The following classes of macros are defined:
.display
-&` _HAVE_ `& build-time defines
-&` _DRVR_AUTH_ `& authenticator drivers
-&` _DRVR_RTR_ `& router drivers
-&` _DRVR_TPT_ `& transport drivers
-&` _OPT_ `& configuration option support
+&` _HAVE_* `& build-time defines
+&` _DRIVER_ROUTER_* `& router drivers
+&` _DRIVER_TRANSPORT_* `& transport drivers
+&` _DRIVER_AUTHENTICATOR_* `& authenticator drivers
+&` _OPT_MAIN_* `& main config options
+&` _OPT_ROUTERS_* `& generic router options
+&` _OPT_TRANSPORTS_* `& generic transport options
+&` _OPT_AUTHENTICATORS_* `& generic authenticator options
+&` _OPT_ROUTER_*_* `& private router options
+&` _OPT_TRANSPORT_*_* `& private transport options
+&` _OPT_AUTHENTICATOR_*_* `& private authenticator options
.endd
Use an &"exim -bP macros"& command to get the list of macros.
.endd
This accepts a client certificate that is verifiable against any
of your configured trust-anchors
-which usually means the full set of public CAs)
+(which usually means the full set of public CAs)
and which has a SAN with a good account name.
Note that the client cert is on the wire in-clear, including the SAN,
whereas a plaintext SMTP AUTH done inside TLS is not.
MANDATORY:
The domain you want to sign with. The result of this expanded
option is put into the &%$dkim_domain%& expansion variable.
+If it is empty after expansion, DKIM signing is not done.
.option dkim_selector smtp string&!! unset
MANDATORY: