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Remove Emacs interface. 

* emacs/guix-about.el: Remove file.
* emacs/guix-backend.el: Likewise.
* emacs/guix-base.el: Likewise.
* emacs/guix-buffer.el: Likewise.
* emacs/guix-build-log.el: Likewise.
* emacs/guix-command.el: Likewise.
* emacs/guix-config.el.in: Likewise.
* emacs/guix-devel.el: Likewise.
* emacs/guix-entry.el: Likewise.
* emacs/guix-external.el: Likewise.
* emacs/guix-geiser.el: Likewise.
* emacs/guix-guile.el: Likewise.
* emacs/guix-help-vars.el: Likewise.
* emacs/guix-helper.scm.in: Likewise.
* emacs/guix-history.el: Likewise.
* emacs/guix-hydra-build.el: Likewise.
* emacs/guix-hydra-jobset.el: Likewise.
* emacs/guix-hydra.el: Likewise.
* emacs/guix-info.el: Likewise.
* emacs/guix-init.el: Likewise.
* emacs/guix-license.el: Likewise.
* emacs/guix-list.el: Likewise.
* emacs/guix-location.el: Likewise.
* emacs/guix-main.scm: Likewise.
* emacs/guix-messages.el: Likewise.
* emacs/guix-pcomplete.el: Likewise.
* emacs/guix-popup.el: Likewise.
* emacs/guix-prettify.el: Likewise.
* emacs/guix-profiles.el: Likewise.
* emacs/guix-read.el: Likewise.
* emacs/guix-ui-generation.el: Likewise.
* emacs/guix-ui-license.el: Likewise.
* emacs/guix-ui-location.el: Likewise.
* emacs/guix-ui-package.el: Likewise.
* emacs/guix-ui-system-generation.el: Likewise.
* emacs/guix-ui.el: Likewise.
* emacs/guix-utils.el: Likewise.
* emacs/local.mk: Likewise.
* doc/emacs.texi: Likewise.
* doc/guix.texi: Remove cross-references to Emacs nodes.
(Package Management): Mention 'emacs-guix' package.
* doc/contributing.texi (The Perfect Setup): Remove the reference.
* doc/htmlxref.cnf: Add 'emacs-guix' URL.
* Makefile.am: Remove Emacs stuff.
* configure.ac: Likewise.
* gnu/packages/package-management.scm (guix-0.12.0)[native-inputs]:
Remove "emacs".
[propagated-inputs]: Remove "geiser" and "emacs-magit-popup".

Co-authored-by: Ludovic Courtès <ludo@gnu.org>
This commit is contained in:
Alex Kost 2016-12-22 12:47:28 +03:00
parent 94a6f20baf
commit deb6276dda
No known key found for this signature in database
GPG Key ID: 82460C082A0EE98F
45 changed files with 14 additions and 12012 deletions
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8
Makefile.am
View File

@ -465,10 +465,6 @@ AM_DISTCHECK_CONFIGURE_FLAGS = \
--with-nix-prefix="$(NIX_PREFIX)" \
--enable-daemon
dist_emacsui_DATA = emacs/guix-main.scm
nodist_emacsui_DATA = emacs/guix-helper.scm
include emacs/local.mk
# The self-contained tarball.
guix-binary.%.tar.xz:
$(AM_V_GEN)GUIX_PACKAGE_PATH= \
@ -548,10 +544,6 @@ AM_V_DOT = $(AM_V_DOT_$(V))
AM_V_DOT_ = $(AM_V_DOT_$(AM_DEFAULT_VERBOSITY))
AM_V_DOT_0 = @echo " DOT " $@;
AM_V_EMACS = $(AM_V_EMACS_$(V))
AM_V_EMACS_ = $(AM_V_EMACS_$(AM_DEFAULT_VERBOSITY))
AM_V_EMACS_0 = @echo " EMACS " $@;
AM_V_HELP2MAN = $(AM_V_HELP2MAN_$(V))
AM_V_HELP2MAN_ = $(AM_V_HELP2MAN_$(AM_DEFAULT_VERBOSITY))
AM_V_HELP2MAN_0 = @echo " HELP2MAN" $@;

10
configure.ac
View File

@ -237,14 +237,4 @@ AC_CONFIG_FILES([test-env:build-aux/test-env.in], [chmod +x test-env])
AC_CONFIG_FILES([pre-inst-env:build-aux/pre-inst-env.in],
[chmod +x pre-inst-env])
dnl Emacs interface.
AC_PATH_PROG([DOT_USER_PROGRAM], [dot], [dot])
AM_PATH_LISPDIR
AM_CONDITIONAL([HAVE_EMACS], [test "x$EMACS" != "xno"])
emacsuidir="${guilemoduledir}/guix/emacs"
AC_SUBST([emacsuidir])
AC_CONFIG_FILES([emacs/guix-config.el
emacs/guix-helper.scm])
AC_OUTPUT

3
doc/contributing.texi
View File

@ -187,9 +187,6 @@ facilities to directly operate on the syntax tree, such as raising an
s-expression or wrapping it, swallowing or rejecting the following
s-expression, etc.
GNU Guix also comes with a minor mode that provides some additional
functionality for Scheme buffers (@pxref{Emacs Development}).
@node Coding Style
@section Coding Style

881
doc/emacs.texi
View File

@ -1,881 +0,0 @@
@node Emacs Interface
@chapter Emacs Interface
@cindex Emacs
GNU Guix comes with several useful modules (known as ``guix.el'') for
GNU@tie{}Emacs which are intended to make an Emacs user interaction with
Guix convenient and fun.
@menu
* Initial Setup: Emacs Initial Setup. Preparing @file{~/.emacs}.
* Package Management: Emacs Package Management. Managing packages and generations.
* Licenses: Emacs Licenses. Interface for licenses of Guix packages.
* Package Source Locations: Emacs Package Locations. Interface for package location files.
* Popup Interface: Emacs Popup Interface. Magit-like interface for guix commands.
* Prettify Mode: Emacs Prettify. Abbreviating @file{/gnu/store/@dots{}} file names.
* Build Log Mode: Emacs Build Log. Highlighting Guix build logs.
* Completions: Emacs Completions. Completing @command{guix} shell command.
* Development: Emacs Development. Tools for Guix developers.
* Hydra: Emacs Hydra. Interface for Guix build farm.
@end menu
@node Emacs Initial Setup
@section Initial Setup
On the Guix System Distribution (@pxref{GNU Distribution}), ``guix.el''
is ready to use, provided Guix is installed system-wide, which is the
case by default. So if that is what you're using, you can happily skip
this section and read about the fun stuff.
If you're not yet a happy user of GuixSD, a little bit of setup is needed.
To be able to use ``guix.el'', you need to install the following
packages:
@itemize
@item
@uref{http://www.gnu.org/software/emacs/, GNU Emacs}, version 24.3 or
later;
@item
@uref{http://nongnu.org/geiser/, Geiser}, version 0.3 or later: it is
used for interacting with the Guile process.
@item
@uref{https://github.com/magit/magit/, magit-popup library}. You
already have this library if you use Magit 2.1.0 or later. This library
is an optional dependency---it is required only for @kbd{M-x@tie{}guix}
command (@pxref{Emacs Popup Interface}).
@end itemize
When it is done, ``guix.el'' may be configured by requiring
@code{guix-autoloads} file. If you install Guix in your user profile,
this auto-loading is done automatically by our Emacs package
(@pxref{Application Setup}), so a universal recipe for configuring
``guix.el'' is: @command{guix package -i guix}. If you do this, there
is no need to read further.
For the manual installation, you need to add the following code into
your init file (@pxref{Init File,,, emacs, The GNU Emacs Manual}):
@example
(add-to-list 'load-path "/path/to/directory-with-guix.el")
(require 'guix-autoloads nil t)
@end example
So the only thing you need to figure out is where the directory with
elisp files for Guix is placed. It depends on how you installed Guix:
@itemize
@item
If it was installed by a package manager of your distribution or by a
usual @code{./configure && make && make install} command sequence, then
elisp files are placed in a standard directory with Emacs packages
(usually it is @file{/usr/share/emacs/site-lisp/}), which is already in
@code{load-path}, so there is no need to add that directory there. Note
that if you don't update this installation periodically, you may get an
outdated Emacs code which does not work with the current Guile code of
Guix.
@item
If you used a binary installation method (@pxref{Binary Installation}),
then Guix is installed somewhere in the store, so the elisp files are
placed in @file{/gnu/store/@dots{}-guix-0.8.2/share/emacs/site-lisp/} or
alike. However it is not recommended to refer directly to a store
directory, as it may be garbage-collected one day. So a better choice
would be to install Guix using Guix itself with @command{guix package -i
guix}.
@item
If you did not install Guix at all and prefer a hacking way
(@pxref{Running Guix Before It Is Installed}), along with augmenting
@code{load-path} you need to set @code{guix-load-path} variable to the
same directory, so your final configuration will look like this:
@example
(let ((dir "/path/to/your-guix-git-tree/emacs"))
(add-to-list 'load-path dir)
(setq guix-load-path dir))
(require 'guix-autoloads nil t)
@end example
@end itemize
@node Emacs Package Management
@section Package Management
Once ``guix.el'' has been successfully configured, you should be able to
use a visual interface for routine package management tasks, pretty much
like the @command{guix package} command (@pxref{Invoking guix package}).
Specifically, it makes it easy to:
@itemize
@item browse and display packages and generations;
@item search, install, upgrade and remove packages;
@item display packages from previous generations;
@item do some other useful things.
@end itemize
@menu
* Commands: Emacs Commands. @kbd{M-x guix-@dots{}}
* General information: Emacs General info. Common for both interfaces.
* ``List'' buffer: Emacs List buffer. List-like interface.
* ``Info'' buffer: Emacs Info buffer. Help-like interface.
* Configuration: Emacs Configuration. Configuring the interface.
@end menu
@node Emacs Commands
@subsection Commands
All commands for displaying packages and generations use the current
profile, which can be changed with
@kbd{M-x@tie{}guix-set-current-profile}. Alternatively, if you call any
of these commands with prefix argument (@kbd{C-u}), you will be prompted
for a profile just for that command.
Commands for displaying packages:
@table @kbd
@item M-x guix-all-available-packages
@itemx M-x guix-newest-available-packages
Display all/newest available packages.
@item M-x guix-installed-packages
@itemx M-x guix-installed-user-packages
@itemx M-x guix-installed-system-packages
Display installed packages. As described above, @kbd{M-x
guix-installed-packages} uses an arbitrary profile that you can specify,
while the other commands display packages installed in 2 special
profiles: @file{~/.guix-profile} and @file{/run/current-system/profile}
(only on GuixSD).
@item M-x guix-obsolete-packages
Display obsolete packages (the packages that are installed in a profile
but cannot be found among available packages).
@item M-x guix-packages-by-name
Display package(s) with the specified name.
@item M-x guix-packages-by-license
Display package(s) with the specified license.
@item M-x guix-packages-by-location
Display package(s) located in the specified file. These files usually
have the following form: @file{gnu/packages/emacs.scm}, but don't type
them manually! Press @key{TAB} to complete the file name.
@item M-x guix-package-from-file
Display package that the code within the specified file evaluates to.
@xref{Invoking guix package, @code{--install-from-file}}, for an example
of what such a file may look like.
@item M-x guix-search-by-regexp
Search for packages by a specified regexp. By default ``name'',
``synopsis'' and ``description'' of the packages will be searched. This
can be changed by modifying @code{guix-package-search-params} variable.
@item M-x guix-search-by-name
Search for packages with names matching a specified regexp. This
command is the same as @code{guix-search-by-regexp}, except only a
package ``name'' is searched.
@end table
By default, these commands display each output on a separate line. If
you prefer to see a list of packages---i.e., a list with a package per
line, use the following setting:
@example
(setq guix-package-list-type 'package)
@end example
Commands for displaying generations:
@table @kbd
@item M-x guix-generations
List all the generations.
@item M-x guix-last-generations
List the @var{N} last generations. You will be prompted for the number
of generations.
@item M-x guix-generations-by-time
List generations matching time period. You will be prompted for the
period using Org mode time prompt based on Emacs calendar (@pxref{The
date/time prompt,,, org, The Org Manual}).
@end table
Analogously on GuixSD you can also display system generations:
@table @kbd
@item M-x guix-system-generations
@item M-x guix-last-system-generations
@item M-x guix-system-generations-by-time
@end table
You can also invoke the @command{guix pull} command (@pxref{Invoking
guix pull}) from Emacs using:
@table @kbd
@item M-x guix-pull
With @kbd{C-u}, make it verbose.
@end table
Once @command{guix pull} has succeeded, the Guix REPL is restarted. This
allows you to keep using the Emacs interface with the updated Guix.
@node Emacs General info
@subsection General information
The following keys are available for both ``list'' and ``info'' types of
buffers:
@table @kbd
@item l
@itemx r
Go backward/forward by the history of the displayed results (this
history is similar to the history of the Emacs @code{help-mode} or
@code{Info-mode}).
@item g
Revert current buffer: update information about the displayed
packages/generations and redisplay it.
@item R
Redisplay current buffer (without updating information).
@item M
Apply manifest to the current profile or to a specified profile, if
prefix argument is used. This has the same meaning as @code{--manifest}
option (@pxref{Invoking guix package}).
@item C-c C-z
@cindex REPL
@cindex read-eval-print loop
Go to the Guix REPL (@pxref{The REPL,,, geiser, Geiser User Manual}).
@item h
@itemx ?
Describe current mode to see all available bindings.
@end table
@emph{Hint:} If you need several ``list'' or ``info'' buffers, you can
simply @kbd{M-x clone-buffer} them, and each buffer will have its own
history.
@emph{Warning:} Name/version pairs cannot be used to identify packages
(because a name is not necessarily unique), so ``guix.el'' uses special
identifiers that live only during a guile session, so if the Guix REPL
was restarted, you may want to revert ``list'' buffer (by pressing
