Namespace `hdf5::property`¶

Classes¶

`AttributeCreationList`¶

class AttributeCreationList : public hdf5::property::StringCreationList ¶

Public Functions

AttributeCreationList()¶: default constructor

~AttributeCreationList() override¶: destructor

`ChunkCacheParameters`¶

class ChunkCacheParameters¶

chunk cache parameter class

Class holding chunk cache parameters for a dataset.

See also

DatasetAccessList

`Class`¶

class Class¶

property list class

This class implements a wrapper around HDF5s property list classes.

We have to implement this as a class as it is possible to define custom classes on the fly. Though this functionality is currently not implemented we are on the save side with a class implementation instead of an enumeration.

Public Functions

Class() = default¶: default constructor

Class(const Class &c) = default¶: copy constructor

Class &operator=(const Class &c) = default¶: copy assignment

explicit Class(ObjectHandle &&handle)¶: constructor

bool hdf5::property::operator==(const Class &lhs, const Class &rhs)¶

bool hdf5::property::operator!=(const Class &lhs, const Class &rhs)¶

`CopyFlags`¶

class CopyFlags¶

encapsulate copy flags

This class encapsulates copy flags and provides easy access to the flags without using logical operators.

Public Functions

CopyFlags() noexcept¶

default constructor

Setup the flags with 0.

explicit CopyFlags(unsigned flags) noexcept¶

constructor

Construct a CopyFlags instance from a raw unsigned value.

Parameters: flags – raw flags value

CopyFlags(const CopyFlags &flags) = default¶

copy constructor

Use default implementation for this.

CopyFlags &operator|=(const CopyFlag &flag) noexcept¶: unary logical or operator

CopyFlags &operator|=(const CopyFlags &flags) noexcept¶: unary logical or operator

CopyFlags &operator&=(const CopyFlag &flag) noexcept¶: unary logical and operator

CopyFlags &operator&=(const CopyFlags &flags) noexcept¶: unary logical and operator

inline explicit operator unsigned() const noexcept¶: allow for explicit conversion to unsigned

bool shallow_hierarchy() const noexcept¶: get state of the shallow hierarchy flag

void shallow_hierarchy(bool flag) noexcept¶: set the state of the shallo hierarchy flag

bool expand_soft_links() const noexcept¶: get the state of the expand soft links flag

void expand_soft_links(bool flag) noexcept¶: set the state of the expand soft links flag

bool expand_external_links() const noexcept¶: get the state of the expand external links flag

void expand_external_links(bool flag) noexcept¶: set the state of the expand external links flag

bool expand_references() const noexcept¶: get the state of the expand reference flag

void expand_references(bool flag) noexcept¶: set the state of the expand reference flag

bool without_attributes() const noexcept¶: get the state of the without attribute flag

void without_attributes(bool flag) noexcept¶: set the state of the without attribute flag

bool merge_committed_types() const noexcept¶: get the state of the merge committed attribute flag

void merge_committed_types(bool flag) noexcept¶: set the state of the merge comitted attribute flag

`CreationOrder`¶

class CreationOrder¶

Public Functions

CreationOrder()¶: default constructor

CreationOrder(const CreationOrder &c) = default¶

copy constructor

Parameters: c – reference from which to copy

explicit CreationOrder(unsigned value)¶

constructor

Parameters: value – flags from which to construct the instance

CreationOrder &enable_tracked()¶

enable tracked creation order

See also

disable_tracked

Returns: reference to the modified instance

CreationOrder &disable_tracked()¶

disable tracked creation order

See also

enable_tracked

Returns: reference to the modified instance

CreationOrder &enable_indexed()¶

enable indexed creation order

This implies also tracked creation order which will be enabled by this method automatically if it is not.

See also

disable_indexed

Returns: reference to the modified instance

CreationOrder &disable_indexed()¶

disable indexed creation order

This does not automatically disable also tracked creation order.

