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How to use move_tables method in autotest

Best Python code snippet using autotest_python

Pokemon Stats Downloader.py

Source:Pokemon Stats Downloader.py

1import requests,csv23link = "https://pokemon.gameinfo.io/en/pokemon/" #Link to be used to find data.4pokedex=[] #Init array of PokÃ©mon information.56for i in range(1,721): #Loop through each PokÃ©mon that exists.78    species_link=(link+str(i)) #Generate a link for this PokÃ©mon species.9    f = requests.get(species_link).text #Retrieve HTML content of page.1011    try: #Some PokÃ©mon have multiple forms (different variants of the same species). This section deals with a PokÃ©mon that has multiple forms.12        forms=f.split('<select id="forms">')[1].split('</select>')[0].split('</option>') #Find different forms.13        del forms[-1] #Remove irrelevant data.14        for x in range(0,len(forms)): #Cycle through different forms15            forms[x]=forms[x].split(">")[1].replace(" ","-")16        if "Shadow" in forms: #Remove Shadow form as it is fundamentally identical to the default form.17            forms.remove("Shadow")18        if "Purified" in forms: #Remove Purified form as it is fundamentally identical to the default form.19            forms.remove("Purified")20    except Exception as e: #If no forms can be found.21        forms=["Normal"]2223    if forms==[]: #If no forms are found.24        forms=["Normal"]25        26    for form in forms: #For each form in the list of forms.2728        form_link=(link+str(i)+'/'+form.lower()) #Generate a link for this form29        f = requests.get(form_link).text #Retrieve HTML content of page.3031        f = f.replace('Farfetch&#039;d',"Farfetch'd") #The species known as Farfetch'd has an odd character which should be replaced for compatibility reasons.32        pokemon_name=f.split('<meta property="og:title" 		content="')[1].split(" (")[0] #Extract the species name.33        pokemon_image=f.split('<meta property="og:image" 		content="')[1].split('"')[0] #Extract the image link.34        pokemon_name=pokemon_name.replace(" - Normal","") #If the PokÃ©mon is in its standard form, there is no need to specify this.3536        try:37            evolution=f.split("evolves into ")[1].split(".")[0] #Extract evolution information if possible.38            evolution=evolution.replace("â","-F") #Replace certain characters for compatibility reasons.39            evolution=evolution.replace("â","-M") #Replace certain characters for compatibility reasons.40            evolution=evolution.replace("(Normal)","") #If the PokÃ©mon is in its standard form, there is no need to specify this.41            evolution=evolution.replace(" Form","") #If the PokÃ©mon is in an alternate form, there is no need for the word "Form" at the end.42            if "- " in evolution: #Reformat alternate forms with brackets instead of hypens.43                evolution=evolution.replace("- ","(")+")"44        except:45            evolution="None"4647        pokemon_type_text=f.split('<article class="pokemon-type">')[1].split('class="large-type">')[1].splitlines() #Extract PokÃ©mon type text.4849        pokemon_types=[] #Create list of PokÃ©mon types.50        pokemon_type_text=pokemon_type_text[1:] #Remove irrelevant data.51        types_obtained=False #Init loop value.52        for line in pokemon_type_text: #For each line in the extracted PokÃ©mon type text.53            if types_obtained==False and "type large" in line and "POKEMON_TYPE_" in line: #If this line is relevant to the PokÃ©mon's typing.54                pokemon_types.append(line.split(">")[1].split("</div")[0]) #Add it to the list of types.55            else: #If