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A library for working with phylogenetic and population genetic data.
v0.27.0 |
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A library for working with phylogenetic and population genetic data.
v0.27.0 |
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| ▼Ngenesis | Container namespace for all symbols of genesis in order to keep them separate when used as a library |
| ►Nexcept | |
| CException | Base class for genesis exceptions |
| CExistingFileError | Exception class that is thrown if trying to write to an existing file |
| CGzipError | Exception class thrown by failed gzip/zlib operations |
| CIOError | Exception class for general input/output errors |
| ►Nplacement | |
| CEpcaData | Helper stucture that collects the output of epca() |
| CJplaceReader | Read Jplace data |
| CJplaceWriter | Write Jplace data |
| CNodeDistanceHistogram | Simple histogram data structure with equal sized bins |
| CNodeDistanceHistogramSet | Collection of NodeDistanceHistograms that describes one Sample |
| CPlacementEdgeData | Data class for PlacementTreeEdges. Stores the branch length of the edge, and the edge_num, as defined in the jplace standard |
| CPlacementNodeData | Data class for PlacementTreeNodes. Stores a node name |
| CPlacementTreeNewickReader | |
| CPlacementTreeNewickReaderPlugin | |
| CPlacementTreeNewickWriter | |
| CPlacementTreeNewickWriterPlugin | |
| CPquery | A pquery holds a set of PqueryPlacements and a set of PqueryNames |
| CPqueryName | A name of a Pquery and its multiplicity |
| CPqueryPlacement | One placement position of a Pquery on a Tree |
| CPqueryPlacementPlain | Simple POD struct for a Placement used for speeding up some calculations |
| CPqueryPlain | Simple POD struct that stores the information of a Pquery in a simple format for speeding up some calculations |
| CSample | Manage a set of Pqueries along with the PlacementTree where the PqueryPlacements are placed on |
| CSampleSerializer | |
| CSampleSet | Store a set of Samples with associated names |
| CSimulator | Simulate Pqueries on the Tree of a Sample |
| CSimulatorEdgeDistribution | |
| ►CSimulatorExtraPlacementDistribution | Generate a certain number of additional PqueryPlacements around a given PlacementTreeEdge |
| CEdgeProximity | |
| CSimulatorLikeWeightRatioDistribution | |
| CSimulatorPendantLengthDistribution | |
| CSimulatorProximalLengthDistribution | |
| ►Npopulation | |
| CAfsPileupRecord | Helper to store the data of one pileup line/record needed for the Boitard et al Allele Frequency Estimation computation |
| CAlleleFrequencyWindow | |
| CBaseCounts | One set of nucleotide base counts, for example for a given sample that represents a pool of sequenced individuals |
| CBaseCountsStatus | |
| ►CBaseWindowIterator | Base iterator class for Windows over the chromosomes of a genome |
| CBaseIterator | Internal PIMPL-like implementation of the iterator that produces Windows |
| CIterator | Internal public iterator that produces Windows |
| ►CBedReader | Reader for BED (Browser Extensible Data) files |
| CFeature | Store all values that can typically appear in the columns of a BED file |
| CEmptyAccumulator | Empty helper data struct to serve as a dummy for Window |
| CEmptyGenomeData | Helper struct to define a default empty data for the classes GenomeLocus, GenomeRegion, and GenomeRegionList |
| CGenomeHeatmap | |
| CGenomeLocus | A single locus, that is, a position (or coordinate) on a chromosome |
| CGenomeRegion | A region (between two positions) on a chromosome |
| CGenomeRegionList | List of regions in a genome, for each chromosome |
| ►CGffReader | Reader for GFF2 and GFF3 (General Feature Format) and GTF (General Transfer Format) files |
| CFeature | |
| ►CHeatmapColorization | |
| CSpectrum | |
| CHeatmapMatrix | Matrix to capture and accumulate columns of per-position or per-window values along a chromosome |
| CHtsFile | Wrap an ::htsFile struct |
| CPoolDiversityResults | Data struct to collect all diversity statistics computed by pool_diversity_measures() |
| CPoolDiversitySettings | Settings used by different pool-sequencing corrected diversity statistics |
