- #What is another word for slow antonym how to#
- #What is another word for slow antonym code#
- #What is another word for slow antonym series#
#What is another word for slow antonym how to#
In this article, we look at how to create and use Boost mutexes. A Mutex provides a way to serialise access to a shared resource, such that only one thread is accessing the data at any given time, to ensure your data is consistent. One of the biggest challenges is safely managing concurrent access to a resource.
#What is another word for slow antonym code#
Then we reviewed the main issues encountered with multithreading code in Part II: Threading Challenges.
#What is another word for slow antonym series#
In Part I of this series on Boost threading, we looked at the basics of how to create and run threads using the Boost libraries.
Threading with Boost - Part III: Mutexes. Signal to another thread that an event has occured or a condition is true? Read More » This is useful to manageĬoncurrent access, but what about when one thread needs to asynchronously In multithreaded programs, mutexes are used as a lock to protect shared Threading with Boost - Part V: Condition Variables. We look at the code, and discuss how it is implemented, including This article continues the series on threading with Boost, by looking inĭepth at several sample programs which illustrate different aspects of Threading with Boost - Part IV: Mutex Examples. Generation support that targets ARM and Intel processors. Rust uses LLVM as theĬompilation engine, and benefits from all its optimisation and native code So why might you be interested in learning Rust? It appeals directly to any C++ developer who hasīattled with memory management, and Python developers who long for faster code. Rust is a compiled, hybrid imperative/object. Traditional C code, you would allocate memory with malloc() and release it Memory management in low level code has changed slowly over the years. The unique_ptr makes managing dynamically allocated memory safe and Of the most important is to do with memory management - specifically, smart Read More »Ĭ++11 introduces many significant improvements to the language and runtime. Implies, this smart pointer type cannot be shared between multiple threads. Provides a simple and safe smart pointer to wrap heap allocations. In the last article on smart pointers, we looked at std::unique_ptr, which Year, additional cores have become the norm. As the gains in processor performance diminish year over Their syntax to allow for loops to do all sorts of crazy and useful thingsīeyond iterate over a range of numbers, C and C++ have remained steadfast -Ĭoncurrency is one of the most significant challenges facing softwareĭevelopment today. The humble for loop is one of the oldest control flow control constructs This essentially mirrors the finalįeature in Java, which has existed since its inception. One of the lesser known - but still very useful - enhancements to C++11 is Unintended runtime bheaviour before can now be detected at build time and Mismatched method signatures that would have resulted in subtle bugs and 
Instructs the compiler that the method is intended to override a virtual The new override modifier can be applied to a virtual method in C++11, and
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