new programs

api.py

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+from bs4 import BeautifulSoup
+import requests
+url=("https://www.regexsoftware.com/")
+data = requests.get(url).text
+soup = BeautifulSoup(data,"lxml")
+#print(soup.prettify)
+for div_tag in soup.find_all("div",{"class":"elementor-element elementor-element-9ba7258 elementor-column elementor-col-25 elementor-top-column"}):
+    for div_data in div_tag.find_all("div",{"class":"elementor-heading-title elementor-size-default"}):
+        print(div_data) 

newprojectaws/S3.py

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+import boto3
+import time
+import datetime
+import random
+
+while True:  
+        time.sleep(10)
+        resource=boto3.resource("s3")
+
+
+
+        ts=time.time()
+
+        bucket=resource.Bucket(f"mynewbucket{ts}")
+        response = bucket.create(
+            ACL='public-read-write',
+            CreateBucketConfiguration={
+                'LocationConstraint': 'ap-south-1'
+        },)
+        s=random.randint(0,10)
+        with open('/newprojectaws', 'w') as data:
+            resource.Bucket(f'mynewbucket{ts}').upload_file('/newprojectaws', f'newfile{s}')
+
+
+
+
+
+
+

newprojectaws/newtest.py

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+from importlib.resources import Resource
+import boto3
+
+resource=boto3.resource('s3')
+list_=resource.buckets.all()
+for buckets in list_:
+    print(buckets.name)
+for my_bucket_object in resource.objects.all():
+    print(my_bucket_object)

newprojectaws/test.py

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+# s3 = boto3.resource('s3') 
+# the_bucket = s3.Bucket('my_bucket')
+
+from asyncio.windows_events import NULL
+from http import client
+from re import X
+import boto3
+import time
+import datetime
+import random
+import botocore
+s3= boto3.resource('s3') 
+the_bucket = s3.buckets.all()
+for bucket in the_bucket:
+    # print(bucket.name)
+    N=bucket.name
+    my_bucket=s3.Bucket(bucket.name)
+    # response= resource.list_objects_v2(bucket.name)
+
+    # list_=(map(lambda x: (x.bucket_name, x.key), my_bucket.objects.all()))
+    # listkeys=my_bucket.bucket_name()
+
+    # print(listkeys)
+    for keys in my_bucket.objects.all():
+       list_= (keys.bucket_name)
+
+for keys in the_bucket  :
+    list_2=(keys.name)  
+    print(list_2)
+    # for i in list_:
+    #     print(i)
+    # list_=filter(None,list(list_))
+for i in list_2:    
+    if i not in  list_:
+        response=s3.delete(i)
+
+    # print(list_)
+    # else:
+    #     my_bucket.delete_bucket(list_[0])   
+    #      
+
+    # # list2=list(filter(None,list_)) 
+    # for i in list_:
+    #     if len(list_)<1: 
+    #         continue
+            # my_bucket.delete_bucket(list2[0])
+            # if my_bucket.all()
+        # else:
+        #     print(list_[0])
+

newprojectaws/time.py

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+from asyncio.windows_events import NULL
+from http import client
+from importlib.resources import Resource
+from re import X
+
+
+import boto3
+import time
+import datetime
+import random
+import botocore
+resource = boto3.resource('s3') 
+response = resource.buckets.all()
+for bucket in response:
+    # print(bucket.name)
+    N=bucket.name
+    my_bucket=resource.Bucket(bucket.name)
+    # response= resource.list_objects_v2(bucket.name)
+
+    # list_=(map(lambda x: (x.bucket_name, x.key), my_bucket.objects.all()))
+    # listkeys=my_bucket.bucket_name()
+
+    # print(listkeys)
+    for keys in resource.Object.all():
+       list_= (keys.bucket_name)
+
+for keys in response :
+    list_2=(keys.name)  
+    print(list_2)
+    # for i in list_:
+    #     print(i)
+    # list_=filter(None,list(list_))
+for i in list_2:    
+    if i not in  list_:
+        bucket=response.Bucket("nonamebuckt9898")
+        response = bucket.delete()
+
+    # print(list_)
+    # else:
+    #     my_bucket.delete_bucket(list_[0])   
+    #      
+
+    # # list2=list(filter(None,list_)) 
+    # for i in list_:
+    #     if len(list_)<1: 
+    #         continue
+            # my_bucket.delete_bucket(list2[0])
+            # if my_bucket.all()
+        # else:
+        #     print(list_[0])
+