this line is not relevant to the PokÃ©mon's typing.56                types_obtained=True #End the loop.5758        move_tables=f.split('<table class="moves">') #Extract move tables.59        del move_tables[0] #Remove irrelevant data.60        move_tables[-1]=move_tables[-1].split("</table")[0] #Remove irrelevant data.61        fast_moves=[] #Initialise fast move list. 62        charged_moves=[] #Initialise charged move list.63        for move_table in move_tables: #For each move table on the page.64            moves_to_add=[] #Init list of moves.65            for z in range(0,len(move_table.splitlines())): #For each move in the table.66                if "en/move/" in move_table.splitlines()[z]:67                    moves_to_add.append(move_table.splitlines()[z+1]) #Extract move table entry.68            for item in moves_to_add: #For each move in the list of move table entries.69                if "Quick move" in move_table: #If the entry is from the fast moves table.70                    fast_moves.append(item.replace("\t","").replace("-"," ")) #Add the move name to the list of fast moves.71                else: #Otherwise, if it is from the charged moves table.72                    charged_moves.append(item.replace("\t","").replace("-"," ")) #Add the move name to the list of charged moves.7374        f_lines=f.splitlines() #Split the HTML content into a list of lines.75        for a in range(0,len(f_lines)): #Loop through each line to find the stats.76            if '<div class="bar sta">' in f_lines[a]: #If this line features the stamina icon.77                stamina=f_lines[a+4].split(">")[1].split("<")[0] #The stamina number will be featured on the line four lines ahead, so extract it from there.78            if '<div class="bar def">' in f_lines[a]: #If this line features the defense icon.79                defense=f_lines[a+4].split(">")[1].split("<")[0] #The defense number will be featured on the line four lines ahead, so extract it from there.80            if '<div class="bar att">' in f_lines[a]: #If this line features the attack icon.81                attack=f_lines[a+4].split(">")[1].split("<")[0] #The attack number will be featured on the line four lines ahead, so extract it from there.82            83        pokemon_name=pokemon_name.replace("â","-F") #Replace certain characters for compatibility reasons.84        pokemon_name=pokemon_name.replace("â","-M") #Replace certain characters for compatibility reasons.85        pokemon_name=pokemon_name.replace("(Normal)","") #If the PokÃ©mon is in its standard form, there is no need to specify this.86        pokemon_name=pokemon_name.replace(" Form","") #If the PokÃ©mon is in an alternate form, there is no need for the word "Form" at the end.87        if "- " in pokemon_name: #Reformat alternate forms with brackets instead of hypens.88            pokemon_name=pokemon_name.replace("- ","(")+")"8990        number=str(i)91        print(pokemon_name)92        93        pokedex.append({"pokemon_name":pokemon_name,"pokemon_types":pokemon_types,"charged_moves":charged_moves,"fast_moves":fast_moves,"evolution":evolution,"attack":attack,"defense":defense,"stamina":stamina,"number":str(i),"pokemon_image":pokemon_image}) #Add the acquired data to the array.9495with open('Spreadsheet.csv', 'w', newline='') as csvfile: #Open a new csv spreadsheet file.96    csvwriter = csv.writer(csvfile, delimiter=',',quotechar='|', quoting=csv.QUOTE_MINIMAL) #Initialise csv writer.97    csvwriter.writerow(["Name","Type","Charge Moves","Fast Moves","Evolution","Attack","Defense","Stamina","National Dex No","Image"]) #Write the initial title row.98    for pokemon in pokedex: #For each dictionary entry in the array.
...

