| as.list.linked_list | Translate a linked list into an R list. |
| as.list.tree_bag | Translate a tree bag into an R list. |
| as.vector.linked_list | Translate a linked list into an R vector. |
| as.vector.tree_bag | Translate a tree bag into an R vector. |
| back | Get the back element of a deque |
| delete_minimal | Delete the minimal value in a heap |
| dequeue | Remove the front element of a queue |
| dequeue_back | Remove the back element of a deque |
| dequeue_front | Remove the front element of a deque |
| empty_binomial_heap | Construct an empty binomial heap |
| empty_closure_queue | Construct an empty closure based queue |
| empty_env_deque | Construct an empty deque |
| empty_env_queue | Construct an empty closure based queue |
| empty_extended_queue | Construct an empty extended queue |
| empty_lazy_queue | Creates an empty lazy queue |
| empty_leftist_heap | Construct an empty leftist heap |
| empty_list | Create an empty linked list. |
| empty_list_bag | Create an empty list bag. |
| empty_rebuild_queue | Create an empty "global rebuild" queue |
| empty_red_black_tree | Create empty red-black search tree |
| empty_search_tree | Create empty unbalanced search tree |
| empty_splay_heap | Construct an empty splay heap |
| empty_splay_tree | Create an empty splay search tree. |
| empty_stack | Create an empty stack. |
| empty_tree_bag | Create an empty tree bag. |
| enqueue | Add an element to a queue |
| enqueue_back | Add an element to the front of a deque |
| enqueue_front | Add an element to the front of a deque |
| find_minimal | Get the minimal value in a heap |
| front | Get the front element of a queue |
| insert | Insert a value into a data structure. |
| is_empty | Test if a data structure is empty |
| is_empty.binomial_heap | Test whether a binomial heap is empty |
| is_empty.leftist_heap | Test whether a leftist heap is empty |
| is_empty.splay_heap | Test whether a splay heap is empty |
| list_concatenate | Construct a list that is the concatenation of two other... |
| list_cons | Add a head item to a linked list. |
| list_drop_n | Get a new list containing the elements when n elements have... |
| list_get_n | Get a new list containing the first n elements of a list. |
| list_get_n_reversed | Get a new list containing the first n elements of a list... |
| list_head | Get the item at the head of a linked list. |
| list_length | Compute the length of a linked list |
| list_reverse | Reverse a list |
| list_tail | Get the tail of a linked list. |
| member | Check membership in a data structure |
| merge | Merge two data structures (of the same kind) |
| pop | Remove the top element from a stack. |
| push | Add an element to the top of a stack. |
| ral_cons | Construct a new random access list by prepending an element. |
| ral_head | Get the front element of a random access list |
| ral_is_empty | Check if a random access list is empty |
| ral_lookup | Get the value at a given index of a random access list. |
| ral_tail | Get the tail of a random access list |
| ral_update | Update the value at a given index of a random access list. |
| remove | Remove an element from a data structure |
| size | Get the size of a data structure |
| top | Get the top element of a stack. |
| vector_to_heap | Construct a heap from a vector of elements. |
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