Unescape more stuff

jscomp/others/js_dict.mli

@@ -24,7 +24,7 @@
 
 
 type 'a t
-(** Dictionary type (ie an '\{ \}' JS object). However it is restricted 
+(** Dictionary type (ie an '{ }' JS object). However it is restricted 
     to hold a single type; therefore values must have the same type. 
 
     This Dictionary type is mostly used with the `Js_json.t` type. *)

jscomp/others/js_float.ml

@@ -68,7 +68,7 @@ external isFinite : float -> bool = "isFinite" [@@bs.val] [@@bs.scope "Number"]
 
 {b Returns} a `string` representing the given value in exponential notation
 
-@raise RangeError if digits is not in the range \`0, 20\` (inclusive)
+@raise RangeError if digits is not in the range [0, 20] (inclusive)
 
 @example {[
 (* prints "7.71234e+1" *)
@@ -85,13 +85,13 @@ external toExponential : float -> string = "toExponential" [@@bs.send]
 (** Formats a `float` using exponential (scientific) notation
 
 {b digits} specifies how many digits should appear after the decimal point. The
-value must be in the range \`0, 20\` (inclusive).
+value must be in the range [0, 20] (inclusive).
 
 {b Returns} a `string` representing the given value in exponential notation
 
 The output will be rounded or padded with zeroes if necessary.
 
-@raise RangeError if digits is not in the range \`0, 20\` (inclusive)
+@raise RangeError if digits is not in the range [0, 20] (inclusive)
 
 @example {[
 (* prints "7.71e+1" *)
@@ -106,7 +106,7 @@ external toExponentialWithPrecision : float -> digits:int -> string = "toExponen
 
 {b Returns} a `string` representing the given value in fixed-point notation (usually)
 
-@raise RangeError if digits is not in the range \`0, 20\` (inclusive)
+@raise RangeError if digits is not in the range [0, 20] (inclusive)
 
 @example {[
 (* prints "12346" (note the rounding) *)
@@ -123,13 +123,13 @@ external toFixed : float -> string = "toFixed" [@@bs.send]
 (** Formats a `float` using fixed point notation
 
 {b digits} specifies how many digits should appear after the decimal point. The
-value must be in the range \`0, 20\` (inclusive). Defaults to `0`.
+value must be in the range [0, 20] (inclusive). Defaults to `0`.
 
 {b Returns} a `string` representing the given value in fixed-point notation (usually)
 
 The output will be rounded or padded with zeroes if necessary.
 
-@raise RangeError if digits is not in the range \`0, 20\` (inclusive)
+@raise RangeError if digits is not in the range [0, 20] (inclusive)
 
 @example {[
 (* prints "12345.7" (note the rounding) *)
@@ -212,11 +212,11 @@ external toString : float -> string = "toString" [@@bs.send]
 (** Formats a `float` as a string
 
 {b radix} specifies the radix base to use for the formatted number. The
-value must be in the range \`2, 36\` (inclusive).
+value must be in the range [2, 36] (inclusive).
 
 {b Returns} a `string` representing the given value in fixed-point (usually)
 
-@raise RangeError if radix is not in the range \`2, 36\` (inclusive)
+@raise RangeError if radix is not in the range [2, 36] (inclusive)
 
 @example {[
 (* prints "110" *)

jscomp/others/js_int.ml

@@ -35,7 +35,7 @@
 
 {b Returns} a `string` representing the given value in exponential notation
 
-@raise RangeError if digits is not in the range \`0, 20\` (inclusive)
+@raise RangeError if digits is not in the range [0, 20] (inclusive)
 
 @example {[
 (* prints "7.7e+1" *)
@@ -49,13 +49,13 @@ external toExponential : int -> string = "toExponential" [@@bs.send]
 (** Formats an `int` using exponential (scientific) notation
 
 {b digits} specifies how many digits should appear after the decimal point. The
-value must be in the range \`0, 20\` (inclusive).
+value must be in the range [0, 20] (inclusive).
 