cube.py

Source:cube.py

1from itertools import chain2from functools import reduce3class Cube:4    __slots__ = ['corner_permutation', 'edge_permutation', 'corner_orientation',  'edge_orientation']5    default_vals = {6        'corner_permutation': [0, 1, 2, 3, 4, 5, 6, 7],7        'corner_orientation': [0, 0, 0, 0, 0, 0, 0, 0],8        'edge_orientation': [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0],9        'edge_permutation': [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]10    }11    def __init__(self, *args, **kwargs):12        for key, value in self.default_vals.items():13            if key in kwargs:14                value = kwargs[key]15            setattr(self, key, value.copy())16    def __str__(self):17        result = chain(*[[str(getattr(self, item)), item, '\n'] for item in self.__slots__])18        return "".join(result)19    def __hash__(self):20        return reduce(lambda x, y: x ^ y, (hash(str(getattr(self, val))) for val in self.__slots__))21    def solved(self):22        return False not in [getattr(self, val) == self.default_vals[val] for val in self.__slots__]23    def move(self, move_string):24        return self.perform_move_old(nr=int(move_string[1]),25                                 move_table=self.move_tables[move_string[0].lower()])26    move_tables = {27                    'r': [[1, 3, 7, 5], [9, 6, 10, 2], [2, 1, 2, 1], [0, 0, 0, 0]],28                    'l': [[0, 4, 6, 2], [8, 0, 11, 4], [2, 1, 2, 1], [0, 0, 0, 0]],29                    'u': [[1, 5, 4, 0], [1, 2, 3, 0], [0, 0, 0, 0], [0, 0, 0, 0]],30                    'd': [[3, 2, 6, 7], [5, 4, 7, 6], [0, 0, 0, 0], [0, 0, 0, 0]],31                    'f': [[0, 2, 3, 1], [1, 8, 5, 9], [1, 2, 1, 2], [1, 1, 1, 1]],32                    'b': [[4, 5, 7, 6], [3, 10, 7, 11], [1, 2, 1, 2], [1, 1, 1, 1]]33                  }34    def perform_move_old(self, nr, move_table):35        move_cper, move_eper, move_cor, move_eor = move_table36        c, e, ct, et = move_cper, move_eper, move_cor, move_eor37        for i in range(0, nr):38            t = self.corner_permutation[c[0]]39            self.corner_permutation[c[0]] = self.corner_permutation[c[1]]40            self.corner_permutation[c[1]] = self.corner_permutation[c[2]]41            self.corner_permutation[c[2]] = self.corner_permutation[c[3]]42            self.corner_permutation[c[3]] = t43            t = self.edge_permutation[e[0]]44            self.edge_permutation[e[0]] = self.edge_permutation[e[1]]45            self.edge_permutation[e[1]] = self.edge_permutation[e[2]]46            self.edge_permutation[e[2]] = self.edge_permutation[e[3]]47            self.edge_permutation[e[3]] = t48            t = self.corner_orientation[c[0]]49            self.corner_orientation[c[0]] = ((self.corner_orientation[c[1]] + ct[0]) % 3)50            self.corner_orientation[c[1]] = ((self.corner_orientation[c[2]] + ct[1]) % 3)51            self.corner_orientation[c[2]] = ((self.corner_orientation[c[3]] + ct[2]) % 3)52            self.corner_orientation[c[3]] = ((t + ct[3]) % 3)53            t = self.edge_orientation[e[0]]54            self.edge_orientation[e[0]] = (self.edge_orientation[e[1]] + et[0]) % 255            self.edge_orientation[e[1]] = (self.edge_orientation[e[2]] + et[1]) % 256            self.edge_orientation[e[2]] = (self.edge_orientation[e[3]] + et[2]) % 257            self.edge_orientation[e[3]] = (t + et[3]) % 258        return self59    #60    # def perform_move(self, nr, move_table):61    #     attrs = zip([getattr(self, item) for item in self.__slots__], move_table, [20, 20, 3, 2])62    #     for i in range(0, nr):63    #         for T, v, Modulo in attrs:64    #             a = [v[0], v[1], v[2], v[3]] if Modulo < 5 else [0, 0, 0, 0]65    #             print(a)66    #             print(T)67    #             print(v)68    #             print((T[v[3]] + a[2]) % Modulo)69    #             print((T[v[0]] + a[3]) % Modulo)70    #             print()71    #             T[v[0]], T[v[1]], T[v[2]], T[v[3]] = ((T[v[1]] + a[0]) % Modulo,72    #                                                   (T[v[2]] + a[1]) % Modulo,73    #                                                   (T[v[3]] + a[2]) % Modulo,74    #                                                   (T[v[0]] + a[3]) % Modulo)...

migration.py

Source:migration.py

...15    newly_arrived['location_details'] = [extract_location_details(detail, district=district) for detail in details_list]16    newly_arrived['location_details'] = newly_arrived['location_details'] + ' ' + newly_arrived['location_name'] + ' ' + 'Sweden'17    pandas_gbq.to_gbq(newly_arrived, f'crime_statistics_polisenapi.{destination_tableid}', project_id=project_id, if_exists='append')18    print(f'{newly_arrived.shape[0]} rows added to table: crime_statistics_polisenapi.{destination_tableid}')19def move_tables(project_id: str, config_source: dict=config_us, config_destination: dict=config_eu,20                table_ids:List[str]=['raw', 'cities_refined_en', 'cities_refined','dim_district' ]):21    source_dataset_id = config_source['dataset_id']22    destination_dataset_id = config_destination['dataset_id']23    for table_id in table_ids:24        df = pandas_gbq.read_gbq(25            f"""26                SELECT  * 27                FROM `{project_id}.{source_dataset_id}.{table_id}`28                """)29        pandas_gbq.to_gbq(df, f'{destination_dataset_id}.{table_id}', project_id=project_id, location=config_destination['location'],30                          if_exists='replace')31def main():32    bq_client = bigquery.Client()33    project_id = bq_client.project34    move_tables(project_id=project_id)35if __name__=='__main__':...

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