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NEW QUESTION: 1
View the Exhibit and examine the data in the PRODUCTS table. (Choose the best answer.)

You must display product names from the PRODUCTS table that belong to the
'Software/other' category with minimum prices as either $2000 or $4000 and with no unit of measure.
You issue this query:
SQL > SELECT prod_name, prod_category, prod_min_price FROM products
Where prod_category LIKE '%Other%' AND (prod_min_price = 2000 OR prod_min_price
4000) AND prod_unit_of_measure <> ' ';
Which statement is true?
A. It executes successfully and returns the required result.
B. It executes successfully but returns no result.
C. It generates an error because the condition specified for the PROD_CATEGORY column is not valid.
D. It generates an error because the condition specified for PROD_UNIT_OF_MEASURE is not valid.
Answer: B

NEW QUESTION: 2
Occasionally a job that executes an existing SQL Server Integration Services (SSIS) package does not complete and nothing is processed.
You need to ensure that package logging occurs. Your solution must minimize deployment and development efforts.
What should you do?
A. Use the gacutil command.
B. Deploy the package by using an msi file.
C. Run the package by using the dtexec /dumperror /conn command.
D. Deploy the package to the Integration Services catalog by using dtutil and use SQL Server to store the configuration.
E. Run the package by using the dtexec /rep /conn command.
F. Create a reusable custom logging component.
G. Add a data tap on the output of a component in the package data flow.
H. Run the package by using the dtexecui.exe utility and the SQL Log provider.
I. Create an OnError event handler.
J. Use the Project Deployment Wizard.
K. Use the dtutil /copy command.
Answer: H
Explanation:
Explanation
References:
http://msdn.microsoft.com/en-us/library/ms140246.aspx
http://msdn.microsoft.com/en-us/library/hh231187.aspx

NEW QUESTION: 3
The RSA Algorithm uses which mathematical concept as the basis of its encryption?
A. PI (3.14159...)
B. Geometry
C. Two large prime numbers
D. 16-round ciphers
Answer: C
Explanation:
Explanation/Reference:
Source: TIPTON, et. al, Official (ISC)2 Guide to the CISSP CBK, 2007 edition, page 254.
And from the RSA web site, http://www.rsa.com/rsalabs/node.asp?id=2214 :
The RSA cryptosystem is a public-key cryptosystem that offers both encryption and digital signatures (authentication). Ronald Rivest, Adi Shamir, and Leonard Adleman developed the RSA system in 1977
[RSA78]; RSA stands for the first letter in each of its inventors' last names.
The RSA algorithm works as follows: take two large primes, p and q, and compute their product n = pq; n is called the modulus. Choose a number, e, less than n and relatively prime to (p-1)(q-1), which means e and (p-1)(q-1) have no common factors except 1. Find another number d such that (ed - 1) is divisible by (p-1)(q-1). The values e and d are called the public and private exponents, respectively. The public key is the pair (n, e); the private key is (n, d). The factors p and q may be destroyed or kept with the private key.
It is currently difficult to obtain the private key d from the public key (n, e). However if one could factor n into p and q, then one could obtain the private key d. Thus the security of the RSA system is based on the assumption that factoring is difficult. The discovery of an easy method of factoring would "break" RSA (see Question 3.1.3 and Question 2.3.3).
Here is how the RSA system can be used for encryption and digital signatures (in practice, the actual use is slightly different; see Questions 3.1.7 and 3.1.8):
Encryption
Suppose Alice wants to send a message m to Bob. Alice creates the ciphertext c by exponentiating: c = me mod n, where e and n are Bob's public key. She sends c to Bob. To decrypt, Bob also exponentiates:
m = cd mod n; the relationship between e and d ensures that Bob correctly recovers m. Since only Bob knows d, only Bob can decrypt this message.
Digital Signature
Suppose Alice wants to send a message m to Bob in such a way that Bob is assured the message is both authentic, has not been tampered with, and from Alice. Alice creates a digital signature s by exponentiating: s = md mod n, where d and n are Alice's private key. She sends m and s to Bob. To verify the signature, Bob exponentiates and checks that the message m is recovered: m = se mod n, where e and n are Alice's public key.
Thus encryption and authentication take place without any sharing of private keys: each person uses only another's public key or their own private key. Anyone can send an encrypted message or verify a signed message, but only someone in possession of the correct private key can decrypt or sign a message.