chore: fix formatting

Author: jtdowney

src/gose/cose.gleam

@@ -148,9 +148,7 @@ pub fn headers_from_cbor(
 }
 
 @internal
-pub fn headers_to_cbor(
-  headers: List(Header),
-) -> List(#(cbor.Value, cbor.Value)) {
+pub fn headers_to_cbor(headers: List(Header)) -> List(#(cbor.Value, cbor.Value)) {
   list.map(headers, header_to_cbor)
 }
 

src/gose/cose/sign1.gleam

@@ -284,19 +284,13 @@ pub fn with_detached(message: Sign1(Unsigned)) -> Sign1(Unsigned) {
 }
 
 /// Set external additional authenticated data (AAD) for the signing operation.
-pub fn with_aad(
-  message: Sign1(Unsigned),
-  aad aad: BitArray,
-) -> Sign1(Unsigned) {
+pub fn with_aad(message: Sign1(Unsigned), aad aad: BitArray) -> Sign1(Unsigned) {
   let assert UnsignedSign1(..) = message
   UnsignedSign1(..message, aad:)
 }
 
 /// Add a key ID to the unprotected headers.
-pub fn with_kid(
-  message: Sign1(Unsigned),
-  kid kid: BitArray,
-) -> Sign1(Unsigned) {
+pub fn with_kid(message: Sign1(Unsigned), kid kid: BitArray) -> Sign1(Unsigned) {
   let assert UnsignedSign1(unprotected:, ..) = message
   UnsignedSign1(..message, unprotected: [cose.Kid(kid), ..unprotected])
 }
@@ -369,9 +363,7 @@ fn build_sig_structure(
   )
 }
 
-fn parse_cbor_value(
-  value: cbor.Value,
-) -> Result(Sign1(Signed), gose.GoseError) {
+fn parse_cbor_value(value: cbor.Value) -> Result(Sign1(Signed), gose.GoseError) {
   use items <- result.try(cose_structure.parse_cose_array_value(
     value,
     expected_tag: 18,

src/gose/internal/key_extract.gleam

@@ -4,9 +4,7 @@
 import gose/key
 import kryptos/rsa
 
-pub fn rsa_private_key(
-  material: key.KeyMaterial,
-) -> Result(rsa.PrivateKey, Nil) {
+pub fn rsa_private_key(material: key.KeyMaterial) -> Result(rsa.PrivateKey, Nil) {
   case material {
     key.Rsa(key.RsaPrivate(key: private, ..)) -> Ok(private)
     _ -> Error(Nil)

src/gose/internal/utils.gleam

@@ -86,9 +86,7 @@ pub fn ec_public_key_from_coordinates(
 }
 
 /// Parse an EdDSA curve from its JWK string representation.
-pub fn eddsa_curve_from_string(
-  s: String,
-) -> Result(eddsa.Curve, gose.GoseError) {
+pub fn eddsa_curve_from_string(s: String) -> Result(eddsa.Curve, gose.GoseError) {
   case s {
     "Ed25519" -> Ok(eddsa.Ed25519)
     "Ed448" -> Ok(eddsa.Ed448)

src/gose/jose/jwe.gleam

@@ -378,9 +378,7 @@ pub fn new_chacha20_kw(
 /// let assert Ok(encrypted) = jwe.new_direct(algorithm.AesGcm(algorithm.Aes256))
 ///   |> jwe.encrypt(key, <<"hello":utf8>>)
 /// ```
-pub fn new_direct(
-  enc: algorithm.ContentAlg,
-) -> Jwe(Unencrypted, Direct, Built) {
+pub fn new_direct(enc: algorithm.ContentAlg) -> Jwe(Unencrypted, Direct, Built) {
   Jwe(
     header: JweHeader(
       alg: algorithm.Direct,
@@ -1561,10 +1559,7 @@ fn try_keys(
   }
 }
 
