@include version.texi
-@c Identifier of the OpenPGP key used to sign tarballs and such.
-@set OPENPGP-SIGNING-KEY-ID 3CE464558A84FDC69DB40CFB090B11993D9AEBB5
-@set OPENPGP-SIGNING-KEY-URL https://sv.gnu.org/people/viewgpg.php?user_id=15145
+@c Identifier of the OpenPGP keys used to sign tarballs and such.
+@set OPENPGP-SIGNING-KEY-ID-1 3CE464558A84FDC69DB40CFB090B11993D9AEBB5 @c ludo
+@set OPENPGP-SIGNING-KEY-URL-1 https://sv.gnu.org/people/viewgpg.php?user_id=15145
+@set OPENPGP-SIGNING-KEY-ID-2 27D586A4F8900854329FF09F1260E46482E63562 @c maxim
+@set OPENPGP-SIGNING-KEY-URL-2 https://sv.gnu.org/people/viewgpg.php?user_id=127547
@c Base URL for downloads.
@set BASE-URL https://ftp.gnu.org/gnu/guix
Copyright @copyright{} 2016 John Darrington@*
Copyright @copyright{} 2016, 2017 Nikita Gillmann@*
Copyright @copyright{} 2016, 2017, 2018, 2019, 2020 Jan Nieuwenhuizen@*
-Copyright @copyright{} 2016, 2017, 2018, 2019, 2020 Julien Lepiller@*
+Copyright @copyright{} 2016, 2017, 2018, 2019, 2020, 2021 Julien Lepiller@*
Copyright @copyright{} 2016 Alex ter Weele@*
Copyright @copyright{} 2016, 2017, 2018, 2019, 2020, 2021 Christopher Baines@*
Copyright @copyright{} 2017, 2018, 2019 Clément Lassieur@*
Copyright @copyright{} 2019 Jakob L. Kreuze@*
Copyright @copyright{} 2019 Kyle Andrews@*
Copyright @copyright{} 2019 Alex Griffin@*
-Copyright @copyright{} 2019, 2020 Guillaume Le Vaillant@*
+Copyright @copyright{} 2019, 2020, 2021 Guillaume Le Vaillant@*
Copyright @copyright{} 2020 Leo Prikler@*
Copyright @copyright{} 2019, 2020 Simon Tournier@*
Copyright @copyright{} 2020 Wiktor Żelazny@*
Copyright @copyright{} 2020 John Soo@*
Copyright @copyright{} 2020 Jonathan Brielmaier@*
Copyright @copyright{} 2020 Edgar Vincent@*
+Copyright @copyright{} 2021 Maxime Devos@*
+Copyright @copyright{} 2021 B. Wilson@*
Permission is granted to copy, distribute and/or modify this document
under the terms of the GNU Free Documentation License, Version 1.3 or
Russian (@pxref{Top,,, guix.ru, Руководство GNU Guix}). If you
would like to translate it in your native language, consider joining
@uref{https://translate.fedoraproject.org/projects/guix/documentation-manual,
-Weblate}.
+Weblate} (@pxref{Translating Guix}).
@menu
* Introduction:: What is Guix about?
$ gpg --verify guix-binary-@value{VERSION}.x86_64-linux.tar.xz.sig
@end example
-If that command fails because you do not have the required public key,
-then run this command to import it:
+If that command fails because you do not have the required public keys,
+then run these commands to import them:
@example
-$ wget '@value{OPENPGP-SIGNING-KEY-URL}' \
+$ wget '@value{OPENPGP-SIGNING-KEY-URL-1}' \
+ -qO - | gpg --import -
+$ wget '@value{OPENPGP-SIGNING-KEY-URL-2}' \
-qO - | gpg --import -
@end example
@item @uref{https://notabug.org/guile-lzlib/guile-lzlib, Guile-lzlib};
@item @uref{https://www.nongnu.org/guile-avahi/, Guile-Avahi};
@item
-@c FIXME: Specify a version number once a release has been made.
+@c FIXME: We need the #:fetch-options parameter of 'submodule-update',
+@c which appeared in 0.5.0. Change below after string freeze.
@uref{https://gitlab.com/guile-git/guile-git, Guile-Git}, version 0.3.0
or later;
@item @uref{https://savannah.nongnu.org/projects/guile-json/, Guile-JSON}
@code{guix_daemon_socket_t} isn’t actually used. None of the socket
operations involve contexts that have anything to do with
@code{guix_daemon_socket_t}. It doesn’t hurt to have this unused label,
-but it would be preferrable to define socket rules for only this label.
