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NEW QUESTION: 1
Your network contains an Active Directory domain named contoso.com. The domain contains servers named Server1 and Server2 that run Windows Server 2012 R2.
You create a windows PowerShell script named Scriptl.psl that contains the following configuration:
You need to apply the configuration to Server1. The solution must ensure that the configuration on Server1 can be updated by modifying a MOF file on Server2.
Which actions should you perform on each server?
To answer, select the appropriate server on which to perform each action in the answer area.
Answer:
Explanation:
Explanation
NEW QUESTION: 2
障害状態の解決策は何ですか？
A. ip ospf authentication message digestコマンドを使用して、S0 / 0/0インターフェイスでOSPF認証を有効にします
B. network 209.65.200.0 0.0.0.255 area 12コマンドを使用して、s0 / 0/1インターフェイスでOSPFルーティングを有効にします
C. network 10.1.1.0 0.0.0.0.255 area 12コマンドを使用して、s0 / 0/0インターフェイスでOSPFルーティングを有効にします
D. redistribute BGP 65001 subnetコマンドを使用して、BGPルートをOSPFに再配布します
Answer: A
Explanation:
Explanation
Explanation Explanation/Reference:
R2 is correctly configured for OSPF authentication, including the "ip ospf authentication message-digest" command listed properly under the sub-interface Serial0/0/0.12. R1 is missing this command.
Ticket 2 IP NAT
TROUBLE TICKET STATEMENT:
The implementation group has been using the test bed to do a
'proof-of-concept' that required both client 1 and client 2 to access the Web Server at 209.65.200.241. After several changed to interface status, network addressing, routing schemes and layer 2 connectivity, at trouble ticket has been opened indicating that client 1 cannot ping the 209.65.200.241 (internet Server).
Client 1 and Client 2 are not able to reach the WebServer at 209.65.200.241.
Initial troubleshooting shows
that DSW1, DSW2 and all the routers are able to reach the WebServer.
Configuration on R1
ip nat inside source list nat_pool interface s0/0/1 overload
NEW QUESTION: 3
What is the name for a substitution cipher that shifts the alphabet by 13 places?
A. ROT13 cipher
B. Caesar cipher
C. Transposition cipher
D. Polyalphabetic cipher
Answer: A
Explanation:
An extremely simple example of conventional cryptography is a substitution cipher.
A substitution cipher substitutes one piece of information for another. This is most frequently done by offsetting letters of the alphabet. Two examples are Captain Midnight's
Secret Decoder Ring, which you may have owned when you were a kid, and Julius
Caesar's cipher. In both cases, the algorithm is to offset the alphabet and the key is the number of characters to offset it. So the offset could be one, two, or any number you wish.
ROT-13 is an example where it is shifted 13 spaces. The Ceaser Cipher is another example where it is shifted 3 letters to the left.
ROT13 ("rotate by 13 places", sometimes hyphenated ROT-13) is a simple letter substitution cipher that replaces a letter with the letter 13 letters after it in the alphabet.
ROT13 is an example of the Caesar cipher, developed in ancient Rome.
In the basic Latin alphabet, ROT13 is its own inverse; that is, to undo ROT13, the same algorithm is applied, so the same action can be used for encoding and decoding. The algorithm provides virtually no cryptographic security, and is often cited as a canonical example of weak encryption.
ROT13 is used in online forums as a means of hiding spoilers, puzzle solutions, and offensive materials from the casual glance. ROT13 has been described as the "Usenet equivalent of a magazine printing the answer to a quiz upside down". ROT13 has inspired a variety of letter and word games on-line, and is frequently mentioned in newsgroup conversations. See diagram Below:
Rot 13 Cipher
The following are incorrect:
The Caesar cipher is a simple substitution cipher that involves shifting the alphabet three positions to the right. In cryptography, a Caesar cipher, also known as Caesar's cipher, the shift cipher, Caesar's code or Caesar shift, is one of the simplest and most widely known encryption techniques. It is a type of substitution cipher in which each letter in the plaintext is replaced by a letter some fixed number of positions down the alphabet. For example, with a left shift of 3, D would be replaced by A, E would become B, and so on. The method is named after Julius Caesar, who used it in his private correspondence.
Caesar Cipher
Polyalphabetic cipher refers to using multiple alphabets at a time. A polyalphabetic cipher is any cipher based on substitution, using multiple substitution alphabets. The Vigenere cipher is probably the best-known example of a polyalphabetic cipher, though it is a simplified special case.
Viginere Cipher
Transposition cipher is a different type of cipher. In cryptography, a transposition cipher is a method of encryption by which the positions held by units of plaintext (which are commonly characters or groups of characters) are shifted according to a regular system, so that the ciphertext constitutes a permutation of the plaintext. That is, the order of the units is changed. See the reference below for multiple examples of Transpositio Ciphers.
An exemple of Transposition cipher could be columnar transposition, the message is written out in rows of a fixed length, and then read out again column by column, and the columns are chosen in some scrambled order. Both the width of the rows and the permutation of the columns are usually defined by a keyword. For example, the word
ZEBRAS is of length 6 (so the rows are of length 6), and the permutation is defined by the alphabetical order of the letters in the keyword. In this case, the order would be "6 3 2 4 1
5".
In a regular columnar transposition cipher, any spare spaces are filled with nulls; in an irregular columnar transposition cipher, the spaces are left blank. Finally, the message is read off in columns, in the order specified by the keyword. For example, suppose we use the keyword ZEBRAS and the message WE ARE DISCOVERED. FLEE AT ONCE. In a regular columnar transposition, we write this into the grid as Follows:
Transposition Cipher
Providing five nulls (QKJEU) at the end. The ciphertext is then read off as:
EVLNE ACDTK ESEAQ ROFOJ DEECU WIREE
Reference(s) used for this question:
http://en.wikipedia.org/wiki/ROT13
http://en.wikipedia.org/wiki/Caesar_cipher
http://en.wikipedia.org/wiki/Polyalphabetic_cipher
http://en.wikipedia.org/wiki/Transposition_cipher
NEW QUESTION: 4
What happens when you attempt to compile and run the following code?
# include <deque>
# include <iostream>
# include <algorithm>
#include <functional>
using namespace std;
class B { int val;
public:
B(int v=0):val(v){}
int getV() const {return val;}
B operator +(const B &b )const { return B(val + b.val);} };
ostream & operator <<(ostream & out, const B & v) { out<<v.getV(); return out;} template<class T>struct Out {
ostream & out;
Out(ostream & o): out(o){}
void operator() (const T & val ) { out<<val<<" "; } };
template<typename A>
struct Add : public binary_function<A, A, A> {
A operator() (const A & a, const A & b) const { return a+b; } };
int main() {
int t[]={1,2,3,4,5,6,7,8,9,10};
deque<B> d1(t, t+10);
deque<B> d2(10);
transform(d1.begin(), d1.end(), d2.begin(), bind2nd(Add<B>(), 1));
for_each(d2.rbegin(), d2.rend(), Out<B>(cout));cout<<endl;
return 0;
}
Program outputs:
A. 2 3 4 5 6 7 8 9 10 11
B. compilation error
C. 11 10 9 8 7 6 5 4 3 2
D. 1 2 3 4 5 6 7 8 9 10
E. 10 9 8 7 6 5 4 3 2 1
Answer: C
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