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Develop a C + + implementation for the pseudocode programming contest. Annotate your code clearly to highlight the use of counting semaphores for synchronization. Ensure

Develop a C++ implementation for the pseudocode programming contest.
Annotate your code clearly to highlight the use of counting semaphores for synchronization.
Ensure that the code reflects the design choices made to address synchronization challenges.
showcasing the functionality of your implemented simulation.
Emphasize how counting semaphores can prevent race conditions, ensure controlled access, and contribute to the synchronized operation of the system.
Pseudocode:
class Teams:
team_name
team_members
score (shared variable)
binary_semaphore
def submit_solution(team_name, solution_file, score):
//Critical Section
wait(binary_semaphore)// Ensure only one team member submits at a time
send_file_to_submission_station(solution_file)
signal(binary_semaphore)
class SubmissionStation:
solution_files
counting_semaphore (initialized to the maximum number of concurrent submissions)
def receive_solution(solution_file):
//Critical Section
wait(counting_semaphore)// Limit concurrent submissions
store_solution(solution_file)
signal(counting_semaphore)
def provide_solutions_to_judges():
for solution_file in solution_files:
send_file_to_judge(solution_file)
class Judges:
counting_semaphore (initialized to the number of judges)
def evaluate_solution(solution_file):
//Critical Section
wait(counting_semaphore)// Limit concurrent evaluations
if solution_correct(solution_file):
scorekeeper.update_score(solution_file.team_name)
signal(counting_semaphore)
class Scorekeeper:
team_scores
counting_semaphore (initialized to the maximum number of concurrent updates)
def update_score(team_name, points):
//Critical Section
wait(counting_semaphore)// Protect score updates
team_scores[team_name]+= points
signal(counting_semaphore)
def get_score(team_name):
return team_scores[team_name]

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