| adj_list< V_T, E_T, ALLOC > | Core adjacency list class to store the pattern |
| cache_manager< Key, Data > | Class manages the memory cache for the file-based storage manager. cache_manager is responsible for bringing objects into memory and implementing eviction algorithm when the cache is full and a new object needs to be brought in |
| canonical_code< pattern_props, vertex_t, edge_t, ALLOC > | Class represents a generic canonical code |
| canonical_code< GRAPH_PROP, V_T, E_T, ALLOC > | Graph canonical Code class by partial specialization of generic canonical_code class |
| canonical_code< ISET_PROP, vertex_t, edge_t, ALLOC > | Itemset canonical Code class by partial specialization of generic canonical_code class |
| canonical_code< MSET_PROP, vertex_t, edge_t, ALLOC > | Itemset canonical Code class by partial specialization of generic canonical_code class |
| canonical_code< SEQ_PROP, V_T, E_T, ALLOC > | Sequence canonical Code class by partial specialization of generic canonical_code class |
| canonical_code< TREE_PROP, V_T, E_T, ALLOC > | Tree canonical Code class by partial specialization of generic canonical_code class |
| compare_pos< PATTERN > | An operator class in Tree Mining, compares two patterns |
| count_support< PP, TRANS, st, cc, alloc, sm_type > | A generic count support class |
| count_support< PP, proplist< JOIN_TYPE, proplist< vert_mine, TRANS > >, ST, CC, ALLOC, SM_TYPE > | Count_support class partially specialized for vertical mining |
| db_reader< PATTERN, TOKENIZER, ALLOC > | Database Reader class, to read the input file |
| element_parser< P > | Class represents a generic element_parser |
| element_parser< int > | Element parser class for parsing an integer, an specialization of element_parser class |
| element_parser< std::string > | Element parser class for parsing a string, an specialization of element_parser class |
| eqint | Function object which defines operator= for integer |
| eqstr | Function object which defines operator= for const char* |
| evat< ALLOC_ > | Edge VAT class to store an occurrence of an edge within a graph |
| file_storage | File based Storage Manager class, extended from base storage type |
| five_tuple< V_T, E_T > | Storing a five_tuple that represent a labeled edge of a graph |
| less_than< PAT > | Function object for comparing two patterns for less-than |
| level_one_hmap< V_T, E_T, ALLOC > | Class to store edges i.e. level one patterns for graphs; |
| memory_storage | Memory based Storage Manager class, extended from base storage type |
| pat_fam< P, ST > | Pattern Family class, denotes a collection of patterns. No constraint is imposed on the comprising patterns |
| pattern< PATTERN_PROPS, MINING_PROPS, ST, CC, ALLOC > | The Pattern Class |
| pattern_support< MP > | Generic Pattern Support Class that takes care of support counting of a pattern |
| pattern_support< proplist< Fk_Fk, proplist< vert_mine, proplist< induced, T > > > > | Pattern Support class specialized for Fk X Fk join type and induced mining |
| proplist< prop, next_property > | Property list Class to list the properties for generic pattern mining algorithm |
| seq_instance< MP > | Generic sequence instance class |
| seq_instance< V_Fkk_EMB_MINE_PROP > | Class represents precisely one instance i.e. occurrence of a sequence in the dataset. This class is for embedded sequence mining |
| seq_instance< V_Fkk_IND_MINE_PROP > | Class represents precisely one instance i.e. occurrence of a sequence in the dataset. This class is for induced sequence mining |
| storage_manager< PAT, VAT, ALLOC, ST_TYPE > | A Generic Storage Manager class |
| storage_manager< PAT, VAT, ALLOC, file_storage > | Storage Manager class partially specialized to File-based Storage manager to stores VAT in predefined-size buffer and uses a binary file for swapping in/out vats |
| storage_manager< PAT, VAT, ALLOC, memory_storage > | Storage Manager class partially specialized to Memory-based Storage manager to stores VAT in Memory |
| storage_type | A generic Storage type class for back-end Storage |
| time_tracker | An auxilary class to keep track of the running time statistics |
| tokenizer<,, A > | Class represent a generic tokenizer |
| tokenizer< GRAPH_PATTERN, DMTL_TKNZ_PROP, ALLOC > | Graph tokenizer class by partial specialization of the generic tokenizer class |
| tokenizer< ISET_PATTERN, DMTL_TKNZ_PROP, ALLOC > | Itemset tokenizer class by partial specialization of the generic tokenizer class |
| tokenizer< MSET_PATTERN, DMTL_TKNZ_PROP, ALLOC > | Itemset tokenizer class by partial specialization of the generic tokenizer class |
| tokenizer< SEQ_PATTERN, DMTL_TKNZ_PROP, ALLOC > | Sequence tokenizer class by partial specialization of the generic tokenizer class |
| tokenizer< TREE_PATTERN, DMTL_TKNZ_PROP, ALLOC > | Tree tokenizer class by partial specialization of the generic tokenizer class |
| tree_instance< MATCH_LABEL_T, order > | Tree_instance class represents one tree_instance in a transaction |
| vat< PP, MP, ALLOC, ST > | Class represents a generic VAT(Vertical Attribute Table) |
| vat< GRAPH_PROP, V_Fk1_MINE_PROP, ALLOC, ST > | Graph VAT class by partial specialization of the generic VAT class |
| vat< ISET_PROP, V_Fkk_MINE_PROP, ALLOC, ST > | Itemset VAT class by partial specialization of the generic VAT class |
| vat< MSET_PROP, V_Fkk_MINE_PROP, ALLOC, ST > | Itemset VAT class by partial specialization of the generic VAT class |
| vat< SEQ_PROP, V_Fkk_IND_MINE_PROP, ALLOC, VAT_ST > | SEQUENCE VAT calss for induced mining by partial specialization of the generic VAT class |
| vat< TREE_PROP, V_Fkk_EMB_MINE_PROP, ALLOC, VAT_ST > | TREE VAT calss for embedded mining by partial specialization of the generic VAT class |
| vat< TREE_PROP, V_Fkk_IND_MINE_PROP, ALLOC, VAT_ST > | TREE VAT class for induced mining by partial specialization of the generic VAT class |
| vertex_info< VERTEX_T, EDGE_T, ALLOC > | Class to store all info associated with a vertex |
