CS 343 Concurrent and Parallel Programming

Code Examples

Random-Number Generator

• pseudo randon number generator and usage

Makefile

The following examples require GNU make, which is gmake on Solaris and make on Linux.

• simple Makefile
• complex Makefile
• modularized full producer-consumer Makefile

More information on make can be found here.

C++

• Stream I/O: without exceptions (IO.cc) and with exceptions (IOexp.cc)
• string class
  • sample program (string.cc) with test data StringTest illustrating a number of string operations
• doubly-linked list template in three versions
  • store copies of list-node in the list (List1.cc)
  • store pointers to list-node in the list (List2.cc)
  • template printList and find hack (List3.cc)
• map example (Map.cc)

μC++

• Stream I/O: with exceptions (uIO.cc)
• Full coroutine example using the producer-consumer problem (FullProdCons.cc)
• Uses the full coroutine producer consumer code to show how to divide classes into header and implementation files.
  1. Header file for the consumer full coroutine (Cons.h)
  2. Implementation of the consumer full coroutine (Cons.cc)
  3. Header file for the producer full coroutine (Prod.h)
  4. Implementation of the producer full coroutine (Prod.cc)
  5. Driver for the program (ProdConsDriver.cc)
• Using setName/getName (getName.cc)
• Using uQueue (uQueue.cc)
• Using uSequence (uSequence.cc)
• Using a thread-safe random number generator (uRand.cc)
• Using uSemaphore (uSemaphore.cc)
• Using exceptions
  • Coroutine example (uCoroutine.cc)
  • Example with one file (uException.cc)
  • Same code, split across multiple header and implementation files:
    • x.h
    • x.cc
    • y.h
    • y.cc
    • driver.cc
• Basic Administrator (Admin.cc)

Java

• Concurrent Matrix Add (Add.java)
• Bounded-buffer producer-consumer (BB.java)