Project Blin – Toasting Reinvented
Blin was inspired by Toaster. Here are some advantages:
- Fetches archives from whateverable instead of spending time to build rakudo
- Installs modules in proper order to avoid testing the same module more than once
- Deflaps modules that fail intermittently
- Automatically bisects regressed modules
- Avoids segfaults by producing no useful output instead of using DBIish
Install required packages:
sudo apt install zstd lrzip graphviz
zef install --deps-only .
Many modules require native dependencies. See this page for the list of packages to install.
Currently it is supposed to run only on 64-bit linux systems.
If you want to test one or more modules:
PERL6LIB=lib bin/blin.p6 SomeModuleHere AnotherModuleHere
Here is a more practical example:
time PERL6LIB=lib bin/blin.p6 --old=2018.06 --new=2018.09 Foo::Regressed Foo::Regressed::Very Foo::Dependencies::B-on-A
You can also test arbitrary scripts. The code can depend on modules, in which case they have to be listed on the command line (e.g. for a script depending on WWW you should list WWW module, dependencies of WWW will be resolved automatically).
Using this ticket as an example: https://github.com/rakudo/rakudo/issues/2779
foo.p6 with this content:
use WWW; my @stations; @stations = | jpost "https://www.perl6.org", :limit(42);
Then run Blin:
./bin/blin.p6 --old=2018.12 --new=HEAD --custom-script=foo.p6 WWW
Then check out the output folder to see the results. Essentially, it is a local Bisectable.
If you want to test the whole ecosystem:
time PERL6LIB=lib bin/blin.p6
Estimated time to test the whole ecosystem with 24 cores is ≈60 minutes.
output/overview file for a basic overview of results. More
details for specific modules can be found in
directory. Betters ways to view the data should come soon (hopefully).
For info about the Docker image, have a look at the Readme file in the docker directory.