See also

enable_tracked

Returns: reference to the modified instance

bool tracked() const¶

query if tracked creation order is enabled

Returns: true if creation order is tracked, false otherwise

bool indexed() const¶

query if indexed creation order is enabled

Returns: true if creation order indexed is enabled, false otherwise

inline operator unsigned() const¶

conversion operator

Allows the conversion of an instance of this class to an unsigned integer value which can be used with the HDF5 C-API low level functions.

`DatasetAccessList`¶

class DatasetAccessList : public hdf5::property::LinkAccessList ¶

dataset access property list

Public Functions

DatasetAccessList()¶: default constructor

explicit DatasetAccessList(ObjectHandle &&handle)¶

constructor

Construct a dataset access property list from a handler instance. This constructor will throw an exception if the handle does not reference a dataset access property list.

Throws: std::runtime_error – in case of a failure
Parameters: handle – r-value reference to a handle instance

~DatasetAccessList() override¶: destructor

void chunk_cache_parameters(const ChunkCacheParameters &params) const¶

set the chunk cache parameters

Throws: std::runtime_error – in case of a failure

ChunkCacheParameters chunk_cache_parameters() const¶

get chunk cache parameters

Throws: std::runtime_error – in case of a failure

void virtual_view(VirtualDataView view) const¶

missing data handling for virtual datasets (since hdf5 1.10.0)

Throws: std::runtime_error – in case of a failure
Parameters: view – set missing data strategy

VirtualDataView virtual_view() const¶: get missing data strategy for virtual datasets (since hdf5 1.10.0)

`DatasetCreationList`¶

class DatasetCreationList : public hdf5::property::ObjectCreationList ¶

dataset creation property list

Public Functions

DatasetCreationList()¶: default constructor

~DatasetCreationList() override¶: destructor

explicit DatasetCreationList(ObjectHandle &&handle)¶

constructor

Construct a new dataset creation property list from an HDF5 handle. This constructor will throw an exception if the handle does not reference a dataset creation property list.

Throws: std::runtime_error – in case of a failure
Parameters: handle – r-value reference to an HDF5 handle

void layout(DatasetLayout layout) const¶

set dataset layout

See also

layout()

Throws: std::runtime_error – in case of failures
Parameters: layout – required dataset layout

DatasetLayout layout() const¶

get dataset layout

See also

layout(DatasetLayout layout)

See also

DatasetLayout

Throws: std::runtime_error – in case of failures
Returns: new instance of DatasetLayout

void chunk(const hdf5::Dimensions &chunk_dims) const¶

set chunk dimensions

The chunk dimensions must be of same rank as the dataspace used to create the dataset.

See also

chunk()

Throws: std::runtime_error – in case of a failure
Parameters: chunk_dims – vector with elements along each chunk dimension

hdf5::Dimensions chunk() const¶

get chunk dimensions

Throws: std::runtime_error – in case of a failure
Returns: an instance of hdf5::Dimensions with the number of elements along each chunk dimension

template<typename T> void fill_value(const T &value, const datatype::Datatype &type = datatype::TypeTrait<T>::create()) const¶

set fill value for a dataset

By default the library tries to deduce the appropriate HDF5 data type automatically. This will succeed if

T is a native type already implemented in the library
the user has provided an appropriate type trait to construct an HDF5 datatype for T

Optionally, an HDF5 data type can be passed as a second argument to this member function. T must not necessarily be the same type used to create the dataset however, the two types must be convertible.