| ►CRegionWindowIterator | Iterator for Windows representing regions of a genome |
| CIterator | Internal iterator over the data |
| ►CSamVariantInputIterator | Input iterator for SAM/BAM/CRAM files that produces a Variant per genome position |
| CIterator | Iterator over loci of the input sources |
| CSimplePileupInputIterator | Iterate an input source and parse it as a (m)pileup file |
| ►CSimplePileupReader | Reader for line-by-line assessment of (m)pileup files |
| CRecord | Single line/record from a pileup file |
| CSample | One sample in a pileup line/record |
| ►CSlidingIntervalWindowIterator | Iterator for sliding Windows of fixed sized intervals over the chromosomes of a genome |
| CDerivedIterator | Internal iterator that produces Windows |
| ►CSlidingVariantsWindowIterator | Iterator for sliding Windows of fixed sized intervals over the chromosomes of a genome |
| CDerivedIterator | Internal iterator that produces Windows |
| CSlidingWindowGenerator | Generator for sliding Windows over the chromosomes of a genome |
| ►CSortedBaseCounts | Ordered array of base counts for the four nucleotides |
| CBaseCount | Combination of a nucleotide base and its count |
| CSyncInputIterator | Iterate an input source and parse it as a sync file |
| CSyncReader | Reader for PoPoolation2's "synchronized" files |
| CVariant | A single variant at a position in a chromosome, along with BaseCounts for a set of samples |
| CVariantInputIteratorData | Data storage for input-specific information when traversing a variant file |
| ►CVariantParallelInputIterator | Iterate multiple input sources that yield Variants in parallel |
| CIterator | Iterator over loci of the input sources |
| CVcfFormatHelper | Provide htslib helper functions |
| CVcfFormatIterator | Iterate the FORMAT information for the samples in a SNP/variant line in a VCF/BCF file |
| CVcfGenotype | Simple wrapper class for one genotype field for a sample |
| CVcfHeader | Capture the information from a header of a VCF/BCF file |
| CVcfInputIterator | Iterate an input source and parse it as a VCF/BCF file |
| CVcfRecord | Capture the information of a single SNP/variant line in a VCF/BCF file |
| CVcfSpecification | Collect the four required keys that describe an INFO or FORMAT sub-field of VCF/BCF files |
| ►CWindow | Window over the chromosomes of a genome |
| CEntry | Data that is stored per entry that was enqueued in a window |
| ►Nsequence | |
| CFastaInputIterator | Iterate an input source and parse it as Fasta sequences |
| CFastaOutputIterator | Write Fasta data, sequentially |
| CFastaReader | Read Fasta sequence data |
| CFastaWriter | Write Fasta data |
| CFastqInputIterator | Iterate an input source and parse it as Fastq sequences |
| CFastqOutputIterator | Write Fastq data, sequentially |
| CFastqReader | Read Fastq sequence data |
| CFastqWriter | Write Fastq data |
| CLabelAttributes | |
| ►CPhylipReader | Read Phylip sequence data |
| CHeader | Helper that stores the header information of a Phylip file |
| CPhylipWriter | |
| CPrinterBitmap | Print the sites of a SequenceSet as pixels in a bitmap |
| CPrinterSimple | Simple printer class for Sequences and SequenceSets |
| CSequence | |
| CSequenceSet | Store a set of Sequences |
| CSignatureSpecifications | Specifications for calculating signatures (like k-mer counts) from Sequences |
| CSiteCounts | Store counts of the occurence for certain characters at the sites of Sequences |
| ►Ntaxonomy | |
| CBaseTaxonData | Base class for storing data on Taxa of a Taxonomy |
| CBreadthFirstSearch | Tag used for find_taxon() |
| CDepthFirstSearch | Tag used for find_taxon() |
| CEntropyTaxonData | |
| CIteratorPreorder | |
| CNcbiName | |
| CNcbiNode | |
| CPrinterNested | Simple printer class for Taxonomy |
| CPruneByEntropySettings | Store settings for the Taxonomy pruning algorithm prune_by_entropy() |
| CTaxon | Store a Taxon, i.e., an element in a Taxonomy, with its name, rank, ID and sub-taxa |
| CTaxonomy | Store a Taxonomy, i.e., a nested hierarchy of Taxa |
| ►CTaxonomyReader | Read Taxonomy file formats |
| CLine | Internal helper structure that stores the relevant data of one line while reading |
