def test_redundant_paths_spinn7_via_router_require_turn():
the_machine = machine.Machine('spinn-7', type="spinn4")
src_vertex_constraints = lib_map.VertexConstraints(x=0, y=0)
src_vrt = graph.Vertex(1,models.IF_curr_exp,
constraints=src_vertex_constraints)
src_sub_vert = graph.Subvertex(src_vrt, 0,1)
dest_vertex_constraints = lib_map.VertexConstraints(x=2, y=3)
dest_vrt = graph.Vertex(1,models.IF_curr_exp,
constraints=dest_vertex_constraints)
dest_sub_vert = graph.Subvertex(dest_vrt, 0,1)
dest_sub_vert2 = graph.Subvertex(dest_vrt, 0,1)
edge = graph.Edge(None, src_vrt, dest_vrt)
sbedge = graph.Subedge(edge, src_sub_vert, dest_sub_vert)
sbedge2 = graph.Subedge(edge, src_sub_vert, dest_sub_vert2)
dao_object = dao
#place vertexes in correct cores
placements = Placer.place_raw(the_machine,
[src_sub_vert, dest_sub_vert,
dest_sub_vert2])
dao.placements = placements
routings = dijkstra_routing.DijkstraRouting.\
route_raw(the_machine, [src_sub_vert, dest_sub_vert, dest_sub_vert2])
inconsistant_routings, redundant_paths = \
Router.check_for_inconsistant_routings(the_machine)
assert(len(redundant_paths) > 0)
assert(len(inconsistant_routings) == 0)
Router.redundant_path_removal(redundant_paths, the_machine)
inconsistant_routings, redundant_paths = \
Router.check_for_inconsistant_routings(the_machine)
assert(len(redundant_paths) == 0)
assert(len(inconsistant_routings) == 0)
def test_redundant_paths_spinn7_via_router_same_chip():
the_machine = machine.Machine('spinn-7', type="spinn4")
src_vertex_constraints = lib_map.VertexConstraints(x=0, y=0, p=2)
src_vrt = graph.Vertex(1, models.IF_curr_exp,
constraints=src_vertex_constraints)
src_sub_vert = graph.Subvertex(src_vrt, 0,1)
dest_vertex_constraints = lib_map.VertexConstraints(x=0, y=0, p=5)
dest_vrt = graph.Vertex(1, models.IF_curr_exp,
constraints=dest_vertex_constraints)
dest_sub_vert = graph.Subvertex(dest_vrt, 0,1)
dest_sub_vert2 = graph.Subvertex(dest_vrt, 0,1)
dest_vertex_constraints2 = lib_map.VertexConstraints(x=0, y=0, p=6)
dest_vrt2 = graph.Vertex(1, models.IF_curr_exp,
constraints=dest_vertex_constraints2)
dest_sub_vert2 = graph.Subvertex(dest_vrt2, 0, 1)
edge = graph.Edge(None, src_vrt, dest_vrt)
sbedge = graph.Subedge(edge, src_sub_vert, dest_sub_vert)
sbedge2 = graph.Subedge(edge, src_sub_vert, dest_sub_vert2)
dao_object = dao
#place vertexes in correct cores
placements = Placer.place_raw(the_machine,
[src_sub_vert, dest_sub_vert,
dest_sub_vert2])
dao.placements = placements
routings = dijkstra_routing.\
DijkstraRouting.route_raw(the_machine,
[src_sub_vert, dest_sub_vert,
dest_sub_vert2])
inconsistant_routings, redundant_paths = \
Router.check_for_inconsistant_routings(the_machine)
assert(len(redundant_paths) > 0)
assert(len(inconsistant_routings) == 0)
#print "entry {} and entry {}".format(redundant_paths[0][2].route, redundant_paths[0][3].route)
Router.redundant_path_removal(redundant_paths, the_machine)
inconsistant_routings, redundant_paths = \
Router.check_for_inconsistant_routings(the_machine)
assert(len(redundant_paths) == 0)
assert(len(inconsistant_routings) == 0)
for key in the_machine.chips[0][0].router.cam.keys():
entry_list = the_machine.chips[0][0].router.cam.get(key)
assert(len(entry_list) == 1)
#print "entry is {}".format(entry_list[0].route)
assert(entry_list[0].route == 6144)
