Re: SVD_to_D: Generate over 100k lines of highly-optimized microcontroller mmapped-IO code in the blink of an eye
On Monday, 31 July 2017 at 08:51:16 UTC, Mike wrote: https://github.com/JinShil/svd_to_d SVD_to_D is a command-line utility that generates D code from ARM Cortex-M SVD files. [...] Thanks for your work. Not many people in D community thinking about embedded one
Re: DMD library available as DUB package
On Sunday, 30 July 2017 at 23:41:40 UTC, Johan Engelen wrote: On Tuesday, 18 July 2017 at 12:07:27 UTC, Jacob Carlborg wrote: During the dconf hackathon I set out to create a DUB package for DMD to be used as a library. This has finally been merged [1] and is available here [2]. It contains the lexer and the parser. This is great news of course! But I have some bad news ;-) Now that the Lexer nicely separated, it is very easy for me to testdrive libFuzzer+AddressSanitizer on the lexer and... Expect many bug reports in the next days. OK, this wasn't entirely fair. 1. I didn't read the API: the buffer needs to be null-terminated. 2. With a fix [1] to prevent reading beyond the input buffer, I have yet to find a new bug. The fuzzer is running now... I wonder how long it takes to find the next bug, if any. -Johan [1] https://github.com/dlang/dmd/pull/7050
Re: covered - processes output of code coverage analysis performed by the D programming language compiler
On Monday, 31 July 2017 at 13:06:44 UTC, Anton Fediushin wrote: Hello! I am glad to announce a new command-line tool which should make development a little easier. You could add a mixin template that injects the "version(D_Coverage)" code.
covered - processes output of code coverage analysis performed by the D programming language compiler
Hello! I am glad to announce a new command-line tool which should make development a little easier. Program, compiled with `-cov` switch, generates *.lst files. They contain program source, number of executions of each line and total code coverage of the file. Those files are quite useful for small programs/libraries, but not that useful for big ones. Covered processes *.lst files, and reports only useful information. Behaviour can be changed with command-line options: '--coverage' reports code coverage in % for each file. '--blame' shows list of files ordered by code coverage. '--average' reports average code coverage for files. Covered works for lists of files and directories, so '--blame' can be used to find less covered files, and '--average' to compute average code coverage of the project. More documentation is available on project page on GitHub: https://github.com/ohdatboi/covered It is also added to DUB package registry: http://code.dlang.org/packages/covered Also, I am looking for huge projects, so I can test covered on them. Reply here or start an issue on GitHub if you know one.
SVD_to_D: Generate over 100k lines of highly-optimized microcontroller mmapped-IO code in the blink of an eye
https://github.com/JinShil/svd_to_d SVD_to_D is a command-line utility that generates D code from ARM Cortex-M SVD files. SVD files are XML files that describe, in great detail, the memory layout and characteristics of registers in an ARM Cortex-M microcontroller. See https://github.com/posborne/cmsis-svd/tree/master/data for a curated list of SVD files for many ARM Cortex-M microcontrollers from various silicon vendeors. From the information in an SVD file, code for accessing the microcontroller's memory-mapped-io registers can be automatically generated, and SVD_to_D does exactly that. For a large microcontroller like the SM32F7, the amount of code generated can be more than 100k lines. See an example of generated D code here: https://github.com/JinShil/svd_to_d/tree/master/examples/stm32f7x9 The code generated by SVD_to_D depends on this memory-mapped-IO library: https://github.com/JinShil/memory_mapped_io That library uses D's CTFE and meta-programming features to generate highly optimized code (for both size and speed) at compile-time with additional features such as type safety and compile-time-enforced mutability. Enjoy! Mike
