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How to use report_data method in Airtest
Best Python code snippet using Airtest
reports.py
Source:reports.py 
...21 def __exit__(self, exc_type, exc_val, exc_tb):22 return type is None232425 def __convert_report_data(self, report_data, convert_to):26 if convert_to == "back":27 new_report_data = {28 "teacher_name" : report_data["nameTeacher"],29 "subject_name" : report_data["nameSubject"],30 "subject_duration" : report_data["durationSubject"],31 "subject_type" : report_data["typeSubject"],32 "group_name" : report_data["nameGroup"],33 "report_type" : report_data["typeReport"]34 }35 return new_report_data3637 elif convert_to == "front":38 new_report_data = {39 "nameTeacher" : report_data["teacher_name"],40 "nameSubject" : report_data["subject_name"],41 "durationSubject" : report_data["subject_duration"],42 "typeSubject" : report_data["subject_type"],43 "nameGroup" : report_data["group_name"],44 "typeReport" : report_data["report_type"]45 }46 return new_report_data4748 else:49 return None5051 #-------------/ READ AND WRITE /-------------------------------------------------------------5253 # def __write_book(self, report_id, book):54 # path = RP_BOOKS_FOLDER + str(report_id) + '.xlsx'55 # book.save(path)565758 # def __read_book(self, report_id):59 # path = RP_BOOKS_FOLDER + str(report_id) + '.xlsx'60 # if os.path.isfile(path):61 # book = openpyxl.load_workbook(path)62 # return book63 # else:64 # print("[INFO] Book {} not found in \"{}\"".format(report_id, path))65 # return None666768 def __write_report(self, report_id, report):69 path = RP_REPORTS_FOLDER + str(report_id) + '.json'7071 with open(path, 'w', encoding='utf-8') as f:72 json.dump(report, f, ensure_ascii=False, indent=4)737475 def __read_report(self, report_id):76 path = RP_REPORTS_FOLDER + str(report_id) + '.json'7778 if os.path.isfile(path):79 with open(path, 'r', encoding="utf-8") as f:80 report = json.load(f)81 return report82 else:83 print("[INFO] Report {} not found in \"{}\"".format(report_id, path))84 return None85868788 #-------------/ CREATE /-------------------------------------------------------------89 90 def __load_report(self, report_id):91 return self.__read_report(report_id)92 9394 def __save_report(self, report_id, report):95 self.__write_report(report_id, report)969798 def __get_dates_times(self, report_data, schedule):99 pattern = [[], [], [], [], [], [],100 [], [], [], [], [], []]101102 print(report_data)103 for day in schedule:104 for lesson in day:105 #[FEATURE] add type106 print(lesson)107 if (lesson["name"] == report_data["subject_name"]) and \108 (lesson["duration"] == report_data["subject_duration"]) and \109 (lesson["type"] == report_data["subject_type"]) and \110 (report_data["group_name"] in lesson["groups"]):111 112 time = dates.parse_time(lesson["time"])113 even = lesson["even"]114 wday = lesson["wday"]115116 if even == 0:117 pattern[wday].append(time)118 pattern[6 + wday].append(time)119 else:120 pattern[6*(even - 1) + wday].append(time)121122 for d in pattern:123 d.sort()124125 duration = dates.parse_duration(report_data["subject_duration"])126 dates_times = dates.get_dates_times(pattern, duration)127128 return dates_times129130131 def __get_thead(self, report_data):132 report_type = report_data["report_type"]133 template = RP_TEMPLATES[report_type]134135 cur_data = dates.get_cur_date()136 cur_col = -1;137138 thead = []139 for h in template:140 if h["name"] == "Dates":141 with DB() as db:142 teacher_id = db.get_teacher_id(report_data["teacher_name"])143 schedule = db.get_schedule(teacher_id)["data"]144 dt_list = self.