📄 tr_latn_size_0.cc
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// file: tr_latn_size_0.cc//// isip include files//#include "train_lattice_node.h"#include "train_lattice_node_constants.h"#include <train_lex_tree.h>#include <train_lex_tree_constants.h>// method: size_cc//// arguments: none//// return: an int_4 with number of bytes used by this object//// this method counts the size of the current object in bytes//int_4 Train_Lattice_node::size_cc() { // set the size variable // int_4 size = 0; // add the size of each constituent data // // add the size of all numeric data // size += sizeof(int_4); // type_d size += sizeof(Train_Word*); // word_d size += sizeof(int_4); // pron_variant_d size += sizeof(int_4); // frame_d size += sizeof(int_4); // node_index_d size += sizeof(int_4); // num of incoming arcs size += sizeof(int_4); // num of outgoing arcs // loop over all nodes in the linked list // if (prev_nodes_d != (Train_Link_list*)NULL) { for (Train_Link_node* node = prev_nodes_d->get_head_cc(); node != (Train_Link_node*)NULL; node = node->get_next_cc()) { size += node->size_cc(); } } if (next_nodes_d != (Train_Link_list*)NULL) { for (Train_Link_node* node = next_nodes_d->get_head_cc(); node != (Train_Link_node*)NULL; node = node->get_next_cc()) { size += node->size_cc(); } } // add the size of the lexical tree // size += sizeof(Train_Lex_tree*); // lex_tree_d if (lex_tree_d != (Train_Lex_tree*)NULL) { size += lex_tree_d->size_cc(); } // add the size of the lm and ac scores array; // size += num_arcs_out_d*sizeof(float_8); size += num_arcs_out_d*sizeof(float_8); // exit gracefully // return size;}
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