Answer: Azure Files
Explanation:
Azure Files simply offers file shares in the cloud which can be accessible through the Network File System (NFS) or Server Message Block (SMB) protocol.
Since the administrators must be able to browse to the data in File Explorer, access over SMB 3.0 must be supported and the storage must also support quotas, the Azure files will be useful in this regard.
Answer: I think Harman International. Bose.
Sennheiser, that ultilize audio And Zendesk
New Relic That ultilize video technology.
Explanation:
Answer:
data link layer
Explanation:
you answer is data link layer
Answer:
The function in C++ is as follows:
int isSorted(int ar[], int n){
if (
||
){
return 1;}
if (
<
){
return 0;}
return isSorted(ar, n - 1);}
Explanation:
This defines the function
int isSorted(int ar[], int n){
This represents the base case; n = 1 or 0 will return 1 (i.e. the array is sorted)
if (
||
){
return 1;}
This checks if the current element is less than the previous array element; If yes, the array is not sorted
if (
<
){
return 0;}
This calls the function, recursively
return isSorted(ar, n - 1);
}
Answer:
Interrupt (INT) helps operating system to stop work on one process and start work on other process using interrupt signals.
Explanation:
Purpose of interrupts:
• Interrupts are useful when an I/O device needs to be serviced only occasionally at low data transfer rate.
• For example, when a peripheral requires the attention of the processor to perform an I/ O operation.
A trap:
• also known as an exception or a fault, is typically a type of synchronous interrupt caused by an exceptional condition
• is a software-generated interrupt.
• For example it's caused by division by zero or invalid memory access.
Can traps be generated intentionally by a user program? Yes.
If so, for what purpose?
• the usual way to invoke a kernel routine (a system call) because those run with a higher priority than user code.
• Handling is synchronous, so the user code is suspended and continues afterwards.
• In a sense they are active - most of the time, the code expects the trap.