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Stream ciphers are optimal for usage when input size is unknown Block ciphers must use padding if a given segment of a plaintext message does not contain a full block Steam ciphers can send data of any size They are also normally faster than block ciphers ARCFOUR ARCFOUR is a cipher compatible with the RC4 stream cipher owned by RSA Security It is a commonly used stream cipher, used in many networking devices including wireless devices that implement Wired Equivalent Privacy (WEP), and Wi-Fi Protect Access (WPA) ARCFOUR has some weaknesses in it that are difficult to exploit, but it is not recommended for widespread usage Symmetric Cipher Summary The default cipher used by OpenSSH protocol 2 is AES This is for the best security/performance ratio Normally, not changing the defaults for the ciphers is recommended, unless specific needs arise.

Suppose that you define a function that has the following prototype: int sum(int a, int b); /* Calculates a+b */

catch (System.Data.SqlClient.SqlException ex) { string str =""; for (int i = 0; i < ex.Errors.Count; i++)

This function has two parameters of type int and returns a value of type int so you could store its address in a function pointer that you declare like this: int (*pfun)(int, int) = sum; This declares a function pointer with the name pfun that will store addresses of functions with two parameters of type int and a return value of type int. The statement also initializes pfun with the

OpenSSH also supports different modes of several block ciphers, including cipher block chaining (cbc) and counter mode (ctr) These offer some variation algorithms as described previously Several other ciphers exist, but they are not covered in this discussion..

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address of the function sum(). To supply an initial value you just use the name of a function that has the required prototype. You can now call sum() through the function pointer like this: int result = pfun(45, 55); This statement calls the sum() function through the pfun pointer with argument values of 45 and 55. You use the value returned by sum() as the initial value for the variable result so result will be 100. Note that you just use the function pointer name just like a function name to call the function that it points to; no dereference operator is required. Suppose you define another function that has the following prototype: int product(int a, int b); /* Calculates a*b */

{ str += "\n" + "Index #" + i + "\n" + "Exception: " + ex.Errors[i].ToString() + "\n" + "Number: " + ex.Errors[i].Number.ToString() + "\n" ; } MessageBox.Show (str, "Database Exception"); }

You can store the address of product() in pfun with the following statement: pfun = product; With pfun containing the address of product(), you can call product through the pointer result = pfun(5, 12); After executing this statement, result will contain the value 60. Let s try a simple example and see how it works.

In this example, you ll define three functions that have the same parameter and return types and use a pointer to a function to call each of them in turn. /* Program 9.1 Pointing to functions */ #include <stdio.h> /* Function prototypes */ int sum(int, int); int product(int, int); int difference(int, int); int main(void) { int a = 10; int b = 5; int result = 0; int (*pfun)(int, int); pfun = sum; result = pfun(a, b); printf("\npfun = sum pfun = product; result = pfun(a, b); printf("\npfun = product

This example shows that the SqlException object carries detailed information about every SQL error in its Errors collection.

The SSH protocol relies on encryption in its foundations to provide confidentiality. Symmetric encryption requires that each side of a connection agree on a key that explains the decoding of the encrypting data. Asymmetric algorithms for encryption require the usage of key pairs. Each key pair consists of a private key and public key. Both keys must be used to decode a message. The private key is known only by a single party, and is protected. The public key can then be distributed over public medium, because by itself it offers no advantage to an attacker. This eliminates a major concern with symmetric ciphers, which is delivering the shared key to the remote target. If I have my message again, We attack at dawn, I encrypt the message using a public key for the intended recipient. The recipient then uses his or her private key to decode the message. If another person intercepts the message in its ciphertext format, that person will be unable to decode it because he or she does not have the private key required. In this

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Summary

/* Points to function sum() /* Call sum() through pointer result = %d", result); /* Points to function product() /* Call product() through pointer result = %d", result);

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