 {b Returns} a `string` representing the given value in exponential notation
 
 The output will be rounded or padded with zeroes if necessary.
 
-@raise RangeError if digits is not in the range \`0, 20\` (inclusive)
+@raise RangeError if digits is not in the range [0, 20] (inclusive)
 
 @example {[
 (* prints "7.70e+1" *)
@@ -135,11 +135,11 @@ external toString : int -> string = "toString" [@@bs.send]
 (** Formats an `int` as a string
 
 {b radix} specifies the radix base to use for the formatted number. The
-value must be in the range \`2, 36\` (inclusive).
+value must be in the range [2, 36] (inclusive).
 
 {b Returns} a `string` representing the given value in fixed-point (usually)
 
-@raise RangeError if radix is not in the range \`2, 36\` (inclusive)
+@raise RangeError if radix is not in the range [2, 36] (inclusive)
 
 @example {[
 (* prints "110" *)

jscomp/others/js_math.ml

@@ -179,10 +179,10 @@ external pow_int : base:int -> exp:int -> int = "pow" [@@bs.val] [@@bs.scope "Ma
 (** base to the power of the exponent *)
 external pow_float : base:float -> exp:float -> float = "pow" [@@bs.val] [@@bs.scope "Math"]
 
-(** random number in \[0,1) *)
+(** random number in [0,1) *)
 external random : unit -> float = "random" [@@bs.val] [@@bs.scope "Math"]
 
-(** random number in \[min,max) *)
+(** random number in [min,max) *)
 let random_int min max =
   floor ((random ()) *. (Js_int.toFloat (max - min))) + min
 

jscomp/others/js_obj.ml

@@ -25,7 +25,7 @@
 (** Provides functions for inspecting and maniplating native JavaScript objects
 *)
 
-(** `empty ()` returns the empty object [\{\}] *)
+(** `empty ()` returns the empty object `{}` *)
 external empty : unit -> < .. >  = "" [@@bs.obj]
 
 (** `assign target source` copies properties from `source` to `target`

jscomp/others/js_re.ml

@@ -25,15 +25,15 @@
 (** Provides bindings for JavaScript Regular Expressions
 
 {4 Syntax sugar}
-ReScript provides a bit of syntax sugar for regex literals: `\[%re "/foo/g"\]`
+ReScript provides a bit of syntax sugar for regex literals: `[%re "/foo/g"]`
 will evaluate to a {! t} that can be passed around and used like usual.
 
 {b Note:} This is not an immutable API. A RegExp object with the `global` ("g")
 flag set will modify the {! lastIndex} property when the RegExp object is used,
 and subsequent uses will ocntinue the search from the previous {! lastIndex}.
 
 @example {[
-let maybeMatches = "banana" |> Js.String.match_ \[%re "/na+/g"\]
+let maybeMatches = "banana" |> Js.String.match_ [%re "/na+/g"]
 ]}
 
 @see
@@ -69,14 +69,14 @@ external input : result -> string = "input" [@@bs.get]
 
 (** Constructs a RegExp object ({! t}) from a string
 
-Regex literals (`\[%re "/.../"\]`) should generally be preferred, but
+Regex literals (`[%re "/.../"]`) should generally be preferred, but
 `fromString` is very useful when you need to insert a string into a regex.
 
 @example {[
 (* A function that extracts the content of the first element with the given tag *)
 
 let contentOf tag xmlString =
-  Js.Re.fromString ("<" ^ tag ^ ">(.*?)<\\/" ^ tag ^">")
+  Js.Re.fromString ("<" ^ tag ^ ">(.*?)<\/" ^ tag ^">")
     |> Js.Re.exec xmlString
     |> function
       | Some result -> Js.Nullable.toOption (Js.Re.captures result).(1)

jscomp/others/js_string.ml

@@ -50,7 +50,7 @@ external make : 'a -> t = "String" [@@bs.val]
 external fromCharCode : int -> t = "String.fromCharCode" [@@bs.val]
 
 external fromCharCodeMany : int array -> t = "String.fromCharCode" [@@bs.val] [@@bs.splice]
-(** `fromCharCodeMany \[|n1;n2;n3|\]` creates a string from the characters corresponding to the given numbers, using the same rules as `fromCharCode`.
+(** `fromCharCodeMany [|n1;n2;n3|]` creates a string from the characters corresponding to the given numbers, using the same rules as `fromCharCode`.
 
