Change <&> operator to <^> for rescript-lang/rescript-compiler#3807

README.md

@@ -156,8 +156,8 @@ together using a variety of techniques.
 // Combine two parsers into a tuple of the results (assuming all succeed)
 P.tuple2(P.anyDigit, P.anyDigit) |> P.runParser("12") // Belt.Result.Ok(("1", "2"))
 
-// <&> operator (operator version of tuple2)
-P.anyDigit <&> P.anyDigit |> P.runParser("12") // Belt.Result.Ok(("1", "2"))
+// <^> operator (operator version of tuple2)
+P.anyDigit <^> P.anyDigit |> P.runParser("12") // Belt.Result.Ok(("1", "2"))
 
 // Combine more parsers using tuple3 up to tuple5
 P.tuple3(P.anyDigit, P.anyDigit, P.anyDigit)
@@ -481,8 +481,8 @@ list of parser functions that come with `ReludeParse`.
 |--------|-----------|-------|
 |`map`/`<$>`/`<#>`/`<$`/`$>`|functor functions for mapping pure functions over a parser
 |`apply`/`<*>`/`<*`/`*>`|applicative functions for combining parsers
-|`<&>`|combine two parsers using a tuple
-|`tuple2`-`5`|combine parsers into tuples
+|`<^>`|combine two parsers to produce a tuple of results
+|`tuple2`-`5`|combine parsers to produce tuples of results
 |`map2`-`5`|combine parsers using a function to combine the results
 |`mapTuple2`-`5`|combine a tuple of parsers using a function to combine the results
 |`pure`|lift a pure value into a parser that always succeeds with the value

__tests__/ReludeParse_Parser_test.re

@@ -119,9 +119,9 @@ describe("ReludeParse_Parser", () => {
     )
   );
 
-  test("<&> (tuple2 operator)", () =>
+  test("<^> (tuple2 operator)", () =>
     testParse(
-      P.anyDigit <&> P.anyDigit,
+      P.anyDigit <^> P.anyDigit,
       "01",
       ("0", "1"),
       {pos: 2, str: "01"},
@@ -333,15 +333,15 @@ describe("ReludeParse_Parser", () => {
 
   test("lookAheadNot success", () =>
     testParse(
-      P.anyAlpha <&> P.lookAheadNot(P.str("bbb")),
+      P.anyAlpha <^> P.lookAheadNot(P.str("bbb")),
       "a999",
       ("a", ()),
       {pos: 1, str: "a999"},
     )
   );
 
   test("lookAheadNot failure", () =>
-    testParseFail(P.anyAlpha <&> P.lookAheadNot(P.str("bbb")), "abbb", 1)
+    testParseFail(P.anyAlpha <^> P.lookAheadNot(P.str("bbb")), "abbb", 1)
   );
 
   test("many success", () =>