From ad0dfd58d91d319c44ea46e2f72c7196eba37ce2 Mon Sep 17 00:00:00 2001
<rosen644835@gmail.com>
* doc/guix.texi (guix-pack)[GUIX_EXECUTION_ENGINE]: Use @env
instead of @code.
(zram-device-service-type): Use @code instead of @var for constant or
symbolic values.
(rshiny-service-type): Use @env instead of @code for R_LIBS_USER.
---
doc/guix.texi | 18 +++++++++---------
1 file changed, 9 insertions(+), 9 deletions(-)
Toggle diff (54 lines)
diff --git a/doc/guix.texi b/doc/guix.texi
index c3d9683e25..d749a6f70f 100644
--- a/doc/guix.texi
+++ b/doc/guix.texi
@@ -5824,7 +5824,7 @@ direct syscalls are not intercepted either, leading to erratic behavior.
@vindex GUIX_EXECUTION_ENGINE
When running a wrapped program, you can explicitly request one of the
execution engines listed above by setting the
-@code{GUIX_EXECUTION_ENGINE} environment variable accordingly.
+@env{GUIX_EXECUTION_ENGINE} environment variable accordingly.
@end quotation
@cindex entry point, for Docker images
@@ -28187,22 +28187,22 @@ This is the data type representing the configuration for the zram-device
service.
@table @asis
-@item @code{size} (default @var{"1G"})
+@item @code{size} (default @code{"1G"})
This is the amount of space you wish to provide for the zram device. It
accepts a string and can be a number of bytes or use a suffix, eg.:
-@var{"512M"} or @var{1024000}.
-@item @code{compression-algorithm} (default @var{'lzo})
+@code{"512M"} or @code{1024000}.
+@item @code{compression-algorithm} (default @code{'lzo})
This is the compression algorithm you wish to use. It is difficult to
list all the possible compression options, but common ones supported by
-Guix's Linux Libre Kernel include @var{'lzo}, @var{'lz4} and @var{'zstd}.
-@item @code{memory-limit} (default @var{0})
+Guix's Linux Libre Kernel include @code{'lzo}, @code{'lz4} and @code{'zstd}.
+@item @code{memory-limit} (default @code{0})
This is the maximum amount of memory which the zram device can use.
Setting it to '0' disables the limit. While it is generally expected
that compression will be 2:1, it is possible that uncompressable data
can be written to swap and this is a method to limit how much memory can
be used. It accepts a string and can be a number of bytes or use a
-suffix, eg.: @var{"2G"}.
-@item @code{priority} (default @var{-1})
+suffix, eg.: @code{"2G"}.
+@item @code{priority} (default @code{-1})
This is the priority of the swap device created from the zram device.
@code{swapon} accepts values between -1 and 32767, with higher values
indicating higher priority. Higher priority swap will generally be used
@@ -28615,7 +28615,7 @@ The @code{(gnu services science)} module provides the following service.
@defvr {Scheme Variable} rshiny-service-type
This is a type of service which is used to run a webapp created with
-@code{r-shiny}. This service sets the @code{R_LIBS_USER} environment
+@code{r-shiny}. This service sets the @env{R_LIBS_USER} environment
variable and runs the provided script to call @code{runApp}.
@deftp {Data Type} rshiny-configuration
--
2.28.0