See also

fill_value(const datatype::Datatype &type)

Throws

std::runtime_error – in case of a failure

Parameters

value – the actual fill value
type – an optional HDF5 data type

Template Parameters

T – the type of the fill value

template<typename T> T fill_value(const datatype::Datatype &type = datatype::TypeTrait<T>::create()) const¶

get the fill value

Get the fill value for a dataset stored in the property list as an instance of T. T must not necessarily be of the same type as the data type used t

Template Parameters: T – requrested type for the fill value
Parameters: type – optional HDF5 data type

void fill_time(DatasetFillTime time) const¶: set fill time

DatasetFillTime fill_time() const¶: get fill time

void allocation_time(DatasetAllocTime time) const¶: set allocation time

DatasetAllocTime allocation_time() const¶

get allocation time

See also

DatasetAllocTime

See also

allocation_time(DatasetAllocTime)

unsigned int nfilters() const¶: get a number of filters

`DatasetTransferList`¶

class DatasetTransferList : public hdf5::property::List ¶

class for a dataset transfer property list

Public Functions

DatasetTransferList()¶: constructor

~DatasetTransferList() override¶: destructor

explicit DatasetTransferList(ObjectHandle &&handle, bool do_check = true)¶

constructor

Construct a property list from a handler object. This constructor is particularly useful in situations where we retrieve the handler of a property list from a C-API function.

Throws

std::runtime_error – in case of a failure

Parameters

handle – r-value reference to the handle object
do_check – perform the object handle class type check

void mpi_transfer_mode(MPITransferMode mode) const¶: set mpi transfer mode (for hdf5 compiled with MPI)

MPITransferMode mpi_transfer_mode() const¶: get mpi transfer mode (for hdf5 compiled with MPI)

void mpi_chunk_option(MPIChunkOption option) const¶: set mpi chunk option (for hdf5 compiled with MPI)

MPIChunkOption mpi_chunk_option() const¶: get mpi chunk option (for hdf5 compiled with MPI)

Public Static Functions

static inline const DatasetTransferList &get()¶

reference to const static DatasetTransferList object

Return a reference to const static DatasetTransferList object. The object has to be constructed directly with H5P_DATASET_XFER because during the construction kDatasetXfer does not exist.

`DatatypeAccessList`¶

class DatatypeAccessList : public hdf5::property::LinkAccessList ¶

`FileAccessList`¶

class FileAccessList : public hdf5::property::List ¶

file access property list

Class provides object oriented interface to the file access property list.

Public Functions

FileAccessList()¶: default constructor

~FileAccessList() override¶: destructor

void library_version_bounds(LibVersion low, LibVersion high) const¶: setting library version boundaries

LibVersion library_version_bound_high() const¶: get library version high bound

LibVersion library_version_bound_low() const¶: get library version low bound

void close_degree(CloseDegree degree) const¶: set file close degree

CloseDegree close_degree() const¶: get lfile close degree

void driver(const hdf5::file::Driver &file_driver) const¶: set the file driver

`FileCreationList`¶

class FileCreationList : public hdf5::property::GroupCreationList ¶

dataset creation property list

Public Functions

FileCreationList()¶: default constructor

explicit FileCreationList(ObjectHandle &&handle)¶

constructor

Construct a file creation property list from a handler instance. This constructor will throw an exception if the handle does not reference a file creation property list.

Throws: std::runtime_error – in case of a failure
Parameters: handle – r-value reference to a handle instance

void user_block(hsize_t size) const¶: set user block

hsize_t user_block() const¶: get user block

void object_offset_size(size_t size) const¶: set object offset size

size_t object_offset_size() const¶: get object offset size

void object_length_size(size_t size) const¶: set object length size

size_t object_length_size() const¶: get object length size

void btree_rank(unsigned int ik)¶: set btree rank

unsigned int btree_rank() const¶: get btree rank

void btree_symbols(unsigned int lk)¶: set btree symbols

unsigned int btree_symbols() const¶: get btree symbols

void chunk_tree_rank(unsigned int ik)¶: set chunk tree rank

unsigned int chunk_tree_rank() const¶: get chunk tree rank

void page_size(hsize_t size)¶: set page size (since hdf5 1.10.1)

hsize_t page_size() const¶: get page size (since hdf5 1.10.1)

