| allocated_size() const | dcpp::nub::array< T, TAlloc > | inline |
| allocator_type typedef (defined in dcpp::nub::array< T, TAlloc >) | dcpp::nub::array< T, TAlloc > | |
| array() | dcpp::nub::array< T, TAlloc > | inline |
| array(dcpp::uint32_kt start_count) | dcpp::nub::array< T, TAlloc > | inlineexplicit |
| array(const array< T, TAlloc > &other) | dcpp::nub::array< T, TAlloc > | inline |
| binary_search(const T &element) | dcpp::nub::array< T, TAlloc > | inline |
| binary_search(const T &element) const | dcpp::nub::array< T, TAlloc > | inline |
| binary_search(const T &element, dcpp::int32_kt left, dcpp::int32_kt right) const | dcpp::nub::array< T, TAlloc > | inline |
| binary_search_multi(const T &element, dcpp::int32_kt &last) | dcpp::nub::array< T, TAlloc > | inline |
| clear() | dcpp::nub::array< T, TAlloc > | inline |
| const_pointer() const | dcpp::nub::array< T, TAlloc > | inline |
| empty() const | dcpp::nub::array< T, TAlloc > | inline |
| equals(const T *otherData, dcpp::uint32_kt size) const | dcpp::nub::array< T, TAlloc > | inline |
| erase(dcpp::uint32_kt index) | dcpp::nub::array< T, TAlloc > | inline |
| erase(dcpp::uint32_kt index, dcpp::int32_kt count) | dcpp::nub::array< T, TAlloc > | inline |
| getLast() | dcpp::nub::array< T, TAlloc > | inline |
| getLast() const | dcpp::nub::array< T, TAlloc > | inline |
| insert(const T &element, dcpp::uint32_kt index=0) | dcpp::nub::array< T, TAlloc > | inline |
| linear_reverse_search(const E &element) const | dcpp::nub::array< T, TAlloc > | inline |
| linear_search(const E &element) const | dcpp::nub::array< T, TAlloc > | inline |
| operator!=(const array< T, TAlloc > &other) const | dcpp::nub::array< T, TAlloc > | inline |
| operator=(const array< T, TAlloc > &other) | dcpp::nub::array< T, TAlloc > | inline |
| operator==(const array< T, TAlloc > &other) const | dcpp::nub::array< T, TAlloc > | inline |
| operator[](dcpp::uint32_kt index) | dcpp::nub::array< T, TAlloc > | inline |
| operator[](dcpp::uint32_kt index) const | dcpp::nub::array< T, TAlloc > | inline |
| pointer() | dcpp::nub::array< T, TAlloc > | inline |
| push_back(const T &element) | dcpp::nub::array< T, TAlloc > | inline |
| push_front(const T &element) | dcpp::nub::array< T, TAlloc > | inline |
| reallocate(dcpp::uint32_kt new_size, bool canShrink=true) | dcpp::nub::array< T, TAlloc > | inline |
| set_data(const T *newData, dcpp::uint32_kt newSize, bool newDataIsSorted=false, bool canShrink=false) | dcpp::nub::array< T, TAlloc > | inline |
| set_free_when_destroyed(bool f) | dcpp::nub::array< T, TAlloc > | inline |
| set_pointer(T *newPointer, dcpp::uint32_kt size, bool _is_sorted=false, bool _free_when_destroyed=true) | dcpp::nub::array< T, TAlloc > | inline |
| set_sorted(bool _is_sorted) | dcpp::nub::array< T, TAlloc > | inline |
| set_used(dcpp::uint32_kt usedNow) | dcpp::nub::array< T, TAlloc > | inline |
| setAllocStrategy(eAllocStrategy newStrategy=ALLOC_STRATEGY_DOUBLE) | dcpp::nub::array< T, TAlloc > | inline |
| size() const | dcpp::nub::array< T, TAlloc > | inline |
| size_type typedef (defined in dcpp::nub::array< T, TAlloc >) | dcpp::nub::array< T, TAlloc > | |
| sort() | dcpp::nub::array< T, TAlloc > | inline |
| swap(array< T, TAlloc > &other) | dcpp::nub::array< T, TAlloc > | inline |
| value_type typedef (defined in dcpp::nub::array< T, TAlloc >) | dcpp::nub::array< T, TAlloc > | |
| ~array() | dcpp::nub::array< T, TAlloc > | inline |