practicebro1.py

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+# print("I love to play football")
+# print("I can play it anytime")    1
+# first_name = "bro"
+# second_name = "code"
+# full_name = first_name + " " + second_name
+# print("hello "+full_name)   #2
+# print(type(name))
+# age = 21
+# age += 1
+# print("your age is : "+str(age))
+# print(age)
+# print(type(age))
+# height = 150.5
+# print("your height is : "+str(height))
+# print(type(height))
+# human = True
+# print(type(human))
+# print("are you a human : "+str(human))     #time:17:01
+
+#  MULTIPLE ASSIGNMENT BY BRO CODE (18:04)
+# name , age , attractive = "rudraksh" , 20 , True
+# print(name)
+# print(age)
+# print(attractive)   # if all elements have similar value then below:
+# gopu = muniya = raghav = chotu = 20
+# print(gopu)
+# print(raghav)
+# print(muniya)
+# print(chotu)
+# name = "rudraksh bohra"    #len function also counts spaces so instead of 13 it's going to print 14
+# print(len(name))
+# print(name.find("r"))      # find function only gives the index of first element to be found for eg i there are 3 r then it will give the index of first r to be found
+# print(name.capitalize())      # it will not capitalize the word after space
+# print(name.upper())           # will convert into upper case similarly we can use .lower 
+# print(name.isdigit())         #return true if our string is numeric value else false
+# print(name.isalpha())       # if there is alphabets in string then true but if there is space between two alphabets then it will return false
+# print(name.count("r"))        #prints the count of characters within our string
+# print(name.replace("r","m"))  # if we want to replace certain character with other character
+# print(name*3)            #if we want to print name multiple times
+
+#TYPECASTING IN PYTHON  25:22
+# x = 1      #int
+# y = 2.0    #float
+# z = "3"    #str
+# y = int(y)   #this is permanent tye cast in which if we print y we will get it value 2
+# print(x)
+# print(int(y))   # this is not permanent typecast
+# print(z)
+# print("x is "+z)
+# print("x is "+x)  #it will print error so we have to typecast int and float value in string value in this situation
+
+#HOW WE CAN ACCEPT SOME USER INPUT IN PYTHON(31:00)
+# name = input("what is your name?: ")
+# age = int(input("how old are you?: "))
+# height = float(input("how tall are you?: "))
+# age = age + 1
+# print("Hello "+name)
+# print("you are "+str(age)+" year old")
+# print("you are "+str(height)+"cm tall")
+
+#USEFUL FUNCTIONS RELATED TO NUMBERS IN PYTHON(37:09)
+# import math
+# pi = 3.14  # "import math"   to access these functions
+# print(round(pi))   
+# print(math.ceil(pi))   # use to rounded up for the particular value
+# print(math.floor(pi))  #rounded down for the particular value
+# print(abs(pi))         #give the absolute value i.e. how much the value is far from zero
+# print(pow(pi, 2))      #print the power of any certain value
+# print(math.sqrt(pi))   # to find the square root of any value
+# x = 1
+# y = 2
+# z = 3
+# print(max(x,y,z))       # print the maximum of these values
+# print(min(x,y,z))       # min for lowest
+
+#STRING SLICING IN PYTHON(41:05)   slicing creates a substring by extracting elements from another string 
+# two ways by indexing[] or by slice() function   [start:stop:step] 
+# name = "rudraksh bohra"
+# first_name = name[0:8]    #can also be done by name[:8]  , empty space will take default start value
+# print(first_name)
+# second_name = name[9:14]  # can also be done by name[9:] , default stop value
+# print(second_name)
+# funky_name = name[13:-15:-1]     # we can also do it by name[::-1] or name[13::-1]
+# print(funky_name)
+# print(name[::2])
+#STRING SLICING USING SLICE FUNCTION
+# website1 = "http://google.com"
+# website2 = "http://linkedIn.com"
+
+# slice = slice(7,-4)
+
+# print(website1[slice])
+# print(website2[slice])
+
+
+
+

q1.py

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+
+
+import math
+
+
+def digSum( n):
+    sum = 0
+
+    while(n > 0 or sum > 9):
+
+        if(n == 0):
+            n = sum
+            sum = 0
+
+        sum += n % 10
+        n /= 10
+
+    return sum
+
+# Driver method
+n = input("enter number: ")
+x=n.split(" ")
+q=x[0]
+w=x[1]
+if  ((int(digSum(int(q))))== (int(digSum(int(w))))):
+    print(True)
+else:
+    print(False)    
+

q2.py

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+from collections import Counter
+x=input()
+l1=[]
+for i in range(int(x)):
+
+        l1.add[i]
+d = Counter(l1)
+print(d)
+
+new_list = list([item for item in d if d[item]>1])
+print(new_list)