 @example {[
   fromCharCodeMany([|0xd55c, 0xae00, 33|]) = {js|한글!|js};;
@@ -70,7 +70,7 @@ external fromCharCodeMany : int array -> t = "String.fromCharCode" [@@bs.val] [@
 *)
 external fromCodePoint : int -> t = "String.fromCodePoint" [@@bs.val] (** ES2015 *)
 
-(** `fromCharCodeMany \[|n1;n2;n3|\]` creates a string from the characters corresponding to the given code point numbers, using the same rules as `fromCodePoint`.
+(** `fromCharCodeMany [|n1;n2;n3|]` creates a string from the characters corresponding to the given code point numbers, using the same rules as `fromCodePoint`.
 
 @example {[
   fromCodePointMany([|0xd55c; 0xae00; 0x1f63a|]) = {js|한글😺|js}
@@ -100,7 +100,7 @@ external length : t -> int = "length" [@@bs.get]
 *)
 external get : t -> int -> t = "" [@@bs.get_index]
 
-(** `charAt n s` gets the character at index `n` within string `s`. If `n` is negative or greater than the length of `s`, returns the empty string. If the string contains characters outside the range [\u0000-\uffff], it will return the first 16-bit value at that position in the string.
+(** `charAt n s` gets the character at index `n` within string `s`. If `n` is negative or greater than the length of `s`, returns the empty string. If the string contains characters outside the range `\u0000-\uffff`, it will return the first 16-bit value at that position in the string.
 
 @example {[
   charAt 0, "Reason" = "R"
@@ -270,7 +270,7 @@ external localeCompare : t -> float = "localeCompare" [@@bs.send.pipe: t]
 @example {[
   match [%re "/b`aeiou`t/"] "The better bats" = Some [|"bet"|]
   match [%re "/b`aeiou`t/g"] "The better bats" = Some [|"bet";"bat"|]
-  match [%re "/(\\d+)-(\\d+)-(\\d+)/"] "Today is 2018-04-05." =
+  match [%re "/(\d+)-(\d+)-(\d+)/"] "Today is 2018-04-05." =
     Some [|"2018-04-05"; "2018"; "04"; "05"|]
   match [%re "/b`aeiou`g/"] "The large container." = None
 ]}
@@ -280,7 +280,7 @@ external match_ : Js_re.t -> t option array option = "match" [@@bs.send.pipe: t]
 
 (** `normalize str` returns the normalized Unicode string using Normalization Form Canonical (NFC) Composition.
 
-Consider the character `ã`, which can be represented as the single codepoint [\u00e3] or the combination of a lower case letter A [\u0061] and a combining tilde [\u0303]. Normalization ensures that both can be stored in an equivalent binary representation.
+Consider the character `ã`, which can be represented as the single codepoint `\u00e3` or the combination of a lower case letter A `\u0061` and a combining tilde `\u0303`. Normalization ensures that both can be stored in an equivalent binary representation.
 
 @see <https://www.unicode.org/reports/tr15/tr15-45.html> Unicode technical report for details
 *)
@@ -329,7 +329,7 @@ have been replaced by `replacement`.
 
