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Posted Jul am Aaditya Vishwakarma. Add a Solution. Top Rated Most Recent. Accept Solution Reject Solution. Using the official documentation for the framework and a good tutorial or book you should then become familar with writing Windows applications. Afterwards you might have a look at the sources of the framework to see how it uses the API.
In general it is always a time consuming and often hard task to start learning some kind of technology. My best wishes for coping the challenge.
Posted Jul am Jochen Arndt. However, as Charles quotes in one of his chapters "no one said it was easy". If you really are as you say "pretty good at it" you should find the Win32 API not too difficult to understand. But be prepared to spend quite a lot of time on the studies and the practice, there is no quick and easy shortcut.
Posted Jul am Richard MacCutchan. Posted Jul am Patrice T. Add your solution here. OK Paste as. Treat my content as plain text, not as HTML. Existing Members Sign in to your account.
This email is in use. Do you need your password? DLL Version Management. Process Management. Windows Processes and Threads. Process Creation. Process Handle Counts. Process Identities. Duplicating Handles. Exiting and Terminating a Process. Waiting for a Process to Terminate. Environment Blocks and Strings. Example: Parallel Pattern Searching.
Processes in a Multiprocessor Environment. Process Execution Times. Example: Process Execution Times. Generating Console Control Events. Example: Simple Job Management. Job Objects. Threads and Scheduling.
Thread Overview. Thread Basics. Thread Management. Using the C Library in Threads. Example: Multithreaded Pattern Searching. Performance Impact. Thread Local Storage. Process and Thread Priority and Scheduling.
Thread States. Pitfalls and Common Mistakes. Timed Waits. Thread Synchronization. The Need for Thread Synchronization. Thread Synchronization Objects. More Interlocked Functions. Memory Management Performance Considerations.
Synchronization Performance Impact and Guidelines. Synchronization Performance Impact. A Model Program for Performance Experimentation. Semaphore "Throttles" to Reduce Thread Contention. Processor Affinity. Performance Guidelines and Pitfalls.
Advanced Thread Synchronization. Using SignalObjectAndWait. Example: A Threshold Barrier Object. A Queue Object. Example: Using Queues in a Multistage Pipeline. Asynchronous Procedure Calls. Queuing Asynchronous Procedure Calls. Alertable Wait States. Safe Thread Cancellation.
Pthreads for Application Portability. Thread Stacks and the Number of Threads. Hints for Designing, Debugging, and Testing. Beyond the Windows API. Interprocess Communication. Anonymous Pipes. Named Pipes. Named Pipe Transaction Functions. Pipe and Mailslot Creation, Connection, and Naming.
Comments on Thread Models. Network Programming with Windows Sockets. Windows Sockets. Socket Server Functions. Socket Client Functions. Comparing Named Pipes and Sockets. Example: A Socket-Based Client. In-Process Servers. Berkeley Sockets vs. Windows Sockets 2. Windows Services. Writing Windows Services-Overview. The main Function. The ServiceMain Functions. The Service Control Handler. Example: A Service "Wrapper".
Managing Windows Services. Summary: Service Operation and Management. Example: A Service Control Shell. Sharing Kernel Objects with a Service. Event Logging. Notes on Debugging a Service. Example: Synchronizing on a File Handle. Waitable Timers. Example: Using a Waitable Timer.
Securing Windows Objects. Security Attributes. Security Overview: The Security Descriptor. Security Descriptor Control Flags. Security Identifiers. Managing ACLs. Example: Initializing Security Attributes. Reading and Changing Security Descriptors. Example: Reading File Permissions. Example: Changing File Permissions. Securing Kernel and Communication Objects.
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