Just retab (many lines changed for nothing)

1 files changed, 64 insertions, 64 deletions

diff --git a/abstract/constant_domain.ml b/abstract/constant_domain.ml
index 44a13fc..abc3aa0 100644
--- a/abstract/constant_domain.ml
+++ b/abstract/constant_domain.ml
@@ -1,71 +1,71 @@
 open Value_domain
 
 module Constants : VALUE_DOMAIN = struct
-	type t =
-		| Top
-		| Int of Z.t
-		| Bot
-	
-	let top = Top
-	let bottom = Bot
-	let const i = Int i
-	let rand i j = if i > j then Bot else if i <> j then Top else Int i
+    type t =
+        | Top
+        | Int of Z.t
+        | Bot
+    
+    let top = Top
+    let bottom = Bot
+    let const i = Int i
+    let rand i j = if i > j then Bot else if i <> j then Top else Int i
 
-	let subset a b = match a, b with
-		| _, Top -> true
-		| Bot, _ -> true
-		| Int a, Int b -> a = b
-		| _, _ -> false
-	
-	let join a b = match a, b with
-		| Bot, x | x, Bot -> x
-		| Int a, Int b when a = b -> Int a
-		| _ -> Top
-	
-	let meet a b = match a, b with
-		| Top, x | x, Top -> x
-		| Int a, Int b when a = b -> Int a
-		| _ -> Bot
-	
-	let widen = join		(* pas besoin d'accélerer la convergence au-delà *)
+    let subset a b = match a, b with
+        | _, Top -> true
+        | Bot, _ -> true
+        | Int a, Int b -> a = b
+        | _, _ -> false
+    
+    let join a b = match a, b with
+        | Bot, x | x, Bot -> x
+        | Int a, Int b when a = b -> Int a
+        | _ -> Top
+    
+    let meet a b = match a, b with
+        | Top, x | x, Top -> x
+        | Int a, Int b when a = b -> Int a
+        | _ -> Bot
+    
+    let widen = join        (* pas besoin d'accélerer la convergence au-delà *)
 
-	let neg = function
-		| Int a -> Int (Z.neg a)
-		| x -> x
-	
-	let b_aux op a b = match a, b with
-		| Int x, Int y -> Int (op x y)
-		| Bot, _ | _, Bot -> Bot
-		| _ -> Top
-	let add = b_aux Z.add
-	let sub = b_aux Z.sub
-	let mul a b = match a, b with
-		| Int x, Int y -> Int (Z.mul x y)
-		| Bot, _ | _, Bot -> Bot
-		| Int x, _ when x = Z.zero -> Int Z.zero
-		| _, Int x when x = Z.zero -> Int (Z.zero)
-		| _ -> Top
-	let div a b = match a, b with
-		| Int x, Int y -> Int (Z.div x y)
-		| Bot, _ | _, Bot -> Bot
-		| Int x, _ when x = Z.zero -> Int Z.zero
-		| _ -> Top
-	let rem a b = match a, b with
-		| Int x, Int y -> Int (Z.rem x y)
-		| Bot, _ | _, Bot -> Bot
-		| Int x, _ when x = Z.zero -> Int Z.zero
-		| _ -> Top
+    let neg = function
+        | Int a -> Int (Z.neg a)
+        | x -> x
+    
+    let b_aux op a b = match a, b with
+        | Int x, Int y -> Int (op x y)
+        | Bot, _ | _, Bot -> Bot
+        | _ -> Top
+    let add = b_aux Z.add
+    let sub = b_aux Z.sub
+    let mul a b = match a, b with
+        | Int x, Int y -> Int (Z.mul x y)
+        | Bot, _ | _, Bot -> Bot
+        | Int x, _ when x = Z.zero -> Int Z.zero
+        | _, Int x when x = Z.zero -> Int (Z.zero)
+        | _ -> Top
+    let div a b = match a, b with
+        | Int x, Int y -> Int (Z.div x y)
+        | Bot, _ | _, Bot -> Bot
+        | Int x, _ when x = Z.zero -> Int Z.zero
+        | _ -> Top
+    let rem a b = match a, b with
+        | Int x, Int y -> Int (Z.rem x y)
+        | Bot, _ | _, Bot -> Bot
+        | Int x, _ when x = Z.zero -> Int Z.zero
+        | _ -> Top
 
-	let leq a b =
-		match a, b with
-		| Int a, Int b ->
-			if Z.leq a b
-				then Int a, Int b
-				else Bot, Bot
-		| x, y -> x, y
-	
-	let to_string = function
-		| Bot -> "bot"
-		| Top -> "top"
-		| Int i -> "{" ^ (Z.to_string i) ^ "}"
+    let leq a b =
+        match a, b with
+        | Int a, Int b ->
+            if Z.leq a b
+                then Int a, Int b
+                else Bot, Bot
+        | x, y -> x, y
+    
+    let to_string = function
+        | Bot -> "bot"
+        | Top -> "top"
+        | Int i -> "{" ^ (Z.to_string i) ^ "}"
 end