+but it would be preferable to define socket rules for only this label.
@item
@code{guix gc} cannot access arbitrary links to profiles. By design,
$ gpg --verify guix-system-install-@value{VERSION}.x86_64-linux.iso.xz.sig
@end example
-If that command fails because you do not have the required public key,
-then run this command to import it:
+If that command fails because you do not have the required public keys,
+then run these commands to import them:
@example
-$ wget @value{OPENPGP-SIGNING-KEY-URL} \
+$ wget @value{OPENPGP-SIGNING-KEY-URL-1} \
+ -qO - | gpg --import -
+$ wget @value{OPENPGP-SIGNING-KEY-URL-2} \
-qO - | gpg --import -
@end example
In a nutshell, packages using it are configured, built, and installed with
the usual @code{./configure && make && make check && make install}
command sequence. In practice, a few additional steps are often needed.
-All these steps are split up in separate @dfn{phases},
-notably@footnote{Please see the @code{(guix build gnu-build-system)}
-modules for more details about the build phases.}:
-
-@table @code
-@item unpack
-Unpack the source tarball, and change the current directory to the
-extracted source tree. If the source is actually a directory, copy it
-to the build tree, and enter that directory.
-
-@item patch-source-shebangs
-Patch shebangs encountered in source files so they refer to the right
-store file names. For instance, this changes @code{#!/bin/sh} to
-@code{#!/gnu/store/@dots{}-bash-4.3/bin/sh}.
-
-@item configure
-Run the @file{configure} script with a number of default options, such
-as @option{--prefix=/gnu/store/@dots{}}, as well as the options specified
-by the @code{#:configure-flags} argument.
-
-@item build
-Run @code{make} with the list of flags specified with
-@code{#:make-flags}. If the @code{#:parallel-build?} argument is true
-(the default), build with @code{make -j}.
-
-@item check
-Run @code{make check}, or some other target specified with
-@code{#:test-target}, unless @code{#:tests? #f} is passed. If the
-@code{#:parallel-tests?} argument is true (the default), run @code{make
-check -j}.
-
-@item install
-Run @code{make install} with the flags listed in @code{#:make-flags}.
-
-@item patch-shebangs
-Patch shebangs on the installed executable files.
-
-@item strip
-Strip debugging symbols from ELF files (unless @code{#:strip-binaries?}
-is false), copying them to the @code{debug} output when available
-(@pxref{Installing Debugging Files}).
-@end table
-
-@vindex %standard-phases
-The build-side module @code{(guix build gnu-build-system)} defines
-@code{%standard-phases} as the default list of build phases.
-@code{%standard-phases} is a list of symbol/procedure pairs, where the
-procedure implements the actual phase.
-
+All these steps are split up in separate @dfn{phases}.
@xref{Build Phases}, for more info on build phases and ways to customize
them.
build-system gnu)} module for a complete list). We call these the
@dfn{implicit inputs} of a package, because package definitions do not
have to mention them.
+
+This build system supports a number of keyword arguments, which can be
+passed @i{via} the @code{arguments} field of a package. Here are some
+of the main parameters:
+
+@table @code
+@item #:phases
+This argument specifies build-side code that evaluates to an alist of
+build phases. @xref{Build Phases}, for more information.
+
+@item #:configure-flags
+This is a list of flags (strings) passed to the @command{configure}
+script. @xref{Defining Packages}, for an example.
+
+@item #:make-flags
+This list of strings contains flags passed as arguments to
+@command{make} invocations in the @code{build}, @code{check}, and
+@code{install} phases.
+
+@item #:out-of-source?
+This Boolean, @code{#f} by default, indicates whether to run builds in a
+build directory separate from the source tree.
+
+When it is true, the @code{configure} phase creates a separate build
+directory, changes to that directory, and runs the @code{configure}
+script from there. This is useful for packages that require it, such as
+@code{glibc}.
+
+@item #:tests?
+This Boolean, @code{#t} by default, indicates whether the @code{check}
+phase should run the package's test suite.
+
+@item #:test-target
+This string, @code{"check"} by default, gives the name of the makefile
+target used by the @code{check} phase.
+
+@item #:parallel-build?
+@itemx #:parallel-tests?
+These Boolean values specify whether to build, respectively run the test
+suite, in parallel, with the @code{-j} flag of @command{make}. When
+they are true, @code{make} is passed @code{-j@var{n}}, where @var{n} is
+the number specified as the @option{--cores} option of
+@command{guix-daemon} or that of the @command{guix} client command
+(@pxref{Common Build Options, @option{--cores}}).
