There are still too many people out there who think (or even insist) that static linking has benefits. This has never been the case and never will be the case. Here are a few reasons why dynamic linking is superior: fixes (either security or only bug) have to be applied to only one place: the new DSO(s). If various applications are linked statically, all of them would have to be relinked. By the t
Producing Open Source Software How to Run a Successful Free Software Project by Karl Fogel (Consulting: Open Tech Strategies, LLC) 2020-08-14: The 2nd Edition rewrite is finished and is all online below. Thanks to all the backers of the campaign that funded the rewrite! I'm doing a copy-editing and minor-improvements pass before sending it to the printer, for the reasons given in this update. Prod
This file documents the internals of the GNU compilers. Copyright © 1988-2024 Free Software Foundation, Inc. Permission is granted to copy, distribute and/or modify this document under the terms of the GNU Free Documentation License, Version 1.3 or any later version published by the Free Software Foundation; with the Invariant Sections being “Funding Free Software”, the Front-Cover Texts being (a)
Transactional Memory in GCC Background Transactional memory is intended to make programming with threads simpler, in particular synchronizing access to data shared between several threads using transactions. As with databases, a transaction is a unit of work that either completes in its entirety or has no effect at all (i.e., transactions execute atomically). Further, transactions are isolated fro
C++ Standard Core Language Active Issues, Revision 115 This document contains the C++ core language issues on which the Committee (INCITS PL22.16 + WG21) has not yet acted, that is, issues with status "Ready," "Tentatively Ready," "Review," "Drafting," and "Open." (See Issue Status below.) This document is part of a group of related documents that together describe the issues that have been raised
C++ Standard Core Language Active Issues, Revision 115 This document contains the C++ core language issues on which the Committee (INCITS PL22.16 + WG21) has not yet acted, that is, issues with status "Ready," "Tentatively Ready," "Review," "Drafting," and "Open." (See Issue Status below.) This document is part of a group of related documents that together describe the issues that have been raised
Split Stacks in GCC Ian Lance Taylor The goal of split stacks is to permit a discontiguous stack which is grown automatically as needed. This means that you can run multiple threads, each starting with a small stack, and have the stack grow and shrink as required by the program. It is then no longer necessary to think about stack requirements when writing a multi-threaded program. The memory usage
C++ Standard Core Language Active Issues, Revision 115 This document contains the C++ core language issues on which the Committee (INCITS PL22.16 + WG21) has not yet acted, that is, issues with status "Ready," "Tentatively Ready," "Review," "Drafting," and "Open." (See Issue Status below.) This document is part of a group of related documents that together describe the issues that have been raised
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