@kbd{g}).
@node Emacs List buffer
@subsection ``List'' buffer
An interface of a ``list'' buffer is similar to the interface provided
by ``package.el'' (@pxref{Package Menu,,, emacs, The GNU Emacs Manual}).
Default key bindings available for both ``package-list'' and
``generation-list'' buffers:
@table @kbd
@item m
Mark the current entry (with prefix, mark all entries).
@item u
Unmark the current entry (with prefix, unmark all entries).
@item @key{DEL}
Unmark backward.
@item S
Sort entries by a specified column.
@end table
A ``package-list'' buffer additionally provides the following bindings:
@table @kbd
@item @key{RET}
Describe marked packages (display available information in a
``package-info'' buffer).
@item i
Mark the current package for installation.
@item d
Mark the current package for deletion.
@item U
Mark the current package for upgrading.
@item ^
Mark all obsolete packages for upgrading.
@item e
Edit the definition of the current package (go to its location). This is
similar to @command{guix edit} command (@pxref{Invoking guix edit}), but
for opening a package recipe in the current Emacs instance.
@item x
Execute actions on the marked packages.
@item B
Display latest builds of the current package (@pxref{Emacs Hydra}).
@end table
A ``generation-list'' buffer additionally provides the following
bindings:
@table @kbd
@item @key{RET}
List packages installed in the current generation.
@item i
Describe marked generations (display available information in a
``generation-info'' buffer).
@item s
Switch profile to the current generation.
@item d
Mark the current generation for deletion (with prefix, mark all
generations).
@item x
Execute actions on the marked generations---i.e., delete generations.
@item e
Run Ediff (@pxref{Top,,, ediff, The Ediff Manual}) on package outputs
installed in the 2 marked generations. With prefix argument, run Ediff
on manifests of the marked generations.
@item D
@itemx =
Run Diff (@pxref{Diff Mode,,, emacs, The GNU Emacs Manual}) on package
outputs installed in the 2 marked generations. With prefix argument,
run Diff on manifests of the marked generations.
@item +
List package outputs added to the latest marked generation comparing
with another marked generation.
@item -
List package outputs removed from the latest marked generation comparing
with another marked generation.
@end table
@node Emacs Info buffer
@subsection ``Info'' buffer
The interface of an ``info'' buffer is similar to the interface of
@code{help-mode} (@pxref{Help Mode,,, emacs, The GNU Emacs Manual}).
``Info'' buffer contains some buttons (as usual you may use @key{TAB} /
@kbd{S-@key{TAB}} to move between buttons---@pxref{Mouse References,,,
emacs, The GNU Emacs Manual}) which can be used to:
@itemize @bullet
@item (in a ``package-info'' buffer)
@itemize @minus
@item install/remove a package;
@item jump to a package location;
@item browse home page of a package;
@item browse license URL;
@item describe packages from ``Inputs'' fields.
@end itemize
@item (in a ``generation-info'' buffer)
@itemize @minus
@item remove a generation;
@item switch to a generation;
@item list packages installed in a generation;
@item jump to a generation directory.
@end itemize
@end itemize
It is also possible to copy a button label (a link to an URL or a file)
by pressing @kbd{c} on a button.
@node Emacs Configuration
@subsection Configuration
There are many variables you can modify to change the appearance or
behavior of Emacs user interface. Some of these variables are described
in this section. Also you can use Custom Interface (@pxref{Easy
Customization,,, emacs, The GNU Emacs Manual}) to explore/set variables
(not all) and faces.
@menu
* Guile and Build Options: Emacs Build Options. Specifying how packages are built.
* Buffer Names: Emacs Buffer Names. Names of Guix buffers.
* Keymaps: Emacs Keymaps. Configuring key bindings.
* Appearance: Emacs Appearance. Settings for visual appearance.
@end menu
@node Emacs Build Options
@subsubsection Guile and Build Options
@table @code
@item guix-guile-program
If you have some special needs for starting a Guile process, you may set
this variable, for example:
@example
(setq guix-guile-program '("/bin/guile" "--no-auto-compile"))
@end example
@item guix-use-substitutes
If nil, has the same meaning as @code{--no-substitutes} option
(@pxref{Invoking guix build}).
@item guix-dry-run
If non-nil, has the same meaning as @code{--dry-run} option
(@pxref{Invoking guix build}).
@end table
@node Emacs Buffer Names
@subsubsection Buffer Names
Default names of ``guix.el'' buffers (``*Guix@tie{}@dots{}*'') may be
changed with the following variables:
@table @code
@item guix-package-list-buffer-name
@item guix-output-list-buffer-name
@item guix-generation-list-buffer-name
@item guix-package-info-buffer-name
@item guix-output-info-buffer-name
@item guix-generation-info-buffer-name
@item guix-repl-buffer-name
@item guix-internal-repl-buffer-name
@end table
By default, the name of a profile is also displayed in a ``list'' or
``info'' buffer name. To change this behavior, use
@code{guix-ui-buffer-name-function} variable.
For example, if you want to display all types of results in a single
buffer (in such case you will probably use a history (@kbd{l}/@kbd{r})
extensively), you may do it like this:
@example
(let ((name "Guix Universal"))
(setq
guix-package-list-buffer-name name
guix-output-list-buffer-name name
guix-generation-list-buffer-name name
guix-package-info-buffer-name name
guix-output-info-buffer-name name
guix-generation-info-buffer-name name))
@end example
@node Emacs Keymaps
@subsubsection Keymaps
If you want to change default key bindings, use the following keymaps
(@pxref{Init Rebinding,,, emacs, The GNU Emacs Manual}):
@table @code
@item guix-buffer-map
Parent keymap with general keys for any buffer type.
@item guix-ui-map
Parent keymap with general keys for buffers used for Guix package
management (for packages, outputs and generations).
@item guix-list-mode-map
Parent keymap with general keys for ``list'' buffers.
@item guix-package-list-mode-map
Keymap with specific keys for ``package-list'' buffers.
@item guix-output-list-mode-map
Keymap with specific keys for ``output-list'' buffers.
@item guix-generation-list-mode-map
Keymap with specific keys for ``generation-list'' buffers.
@item guix-info-mode-map
Parent keymap with general keys for ``info'' buffers.
@item guix-package-info-mode-map
Keymap with specific keys for ``package-info'' buffers.
@item guix-output-info-mode-map
Keymap with specific keys for ``output-info'' buffers.
@item guix-generation-info-mode-map
Keymap with specific keys for ``generation-info'' buffers.
@item guix-info-button-map
Keymap with keys available when a point is placed on a button.
@end table
@node Emacs Appearance
@subsubsection Appearance
You can change almost any aspect of ``list'' / ``info'' buffers using
the following variables (@dfn{ENTRY-TYPE} means @code{package},
@code{output} or @code{generation}):
@table @code
@item guix-ENTRY-TYPE-list-format
@itemx guix-ENTRY-TYPE-list-titles
Specify the columns, their names, what and how is displayed in ``list''
buffers.
@item guix-ENTRY-TYPE-info-format
@itemx guix-ENTRY-TYPE-info-titles
@itemx guix-info-ignore-empty-values
@itemx guix-info-param-title-format
@itemx guix-info-multiline-prefix
@itemx guix-info-indent
@itemx guix-info-fill
@itemx guix-info-delimiter
Various settings for ``info'' buffers.
@end table
@node Emacs Licenses
@section Licenses
If you want to browse the URL of a particular license, or to look at a
list of licenses, you may use the following commands:
@table @kbd
@item M-x guix-browse-license-url
Choose a license from a completion list to browse its URL using
@code{browse-url} function (@pxref{Browse-URL,,, emacs, The GNU Emacs
Manual}).
@item M-x guix-licenses
Display a list of available licenses. You can press @kbd{@key{RET}}
there to display packages with this license in the same way as @kbd{M-x
guix-packages-by-license} would do (@pxref{Emacs Commands}).
@item M-x guix-find-license-definition
Open @file{@dots{}/guix/licenses.scm} and move to the specified license.
@end table
@node Emacs Package Locations
@section Package Source Locations
As you know, package definitions are placed in Guile files, also known
as @dfn{package locations}. The following commands should help you not
get lost in these locations:
@table @kbd
@item M-x guix-locations
Display a list of package locations. You can press @key{RET} there to
display packages placed in the current location in the same way as
@kbd{M-x guix-packages-by-location} would do (@pxref{Emacs Commands}).
Note that when the point is on a location button, @key{RET} will open
this location file.
@item M-x guix-find-location
Open the given package definition source file (press @key{TAB} to choose
a location from a completion list).
@item M-x guix-edit
Find location of a specified package. This is an Emacs analog of
@command{guix edit} command (@pxref{Invoking guix edit}). As with
@kbd{M-x guix-packages-by-name}, you can press @key{TAB} to complete a
package name.
@end table
If you are contributing to Guix, you may find it useful for @kbd{M-x
guix-find-location} and @kbd{M-x guix-edit} to open locations from your
Git checkout. This can be done by setting @code{guix-directory}
variable. For example, after this:
@example
(setq guix-directory "~/src/guix")
@end example
@kbd{M-x guix-edit guix} opens
@file{~/src/guix/gnu/packages/package-management.scm} file.
Also you can use @kbd{C-u} prefix argument to specify a directory just
