def test_read_all_topoid(file):
q_topoid1 = QueryData("topoid1")
geometry = read(file, [q_topoid1])
assert len(geometry.columns) == 116
assert geometry[geometry.columns[0]].count() == 37
q_topoid2 = QueryData("topoid2")
geometry = read(file, [q_topoid2])
assert len(geometry.columns) == 6
assert geometry[geometry.columns[0]].count() == 4
def test_file_does_not_exist():
file = "tests/testdata/not_a_file.xns11"
query = QueryData("baseline")
with pytest.raises(FileExistsError):
assert read(file, [query])
def test_read_multiple_queries(file):
q1 = QueryData("topoid1", "reach1", 58.68)
q2 = QueryData("topoid2", "reach2", -50)
geometry = read(file, [q1, q2])
geometry_min = [666, 666]
geometry_min[0] = geometry[geometry.columns[1]].min()
geometry_min[1] = geometry[geometry.columns[3]].min()
assert pytest.approx(round(geometry_min[0], 3)) == 1626.16
assert pytest.approx(round(geometry_min[1], 3)) == 1611.42
def test_read_reach(file):
q_reach = QueryData("topoid2", "reach2")
geometry = read(file, [q_reach])
assert list(geometry.columns) == [
'x topoid2 reach2 -50.0',
'z topoid2 reach2 -50.0',
'x topoid2 reach2 64.376',
'z topoid2 reach2 64.376',
'x topoid2 reach2 135.0',
'z topoid2 reach2 135.0',
]
def test_read_bad_queries(file):
"""Querying data not available in the file must return an error"""
# Bad topo-id
with pytest.raises(DataNotFoundInFile) as excinfo:
read(file, [QueryData("bad_topoid")])
assert "bad_topoid" in str(excinfo.value)
# Bad reach name
with pytest.raises(DataNotFoundInFile) as excinfo:
read(file, [QueryData("topoid1", "bad_reach_name")])
assert "bad_reach_name" in str(excinfo.value)
# Bad chainage
with pytest.raises(DataNotFoundInFile) as excinfo:
read(file, [QueryData("topoid1", "reach1", 666)])
assert "666" in str(excinfo.value)
def test_read_single_query(file, query, expected_bottom):
geometry = read(file, query)
assert pytest.approx(round(geometry[geometry.columns[1]].min(),
3)) == expected_bottom
def test_read_multiple_reaches(file):
q_reach1 = QueryData("topoid1", "reach3")
q_reach4 = QueryData("topoid1", "reach4")
geometry = read(file, [q_reach1, q_reach4])
assert len(geometry.columns) == 104
