Remove LLVM update comments

src/math/libm.cr

@@ -3,15 +3,6 @@
 {% end %}
 
 lib LibM
-  # ## To be uncommented once LLVM is updated
-  # LLVM binary operations
-  # fun div_i32 = "llvm.sdiv"(value1 : Int32, value2 : Int32) : Int32
-  # fun div_f32 = "llvm.fdiv"(value1 : Float32, value2 : Float32) : Float32
-  # fun div_f64 = "llvm.fdiv"(value1 : Float64, value2 : Float64) : Float64
-  # fun rem_i32 = "llvm.srem"(value1 : Int32, value2 : Int32) : Int32
-  # fun rem_f32 = "llvm.frem"(value1 : Float32, value2 : Float32) : Float32
-  # fun rem_f64 = "llvm.frem"(value1 : Float64, value2 : Float64) : Float64
-
   # LLVM standard C library intrinsics
   fun ceil_f32 = "llvm.ceil.f32"(value : Float32) : Float32
   fun ceil_f64 = "llvm.ceil.f64"(value : Float64) : Float64

src/math/math.cr

@@ -109,23 +109,6 @@ module Math
     end
   {% end %}
 
-  # ## To be uncommented once LLVM is updated
-  # def div(value1 : Int32, value2 : Int32)
-  #   LibM.div_i32(value1, value2)
-  # end
-  #
-  # def div(value1 : Float32, value2 : Float32)
-  #   LibM.div_f32(value1, value2)
-  # end
-  #
-  # def div(value1 : Float64, value2 : Float64)
-  #   LibM.div_f64(value1, value2)
-  # end
-  #
-  # def div(value1, value2)
-  #   LibM.div(value1, value2)
-  # end
-
   # Returns the logarithm of *numeric* to the base *base*.
   def log(numeric, base)
     log(numeric) / log(base)
@@ -157,23 +140,6 @@ module Math
     value1 <= value2 ? value1 : value2
   end
 
-  # ## To be uncommented once LLVM is updated
-  # def rem(value1 : Int32, value2 : Int32)
-  #   LibM.rem_i32(value1, value2)
-  # end
-
-  # def rem(value1 : Float32, value2 : Float32)
-  #   LibM.rem_f32(value1, value2)
-  # end
-
-  # def rem(value1 : Float64, value2 : Float64)
-  #   LibM.rem_f64(value1, value2)
-  # end
-
-  # def rem(value1, value2)
-  #   LibM.rem(value1, value2)
-  # end
-
   {% for name in %w(besselj bessely) %}
     # Calculates {{name.id}} with parameters *value1* and *value2*.
     def {{name.id}}(value1 : Int32, value2 : Float32)