2 files changed, 13 insertions(+), 4 deletions(-)

M reflex-libtelnet/CHANGELOG.md
M reflex-libtelnet/README.md

@@ 16,8 16,8 @@
     [`generic-lens`](https://hackage.haskell.org/package/generic-lens)
     or
     [`generic-optics`](https://hackage.haskell.org/package/generic-optics)
-    to get lenses for your preferred flavour of optic.
-  - Use the `field' @"fieldName"` version (i.e. not `#fieldName` or
+    to get lenses for your preferred flavour of optic. Make sure to
+    use the `field' @"fieldName"` version (i.e. not `#fieldName` or
     un-primed `field`), otherwise GHC will struggle to infer the type
     of `t` when setting fields in `ReflexConfig t`.
 

@@ 16,10 16,19 @@ the haddocks for this package.
    streams that feed into a telnet state tracker. The easiest way to
    do this is to call `newTelnetConfig` and overwrite the fields you
    care about using record updates or lenses. You will almost
-   certainly want to overwrite `_cRecv` to be the stream of incoming
-   data from a socket, and `_cSend` to be the stream of outgoing data
+   certainly want to overwrite `recv` to be the stream of incoming
+   data from a socket, and `send` to be the stream of outgoing data
    from your application.
 
+   * If you want to use lenses, use the
+     [`generic-lens`](https://hackage.haskell.org/package/generic-lens)
+     or
+     [`generic-optics`](https://hackage.haskell.org/package/generic-optics)
+     to get your preferred flavour of optic. Make sure to use the
+     `field' @"fieldName"` version (i.e. not `#fieldName` or un-primed
+     `field`), otherwise GHC will struggle to infer the type of `t`
+     when setting fields in `ReflexConfig t`.
+
 2. Call `telnet config`, and save the resulting `TelnetEvents t`. This
    structure holds the output event streams from a single telnet state
    tracker.