pydistsim.demo_algorithms.niculescu2003.dvhop.DVHop

class DVHop(*args, **kwargs)[source]

Data is {landmark: [x,y,hop_count], …}

Methods

`__init__`
`add_observers`
`alarm`
`apply_restrictions`	Apply all applicable restrictions.
`block_inbox`	Block the inbox of a node, so that only messages that satisfy the filter can be processed.
`check_algorithm_initialization`	Check if the algorithm's current state matches the expected initial state.
`check_algorithm_termination`	Check if the algorithm's current state matches the expected termination state.
`check_restrictions`	Check if the restrictions are satisfied.
`clear_observers`
`close`	Close the inbox of the node for a specific neighbor.
`default`
`disable_alarm`	Disable an alarm.
`disable_all_node_alarms`	Disable all alarms set for the node.
`handle_flood_message`
`initializer`	Starts in every node satisfying initiator condition.
`initiator_condition`
`initiator_data`
`is_halted`	Check if the distributed algorithm has come to an end or deadlock, i.e. there are no messages to pass and no alarms set.
`is_initialized`
`notify_observers`
`open`	Open the inbox of the node for a specific neighbor.
`recalculate_hopsize`
`receiving`
`receiving_FLOODING`
`reset`	Reset the algorithm to its initial state.
`send`	Send content to destination, with header.
`send_msg`	Send a message to nodes listed in message's destination field.
`set_alarm`	Set an alarm for the node.
`spontaneously`
`spontaneously_INITIATOR`
`step`
`unblock_inbox`	Unblock the inbox of a node, so that all messages can be processed.
`update_alarm_time`	Update the time of an alarm by adding a time difference.

Attributes

`INI`
`S_init`	Tuple of statuses that nodes should have at the beginning of the algorithm.
`S_term`	Tuple of statuses that nodes should have at the end of the algorithm.
`algorithm_restrictions`	Tuple of restrictions that must be satisfied for the algorithm to run.
`default_params`
`network`
`required_params`
`nwm`	Node wrapper manager.