+
+@cindex RUNPATH, validation
+@item #:validate-runpath?
+This Boolean, @code{#t} by default, determines whether to ``validate''
+the @code{RUNPATH} of ELF binaries (@code{.so} shared libraries as well
+as executables) previously installed by the @code{install} phase.
+
+This validation step consists in making sure that all the shared
+libraries needed by an ELF binaries, which are listed as
+@code{DT_NEEDED} entries in its @code{PT_DYNAMIC} segment, appear in the
+@code{DT_RUNPATH} entry of that binary. In other words, it ensures that
+running or using those binaries will not result in a ``file not found''
+error at run time. @xref{Options, @option{-rpath},, ld, The GNU
+Linker}, for more information on @code{RUNPATH}.
+
+@item #:substitutable?
+This Boolean, @code{#t} by default, tells whether the package outputs
+should be substitutable---i.e., whether users should be able to obtain
+substitutes for them instead of building locally (@pxref{Substitutes}).
+
+@item #:allowed-references
+@itemx #:disallowed-references
+When true, these arguments must be a list of dependencies that must not
+appear among the references of the build results. If, upon build
+completion, some of these references are retained, the build process
+fails.
+
+This is useful to ensure that a package does not erroneously keep a
+reference to some of it build-time inputs, in cases where doing so
+would, for example, unnecessarily increase its size (@pxref{Invoking
+guix size}).
+@end table
+
+Most other build systems support these keyword arguments.
@end defvr
Other @code{<build-system>} objects are defined to support other
To add the binary path @code{_jll.jl} packages, you need to patch the
files under @file{src/wrappers/}, replacing the call to the macro
-@code{JLLWrappers.@@generate_wrapper_header}, adding as a secound
+@code{JLLWrappers.@@generate_wrapper_header}, adding as a second
argument containing the store path the binary.
As an example, in the MbedTLS Julia package, we add a build phase
(@pxref{Build Systems}).
As discussed in the previous section, those build systems provide a
-standard list of phases. For @code{gnu-build-system}, the standard
-phases include an @code{unpack} phase to unpack the source code tarball,
-a @command{configure} phase to run @code{./configure}, a @code{build}
-phase to run @command{make}, and (among others) an @code{install} phase
-to run @command{make install}; @pxref{Build Systems}, for a more
-detailed view of these phases. Likewise, @code{cmake-build-system}
-inherits these phases, but its @code{configure} phase runs
-@command{cmake} instead of @command{./configure}. Other build systems,
-such as @code{python-build-system}, have a wholly different list of
-standard phases. All this code runs on the @dfn{build side}: it is
+standard list of phases. For @code{gnu-build-system}, the main build
+phases are the following:
+
+@table @code
+@item unpack
+Unpack the source tarball, and change the current directory to the
+extracted source tree. If the source is actually a directory, copy it
+to the build tree, and enter that directory.
+
+@item patch-source-shebangs
+Patch shebangs encountered in source files so they refer to the right
+store file names. For instance, this changes @code{#!/bin/sh} to
+@code{#!/gnu/store/@dots{}-bash-4.3/bin/sh}.
+
+@item configure
+Run the @file{configure} script with a number of default options, such
+as @option{--prefix=/gnu/store/@dots{}}, as well as the options specified
+by the @code{#:configure-flags} argument.
+
+@item build
+Run @code{make} with the list of flags specified with
+@code{#:make-flags}. If the @code{#:parallel-build?} argument is true
+(the default), build with @code{make -j}.
+
+@item check
+Run @code{make check}, or some other target specified with
+@code{#:test-target}, unless @code{#:tests? #f} is passed. If the
+@code{#:parallel-tests?} argument is true (the default), run @code{make
+check -j}.
+
+@item install
+Run @code{make install} with the flags listed in @code{#:make-flags}.
+
+@item patch-shebangs
+Patch shebangs on the installed executable files.
+
+@item strip
+Strip debugging symbols from ELF files (unless @code{#:strip-binaries?}
+is false), copying them to the @code{debug} output when available
+(@pxref{Installing Debugging Files}).
+@end table
+
+Other build systems have similar phases, with some variations. For
+example, @code{cmake-build-system} has same-named phases but its
+@code{configure} phases runs @code{cmake} instead of @code{./configure}.
