anchor.diff:      start_node(node1, Cfg),
       wait_for_value({height, 0}, [node1], NodeStartupTime, Cfg),
   
  +    inject_spend_txs(node1, patron(), 50, 1, 100),
  +
       wait_for_value({height, Length}, [node1], Length * ?MINING_TIMEOUT, Cfg),
   
       B1 = get_block(node1, Length),
  
positive.code: %% Note that Node1 must be considerably ahead to make sure Node2 does not
  %% create a fork with higher difficulty in the time Node1 restarts.
  stop_and_continue_sync(Cfg) ->
      BlocksPerSecond = proplists:get_value(blocks_per_second, Cfg),
      NodeStartupTime = proplists:get_value(node_startup_time, Cfg),
  
      %% Create a chain long enough to need 10 seconds to fetch it
  
negative.code:     connect_node(net2_node1, net1, Cfg),
      connect_node(net2_node2, net1, Cfg),
      T0 = erlang:system_time(millisecond),
  
      inject_spend_txs(net1_node1, patron(), 20, 21, 100),
      inject_spend_txs(net2_node1, patron(), 20, 21, 100),
  
      %% Mine Length blocks, this may take longer than ping interval
      %% if so, the chains should be in sync when it's done.
  