for the current @kbd{M-x guix-find-location} or @kbd{M-x guix-edit}
command.
@node Emacs Popup Interface
@section Popup Interface
If you ever used Magit, you know what ``popup interface'' is
(@pxref{Top,,, magit-popup, Magit-Popup User Manual}). Even if you are
not acquainted with Magit, there should be no worries as it is very
intuitive.
So @kbd{M-x@tie{}guix} command provides a top-level popup interface for
all available guix commands. When you select an option, you'll be
prompted for a value in the minibuffer. Many values have completions,
so don't hesitate to press @key{TAB} key. Multiple values (for example,
packages or lint checkers) should be separated by commas.
After specifying all options and switches for a command, you may choose
one of the available actions. The following default actions are
available for all commands:
@itemize
@item
Run the command in the Guix REPL. It is faster than running
@code{guix@tie{}@dots{}} command directly in shell, as there is no
need to run another guile process and to load required modules there.
@item
Run the command in a shell buffer. You can set
@code{guix-run-in-shell-function} variable to fine tune the shell buffer
you want to use.
@item
Add the command line to the kill ring (@pxref{Kill Ring,,, emacs, The
GNU Emacs Manual}).
@end itemize
Several commands (@command{guix graph}, @command{guix system shepherd-graph}
and @command{guix system extension-graph}) also have a ``View graph''
action, which allows you to view a generated graph using @command{dot}
command (specified by @code{guix-dot-program} variable). By default a
PNG file will be saved in @file{/tmp} directory and will be opened
directly in Emacs. This behavior may be changed with the following
variables:
@table @code
@item guix-find-file-function
Function used to open a generated graph. If you want to open a graph in
an external program, you can do it by modifying this variable---for
example, you can use a functionality provided by the Org Mode
(@pxref{Top,,, org, The Org Manual}):
@example
(setq guix-find-file-function 'org-open-file)
(add-to-list 'org-file-apps '("\\.png\\'" . "sxiv %s"))
@end example
@item guix-dot-default-arguments
Command line arguments to run @command{dot} command. If you change an
output format (for example, into @code{-Tpdf}), you also need to change
the next variable.
@item guix-dot-file-name-function
Function used to define a name of the generated graph file. Default
name is @file{/tmp/guix-emacs-graph-XXXXXX.png}.
@end table
So, for example, if you want to generate and open a PDF file in your
Emacs, you may change the settings like this:
@example
(defun my-guix-pdf-graph ()
"/tmp/my-current-guix-graph.pdf")
(setq guix-dot-default-arguments '("-Tpdf")
guix-dot-file-name-function 'my-guix-pdf-graph)
@end example
@node Emacs Prettify
@section Guix Prettify Mode
GNU@tie{}Guix also comes with ``guix-prettify.el''. It provides a minor
mode for abbreviating store file names by replacing hash sequences of
symbols with ``@dots{}'':
@example
/gnu/store/72f54nfp6g1hz873w8z3gfcah0h4nl9p-foo-0.1
@result{} /gnu/store/…-foo-0.1
@end example
Once you set up ``guix.el'' (@pxref{Emacs Initial Setup}), the following
commands become available:
@table @kbd
@item M-x guix-prettify-mode
Enable/disable prettifying for the current buffer.
@item M-x global-guix-prettify-mode
Enable/disable prettifying globally.
@end table
To automatically enable @code{guix-prettify-mode} globally on Emacs
start, add the following line to your init file:
@example
(global-guix-prettify-mode)
@end example
If you want to enable it only for specific major modes, add it to the
mode hooks (@pxref{Hooks,,, emacs, The GNU Emacs Manual}), for example:
@example
(add-hook 'shell-mode-hook 'guix-prettify-mode)
(add-hook 'dired-mode-hook 'guix-prettify-mode)
@end example
@node Emacs Build Log
@section Build Log Mode
GNU@tie{}Guix provides major and minor modes for highlighting build
logs. So when you have a file with a package build output---for
example, a file returned by @command{guix build --log-file @dots{}}
command (@pxref{Invoking guix build}), you may call @kbd{M-x
guix-build-log-mode} command in the buffer with this file. This major
mode highlights some lines specific to build output and provides the
following key bindings:
@table @kbd
@item M-n
Move to the next build phase.
@item M-p
Move to the previous build phase.
@item @key{TAB}
Toggle (show/hide) the body of the current build phase.
@item S-@key{TAB}
Toggle (show/hide) the bodies of all build phases.
@end table
There is also @kbd{M-x guix-build-log-minor-mode} which also provides
the same highlighting and the same key bindings as the major mode, but
prefixed with @kbd{C-c}. By default, this minor mode is enabled in
shell buffers (@pxref{Interactive Shell,,, emacs, The GNU Emacs
Manual}). If you don't like it, set
@code{guix-build-log-minor-mode-activate} to nil.
@node Emacs Completions
@section Shell Completions
Another feature that becomes available after configuring Emacs interface
(@pxref{Emacs Initial Setup}) is completing of @command{guix}
subcommands, options, packages and other things in @code{shell}
(@pxref{Interactive Shell,,, emacs, The GNU Emacs Manual}) and
@code{eshell} (@pxref{Top,,, eshell, Eshell: The Emacs Shell}).
It works the same way as other completions do. Just press @key{TAB}
when your intuition tells you.
And here are some examples, where pressing @key{TAB} may complete
something:
@itemize @w{}
@item @code{guix pa}@key{TAB}
@item @code{guix package -}@key{TAB}
@item @code{guix package --}@key{TAB}
@item @code{guix package -i gei}@key{TAB}
@item @code{guix build -L/tm}@key{TAB}
@item @code{guix build --sy}@key{TAB}
@item @code{guix build --system=i}@key{TAB}
@item @code{guix system rec}@key{TAB}
@item @code{guix lint --checkers=sy}@key{TAB}
@item @code{guix lint --checkers=synopsis,des}@key{TAB}
@end itemize
@node Emacs Development
@section Development
By default, when you open a Scheme file, @code{guix-devel-mode} will be
activated (if you don't want it, set @code{guix-devel-activate-mode} to
nil). This minor mode provides the following key bindings:
@table @kbd
@item C-c . k
Copy the name of the current Guile module into kill ring
(@code{guix-devel-copy-module-as-kill}).
@item C-c . u
Use the current Guile module. Often after opening a Scheme file, you
want to use a module it defines, so you switch to the Geiser REPL and
write @code{,use (some module)} there. You may just use this command
instead (@code{guix-devel-use-module}).
@item C-c . b
Build a package defined by the current variable definition. The
building process is run in the current Geiser REPL. If you modified the
current package definition, don't forget to reevaluate it before calling
this command---for example, with @kbd{C-M-x} (@pxref{To eval or not to
eval,,, geiser, Geiser User Manual})
(@code{guix-devel-build-package-definition}).
@item C-c . s
Build a source derivation of the package defined by the current variable
definition. This command has the same meaning as @code{guix build -S}
shell command (@pxref{Invoking guix build})
(@code{guix-devel-build-package-source}).
@item C-c . l
Lint (check) a package defined by the current variable definition
(@pxref{Invoking guix lint}) (@code{guix-devel-lint-package}).
@end table
Unluckily, there is a limitation related to long-running REPL commands.
When there is a running process in a Geiser REPL, you are not supposed
to evaluate anything in a scheme buffer, because this will ``freeze''
the REPL: it will stop producing any output (however, the evaluating
process will continue---you will just not see any progress anymore). Be
aware: even moving the point in a scheme buffer may ``break'' the REPL
if Autodoc (@pxref{Autodoc and friends,,, geiser, Geiser User Manual})
is enabled (which is the default).
So you have to postpone editing your scheme buffers until the running
evaluation will be finished in the REPL.
Alternatively, to avoid this limitation, you may just run another Geiser
REPL, and while something is being evaluated in the previous REPL, you
can continue editing a scheme file with the help of the current one.
@node Emacs Hydra
@section Hydra
The continuous integration server at @code{hydra.gnu.org} builds all
the distribution packages on the supported architectures and serves
them as substitutes (@pxref{Substitutes}). Continuous integration is
currently orchestrated by @uref{https://nixos.org/hydra/, Hydra}.
This section describes an Emacs interface to query Hydra to know the
build status of specific packages, discover recent and ongoing builds,
view build logs, and so on. This interface is mostly the same as the
``list''/``info'' interface for displaying packages and generations
(@pxref{Emacs Package Management}).
The following commands are available:
@table @kbd
@item M-x guix-hydra-latest-builds
Display latest failed or successful builds (you will be prompted for a
number of builds). With @kbd{C-u}, you will also be prompted for other
parameters (project, jobset, job and system).
@item M-x guix-hydra-queued-builds
Display scheduled or currently running builds (you will be prompted for
a number of builds).
@item M-x guix-hydra-jobsets
Display available jobsets (you will be prompted for a project).
@end table
In a list of builds you can press @kbd{L} key to display a build log of
the current build. Also both a list of builds and a list of jobsets
provide @kbd{B} key to display latest builds of the current job or
jobset (don't forget about @kbd{C-u}).

51
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@ -54,12 +54,6 @@ Documentation License''.
* guix environment: (guix)Invoking guix environment. Building development environments with Guix.
@end direntry
@dircategory Emacs
@direntry
* Guix user interface: (guix)Emacs Interface. Package management from the comfort of Emacs.
@end direntry
@titlepage
@title GNU Guix Reference Manual
@subtitle Using the GNU Guix Functional Package Manager
@ -86,7 +80,6 @@ package management tool written for the GNU system.
* Introduction:: What is Guix about?
* Installation:: Installing Guix.
* Package Management:: Package installation, upgrade, etc.
* Emacs Interface:: Using Guix from Emacs.
* Programming Interface:: Using Guix in Scheme.
* Utilities:: Package management commands.
* GNU Distribution:: Software for your friendly GNU system.
@ -124,19 +117,6 @@ Package Management
* Invoking guix pull:: Fetching the latest Guix and distribution.
* Invoking guix archive:: Exporting and importing store files.
Emacs Interface
* Initial Setup: Emacs Initial Setup. Preparing @file{~/.emacs}.
* Package Management: Emacs Package Management. Managing packages and generations.
* Licenses: Emacs Licenses. Interface for licenses of Guix packages.
* Package Source Locations: Emacs Package Locations. Interface for package location files.
* Popup Interface: Emacs Popup Interface. Magit-like interface for guix commands.
* Prettify Mode: Emacs Prettify. Abbreviating @file{/gnu/store/@dots{}} file names.
* Build Log Mode: Emacs Build Log. Highlighting Guix build logs.
* Completions: Emacs Completions. Completing @command{guix} shell command.
* Development: Emacs Development. Tools for Guix developers.
* Hydra: Emacs Hydra. Interface for Guix build farm.
Programming Interface
* Defining Packages:: Defining new packages.
@ -278,8 +258,7 @@ assists with the creation and maintenance of software environments.
@cindex user interfaces
Guix provides a command-line package management interface
(@pxref{Invoking guix package}), a set of command-line utilities
(@pxref{Utilities}), a visual user interface in Emacs (@pxref{Emacs
Interface}), as well as Scheme programming interfaces
(@pxref{Utilities}), as well as Scheme programming interfaces
(@pxref{Programming Interface}).
@cindex build daemon
Its @dfn{build daemon} is responsible for building packages on behalf of
@ -1414,10 +1393,14 @@ procedures or dependencies. Guix also goes beyond this obvious set of
features.
This chapter describes the main features of Guix, as well as the package
management tools it provides. Two user interfaces are provided for
routine package management tasks: A command-line interface described below
(@pxref{Invoking guix package, @code{guix package}}), as well as a visual user
interface in Emacs described in a subsequent chapter (@pxref{Emacs Interface}).
management tools it provides. Along with the command-line interface
described below (@pxref{Invoking guix package, @code{guix package}}),
you may also use Emacs Interface, after installing @code{emacs-guix}
package (run @kbd{M-x guix-help} command to start with it):
@example
guix package -i emacs-guix
@end example
@menu
* Features:: How Guix will make your life brighter.
@ -1434,9 +1417,7 @@ interface in Emacs described in a subsequent chapter (@pxref{Emacs Interface}).
When using Guix, each package ends up in the @dfn{package store}, in its
own directory---something that resembles
@file{/gnu/store/xxx-package-1.2}, where @code{xxx} is a base32 string
(note that Guix comes with an Emacs extension to shorten those file
names, @pxref{Emacs Prettify}.)
@file{/gnu/store/xxx-package-1.2}, where @code{xxx} is a base32 string.
Instead of referring to these directories, users have their own
@dfn{profile}, which points to the packages that they actually want to
@ -1982,9 +1963,7 @@ also result from derivation builds, can be available as substitutes.
The @code{hydra.gnu.org} server is a front-end to a build farm that
builds packages from the GNU distribution continuously for some
architectures, and makes them available as substitutes (@pxref{Emacs
Hydra}, for information on how to query the continuous integration
server). This is the
architectures, and makes them available as substitutes. This is the
default source of substitutes; it can be overridden by passing the
@option{--substitute-urls} option either to @command{guix-daemon}
(@pxref{daemon-substitute-urls,, @code{guix-daemon --substitute-urls}})
@ -2509,9 +2488,6 @@ archive contents coming from possibly untrusted substitute servers.
@end table
@c *********************************************************************
@include emacs.texi
@c *********************************************************************
@node Programming Interface
@chapter Programming Interface
@ -4923,11 +4899,6 @@ have created your own packages on @code{GUIX_PACKAGE_PATH}
recipes. Otherwise, you will be able to examine the read-only recipes
for packages currently in the store.
If you are using Emacs, note that the Emacs user interface provides the
@kbd{M-x guix-edit} command and a similar functionality in the ``package
info'' and ``package list'' buffers created by the @kbd{M-x
guix-search-by-name} and similar commands (@pxref{Emacs Commands}).
@node Invoking guix download
@section Invoking @command{guix download}

