The Chubb Institute and Banner Institute : c programming course

Colleges and Universities offering c programming courses

Our group of accredited schools, colleges and universities (grouped collectively as The Chubb Institute and Banner Institute) offer online degrees, programs and other distance education courses in the following disciplines:

c programming course

Programming in C UNIX System Calls and Subroutines using C, A. D. Marshall 1994-9 Substantially Updated March 1999 -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Next: Copyright -------------------------------------------------------------------------------- -------------------------------------------------------------------------------- Search for Keywords in C Notes Keyword Searcher -------------------------------------------------------------------------------- Download Postscript Version of Notes Click Here to Download Course Notes. Local Students Only. -------------------------------------------------------------------------------- Algorithm Animations Direct link to Java Algorithm Animations (C related) -------------------------------------------------------------------------------- C COURSEWARE Lecture notes + integrated exercises, solutions and marking Contents The Common Desktop Environment The front panel The file manager The application manager The session manager Other CDE desktop tools Application development tools Application integration Windows and the Window Manager The Root Menu Exercises C/C++ Program Compilation Creating, Compiling and Running Your Program Creating the program Compilation Running the program The C Compilation Model The Preprocessor C Compiler Assembler Link Editor Some Useful Compiler Options Using Libraries UNIX Library Functions Finding Information about Library Functions Lint -- A C program verifier Exercises C Basics History of C Characteristics of C C Program Structure Variables Defining Global Variables Printing Out and Inputting Variables Constants Arithmetic Operations Comparison Operators Logical Operators Order of Precedence Exercises Conditionals The if statement The ? operator The switch statement Exercises Looping and Iteration The for statement The while statement The do-while statement break and continue Exercises Arrays and Strings Single and Multi-dimensional Arrays Strings Exercises Functions void functions Functions and Arrays Function Prototyping Exercises Further Data Types Structures Defining New Data Types Unions Coercion or Type-Casting Enumerated Types Static Variables Exercises Pointers What is a Pointer? Pointer and Functions Pointers and Arrays Arrays of Pointers Multidimensional arrays and pointers Static Initialisation of Pointer Arrays Pointers and Structures Common Pointer Pitfalls Not assigning a pointer to memory address before using it Illegal indirection Exercise Dynamic Memory Allocation and Dynamic Structures Malloc, Sizeof, and Free Calloc and Realloc Linked Lists Full Program: queue.c Exercises Advanced Pointer Topics Pointers to Pointers Command line input Pointers to a Function Exercises Low Level Operators and Bit Fields Bitwise Operators Bit Fields Bit Fields: Practical Example A note of caution: Portability Exercises The C Preprocessor #define #undef #include #if -- Conditional inclusion Preprocessor Compiler Control Other Preprocessor Commands Exercises C, UNIX and Standard Libraries Advantages of using UNIX with C Using UNIX System Calls and Library Functions Integer Functions, Random Number, String Conversion, Searching and Sorting: Arithmetic Functions Random Numbers String Conversion Searching and Sorting Exercises Mathematics: Math Functions Math Constants Input and Output (I/O):stdio.h Reporting Errors perror() errno exit() Streams Predefined Streams Redirection Basic I/O Formatted I/O Printf scanf Files Reading and writing files sprintf and sscanf Stream Status Enquiries Low Level I/O Exercises String Handling: Basic String Handling Functions String Searching Character conversions and testing: ctype.h Memory Operations: Exercises File Access and Directory System Calls Directory handling functions: Scanning and Sorting Directories: , File Manipulation Routines: unistd.h, sys/types.h, sys/stat.h File Access errno File Status File Manipulation:stdio.h, unistd.h Creating Temporary FIles: Exercises Time Functions Basic time functions Example time applications Example 1: Time (in seconds) to perform some computation Example 2: Set a random number seed Exercises Process Control: , Running UNIX Commands from C execl() fork() wait() exit() Exerises Interprocess Communication (IPC), Pipes Piping in a C program: popen() -- Formatted Piping pipe() -- Low level Piping Exercises IPC:Interrupts and Signals: Sending Signals -- kill(), raise() Signal Handling -- signal() sig_talk.c -- complete example program Other signal functions IPC:Message Queues: Initialising the Message Queue IPC Functions, Key Arguments, and Creation Flags: Controlling message queues Sending and Receiving Messages POSIX Messages: Example: Sending messages between two processes message_send.c -- creating and sending to a simple message queue message_rec.c -- receiving the above message Some further example message queue programs msgget.c: Simple Program to illustrate msget() msgctl.cSample Program to Illustrate msgctl() msgop.c: Sample Program to Illustrate msgsnd() and msgrcv() Exercises IPC:Semaphores Initializing a Semaphore Set Controlling Semaphores Semaphore Operations POSIX Semaphores: semaphore.c: Illustration of simple semaphore passing Some further example semaphore programs semget.c: Illustrate the semget() function semctl.c: Illustrate the semctl() function semop() Sample Program to Illustrate semop() Exercises