 @example {[
   replaceByRe [%re "/`aeiou`/g"] "x" "vowels be gone" = "vxwxls bx gxnx"
-  replaceByRe [%re "/(\\w+) (\\w+)/"] "$2, $1" "Juan Fulano" = "Fulano, Juan"
+  replaceByRe [%re "/(\w+) (\w+)/"] "$2, $1" "Juan Fulano" = "Fulano, Juan"
 ]}
 *)
 external replaceByRe : Js_re.t ->  t ->  t = "replace" [@@bs.send.pipe: t]
@@ -361,7 +361,7 @@ the offset at which the match begins, and the whole string being matched.
 
 @example {[
 let str = "increment 23"
-let re = [%re "/increment (\\d+)/g"]
+let re = [%re "/increment (\d+)/g"]
 let matchFn matchPart p1 offset wholeString =
   wholeString ^ " is " ^ (string_of_int ((int_of_string p1) + 1))
 
@@ -381,7 +381,7 @@ the offset at which the match begins, and the whole string being matched.
 
 @example {[
 let str = "7 times 6"
-let re = [%re "/(\\d+) times (\\d+)/"]
+let re = [%re "/(\d+) times (\d+)/"]
 let matchFn matchPart p1 p2 offset wholeString =
   string_of_int ((int_of_string p1) * (int_of_string p2))
 
@@ -406,8 +406,8 @@ external unsafeReplaceBy3 : Js_re.t -> (t -> t -> t -> t -> int -> t -> t [@bs.u
 (** `search regexp str` returns the starting position of the first match of `regexp` in the given `str`, or -1 if there is no match.
 
 @example {[
-search [%re "/\\d+/"] "testing 1 2 3" = 8;;
-search [%re "/\\d+/"] "no numbers" = -1;;
+search [%re "/\d+/"] "testing 1 2 3" = 8;;
+search [%re "/\d+/"] "no numbers" = -1;;
 ]}
 *)
 external search : Js_re.t -> int = "search" [@@bs.send.pipe: t]
@@ -478,7 +478,7 @@ external splitLimited : t -> int -> t array = "split" [@@bs.send.pipe: t]
   array of the resulting substrings.
 
 @example {[
-  splitByRe [%re "/\\s*[,;]\\s*/"] "art; bed , cog ;dad" = [|Some "art"; Some "bed"; Some "cog"; Some "dad"|];;
+  splitByRe [%re "/\s*[,;]\s*/"] "art; bed , cog ;dad" = [|Some "art"; Some "bed"; Some "cog"; Some "dad"|];;
   splitByRe [%re "/[,;]/"] "has:no:match" = [|Some "has:no:match"|];;
   splitByRe [%re "/(#)(:)?/"] "a#b#:c" = [|Some "a"; Some "#"; None; Some "b"; Some "#"; Some ":"; Some "c"|];;
 ]};
@@ -490,9 +490,9 @@ external splitByRe : Js_re.t ->  t option array = "split" [@@bs.send.pipe: t]
   array of the first `n` resulting substrings. If `n` is negative or greater than the number of substrings, the array will contain all the substrings.
 
 @example {[
-  splitByReAtMost [%re "/\\s*:\\s*/"] ~limit: 3 "one: two: three: four" = [|Some "one"; Some "two"; Some "three"|];;
-  splitByReAtMost [%re "/\\s*:\\s*/"] ~limit: 0 "one: two: three: four" = [| |];;
-  splitByReAtMost [%re "/\\s*:\\s*/"] ~limit: 8 "one: two: three: four" = [|Some "one"; Some "two"; Some "three"; Some "four"|];;
+  splitByReAtMost [%re "/\s*:\s*/"] ~limit: 3 "one: two: three: four" = [|Some "one"; Some "two"; Some "three"|];;
+  splitByReAtMost [%re "/\s*:\s*/"] ~limit: 0 "one: two: three: four" = [| |];;
+  splitByReAtMost [%re "/\s*:\s*/"] ~limit: 8 "one: two: three: four" = [|Some "one"; Some "two"; Some "three"; Some "four"|];;
   splitByReAtMost [%re "/(#)(:)?/"] ~limit:3 "a#b#:c" = [|Some "a"; Some "#"; None|];;
 ]};
 *)

