I need some to help me a some codes in C++. It's a simple project, only need help because i do not know C++. Thank you and waiting for your response.

Hey buddy in the Bronx! Try posting your needs here, good chance someone has done it already! If not it will give folk a better idea of what you need. Peace the boo

Hey east coaster I'm in NYC too. Let me know if you want some help.

NYC is the place to be. OK, maybe not. Scotland is where it's at! Always good to be on a thread with your good self @feraco.

@MacApple Oxford is where it’s at this weekend! :-) Can you believe David is actually in this hemisphere?!! @Techtagondigital - have you tried using the Buzztouch platform yet? You’ll actually find that you don’t need to know C++ and you can produce simple apps and publish them under your own name. It’s great - give it a try!

Thanks! Oxford, Scotland it all sounds great lets go!

Thank you all. what i need help with does not have anything to do with an app I'll post the question on here and see what help i can get

Here is the question : 5 processes are characterized by 3 readers and 2 writers. Up to two reader processes can be inside their critical section without any writer process. For writer process to go into its critical section, it should check whether there is any reader or writer process is in the critical section. Critical section in this problem is reading shared data buffer for reader and updating shared data buffer for writer processes. It is up to you to implement any shared data for readers and writers but you have to specify clearly following things in your sample output. • When reader or writer enters its critical section, it has to report whether there are any reader(s) or writer(s) other than itself. • You may print out the data you read or write when you implement real buffer. (Optional) • You have to print out “Panic Messages” when the rules behind this semi critical section problem are not observed. In your main program, you run the random number generator function to choose process to execute. The chosen process starts (resumes) execution and after one instruction, it will be returned. (You should force each process run exactly one instruction then returns and waiting for its turn.) You can implement this using switch statement in C++. Each process is one big switch statement and will be returned after each instruction. You need to keep track of program counter of each process to resume at the right place once it will be chosen to run by keeping global counter variable per process. Subproject 1: You should implement binary and counting semaphores as studied in the class for this project. Subproject 2: You should implement swap operation as studied in the class for this project.

Oh my gosh, this is not the place to ask that question! You truly have a homework assignment that is best solved by doing research and then asking the kind folks on StackOverflow.com -- Niraj