Unlock 30% off on Manual Testing Annual Plans this Holiday Season.

Copied to Clipboard!

How to use consumable_iterator method in Ddt

Best Python code snippet using ddt_python

main.py

Source:main.py

1import json2import csv3from rauth import OAuth2Service45BASE_URL = "https://classic.warcraftlogs.com"6TOKEN_URL = f"{BASE_URL}/oauth/token"7API_URL = f"{BASE_URL}/api/v2/client"8910def main():1112    # set true for test mode13    test_mode = False1415    oauth_file = open("../auth/oauth2_client_info.json")16    oauth_info = json.load(oauth_file)1718    CLIENT_ID = oauth_info["client_id"]19    CLIENT_SECRET = oauth_info["client_secret"]2021    warcraftlogs = OAuth2Service(22        client_id=CLIENT_ID,23        client_secret=CLIENT_SECRET,24        name="warcraftlogs",25        access_token_url=TOKEN_URL,26        base_url=API_URL27    )2829    data = {"grant_type": "client_credentials"}3031    session = warcraftlogs.get_auth_session(data=data, decoder=json.loads)3233    # guild ID or report ID are necessary to specify a certain log34    guild_id = ""35    report_id = ""3637    # create menu38    # if I want to automatically get the most recent log, let me do that, otherwise, let me throw in custom information39    custom_selector = False40    while custom_selector is False:41        custom_report = input("Would you like an automatic report for the most recent log? (y/n) ")4243        if custom_report == "y":44            guild_id = str(input("Guild ID (visible in your guild's wcl url, e.g. warcraftlogs.com/guild/id/######): "))45            custom_selector = True46        elif custom_report == "n":47            report_id = str(input("Report ID (visible on your wcl report url, e.g. warcraftlogs.com/reports/################): "))48            custom_selector = True49        elif custom_report == 0:50            exit(0)51        else:52            print("Invalid response. Try again, or enter 0 to exit.")5354    # if user wants an automatic report, we need to get the report for them55    if report_id == "":56        # query returns the N=1 most recent report for the guild_id57        query = """query {58            reportData {59                reports(guildID: %s, limit: 1) {60                    data {61                        code62                        endTime63                    }64                }65            }66        }67        """ % guild_id68        # store the api response69        response = session.post(API_URL, json={'query': query})70        # parse the response71        response_object = json.loads(response.text)72        # then grab the report id from it73        report_id = str(response_object["data"]["reportData"]["reports"]["data"][0]["code"])74        # test to make sure we're getting the right ID75        if test_mode is True:76            print(report_id)77            print(type(report_id))7879    # now that we have the report, we need to look at the fights within80    # this query returns all fight IDs81    query = """query {82        reportData {83            report(code: "%s") {84                fights {85                    id,86                    startTime,87                    endTime88                }89            }90        }91    }92    """ % report_id93    # store the api response94    response = session.post(API_URL, json={'query': query})95    # parse the response96    fight_ids = json.loads(response.text)97    # test the parse was successful98    if test_mode is True:99        print(fight_ids)100101    # we also need the player IDs102    # this query returns all the player actors found in the report103    query = """query {104        reportData {105            report(code: "%s") {106                masterData{107                    actors(type: "player"){108                        name,109                        id110                    }111                }112            }113        }114    }115    """ % report_id116    # store the api response117    response = session.post(API_URL, json={'query': query})118    # parse the response119    player_ids = json.loads(response.text)120121    # now, we will need to add up all of the time within the raid that was spent in an encounter122    # to do that, we want to iterate through each fight and add up the difference between their endTime and startTime123    combat_time = 0124    fight_iterator = 0125    # we will add a sneaky endTime grabber here for later, as knowing when the raid ends will be important126    raid_end = 0127    for i in fight_ids["data"]["reportData"]["report"]["fights"]:128        start_time = int(fight_ids["data"]["reportData"]["report"]["fights"][fight_iterator]["startTime"])129        end_time = int(fight_ids["data"]["reportData"]["report"]["fights"][fight_iterator]["endTime"])130        raid_end = end_time131        fight_time = end_time - start_time132        combat_time += fight_time133        fight_iterator += 1134        # test to see if this is adding up time135        if test_mode is True:136            print(combat_time)137138    # now that we have most of the API information we need, we need to consider which buffs we care about139    # we will open a csv file containing the buffs we care about and their information140    buff_file = open("../consumables/consumables.csv", 'r', encoding='utf-8')141    # first we load the csv142    reader = csv.DictReader(buff_file)143    # then write these to an json object, row by row144    buffs = []145    