How to use threetimes method in unittest-xml-reporting

Best Python code snippet using unittest-xml-reporting_python

assignment_25_1_2022.py

Source:assignment_25_1_2022.py

1import requests2# 25/1/2022 assignment3# 1. We have a report on the number of flu vaccinations in a class of 40 people.4# It has the following numbers: never:8  once: 10 twice: 4 Threetimes:65# What is the mean number of the times those people have been vaccinated?6def mean_vaccination():7    never = 88    once = 109    twice = 410    threetimes = 611    total = never + once + twice + threetimes12    mean = total / 413    print("The mean number of the times those people have been vaccinated is:", mean)14mean_vaccination()15# 2. Create a store class that allow customers purchase items in your store16from store import Store, Product17items = []18try:19    products = requests.get('https://hub.dummyapis.com/products?noofRecords=10&idStarts=1001&currency=usd', timeout=10).json()20except:21    print("Error while fetching data")22    exit(-1)23for product in products:24    items.append(Product(product['name'],  int(float(product['price'][2:]))))25store = Store("CIT Store", items)26print(store.products)27# add a product to the store28print(store.add_products(Product("Coffee", 10)))29print(store.add_products(Product("Tea", 5)))30print(store.inflation(0.1))31print(store.print_products())32print(store.set_clearance(0.5))33print(store.print_products())34# sell a product35print(store.sell_product(Product('Tea')))36# remove a product37print(store.remove_products(Product('coffee')))38# 3. Create a polymorphism class funtion.39class Polymorphism():40    def __init__(self, name, age):41        self.name = name42        self.age = age43    def __str__(self):44        return f"{self.name} is {self.age} years old"45    def make_sound(self):46        print(f"{self.name} says hello")47    def move(self):48        print(f"{self.name} moves")49class Cat(Polymorphism):50    def __init__(self, name, age, fur_color):51        super().__init__(name, age)52        self.fur_color = fur_color53    def __str__(self):54        return f"{self.name} is {self.age} years old and has {self.fur_color} fur"55    def make_sound(self):56        print(f"{self.name} says meow")57class Dog(Polymorphism):58    def __init__(self, name, age, fur_color):59        super().__init__(name, age)60        self.fur_color = fur_color61    def __str__(self):62        return f"{self.name} is {self.age} years old and has {self.fur_color} fur"63    def make_sound(self):64        print(f"{self.name} says woof")65cat = Cat("Fluffy", 2, "white")66dog = Dog("Fido", 3, "brown")67print(cat)68print(dog)69cat.make_sound()70dog.make_sound()71"""721.We have a report on the number of flu vaccinations in a class of 40 people.73It has the following numbers: never:10  once: 15 twice: 7 Threetimes:874What is the mean number of the times those people have been vaccinated?75"""76number_of_people = 4077number_of_never = 1078number_of_once = 1579number_of_twice = 780number_of_threetimes = 881sum_vaccinated = number_of_once + number_of_twice + number_of_threetimes82mean_vaccinated = sum_vaccinated / number_of_people...

248633.py

Source:248633.py

1class Solution:2    def handleMap(self,nums):3        res = {}4        for i in nums.keys():5            if len(nums) == len(nums) / 3:6                nums[i] = nums[i] - 17            if nums[i] > 0:8                res[i] = nums[i]9        return nums10    def majorityElement(self, nums):11        if len(nums) < 3:12            return list(set(nums))13        14        threeTimes = {}15        allTimes = {}16        for item in nums:17            threeTimes = self.handleMap(threeTimes)18            if item in threeTimes.keys():                19                threeTimes[item] += 120            else:21                threeTimes[item] = 122            if item in allTimes.keys():23                allTimes[item] += 124            else:                25                allTimes[item] = 126            27        if len(threeTimes) == 0:28            return []29        res = []30        for key in threeTimes.keys():31            if allTimes[key] > len(nums) / 3:32                res.append(key)33        return res34if __name__ == '__main__':35    n=eval(input())36    s=Solution()...

triple.py

Source:triple.py

1def tripler(func):2    '''3    Run the input function three times.4    Parameters5    ----------6    func : function7            The function ti be run three times8    '''9    def wrapper():10        func()11        func()12        func()13    return wrapper14@tripler15def threeTimes():16    print("hi")...

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