jscomp/others/js_string2.ml

@@ -48,7 +48,7 @@ external make : 'a -> t = "String" [@@bs.val]
 external fromCharCode : int -> t = "String.fromCharCode" [@@bs.val]
 
 external fromCharCodeMany : int array -> t = "String.fromCharCode" [@@bs.val] [@@bs.splice]
-(** `fromCharCodeMany \[|n1;n2;n3|\]` creates a string from the characters corresponding to the given numbers, using the same rules as `fromCharCode`.
+(** `fromCharCodeMany [|n1;n2;n3|]` creates a string from the characters corresponding to the given numbers, using the same rules as `fromCharCode`.
 
 @example {[
   fromCharCodeMany([|0xd55c, 0xae00, 33|]) = {js|한글!|js};;
@@ -68,7 +68,7 @@ external fromCharCodeMany : int array -> t = "String.fromCharCode" [@@bs.val] [@
 *)
 external fromCodePoint : int -> t = "String.fromCodePoint" [@@bs.val] (** ES2015 *)
 
-(** `fromCharCodeMany \[|n1;n2;n3|\]` creates a string from the characters corresponding to the given code point numbers, using the same rules as `fromCodePoint`.
+(** `fromCharCodeMany [|n1;n2;n3|]` creates a string from the characters corresponding to the given code point numbers, using the same rules as `fromCodePoint`.
 
 @example {[
   fromCodePointMany([|0xd55c; 0xae00; 0x1f63a|]) = {js|한글😺|js}
@@ -98,7 +98,7 @@ external length : t -> int = "length" [@@bs.get]
 *)
 external get : t -> int -> t = "" [@@bs.get_index]
 
-(** `charAt n s` gets the character at index `n` within string `s`. If `n` is negative or greater than the length of `s`, returns the empty string. If the string contains characters outside the range [\u0000-\uffff], it will return the first 16-bit value at that position in the string.
+(** `charAt n s` gets the character at index `n` within string `s`. If `n` is negative or greater than the length of `s`, returns the empty string. If the string contains characters outside the range `\u0000-\uffff`, it will return the first 16-bit value at that position in the string.
 
 @example {[
   charAt "Reason" 0 = "R"
@@ -268,7 +268,7 @@ external localeCompare : t -> t -> float = "localeCompare" [@@bs.send]
 @example {[
   match "The better bats" [%re "/b`aeiou`t/"] = Some [|"bet"|]
   match "The better bats" [%re "/b`aeiou`t/g"] = Some [|"bet";"bat"|]
-  match "Today is 2018-04-05." [%re "/(\\d+)-(\\d+)-(\\d+)/"] = Some [|"2018-04-05"; "2018"; "04"; "05"|]
+  match "Today is 2018-04-05." [%re "/(\d+)-(\d+)-(\d+)/"] = Some [|"2018-04-05"; "2018"; "04"; "05"|]
   match "The large container." [%re "/b`aeiou`g/"] = None
 ]}
 
@@ -277,7 +277,7 @@ external match_ : t -> Js_re.t -> t option array option = "match" [@@bs.send] [@
 
 (** `normalize str` returns the normalized Unicode string using Normalization Form Canonical (NFC) Composition.
 
-Consider the character `ã`, which can be represented as the single codepoint [\u00e3] or the combination of a lower case letter A [\u0061] and a combining tilde [\u0303]. Normalization ensures that both can be stored in an equivalent binary representation.
+Consider the character `ã`, which can be represented as the single codepoint `\u00e3` or the combination of a lower case letter A `\u0061` and a combining tilde `\u0303`. Normalization ensures that both can be stored in an equivalent binary representation.
 
 @see <https://www.unicode.org/reports/tr15/tr15-45.html> Unicode technical report for details
 *)
@@ -326,7 +326,7 @@ have been replaced by `replacement`.
 