__get_dates_times(report_data, schedule)145 146 for dt in dt_list:147 date_h = h.copy()148 date_h["name"] = dt149 thead.append(date_h)150 else:151 thead.append(h)152153 return thead154155156 def __get_meta(self, report_data, thead):157 report_type = report_data["report_type"]158 meta = RP_METAS[report_type]159 160161162163 if (report_type == "att") or (report_type == "score"):164 cur_data = dates.get_cur_date()165 cur_col = -1166 first_col = meta["firstCol"]167168 for th in thead[first_col:]:169 if (th["name"][:10] > cur_data[:10]):170 cur_col = thead.index(th) - 1171 break172 if cur_col == -1:173 cur_col = len(thead) - 1174 elif cur_col < first_col:175 cur_col = first_col176177 meta["curCol"] = cur_col178179 return meta180181182 def __get_xlsx(self, report_data, thead):183 with DB() as db:184 students = db.get_students(report_data["group_name"])["data"]185186 187 heads = [th["name"] for th in thead]188 rows = [ [ "" for j in range(0, len(heads))] for i in range(0, len(students))]189 for i in range(0, len(students)):190 rows[i][0] = students[i]["id"]191 rows[i][1] = students[i]["name"]192193 df = pd.DataFrame(rows, columns=heads)194 xlsx = json.loads(df.to_json(orient="split"))195196 return xlsx197198199 def __create_report(self, report_data):200 thead = self.__get_thead(report_data)201 meta = self.__get_meta(report_data, thead)202 xlsx = self.__get_xlsx(report_data, thead)203 204 report = {205 "report_data" : self.__convert_report_data(report_data, convert_to="front"),206 "thead": thead,207 "meta" : meta,208 "xlsx" : xlsx209 }210211 with DB() as db:212 report_id = db.get_report_id(report_data) # dont't use SCOPE_IDENTITY (synchronization)213 self.__save_report(report_id, report)214215 return report216217218 #----------------/ INTERFACE /----------------------------------------------------------------219220 def get(self, report_data):221 report_data = self.__convert_report_data(report_data, convert_to="back")222223 with DB() as db:224 report_id = db.get_report_id(report_data)225226 if report_id:227 report = self.__load_report(report_id)228 if not report:229 report = self.__create_report(report_data)230231 else:232 with DB() as db:233 db.insert_report(report_data)234 report = self.__create_report(report_data)235236237 # report["meta"].update(self.__get_meta(report_data, report["thead"]))238239 return report240241242243 def set(self, report):244 report_data = self.__convert_report_data(report["report_data"], convert_to="back")245246 with DB() as db:247 report_id = db.get_report_id(report_data)248249 if report_id:250 self.__save_report(report_id, report)251 return True252 else:253 return None254255#-------------------------------------------------------------------------------256#-------------------------------------------------------------------------------257#-------------------------------------------------------------------------------258#-------------------------------------------------------------------------------259#-------------------------------------------------------------------------------260261262# from server.config import *263# from .db import *264# from .modules import Dates as dates265# import os266# import json267268# # [FEATURE] check type of lesson too!!!269# class RM():270# def __init__(self):271# pass272273274# def __enter__(self):275# return self276277278# def __exit__(self, exc_type, exc_val, exc_tb):279# return type is None280281282# def __convert_report_data(self, report_data, convert_to):283# if convert_to == "back":284# new_report_data = {285# "teacher_name" : report_data["nameTeacher"],286# "subject_name" : report_data["nameSubject"],287# "subject_duration" : report_data["durationSubject"],288# "subject_type" : report_data["typeSubject"],289# "group_name" : report_data["nameGroup"],290# "report_type" : report_data["typeReport"]291# }292# return new_report_data293294# elif convert_to == "front":295# new_report_data = {296# "nameTeacher" : report_data["teacher_name"],297# "nameSubject" : report_data["subject_name"],298# "durationSubject" : report_data["subject_duration"],299# "typeSubject" : report_data["subject_type"],300# "nameGroup" : report_data["group_name"],301# "typeReport" : report_data["report_type"]302# }303# return new_report_data304305# else:306# return None307308# #-------------/ READ AND WRITE /-------------------------------------------------------------309310# def __write_report(self, report_id, report):311# # [FEATURE] write json as bytes, save space312# path = RP_FOLDER + str(report_id) + '.json'313314# with open(path, 'w', encoding='utf-8') as