Answer:
a number that is less than the value assigned to the particular text box
Explanation:
The TabIndex is a general attribute that is widely used for HTML elements. It allows the professionals to design and customized how a document can be viewed. In order to assign a TabIndex value to a particular text box, it is recommended that the the number is relatively less than the assigned value in the particular text box.
Answer:
Protocol filtering
Explanation:
When using UDP or TCP port numbers, you are able to filter many information, including POP email messages, SMTP messages, DNS requests, NNTP newsgroup sessions, and other NetBIOS sessions. Port or Protocol Filtering is also a feature that is used when attempting to block traffic that are not wanted from your network.
The amplitude of the wave is indicated by A hence option a.A should be the answer.
Explanation:
To understand how this program is working let us print the variable value at different stages of the program so that we can understand how it is working.
Intitally, value=10 when it was declared.
Then we added 5 and it become value=15
then we used fork() function which creates a parent(orignal) and child(duplicate)
When fork() succeeds it returns the child pid to parent and returns 0 to the child. As you can see (pid > 0) condition is always true therefore the parent pid value becomes 35 ( 15+20) and the child pid value becomes 0.
#include <stdio.h>
#include <unistd.h>
int main( ) {
int value = 10;
printf("%d\n",value);
int pid;
value += 5;
printf("%d\n",value);
pid = fork( );
printf("%d\n",pid);
if (pid > 0 )
{
value += 20;
}
printf("%d\n",value);
return 0;
}
Output:
10 (initial value)
15 (modified value)
5343 (pid when fork is used)
35 (final modified value)
0 (child value)
15 (the parent value when fork was used)
Answer:
True
Explanation:
Infinite sequential ordered stream return values as the first element are at position 0 in the stream and provided seed. The n > 0 is the element at the position and will result for applying functions f at position n.
Infinite Instream is creating a stream of even numbers that start from 0.
Such as
List<Integer> ints = InStream. iterate(0,i-> i +2)
.mapToObj(Integer:: valueOf)
.limit(10)
.collect(Collectors.tolist());
system.out.printin(ints);
It returns an infinite unordered stream, and the Supplier generates each. The limit() method can be called in the stream to stop the series after several elements.