-fn header_to_json(
-  header: JweHeader,
-  alg_fields: ResolvedAlgFields,
-) -> BitArray {
+fn header_to_json(header: JweHeader, alg_fields: ResolvedAlgFields) -> BitArray {
   let alg_field = #(
     "alg",
     json.string(jose_algorithm.key_encryption_alg_to_string(header.alg)),
@@ -2281,9 +2276,7 @@ fn parse_optional_base64(
 /// When unprotected headers are present, includes the `unprotected` and/or `header` fields.
 ///
 /// For multiple recipients, use `gose/jose/jwe_multi`.
-pub fn serialize_json_flattened(
-  jwe: Jwe(Encrypted, family, Built),
-) -> json.Json {
+pub fn serialize_json_flattened(jwe: Jwe(Encrypted, family, Built)) -> json.Json {
   let assert EncryptedJwe(
     protected_b64:,
     encrypted_key:,

src/gose/jose/jwk.gleam

@@ -1065,8 +1065,7 @@ fn thumbprint_json(k: key.Key(kid)) -> Result(String, gose.GoseError) {
         <> "\"}",
       )
     }
-    key.Rsa(key.RsaPrivate(public:, ..))
-    | key.Rsa(key.RsaPublic(key: public)) -> {
+    key.Rsa(key.RsaPrivate(public:, ..)) | key.Rsa(key.RsaPublic(key: public)) -> {
       let e =
         rsa.public_key_exponent_bytes(public)
         |> utils.strip_leading_zeros

src/gose/jose/jws.gleam

@@ -265,10 +265,7 @@ pub fn verifier(
 }
 
 /// Set the content type (cty) header parameter.
-pub fn with_cty(
-  jws: Jws(Unsigned, Built),
-  cty: String,
-) -> Jws(Unsigned, Built) {
+pub fn with_cty(jws: Jws(Unsigned, Built), cty: String) -> Jws(Unsigned, Built) {
   map_unsigned_header(jws, fn(h) { JwsHeader(..h, cty: option.Some(cty)) })
 }
 
@@ -319,18 +316,12 @@ pub fn with_header(
 }
 
 /// Set the key ID (kid) header parameter.
-pub fn with_kid(
-  jws: Jws(Unsigned, Built),
-  kid: String,
-) -> Jws(Unsigned, Built) {
+pub fn with_kid(jws: Jws(Unsigned, Built), kid: String) -> Jws(Unsigned, Built) {
   map_unsigned_header(jws, fn(h) { JwsHeader(..h, kid: option.Some(kid)) })
 }
 
 /// Set the type (typ) header parameter (e.g., "JWT").
-pub fn with_typ(
-  jws: Jws(Unsigned, Built),
-  typ: String,
-) -> Jws(Unsigned, Built) {
+pub fn with_typ(jws: Jws(Unsigned, Built), typ: String) -> Jws(Unsigned, Built) {
   map_unsigned_header(jws, fn(h) { JwsHeader(..h, typ: option.Some(typ)) })
 }
 

src/gose/jose/jwt.gleam

@@ -550,9 +550,7 @@ pub fn verify_and_validate(
   Ok(jwt)
 }
 
-fn parse_jws(
-  token: String,
-) -> Result(jws.Jws(jws.Signed, jws.Parsed), JwtError) {
+fn parse_jws(token: String) -> Result(jws.Jws(jws.Signed, jws.Parsed), JwtError) {
   jws.parse_compact(token)
   |> result.map_error(gose_error_to_malformed_token_error)
 }

src/gose/key.gleam

@@ -187,9 +187,7 @@ pub fn material_octet_secret(
 }
 
 @internal
-pub fn material_rsa(
-  mat: KeyMaterial,
-) -> Result(RsaKeyMaterial, gose.GoseError) {
+pub fn material_rsa(mat: KeyMaterial) -> Result(RsaKeyMaterial, gose.GoseError) {
   case mat {
     Rsa(rsa) -> Ok(rsa)
     OctetKey(..) | Ec(..) | Eddsa(..) | Xdh(..) ->
@@ -218,9 +216,7 @@ pub fn material_eddsa(
 }
 
 @internal
-pub fn material_xdh(
-  mat: KeyMaterial,
-) -> Result(XdhKeyMaterial, gose.GoseError) {
+pub fn material_xdh(mat: KeyMaterial) -> Result(XdhKeyMaterial, gose.GoseError) {
   case mat {
     Xdh(xdh) -> Ok(xdh)
     OctetKey(..) | Rsa(..) | Ec(..) | Eddsa(..) ->
@@ -266,9 +262,7 @@ fn eddsa_public_key_internal(public: eddsa.PublicKey) -> Key(kid) {
   new_key(Eddsa(EddsaPublic(key: public, curve:)))
 }
 
-fn rsa_private_key_internal(
-  pair: #(rsa.PrivateKey, rsa.PublicKey),
-) -> Key(kid) {
+fn rsa_private_key_internal(pair: #(rsa.PrivateKey, rsa.PublicKey)) -> Key(kid) {
   let #(private, public) = pair
   new_key(Rsa(RsaPrivate(key: private, public:)))
 }