Anders and Briegel in Python
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  1. import json
  2. import networkx as nx
  3. from abp import GraphState, fancy
  4. from abp import clifford
  5. from abp.util import xyz
  6. from mock import simple_graph
  7. def test_json_basic():
  8. """ Test that we can export to JSON """
  9. g = simple_graph()
  10. js = g.to_json()
  11. assert "adj" in js
  12. assert "node" in js
  13. def test_tuple_keys():
  14. """ Test that we can use tuple-ish keys """
  15. g = fancy.GraphState()
  16. g.add_qubit("string")
  17. g.add_qubit((1, 2, 3))
  18. g.add_edge((1, 2, 3), "string")
  19. json.dumps(g.to_json(True))
  20. def networkx_test():
  21. """ Test that fancy graph states really behave like networkx graphs """
  22. g = fancy.GraphState()
  23. g.add_qubit(0, position=xyz(10, 0, 0))
  24. g.add_qubit(1, position=xyz(1, 0, 0))
  25. g.act_hadamard(0)
  26. g.act_hadamard(1)
  27. g.act_cz(0, 1)
  28. g.copy()
  29. def test_from_nx():
  30. """ Test that making graphs from networkx objects goes smoothly """
  31. g = nx.random_geometric_graph(100, 2)
  32. psi = fancy.GraphState(g)
  33. assert psi.node[0]["vop"] == 0
  34. assert len(psi.edges()) > 0
  35. psi.measure(0, "px", detail=True)
  36. psi = fancy.GraphState(nx.Graph(((0, 1),)))