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-- switches the table to the mode of automatic memory allocation
-- for new slots; it can be necessary only if 'allocate_manually'
-- was called before because, by default, all types of the tables
-- allocate memory automatically
-- forbids the table to allocate memory for new slots automatically
-- and sets the total amount of slots allocated in the table to be
-- equal to 'new_capacity' - being negligent after that in manual
-- allocating extra slots for new entries to be put might lead to
-- the exception of type SCIF ("container is full")
--
-- tells the container if the keys of its entries must be unigue
-- puts all entries from 'other' into the table
-- adds the new entry into the structure
-- deletes the entry from the table
-- deletes all the entries items of which associated with key 'k'
-- looks for the key: after every successful attempt 'found' is
-- set to true and 'found_item' - to an element (item) associated
-- with key 'k'; in case of failure 'found' is set to false
-- remove all entries from the table
-- gives the number of all slots allocated in the table (all types
-- of the tables may have not only slots occupied by the entries
-- already put into but unused ones also)
-- gives the number of the entries items of which associated with
-- key 'k'; if 'unique_items = true' then the number can be equal
-- only to zero or one
-- delivers all the keys (without duplicates) currently stored in
-- the table
-- delivers a new cursor positioned to the entry; if there is no
-- such entry currently stored in the table Void is delivered
-- is the entry currently stored in the table ?
-- delivers the element or item of the entry the cursor is
-- positioned to
-- delivers all the elements (items) currently stored in the
-- table and associated with key 'k'
-- the key of the entry the cursor is positioned to
INDEX | CLUSTER | FEATURES | SHORT | FRAMES | NO FRAMES |