 @example {[
   replaceByRe "vowels be gone" [%re "/`aeiou`/g"] "x" = "vxwxls bx gxnx"
-  replaceByRe "Juan Fulano" [%re "/(\\w+) (\\w+)/"] "$2, $1" = "Fulano, Juan"
+  replaceByRe "Juan Fulano" [%re "/(\w+) (\w+)/"] "$2, $1" = "Fulano, Juan"
 ]}
 *)
 external replaceByRe : t -> Js_re.t -> t -> t = "replace" [@@bs.send]
@@ -358,7 +358,7 @@ the offset at which the match begins, and the whole string being matched.
 
 @example {[
 let str = "increment 23"
-let re = [%re "/increment (\\d+)/g"]
+let re = [%re "/increment (\d+)/g"]
 let matchFn matchPart p1 offset wholeString =
   wholeString ^ " is " ^ (string_of_int ((int_of_string p1) + 1))
 
@@ -378,7 +378,7 @@ the offset at which the match begins, and the whole string being matched.
 
 @example {[
 let str = "7 times 6"
-let re = [%re "/(\\d+) times (\\d+)/"]
+let re = [%re "/(\d+) times (\d+)/"]
 let matchFn matchPart p1 p2 offset wholeString =
   string_of_int ((int_of_string p1) * (int_of_string p2))
 
@@ -403,8 +403,8 @@ external unsafeReplaceBy3 : t -> Js_re.t -> (t -> t -> t -> t -> int -> t -> t [
 (** `search regexp str` returns the starting position of the first match of `regexp` in the given `str`, or -1 if there is no match.
 
 @example {[
-search "testing 1 2 3" [%re "/\\d+/"] = 8;;
-search "no numbers" [%re "/\\d+/"] = -1;;
+search "testing 1 2 3" [%re "/\d+/"] = 8;;
+search "no numbers" [%re "/\d+/"] = -1;;
 ]}
 *)
 external search : t -> Js_re.t -> int = "search" [@@bs.send]
@@ -469,7 +469,7 @@ external splitAtMost: t -> t -> limit:int -> t array = "split" [@@bs.send]
   array of the resulting substrings.
 
 @example {[
-  splitByRe "art; bed , cog ;dad" [%re "/\\s*[,;]\\s*/"] = [|"art"; "bed"; "cog"; "dad"|];;
+  splitByRe "art; bed , cog ;dad" [%re "/\s*[,;]\s*/"] = [|"art"; "bed"; "cog"; "dad"|];;
   splitByRe "has:no:match" [%re "/[,;]/"] = [|"has:no:match"|];;
 ]};
 *)
@@ -480,9 +480,9 @@ external splitByRe : t -> Js_re.t -> t option array = "split" [@@bs.send]
   array of the first `n` resulting substrings. If `n` is negative or greater than the number of substrings, the array will contain all the substrings.
 
 @example {[
-  splitByReAtMost "one: two: three: four" [%re "/\\s*:\\s*/"] ~limit: 3 = [|"one"; "two"; "three"|];;
-  splitByReAtMost "one: two: three: four" [%re "/\\s*:\\s*/"] ~limit: 0 = [| |];;
-  splitByReAtMost "one: two: three: four" [%re "/\\s*:\\s*/"] ~limit: 8 = [|"one"; "two"; "three"; "four"|];;
+  splitByReAtMost "one: two: three: four" [%re "/\s*:\s*/"] ~limit: 3 = [|"one"; "two"; "three"|];;
+  splitByReAtMost "one: two: three: four" [%re "/\s*:\s*/"] ~limit: 0 = [| |];;
+  splitByReAtMost "one: two: three: four" [%re "/\s*:\s*/"] ~limit: 8 = [|"one"; "two"; "three"; "four"|];;
 ]};
 *)
 external splitByReAtMost : t -> Js_re.t -> limit:int ->  t option array = "split" [@@bs.send]