def test_create_mapping_between_test_and_function(with_database):
file = SourceFile.get_by_file_path("one.r")
testCase = TestCase.create("apoijwdapoijwd", file.fileID)
function = Function.create("paoiwdjaowidj", file.fileID)
testCase.create_mapping(function)
function = Function.get_by_name_and_file_id(function.name, file.fileID)
assert testCase.name in function.testCaseNames
def test_assigns_all_fields_but_exercised_with_mappings(with_database):
file = SourceFile.create("blah.r", 0, ".")
testCase = TestCase.create("apoijwdapoijwd", file.fileID)
assert testCase.filesExercised is None or len(testCase.filesExercised) == 0
assert testCase.functionsExercised is None or len(
testCase.functionsExercised) == 0
assert testCase.fileIdsExercised is not None and file.fileID in testCase.fileIdsExercised
assert testCase.testCaseID is not None
assert testCase.name is not None
def test_assigns_all_fields_with_mappings(with_database):
file = SourceFile.get_by_file_path("one.r")
testCase = TestCase.create("apoijwdapoijwd", file.fileID)
function = Function.create("paoiwdjaowidj", file.fileID)
testCase.create_mapping(function)
assert testCase.filesExercised is not None
assert testCase.functionsExercised is not None
assert testCase.fileIdsExercised is not None
assert testCase.testCaseID is not None
assert testCase.name is not None
def parseRTests():
curString = ""
status = 0 # not found anything yet
# fullTests = []
testMapping = dict()
testFileNameMapping = dict()
for filename in os.listdir("AnomalyDetection/tests/testthat"):
if filename.endswith(".R") and filename.startswith("test-"):
testFilename = filename
newTestFilenames = []
with open(
os.path.join("AnomalyDetection/tests/testthat/",
filename)) as fp:
# content = fp.read()
# print(content)
count = 0
line = fp.readline()
while line:
# print(line)
if "test_that" in line:
status = 1
curString += line
elif status == 1:
curString += line
if curString.count('(') == curString.count(
')') and status == 1:
status = 0
#fullTests.append(curString)
newTestFilename = filename[:-2] + "-" + str(
count) + ".R"
newTestFilenames.append(newTestFilename)
text_file = open(newTestFilename, "w")
text_file.write(curString)
text_file.close()
testMapping[newTestFilename] = curString
curString = ""
count += 1
line = fp.readline()
testFileNameMapping[testFilename] = newTestFilenames
# nestedExpr('(',')').parseString(content).asList()
# print(nestedExpr)
# for test in fullTests:
# print("TEST")
# print(test)
# return fullTests
src = "AnomalyDetection"
rCode = "AnomalyDetection"
repo = Repository.get_by_path(src)
repo = Repository.create(src) if not repo else repo
# Add files to files table
for f in testFileNameMapping.keys():
filePath = os.path.join(rCode, f)
if len(f) > 0:
file = SourceFile.get_by_file_path(filePath)
if not file:
file = SourceFile.create(filePath, 1, repo.path)
funcs = testFileNameMapping[f]
for func in funcs:
testCase = TestCase.get_by_name_and_file_id(func, file.fileID)
if not testCase:
testCase = TestCase.create(func, file.fileID)
return testMapping
def test_create(with_database):
file = SourceFile.get_by_file_path("one.r")
testCase = TestCase.create("someTest", file.fileID)
assert testCase is not None
assert testCase.name == "someTest"
