Types

• using time_point = clock::time_point
• using clock = std::chrono::steady_clock
• using version_type = uint64_t
• using container_type = std::unordered_map< sys::socket_address, hierarchy_node >
• using socket_address_array = std::vector< sys::socket_address >
• using resource_array = sbn::resource_array

Methods

• read(sbn::kernel_buffer & in) -> void
• write(sbn::kernel_buffer & out) const -> void
• total_threads() const -> uint64_t
• last_modified(time_point rhs) -> void
• last_modified() const -> time_point
• increment_version() -> void
• version(version_type rhs) -> void
• version() const -> version_type
• resources(const resource_array & rhs) -> void
• resources() const -> const resource_array &

  The sum of all the resources (e.g. thread concurrency) of each cluster node "behind" this one in the hierarchy.

• superior_socket_address(const sys::socket_address & rhs) -> void
• superior_socket_address() const -> const sys::socket_address &
• socket_address(const sys::socket_address & rhs) -> void
• socket_address() const -> const sys::socket_address &
• has_superior() const -> bool
• operator!=(const hierarchy_node & rhs) const -> bool
• operator==(const hierarchy_node & rhs) const -> bool
• clear() -> void
• hierarchy_node(const resource_array & w)explicit
• hierarchy_node(const sys::socket_address & a, const resource_array & w)explicit
• operator=(hierarchy_node &&) -> hierarchy_node &
• hierarchy_node(hierarchy_node &&)
• operator=(const hierarchy_node &) -> hierarchy_node &
• hierarchy_node(const hierarchy_node &)
• ~hierarchy_node()
• hierarchy_node()

Friends

• operator<<