| CTaxonomyWriter | Write a Taxonomy as a list of Taxopaths |
| CTaxopath | Helper class to store a taxonomic path |
| CTaxopathGenerator | Helper class to generate a taxonomic path string from a Taxopath object or a Taxon |
| CTaxopathParser | Helper class to parse a string containing a taxonomic path string into a Taxopath object |
| ►Ntree | |
| CAttributeTreeEdgeData | Data class for AttributeTreeEdges |
| CAttributeTreeNodeData | Data class for AttributeTreeNodes |
| CBalanceData | Data needed to calculate balances |
| CBalanceSettings | Settings to calculate balances and the Phylogenetic ILR Transform |
| CBaseEdgeData | Base class for storing data on Edges of a Tree |
| CBaseNodeData | Base class for storing data on Nodes of a Tree |
| CBipartition | |
| CCircularLayout | |
| CColorWriterPlugin | Base class for creating plugin classes that allow coloring of Tree edges |
| CCommonEdgeData | Common class containing the commonly needed data for tree edges |
| CCommonNodeData | Common class containing the commonly needed data for tree nodes |
| CCommonTreeNewickReader | Read default Newick trees, i.e., trees with names and branch lengths |
| CCommonTreeNewickReaderPlugin | Provide a set of plugin functions for NewickReader to read a CommonTree |
| CCommonTreeNewickWriter | Write default Newick trees, i.e., trees with names and branch lengths |
| CCommonTreeNewickWriterPlugin | Provide a set of plugin functions for NewickWriter to write a CommonTree |
| CCommonTreePhyloxmlWriter | |
| CCommonTreePhyloxmlWriterPlugin | |
| CHeatTreeParameters | |
| CIndexedAttributeTreeNewickReader | Read Newick trees with ordered attributes for the Nodes and Edges |
| CIndexedAttributeTreeNewickReaderPlugin | Provide a set of plugin functions for NewickReader to read ordered attributes of the Nodes and Edges into an AttributeTree |
| CIteratorEulertour | |
| CIteratorLevelorder | |
| CIteratorNodeLinks | |
| CIteratorPath | |
| CIteratorPathSet | Iterate the path between two TreeNodes (non-linearily), given their lowest common ancestor (LCA) |
| CIteratorPostorder | |
| CIteratorPreorder | |
| CKeyedAttributeTreeNewickReader | Read default Newick trees, i.e., trees with names and branch lengths |
| CKeyedAttributeTreeNewickReaderPlugin | Provide a set of plugin functions for NewickReader to read key-value-pair data attributes into an AttributeTree |
| CLayoutBase | |
| CLayoutEdgeData | Data class for LayoutTreeEdges |
| CLayoutNodeData | Data class for LayoutTreeNodes |
| CLayoutParameters | |
| CLcaLookup | Fast lookup of the lowest common ancestor (LCA) of two TreeNodes, relative to an arbitrary root node |
| CMassTreeEdgeData | Data class for MassTreeEdges. Stores the branch length and a list of masses with their positions along the edge |
| CMassTreeKmeans | |
| CMassTreeNodeData | Data class for MassTreeNodes. Stores taxon names |
| CNewickBroker | Stores a Newick tree in an intermediate format that can be further processed into a Tree |
| CNewickBrokerElement | Store the information for one element of a Newick tree |
| CNewickColorWriterPlugin | Plugin class for Newick output that allows coloring of edges |
| CNewickInputIterator | Iterate an input stream and parse it as Newick trees |
| CNewickReader | |
| CNewickWriter | Write a Tree to Newick format |
| CPhyloFactor | A single phylogenetic factor |
| CPhyloFactorCladeColors | Store a set of colors for making visualizations of the clades of all phylo factors |
| CPhyloFactorSingleColors | Store a set of colors for making visualizations of individual phylo factors |
| CPhyloxmlColorWriterPlugin | Plugin class for PhyloXML output that allows coloring of edges |
| CPhyloxmlWriter | Write a Tree to Phyloxml format |
| CPrinterCompact | Print a Tree in a compact form, i.e., each node and edge on one line |
| CPrinterDetailed | Print a text representation of the Tree, showing all nodes, edges and links with their indices |
| CPrinterTable | Print lists of all nodes, edges and links including their indices and connections with each other |
| CRectangularLayout | |
| CSimpleNewickEdgeData | Data class for SimpleNewickTreeEdges |
