def test_srjc_ucla():
with open(TEST_FILE_PATH + "SRC_to_UCLA.json") as f:
ucla = json.load(f)
frontend_obj = matgen.generate_matrix([ucla])
with open(OUTPUT_FILE_PATH + 'srjc-ucla-out.json', 'w') as fp:
json.dump(frontend_obj, fp)
pprint.pprint(frontend_obj)
def test_srjc_ssu():
with open(TEST_FILE_PATH + "SRC_to_SSU.json") as f:
ssu = json.load(f)
frontend_obj = matgen.generate_matrix([ssu])
with open(OUTPUT_FILE_PATH + 'srjc-ssu-out.json', 'w') as fp:
json.dump(frontend_obj, fp)
pprint.pprint(frontend_obj)
def test_generate_matrix_single_agreement():
with open(TEST_FILE_PATH + "test1/dbformat.json") as f:
test1_db = json.load(f)
with open(TEST_FILE_PATH + "test1/frontend-ready.json") as f:
test1_frontend = json.load(f)
frontend_obj = matgen.generate_matrix([test1_db])
pprint.pprint(frontend_obj)
assert_lookup_equal(frontend_obj['lookup'], test1_frontend['lookup'])
# TODO: Write helper function to check if equivalency matrix is equal, ignoring order of rows,
# but maintaining unit/class groupings and AND/OR row relationships.
assert frontend_obj['equivalencyMatrix'] == test1_frontend[
'equivalencyMatrix']
def test_generate_matrix_three_agreements():
with open(TEST_FILE_PATH + "test2/school1-db.json") as f:
school1 = json.load(f)
with open(TEST_FILE_PATH + "test2/school2-db.json") as f:
school2 = json.load(f)
with open(TEST_FILE_PATH + "test2/school3-db.json") as f:
school3 = json.load(f)
with open(TEST_FILE_PATH + "test2/frontend-ready.json") as f:
frontend_ready = json.load(f)
frontend_obj = matgen.generate_matrix([school1, school2, school3])
pprint.pprint(frontend_obj)
assert_lookup_equal(frontend_obj['lookup'], frontend_ready['lookup'])
assert frontend_obj['equivalencyMatrix'] == frontend_ready[
'equivalencyMatrix']
def test_all_three():
with open(TEST_FILE_PATH + "SRC_to_SJSU.json") as f:
sjsu = json.load(f)
with open(TEST_FILE_PATH + "SRC_to_SSU.json") as f:
ssu = json.load(f)
with open(TEST_FILE_PATH + "SRC_to_UCLA.json") as f:
ucla = json.load(f)
frontend_obj = matgen.generate_matrix([sjsu, ssu, ucla])
with open(OUTPUT_FILE_PATH + 'combined-out.json', 'w') as fp:
json.dump(frontend_obj, fp)
pprint.pprint(frontend_obj)
# ## Uncomment this if you want to see the output on pytest
# assert False
def test_generate_matrix_rel2next():
with open(TEST_FILE_PATH + "test3/school1-db.json") as f:
school1 = json.load(f)
with open(TEST_FILE_PATH + "test3/school2-db.json") as f:
school2 = json.load(f)
with open(TEST_FILE_PATH + "test3/school3-db.json") as f:
school3 = json.load(f)
with open(TEST_FILE_PATH + "test3/frontend-ready.json") as f:
frontend_ready = json.load(f)
frontend_obj = matgen.generate_matrix([school1, school2, school3])
# pprint.pprint(frontend_obj)
print("expected matrix:")
pprint.pprint(frontend_ready['equivalencyMatrix'])
print("actual matrix:")
pprint.pprint(frontend_obj['equivalencyMatrix'])
assert_lookup_equal(frontend_obj['lookup'], frontend_ready['lookup'])
assert frontend_obj['equivalencyMatrix'] == frontend_ready[
'equivalencyMatrix']
def agreements():
app.logger.info(request.args.to_dict())
num = int(request.args.get('num'))
ids = []
for x in range(0, num):
ids.append(request.args.get('id' + str(x)))
app.logger.info("the IDs are")
app.logger.info(ids)
agreement_jsons = []
for x in range(0, num):
#app.logger.info(db.get_agreement( ids[x] ))
agreement_jsons.append(json.loads(db.get_agreement(ids[x])))
##pprint.pprint(agreement_jsons)
finalMatrix = matrix_generator.generate_matrix(agreement_jsons)
pprint.pprint(finalMatrix)
return finalMatrix
