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# a BDB::Lockid object is created by the method lock, lock_id
class BDB::Lockid
#The lock_get function acquires a lock from the lock table, it return
#an object <em>BDB::Lock</em>
#
#<em>string</em> specifies the object to be locked or released.
#
#<em>mode</em> is an index into the environment's lock conflict array
#
#<em>flags</em> value must be set to 0 or the value <em>BDBD::LOCK_NOWAIT</em>
#in this case if a lock cannot be granted because the requested
#lock conflicts with an existing lock, raise an error <em>BDB::LockGranted</em>
#
def get(string, mode , flags = 0)
end
#same than <em> get</em>
def lock_get(string, mode [, flags])
end
#The <em>lock_vec</em> function atomically obtains and releases one or more
#locks from the lock table. The <em>lock_vec</em> function is intended to
#support acquisition or trading of multiple locks under one lock table
#semaphore, as is needed for lock coupling or in multigranularity
#locking for lock escalation.
#
#* <em>array</em>
# ARRAY of HASH with the following keys
#
# * <em>"op"</em>
# the operation to be performed, which must be set to one
# of the following values <em>BDB::LOCK_GET</em>, <em>BDB::LOCK_PUT</em>,
# <em>BDB::LOCK_PUT_ALL</em> or <em>BDB::LOCK_PUT_OBJ</em>
#
# * <em>"obj"</em>
# the object (String) to be locked or released
#
# * <em>"mode"</em>
# is an index into the environment's lock conflict array
#
# * <em>"lock"</em>
# an object <em>BDB::Lock</em>
#
#* <em>flags</em>
# value must be set to 0 or the value <em>BDBD::LOCK_NOWAIT</em>
# in this case if a lock cannot be granted because the requested
# lock conflicts with an existing lock, raise an error
# <em>BDB::LockGranted</em>return immediately
#
def vec(array , flags = 0)
end
#same than <em> vec</em>
def lock_vec(array [, flags])
end
end
class BDB::Lock
#The <em>lock_put</em> function releases lock from the lock table.
#
def put()
end
#same than <em> put</em>
def lock_put()
end
#same than <em> put</em>
def release()
end
#same than <em> put</em>
def delete()
end
end
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