{{ .Params.lead | safeHTML }}
- Learn More - {{ .Content }} -Snix is architected with a focus on composability. Different components representing different aspects of Nix can be combined and extended freely, allowing it to be tailored to your usecase.
-Designed to be embedded in your project, it opens up the possibility to interact with Nix expressions and concepts more natively than conventional Nix CLI-based tools.
-Snix has a strong commitment to reliability and compatibility with Nix' behaviour, resulting in an extensive test suite, documentation and regression testing.
-With its own content-addressed storage engine, Snix can store and exchange store path contents in a much more granular fashion, while providing great deduplication, consistency and integrity across build artifacts and dependencies.
-While potentially doing thing differently underneath, it provides a "Nix-compatible surface". This results in nixpkgs compatibility, allowing to produce the same build expressions as Nix, bit-by-bit, and interoperability with existing Nix binary caches.
-{{ .Params.lead | safeHTML }}
+ Learn More + {{ .Content }} +Snix is architected with a focus on composability. Different components representing different aspects of Nix can be combined and extended freely, allowing it to be tailored to your usecase.
+Designed to be embedded in your project, it opens up the possibility to interact with Nix expressions and concepts more natively than conventional Nix CLI-based tools.
+Snix has a strong commitment to reliability and compatibility with Nix' behaviour, resulting in an extensive test suite, documentation and regression testing.
+With its own content-addressed storage engine, Snix can store and exchange store path contents in a much more granular fashion, while providing great deduplication, consistency and integrity across build artifacts and dependencies.
+While potentially doing thing differently underneath, it provides a "Nix-compatible surface". This results in nixpkgs compatibility, allowing to produce the same build expressions as Nix, bit-by-bit, and interoperability with existing Nix binary caches.
+