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-rw-r--r--_articles/2020-10-05-swift2nix-run-swift-inside-nix-builds.md4
1 files changed, 2 insertions, 2 deletions
diff --git a/_articles/2020-10-05-swift2nix-run-swift-inside-nix-builds.md b/_articles/2020-10-05-swift2nix-run-swift-inside-nix-builds.md
index 7960b8b..dad4334 100644
--- a/_articles/2020-10-05-swift2nix-run-swift-inside-nix-builds.md
+++ b/_articles/2020-10-05-swift2nix-run-swift-inside-nix-builds.md
@@ -119,7 +119,7 @@ Instead a much saner approach could be:
filesystem layout with dependencies (i.e. exposing what the package manager
expects to find), let's call it `local-registry.json`;
4. if a `local-registry.json` was provided, do a build using that. Otherwise
- generate its own, by downloading the dependencies, arranging them, etc.
+ generate its own, by downloading the dependencies, arranging them, *etc.*
The point is just making what the package manager requires visible to the
outside world via some declarative data. If this data wasn't provided, it can
@@ -185,7 +185,7 @@ Package managers should provide exact dependencies via a data representation,
i.e. lockfiles, and expose via another data representation how they expect those
dependencies to appear on the filesystem, i.e. `local-registry.json`. This
allows package managers to provide an API so that external tools can create
-mirrors, offline builds, other registries, isolated builds, etc.
+mirrors, offline builds, other registries, isolated builds, *etc.*
"\*2nix" tools should build simple functions that leverage that
`local-registry.json`[^local-registry] data and offload all the rest back to the