2
doc/htmlxref.cnf
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@ -219,6 +219,8 @@ emacs node ${EMACS}/html_node/emacs/
easejs mono ${GS}/easejs/manual/easejs.html
easejs node ${GS}/easejs/manual/
emacs-guix mono https://notabug.org/alezost/emacs-guix
emacs-muse node ${GS}/emacs-muse/manual/muse.html
emacs-muse node ${GS}/emacs-muse/manual/html_node/

37
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@ -1,37 +0,0 @@
;;; guix-about.el --- Various info about Guix
;; Copyright © 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public Location as published by
;; the Free Software Foundation, either version 3 of the Location, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public Location for more details.
;; You should have received a copy of the GNU General Public Location
;; along with this program. If not, see <http://www.gnu.org/locations/>.
;;; Commentary:
;; This file provides the code to display various info about Guix (e.g., its
;; version).
;;; Code:
(require 'guix-config)
;;;###autoload
(defun guix-version ()
"Display Guix version in the echo area."
(interactive)
(message "%s %s" guix-config-name guix-config-version))
(provide 'guix-about)
;;; guix-about.el ends here

393
emacs/guix-backend.el
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@ -1,393 +0,0 @@
;;; guix-backend.el --- Making and using Guix REPL
;; Copyright © 2014, 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides the code for interacting with Guile using Guix REPL
;; (Geiser REPL with some guix-specific additions).
;; By default (if `guix-use-guile-server' is non-nil) 2 Guix REPLs are
;; started. The main one (with "guile --listen" process) is used for
;; "interacting" with a user - for showing a progress of
;; installing/deleting Guix packages. The second (internal) REPL is
;; used for synchronous evaluating, e.g. when information about
;; packages/generations should be received for a list/info buffer.
;;
;; This "2 REPLs concept" makes it possible to have a running process of
;; installing/deleting packages and to continue to search/list/get info
;; about other packages at the same time. If you prefer to use a single
;; Guix REPL, do not try to receive any information while there is a
;; running code in the REPL (see
;; <https://github.com/jaor/geiser/issues/28>).
;;
;; Guix REPLs (unlike the usual Geiser REPLs) are not added to
;; `geiser-repl--repls' variable, and thus cannot be used for evaluating
;; while editing scm-files. The only purpose of Guix REPLs is to be an
;; intermediate between "Guix/Guile level" and "Emacs interface level".
;; That being said you can still want to use a Guix REPL while hacking
;; auxiliary scheme-files for "guix.el". You can just use
;; `geiser-connect-local' command with `guix-repl-current-socket' to
;; have a usual Geiser REPL with all stuff defined by "guix.el" package.
;;; Code:
(require 'geiser-mode)
(require 'geiser-guile)
(require 'guix-geiser)
(require 'guix-config)
(require 'guix-external)
(require 'guix-emacs)
(require 'guix-profiles)
(defvar guix-load-path guix-config-emacs-interface-directory
"Directory with scheme files for \"guix.el\" package.")
(defvar guix-helper-file
(expand-file-name "guix-helper.scm" guix-load-path)
"Auxiliary scheme file for loading.")
;;; REPL
(defgroup guix-repl nil
"Settings for Guix REPLs."
:prefix "guix-repl-"
:group 'guix)
(defcustom guix-repl-startup-time 30000
"Time, in milliseconds, to wait for Guix REPL to startup.
Same as `geiser-repl-startup-time' but is used for Guix REPL.
If you have a slow system, try to increase this time."
:type 'integer
:group 'guix-repl)
(defcustom guix-repl-buffer-name "*Guix REPL*"
"Default name of a Geiser REPL buffer used for Guix."
:type 'string
:group 'guix-repl)
(defcustom guix-after-start-repl-hook '(guix-set-directory)
"Hook called after Guix REPL is started."
:type 'hook
:group 'guix-repl)
(defcustom guix-use-guile-server t
"If non-nil, start guile with '--listen' argument.
This allows to receive information about packages using an additional
REPL while some packages are being installed/removed in the main REPL."
:type 'boolean
:group 'guix-repl)
(defcustom guix-repl-socket-file-name-function
#'guix-repl-socket-file-name
"Function used to define a socket file name used by Guix REPL.
The function is called without arguments."
:type '(choice (function-item guix-repl-socket-file-name)
(function :tag "Other function"))
:group 'guix-repl)
(defcustom guix-emacs-activate-after-operation t
"Activate Emacs packages after installing.
If nil, do not load autoloads of the Emacs packages after
they are successfully installed."
:type 'boolean
:group 'guix-repl)
(defvar guix-repl-current-socket nil
"Name of a socket file used by the current Guix REPL.")
(defvar guix-repl-buffer nil
"Main Geiser REPL buffer used for communicating with Guix.
This REPL is used for processing package actions and for
receiving information if `guix-use-guile-server' is nil.")
(defvar guix-internal-repl-buffer nil
"Additional Geiser REPL buffer used for communicating with Guix.
This REPL is used for receiving information only if
`guix-use-guile-server' is non-nil.")
(defvar guix-internal-repl-buffer-name "*Guix Internal REPL*"
"Default name of an internal Guix REPL buffer.")
(defvar guix-before-repl-operation-hook nil
"Hook run before executing an operation in Guix REPL.")
(defvar guix-after-repl-operation-hook
'(guix-repl-autoload-emacs-packages-maybe
guix-repl-operation-success-message)
"Hook run after executing successful operation in Guix REPL.")
(defvar guix-repl-operation-p nil
"Non-nil, if current operation is performed by `guix-eval-in-repl'.
This internal variable is used to distinguish Guix operations
from operations performed in Guix REPL by a user.")
(defvar guix-repl-operation-type nil
"Type of the current operation performed by `guix-eval-in-repl'.
This internal variable is used to define what actions should be
executed after the current operation succeeds.
See `guix-eval-in-repl' for details.")
(defun guix-repl-autoload-emacs-packages-maybe ()
"Load autoloads for Emacs packages if needed.
See `guix-emacs-activate-after-operation' for details."
(and guix-emacs-activate-after-operation
;; FIXME Since a user can work with a non-current profile (using
;; C-u before `guix-search-by-name' and other commands), emacs
;; packages can be installed to another profile, and the
;; following code will not work (i.e., the autoloads for this
;; profile will not be loaded).
(guix-emacs-autoload-packages guix-current-profile)))
(defun guix-repl-operation-success-message ()
"Message telling about successful Guix operation."
(message "Guix operation has been performed."))
(defun guix-get-guile-program (&optional socket)
"Return a value suitable for `geiser-guile-binary'."
(if (null socket)
guix-guile-program
(append (if (listp guix-guile-program)
guix-guile-program
(list guix-guile-program))
(list (concat "--listen=" socket)))))
(defun guix-repl-socket-file-name ()
"Return a name of a socket file used by Guix REPL."
(make-temp-name
(concat (file-name-as-directory temporary-file-directory)
"guix-repl-")))
(defun guix-repl-delete-socket-maybe ()
"Delete `guix-repl-current-socket' file if it exists."
(and guix-repl-current-socket
(file-exists-p guix-repl-current-socket)
(delete-file guix-repl-current-socket)))