| CSimpleNewickNodeData | Data class for SimpleNewickTreeNodes |
| CSimpleNewickTreeNewickReader | |
| CSimpleNewickTreeNewickReaderPlugin | |
| CSimpleNewickTreeNewickWriter | |
| CSimpleNewickTreeNewickWriterPlugin | |
| ►CSquashClustering | Perform Squash Clustering |
| CCluster | |
| CMerger | |
| CSubtree | Reference to a subtree of a Tree |
| CTree | Class for representing phylogenetic trees |
| CTreeEdge | |
| CTreeLink | |
| CTreeNode | |
| CTreeSet | |
| ►Nutils | |
| CArrowOperatorProxy | Proxy class to hold an element accessible via arrow operator |
| CAsynchronousReader | Read bytes from an InputSource into a char buffer |
| CBadOptionalAccess | Optional access error for empty values |
| CBaseInputSource | Abstract base class for reading byte data from input sources |
| CBaseOutputTarget | Abstract base class for writing data to an output target |
| CBitvector | |
| CBitvectorHash | Helper structure that yields the hash of a given Bitvector |
| CBitvectorXhash | Helper structer that yields the x_hash of a given Bitvector |
| ►CBmpWriter | Write Bitmap image files |
| CBitmapFileheader | Bitmap File Header |
| CBitmapInfo | Bitmap info that describes dimensions and color information |
| CBitmapInfoheader | Bitmap Info Header |
| CRgbQuad | Palette entry that describes an RGB Color |
| CCharLookup | Simple lookup table providing a value lookup for each ASCII char (0-127) |
| CColor | |
| CColorMap | Store a list of colors and offer them as a map for values in range [ 0.0, 1.0 ] |
| CColorNormalization | Base class for color normalization |
| CColorNormalizationBoundary | Color normalization that maps to discrete intervals |
| CColorNormalizationDiverging | Color normalization for a diverging scale |
| CColorNormalizationLinear | Default Color normalization, using a sequential linear scaling in the range [ min, max ] |
| CColorNormalizationLogarithmic | Color normalization for a logarithmic scale |
| CCsvInputIterator | |
| CCsvReader | Read Comma/Character Separated Values (CSV) data and other delimiter-separated formats |
| ►CDataframe | |
| CColumn | |
| CColumnBase | |
| CDataframeReader | |
| CDereferenceIterator | Iterator class that exposes elements in a container of pointers |
| CDeserializer | |
| CEmptyIntervalData | Empty class used as default for Interval data |
| CEmptyLambdaIteratorData | Empty helper data struct to serve as a dummy for LambdaIterator |
| CEuclideanKmeans | |
| CFileInputSource | Input source for reading byte data from a file |
| CFileOutputTarget | Output target for writing data to a file |
| CFilterIterator | Iterator class that allows to filter an underlying iterator by skipping elements that do not satisfy a given predicate |
| CFunctionCache | Simple cache, for example for function return values |
| CGeoCoordinate | Geographical coordinates in degrees |
| CGlmControl | |
| CGlmExtras | |
| CGlmFactor | |
| CGlmFamily | |
| CGlmFreedom | Internal helper structure for GLMs to calcualte the residual degrees of freedom |
| CGlmLink | |
| CGlmOutput | |
| CGzipBlockOStream | Output stream that writes blocks of gzip-compressed data to an underlying wrapped stream, using parallel compression |
| CGzipBlockOutputTarget | Output target for writing byte data to a gzip-compressed target in blocks of gzip data |
| CGzipIFStream | Input file stream that offers on-the-fly gzip-decompression if needed |
| CGzipInputSource | Input source for reading byte data from a gzip/zlib-compressed source |
| CGzipIStream | Input stream that offers on-the-fly gzip-decompression if needed |
| CGzipOFStream | Out file stream that offers on-the-fly gzip-compression |
| CGzipOStream | Output stream that offers on-the-fly gzip-compression |
| CGzipOutputTarget | Output target for writing byte data to a gzip/zlib-compressed target |
| Chas_input_iterator_properties | |
| Chas_input_iterator_properties< T, void_t< decltype(++std::declval< T & >()), decltype(*std::declval< T & >()), decltype(std::declval< T & >()==std::declval< T & >())> > | |
| Chash | |
| Chash< std::tuple< TT... > > | |
| CHistogram | Histogram class for accumulating and summarizing data |
| CHistogramAccumulator | Histogram helper class that collects data and builds a fitting Histogram |
