diff --git a/tsconsensus/tsconsensus.go b/tsconsensus/tsconsensus.go
index 4090b45a1..04458f3d2 100644
--- a/tsconsensus/tsconsensus.go
+++ b/tsconsensus/tsconsensus.go
@@ -1,28 +1,26 @@
 // Copyright (c) Tailscale Inc & AUTHORS
 // SPDX-License-Identifier: BSD-3-Clause
 
-/*
-Package tsconsensus implements a consensus algorithm for a group of tsnet.Servers
-
-The Raft consensus algorithm relies on you implementing a state machine that will give the same
-result to a give command as long as the same logs have been applied in the same order.
-
-tsconsensus uses the hashicorp/raft library to implement leader elections and log application.
-
-tsconsensus provides:
-  - cluster peer discovery based on tailscale tags
-  - executing a command on the leader
-  - communication between cluster peers over tailscale using tsnet
-
-Users implement a state machine that satisfies the raft.FSM interface, with the business logic they desire.
-When changes to state are needed any node may
-  - create a Command instance with serialized Args.
-  - call ExecuteCommand with the Command instance
-    this will propagate the command to the leader,
-    and then from the reader to every node via raft.
-  - the state machine then can implement raft.Apply, and dispatch commands via the Command.Name
-    returning a CommandResult with an Err or a serialized Result.
-*/
+// Package tsconsensus implements a consensus algorithm for a group of tsnet.Servers
+//
+// The Raft consensus algorithm relies on you implementing a state machine that will give the same
+// result to a give command as long as the same logs have been applied in the same order.
+//
+// tsconsensus uses the hashicorp/raft library to implement leader elections and log application.
+//
+// tsconsensus provides:
+//   - cluster peer discovery based on tailscale tags
+//   - executing a command on the leader
+//   - communication between cluster peers over tailscale using tsnet
+//
+// Users implement a state machine that satisfies the raft.FSM interface, with the business logic they desire.
+// When changes to state are needed any node may
+//   - create a Command instance with serialized Args.
+//   - call ExecuteCommand with the Command instance
+//     this will propagate the command to the leader,
+//     and then from the reader to every node via raft.
+//   - the state machine then can implement raft.Apply, and dispatch commands via the Command.Name
+//     returning a CommandResult with an Err or a serialized Result.
 package tsconsensus
 
 import (
@@ -395,7 +393,7 @@ func (c *Consensus) executeCommandLocally(cmd Command) (CommandResult, error) {
 	if err != nil {
 		return CommandResult{}, err
 	}
-	f := c.raft.Apply(b, 10*time.Second)
+	f := c.raft.Apply(b, 10*time.Second) // TODO hardcoded timeout
 	err = f.Error()
 	result := f.Response()
 	if errors.Is(err, raft.ErrNotLeader) {