BloombergLP::bslalg::HashTableBucket

Name

Description

countElements

Return the number of nodes in this hash bucket.

end

Return the next node after the end of this bucket, or 0 if 0 == last(), so the range to traverse to traverse all nodes in the bucket is always [ first(), end() )] regardless of whether the bucket is empty.

first

Return the address of the first element in this hash bucket, or a null pointer value if the bucket is empty.

last

Return the address of the last element in this hash bucket, or a null pointer value if the bucket is empty.

reset

Set first and last to a null pointer value.

setFirst

Set the first element of this bucket to the specified node. The behavior is undefined unless node is an element from the same bidirectional list as the last element in this bucket, and node either precedes last in that list, or is the same node, or this bucket is empty and node has a null pointer value.

setFirstAndLast

Set first and last to the specified values. Behavior is undefined unless unless first == last, or unless first and last are links from the same list, where first precedes last in the list. Note that first and last may both have a null pointer value, indicating an empty bucket.

setLast

Set the last element of this bucket to the specified node. The behavior is undefined unless node is an element from the same bidirectional list as the first element in this bucket, and node either follows first in that list, or is the same node, or this bucket is empty and node has a null pointer value.

operator BloombergLP::bslmf::NestedTraitDeclaration<HashTableBucket, IsBitwiseCopyable>

Declare HashTableBucket as bitwise copyable.

Name

Description

d_first_p

Address of the first node in this bucket, or 0 if empty.

d_last_p

Address of the last node in this bucket, or 0 if empty.

Name

Description

operator!=

Return true if the specified hash table buckets lhs and rhs are not equivalent and false otherwise.

operator==

Return true if the specified hash table buckets lhs and rhs are equivalent and false otherwise.