Answer:
5) 3 0 0
Explanation:
Given data
int [] val = { 3, 10, 44 };
The total number of parameters of given array are 3, so total length of array is also 3.
The indexing of array starts with '0', Therefore the indexes of array with length zero are: {0,1,2}
The value of array at index 0 is = 3
similarly
value at index 1 = 10
value at index 2 = 44
Here, Int i = 1 is storing the value '1' in integer variable i.
In addition to that, any value of index 'i' of an array is selected using array[i].
Therefore,
val[i] = i-1 is copying the value (i-1 = 1-1 = 0) to the index '1' of the array because i = 1.
So value at index 1 would be = val[1] = 0
The term i++ is incrementing the value of i, it makes i =2
val[i] = i-1 is copying the value (i-1 = 1-1 = 0) to the index '2' of the array because i = 2 now.
So value at index 2 would be = val[2] = 0
Hence, the output would be {3 0 0}. So 5th option is correct.
<span>The network connectivity pillar in the Cisco IoT system describes embedded networks that include compact form factor switch and router cards running Cisco IOS software to provide secure data, voice, and video communications.
</span>The network connectivity is one of the six pillars <span>supporting Cisco's IoT system. It </span>includes purpose-built routing, switching and wireless products;
Below are the steps involved:
1. Fragmentation:<span> Every upper layer message is fragmented into 2^14 equivalent to </span>16384
bytes or less blocks.
2. Compression: This one is optionally
applied and must be lossless. It may not increase content length by more than
1024 bytes.
3. Compute a MAC (Message Authentication
Code): For this purpose, a shared secret key has to be used.
4. Encryption: Inclusive of the MAC, the
compressed message is encrypted using symmetric encryption. It must not
increase the length by 1024 bytes or more.
5. Preparing a heading in the following
fields: Major Version (8 bits); Compression Length (16 bits); Minor Version (8
bits); and Content Type (8 bits).
