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How to use list_disks method in tempest

Best Python code snippet using tempest_python

transientdisk_test.py

Source:transientdisk_test.py

...73            size=10 * MiB74        )75    transientdisk.remove_disk(owner_name, disk1_name)76    # owner dir should remain77    assert transientdisk.list_disks(owner_name) == [disk2_name]78    transientdisk.remove_disk(owner_name, disk2_name)79    # owner dir should be removed now80    assert transientdisk.list_disks(owner_name) == []81def test_add_existing_transient_disk(tmp_basedir):82    owner_name = 'vm-id'83    disk_name = 'sda'84    def create_disk():85        return transientdisk.create_disk(86            owner_name=owner_name,87            disk_name=disk_name,88            size=10 * MiB89        )90    create_disk()91    with pytest.raises(se.TransientDiskAlreadyExists):92        create_disk()93    assert transientdisk.list_disks(owner_name) == [disk_name]94def test_remove_disk_not_exists(tmp_basedir):95    owner_name = 'vm-id'96    disk1_name = 'sda'97    disk2_name = 'sdb'98    transientdisk.create_disk(99        owner_name=owner_name,100        disk_name=disk1_name,101        size=10 * MiB102    )103    # removal of disk that isn't exists should not104    # raise any exception105    transientdisk.remove_disk(owner_name, disk2_name)106    assert transientdisk.list_disks(owner_name) == [disk1_name]107def test_remove_disk_and_dir_not_exists(tmp_basedir):108    owner_name = 'vm-id'109    disk_name = 'sda'110    # removal of disk and directory that aren't exists111    # should not raise any exception112    transientdisk.remove_disk(owner_name, disk_name)113def test_list_disks(tmp_basedir):114    owner_name = 'vm-id'115    disk1_name = 'sda'116    disk2_name = 'sdb'117    for disk_name in [disk1_name, disk2_name]:118        res = transientdisk.create_disk(119            owner_name=owner_name,120            disk_name=disk_name,121            size=10 * MiB122        )123        actual_path = res['path']124        assert os.path.isfile(actual_path)125    disks_list = transientdisk.list_disks(owner_name)126    assert sorted(disks_list) == [disk1_name, disk2_name]127def test_list_disks_no_dir(tmp_basedir):128    owner_name = 'vm-id'129    disks_list = transientdisk.list_disks(owner_name)...

tower_disk07.py

Source:tower_disk07.py

1import re2from collections import namedtuple3Disk = namedtuple("Disk", "name weight subdisks")4# with open("day07_test.txt") as file:5with open("day07.txt") as file:6    test_data = file.readlines()7test_string = "fwft (72) -> ktlj, cntj, xhth\n"8p = re.compile(r"\W+")9print(p.split(test_string))10def process_call(input_string: str) -> Disk:11    """converts a call(a string) in to a disk data strucutre"""12    p = re.compile(r"\W+")13    disk_l = p.split(input_string[:-1])  # remove \n from end of string14    # print(disk_l)15    if len(disk_l) > 3:16        subdisk = disk_l[2:]17    else:18        subdisk = None19    disk_out = Disk(disk_l[0], disk_l[1], subdisk)20    # print(disk_out)21    return disk_out22process_call(test_string)23process_call("fbrdpr (28)")  # have to make sure empty subnodes works24list_disks = [process_call(disk) for disk in test_data]25# for disk in list_disks:26#    print(disk)27class Node:28    def __init__(self, disk):29        self.name = disk.name30        self.weigth = int(disk.weight)31        self.subdisks = []32    def __repr__(self):33        return str(self.name) + " " + str(self.weigth)34    def pprint(self):35        subs = " ".join(str(disk.name) for disk in self.subdisks)36        print(str(self.name) + " " + str(self.weigth) + "->" + subs)37        for disk in self.subdisks:38            disk.pprint()39    def sum_check(self):40        """ all disks towers must be equal weight, finds the weights that are not equal and prints them out so you can figure out the off blance node, "lnpuarm is too heavy by 8"41        """42        weigth = self.weigth43        if self.subdisks:44            l_weights = [disk.sum_check() for disk in self.subdisks]45            weigth += sum(l_weights)46            for w in l_weights:47                if w != l_weights[0]:48                    print("weight of sub towers", l_weights)49                    print("with the correspnding disk:")50                    print(self.name, "->", self.subdisks, "\n")51                    break52        return weigth53    def find_up(self):54        """Looks throught the list a builds the tree out from the node"""55        print("calling find_up")56        # find self.name in list_disks:57        flag = 058        for idx, disk in enumerate(list_disks):59            if disk.subdisks:  # checks not none60                if self.name in disk.subdisks:61                    thedisk = list_disks.pop(idx)62                    flag = 163                    break64        if flag == 0:65            print("stop")66        print(f"To insert:{thedisk}")67        leaf = self68        self = Node(thedisk)69        self.subdisks.append(leaf)70        print("leaf is now", self.subdisks)71        print("root is now", self.name)72        thedisk.subdisks.remove(leaf.name)73        for disk in thedisk.subdisks:74            self.find_down(disk)75        print("after insertion")76        return self77    def find_down(self, disk_name):78        """Finds the leafs from the list and rescursively inserts there weights and subdisks"""79        print("calling find_down")80        # now search the list for a match81        for idx, disk in enumerate(list_disks):82            if disk_name in disk.name:83                disk_in_list = list_disks.pop(idx)84                break85        # need to creat the subdisks now86        leaf = Node(disk_in_list)87        # insert the leafs recursively88        if disk_in_list.subdisks:89            # checking if there are subdisks90            for disk_name in disk_in_list.subdisks:91                leaf = leaf.find_down(disk_name)92        # finally add the leafs into the node(rescursively)93        self.subdisks.append(leaf)94        return self95print()96root = Node(list_disks.pop(2))  # need to start with a leaf97while list_disks:98    root = root.find_up()99print()100root.pprint()101assert len(list_disks) == 0102print("the root:", root.name, "->", root.subdisks)103# print(root.sum_towers())104print("part2: finding misblance")105print()...

