Answer:
hope this helps. I am also a learner like you. Please cross check my explanation.
Explanation:
#include
#include
using namespace std;
int main()
{
int a[ ] = {0, 0, 0}; //array declared initializing a0=0, a1=0, a3=0
int* p = &a[1]; //pointer p is initialized it will be holding the address of a1 which means when p will be called it will point to whatever is present at the address a1, right now it hold 0.
int* q = &a[0]; //pointer q is initialized it will be holding the address of a0 which means when q will be called it will point to whatever is present at the address a0, right now it hold 0.
q=p; // now q is also pointing towards what p is pointing both holds the same address that is &a[1]
*q=1
; //&a[0] gets overwritten and now pointer q has integer 1......i am not sure abut this one
p = a; //p is now holding address of complete array a
*p=1; // a gets overwritten and now pointer q has integer 1......i am not sure abut this one
int*& r = p; //not sure
int** s = &q; s is a double pointer means it has more capacity of storage than single pointer and is now holding address of q
r = *s + 1; //not sure
s= &r; //explained above
**s = 1; //explained above
return 0;
}
Answer:
The answer to this question is given below in this explanation section.
Explanation:
A free WiFi connection in a public space can seem like a lifesaver when you are on the go.But if you decide to use public WiFi just be aware that you could be making yourself an easy target for hackers and putting your information and more at risk.
one of the dangers of using a public WiFi network is that data over this type of open connection is often encrypted and unsecured ,leaving you vulnerable to a man in the middle attack.It when a cyber criminal exploits a security flaw in the network to intercept data
- Avoid connecting to public WiFi connection. i if you must use a public WiFi hotpots also use a virtual privater network to secure your connection.
- Do not log in to password protected websites that contains sensitive information when using a public WiFi connection for example banking and social networking sites or even email.
- Keep your software patched and up to date and all your devices even your mobiles ones to avoid any potential infection by viruses or malware if you do use unsecured public WiFi.
Complete Question:
Determine the number of cache sets (S), tag bits (t), set index bits (s), and block offset bits (b) for a 4096-byte cache using 32-bit memory addresses, 8-byte cache blocks and a 8-way associative design. The cache has :
Cache size = 1024 bytes, sets t = 26.8, tag bits, s = 3.2, set index bit =2
Answer:
Check below for explanations
Explanation:
Cache size = 4096 bytes = 2¹² bytes
Memory address bit = 32
Block size = 8 bytes = 2³ bytes
Cache line = (cache size)/(Block size)
Cache line = 
Cache line = 2⁹
Block offset = 3 (From 2³)
Tag = (Memory address bit - block offset - Cache line bit)
Tag = (32 - 3 - 9)
Tag = 20
Total number of sets = 2⁹ = 512
Can you post the answers plz
Answer:
yes oo you want to play with me
