C++ Code:

For the c++ code below:

#include

#include

int count;

int turn = 0; // Shared variable used to implement strict alternation

void* myFunction(void* arg)

{

int actual_arg = *((int*) arg);

for(unsigned int i = 0; i

// TODO:

// Make sure that the thread waits for its turn

// before it enters the critical region.

//

// HINT: The thread ID is stored in actual_arg

// Beginning of the critical region

count++;

std::cout

// End of the critical region

// TODO:

// Make sure that the other thread gets a turn

//

// HINT: There are only two threads: 0 and 1

// You can use the C++ NOT operator (!)

// to toggle back and forth.

}

pthread_exit(NULL);

}

// HINT: It is not necessary to make any changes in main()

int main()

{

int rc[2];

pthread_t ids[2];

int args[2];

count = 0;

for(unsigned int i = 0; i

args[i] = i;

rc[i] = pthread_create(&ids[i], NULL, myFunction, (void*) &args[i]);

}

for(unsigned int i = 0; i

pthread_join(ids[i], NULL);

}

std::cout

pthread_exit(NULL);

}

int count;

int turn = 0; // Shared variable used to implement strict alternation

void* myFunction(void* arg)

{

int actual_arg = *((int*) arg);

for(unsigned int i = 0; i

// TODO:

// Make sure that the thread waits for its turn

// before it enters the critical region.

//

// HINT: The thread ID is stored in actual_arg

// Beginning of the critical region

count++;

std::cout

// End of the critical region

// TODO:

// Make sure that the other thread gets a turn

//

// HINT: There are only two threads: 0 and 1

// You can use the C++ NOT operator (!)

// to toggle back and forth.

}

pthread_exit(NULL);

}

// HINT: It is not necessary to make any changes in main()

int main()

{

int rc[2];

pthread_t ids[2];

int args[2];

count = 0;

for(unsigned int i = 0; i

args[i] = i;

rc[i] = pthread_create(&ids[i], NULL, myFunction, (void*) &args[i]);

}

for(unsigned int i = 0; i

pthread_join(ids[i], NULL);

}

std::cout

pthread_exit(NULL);

}

#include #include

int count;

void* myFunction(void* arg) { int actual_arg = *((int*) arg); for(unsigned int i = 0; i

int main() { int rc[2]; pthread_t ids[2]; int args[2]; count = 0; for(unsigned int i = 0; i

Execute the pthread join program several times. Examine the output carefully. You should notice a problem in the the comments carefully. Read the Linux manual page that describes the pthread join function [URL: https://linux.die.net/man/3/pthread_join] and make sure that you understand the functionality that pthread_join provides and how to call (invoke) this function. Correct the problem. Look for the // TODO comment and address it (i.e., implement the functionality described in the comment). Hint: The solution requires only one (1) line of code. Build and run your program and make sure that it works correctly