doc: vcl_deliver {}

src/vdp_pesi.vcc

@@ -19,7 +19,7 @@ SYNOPSIS
 
   import pesi;
 
-  # Enable parallel ESI processing in vcl_deliver.
+  # Enable parallel ESI processing in vcl_deliver {}.
   VOID pesi.activate()
 
   # Set a boolean configuration parameter.
@@ -70,7 +70,7 @@ composition in a standard Varnish deployment does not depend on the
 serial order, then it will work the same way with VDP pesi.
 
 Parallel ESI processing is enabled by invoking ``pesi.activate()`` in
-``vcl_deliver``::
+``vcl_deliver {}``::
 
    import pesi;
 
@@ -111,9 +111,9 @@ $Function VOID activate()
 
 Enable parallel ESI processing for the client response.
 
-``activate()`` MUST be called in ``vcl_deliver`` only. If it is called
-in any other VCL subroutine, VCL failure is invoked (see `ERRORS`_
-below for details).
+``activate()`` MUST be called in ``vcl_deliver {}`` only. If it is
+called in any other VCL subroutine, VCL failure is invoked (see
+`ERRORS`_ below for details).
 
 If ``activate()`` is called on *any* ESI level (any depth of include
 nesting), then it MUST be called on *all* levels of the response. If
@@ -131,8 +131,8 @@ URLs are different at different ESI levels).
 
 See the documentation of ``set()`` below for a way to choose serial
 ESI processing for all of the includes in the response at the current
-ESI level. Even then, ``activate()`` must be called in ``vcl_deliver``
-in addition to ``set()``.
+ESI level. Even then, ``activate()`` must be called in ``vcl_deliver
+{}`` in addition to ``set()``.
 
 As with standard Varnish, ESI processing can be selectively disabled
 for a client response, by setting ``resp.do_esi`` to ``false`` in VCL
@@ -197,7 +197,7 @@ identified by the ENUM ``parameter``. Currently the parameters can
 only be set with a boolean value in ``bool`` (but future versions of
 this function may allow for setting other data types).
 
-``set()`` MUST be called in ``vcl_deliver`` only; otherwise VCL
+``set()`` MUST be called in ``vcl_deliver {}`` only; otherwise VCL
 failure is invoked (see `ERRORS`_).
 
 The parameters that can be set are currently ``serial`` and ``thread``: