def test_save_content(self):
fs = FileServicer()
test_data = b'This is a test file for save content test.'
content = fmsg.SaveFileContentRequest()
content.file.path = self.test_save_content_path
content.file.mtime = 1.0 # something not zero to update a not existing file
content.file.size = len(test_data)
content.file.data = test_data
save_response = next(fs.SaveFileContent([content], DummyContext()))
self.assertEqual(save_response.status.code, fmsg.ReturnStatus.StatusType.Value('REMOVED_FILE'), "wrong status code '%d' if file was removed in meantime." % save_response.status.code)
# save new file
content.file.mtime = 0
save_response = next(fs.SaveFileContent([content], DummyContext()))
self.assertEqual(save_response.status.code, fmsg.ReturnStatus.StatusType.Value('OK'), 'new file was not saved')
self.assertTrue(os.path.exists(self.test_save_content_path), 'new file was not saved to %s' % self.test_save_content_path)
self.assertEqual(save_response.ack.mtime, os.path.getmtime(self.test_save_content_path), 'wrong mtime returned after create a new file')
# sleep to change the mtime in file
time.sleep(0.3)
# change file in meantime
new_utime = time.time()
os.utime(self.test_save_content_path, (new_utime, new_utime))
new_test_data = b'This is a changed text for save content test.'
content.file.mtime = save_response.ack.mtime
content.file.size = len(new_test_data)
content.file.data = new_test_data
save_response = next(fs.SaveFileContent([content], DummyContext()))
self.assertEqual(save_response.status.code, fmsg.ReturnStatus.StatusType.Value('CHANGED_FILE'), 'wrong status code if file was changed in meantime.')
# overwrite the changed file
content.overwrite = True
save_response = next(fs.SaveFileContent([content], DummyContext()))
self.assertEqual(save_response.status.code, fmsg.ReturnStatus.StatusType.Value('OK'), 'file was not overwritten')
self.assertEqual(save_response.ack.mtime, os.path.getmtime(self.test_save_content_path), 'wrong mtime returned after overwrite file')
with FileIO(self.test_save_content_path, 'r') as outfile:
self.assertEqual(new_test_data, outfile.read(), 'wrong content in file')
# try to save in root folder
content.file.path = '/content_test.txt'
content.file.mtime = 0
save_response = next(fs.SaveFileContent([content], DummyContext()))
if save_response.status.code == fmsg.ReturnStatus.StatusType.Value('OK'):
# test in industrial ci, use source folder
content.file.path = interpret_path('$(find fkie_node_manager_daemon)/') + content.file.path
save_response = next(fs.SaveFileContent([content], DummyContext()))
self.assertEqual(save_response.status.code, fmsg.ReturnStatus.StatusType.Value('IO_ERROR'), 'save in root folder returns a wrong result: %d, expected: %d' % (save_response.status.code, fmsg.ReturnStatus.StatusType.Value('IO_ERROR')))
# save file in more chunks
test_data = [b'First line.\n', b'Second line.\n', b'Third line.\n']
for resp in fs.SaveFileContent(self._read_from_list(test_data, self.test_save_content_path), DummyContext()):
self.assertEqual(resp.status.code, fmsg.ReturnStatus.StatusType.Value('OK'), 'file was not overwritten, result code: %d' % resp.status.code)
self.assertEqual(resp.ack.size, self.current_pose, 'incorrect transferred file size: %d, expected: %d' % (resp.ack.size, self.current_pose))
with FileIO(self.test_save_content_path, 'r') as outfile:
self.assertEqual(str(test_data), str(outfile.readlines()), 'wrong content in file')
def _read_from_list(self, test_data, path):
data_len = 0
for l in test_data:
data_len += len(l)
self.current_pose = 0
for line in test_data:
content = fmsg.SaveFileContentRequest()
content.overwrite = True
content.file.path = path
content.file.mtime = 0.0 # something not zero to update a not existing file
content.file.size = data_len
content.file.offset = self.current_pose
content.file.data = line
self.current_pose += len(line)
yield content
def _gen_save_content_list(self, path, content, mtime, package=''):
send_content = content
while send_content:
chunk = send_content
# split into small parts on big files
if len(chunk) > self.FILE_CHUNK_SIZE:
chunk = send_content[0:self.FILE_CHUNK_SIZE]
send_content = send_content[self.FILE_CHUNK_SIZE:]
else:
send_content = ''
msg = fms.SaveFileContentRequest()
msg.overwrite = mtime == 0
msg.file.path = path
msg.file.mtime = mtime # something not zero to update a not existing file
msg.file.size = len(content)
msg.file.data = chunk
msg.file.package = package
yield msg
def _gen_save_content_list(self, path, content, mtime, package=''):
minone = True
try:
send_content = content # .encode('utf-8')
while send_content or minone:
minone = False
chunk = send_content
# split into small parts on big files
if len(chunk) > self.FILE_CHUNK_SIZE:
chunk = send_content[0:self.FILE_CHUNK_SIZE]
send_content = send_content[self.FILE_CHUNK_SIZE:]
else:
send_content = ''
msg = fmsg.SaveFileContentRequest()
msg.overwrite = mtime == 0
msg.file.path = path
msg.file.mtime = mtime # something not zero to update a not existing file
msg.file.size = len(content)
msg.file.data = chunk
msg.file.package = package
yield msg
except Exception:
import traceback
print(traceback.format_exc())
