from unittest.mock import MagicMock, patch
from miscutils.testing import relative_patch_maker
from starlette.testclient import TestClient
from selectedtests.app.evergreen import __name__ as helpers_ns
NS = "selectedtests.app.controllers.project_test_mappings_controller"
helpers_patch = relative_patch_maker(helpers_ns)
def ns(relative_name):
"""Return a full name from a name relative to the tested module"s name space."""
return NS + "." + relative_name
@patch(ns("get_correlated_test_mappings"))
@helpers_patch("get_evg_project")
def test_GET_test_mappings_found_with_threshold_param(
get_evg_project_mock, get_correlated_test_mappings_mock,
app_client: TestClient):
project = "valid-evergreen-project"
get_evg_project_mock.return_value = MagicMock(identifier=project)
get_correlated_test_mappings_mock.return_value = [
"test_mapping_1", "test_mapping_2"
]
response = app_client.get(
f"/projects/{project}/test-mappings?changed_files=src/file1.js,src/file2.js&threshold=.5"
)
assert response.status_code == 200
"""
E-Divisive related tests.
"""
import numpy as np
from miscutils.testing import relative_patch_maker
from signal_processing_algorithms.e_divisive import default_implementation
from signal_processing_algorithms.e_divisive.calculators import __name__ as patchable
patch = relative_patch_maker(patchable)
class OldEDivisive(object):
"""
This is the original O(n^2) E-Divisive implementation as described in the whitepaper.
It is here for comparison purposes only and to allow the q values to
be generated if further tests are added.
NOTE: This is why I have disabled some pylint checks.
NOTE: This implementation is purely to provide a 'canonical' implementation for
test purposes. It is not efficient and will not be optimized.
"""
# Implementing change-point detection algorithm from https://arxiv.org/pdf/1306.4933.pdf
def qs(self, series: np.ndarray):
"""
Find Q-Hat values for all candidate change points
:param series: the points to process