Answer:
2. SSL can interact with its earlier versions which is a vulnerability
Explanation:
TLS (Transport Layer Security) and SSL (Secure Sockets Layer) are both used for providing data authentication and encryption between networking devices (such as servers, PCs and applications) operating over a network. The iterations of SSL were versions 1.0, 2.0 and 3.0. But then, all these iterations had security issues and so TLS 1.0 was released to improve on those security flaws. And seeing that SSL can interact with its earlier versions which are all vulnerable, downgrading TLS to SSL for compatibility sake will abuse the essence of TLS in the first place.
Phones, they help me with school work and provide entertainment.
Answer:
Following is the program in Python language
def uniquely_sorted(lst1): #define the function uniquely_sorted
uni_que = [] #creating an array
for number in lst1: #itereating the loop
if number not in uni_que: #check the condition
uni_que.append(number)#calling the function
uni_que.sort() #calling the predefined function sort
return uni_que #returns the unique values in sorted order.
print(uniquely_sorted()([8, 6, 90, 76])) #calling the function uniquely_sorted()
Output:
[6,8,76,90]
Explanation:
Following are the description of the Python program
- Create a functionuniquely_sorted() that takes "lst1" as a list parameter.
- Declared a uni_que[] array .
- Iterating the loop and transfer the value of "lst1" into "number"
- Inside the loop call, the append function .the append function is used for adding the element in the last position of the list.
- Call the predefined function sort(for sorting).
- Finally, call the function uniquely_sorted() inside the print function.
Answer: Client-Server model
Explanation:
The Client-server model is a distributed network application configuration, that partitions task or where one program requests a resource or service from another program, between the providers of a resource or service, called servers, and service requesters called clients. In the client-server architecture, when the client computer sends a request for data to the server through the internet, the server accepts the requested process and deliver the data packets requested back to the client.
Option + 1
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