Fix comments

cast.go

@@ -1,6 +1,6 @@
 package fuego
 
-// SC is a typed Stream cast function from a non-parameterised Stream[R] to a parameterised Stream[U].
+// SC is a typed Stream cast function from a non-parameterised Stream[Any] to a parameterised Stream[U].
 // SC receives a typed Stream[U].
 //
 // SC exists to address the current lack of support in Go for parameterised methods.
@@ -22,7 +22,7 @@ func SC[U any](from Stream[Any], to Stream[U]) Stream[U] {
 	return to
 }
 
-// C is a typed cast function from a non-parameterised Stream[R] to a parameterised type Stream[U].
+// C is a typed cast function from a non-parameterised Stream[Any] to a parameterised type Stream[U].
 // C receives a type U and creates a Stream[U].
 //
 // C exists to address the current lack of support in Go for parameterised methods.
@@ -45,7 +45,7 @@ func C[U any](from Stream[Any], to U) Stream[U] {
 	return toStream
 }
 
-// CC is a typed cast function from a non-parameterised Stream[R] to a parameterised type ComparableStream[U].
+// CC is a typed cast function from a non-parameterised Stream[Any] to a parameterised type ComparableStream[U].
 // CC receives a type U and creates a ComparableStream[U].
 //
 // CC exists to address the current lack of support in Go for parameterised methods and a performance issue with Go 1.18.
@@ -66,7 +66,7 @@ func CC[U Comparable](from Stream[Any], to U) ComparableStream[U] {
 	return ComparableStream[U]{toStream}
 }
 
-// MC is a typed cast function from a non-parameterised Stream[R] to a parameterised type MathableStream[U].
+// MC is a typed cast function from a non-parameterised Stream[Any] to a parameterised type MathableStream[U].
 // MC receives a type U and creates a MathableStream[U].
 //
 // MC exists to address the current lack of support in Go for parameterised methods and a performance issue with Go 1.18.

doc.go

@@ -16,7 +16,7 @@
 // Example: "Map(Map(stream,f1),f2)" instead of "stream.Map(f1).Map(f2)".
 //
 // A syntactically lighter approach is provided with `SC`` and `C``.
-// See functions `SC`` and `C `for casting Stream[R] to a typed Stream[T any].
+// See functions `SC`` and `C `for casting Stream[Any] to a typed Stream[T any].
 //
 // Go 1.18 suffers from a performance issue:
 //

function.go

@@ -17,7 +17,7 @@ type BinaryOperator[T any] func(T, T) T
 // into a Stream[R].
 type StreamFunction[T, R any] func(T) Stream[R]
 
-// FlattenSlice is a StreamFunction that flattens a []T slice to a Stream[R] of its elements.
+// FlattenSlice is a StreamFunction that flattens a []T slice to a Stream[Any] of its elements.
 func FlattenSlice[T any](bufsize int) StreamFunction[[]T, Any] {
 	return func(el []T) Stream[Any] {
 		return NewStreamFromSlice(el, bufsize).StreamAny()
@@ -64,7 +64,7 @@ func Identity[T any](v T) T {
 	return v
 }
 
-// ToR is a basic Function that returns the original value passed to it, cast to an 'R' type.
-func ToR[T any](v T) Any {
+// ToAny is a basic Function that returns the original value passed to it, cast to an 'Any' type.
+func ToAny[T any](v T) Any {
 	return v
 }

stream.go

@@ -360,7 +360,7 @@ func (s Stream[T]) Distinct(hashFn func(T) uint32) Stream[T] {
 	return NewConcurrentStream(outstream, s.concurrency)
 }
 
-// StreamAny returns this stream as a Stream[R].
+// StreamAny returns this stream as a Stream[Any].
 func (s Stream[T]) StreamAny() Stream[Any] {
 	rCh := make(chan Any, cap(s.stream))