for row in reader:146        buffs.append(row)147    # now dump these into json format148    buffs = json.loads(json.dumps(buffs))149    # test buffs to make sure it looks like the json object we're expecting150    if test_mode is True:151        print(buffs)152153    # now we just need to check our players buffs against the buffs we care about154    # before we do that, we need a dictionary to hold buff information155    # auras = [{"auraName", "guid", "totalUptime", "activeFlag", "consumableName", "consumableID"}]156    auras = [{}]157    # since we want a nice square table at the end, we can prefill a lot of this information, knowing some will have 0 uptime158    auras_iterator = 0159    for i in buffs:160        temp_info = {"auraName": buffs[auras_iterator]["spell_name"],161                     "guid": buffs[auras_iterator]["spell_id"],162                     "consumableName": buffs[auras_iterator]["consumable_name"],163                     "consumableID": buffs[auras_iterator]["item_id"],164                     "totalUptime": 0,165                     "activeFlag": False}166        auras.append(temp_info)167168        # the following is commented out for posterity, this was an alternative way to achieve the same effect -I BELIEVE-169        # auras[auras_iterator]["auraName"] = buffs[auras_iterator]["spell_name"]170        # auras[auras_iterator]["guid"] = buffs[auras_iterator]["spell_id"]171        # auras[auras_iterator]["consumableName"] = buffs[auras_iterator]["consumable_name"]172        # auras[auras_iterator]["consumableID"] = buffs[auras_iterator]["item_id"]173        # auras[auras_iterator]["totalUptime"] = 0174        # auras[auras_iterator]["activeFlag"] = False175176        auras_iterator += 1177    # the list has no initial values, so the first element is empty, pop it off178    auras.pop(0)179180    # test print auras to make sure it looks right181    if test_mode is True:182        temp_iterator = 0183        for i in auras:184            print(auras[temp_iterator]["guid"])185            temp_iterator += 1186187    # now that's settled, we also need a dictionary to identify players, where we will nest auras188    players = [{}]189190    # now, we should populate it for each player191    # we need a variable to iterate through each player and each fight192    player_iterator = 0193    for i in player_ids["data"]["reportData"]["report"]["masterData"]["actors"]:194        # for each player, we need to query the api to find their buffs195        # to do that, we need their unique player ID, we'll store their name as well196        player_name = player_ids["data"]["reportData"]["report"]["masterData"]["actors"][player_iterator]["name"]197        player_id = player_ids["data"]["reportData"]["report"]["masterData"]["actors"][player_iterator]["id"]198        # test this player's name and id199        if test_mode is True:200            print(player_name)201            print(player_id)202        # this query reports all buffs for a given target, within a given time frame, from a given report203        query = """query {204            reportData {205                report(code: "%s") {206                    table(dataType: Buffs, startTime: 0, endTime: %s, targetID: %s) 207                }208           }209       }210       """ % (report_id, raid_end, player_id)211        # store the api response212        response = session.post(API_URL, json={'query': query})213        # test the response214        if test_mode is True:215            print(response.text)216        # parse the response217        player_buff_info = json.loads(response.text)218        # parse that down to auras219        player_auras = player_buff_info["data"]["reportData"]["report"]["table"]["data"]["auras"]220        # test print this player's auras221        if test_mode is True:222            temp_iterator = 0223            for i in player_auras:224                print(player_auras[temp_iterator])225                temp_iterator += 1226227        # now that we have all the buff info, we need to look only at the uptime for auras we're interested in228        buff_iterator = 0229        for i in auras:230            # we don't want to write any erroneous data, so let's set totalUptime back to 0 and activeFlag back to false for each iteration231            auras[buff_iterator]["totalUptime"] = 0232            auras[buff_iterator]["activeFlag"] = False233234            # we want to search our player's auras (from the log) for the auras we care about, so grab that spell id to search against235            search_aura = int(auras[buff_iterator]["guid"])236            # test search aura to make sure we're searching for something237            if test_mode is True:238                print(search_aura)239            # test to make sure I'm not sending any false true flags240            if test_mode is True:241                print(bool(list(filter(lambda x: x["guid"] == search_aura, player_auras))))242243            if list(filter(lambda x: x["guid"] == search_aura, player_auras)):244                auras[buff_iterator]["totalUptime"] = float(list(filter(lambda x: x["guid"] == search_aura, player_auras))[0]["totalUptime"])/float(combat_time)245                auras[buff_iterator]["activeFlag"] = True246            buff_iterator += 1247248        # now that we've updated all the relevant information in auras, we can toss that into our player dictionary249        # first, we want to write