def test_multi_coverage_simple(self):
"""Simple test, paris and lima are in the same region, should be easy"""
self._mock_function(['france'], ['france'])
region = compute_regions(self.args)
assert region == self.regions['france'].name
def test_multi_coverage_overlap(self):
"""orig as 2 possible region and dest one"""
self._mock_function(['france', 'peru'], ['peru'])
region = compute_regions(self.args)
assert region == self.regions['peru'].name
def test_multi_coverage_overlap_chose_non_free(self):
"""orig as 2 possible region and destination 3, we want to chose the france because equador is free"""
self._mock_function(['france', 'equador'],
['france', 'peru', 'equador'])
region = compute_regions(self.args)
assert region == self.regions['france'].name
def test_multi_coverage_overlap_chose_non_free2(self):
"""all regions and overlaping, we have to return one of the non free region (we don't know which one)"""
self._mock_function(['france', 'equador', 'peru', 'bolivia'],
['france', 'equador', 'peru', 'bolivia'])
region = compute_regions(self.args)
assert region in [
self.regions['france'].name, self.regions['peru'].name
]
def test_multi_coverage_overlap_chose_non_free(self):
"""orig as 2 possible region and destination 3, we want to have france first because equador is free"""
self._mock_function(['france', 'equador'],
['france', 'peru', 'equador'])
regions = compute_regions(self.args)
assert len(regions) == 2
print("regions ==> {}".format(regions))
assert regions[0].name == self.regions['france'].name
assert regions[1].name == self.regions['equador'].name
def test_multi_coverage_overlap_chose_with_non_free_and_priority(self):
"""
all regions are overlaping,
regions are sorted by priority desc
"""
self._mock_function(['france', 'netherlands', 'germany'],
['france', 'netherlands', 'germany'])
regions = compute_regions(self.args)
assert len(regions) == 3
print("regions ==> {}".format(regions))
assert regions[0].name == self.regions['germany'].name
assert regions[1].name == self.regions['netherlands'].name
assert regions[2].name == self.regions['france'].name
def test_multi_coverage_overlap_chose_non_free2_with_priority_zero(self):
"""
all regions are overlaping,
we have to have the non free first then the free (but we don't know which one)
"""
self._mock_function(['france', 'equador', 'peru', 'bolivia'],
['france', 'equador', 'peru', 'bolivia'])
regions = compute_regions(self.args)
assert len(regions) == 4
print("regions ==> {}".format(regions))
assert set([regions[0].name, regions[1].name]) == set(
[self.regions['france'].name, self.regions['peru'].name])
assert set([regions[2].name, regions[3].name]) == set(
[self.regions['equador'].name, self.regions['bolivia'].name])
def test_multi_coverage_diff_multiple_region(self):
"""orig and dest are in different multiple regions"""
self._mock_function(['france', 'bolivia'], ['peru', 'equador'])
compute_regions(self.args)
def test_multi_coverage_no_region(self):
"""no orig not dest"""
self._mock_function(None, None)
compute_regions(self.args)
def test_multi_coverage_no_region(self):
"""no orig """
self._mock_function(None, ['peru'])
compute_regions(self.args)
def test_multi_coverage_diff_region(self):
"""orig and dest are in different region"""
self._mock_function(['france'], ['peru'])
compute_regions(self.args)