(add-hook 'kill-emacs-hook 'guix-repl-delete-socket-maybe)
(defun guix-start-process-maybe (&optional start-msg end-msg)
"Start Geiser REPL configured for Guix if needed.
START-MSG and END-MSG are strings displayed in the minibuffer in
the beginning and in the end of the starting process. If nil,
display default messages."
(guix-start-repl-maybe nil
(or start-msg "Starting Guix REPL ...")
(or end-msg "Guix REPL has been started."))
(if guix-use-guile-server
(guix-start-repl-maybe 'internal)
(setq guix-internal-repl-buffer guix-repl-buffer)))
(defun guix-start-repl-maybe (&optional internal start-msg end-msg)
"Start Guix REPL if needed.
If INTERNAL is non-nil, start an internal REPL.
START-MSG and END-MSG are strings displayed in the minibuffer in
the beginning and in the end of the process. If nil, do not
display messages."
(let* ((repl-var (guix-get-repl-buffer-variable internal))
(repl (symbol-value repl-var)))
(unless (and (buffer-live-p repl)
(get-buffer-process repl))
(and start-msg (message start-msg))
(setq guix-repl-operation-p nil)
(unless internal
;; Guile leaves socket file after exit, so remove it if it
;; exists (after the REPL restart).
(guix-repl-delete-socket-maybe)
(setq guix-repl-current-socket
(and guix-use-guile-server
(or guix-repl-current-socket
(funcall guix-repl-socket-file-name-function)))))
(let ((geiser-guile-binary (guix-get-guile-program
(unless internal
guix-repl-current-socket)))
(geiser-guile-init-file (unless internal guix-helper-file))
(repl (get-buffer-create
(guix-get-repl-buffer-name internal))))
(guix-start-repl repl (and internal guix-repl-current-socket))
(set repl-var repl)
(and end-msg (message end-msg))
(unless internal
(run-hooks 'guix-after-start-repl-hook))))))
(defun guix-start-repl (buffer &optional address)
"Start Guix REPL in BUFFER.
If ADDRESS is non-nil, connect to a remote guile process using
this address (it should be defined by
`geiser-repl--read-address')."
;; A mix of the code from `geiser-repl--start-repl' and
;; `geiser-repl--to-repl-buffer'.
(let ((impl 'guile)
(geiser-guile-load-path (cons (expand-file-name guix-load-path)
geiser-guile-load-path))
(geiser-repl-startup-time guix-repl-startup-time))
(with-current-buffer buffer
(geiser-repl-mode)
(geiser-impl--set-buffer-implementation impl)
(geiser-repl--autodoc-mode -1)
(goto-char (point-max))
(let ((prompt (geiser-con--combined-prompt
geiser-guile--prompt-regexp
geiser-guile--debugger-prompt-regexp)))
(geiser-repl--save-remote-data address)
(geiser-repl--start-scheme impl address prompt)
(geiser-repl--quit-setup)
(geiser-repl--history-setup)
(setq-local geiser-repl--repls (list buffer))
(geiser-repl--set-this-buffer-repl buffer)
(setq geiser-repl--connection
(geiser-con--make-connection
(get-buffer-process (current-buffer))
geiser-guile--prompt-regexp
geiser-guile--debugger-prompt-regexp))
(geiser-repl--startup impl address)
(geiser-repl--autodoc-mode 1)
(geiser-company--setup geiser-repl-company-p)
(add-hook 'comint-output-filter-functions
'guix-repl-output-filter
nil t)
(set-process-query-on-exit-flag
(get-buffer-process (current-buffer))
geiser-repl-query-on-kill-p)))))
(defun guix-repl-output-filter (str)
"Filter function suitable for `comint-output-filter-functions'.
This is a replacement for `geiser-repl--output-filter'."
(cond
((string-match-p geiser-guile--prompt-regexp str)
(geiser-autodoc--disinhibit-autodoc)
(when guix-repl-operation-p
(setq guix-repl-operation-p nil)
(run-hooks 'guix-after-repl-operation-hook)
;; Run hooks specific to the current operation type.
(when guix-repl-operation-type
(let ((type-hook (intern
(concat "guix-after-"
(symbol-name guix-repl-operation-type)
"-hook"))))
(setq guix-repl-operation-type nil)
(and (boundp type-hook)
(run-hooks type-hook))))))
((string-match geiser-guile--debugger-prompt-regexp str)
(setq guix-repl-operation-p nil)
(geiser-con--connection-set-debugging geiser-repl--connection
(match-beginning 0))
(geiser-autodoc--disinhibit-autodoc))))
(defun guix-repl-exit (&optional internal no-wait)
"Exit the current Guix REPL.
If INTERNAL is non-nil, exit the internal REPL.
If NO-WAIT is non-nil, do not wait for the REPL process to exit:
send a kill signal to it and return immediately."
(let ((repl (symbol-value (guix-get-repl-buffer-variable internal))))
(when (get-buffer-process repl)
(with-current-buffer repl
(geiser-con--connection-deactivate geiser-repl--connection t)
(comint-kill-subjob)
(unless no-wait
(while (get-buffer-process repl)
(sleep-for 0.1)))))))
(defun guix-get-repl-buffer (&optional internal)
"Return Guix REPL buffer; start REPL if needed.
If INTERNAL is non-nil, return an additional internal REPL."
(guix-start-process-maybe)
(let ((repl (symbol-value (guix-get-repl-buffer-variable internal))))
;; If a new Geiser REPL is started, `geiser-repl--repl' variable may
;; be set to the new value in a Guix REPL, so set it back to a
;; proper value here.
(with-current-buffer repl
(geiser-repl--set-this-buffer-repl repl))
repl))
(defun guix-get-repl-buffer-variable (&optional internal)
"Return the name of a variable with a REPL buffer."
(if internal
'guix-internal-repl-buffer
'guix-repl-buffer))
(defun guix-get-repl-buffer-name (&optional internal)
"Return the name of a REPL buffer."
(if internal
guix-internal-repl-buffer-name
guix-repl-buffer-name))
(defun guix-switch-to-repl (&optional internal)
"Switch to Guix REPL.
If INTERNAL is non-nil (interactively with prefix), switch to the
additional internal REPL if it exists."
(interactive "P")
(geiser-repl--switch-to-buffer (guix-get-repl-buffer internal)))
;;; Guix directory
(defvar guix-directory nil
"Default directory with Guix source.
If it is not set by a user, it is set after starting Guile REPL.
This directory is used to define package locations.")
(defun guix-read-directory ()
"Return `guix-directory' or prompt for it.
This function is intended for using in `interactive' forms."
(if current-prefix-arg
(read-directory-name "Directory with Guix modules: "
guix-directory)
guix-directory))
(defun guix-set-directory ()
"Set `guix-directory' if needed."
(or guix-directory
(setq guix-directory
(guix-eval-read "%guix-dir"))))
;;; Evaluating expressions
(defvar guix-operation-buffer nil
"Buffer from which the latest Guix operation was performed.")
(defun guix-eval (str)
"Evaluate STR with guile expression using Guix REPL.
See `guix-geiser-eval' for details."
(guix-geiser-eval str (guix-get-repl-buffer 'internal)))
(defun guix-eval-read (str)
"Evaluate STR with guile expression using Guix REPL.
See `guix-geiser-eval-read' for details."
(guix-geiser-eval-read str (guix-get-repl-buffer 'internal)))
(defun guix-eval-in-repl (str &optional operation-buffer operation-type)
"Switch to Guix REPL and evaluate STR with guile expression there.
If OPERATION-BUFFER is non-nil, it should be a buffer from which
the current operation was performed.
If OPERATION-TYPE is non-nil, it should be a symbol. After
successful executing of the current operation,
`guix-after-OPERATION-TYPE-hook' is called."
(run-hooks 'guix-before-repl-operation-hook)
(setq guix-repl-operation-p t
guix-repl-operation-type operation-type
guix-operation-buffer operation-buffer)
(guix-geiser-eval-in-repl str (guix-get-repl-buffer)))
(provide 'guix-backend)
;;; guix-backend.el ends here

