5 packages tagged with “Flame”
Flame is a collection of modular, open-source .NET libraries that can be leveraged to build a compiler. It provides reusable components and a common compilation pipeline, which can be extended with additional passes, to suit the specific needs of source and target languages. This package (Flame.Compiler) includes the core Flame library, the compiler-oriented Flame.Compiler library, and the Pixie markup data library. If you want to build a compiler with Flame, then I recommend that you also get the Flame.Front package.
Flame is a collection of modular, open-source .NET libraries that can be leveraged to build a compiler. It provides reusable components and a common compilation pipeline, which can be extended with additional passes, to suit the specific needs of source and target languages. This package (Flame.Optimization) includes the only the optimization-oriented Flame.Optimization library, and relies on the core Flame.Compiler package. If you want to build a compiler with Flame, then I recommend that you also get the Flame.Front package.
Flame is a collection of modular, open-source .NET libraries that can be leveraged to build a compiler. It provides reusable components and a common compilation pipeline, which can be extended with additional passes, to suit the specific needs of source and target languages. Flame.Front comes bundled with the core Flame libraries, and also handles argument parsing, the compilation pipeline, and diagnostics.
Flame is a collection of modular, open-source .NET libraries that can be leveraged to build a compiler. It provides reusable components and a common compilation pipeline, which can be extended with additional passes, to suit the specific needs of source and target languages. This package (Flame.Build.Lazy) defines lazy implementations for several IR constructs, such as types, fields, methods and properties. If you want to build a compiler with Flame, then I recommend that you also get the Flame.Front package.
Grove GPIO flame sensor