Correct, reproducible, fast builds for everyone not running Windows
If you've got the expertise to add it, sounds like it would be welcomed.
61–70 of 185 posts
Correct, reproducible, fast builds for everyone not running Windows
If you've got the expertise to add it, sounds like it would be welcomed.
Is Google departing from just throwing white papers over the wall and let community figure out the implementation details? blaze white paper was dropped a while ago and there are already two clones in Pants and Buck at Twitter and FB. It would be interesting to see how far off clones are from original implementation.
What is this lameness? https://github.com/google/bazel/tree/master/third_party - why not use gradle repos to download jars with known hashes? Sticking all those jars in the git repo is just... well, I expected better from Google.
Disclaimer: I work for TAGA (The Arrogant Google Assholes)
What is this lameness? https://github.com/google/bazel/tree/master/third_party - why not use gradle repos to download jars with known hashes? Sticking all those jars in the git repo is just... well, I expected better from Google.
What is this lameness? https://github.com/google/bazel/tree/master/third_party - why not use gradle repos to download jars with known hashes? Sticking all those jars in the git repo is just... well, I expected better from Google.
Well keeping dependencies in source means no third party dependency at build time, right?
Is this the tool that Google uses to build its Golang source? Or is that something else which is not available?
The Golang source code for the server code at google is built with this tool. The rules that accomplish this are rather complex due to their interactions with our C++ libraries, and predates the open source "Go" tool. The experience with the Google internal rules, motivated some of the choices in the "go" tool, I believe. If you're interested, hanwen wrote a bunch rules with similar semantics as the internal rules, s…
BTW, thanks for the release! Will have a fun time digging through this over the next few days. I heard some murmurs that Blaze was going to be open sourced from around the watercooler but didn't think it'd be so soon.
What is this lameness? https://github.com/google/bazel/tree/master/third_party - why not use gradle repos to download jars with known hashes? Sticking all those jars in the git repo is just... well, I expected better from Google.
The FAQ is pretty clear about their reasons. It talks about tools, not other dependencies, but I'm sure the reasoning is the same: "Your project never works in isolation... To guarantee builds are reproducible even when we upgrade our workstations, we at Google check most of these tools into version control, including the toolchains and Bazel itself."
It's a sensible policy and one I use myself. Do you have a better reason for disliking this policy than a knee-jerk "yuck?"
> Users interact with Bazel on a higher level. For example, it has built-in rules for "Java test", "C++ binary", and notions such as "target platform" and "host platform". The rules have been battle tested to be foolproof.
But does it give the optional custom level of control that for example CMake + Ninja provide? Or it's only high level rules?
I had a bit of a read but I didn't find where it explains (code or doc) how it achieves reproducible builds. It seems like a stricter, huge make-like harness (in fact it reminds me of the mozilla firefox python build system a bit). It's not bad by any means, but it seems like to me it doesn't "magically" fix the "be reproducible" problem at all (which is what it seem to claim) Am I missing something?
[0]: https://github.com/google/bazel/tree/master/tools/cpp [1]: https://github.com/google/bazel/tree/master/src/java_tools/b...