def _runJavaTest(ctx, studentDir: str, codeDir: str, assignment: Assignment,
testId: str, testDir: str, filter: Optional[str],
hasTests: bool, isStudent: bool):
cfg = ctx.cfg
if filter is None:
filter = '*'
gradleProps = {
'testFilter': filter,
'testDir': testDir,
'studentDir': codeDir
}
gradlePropArgs = []
for k, v in gradleProps.items():
gradlePropArgs.append(f'-P{k}={v}')
print()
print(blue(f"Starting test {testId}"))
with shell.workingDir(cfg.baseDir):
if not shell.isFile('build.gradle'):
abort(f'No build.gradle file in {cfg.baseDir}, aborting')
if not hasTests:
gradleCmd = 'compileJava'
else:
gradleCmd = 'test'
cmd = [cfg.gradlePath] + gradlePropArgs + [gradleCmd, '--rerun-tasks']
print(f'Executing {" ".join(cmd)}')
logFileName = shell.pjoin(studentDir, f'OUTPUT_{testId}.txt')
with shell.createTee([shell.TEE_STDOUT, logFileName]) as tee:
result = shell.run(cmd,
onError='ignore',
stderrToStdout=True,
captureStdout=tee)
output = open(logFileName, 'r').read()
if result.exitcode == 0:
print(green(f'Test {testId} OK'))
else:
print(red(f'Test {testId} FAILED, see above'))
result = Result.parseResult(output)
prefix = 'S' if isStudent else ''
ctx.storeTestResultInSpreadsheet(studentDir, assignment, testId,
[prefix + 'C'],
0 if result.compileError else 1)
if hasTests:
ctx.storeTestResultInSpreadsheet(studentDir, assignment, testId,
[prefix + 'T'], result.ratio())
def runJavaTests(cfg: Config, args: TestArgs, studentDir: str, assignment: Assignment):
gradleProps = {
'testFilter': assignment.getValue('test-filter'),
'testDir': cfg.testDir,
'studentDir': studentDir
}
gradlePropArgs = []
for k, v in gradleProps.items():
gradlePropArgs.append(f'-P{k}={v}')
print()
with shell.workingDir(cfg.baseDir):
if not shell.isFile('build.gradle'):
abort(f'No build.gradle file in {cfg.baseDir}, aborting')
cmd = [cfg.gradlePath] + gradlePropArgs + ['test', '--rerun-tasks']
print(f'Executing {" ".join(cmd)}')
result = shell.run(cmd, onError='ignore')
if result.exitcode == 0:
print(green(f'Tests for {assignment.id} OK'))
else:
print(red(f'Tests for {assignment.id} FAILED, see above'))
def assertFileNotEmpty(path):
assertExists(path)
s = shell.readBinaryFile(path, )
if not s:
abort(f'File {path} is empty')
def assertEqual(expected, given):
if expected != given:
abort(f'Expected {expected}, given {given}')
with shell.tempDir(onException=False) as tmp:
print(f'tmp={tmp}')
shell.cp(shell.pjoin(topDir, 'test-data'), tmp)
with shell.workingDir(shell.pjoin(tmp, 'test-data/submissions')):
print('### import ###')
shell.run([checkAssignments, 'import', '../rating-moodle.csv'])
assertExists('rating.xlsx')
print('### unzip ###')
barFoo = 'Bar Foo_1234_assignsubmission_file_/'
shell.run([checkAssignments, 'unzip'])
assertExists(barFoo + 'assignment_01.py')
print('### checkFilenames ###')
shell.run([checkAssignments, 'checkFilenames'])
shell.run([checkAssignments, 'fixFilenames'])
print('### addComment ###')
def findFiles(dir, glob):
with shell.workingDir(dir):
l = shell.run(['find', '.', '-name', glob],
captureStdout=shell.splitLines).stdout
return [utils.stripLeading(x, './') for x in l]
def runHaskellTests(ctx, studentDir: str, assignment: Assignment):
with shell.workingDir(studentDir):
runHaskellTestsInStudentDir(ctx, studentDir, assignment)