Answer:
The explanation for this question is describes in the explanation section below.
Explanation:
A palindrome is a number, string, expression or certain character pattern that appears the very same backward as a forward.
Below is an algorithm for the series:
Step 1: Creates an object of generic stack-type of string set.
Step 2: Accept the sequence from those in the user as its entry.
Step 3: Throughout the specified set, disregard the white space.
Step 4: Build an object for the reverse string to be stored.
Step 5: To store the stack into the string, place the object that has come into the stack.
Step 6: Test whether the reversed string equals the initial string.
Step 7: Display the message of success.
Step 8: Display the message of failure when the strings aren't the same.
this is an example of a event handling
a event handle is when we handle events like a press of a key or a sprite movment
I suggest you to read OpenSSL changelogs to make it more clear. As there's not enough space to describe how it works. But heartbleed resistan version was 1.0.2, as I know.
Answer:
HTTP is the application layer protocol required.
Explanation:
For a web page to be displayed on a browser, the seven layers of the OSI model work together. On the application layer, HTTP protocol is used to communicate between the server and the client. The HTTP client is the browser (Chrome, Internet Explorer, Firefox etc.) which sends a request to the HTTP server for accessing a web page.
When a URL is accessed, the HTTP client sends a request to the HTTP server. The server locates the file which is being requested and sends a response message containing the web page which is to be displayed. The exchange of data between the HTTP client and server takes place over a TCP connection.
TCP is a transport layer protocol which provides a reliable connection over which the exchange of data takes place. Data at the transport layer is sent in the form of segments. If the data being sent from the server is too long, it is divided into multiple segments and sent one after the other. The client is then responsible for joining the segments and displaying the information as a web page. The transport layer is also responsible for error correction and detection during the communication process.
If the student is sending or retrieving information from a secure website, the messages being exchanged between the client and server will be encrypted. This means that if a third-party tries to tap the communication process, they would not be able to decipher the messages. This increases the security and helps keep the information present on the web page confidential.