f:315# json.dump(report, f, ensure_ascii=False, indent=4)316317318# def __read_report(self, report_id):319# path = RP_FOLDER + str(report_id) + '.json'320321# if os.path.isfile(path):322# with open(path, 'r', encoding="utf-8") as f:323# report = json.load(f)324# return report325# else:326# print("[INFO] Report {} not found in \"{}\"".format(report_id, path))327# return None328329330# def __read_templates(self, report_type):331# path = RP_TEMPLATES_FOLDER + "templates" + ".json"332# if os.path.isfile(path):333# with open(path, 'r', encoding="utf-8") as f:334# templates = json.load(f)335# else:336# print("[INFO] Templates not found in \"{}\"".format(path))337338# return templates339340# #-------------/ CREATE /-------------------------------------------------------------341 342# def __get_dates_times(self, report_data, schedule):343# pattern = [[], [], [], [], [], [],344# [], [], [], [], [], []]345346# for day in schedule:347# for lesson in day:348# #[FEATURE] add type349# if (lesson["name"] == report_data["subject_name"]) and \350# (lesson["duration"] == report_data["subject_duration"]) and \351# (lesson["type"] == report_data["subject_type"]) and \352# (report_data["group_name"] in lesson["groups"]):353 354# time = dates.parse_time(lesson["time"])355# even = lesson["even"]356# wday = lesson["wday"]357358# if even == 0:359# pattern[wday].append(time)360# pattern[6 + wday].append(time)361# else:362# pattern[6*(even - 1) + wday].append(time)363364# for d in pattern:365# d.sort()366367# duration = dates.parse_duration(report_data["subject_duration"])368# dates_times = dates.get_dates_times(pattern, duration)369370# return dates_times371372373# def __get_thead(self, report_data):374# report_type = report_data["report_type"]375# templates = self.__read_templates(report_type)376# thead_scheme = templates[report_type]377378# thead = []379# for h in thead_scheme:380# if h == "dates":381# with DB() as db:382# teacher_id = db.get_teacher_id(report_data["teacher_name"])383# schedule = db.get_schedule(teacher_id)["data"]384# dates_times = self.__get_dates_times(report_data, schedule)385# thead.extend(dates_times)386# else:387# thead.append(h)388389# return thead390391392# def __get_rows(self, report_data, thead):393# with DB() as db:394# students = db.get_students(report_data["group_name"])["data"]395396# rows = []397# rows.extend([ [] for i in range(0, len(students))])398399# for h in thead:400# if h == "â":401# for i, s in enumerate(students):402# rows[i].append(s["id"])403# elif h == "ФÐÐ":404# for i, s in enumerate(students):405# rows[i].append(s["name"])406# else:407# for i, s in enumerate(students):408# rows[i].append("")409410# return rows411412413# def __create_report(self, report_data):414# thead = self.__get_thead(report_data)415# data = self.__get_rows(report_data, thead)416417# front_report_data = self.__convert_report_data(report_data, convert_to="front")418# report = {419# "thead" : thead,420# "data" : data421# }422# report.update(front_report_data)423424# print_json(report)425# return report426427428# #----------------/ INTERFACE /----------------------------------------------------------------429430# def get(self, report_data):431# report_data = self.__convert_report_data(report_data, convert_to="back")432433# with DB() as db:434# report_id = db.get_report_id(report_data)435436# if report_id:437# report = self.__read_report(report_id)438# if not report:439# report = self.__create_report(report_data)440# self.__write_report(report_id, report)441442# return report443# else:444# report = self.__create_report(report_data)445446# with DB() as db:447# db.insert_report(report_data)448# report_id = db.get_report_id(report_data) # dont't use SCOPE_IDENTITY (synchronization)449450# self.__write_report(report_id, report)451452# return report453454455456# def set(self, report):457# report_data = self.__convert_report_data(report, convert_to="back")458459# with DB() as db:460# report_id = db.get_report_id(report_data)461462# if report_id:463# self.__write_report(report_id, report)464# return True465# else:466# return None467468469
...
