How to use list_vocabularies method in localstack

Best Python code snippet using localstack_python

store_test.py

Source:store_test.py Github

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...28 languages)29 def test_voc(self):30 self._create_vocabulary()31 self._create_user()32 vocs = self.db.list_vocabularies(self.user).values()33 self.assertEqual(1, len(vocs))34 self.assertEqual([self.word1, self.word2],35 next(iter(vocs)).words)36 voc2 = self.db.get_vocabulary(self.user, 1)37 self.assertEqual([self.word1, self.word2],38 voc2.words)39 def test_manage_sessions(self):40 self._create_vocabulary()41 self._create_user()42 self.assertIsNone(self.db.last_session(self.user, self.new_voc))43 session_id = self.db.create_new_session(self.user, self.new_voc)44 self.assertIsNotNone(session_id)45 session = self.db.last_session(self.user, self.new_voc)46 self.assertEqual(session_id.id, session.id)47 first_word = session.current_word48 self.assertTrue((self.word1 == session.current_word) or49 (self.word2 == session.current_word))50 word_attempt = session.guess(session.current_word,51 session.current_word.word_output)52 self.db.add_word_attempt(session, word_attempt)53 db_session = self.db.load_session(session.id)54 self.assertNotEqual(first_word, db_session.current_word)55 self.assertFalse(db_session.is_finished)56 self.assertIsNone(self.db.last_session(self.user, self.new_voc,57 finished=True))58 self.assertIsNotNone(self.db.last_session(self.user, self.new_voc,59 finished=False))60 word_attempt = session.guess(session.current_word,61 session.current_word.word_output)62 self.db.add_word_attempt(session, word_attempt)63 db_session = self.db.load_session(session.id)64 self.assertTrue(db_session.is_finished)65 self.assertEqual(100.0, db_session.accuracy)66 self.assertIsNone(self.db.last_session(self.user, self.new_voc,67 finished=False))68 self.assertIsNotNone(self.db.last_session(self.user, self.new_voc,69 finished=True))70 def test_vocabulary_stats(self):71 self._create_user()72 self._create_vocabulary()73 new_session = self.db.create_new_session(self.user, self.new_voc)74 word = new_session.current_word75 attempt = new_session.guess(word, 'bla')76 self.db.add_word_attempt(new_session, attempt)77 other_word = new_session.current_word78 stats = self.db.vocabulary_stats(self.new_voc)79 self.assertEqual(100.0, stats.errors_prob_for(word))80 self.assertEqual(0.0, stats.errors_prob_for(other_word))81 def test_user(self):82 self._create_user()83 self.assertIsNotNone(self.user)84 with self.assertRaises(DbException):85 self.db.create_user('test@hotmail.com', 'other', set())86 with self.assertRaises(DbException):87 self.db.get_user('test2@gmail.com', 'def')88 with self.assertRaises(DbException):89 self.db.get_user('test@hotmail.com', 'def')90 other_user = self.db.get_user('test@hotmail.com', 'abc')91 self.assertEqual('test@hotmail.com', other_user.email)92 def test_normal_vocabulary(self):93 self._create_vocabulary()94 self._create_user({Language.FRENCH})95 vocs = self.db.list_vocabularies(self.user)96 self.assertEqual(1, len(vocs))97 first_voc = next(iter(vocs.values()))98 self.assertFalse(first_voc.is_flipped)99 first_voc = self.db.get_vocabulary(self.user, first_voc.id)100 self.assertFalse(first_voc.is_flipped)101 self.assertEqual('fr', first_voc.input_language)102 self.assertEqual('de', first_voc.output_language)103 self.assertEqual([self.word1, self.word2],104 first_voc.words)105 new_session = self.db.create_new_session(self.user, first_voc)106 self.assertFalse(new_session.is_flipped)107 self.assertIn(new_session.current_word,108 {self.word1, self.word2})109 session_fetched = self.db.last_session(self.user, first_voc)110 self.assertIn(session_fetched.current_word,111 {self.word1, self.word2})112 session_fetched2 = self.db.load_session(session_fetched.id)113 self.assertIn(session_fetched2.current_word,114 {self.word1, self.word2})115 current_word = session_fetched.current_word116 attempt = session_fetched.guess(current_word, current_word.word_input)117 self.db.add_word_attempt(session_fetched, attempt)118 def test_flipped_vocabulary(self):119 self._create_vocabulary()120 self._create_user({Language.GERMAN})121 vocs = self.db.list_vocabularies(self.user)122 self.assertEqual(1, len(vocs))123 first_voc = next(iter(vocs.values()))124 first_voc = self.db.get_vocabulary(self.user, first_voc.id)125 self.assertTrue(first_voc.is_flipped)126 self.assertEqual('de', first_voc.input_language)127 self.assertEqual('fr', first_voc.output_language)128 self.assertEqual([self.word1.flip(), self.word2.flip()],129 first_voc.words)130 new_session = self.db.create_new_session(self.user, first_voc)131 self.assertIn(new_session.current_word,132 {self.word1.flip(), self.word2.flip()})133 self.assertTrue(new_session.is_flipped)134 self.assertTrue(first_voc.is_flipped)135 session_fetched = self.db.last_session(self.user, first_voc)136 self.assertTrue(session_fetched.is_flipped)137 self.assertIn(session_fetched.current_word,138 {self.word1.flip(), self.word2.flip()})139 session_fetched2 = self.db.load_session(session_fetched.id)140 self.assertIn(session_fetched2.current_word,141 {self.word1.flip(), self.word2.flip()})142 current_word = session_fetched.current_word143 attempt = session_fetched.guess(current_word, current_word.word_input)144 self.db.add_word_attempt(session_fetched, attempt)145 def test_list_vocabulary(self):146 self._create_vocabulary()147 self._create_user()148 vocs = self.db.list_vocabularies_for(None)149 self.assertEqual({1}, vocs.keys())150 voc = next(iter(vocs.values()))151 self.assertEqual(self.new_voc.words, voc.words)152 self.assertIsNone(self.db.get_vocabulary(None, 2))153 self.assertEqual([self.word1, self.word2],154 self.db.get_vocabulary(None, 1).words)155 def test_same_name_several_times(self):156 word1 = Word(word_input='fr_1',157 word_output='de_1',158 directive=None)159 word2 = Word(word_input='fr_1',160 word_output='de_1',161 directive='#name')162 words = [word1, word2]163 new_voc = Vocabulary(word1, words,164 input_language='fr',165 output_language='de')166 self._create_user()167 self.db.create_vocabulary(new_voc)168 self.db.create_new_session(self.user, new_voc)169 session = self.db.last_session(self.user, new_voc)170 word_attempt = session.guess(word2, word2.word_output)171 self.db.add_word_attempt(session, word_attempt)172 self.assertTrue(word_attempt.success)173 self.db.last_session(self.user, new_voc)174 def test_remove_vocabulary(self):175 self._create_vocabulary()176 self._create_user()177 self.db.create_new_session(self.user, self.new_voc)178 session = self.db.last_session(self.user, self.new_voc)179 session.guess(self.word1, self.word1.word_output)180 self.db.remove_vocabulary(self.new_voc)181 self.assertEqual({}, self.db.list_vocabularies(None))182 def test_add_word(self):183 self._create_vocabulary()184 self._create_user()185 self.word3 = Word(word_input='fr_3',186 word_output='de_3',187 directive=None)188 self.db.add_word(self.new_voc, self.word3)189 self.db.update_word(self.new_voc, self.word3,190 word_input='fr_4',191 word_output='de_4',192 directive='#name')193 vocs = self.db.list_vocabularies(None)194 new_word = Word(word_input='fr_4',195 word_output='de_4',196 directive='#name')197 self.assertIn(new_word, vocs[self.new_voc.id].words)198 def test_save_same_words_twice(self):199 self._create_vocabulary()200 self._create_user()201 session_id = self.db.create_new_session(self.user, self.new_voc)202 self.assertIsNotNone(session_id)203 session = self.db.last_session(self.user, self.new_voc)204 self.assertEqual(session_id.id, session.id)205 first_word = session.current_word206 word_attempt = session.guess(session.current_word,207 session.current_word.word_output)...