IPC:Shared Memory Accessing a Shared Memory Segment Controlling a Shared Memory Segment Attaching and Detaching a Shared Memory Segment Example two processes comunicating via shared memory: shm_server.c, shm_client.c shm_server.c shm_client.c POSIX Shared Memory Mapped memory Address Spaces and Mapping Coherence Creating and Using Mappings Other Memory Control Functions Some further example shared memory programs shmget.c:Sample Program to Illustrate shmget() shmctl.c: Sample Program to Illustrate shmctl() shmop.c: Sample Program to Illustrate shmat() and shmdt() Exercises IPC:Sockets Socket Creation and Naming Connecting Stream Sockets Stream Data Transfer and Closing Datagram sockets Socket Options Example Socket Programs:socket_server.c,socket_client socket_server.c socket_client.c Exercises Threads: Basic Theory and Libraries Processes and Threads Benefits of Threads vs Processes Multithreading vs. Single threading Some Example applications of threads Thread Levels User-Level Threads (ULT) Kernel-Level Threads (KLT) Combined ULT/KLT Approaches Threads libraries The POSIX Threads Library:libpthread, Creating a (Default) Thread Wait for Thread Termination A Simple Threads Example Detaching a Thread Create a Key for Thread-Specific Data Delete the Thread-Specific Data Key Set the Thread-Specific Data Key Get the Thread-Specific Data Key Global and Private Thread-Specific Data Example Getting the Thread Identifiers Comparing Thread IDs Initializing Threads Yield Thread Execution Set the Thread Priority Get the Thread Priority Send a Signal to a Thread Access the Signal Mask of the Calling Thread Terminate a Thread Solaris Threads: Unique Solaris Threads Functions Suspend Thread Execution Continue a Suspended Thread Set Thread Concurrency Level Readers/Writer Locks Readers/Writer Lock Example Similar Solaris Threads Functions Create a Thread Get the Thread Identifier Yield Thread Execution Signals and Solaris Threads Terminating a Thread Creating a Thread-Specific Data Key Example Use of Thread Specific Data:Rethinking Global Variables Compiling a Multithreaded Application Preparing for Compilation Debugging a Multithreaded Program Further Threads Programming:Thread Attributes (POSIX) Attributes Initializing Thread Attributes Destroying Thread Attributes Thread's Detach State Thread's Set Scope Thread Scheduling Policy Thread Inherited Scheduling Policy Set Scheduling Parameters Thread Stack Size Building Your Own Thread Stack Further Threads Programming:Synchronization Mutual Exclusion Locks Initializing a Mutex Attribute Object Destroying a Mutex Attribute Object The Scope of a Mutex Initializing a Mutex Locking a Mutex Lock with a Nonblocking Mutex Destroying a Mutex Mutex Lock Code Examples Mutex Lock Example Using Locking Hierarchies: Avoiding Deadlock Nested Locking with a Singly Linked List Solaris Mutex Locks Condition Variable Attributes Initializing a Condition Variable Attribute Destoying a Condition Variable Attribute The Scope of a Condition Variable Initializing a Condition Variable Block on a Condition Variable Destroying a Condition Variable State Solaris Condition Variables Threads and Semaphores POSIX Semaphores Basic Solaris Semaphore Functions Thread programming examples Using thr_create() and thr_join() Arrays Deadlock Signal Handler Interprocess Synchronization The Producer / Consumer Problem A Socket Server Using Many Threads Real-time Thread Example POSIX Cancellation Software Race Condition Tgrep: Threadeds version of UNIX grep Multithreaded Quicksort Remote Procedure Calls (RPC) What Is RPC How RPC Works RPC Application Development Defining the Protocol Defining Client and Server Application Code Compliling and running the application Overview of Interface Routines Simplified Level Routine Function Top Level Routines Intermediate Level Routines Expert Level Routines Bottom Level Routines The Programmer's Interface to RPC Simplified Interface Passing Arbitrary Data Types Developing High Level RPC Applications Defining the protocol Sharing the data The Server Side The Client Side Exercise Protocol Compiling and Lower Level RPC Programming What is rpcgen An rpcgen Tutorial Converting Local Procedures to Remote Procedures Passing Complex Data Structures Preprocessing Directives cpp Directives Compile-Time Flags Client and Server Templates Example rpcgen compile options/templates Recommended Reading Exercises Writing Larger Programs Header files External variables and functions Scope of externals Advantages of Using Several Files How to Divide a Program between Several Files Organisation of Data in each File The Make Utility Make Programming Creating a makefile Make macros Running Make Program Listings hello.c printf.c swap.c args.c arg.c average.c cio.c factorial power.c ptr_arr.c Modular Example main.c WriteMyString.c header.h Makefile static.c malloc.c queue.c bitcount.c lowio.c print.c cdir.c list.c list_c.c fork_eg.c fork.c signal.c sig_talk.c Piping plot.c plotter.c externals.h random.c time.c timer.c -------------------------------------------------------------------------------- Online Marking of C Programs --- CEILIDH Ceilidh - On Line C Tutoring System Why Use CEILIDH ? Introduction Using Ceilidh as a Student The course and unit level The exercise level Interpreted language exercises Question/answer exercises The command line interface (TEXT CEILIDH ONLY) Advantages of the command line interface General points Conclusions How Ceilidh works, Ceilidh Course Notes, User Guides etc. References About this document ... -------------------------------------------------------------------------------- Dave Marshall 29/3/1999 c programming course

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