`FileMountList`¶

class FileMountList : public hdf5::property::List ¶

Public Functions

FileMountList()¶: default constructor

~FileMountList() override¶: destructor

`GroupAccessList`¶

class GroupAccessList : public hdf5::property::LinkAccessList ¶

`GroupCreationList`¶

class GroupCreationList : public hdf5::property::ObjectCreationList ¶: Subclassed by hdf5::property::FileCreationList

`LinkAccessList`¶

class LinkAccessList : public hdf5::property::List ¶

link access property list

Subclassed by hdf5::property::DatasetAccessList, hdf5::property::DatatypeAccessList, hdf5::property::GroupAccessList

Public Functions

LinkAccessList()¶: default constructor

size_t maximum_link_traversals() const¶: get maximum number of link traversals

void maximum_link_traversals(size_t size) const¶: set maximum number of link traversals

fs::path external_link_prefix() const¶

get external link prefix

Returns the prefix prepended to every path in an external link.

See also

external_link_prefix

Throws: std::runtime_error – in case of a failure
Returns: prefix as an instance of fs

void external_link_prefix(const fs::path &path)¶

set external link prefix

Sets the external link prefix for a path. As the this information is stored internally and must be kept valid throughout the lifetime of the property list this method cannot be const.

See also

external_link_prefix

Throws: std::runtime_error – in case of a failure
Parameters: path – reference to a fs path containing the prefix

`LinkCreationList`¶

class LinkCreationList : public hdf5::property::StringCreationList ¶

Public Functions

LinkCreationList()¶: default constructor

~LinkCreationList() override¶: destructor

void enable_intermediate_group_creation() const¶

enable intermediate group creation

With this flag set, intermediate groups in a path to an object to be created will be created if necessary.

See also

disable_intermediate_group_creation

See also

intermediate_group_creation

void disable_intermediate_group_creation() const¶

disable intermediate group creation

See also

enable_intermediate_group_creation

See also

intermediate_group_creation

bool intermediate_group_creation() const¶

query intermediate group creation flag

See also

enable_intermediate_group_creation

See also

disable_intermediate_group_creation

Returns: true if intermediate group creation flag is set, false otherwise

`List`¶

class List¶

base class for property lists

Subclassed by hdf5::property::DatasetTransferList, hdf5::property::FileAccessList, hdf5::property::FileMountList, hdf5::property::LinkAccessList, hdf5::property::ObjectCopyList, hdf5::property::ObjectCreationList, hdf5::property::StringCreationList

Public Functions

explicit List(const Class &plist_class)¶

constructor

Parameters: plist_class – reference to the property list class

List(const List &plist)¶

copy constructor

Parameters: plist – reference to the original property list

explicit List(ObjectHandle &&handle)¶

constructor

Construct a property list from a handler object. This constructor is particularly useful in situations where we retrieve the handler of a property list from a C-API function.

Throws: std::runtime_error – in case of a failure
Parameters: handle – r-value reference to the handle object

List &operator=(const List &type)¶: copy assignment

virtual ~List()¶: destructor

Class get_class() const¶

return property list class

Return an instance of the property list class the list belongs to.

Returns: class instance

inline explicit operator hid_t() const¶

conversion operator

Use this operator to obtain the actual HDF5 handler to the list instance.

`ObjectCopyList`¶

class ObjectCopyList : public hdf5::property::List ¶

`ObjectCreationList`¶

class ObjectCreationList : public hdf5::property::List ¶

Subclassed by hdf5::property::DatasetCreationList, hdf5::property::GroupCreationList, hdf5::property::TypeCreationList

Public Functions

ObjectCreationList()¶: constructor

virtual ~ObjectCreationList() override¶: destructor

void enable_time_tracking() const¶

enable object time tracking

Activates the time tracking feature on objects in the file.

