def test_traceable_matrix(app):
app.build()
storage = TraceablesStorage(app.env)
# Construct a traceable matrix.
forward = "children"
backward = storage.get_relationship_opposite(forward)
matrix = TraceableMatrix(forward, backward)
for traceable in storage.traceables_set:
relatives = traceable.relationships.get(forward, ())
for relative in relatives:
matrix.add_traceable_pair(traceable, relative)
# Verify correct primaries and secondaries.
eq_([t.tag for t in matrix.primaries], [u"CEPHEUS", u"SAGITTA"])
eq_([t.tag for t in matrix.secondaries], [u"AQUILA", u"AURIGA", u"LYRA"])
# Verify correct splitting of traceable matrix.
submatrices = matrix.split(2)
eq_(len(submatrices), 2)
verify_submatrices(matrix, submatrices)
submatrices = matrix.split(2, 1)
eq_(len(submatrices), 4)
verify_submatrices(matrix, submatrices)
submatrices = matrix.split(1)
eq_(len(submatrices), 3)
verify_submatrices(matrix, submatrices)
submatrices = matrix.split(None, 1)
eq_(len(submatrices), 2)
verify_submatrices(matrix, submatrices)
def test_traceable_matrix(app, status, warning):
app.build()
storage = TraceablesStorage(app.env)
# tree = ElementTree.parse(app.outdir / "index.xml")
# pretty_print_xml(tree.getroot())
# Construct a traceable matrix.
forward = "children"
backward = storage.get_relationship_opposite(forward)
matrix = TraceableMatrix(forward, backward)
for traceable in storage.traceables_set:
relatives = traceable.relationships.get(forward, ())
for relative in relatives:
matrix.add_traceable_pair(traceable, relative)
# Verify correct primaries and secondaries.
eq_([t.tag for t in matrix.primaries], [u"CEPHEUS", u"SAGITTA"])
eq_([t.tag for t in matrix.secondaries], [u"AQUILA", u"AURIGA", u"LYRA"])
# Verify correct splitting of traceable matrix.
submatrices = matrix.split(2)
eq_(len(submatrices), 2)
verify_submatrices(matrix, submatrices)
submatrices = matrix.split(2, 1)
eq_(len(submatrices), 4)
verify_submatrices(matrix, submatrices)
submatrices = matrix.split(1)
eq_(len(submatrices), 3)
verify_submatrices(matrix, submatrices)
submatrices = matrix.split(None, 1)
eq_(len(submatrices), 2)
verify_submatrices(matrix, submatrices)
def test_traceable_matrix_calculate_ranges():
matrix = TraceableMatrix("forward", "backward")
eq_(matrix.calculate_ranges(5, None), [(0, 5)])
eq_(matrix.calculate_ranges(5, 0), [(0, 5)])
eq_(matrix.calculate_ranges(5, 1), [(0, 1), (1, 2), (2, 3), (3, 4),
(4, 5)])
eq_(matrix.calculate_ranges(5, 2), [(0, 2), (2, 4), (4, 5)])
eq_(matrix.calculate_ranges(5, 3), [(0, 3), (3, 5)])
eq_(matrix.calculate_ranges(5, 4), [(0, 4), (4, 5)])
eq_(matrix.calculate_ranges(5, 5), [(0, 5)])
eq_(matrix.calculate_ranges(5, 6), [(0, 5)])
def test_traceable_matrix_calculate_ranges():
matrix = TraceableMatrix("forward", "backward")
eq_(matrix.calculate_ranges(5, None), [(0, 5)])
eq_(matrix.calculate_ranges(5, 0), [(0, 5)])
eq_(matrix.calculate_ranges(5, 1), [(0, 1), (1, 2), (2, 3), (3, 4),
(4, 5)])
eq_(matrix.calculate_ranges(5, 2), [(0, 2), (2, 4), (4, 5)])
eq_(matrix.calculate_ranges(5, 3), [(0, 3), (3, 5)])
eq_(matrix.calculate_ranges(5, 4), [(0, 4), (4, 5)])
eq_(matrix.calculate_ranges(5, 5), [(0, 5)])
eq_(matrix.calculate_ranges(5, 6), [(0, 5)])
