Answer:
1. detailed view
2. segment
Explanation:
1. The Pseudocode is a very good choice to communicate a detailed view of a process. It provides a complete picture of a problem and explains elaborately how that problem is solved using the algorithm. In other words, it elaborately explains the algorithm is simple and concise words and segments to represent different operations of code.
2. Firstly the Pseudocode uses simple and concise words and segments for representing the different operations of the code. And hence, it is the segment other than the simple and concise words that are being used inside a pseudo code. And the simple and concise word together with the segments forms the complete pseudo-code and clearly explains the algorithm.
Answer:
do u have different networks too?
Answer: (A) Recertification
Explanation:
Recertification is the process that simplify and also automatically re-validate the account of the target type also the member of the resource group. It is the process in which the user account are validated periodically and also control the access.
- The policies of the re-certification basically initiate the workflow in the activity and also set the accurate notification during the process of re-certification.
- The re-certification access is important as it enables the companies for reviewing all the external and the internal users.
- It provide various types of benefits to the organization as it increase the security and also the re-certification accuracy.
Therefore, Option (A) is correct.
Answer:
- All variable names must begin with a letter of the alphabet or an. underscore( _ ).
-After the first initial letter, variable names can also contain letters and numbers.
-Uppercase characters are distinct from lowercase characters.
-You cannot use a C++ keyword as a variable name.
Answer:
// Producer Thread
void *producer(void *param) {
buffer_item item;
while (true) {
item = rand() % 100;
sem_wait(&empty);
pthread_mutex_lock(&mutex);
if (insert_item(item))
printf("Can't insert item\n");
else
printf("Producer %d: produced %d\n", *((int*)param), item);
pthread_mutex_unlock(&mutex);
sem_post(&full);
}
}
// Consumer Thread
void *consumer(void *param) {
while (true) {
buffer_item item = NULL;
if (in > 0)
item = buffer[in - 1];
sem_wait(&full);
pthread_mutex_lock(&mutex);
if (remove_item(&item))
printf("Can't remove item\n");
else
printf("Consumer %d: consumed %d\n", *((int*)param), item);
pthread_mutex_unlock(&mutex);
sem_post(&empty);
}
}
Explanation:
An outline of the producer and consumer threads appears as shown above.