See also

disable_time_tracking

See also

time_tracking

void disable_time_tracking() const¶

disable object time tracking

See also

enable_time_tracking

See also

time_tracking

bool time_tracking() const¶

return time tacking status

Queries the current status of the time tracking feature. This method returns true if time tracking is activate and false otherwise.

See also

enable_time_tracking

See also

disable_time_tracking

Throws: std::runtime_errr – in case of an error
Returns: true if time tracking is active, false otherwise

void attribute_creation_order(const CreationOrder &order) const¶

set the attribute creation order

Set the attribute creation order flags which will be used for all objects.

See also

CreationOrder

See also

attribute_creation_order()

Parameters: order – requested attribute creation order

CreationOrder attribute_creation_order() const¶

retrieve current attribute creation order

See also

attribute_creation_order

See also

CreationOrder

Returns: current attribute creation order

void attribute_storage_thresholds(unsigned max_compact, unsigned min_dense) const¶

set storage layout thresholds

See also

attribute_storage_maximum_compact

See also

attribute_storage_minimum_dense

Parameters

max_compact – maximum number above which dense storage will be used
min_dense – minimum number below which compact storage will be used

unsigned attribute_storage_maximum_compact() const¶

get upper threshold for compact storage

Returns: return the upper threshhold for which compat storage is used

unsigned attribute_storage_minimum_dense() const¶: get lower threshold for dense threshold

`StringCreationList`¶

class StringCreationList : public hdf5::property::List ¶

Subclassed by hdf5::property::AttributeCreationList, hdf5::property::LinkCreationList

Public Functions

StringCreationList()¶: constructor

virtual ~StringCreationList() override¶: destructor

datatype::CharacterEncoding character_encoding() const¶

get character encoding

See also

character_encoding

Returns: current character encoding

void character_encoding(datatype::CharacterEncoding encoding) const¶

set character encoding

See also

character_encoding

Parameters: encoding – the required character encoding

`TypeCreationList`¶

class TypeCreationList : public hdf5::property::ObjectCreationList ¶

Public Functions

TypeCreationList()¶: default constructor

~TypeCreationList() override¶: destructor

`VirtualDataMap`¶

class VirtualDataMap¶

data mapping for virtual datasets

This class describes the mapping of data between the dataspace of a virtual dataset and the source dataset.

Public Functions

VirtualDataMap() = default¶

default constructor

Need this for STL container compliance but can rely on the compiler provided default version.

VirtualDataMap(const VirtualDataMap&) = default¶

copy constructor

Need this for STL container compilance but can rely on the compiler provided default version.

VirtualDataMap(const dataspace::View &target_view, const fs::path &source_file, const hdf5::Path &source_dataset, const dataspace::View &source_view)¶

constructor

Throws

std::runtime_error – in case of a failure

Parameters

target_view – dataspace view with the selection where to view the source data
source_file – path to the source file
source_dataset – path to the source dataset
source_view – dataspace view with selection of the source dataset

void operator()(const property::DatasetCreationList &dcpl) const¶

apply mapping to a dataset creation list

Throws: std::runtime_error – in case of a failure
Parameters: dcpl – reference to the dataset creation list onto which the mapping should be applied

class VirtualDataMaps : public std::vector<VirtualDataMap>¶

utility container for virtual data maps

This is a one to one derived type from std::vector in order to provide a convenient container for virtual data maps. The interface is exactly the same as for std::vector.

Enumerations¶

`DatasetFillValueStatus`¶

enum class hdf5::property::DatasetFillValueStatus : std::underlying_type<H5D_fill_value_t>::type¶

enumeration for the fill value status

Values:

enumerator Undefined¶

enumerator Default¶

enumerator UserDefined¶

std::ostream &hdf5::property::operator<<(std::ostream &stream, const DatasetFillValueStatus &status)¶

`DatasetFillTime`¶

enum class hdf5::property::DatasetFillTime : std::underlying_type<H5D_fill_time_t>::type¶

enumeration for the fill time of a dataset

Values:

enumerator IfSet¶

enumerator Alloc¶

enumerator Never¶

std::ostream &hdf5::property::operator<<(std::ostream &stream, const DatasetFillTime &time)¶

`DatasetAllocTime`¶

enum class hdf5::property::DatasetAllocTime : std::underlying_type<H5D_alloc_time_t>::type¶

enumeration for the dataset allocation time

The particular allocation strategy depends on the layout of the dataset.