CarsPrice.py

Source:CarsPrice.py

1import urllib.request2import urllib.parse3import csv4import time5from bs4 import BeautifulSoup6import http.client7http.client.HTTPConnection._http_vsn = 108http.client.HTTPConnection._http_vsn_str = 'HTTP/1.0'9#Insert your URL10# BASE_URL = 'http://moscow.drom.ru/toyota/camry/?fueltype=1&transmission=2&ph=1&pts=2&damaged=2&w=2&go_search=2'11BASE_URL = 'https://baza.drom.ru/user/Replika777'12#Insert your NAME File13NAME_FILE = "Cars"14def get_html(url):15    try:16        content_page = urllib.request.urlopen(url).read().decode('windows-1251')17        return content_page18    except http.client.IncompleteRead:19        return False20def remove_char(string, chars):21    string_new = ""22    for c in string:23        if c not in chars:24            string_new = string_new + c25    return string_new26def parse_html(html_page):27    list_object = BeautifulSoup(html_page, 'html.parser')28    # print(list_object.prettify())29    print(list_object.body.form.table.tbody.prettify())30    list_object = list_object.body.form.table.tbody31    list_disks = []32    33    for x in list_object.find_all('td', {'class' : 'descriptionCell'}):34        list_disks.append(x)35    print(list_disks)36    var = []37    38    for x in list_disks:39        print(x.td.div.div.span.content)40        # var.append({"URL" : x['href'],41        #             "price" : x.find('div', {'class': 'priceCell'})42        #                        .replace("\n", "")43        #                        .replace("\xa0", "")44        #                        .strip(),45        #46        #     })47        48    print(var)49    return var50def result_print(data):51    for x in data:52        print("{0}; {1}; {2}".format(x['date'], x['date']), x['value'])53# def save(namefile, data):54#     with open("{0}.txt".format(namefile), "w") as f:55#         f.write("Date ; UTC ; Value")56#         for x in data:57#             f.write("{0}; {1}; {2}".format(x['date'], convert_data(x['date']), x['value']))58            59def save_csv(namefile, data):60    with open("{0}.csv".format(namefile), "a", encoding='utf-8') as f:61        spamwriter = csv.writer(f, dialect='excel')62        for x in data:63            spamwriter.writerow((x['year'], x['price'], x['URL'], x['date'], x['city']))64def create_csv(namefile):65    with open("{0}.csv".format(namefile), "w", encoding='utf-8') as f:66        spamwriter = csv.writer(f, dialect='excel')67def count_page(current_link):68    69    count = 170    create_csv(NAME_FILE)71    72    while 1:73        time.sleep(1)74        print(count)75        if count % 5 == 0:76            time.sleep(15)77        if count % 10 == 0:78            time.sleep(30)79        content = get_html(current_link)80        81        82        content_page = BeautifulSoup(content, 'html.parser')83        #print(content_page)84        var = content_page.find("a", {"class" : "b-pagination__item_next"})85        if var is None:86            print(("Pages: {0}".format(count)))87            x = parse_html(content)88            # save_csv(NAME_FILE, x)89            break90        else:91            count +=192            current_link = var['href']93            content = parse_html(get_html(current_link))94            # save_csv(NAME_FILE, content)95# count_page(BASE_URL)96if __name__ == '__main__':...

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