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gerrit-public.fairphone.software / platform / build / blueprint / 68cc27f0656937c44284bd7bddb6efb117588322
commit68cc27f0656937c44284bd7bddb6efb117588322[log] [tgz]
authorLinux Build Service Account <lnxbuild@localhost>Mon May 25 13:05:53 2020 -0700
committerLinux Build Service Account <lnxbuild@localhost>Mon May 25 13:05:53 2020 -0700
treedbfd1d5ee869a48a0a5b291160eeec9a6f6052d4
parentbfa5904423e5dffcafad01b61eff4601183b5b70 [diff]
parent1a25841ca873bd22550cf7d5a651b7a88df03ed7 [diff]
Merge 1a25841ca873bd22550cf7d5a651b7a88df03ed7 on remote branch

Change-Id: I38234ebcd25cb4e98ceb4970c05fe27abb76f712
tree: dbfd1d5ee869a48a0a5b291160eeec9a6f6052d4
  1. bootstrap/
  2. bpfmt/
  3. bpmodify/
  4. deptools/
  5. gotestmain/
  6. gotestrunner/
  7. loadplugins/
  8. microfactory/
  9. parser/
  10. pathtools/
  11. proptools/
  12. tests/
  13. .gitignore
  14. .travis.fix-fork.sh
  15. .travis.gofmt.sh
  16. .travis.install-ninja.sh
  17. .travis.yml
  18. blueprint.bash
  19. blueprint_impl.bash
  20. Blueprints
  21. bootstrap.bash
  22. context.go
  23. context_test.go
  24. CONTRIBUTING.md
  25. doc.go
  26. glob.go
  27. glob_test.go
  28. go.mod
  29. LICENSE
  30. live_tracker.go
  31. mangle.go
  32. module_ctx.go
  33. module_ctx_test.go
  34. name_interface.go
  35. ninja_defs.go
  36. ninja_strings.go
  37. ninja_strings_test.go
  38. ninja_writer.go
  39. ninja_writer_test.go
  40. OWNERS
  41. package_ctx.go
  42. README.md
  43. scope.go
  44. singleton_ctx.go
  45. splice_modules_test.go
  46. visit_test.go
README.md

Blueprint Build System

Build Status

Blueprint is a meta-build system that reads in Blueprints files that describe modules that need to be built, and produces a Ninja manifest describing the commands that need to be run and their dependencies. Where most build systems use built-in rules or a domain-specific language to describe the logic for converting module descriptions to build rules, Blueprint delegates this to per-project build logic written in Go. For large, heterogenous projects this allows the inherent complexity of the build logic to be maintained in a high-level language, while still allowing simple changes to individual modules by modifying easy to understand Blueprints files.