+Others, such as @code{python-build-system}, have a wholly different list
+of standard phases. All this code runs on the @dfn{build side}: it is
evaluated when you actually build the package, in a dedicated build
process spawned by the build daemon (@pxref{Invoking guix-daemon}).
convention, those procedures receive information about the build in the
form of @dfn{keyword parameters}, which they can use or ignore.
+@vindex %standard-phases
For example, here is how @code{(guix build gnu-build-system)} defines
@code{%standard-phases}, the variable holding its alist of build
phases@footnote{We present a simplified view of those build phases, but
guix import json hello.json
@end example
-@item nix
-Import metadata from a local copy of the source of the
-@uref{https://nixos.org/nixpkgs/, Nixpkgs distribution}@footnote{This
-relies on the @command{nix-instantiate} command of
-@uref{https://nixos.org/nix/, Nix}.}. Package definitions in Nixpkgs are
-typically written in a mixture of Nix-language and Bash code. This
-command only imports the high-level package structure that is written in
-the Nix language. It normally includes all the basic fields of a
-package definition.
-
-When importing a GNU package, the synopsis and descriptions are replaced
-by their canonical upstream variant.
-
-Usually, you will first need to do:
-
-@example
-export NIX_REMOTE=daemon
-@end example
-
-@noindent
-so that @command{nix-instantiate} does not try to open the Nix database.
-
-As an example, the command below imports the package definition of
-LibreOffice (more precisely, it imports the definition of the package
-bound to the @code{libreoffice} top-level attribute):
-
-@example
-guix import nix ~/path/to/nixpkgs libreoffice
-@end example
-
@item hackage
@cindex hackage
Import metadata from the Haskell community's central package archive
Import metadata for a Go module using
@uref{https://proxy.golang.org, proxy.golang.org}.
-This importer is highly experimental. See the source code for more info
-about the current state.
-
@example
guix import go gopkg.in/yaml.v2
@end example
+It is possible to use a package specification with a @code{@@VERSION}
+suffix to import a specific version.
+
Additional options include:
@table @code
Traverse the dependency graph of the given upstream package recursively
and generate package expressions for all those packages that are not yet
in Guix.
+@item --pin-versions
+When using this option, the importer preserves the exact versions of the
+Go modules dependencies instead of using their latest available
+versions. This can be useful when attempting to import packages that
+recursively depend on former versions of themselves to build. When
+using this mode, the symbol of the package is made by appending the
+version to its name, so that multiple versions of the same package can
+coexist.
@end table
@end table
@example
gpg --no-default-keyring --keyring mykeyring.kbx \
- --recv-keys @value{OPENPGP-SIGNING-KEY-ID}
+ --recv-keys @value{OPENPGP-SIGNING-KEY-ID-1}
@end example
@xref{GPG Configuration Options, @option{--keyring},, gnupg, Using the GNU
%desktop-services)
@end lisp
+Alternatively, the @code{modify-services} macro can be used:
+
+@lisp
+(modify-services %desktop-services
+ (delete avahi-service-type))
+@end lisp
+
+
@unnumberedsubsec Instantiating the System
Assuming the @code{operating-system} declaration
arptables and ebtables framework. It provides a new packet filtering
framework, a new user-space utility @command{nft}, and a compatibility layer
for iptables. This service comes with a default ruleset
-@code{%default-nftables-ruleset} that rejecting all incomming connections
+@code{%default-nftables-ruleset} that rejecting all incoming connections
except those to the ssh port 22. To use it, simply write:
@lisp
List of command-line arguments passing to @code{syncthing} binary.
@item @code{logflags} (default: @var{0})
-Sum of loging flags, see
+Sum of logging flags, see
@uref{https://docs.syncthing.net/users/syncthing.html#cmdoption-logflags, Syncthing documentation logflags}.
@item @code{user} (default: @var{#f})
@end table
@end deftp
+@cindex IPFS
+@defvr {Scheme Variable} ipfs-service-type
+The service type for connecting to the @uref{https://ipfs.io,IPFS network},
+a global, versioned, peer-to-peer file system. Pass it a
+@code{ipfs-configuration} to change the ports used for the gateway and API.
+
+Here's an example configuration, using some non-standard ports:
+
+@lisp
+(service ipfs-service-type
+ (ipfs-configuration
+ (gateway "/ip4/127.0.0.1/tcp/8880")
+ (api "/ip4/127.0.0.1/tcp/8881")))
+@end lisp
+@end defvr
+
+@deftp {Data Type} ipfs-configuration
+Data type representing the configuration of IPFS.
+
+@table @asis
+@item @code{package} (default: @code{go-ipfs})
+Package object of IPFS.