| CInputBuffer | |
| CInputStream | Stream interface for reading data from an InputSource, that keeps track of line and column counters |
| CInterval | Type to store an interval (range) between two numbers, as used in the IntervalTree |
| CIntervalClosed | Helper type to define a closed [] Interval |
| CIntervalLeftOpen | Helper type to define a left open (] Interval |
| CIntervalOpen | Helper type to define an open () Interval |
| CIntervalRightOpen | Helper type to define a right open [) Interval |
| CIntervalTree | Interval tree that enables storing and querying intervals, each containing some data |
| CIntervalTreeIterator | Iterate the Intervals stored in an IntervalTree |
| CIntervalTreeNode | Node in an IntervalTree |
| Cis_bidirectional_iterator_tag_based | Return whether a type is at least a bidirectional iterator |
| Cis_bidirectional_iterator_tag_based< T, typename std::enable_if< std::is_base_of< std::bidirectional_iterator_tag, typename std::iterator_traits< T >::iterator_category >::value >::type > | Return whether a type is at least a bidirectional iterator |
| Cis_forward_iterator_tag_based | Return whether a type is at least a forward iterator |
| Cis_forward_iterator_tag_based< T, typename std::enable_if< std::is_base_of< std::forward_iterator_tag, typename std::iterator_traits< T >::iterator_category >::value >::type > | Return whether a type is at least a forward iterator |
| Cis_input_iterator_tag_based | Return whether a type is an at least input iterator |
| Cis_input_iterator_tag_based< T, typename std::enable_if< std::is_base_of< std::input_iterator_tag, typename std::iterator_traits< T >::iterator_category >::value >::type > | Return whether a type is an at least input iterator |
| Cis_iterator_tag_based | Return whether a type is an iterator |
| Cis_iterator_tag_based< T, typename std::enable_if< std::is_base_of< std::input_iterator_tag, typename std::iterator_traits< T >::iterator_category >::value||std::is_same< std::output_iterator_tag, typename std::iterator_traits< T >::iterator_category >::value >::type > | Return whether a type is an iterator |
| Cis_output_iterator_tag_based | Return whether a type is an at least output iterator |
| Cis_output_iterator_tag_based< T, typename std::enable_if< std::is_base_of< std::output_iterator_tag, typename std::iterator_traits< T >::iterator_category >::value >::type > | Return whether a type is an at least output iterator |
| Cis_random_access_iterator_tag_based | Return whether a type is at least a random access iterator |
| Cis_random_access_iterator_tag_based< T, typename std::enable_if< std::is_base_of< std::random_access_iterator_tag, typename std::iterator_traits< T >::iterator_category >::value >::type > | Return whether a type is at least a random access iterator |
| CIteratorDeletions | Take a TwobitVector sequence and iterate over all possible deletions of its values |
| CIteratorInsertions | |
| CIteratorSubstitutions | |
| CJsonDocument | Store a Json value of any kind |
| ►CJsonIterator | Template for a random access iterator for the JsonDocument class |
| CInternalIterator | Iterator value |
| CPrimitiveIterator | Iterator for primitive JSON types |
| CJsonReader | Read Json data into a JsonDocument |
| CJsonWriter | Write Json data from a JsonDocument |
| CKmeans | |
| CKmeansClusteringInfo | Helper POD that stores the variances and number of data points of each centroid, as well as the distances from all data points to their assigned centroids |
| ►CLambdaIterator | Type erasure for iterators, using std::function to eliminate the underlying input type |
| CIterator | Internal iterator over the data |
| CLinearFunction | Data structer to keep the two parameters of a linear function: its slope, and its intercept |
| CLogging | Logging class with easy and fast usage |
| CLoggingDetails | POD stuct containing the settings for which information is included with each logging message |
| CLoggingScopeLevel | Class that sets the Logging Level to a value von construction and set it back on destruction. This is used by the log scope level macro |
| CMatrix | |
| ►CMatrixCol | View into a Matrix column |
