Re: Terminix Stable 1.2.0 Released
On Saturday, 23 July 2016 at 17:00:45 UTC, Iain Buclaw wrote: On 23 July 2016 at 16:24, Matthias Klumpp via Digitalmars-d-announcewrote: 3) Making LDC available for more architectures, or making GDC support a higher version of the Phobos standard library and build shared libraries. At time, LDC is the better fit because of shared library support and higher Phobos version. Current D projects are hard to compile with GDC because of the latter reason. More architectures are not per-se essential, but would be awesome to have. This feature request summarizes the status of arch support for D in free compilers: https://github.com/ldc-developers/ldc/issues/1636 Well, as GDC is supporting the last C++ release, the only next logical step would be to get bootstrapping from 2.068 to 2.071 or whatever version of the frontend has sufficiently ironed out all compatibility regressions. I would love to use GDC for Debian, but a compiler is really useless if it doesn't compile 90% of the interesting D projects out there... LDC however, can do that. This means that backporting compiler fixes and the standard library from upstream is acceptably on the cards. It's just that the feature-set will remain the same as 2.068. API/ABI breaks in Phobos are really, really annoying - but GDC having an ancient Phobos version is even more annoying, since this basically ties us to using LDC. GDC doesn't compile the majority of D projects ot there, and for my own I need to explicitly add support for it, e.g. by backporting standard library bits and shipping them with the source code. 5) Have hardening supported for the D compilers: https://wiki.debian.org/HardeningWalkthrough As per the wiki, if you use GDC then there's nothing for you to do. Since the normal toolchain of Linux distributions is GCC based and GCC has a pretty good backend with all the features we need, using GDC would be a good choice. But LDCs shared-library support is a pretty big deal for distros, and together with the fact that GDC doesn't compile most of the interesting new projects, LDC is the way to go. Furthermore, since GDC is out-of-tree, some distributions like Fedora don't have it / can't easily add it. I would love to see this resolved - is this a manpower problem? Or are there other blockers?
Re: Codebuilder with line info insertion
On Sunday, 24 July 2016 at 19:36:50 UTC, Dicebot wrote: How much of compile-time overhead does it add compared to naive string concatenation? I would expect fairly large, It only increases the amount of memory used and concatenation operations. It stores each requested string into array of structures, that later are used for concatenating together. I don't have any performance numbers, nor do I have a large amount of code generation to try and tax compile-time work. I ran ProtocolBuffer with -profile and it should the call to finalize(), ~9000 microseconds per call (runtime). I'd be happy to accept performance improvements (including breaking changes), but if you've already got long compile times due to CTFE I can't recommend using it.
Re: Codebuilder with line info insertion
How much of compile-time overhead does it add compared to naive string concatenation?
Re: Codebuilder with line info insertion
On Tuesday, 10 May 2016 at 15:42:00 UTC, Jesse Phillips wrote: 1. http://code.dlang.org/packages/protocolbuffer 2. http://code.dlang.org/packages/codebuilder 3. https://github.com/JesseKPhillips/ProtocolBuffer/blob/master/conversion/dlang.d I wish to announce version 1.0.0 of CodeBuilder. As the code originally came from ProtocolBuffer I've now eat some dog food by utilizing the library within ProtocolBuffer. I've also put in unittests and a readme. The Dub package provides two configurations, one for mixins and one as a file writer. When using the file writer it is of no interest to modify the line numbers as you'll actually have a D source file to look at. http://code.dlang.org/packages/codebuilder Change Highlights * Reduced complexity. Originally I was trying to store generated code in to many different places, There was the current state, the stack that held items which would later be popped into the current state, a build so code could be structured before putting it on the stack, and the current state could be returned by asking for it's memory. All that goes away and instead another CodeBuilder can be put or pushed into another. * The string used for indentation can be specified (but is global for all code builders. * The code string isn't created while putting the string into the builder. Instead it is stored as an operation that is used to generate the string when calling finalize(). This makes indentation consistent when putting one CodeBuilder into another. I'd also like to note that Google's Protocol Buffer source has a similar need, but I like my API better :) https://github.com/google/protobuf/blob/master/src/google/protobuf/io/printer.cc https://github.com/google/protobuf/blob/master/src/google/protobuf/compiler/cpp/cpp_file.cc
Re: D-Man culture
On Thursday, 21 July 2016 at 07:16:53 UTC, Ali Çehreli wrote: On 07/20/2016 11:24 PM, Ali Çehreli wrote: On 06/20/2016 07:14 AM, Martin Tschierschke wrote: I found this link useful: http://dlangcomicstrips.tumblr.com/ D-Man sticks back! (D-Man stickers.) https://store.line.me/stickershop/product/1299646 Ali Can you make a better ASCII D-Man drawing. o o |\ \ ___ / |,-oo\\ |||| |||| || // ||__// '--- \ \ / / ^ ^ Ali I made D-man ASCII Art last year. https://gist.github.com/simdnyan/20e8fa2a2736c315e2c1 _ _ (_) (_) /__ \ \\(O(O \/ | | | | | |_| | /__/ < > (_) (_) You may also like dl-command (like sl joke command) by ueshita. https://github.com/ueshita/dl-cmd https://twitter.com/ueshita/status/675510743769288704