test_xblock_poll.py
Source:test_xblock_poll.py
...77 """78 Test generate_report_data iterator with no limit.79 """80 user_states = self.mock_user_states()81 report_data = self.poll_block.generate_report_data(user_states)82 report_data = list(report_data)83 self.assertEqual(len(report_data), 4)84 self.assertEqual(report_data[0],85 ('edx', {'Question': self.poll_block.question,86 'Answer': 'Red',87 'Submissions count': 1}))88 self.assertNotIn('audit', [username for username, _ in report_data])89 self.assertNotIn('student', [username for username, _ in report_data])90 def test_generate_report_data_limit_responses(self):91 """92 Test generate_report_data iterator with limit.93 """94 user_states = self.mock_user_states()95 report_data = self.poll_block.generate_report_data(user_states, limit_responses=2)96 report_data = list(report_data)97 self.assertEqual(len(report_data), 2)98 self.assertEqual(report_data[0],99 ('edx', {'Question': self.poll_block.question,100 'Answer': 'Red',101 'Submissions count': 1}))102 report_data = self.poll_block.generate_report_data(user_states, limit_responses=0)103 report_data = list(report_data)104 self.assertEqual(len(report_data), 0)105 def test_indexing(self):106 self.assertEqual(107 self.poll_block.index_dictionary(),108 {109 'content': {110 'display_name': 'My Poll',111 'question': 'What is your favorite color?',112 'option_0': 'Red',113 'option_1': 'Blue',114 'option_2': 'Green',115 'option_3': 'Other',116 },117 'content_type': 'Poll'118 }119 )120class TestSurveyBlock(unittest.TestCase):121 """122 Tests for XBlock Survey.123 """124 def setUp(self):125 """126 Test case setup127 """128 super(TestSurveyBlock, self).setUp()129 self.runtime = MockRuntime()130 self.survery_data = {131 'display_name': 'My Survey',132 'questions': [133 ['enjoy', {'label': 'Are you enjoying the course?'}],134 ['recommend', {'label': 'Would you recommend this course to your friends?'}],135 ['learn', {'label': 'Do you think you will learn a lot?'}]136 ],137 'answers': [138 ['Y', 'Yes'],139 ['N', 'No'],140 ['M', 'Maybe']141 ],142 'submissions_count': 5,143 'max_submissions': 1,144 'private_results': False,145 'feedback': 'My Feedback',146 'block_name': 'My Block Name',147 }148 self.survey_block = SurveyBlock(149 self.runtime,150 DictFieldData(self.survery_data),151 None152 )153 def test_student_view_data(self):154 """155 Test the student_view_data results.156 """157 expected_survery_data = {158 'questions': self.survery_data['questions'],159 'answers': self.survery_data['answers'],160 'max_submissions': self.survery_data['max_submissions'],161 'private_results': self.survery_data['private_results'],162 'feedback': self.survery_data['feedback'],163 'block_name': self.survery_data['block_name'],164 }165 student_view_data = self.survey_block.student_view_data()166 self.assertEqual(student_view_data, expected_survery_data)167 def test_student_view_user_state_handler(self):168 """169 Test the student_view_user_state handler results.170 """171 response = json.loads(172 self.survey_block.handle(173 'student_view_user_state',174 make_request('', method='GET')175 ).body.decode('utf-8')176 )177 expected_response = {178 u'choices': None,179 u'submissions_count': 5,180 u'tally': {181 u'enjoy': {u'M': 0, u'N': 0, u'Y': 0},182 u'learn': {u'M': 0, u'N': 0, u'Y': 0},183 u'recommend': {u'M': 0, u'N': 0, u'Y': 0},184 },185 }186 self.assertEqual(response, expected_response)187 @classmethod188 def mock_user_states(cls):189 return (190 Mock(191 username='edx',192 state={193 'submissions_count': 1,194 'choices': {'enjoy': 'Y', 'recommend': 'N', 'learn': 'M'}195 }196 ),197 Mock(198 username='verified',199 state={200 'submissions_count': 1,201 'choices': {'enjoy': 'M', 'recommend': 'N', 'learn': 'Y'}202 }203 ),204 Mock(205 username='staff',206 state={207 'submissions_count': 1,208 'choices': {'enjoy': 'N', 'recommend': 'N', 'learn': 'N'}209 }210 ),211 Mock(212 username='honor',213 state={214 'submissions_count': 1,215 'choices': {'enjoy': 'Y', 'recommend': 'N', 'learn': 'M'}216 }217 ),218 Mock(219 username='audit',220 state={221 'submissions_count': 1,222 }223 ),224 Mock(225 username='student',226 state={227 'submissions_count': 1,228 'choices': None,229 }230 ),231 )232 def test_generate_report_data_dont_limit_responses(self):233 """234 Test generate_report_data iterator with