| CIterator | Random access iterator into a Matrix column |
| CMatrixReader | |
| ►CMatrixRow | View into a Matrix row |
| CIterator | Random access iterator into a Matrix row |
| CMatrixWriter | |
| CMD5 | Calculate MD5 hashes for strings and files |
| CMeanStddevPair | Store a mean and a standard deviation value |
| CMinMaxPair | Store a pair of min and max values |
| CMruCache | Most Recently Used Cache |
| CNaturalLess | Functor class to compare to strings with natural "human" sorting, see compare_natural() |
| CNexusBlock | |
| CNexusDocument | |
| CNexusTaxa | |
| ►CNexusTrees | |
| CEntry | |
| CNexusWriter | |
| ►Cnullopt_t | Type for nullopt |
| Cinit | |
| COptional | Simplistic optional: requires T to be default constructible, copyable |
| COptions | Simple Options class for application-wide configuration and settings |
| CPcaData | Helper stucture that collects the output of principal_component_analysis() |
| CQuartiles | Store the values of quartiles: q0 == min, q1 == 25%, q2 == 50%, q3 == 75%, q4 == max |
| CRange | Simple wrapper for typical begin() and end() iterators, to be used in range-based for loops |
| CRangeMinimumQuery | Class that allows to efficiently find the index of the minimum element within an interval of an array of integer values |
| CSerializer | |
| CSHA1 | Calculate SHA1 hashes for strings and files |
| CSHA256 | Calculate SHA256 hashes for strings and files |
| CStreamInputSource | Input source for reading byte data from an istream |
| CStreamOutputTarget | Output target for writing data to a stream |
| CStrictFStream | Stream that defines a strict wrapper around std::fstream |
| CStrictFStreamHolder | Helper class template for managing the construction order between stream classes |
| CStrictIFStream | Stream that defines a strict wrapper around std::ifstream |
| CStrictOFStream | Stream that defines a strict wrapper around std::ofstream |
| CStringInputSource | Input source for reading byte data from a string |
| CStringOutputTarget | Output target for writing data to a string |
| CStyle | Simple text style class for colorized and bold output to a terminal |
| CSvgBox | |
| CSvgCircle | |
| CSvgColorBarSettings | |
| CSvgDefinitions | |
| CSvgDocument | |
| CSvgDrawingOptions | |
| CSvgEllipse | |
| CSvgFill | |
| CSvgFont | |
| CSvgGradientLinear | |
| CSvgGradientStop | |
| CSvgGroup | |
| CSvgImage | |
| CSvgLine | |
| CSvgMargin | |
| CSvgMatrixSettings | |
| CSvgObject | |
| CSvgPath | |
| CSvgPoint | |
| CSvgPolygon | |
| CSvgPolyline | |
| CSvgRect | |
| CSvgSize | |
| CSvgStroke | |
| CSvgText | |
| ►CSvgTransform | |
| CMatrix | |
| CRotate | |
| CScale | |
| CSkew | |
| CTransformation | Internal helper class used as an abstraction to be able to store Transformations without need for inheritance and virtual functions within the different transformation types |
| CTranslate | |
| CSvgUse | |
| CSynchronousReader | Read bytes from an InputSource into a char buffer |
| ►CTable | |
| CColumn | |
| ►CTableLayout | |
| CBinder | Helper struct to bind a layout to a table |
| CLine | One line of the TableLayout |
| CThreadPool | Thread pool for distributed work |
| ►CTickmarks | Helper class to find "nice" tickmark intervals for creating scales and axes |
| CLabeledTick | |
| CTransformIterator | Iterator class that allows to transform an underlying iterator by applying a function to each element before dereferencing |
| CTridiagonalDecompositionData | Helper structure used for the eigenvalue decomposition in reduce_to_tridiagonal_matrix() and tridiagonal_ql_algorithm(). See there for details |
| CTwobitVector | |
| CXmlComment | |
| CXmlDocument | |
| CXmlElement | |
| CXmlMarkup | |
| CXmlValue | |
| CXmlWriter | Write Xml data |
| ▼Nstd | STL namespace |
| Chash< genesis::taxonomy::Taxopath > | Hash function for Taxopath |
| Chash< genesis::utils::Bitvector > | Specialization of std::hash for the Bitvector class |
| Chash< genesis::utils::MD5::DigestType > | Hash function for MD5 digestes |
| Chash< genesis::utils::SHA1::DigestType > | Hash function for SHA1 digestes |
| Chash< genesis::utils::SHA256::DigestType > | Hash function for SHA256 digestes |
1.8.17