def post(self, **kwargs):
changes = json.loads(self.request.get("json"))
version = _get_max_version(self.user_key) + 1
for el in changes:
current_word = (UserDictionaryWord.query(
self.user_key, UserDictionaryWord.word == el["word"]).get()
or UserDictionaryWord(owner=self.device_key))
current_word.populate(version=version, **el)
current_word.put()
self.response.write(version)
def test_get(self):
new_words = ["hat", "cat", "rat"]
for word in new_words:
UserDictionaryWord(word=word, version=57, owner=self.device).put()
old_words = ["son", "run"]
for word in old_words:
UserDictionaryWord(word=word, version=56, owner=self.device).put()
request = webapp2.Request.blank('/123/api/udict/since/56')
request.method = "GET"
response = request.get_response(main.app)
diff = json.loads(response.body)
self.assertEqual(diff["version"], 57)
self.assertEqual(len(diff["words"]), 3)
self.assertIn(diff["words"][0]["word"], new_words)
self.assertEqual(response.status_int, 200)
def post(self):
added = self.request.get_all("added[]")
removed = self.request.get_all("removed[]")
version = _get_max_version(self.user_key) + 1
for word in removed:
w = UserDictionaryWord.query(
self.user_key, UserDictionaryWord.word == word).get()
w.status = "removed"
w.version = version
w.put()
for word in added:
UserDictionaryWord(word=word,
status="ok",
version=version,
owner=self.user_key).put()
def merge_user_dictionary_data(user_key, device_key):
device_words = UserDictionaryWord.query(device_key).fetch()
version = max(_get_max_version(user_key), _get_max_version(device_key)) + 1
for word in device_words:
user_word = UserDictionaryWord.query(user_key, UserDictionaryWord.word == word.word).get()
if user_word:
user_word.status = "ok" if word.status == "ok" or user_word.status == "ok" else "removed"
user_word.created = min(user_word.created, word.created)
user_word.used = max(user_word.used, word.used)
user_word.version = version
user_word.put()
del word.key
else:
word.owner = user_key
word.put()
user_words = UserDictionaryWord.query(user_key).fetch()
for word in user_words:
word.version = version
word.put()
def post(self, **kwargs):
changes = json.loads(self.request.get("json"))
version = _get_max_version(self.user_key) + 1
for el in changes:
current_word = UserDictionaryWord.query(
self.user_key, UserDictionaryWord.word == el["word"]
).get() or UserDictionaryWord(owner=self.device_key)
current_word.populate(version=version, **el)
current_word.put()
self.response.write(version)
def post(self):
added = self.request.get_all("added[]")
removed = self.request.get_all("removed[]")
version = _get_max_version(self.user_key) + 1
for word in removed:
w = UserDictionaryWord.query(self.user_key, UserDictionaryWord.word == word).get()
w.status = "removed"
w.version = version
w.put()
for word in added:
UserDictionaryWord(word=word, status="ok", version=version, owner=self.user_key).put()
def merge_user_dictionary_data(user_key, device_key):
device_words = UserDictionaryWord.query(device_key).fetch()
version = max(_get_max_version(user_key), _get_max_version(device_key)) + 1
for word in device_words:
user_word = UserDictionaryWord.query(
user_key, UserDictionaryWord.word == word.word).get()
if user_word:
user_word.status = "ok" if word.status == "ok" or user_word.status == "ok" else "removed"
user_word.created = min(user_word.created, word.created)
user_word.used = max(user_word.used, word.used)
user_word.version = version
user_word.put()
del word.key
else:
word.owner = user_key
word.put()
user_words = UserDictionaryWord.query(user_key).fetch()
for word in user_words:
word.version = version
word.put()
def get(self, version=0, **kwargs):
version_on_device = int(version)
version = _get_max_version(self.user_key)
diff = UserDictionaryWord.query(
self.user_key, UserDictionaryWord.version > version_on_device)
self.response.write(
json.dumps({
"version":
version,
"words": [el.to_dict(exclude=('owner', )) for el in diff]
}))
def test_post(self):
REQUEST_DATA = [
"""[{"word": "hat", "status": "ok"},
{"word": "rat", "status": "deleted"}]""",
"""[{"word": "rat", "status": "deleted"},
{"word": "drop", "status": "deleted"}]""",
]
VERSION_BY_WORD = {"hat": 1, "rat": 2, "drop": 2}
version = 0
for el in REQUEST_DATA:
request = webapp2.Request.blank("/123/api/udict")
request.body = "json={}".format(el)
request.method = "POST"
response = request.get_response(main.app)
version += 1
a = response.text
self.assertEqual(int(a), version)
words = UserDictionaryWord.query(self.user).fetch(4)
self.assertEqual(len(words), 3)
for el in words:
self.assertEqual(VERSION_BY_WORD[el.word], el.version)
def test_post(self):
REQUEST_DATA = [
'''[{"word": "hat", "status": "ok"},
{"word": "rat", "status": "deleted"}]''',
'''[{"word": "rat", "status": "deleted"},
{"word": "drop", "status": "deleted"}]'''
]
VERSION_BY_WORD = {"hat": 1, "rat": 2, "drop": 2}
version = 0
for el in REQUEST_DATA:
request = webapp2.Request.blank('/123/api/udict')
request.body = "json={}".format(el)
request.method = "POST"
response = request.get_response(main.app)
version += 1
a = response.text
self.assertEqual(int(a), version)
words = UserDictionaryWord.query(self.user).fetch(4)
self.assertEqual(len(words), 3)
for el in words:
self.assertEqual(VERSION_BY_WORD[el.word], el.version)
def get(self):
saved = self.request.get("saved", False)
word_list = UserDictionaryWord.query(self.user_key, UserDictionaryWord.status == "ok").fetch()
self.draw_page("editpersonaldictionary", words=word_list, saved=saved)
def _get_max_version(user):
word = UserDictionaryWord.query(user).order(-UserDictionaryWord.version).get()
return word.version if word else 0
def get(self, version=0, **kwargs):
version_on_device = int(version)
version = _get_max_version(self.user_key)
diff = UserDictionaryWord.query(self.user_key, UserDictionaryWord.version > version_on_device)
self.response.write(json.dumps({"version": version, "words": [el.to_dict(exclude=("owner",)) for el in diff]}))
def get(self):
saved = self.request.get("saved", False)
word_list = UserDictionaryWord.query(
self.user_key, UserDictionaryWord.status == "ok").fetch()
self.draw_page('editpersonaldictionary', words=word_list, saved=saved)
def _get_max_version(user):
word = UserDictionaryWord.query(user).order(
-UserDictionaryWord.version).get()
return word.version if word else 0