that list into a json object250        auras_json = json.loads(json.dumps(auras))251        # then we need a temp list to hold our information252        player_info = {"name": player_name, "id": player_id, "auras": auras_json}253        # then we need to append that onto our player list254        players.append(player_info)255        player_iterator += 1256257    # now that we've iterated through all of our players, we should have all the relevant information in a dictionary258    # given the same method of populating players as auras, we need to pop the first, empty players element259    players.pop(0)260    # then, we should write that list into a json object261    players = json.loads(json.dumps(players))262263    # test print players to be sure we're getting accurate data264    if test_mode is True:265        temp_iterator = 0266        for i in players:267            print(players[temp_iterator])268            temp_iterator += 1269270    # printing players will print in json format271    chosen = False272    while chosen is not True:273        print_choice = input("In what format would you like this printed? (json or csv) ")274        if print_choice == "json":275            # players is already a json object, simply print it276            print(players)277            # we can also dump it to a json file278            json_file = open("../consumables/consumable_uptime_json.json", "w", encoding="utf-8")279            json.dump(players, json_file, ensure_ascii=False, indent=4)280            json_file.close()281            # chosen = True282        elif print_choice == "csv":283            # since we have nested json objects, we want to print only the data we need284            # player name, and consumable names will be the headers, first column will be player names, the rest will be uptimes285            players_csv = []286            # initiate the header string287            # interate through auras to create a list of consumable names288            header_array = ["Player Name"]289            temp_iterator = 0290            for i in players[0]["auras"]:291                header_array.append(players[0]["auras"][temp_iterator]["consumableName"])292                temp_iterator += 1293            # combine that array into one csv string294            temp_header = ",".join(header_array)295            # then append it to the total csv296            players_csv.append(temp_header)297298            #now, we can loop through all players299            player_iterator = 0300            for i in players:301                entry_array = []302                entry_array.append(players[player_iterator]["name"])303                # now, loop through their consumables304                consumable_iterator = 0305                for j in players[player_iterator]["auras"]:306                    # and append their consumable uptime (consumables are always in the same order, no need to check307                    entry_array.append(str(players[player_iterator]["auras"][consumable_iterator]["totalUptime"]))308                    consumable_iterator += 1309                # now that we have their name and all consumable uptime, join that into one string310                temp_consumables = ",".join(entry_array)311                # then append it to the total csv312                players_csv.append(temp_consumables)313                player_iterator += 1314315            # all players and their consumable uptimes should now be present for printing316            # we will also create/overwrite an existing consumable uptime file at the same time317            csv_file = open("../consumables/consumable_uptime_csv.csv", "w", encoding="utf-8")318            print_iterator = 0319            for i in players_csv:320                print(players_csv[print_iterator])321                csv_file.write(players_csv[print_iterator] + '\n')322                print_iterator += 1323            csv_file.close()324            print("This data was also written to ../consumables/consumable_uptime.csv")325            # chosen = True326        elif print_choice == "0":327            exit(0)328        else:329            print("Invalid selection. Try again, or enter 0 to exit.")330331332
...

test_functional.py

Source:test_functional.py

...186    expected_tests = [187        "test_something_{:02d}_{}".format(i + 1, v) for i, v in enumerate(payload)188    ]189    assert sorted(tests) == sorted(expected_tests)190def test_idata_consumable_iterator():191    """192    Test that using ``idata`` with a consumable iterator still generates the193    expected tests.194    """195    payload = [51, 78, 2]196    def consumable_iterator():197        # Not using `yield from` for Python 2.7.198        for i in payload:199            yield i200    @ddt201    class Dummy(object):202        @idata(consumable_iterator())203        def test_something(self, value):204            return value205    tests = list(filter(_is_test, Dummy.__dict__))206    expected_tests = [207        "test_something_{:1d}_{}".format(i + 1, v) for i, v in enumerate(payload)208    ]209    assert sorted(tests) == sorted(expected_tests)210def test_file_data_test_creation():211    """212    Test that the ``file_data`` decorator creates two tests213    """214    tests = len(list(filter(_is_test, FileDataDummy.__dict__)))215    assert tests == 2216def test_file_data_test_names_dict():...

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.