run the formatter

2 files changed, 31 insertions, 29 deletions

diff --git a/src/gleam/binary.gleam b/src/gleam/binary.gleam
index 1fa54a8..a45ae5d 100644
--- a/src/gleam/binary.gleam
+++ b/src/gleam/binary.gleam
@@ -11,13 +11,16 @@ pub external fn from_string(String) -> Binary =
 ///
 /// Binary part will start at given position and continue up to specified length.
 /// A negative length can be used to extract bytes at the end of a binary:
-pub external fn part(string: Binary, position: Int, length: Int) -> Binary = "binary" "part"
-
+pub external fn part(string: Binary, position: Int, length: Int) -> Binary =
+  "binary" "part"
 
 /// Returns an integer which is the number of bytes in the binary.
 pub external fn byte_size(Binary) -> Int =
   "erlang" "byte_size"
 
 // Not sure these will be necessary with bit syntax for for now I think they are
-pub external fn int_to_u32(Int) -> Result(Binary, Nil) = "binary_native" "int_to_u32"
-pub external fn int_from_u32(Binary) -> Result(Int, Nil) = "binary_native" "int_from_u32"
+pub external fn int_to_u32(Int) -> Result(Binary, Nil) =
+  "binary_native" "int_to_u32"
+
+pub external fn int_from_u32(Binary) -> Result(Int, Nil) =
+  "binary_native" "int_from_u32"
diff --git a/test/gleam/binary_test.gleam b/test/gleam/binary_test.gleam
index 580aff7..cf56076 100644
--- a/test/gleam/binary_test.gleam
+++ b/test/gleam/binary_test.gleam
@@ -2,41 +2,40 @@ import gleam/binary
 import gleam/should
 
 pub fn length_test() {
-    binary.byte_size(binary.from_string("hello"))
-    |> should.equal(5)
-
-    binary.byte_size(binary.from_string(""))
-    |> should.equal(0)
+  binary.byte_size(binary.from_string("hello"))
+  |> should.equal(5)
 
+  binary.byte_size(binary.from_string(""))
+  |> should.equal(0)
 }
 
 pub fn part_test() {
-    binary.from_string("hello")
-    |> binary.part(0, 5)
-    |> should.equal(binary.from_string("hello"))
+  binary.from_string("hello")
+  |> binary.part(0, 5)
+  |> should.equal(binary.from_string("hello"))
 
-    binary.from_string("hello")
-    |> binary.part(0, 0)
-    |> should.equal(binary.from_string(""))
+  binary.from_string("hello")
+  |> binary.part(0, 0)
+  |> should.equal(binary.from_string(""))
 
-    binary.from_string("hello")
-    |> binary.part(2, 2)
-    |> should.equal(binary.from_string("ll"))
+  binary.from_string("hello")
+  |> binary.part(2, 2)
+  |> should.equal(binary.from_string("ll"))
 
-    binary.from_string("hello")
-    |> binary.part(5, -2)
-    |> should.equal(binary.from_string("lo"))
+  binary.from_string("hello")
+  |> binary.part(5, -2)
+  |> should.equal(binary.from_string("lo"))
 }
 
 pub fn u32_test() {
-    let Ok(bin) = binary.int_to_u32(0)
-    should.equal(4, binary.byte_size(bin))
-    should.equal(Ok(0), binary.int_from_u32(bin))
+  let Ok(bin) = binary.int_to_u32(0)
+  should.equal(4, binary.byte_size(bin))
+  should.equal(Ok(0), binary.int_from_u32(bin))
 
-    let Ok(bin) = binary.int_to_u32(4294967295)
-    should.equal(4, binary.byte_size(bin))
-    should.equal(Ok(4294967295), binary.int_from_u32(bin))
+  let Ok(bin) = binary.int_to_u32(4294967295)
+  should.equal(4, binary.byte_size(bin))
+  should.equal(Ok(4294967295), binary.int_from_u32(bin))
 
-    should.equal(Error(Nil), binary.int_from_u32(binary.from_string("")))
-    should.equal(Error(Nil), binary.int_from_u32(binary.from_string("12345")))
+  should.equal(Error(Nil), binary.int_from_u32(binary.from_string("")))
+  should.equal(Error(Nil), binary.int_from_u32(binary.from_string("12345")))
 }