no limit.235 """236 user_states = self.mock_user_states()237 report_data = self.survey_block.generate_report_data(user_states)238 report_data = list(report_data)239 self.assertEqual(len(report_data), 12)240 # each choice of a user gets its own row241 # so the first three rows should be edx's choices242 self.assertEqual(['edx', 'edx', 'edx', 'verified'],243 [username for username, _ in report_data[:4]])244 self.assertEqual(245 set(['Yes', 'No', 'Maybe']),246 set([data['Answer'] for _, data in report_data[:4]])247 )248 self.assertNotIn('audit', [username for username, _ in report_data])249 self.assertNotIn('student', [username for username, _ in report_data])250 def test_generate_report_data_limit_responses(self):251 """252 Test generate_report_data iterator with limit.253 """254 user_states = self.mock_user_states()255 report_data = self.survey_block.generate_report_data(user_states, limit_responses=2)256 report_data = list(report_data)257 self.assertEqual(len(report_data), 2)258 # each choice of a user gets its own row259 # so the first two rows should be edx's choices260 self.assertEqual(['edx', 'edx'],261 [username for username, _ in report_data])262 self.assertTrue(263 set([data['Answer'] for _, data in report_data[:3]]) <= set(['Yes', 'No', 'Maybe'])264 )265 report_data = self.survey_block.generate_report_data(user_states, limit_responses=0)266 report_data = list(report_data)267 self.assertEqual(len(report_data), 0)268 def test_indexing(self):269 self.assertEqual(270 self.survey_block.index_dictionary(),271 {272 'content': {273 'display_name': 'My Survey',274 'question_0': 'Are you enjoying the course?',275 'question_1': 'Would you recommend this course to your friends?',276 'question_2': 'Do you think you will learn a lot?',277 'option_0': 'Yes',278 'option_1': 'No',279 'option_2': 'Maybe',...
get_iperf_tcp_statistics.py
Source:get_iperf_tcp_statistics.py
1import json2import os3import re4import sys5src_grp = sys.argv[1]6dest_grp = sys.argv[2]7fileid = sys.argv[3]8filedir = os.getcwd()9def get_list_of_filenames():10 file_list = []11 p = re.compile(ur'tcptesttrafficclient*%s.*%s.*%s' %(src_grp, dest_grp, fileid))12 for file in os.listdir(filedir):13 if re.search(p, file):14 file_list.append(file)15 return file_list16def process_files(file_list):17 out = {}18 for file in file_list:19 out[file] = get_test_results(file)20 return out21def get_test_results(file):22 """23 For a given test output file, return a tuple of the following format24 (bandwidth_loss dict wth keys interval_time, transferred, bandwidth, 25 jitter, loss_datagram, total_datagram, loss_percent)26 """27 28 bandwidth_stats = \29 {'interval_time': '', # NOQA30 'transferred': '', # NOQA31 'bandwidth': ''} # NOQA32 #'retr': ''} # NOQA33 reportflag = False34 f = open(file, 'r')35 for line in f:36 #if "--" in line:37 # reportflag = True38 if "[ ID]" in line:39 #print "inside for loop", reportflag40 report = f.next()41 report_data = report.split(']')[1].split(' ')42 # also want packets transmitted, packets received, % packet loss43 #if str(report_data[2]) == 'sec':44 #interval_time = str(report_data[1]) + " " + str(report_data[2])45 interval_time = str(report_data[1])46 transferred = str(report_data[2])47 bandwidth = str(report_data[3]).split('\n')[0]48 #if report_data[5] == '':49 # retr = str(report_data[5]) + str(report_data[6]) # NOQA50 #else:51 # retr = str(report_data[5])52 #else:53 # interval_time = str(report_data[1])54 # transferred = str(report_data[2])55 # bandwidth = str(report_data[3])56 # if report_data[4] == '':57 # retr = str(report_data[4]) + str(report_data[5]) # NOQA58 # else:59 # retr = str(report_data[4])60 61 bandwidth_stats = \62 {'interval_time': interval_time, # NOQA63 'transferred': transferred, # NOQA64 'bandwidth': bandwidth} # NOQA65 # 'retr': retr} # NOQA66 67 test_results = {'bandwidth_stats': bandwidth_stats}68 #print "test_results.....", test_results69 return test_results70def main():71 file_list = get_list_of_filenames()72 script_output = process_files(file_list)73 json_output = json.JSONEncoder().encode(script_output)74 # sample output75 # {'test.txt': ({'packet_loss': '0%'},76 # {'rtt_min': '4.3', 'rtt_avg': '5.5', 'rtt_max': '6.3'})}77 print json_output78 #return script_ouput79if __name__ == '__main__':...
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