+
+@item @code{gateway} (default: @code{"/ip4/127.0.0.1/tcp/8082"})
+Address of the gateway, in ‘multiaddress’ format.
+
+@item @code{api} (default: @code{"/ip4/127.0.0.1/tcp/5001"})
+Address of the API endpoint, in ‘multiaddress’ format.
+@end table
+@end deftp
+
@cindex keepalived
@deffn {Scheme Variable} keepalived-service-type
This is the type for the @uref{https://www.keepalived.org/, Keepalived}
(service slim-service-type (slim-configuration
(display ":1")
(vt "vt8")))
- (remove (lambda (service)
- (eq? (service-kind service) gdm-service-type))
- %desktop-services))))
+ (modify-services %desktop-services
+ (delete gdm-service-type)))))
@end lisp
@end defvr
@item @code{ident-file} (default: @code{%default-postgres-ident})
Filename or G-expression for the user name mapping configuration.
-@item @code{socket-directory} (default: @code{"/var/run/postgresql"})
+@item @code{socket-directory} (default: @code{#false})
Specifies the directory of the Unix-domain socket(s) on which PostgreSQL
-is to listen for connections from client applications. If set to
-@code{#false} PostgreSQL does not listen on any Unix-domain sockets, in
+is to listen for connections from client applications. If set to
+@code{""} PostgreSQL does not listen on any Unix-domain sockets, in
which case only TCP/IP sockets can be used to connect to the server.
+By default, the @code{#false} value means the PostgreSQL default value
+will be used, which is currently @samp{/tmp}.
+
@item @code{extra-config} (default: @code{'()})
List of additional keys and values to include in the PostgreSQL config
file. Each entry in the list should be a list where the first element
@item @code{extra-content} (default: @code{""})
Additional settings for the @file{my.cnf} configuration file.
+@item @code{extra-environment} (default: @code{#~'()})
+List of environment variables passed to the @command{mysqld} process.
+
@item @code{auto-upgrade?} (default: @code{#t})
Whether to automatically run @command{mysql_upgrade} after starting the
service. This is necessary to upgrade the @dfn{system schema} after
and check again that it still exists.
@item @code{nx} (default: @code{3600})
-Default TTL of inexistant records. This delay is usually short because you want
+Default TTL of inexistent records. This delay is usually short because you want
your new domains to reach everyone quickly.
@end table
A list of IP addresses from which incoming traffic for this peer is
allowed and to which incoming traffic for this peer is directed.
+@item @code{keep-alive} (default: @code{#f})
+An optional time interval in seconds. A packet will be sent to the
+server endpoint once per time interval. This helps receiving
+incoming connections from this peer when you are behind a NAT or
+a firewall.
+
@end table
@end deftp
@lisp
'("--device" "rtl8139,netdev=net0"
- "--netdev" "user,id=net0\
- ,hostfwd=tcp:127.0.0.1:@var{secrets-port}-:1004\
- ,hostfwd=tcp:127.0.0.1:@var{ssh-port}-:2222\
- ,hostfwd=tcp:127.0.0.1:@var{vnc-port}-:5900")
+ "--netdev" (string-append
+ "user,id=net0,"
+ "hostfwd=tcp:127.0.0.1:@var{secrets-port}-:1004,"
+ "hostfwd=tcp:127.0.0.1:@var{ssh-port}-:2222,"
+ "hostfwd=tcp:127.0.0.1:@var{vnc-port}-:5900"))
@end lisp
with forwarded ports:
@item @code{max-parallel-builds} (default: @code{1})
The number of builds to perform in parallel.
+@item @code{max-1min-load-average} (default: @code{#f})
+Load average value to look at when considering starting new builds, if
+the 1 minute load average exceeds this value, the agent will wait before
+starting new builds.
+
+This will be unspecified if the value is @code{#f}, and the agent will
+use the number of cores reported by the system as the max 1 minute load
+average.
+
@item @code{derivation-substitute-urls} (default: @code{#f})
URLs from which to attempt to fetch substitutes for derivations, if the
derivations aren't already available.
@deftp {Data Type} guix-build-coordinator-agent-dynamic-auth
Data type representing an agent authenticating with a coordinator via a
-dyanmic auth token and agent name.
+dynamic auth token and agent name.
@table @asis
@item @code{agent-name}
@deftp {Data Type} guix-build-coordinator-agent-dynamic-auth-with-file
Data type representing an agent authenticating with a coordinator via a
-dyanmic auth token read from a file and agent name.