See also

DatasetLayout

Values:

enumerator Default¶: choose the default allocation strategy for the particular layout

enumerator Early¶: all space is allocated when the dataset is created

enumerator Incr¶: space is allocated as data is written to the file

enumerator Late¶: all space is allocated at the first write to the dataset

std::ostream &hdf5::property::operator<<(std::ostream &stream, const DatasetAllocTime &time)¶

`DatasetLayout`¶

enum class hdf5::property::DatasetLayout : std::underlying_type<H5D_layout_t>::type¶

enumeration describing the layout of a dataset

Values:

enumerator Compact¶

enumerator Contiguous¶

enumerator Chunked¶

enumerator Virtual¶: (since hdf5 1.10.0)

std::ostream &hdf5::property::operator<<(std::ostream &stream, const DatasetLayout &layout)¶

`LibVersion`¶

enum class hdf5::property::LibVersion : std::underlying_type<H5F_libver_t>::type¶

library version enumeration

Values:

enumerator Latest¶

enumerator Earliest¶

std::ostream &hdf5::property::operator<<(std::ostream &stream, const LibVersion &version)¶

`CopyFlag` and `CopyFlags`¶

enum class hdf5::property::CopyFlag : unsigned¶

Values:

enumerator ShallowHierarchy¶

enumerator ExpandSoftLinks¶

enumerator ExpandExternalLinks¶

enumerator ExpandReferences¶

enumerator WithoutAttributes¶

enumerator MergeCommittedTypes¶

CopyFlags hdf5::property::operator|(const CopyFlag &lhs, const CopyFlag &rhs)¶

CopyFlags hdf5::property::operator|(const CopyFlags &flags, const CopyFlag &flag) noexcept¶: binary or operator for copy flags

CopyFlags hdf5::property::operator|(const CopyFlag &flag, const CopyFlags &flags) noexcept¶: binary or operator for copy flags

CopyFlags hdf5::property::operator|(const CopyFlags &flags, const CopyFlags &rhs) noexcept¶: binary or operator for copy flags

CopyFlags hdf5::property::operator&(const CopyFlag &lhs, const CopyFlag &rhs)¶

CopyFlags hdf5::property::operator&(const CopyFlags &flags, const CopyFlag &flag) noexcept¶: binary and operator for copy flags

CopyFlags hdf5::property::operator&(const CopyFlag &flag, const CopyFlags &flags) noexcept¶: binary and operator for copy flags

CopyFlags hdf5::property::operator&(const CopyFlags &flags, const CopyFlags &rhs) noexcept¶: binary and operator for copy flags

std::ostream &hdf5::property::operator<<(std::ostream &stream, const CopyFlag &flag)¶

`VirtualDataView`¶

enum class hdf5::property::VirtualDataView : std::underlying_type<H5D_vds_view_t>::type¶

virtual data view enumeration (since hdf5 1.10.0)

Values:

enumerator FirstMissing¶

enumerator LastAvailable¶

std::ostream &hdf5::property::operator<<(std::ostream &stream, const VirtualDataView &view)¶

`CloseDegree`¶

enum class hdf5::property::CloseDegree : std::underlying_type<H5F_close_degree_t>::type¶

close degree enumeration

Values:

enumerator Weak¶

enumerator Semi¶

enumerator Strong¶

enumerator Default¶

`MPITransferMode`¶

enum class hdf5::property::MPITransferMode : std::underlying_type<H5FD_mpio_xfer_t>::type¶

Values:

enumerator Independent¶

enumerator Collective¶

`MPIChunkOption`¶

enum class hdf5::property::MPIChunkOption : std::underlying_type<H5FD_mpio_chunk_opt_t>::type¶

Values:

enumerator OneLinkChunked¶

enumerator MultiChunk¶

Property Class variables¶

const Class kAttributeCreate¶

const Class kDatasetAccess¶

const Class kDatasetCreate¶

const Class kDatasetXfer¶

const Class kDatatypeAccess¶

const Class kDatatypeCreate¶

const Class kFileAccess¶

const Class kFileCreate¶

const Class kFileMount¶

const Class kGroupAccess¶

const Class kGroupCreate¶

const Class kLinkAccess¶

const Class kLinkCreate¶

const Class kObjectCopy¶

const Class kObjectCreate¶

const Class kStringCreate¶

Namespace `hdf5::property`¶

Classes¶

`AttributeCreationList`¶

`ChunkCacheParameters`¶

`Class`¶

`CopyFlags`¶

`CreationOrder`¶

`DatasetAccessList`¶

`DatasetCreationList`¶

`DatasetTransferList`¶

`DatatypeAccessList`¶

`FileAccessList`¶

`FileCreationList`¶

`FileMountList`¶

`GroupAccessList`¶

`GroupCreationList`¶

`LinkAccessList`¶

`LinkCreationList`¶

`List`¶

`ObjectCopyList`¶

`ObjectCreationList`¶

`StringCreationList`¶

`TypeCreationList`¶

`VirtualDataMap`¶

Enumerations¶

`DatasetFillValueStatus`¶

`DatasetFillTime`¶

`DatasetAllocTime`¶

`DatasetLayout`¶

`LibVersion`¶

`CopyFlag` and `CopyFlags`¶

`VirtualDataView`¶

`CloseDegree`¶

`MPITransferMode`¶

`MPIChunkOption`¶

Property Class variables¶

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Versions

Namespace hdf5::property¶

Classes¶

AttributeCreationList¶

ChunkCacheParameters¶

Class¶

CopyFlags¶

CreationOrder¶

DatasetAccessList¶

DatasetCreationList¶

DatasetTransferList¶

DatatypeAccessList¶

FileAccessList¶

FileCreationList¶

FileMountList¶

GroupAccessList¶

GroupCreationList¶

LinkAccessList¶

LinkCreationList¶

List¶

ObjectCopyList¶

ObjectCreationList¶

StringCreationList¶

TypeCreationList¶

VirtualDataMap¶

Enumerations¶

DatasetFillValueStatus¶

DatasetFillTime¶

DatasetAllocTime¶

DatasetLayout¶

LibVersion¶

CopyFlag and CopyFlags¶

VirtualDataView¶

CloseDegree¶

MPITransferMode¶

MPIChunkOption¶

Property Class variables¶

Namespace `hdf5::property`¶

`AttributeCreationList`¶

`ChunkCacheParameters`¶

`Class`¶

`CopyFlags`¶

`CreationOrder`¶

`DatasetAccessList`¶

`DatasetCreationList`¶

`DatasetTransferList`¶

`DatatypeAccessList`¶

`FileAccessList`¶

`FileCreationList`¶

`FileMountList`¶

`GroupAccessList`¶

`GroupCreationList`¶

`LinkAccessList`¶

`LinkCreationList`¶

`List`¶

`ObjectCopyList`¶

`ObjectCreationList`¶

`StringCreationList`¶

`TypeCreationList`¶

`VirtualDataMap`¶

`DatasetFillValueStatus`¶

`DatasetFillTime`¶

`DatasetAllocTime`¶

`DatasetLayout`¶

`LibVersion`¶

`CopyFlag` and `CopyFlags`¶

`VirtualDataView`¶

`CloseDegree`¶

`MPITransferMode`¶

`MPIChunkOption`¶