& output_count,
EntityType type = MBMAXTYPE,
const Range* intersect = 0 ) const;
/**\brief Get all tagged entities with tag value
*
* Get the list of entities which have the specified tag value.
*
*\param seqman Pointer to entity storage database
*\param output_entities Results *appended* to this range
*\param value Pointer to tag value
*\param value_bytes Size of tag value in bytes.
*\param type Optional entity type. If specified, search is
* limited to entities of specified type.
*\param intersect_entities Optional intersect list. If specified,
* search is restricted to entities in this list.
*/
virtual ErrorCode find_entities_with_value( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
Error* error,
Range& output_entities,
const void* value,
int value_bytes = 0,
EntityType type = MBMAXTYPE,
const Range* intersect_entities = 0 ) const;
/**\brief Check if entity is tagged */
virtual bool is_tagged( const SequenceManager*, EntityHandle h ) const;<--- Function in derived class<--- Function in derived class
/**\brief Get memory use for tag data.
*
*/
virtual ErrorCode get_memory_use( const SequenceManager* seqman,<--- Function in derived class<--- Function in derived class
unsigned long& total,
unsigned long& per_entity ) const;
private:
VarLenDenseTag( const VarLenDenseTag& );
VarLenDenseTag& operator=( const VarLenDenseTag& );
/**\brief Get or allocated tag storage
*
*\param h First entity for which to return storage.
*\param ptr Pointer to dag storage. This pointer will be set
* to null and \c MB_SUCCESS will be returned if the handle
* is valid but no tag storage has been allocated.
*\param count Number of consecutive entities for which tag storage
* is returned. This value will be valid even if null
* is returned for \c ptr and indicates the number of
* consecutive entities for which no tag storage has been
* allocated.
*\param allocate If true storage will be allocated and initialized
* if it has not already been allocated.
*\return MB_SUCCESS if handle is valid (regardless of whether
* or not any tag storage is allocated).
*/
inline ErrorCode get_array( SequenceManager* seqman,
Error* error_handler,
EntityHandle h,
VarLenTag*& ptr,
size_t& count,
bool allocate );
/**\brief Get tag storage
*
*\param h First entity for which to return storage.
*\param ptr Pointer to dag storage. This pointer will be set
* to null and \c MB_SUCCESS will be returned if the handle
* is valid but no tag storage has been allocated.
*\param count Number of consecutive entities for which tag storage
* is returned. This value will be valid even if null
* is returned for \c ptr and indicates the number of
* consecutive entities for which no tag storage has been
* allocated.
*\return MB_SUCCESS if handle is valid (regardless of whether
* or not any tag storage is allocated).
*/
inline ErrorCode get_array( const SequenceManager* seqman,
Error* error_handler,
EntityHandle h,
const VarLenTag*& ptr,
size_t& count ) const;
/**\brief Common implementation of set_data, and clear_data
*\param allocate If false and no storage is currently allocated for
* an entity then leave entity tag unallocated.
*\param one_value If true, pointers and lengths are assumed to be
* arrays of length 1 and all entities are set to the
* corresponding value
*/
inline ErrorCode set_data( SequenceManager* seqman,
Error* error_handler,
const EntityHandle* entities,
size_t num_entities,
bool one_value,
void const* const* pointers,
const int* lengths );
/**\brief Common implementation of set_data, and clear_data
*\param allocate If false and no storage is currently allocated for
* an entity then leave entity tag unallocated.
*\param one_value If true, pointers and lengths are assumed to be
* arrays of length 1 and all entities are set to the
* corresponding value
*/
inline ErrorCode set_data( SequenceManager* seqman,
Error* error_handler,
const Range& entities,
bool one_value,
void const* const* pointers,
const int* lengths );
};
} // namespace moab
#endif // VAR_LEN_DENSE_TAG_HPP
|