+dynamic auth token read from a file and agent name.
@table @asis
@item @code{agent-name}
@item @code{user} (default: @code{"guix-build-coordinator-queue-builds"})
The system user to run the service as.
-@item @code{coordinator} (default: @code{"http://localhost:8745"})
+@item @code{coordinator} (default: @code{"http://localhost:8746"})
The URI to use when connecting to the coordinator.
@item @code{systems} (default: @code{#f})
@end lisp
@end deffn
+@cindex rasdaemon
+@cindex Platform Reliability, Availability and Serviceability daemon
+@subsubheading Rasdaemon Service
+
+The Rasdaemon service provides a daemon which monitors the platform Reliablity,
+Availability and Serviceability (RAS) reports from the Linux kernel trace
+events, logging them to syslogd.
+
+Reliability, Availability and Serviceability is a concept used on servers meant
+to measure their robustness.
+
+@strong{Relability} is the probability that a system will produce correct
+outputs:
+
+@itemize @bullet
+@item Generally measured as Mean Time Between Failures (MTBF), and
+@item Enhanced by features that help to avoid, detect and repair hardware
+faults
+@end itemize
+
+@strong{Availability} is the probability that a system is operational at a
+given time:
+
+@itemize @bullet
+@item Generally measured as a percentage of downtime per a period of time, and
+@item Often uses mechanisms to detect and correct hardware faults in runtime.
+@end itemize
+
+@strong{Serviceability} is the simplicity and speed with which a system can be
+repaired or maintained:
+
+@itemize @bullet
+@item Generally measured on Mean Time Between Repair (MTBR).
+@end itemize
+
+
+Among the monitoring measures, the most usual ones include:
+
+@itemize @bullet
+@item CPU – detect errors at instruction execution and at L1/L2/L3 caches;
+@item Memory – add error correction logic (ECC) to detect and correct errors;
+@item I/O – add CRC checksums for transferred data;
+@item Storage – RAID, journal file systems, checksums, Self-Monitoring,
+Analysis and Reporting Technology (SMART).
+@end itemize
+
+By monitoring the number of occurrences of error detections, it is possible to
+identify if the probability of hardware errors is increasing, and, on such
+case, do a preventive maintenance to replace a degraded component while those
+errors are correctable.
+
+For detailed information about the types of error events gathered and how to
+make sense of them, see the kernel administrator's guide at
+@url{https://www.kernel.org/doc/html/latest/admin-guide/ras.html}.
+
+@defvr {Scheme Variable} rasdaemon-service-type
+Service type for the @command{rasdaemon} service. It accepts a
+@code{rasdaemon-configuration} object. Instantiating like
+
+@lisp
+(service rasdaemon-service-type)
+@end lisp
+
+will load with a default configuration, which monitors all events and logs to
+syslogd.
+@end defvr
+
+@deftp {Data Type} rasdaemon-configuration
+The data type representing the configuration of @command{rasdaemon}.
+
+@table @asis
+@item @code{record?} (default: @code{#f})
+
+A boolean indicating whether to record the events in an SQLite database. This
+provides a more structured access to the information contained in the log file.
+The database location is hard-coded to @file{/var/lib/rasdaemon/ras-mc_event.db}.
+
+@end table
+@end deftp
+
@cindex zram
@cindex compressed swap
@cindex Compressed RAM-based block devices
To connect to the VM you can run
@example
-ssh -o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no -p 10022
+ssh -o UserKnownHostsFile=/dev/null -o StrictHostKeyChecking=no -p 10022 localhost
@end example
The @command{-p} tells @command{ssh} the port you want to connect to.
@cindex man pages
@cindex manual pages
In most cases packages installed with Guix come with documentation.
-There are two main documentation formats: ``Info'', a browseable
+There are two main documentation formats: ``Info'', a browsable
hypertext format used for GNU software, and ``manual pages'' (or ``man
pages''), the linear documentation format traditionally found on Unix.
Info manuals are accessed with the @command{info} command or with Emacs,
The only significant binary bootstrap seeds that remain@footnote{
Ignoring the 68KB @code{mescc-tools}; that will be removed later,
-together with @code{mes}.} are a Scheme intepreter and a Scheme
+together with @code{mes}.} are a Scheme interpreter and a Scheme
compiler: GNU Mes and GNU Guile@footnote{Not shown in this graph are the
static binaries for @file{bash}, @code{tar}, and @code{xz} that are used
to get Guile running.}.
HCoop / jackhill / guix / guix.git / blobdiff