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lx.py

Source:lx.py Github

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1import requests2url = 'https://www.shanbay.com/api/v1/vocabtest/category/'3headers = {'user-agent':'Mozilla/5.0 (Macintosh; Intel Mac OS X 10_13_6) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/71.0.3578.98 Safari/537.36'}4# 0: ["GMAT", "GMAT"]5# 1: ["NGEE", "考研"]6# 2: ["NCEE", "高考"]7# 3: ["CET4", "四级"]8# 4: ["CET6", "六级"]9# 5: ["TEM", "英专"]10# 6: ["TOEFL", "托福"]11# 7: ["GRE", "GRE"]12# 8: ["IELTS", "雅思"]13# 9: ["NONE", "任意"]14res = requests.get(url, headers=headers)15res_json = res.json()16datas = res_json['data']17i = 018for data in datas:19 print(str(i) + '--' + str(data))20 i = i + 1 21choice = int(input('请输入你的选择：'))22url1 = 'https://www.shanbay.com/api/v1/vocabtest/vocabularies/?' + datas[choice][0]23res = requests.get(url1, headers=headers)24#print(res.status_code)25voc_json = res.json()26vocabularies = voc_json['data']27list_vocabularies = []28for v in vocabularies:29 list_vocabularies.append(v['content'])30words_knows = []31not_knows = []32for i in range(50):33 print( str(i) + ' ' + list_vocabularies[i] + '\n')34 x = input('认识输入1，不认识输入0：')35 if x == '1':36 words_knows.append(list_vocabularies[i])37 else:38 not_knows.append(list_vocabularies[i])39print('你认识' + str(len(words_knows)) + '个单词\n分别是：')40for i in range(len(words_knows)):41 print(words_knows[i])42 43# 参考答案 44"""45import requests46link = requests.get('https://www.shanbay.com/api/v1/vocabtest/category/')47#先用requests下载链接。48js_link = link.json()49#解析下载得到的内容。50bianhao = int(input('''请输入你选择的词库编号，按Enter确认511，GMAT 2，考研 3，高考 4，四级 5，六级526，英专 7，托福 8，GRE 9，雅思 10，任意53>'''))54#让用户选择自己想测的词库，输入数字编号。int()来转换数据类型55ciku = js_link['data'][bianhao-1][0]56#利用用户输入的数字编号，获取题库的代码。如果以输入“高考”的编号“3”为例，那么ciku的值就是，在字典js_link中查找data的值，data是一个list，查找它的第bianhao-1，也就是第2个元素，得到的依然是一个list，再查找该list的第0个元素。最后得到的就是我们想要的NCEE。57test = requests.get('https://www.shanbay.com/api/v1/vocabtest/vocabularies/?category='+ciku)58#下载用于测试的50个单词。59words = test.json()60#对test进行解析。61danci = []62#新增一个list，用于统计用户认识的单词63words_knows = []64#创建一个空的列表，用于记录用户认识的单词。65not_knows = []66#创建一个空的列表，用于记录用户不认识的单词。67print ('测试现在开始。如果你认识这个单词，请输入Y，否则直接敲Enter：')68n=069for x in words['data']:70#启动一个循环，循环的次数等于单词的数量。71 n=n+172 print ("\n第"+str(n)+'个：'+x['content'])73 #加一个\n，用于换行。74 answer = input('认识请敲Y，否则敲Enter：')75 #让用户输入自己是否认识。76 if answer == 'Y':77 #如果用户认识：78 danci.append(x['content'])79 words_knows.append(x)80 #就把这个单词，追加进列表words_knows。81 else:82 #否则83 not_knows.append(x)84 #就把这个单词，追加进列表not_knows。85print ('\n在上述'+str(len(words['data']))+'个单词当中，有'+str(len(danci))+'个是你觉得自己认识的，它们是：')86print(danci)87print ('现在我们来检测一下，你有没有真正掌握它们：')88wrong_words = []89right_num = 090for y in words_knows:91 print('\n\n'+'A:'+y['definition_choices'][0]['definition'])92 #我们改用A、B、C、D，不再用rank值，下同93 print('B:'+y['definition_choices'][1]['definition'])94 print('C:'+y['definition_choices'][2]['definition'])95 print('D:'+y['definition_choices'][3]['definition'])96 xuanze = input('请选择单词\"'+y['content']+'\"的正确翻译（填写数字即可）：')97 dic = {'A':y['definition_choices'][0]['rank'],'B':y['definition_choices'][1]['rank'],'C':y['definition_choices'][2]['rank'],'D':y['definition_choices'][3]['rank']} 98 #我们创建一个字典，搭建起A、B、C、D和四个rank值的映射关系。99 if dic[xuanze] == y['rank']:100 #此时dic[xuanze]的内容，其实就是rank值，此时的代码含义已经和之前的版本相同了。101 right_num += 1102 else:103 wrong_words.append(y)104print ('现在，到了公布成绩的时刻:')105print ('在'+str(len(words['data']))+'个'+js_link['data'][bianhao-1][1]+'词汇当中，你认识其中'+str(len(danci))+'个，实际掌握'+str(right_num)+'个，错误'+str(len(wrong_words))+'个。')106#这是句蛮复杂的话，对照前面的代码和json文件你才能理解它。一个运行示例是：在50个高考词汇当中，你认识其中30个，实际掌握25个，错误5个。107save = input ('是否打印并保存你的错词集？填入Y或N： ')108#询问用户，是否要打印并保存错题集。109if save == 'Y':110#如果用户说是：111 f = open('错题集.txt', 'a+')112 #在当前目录下，创建一个错题集.txt的文档。 113 print ('你记错的单词有：')114 f.write('你记错的单词有：\n')115 #写入"你记错的单词有：\n"116 m=0117 for z in wrong_words:118 #启动一个循环，循环的次数等于，用户的错词数：119 m=m+1120 print (z['content'])121 #打印每一个错词。122 f.write(str(m+1) +'. '+ z['content']+'\n')123 #写入序号，写入错词。 124 print ('你不认识的单词有：')125 f.write('你没记住的单词有：\n')126 #写入"你没记住的单词有：\n"127 s=0128 for x in not_knows:129 #启动一个循环，循环的次数等于，用户不认识的单词数。130 print (x['content'])131 #打印每一个不认识的单词。132 f.write(str(s+1) +'. '+ x['content']+'\n')133 #写入序号，写入用户不认识的词汇。 134 print ('错词和没记住的词已保存至当前文件目录下，下次见！')135 #告诉用户，文件已经保存好。136 #在网页版终端运行时，文件会被写在课程的服务器上，你看不到，但它的确已经存在。137else:138#如果用户不想保存：139 print('下次见！')140 #输出“下次见！”141 ...

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list_vocabs.py

Source:list_vocabs.py Github

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1import boto32from .basics import list_vocabularies3def main():4 transcribe_client = boto3.client('transcribe')5 print("Vocabs: ", list_vocabularies(transcribe_client))6if __name__ == '__main__':...

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