Applied ocamlformat on the code

2 files changed, 53 insertions, 63 deletions

diff --git a/viz.js/process/formatter.ml b/viz.js/process/formatter.ml
index e6a8a0e..057ec25 100755
--- a/viz.js/process/formatter.ml
+++ b/viz.js/process/formatter.ml
@@ -1,100 +1,90 @@
 open Js_of_ocaml
-
 module T = Tools
 
 let leftright = false
 
 module Printer = struct
-
   type t = Js.js_string Js.t
 
   let inject = Js.string
-
   let print2 t t1 t2 = t##concat_2 t1 t2
   let print4 t t1 t2 t3 t4 = t##concat_4 t1 t2 t3 t4
   let print5 t t1 t2 t3 t4 t5 = (t##concat t1)##concat_4 t2 t3 t4 t5
+
   let print10 t t1 t2 t3 t4 t5 t6 t7 t8 t9 t10 =
     ((t##concat_4 t1 t2 t3 t4)##concat_3 t5 t6 t7)##concat_3 t8 t9 t10
-
 end
 
-let print_arrow = begin function
+let print_arrow = function
   | Tab_Lexer.Backward -> Printer.inject "back"
   | Tab_Lexer.Both -> Printer.inject "both"
   | Tab_Lexer.None -> Printer.inject "none"
   | Tab_Lexer.Forward -> Printer.inject "forward"
-end
 
-let rec print_links (acc:Js.js_string Js.t) = begin function
+let rec print_links (acc : Js.js_string Js.t) = function
   | [] -> acc
-  | (current_name, level, target, comment, arrow)::tl ->
-    let acc' = Printer.print10 acc
-        (current_name)
-        (Printer.inject ":")
-        (Printer.inject @@ string_of_int level)
-        (Printer.inject " -> ")
-        target
-        (Printer.inject "[label=\"")
-        comment
-        (Printer.inject "\" dir=\"")
-        (print_arrow arrow)
-        (Printer.inject "\" ]\n") in
-    print_links acc' tl
-end
+  | (current_name, level, target, comment, arrow) :: tl ->
+      let acc' =
+        Printer.print10 acc current_name (Printer.inject ":")
+          (Printer.inject @@ string_of_int level)
+          (Printer.inject " -> ") target
+          (Printer.inject "[label=\"")
+          comment
+          (Printer.inject "\" dir=\"")
+          (print_arrow arrow) (Printer.inject "\" ]\n")
+      in
+      print_links acc' tl
 
-let shape = (Printer.inject "[label=<<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\">")
+let shape =
+  Printer.inject
+    "[label=<<TABLE BORDER=\"0\" CELLBORDER=\"1\" CELLSPACING=\"0\">"
 
-let rec parse lexbuf acc current_name level links = begin
+let rec parse lexbuf acc current_name level links =
   try
-    begin match Tab_Lexer.parse_line lexbuf with
-      | Root content ->
-        let acc' = Printer.print2 acc
-            content
-            shape
-        in
+    match Tab_Lexer.parse_line lexbuf with
+    | Root content ->
+        let acc' = Printer.print2 acc content shape in
         parse lexbuf acc' content 0 links
-      | Entry (content, target) ->
+    | Entry (content, target) ->
         let level' = level + 1 in
-        let acc' = (acc##concat_4
-                      (Js.string "<TR><TD port=\"")
-                      (Js.string @@ string_of_int level')
-                      (Js.string "\">")
-                      content
-                   )##concat
+        let acc' =
+          (acc##concat_4
+             (Js.string "<TR><TD port=\"")
+             (Js.string @@ string_of_int level')
+             (Js.string "\">") content)##concat
             (Js.string "</TD></TR>")
         in
-        let links' = begin match target with
+        let links' =
+          match target with
           | None -> links
-          | Some (target, comment, arrow) -> (current_name, level', target, comment, arrow)::links
-        end in
+          | Some (target, comment, arrow) ->
+              (current_name, level', target, comment, arrow) :: links
+        in
         parse lexbuf acc' current_name level' links'
-      | Redirection (target, comment, arrow) ->
-        let links' = (current_name, level, target, comment, arrow)::links in
+    | Redirection (target, comment, arrow) ->
+        let links' = (current_name, level, target, comment, arrow) :: links in
         parse lexbuf acc current_name level links'
-      | NewLine ->
+    | NewLine ->
         let acc' =
-          if (level >= 0) then (
-            print_links (acc##concat (Js.string "</TABLE>>];\n")) links;
-          ) else (
-            acc
-          ) in
+          if level >= 0 then
+            print_links (acc##concat (Js.string "</TABLE>>];\n")) links
+          else acc
+        in
         parse lexbuf acc' (Js.string "") (-1) []
-      | Separator ->
-        let text =  "<TR><TD></TD></TR>" in
+    | Separator ->
+        let text = "<TR><TD></TD></TR>" in
         parse lexbuf (acc##concat (Js.string text)) current_name level links
-    end
-  with Tab_Lexer.Eof ->
-    if (level >= 0) then (
-      let text = Js.string "</TABLE>>];\n" in
-      print_links (acc##concat text) links;
-    ) else
-      acc
-end
-
-let convert source = begin
+  with
+  | Tab_Lexer.Eof ->
+      if level >= 0 then
+        let text = Js.string "</TABLE>>];\n" in
+        print_links (acc##concat text) links
+      else acc
 
-  let text = (Js.string "digraph G {rankdir=LR;node [shape=plaintext];") in
+let convert source =
+  let text = Js.string "digraph G {rankdir=LR;node [shape=plaintext];" in
   (* Content *)
-  let lexbuf = Lexing.from_string (Js.to_string (source##concat (Js.string "\r\n"))) in
+  let lexbuf =
+    Lexing.from_string (Js.to_string (source##concat (Js.string "\r\n")))
+  in
   (parse lexbuf text (Js.string "") 0 [])##concat (Js.string "}")
-end
diff --git a/viz.js/process/tab_Lexer.mll b/viz.js/process/tab_Lexer.mll
index 67793e4..5149917 100755
--- a/viz.js/process/tab_Lexer.mll
+++ b/viz.js/process/tab_Lexer.mll
@@ -59,7 +59,7 @@ rule parse_line = shortest
     (regular* as comment) newline 
         { Entry (Js.string _2, Some (Js.string _target, Js.string comment, (get_arrow _arrow)))}
 
-  | (space+ as _1) 
+  | (spaces as _1) 
     (regular+ as _2) newline
         { Entry (Js.string _2, None) }