format

include/session/config/groups/info.hpp

@@ -235,7 +235,8 @@ class Info final : public ConfigBase {
     /// API: groups/Info::get_delete_attach_before
     ///
     /// Returns the delete-attachments-before unix timestamp (seconds) for the group; clients should
-    /// delete all attachments from the closed group with timestamps earlier than this value, if set.
+    /// delete all attachments from the closed group with timestamps earlier than this value, if
+    /// set.
     ///
     /// Returns std::nullopt if no delete-attachments-before timestamp is set.
     ///

include/session/config/groups/keys.hpp

@@ -167,7 +167,8 @@ class Keys final : public ConfigSig {
     /// - `group_ed25519_pubkey` is the public key of the group, used to verify message signatures
     ///   on key updates.  Required.  Should not include the `03` prefix.
     /// - `group_ed25519_secretkey` is the secret key of the group, used to sign config messages and
-    ///   swarm authentication tokens and to encrypt and decrypt encryption keys for regular messages.
+    ///   swarm authentication tokens and to encrypt and decrypt encryption keys for regular
+    ///   messages.
     ///    This is only possessed by the group admin(s), and must be provided
     ///   in order to make and push config changes.
     /// - `dumped` -- either `std::nullopt` to construct a new, empty object; or binary state data

include/session/config/groups/members.hpp

@@ -220,8 +220,9 @@ class Members final : public ConfigBase {
     /// To construct a blank members object (i.e. with no pre-existing dumped data to load) pass
     /// `std::nullopt` as the third argument.
     ///
-    /// Encryption keys must be loaded before the Members object can be modified or parse other Members
-    /// messages, and are typically loaded by providing the `Members` object to the `Keys` class.
+    /// Encryption keys must be loaded before the Members object can be modified or parse other
+    /// Members messages, and are typically loaded by providing the `Members` object to the `Keys`
+    /// class.
     ///
     /// Inputs:
     /// - `ed25519_pubkey` is the public key of this group, used to validate config messages.

src/config/groups/keys.cpp

@@ -436,7 +436,8 @@ ustring Keys::key_supplement(const std::vector<std::string>& sids) const {
     //   (66 chars), in sorted order.
     // - keysdata is the unencrypted inner value that we are encrypting for each supplemental member
     // - H2(.) = 32-byte BLAKE2b keyed hash of the sodium group secret key seed (just the 32 byte,
-    //           not the full 64 byte with the pubkey in the second half), key "SessionGroupNonceSeed"
+    //           not the full 64 byte with the pubkey in the second half), key
+    //           "SessionGroupNonceSeed"
 
     std::string supp_keys;
     {
@@ -458,8 +459,7 @@ ustring Keys::key_supplement(const std::vector<std::string>& sids) const {
 
     crypto_generichash_blake2b_state st;
 
-    crypto_generichash_blake2b_init(
-            &st, nonce_hash_key.data(), nonce_hash_key.size(), h1.size());
+    crypto_generichash_blake2b_init(&st, nonce_hash_key.data(), nonce_hash_key.size(), h1.size());
 
     for (const auto& sid : sids)
         crypto_generichash_blake2b_update(&st, to_unsigned(sid.data()), sid.size());
@@ -525,8 +525,8 @@ ustring Keys::key_supplement(const std::vector<std::string>& sids) const {
 
     d.append("G", keys_.back().generation);
 
-    // Finally we sign the message and put the signature as the ~ key (which is 0x7f, and thus comes later than
-    // any other ascii key).
+    // Finally we sign the message and put the signature as the ~ key (which is 0x7f, and thus comes
+    // later than any other ascii key).
     auto to_sign = to_unsigned_sv(d.view());
     // The view contains the trailing "e", but we don't sign it (we are going to append the
     // signature there instead):
@@ -693,7 +693,8 @@ Keys::swarm_auth Keys::swarm_subaccount_sign(
     // token is now set: flags || kT
     ustring_view kT{to_unsigned(token.data() + 4), 32};
 
-    // sub_sig is just the admin's signature, sitting at the end of sign_val (after p || f || 0 || 0 || k):
+    // sub_sig is just the admin's signature, sitting at the end of sign_val (after p || f || 0 || 0
+    // || k):
     sub_sig = from_unsigned_sv(sign_val.substr(36));
 
     // Our signing private scalar is kt, where t = ±s according to whether we had to negate S to
@@ -1158,9 +1159,9 @@ void Keys::remove_expired() {
         active_msgs_.erase(
                 active_msgs_.begin(), active_msgs_.lower_bound(keys_.front().generation));
     else
-        // Keys is empty, which means we aren't keeping *any* keys around (or they are all invalid or
-        // something) and so it isn't really up to us to keep them alive, since that's a history of
-        // the group we apparently don't have access to.
+        // Keys is empty, which means we aren't keeping *any* keys around (or they are all invalid
+        // or something) and so it isn't really up to us to keep them alive, since that's a history
+        // of the group we apparently don't have access to.
         active_msgs_.clear();
 }
 

src/xed25519.cpp

@@ -97,8 +97,8 @@ bytes<64> sign(ustring_view curve25519_privkey, ustring_view msg) {
     crypto_core_ed25519_scalar_negate(neg_a.data(), a.data());
     constant_time_conditional_assign(a, neg_a, negative);
 
-    // We now have our a, A private/public keypair.  (Note that a is just the private key scalar, *not* the
-    // ed25519 secret key).
+    // We now have our a, A private/public keypair.  (Note that a is just the private key scalar,
+    // *not* the ed25519 secret key).
 
     bytes<32> r = xed25519_compute_r(a, msg);
     bytes<64> signature;  // R || S