Updates for Scala 3.6

src/codec/anticipation.Encodable.scala

@@ -19,15 +19,15 @@ package anticipation
 import prepositional.*
 
 object Encodable:
-  given Bytes is Encodable in Bytes as bytes = identity(_)
-  given Int is Encodable in Text as int = _.toString.tt
-  given Double is Encodable in Text as double = _.toString.tt
-  given Byte is Encodable in Text as byte = _.toString.tt
-  given Short is Encodable in Text as short = _.toString.tt
-  given Long is Encodable in Text as long = _.toString.tt
-  given Float is Encodable in Text as float = _.toString.tt
-  given Text is Encodable in Text as text = identity(_)
-  given Char is Encodable in Text as char = _.toString.tt
+  given bytes: Bytes is Encodable in Bytes = identity(_)
+  given int: Int is Encodable in Text = _.toString.tt
+  given double: Double is Encodable in Text = _.toString.tt
+  given byte: Byte is Encodable in Text = _.toString.tt
+  given short: Short is Encodable in Text = _.toString.tt
+  given long: Long is Encodable in Text = _.toString.tt
+  given float: Float is Encodable in Text = _.toString.tt
+  given text: Text is Encodable in Text = identity(_)
+  given char: Char is Encodable in Text = _.toString.tt
 
 trait Encodable:
   private inline def encodable: this.type = this

src/print/anticipation-print.scala

@@ -17,14 +17,14 @@
 package anticipation
 
 package termcapDefinitions:
-  given Termcap as basic:
+  given basic: Termcap:
     def ansi: Boolean = false
     def color: ColorDepth = ColorDepth.NoColor
 
-  given Termcap as xterm256:
+  given xterm256: Termcap:
     def ansi: Boolean = true
     def color: ColorDepth = ColorDepth.Cube6
 
-  given Termcap as xtermTrueColor:
+  given xtermTrueColor: Termcap:
     def ansi: Boolean = true
     def color: ColorDepth = ColorDepth.TrueColor

src/text/anticipation.Anticipation.scala

@@ -35,31 +35,34 @@ object Anticipation:
 
     extension (text: Text) inline def s: String = text
 
-    given Text is Addable by Text into Text as addable = _ + _
+    given Text is Addable by Text into Text = _ + _
 
     private def recur(text: Text, n: Int, acc: Text): Text =
       if n == 0 then acc else recur(text, n - 1, acc+text)
 
-    given Text is Multiplicable by Int into Text as multiplicable =
-      (text, n) => recur(text, n.max(0), "".tt)
+    given multiplicable: Text is Multiplicable by Int into Text = new Multiplicable:
+      type Self = Text
+      type Operand = Int
+      type Result = Text
+      def multiply(text: Text, n: Int): Text = recur(text, n.max(0), "".tt)
 
-    given Ordering[Text] as ordering = Ordering.String.on[Text](identity)
-    given CommandLineParser.FromString[Text] as fromString = identity(_)
+    given Ordering[Text] = Ordering.String.on[Text](identity)
+    given CommandLineParser.FromString[Text] = identity(_)
 
-    given (using fromExpr: FromExpr[String]) => FromExpr[Text] as fromExpr:
+    given fromExpr: (fromExpr: FromExpr[String]) => FromExpr[Text]:
       def unapply(expr: Expr[Text])(using Quotes): Option[Text] = fromExpr.unapply(expr)
 
-    given ToExpr[Text] as toExpr:
+    given ToExpr[Text]:
       def apply(text: Text)(using Quotes) =
         import quotes.reflect.*
         val expr = Literal(StringConstant(text)).asExprOf[String]
         '{Text($expr)}
 
-    given Conversion[String, Text] as stringText = identity(_)
+    given Conversion[String, Text] = identity(_)
 
-    erased given CanEqual[Text, Text] as canEqual = erasedValue
+    erased given CanEqual[Text, Text] = erasedValue
 
-    given Typeable[Text] as typeable:
+    given Typeable[Text]:
       def unapply(value: Any): Option[value.type & Text] = value.asMatchable match
         case str: String => Some(str)
         case _           => None