377
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@ -1,377 +0,0 @@
;;; guix-base.el --- Common definitions -*- lexical-binding: t -*-
;; Copyright © 2014, 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides some base and common definitions for guix.el
;; package.
;;; Code:
(require 'cl-lib)
(require 'guix-backend)
(require 'guix-guile)
(require 'guix-read)
(require 'guix-utils)
(require 'guix-ui)
(require 'guix-profiles)
(defgroup guix nil
"Settings for Guix package manager and friends."
:prefix "guix-"
:group 'external)
(defgroup guix-faces nil
"Guix faces."
:group 'guix
:group 'faces)
(defun guix-package-name-specification (name version &optional output)
"Return Guix package specification by its NAME, VERSION and OUTPUT."
(concat name "@" version
(when output (concat ":" output))))
;;; Location of profiles and manifests
(defun guix-generation-file (profile generation)
"Return the file name of a PROFILE's GENERATION."
(format "%s-%s-link" profile generation))
(defun guix-packages-profile (profile &optional generation system?)
"Return a directory where packages are installed for the
PROFILE's GENERATION.
If SYSTEM? is non-nil, then PROFILE is considered to be a system
profile. Unlike usual profiles, for a system profile, packages
are placed in 'profile' subdirectory."
(let ((profile (if generation
(guix-generation-file profile generation)
profile)))
(if system?
(expand-file-name "profile" profile)
profile)))
(defun guix-manifest-file (profile &optional generation system?)
"Return the file name of a PROFILE's manifest.
See `guix-packages-profile'."
(expand-file-name "manifest"
(guix-packages-profile profile generation system?)))
;;; Actions on packages and generations
(defface guix-operation-option-key
'((t :inherit font-lock-warning-face))
"Face used for the keys of operation options."
:group 'guix-faces)
(defcustom guix-operation-confirm t
"If nil, do not prompt to confirm an operation."
:type 'boolean
:group 'guix)
(defcustom guix-use-substitutes t
"If non-nil, use substitutes for the Guix packages."
:type 'boolean
:group 'guix)
(defvar guix-dry-run nil
"If non-nil, do not perform the real actions, just simulate.")
(defvar guix-temp-buffer-name " *Guix temp*"
"Name of a buffer used for displaying info before executing operation.")
(defvar guix-operation-option-true-string "yes"
"String displayed in the mode-line when operation option is t.")
(defvar guix-operation-option-false-string "no "
"String displayed in the mode-line when operation option is nil.")
(defvar guix-operation-option-separator " | "
"String used in the mode-line to separate operation options.")
(defvar guix-operation-options
'((?s "substitutes" guix-use-substitutes)
(?d "dry-run" guix-dry-run))
"List of available operation options.
Each element of the list has a form:
(KEY NAME VARIABLE)
KEY is a character that may be pressed during confirmation to
toggle the option.
NAME is a string displayed in the mode-line.
VARIABLE is a name of an option variable.")
(defun guix-operation-option-by-key (key)
"Return operation option by KEY (character)."
(assq key guix-operation-options))
(defun guix-operation-option-key (option)
"Return key (character) of the operation OPTION."
(car option))
(defun guix-operation-option-name (option)
"Return name of the operation OPTION."
(nth 1 option))
(defun guix-operation-option-variable (option)
"Return name of the variable of the operation OPTION."
(nth 2 option))
(defun guix-operation-option-value (option)
"Return boolean value of the operation OPTION."
(symbol-value (guix-operation-option-variable option)))
(defun guix-operation-option-string-value (option)
"Convert boolean value of the operation OPTION to string and return it."
(if (guix-operation-option-value option)
guix-operation-option-true-string
guix-operation-option-false-string))
(defun guix-operation-prompt (&optional prompt)
"Prompt a user for continuing the current operation.
Return non-nil, if the operation should be continued; nil otherwise.
Ask a user with PROMPT for continuing an operation."
(let* ((option-keys (mapcar #'guix-operation-option-key
guix-operation-options))
(keys (append '(?y ?n) option-keys))
(prompt (concat (propertize (or prompt "Continue operation?")
'face 'minibuffer-prompt)
" ("
(mapconcat
(lambda (key)
(propertize (string key)
'face 'guix-operation-option-key))
keys
", ")
") ")))
(let ((mode-line mode-line-format))
(prog1 (guix-operation-prompt-1 prompt keys)
(setq mode-line-format mode-line)
;; Clear the minibuffer after prompting.
(message "")))))
(defun guix-operation-prompt-1 (prompt keys)
"This function is internal for `guix-operation-prompt'."
(guix-operation-set-mode-line)
(let ((key (read-char-choice prompt (cons ?\C-g keys) t)))
(cl-case key
(?y t)
((?n ?\C-g) nil)
(t (let* ((option (guix-operation-option-by-key key))
(var (guix-operation-option-variable option)))
(set var (not (symbol-value var)))
(guix-operation-prompt-1 prompt keys))))))
(defun guix-operation-set-mode-line ()
"Display operation options in the mode-line of the current buffer."
(setq mode-line-format
(concat (propertize " Options: "
'face 'mode-line-buffer-id)
(mapconcat
(lambda (option)
(let ((key (guix-operation-option-key option))
(name (guix-operation-option-name option))
(val (guix-operation-option-string-value option)))
(concat name
" ("
(propertize (string key)
'face 'guix-operation-option-key)
"): " val)))
guix-operation-options
guix-operation-option-separator)))
(force-mode-line-update))
(defun guix-package-source-path (package-id)
"Return a store file path to a source of a package PACKAGE-ID."
(message "Calculating the source derivation ...")
(guix-eval-read
(guix-make-guile-expression
'package-source-path package-id)))
(defun guix-package-store-path (package-id)
"Return a list of store directories of outputs of package PACKAGE-ID."
(message "Calculating the package derivation ...")
(guix-eval-read
(guix-make-guile-expression
'package-store-path package-id)))
(defvar guix-after-source-download-hook nil
"Hook run after successful performing a 'source-download' operation.")
(defun guix-package-source-build-derivation (package-id &optional prompt)
"Build source derivation of a package PACKAGE-ID.
Ask a user with PROMPT for continuing an operation."
(when (or (not guix-operation-confirm)
(guix-operation-prompt (or prompt
"Build the source derivation?")))
(guix-eval-in-repl
(guix-make-guile-expression
'package-source-build-derivation
package-id
:use-substitutes? (or guix-use-substitutes 'f)
:dry-run? (or guix-dry-run 'f))
nil 'source-download)))
(defun guix-build-package (package-id &optional prompt)
"Build package with PACKAGE-ID.
Ask a user with PROMPT for continuing the build operation."
(when (or (not guix-operation-confirm)
(guix-operation-prompt (or prompt "Build package?")))
(guix-eval-in-repl
(format (concat ",run-in-store "
"(build-package (package-by-id %d)"
" #:use-substitutes? %s"
" #:dry-run? %s)")
package-id
(guix-guile-boolean guix-use-substitutes)
(guix-guile-boolean guix-dry-run)))))
;;;###autoload
(defun guix-apply-manifest (profile file &optional operation-buffer)
"Apply manifest from FILE to PROFILE.
This function has the same meaning as 'guix package --manifest' command.
See Info node `(guix) Invoking guix package' for details.
Interactively, use the current profile and prompt for manifest
FILE. With a prefix argument, also prompt for PROFILE."
(interactive
(let* ((current-profile (guix-ui-current-profile))
(profile (if current-prefix-arg
(guix-profile-prompt)
(or current-profile guix-current-profile)))
(file (read-file-name "File with manifest: "))
(buffer (and current-profile (current-buffer))))
(list profile file buffer)))
(when (or (not guix-operation-confirm)
(y-or-n-p (format "Apply manifest from '%s' to profile '%s'? "
file profile)))
(guix-eval-in-repl
(guix-make-guile-expression
'guix-command
"package"
(concat "--profile=" (expand-file-name profile))
(concat "--manifest=" (expand-file-name file)))
operation-buffer)))
;;; Executing guix commands
(defcustom guix-run-in-shell-function #'guix-run-in-shell
"Function used to run guix command.
The function is called with a single argument - a command line string."
:type '(choice (function-item guix-run-in-shell)
(function-item guix-run-in-eshell)
(function :tag "Other function"))
:group 'guix)
(defcustom guix-shell-buffer-name "*shell*"
"Default name of a shell buffer used for running guix commands."
:type 'string
:group 'guix)
(declare-function comint-send-input "comint" t)
(defun guix-run-in-shell (string)
"Run command line STRING in `guix-shell-buffer-name' buffer."
(shell guix-shell-buffer-name)
(goto-char (point-max))
(insert string)
(comint-send-input))
(declare-function eshell-send-input "esh-mode" t)
(defun guix-run-in-eshell (string)
"Run command line STRING in eshell buffer."
(eshell)
(goto-char (point-max))
(insert string)
(eshell-send-input))
(defun guix-run-command-in-shell (args)
"Execute 'guix ARGS ...' command in a shell buffer."
(funcall guix-run-in-shell-function
(guix-command-string args)))
(defun guix-run-command-in-repl (args)
"Execute 'guix ARGS ...' command in Guix REPL."
(guix-eval-in-repl
(apply #'guix-make-guile-expression
'guix-command args)))
(defun guix-command-output (args)
"Return string with 'guix ARGS ...' output."
(cl-multiple-value-bind (output error)
(guix-eval (apply #'guix-make-guile-expression
'guix-command-output args))
;; Remove trailing new space from the error string.
(message (replace-regexp-in-string "\n\\'" "" (read error)))
(read output)))
(defun guix-help-string (&optional commands)
"Return string with 'guix COMMANDS ... --help' output."
(guix-eval-read
(apply #'guix-make-guile-expression
'help-string commands)))
;;; Pull
(defcustom guix-update-after-pull t
"If non-nil, update Guix buffers after performing \\[guix-pull]."
:type 'boolean
:group 'guix)
(defvar guix-after-pull-hook
'(guix-restart-repl-after-pull guix-update-buffers-maybe-after-pull)
"Hook run after successful performing `guix-pull' operation.")
(defun guix-restart-repl-after-pull ()
"Restart Guix REPL after `guix-pull' operation."
(guix-repl-exit)
(guix-start-process-maybe
"Restarting Guix REPL after pull operation ..."))
(defun guix-update-buffers-maybe-after-pull ()
"Update buffers depending on `guix-update-after-pull'."
(when guix-update-after-pull
(mapc #'guix-ui-update-buffer
;; No need to update "generation" buffers.
(guix-ui-buffers '(guix-package-list-mode
guix-package-info-mode
guix-output-list-mode
guix-output-info-mode)))
(message "Guix buffers have been updated.")))
;;;###autoload
(defun guix-pull (&optional verbose)
"Run Guix pull operation.
If VERBOSE is non-nil (with prefix argument), produce verbose output."
(interactive "P")
(let ((args (and verbose '("--verbose"))))
(guix-eval-in-repl
(apply #'guix-make-guile-expression
'guix-command "pull" args)
nil 'pull)))
(provide 'guix-base)
;;; guix-base.el ends here

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@ -1,624 +0,0 @@
;;; guix-buffer.el --- Buffer interface for displaying data -*- lexical-binding: t -*-
;; Copyright © 2014, 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides a general 'buffer' interface for displaying an
;; arbitrary data.
;;; Code:
(require 'cl-lib)
(require 'guix-history)
(require 'guix-utils)
(defvar guix-buffer-map
(let ((map (make-sparse-keymap)))
(define-key map (kbd "l") 'guix-history-back)
(define-key map (kbd "r") 'guix-history-forward)
(define-key map (kbd "g") 'revert-buffer)
(define-key map (kbd "R") 'guix-buffer-redisplay)
map)
"Parent keymap for Guix buffer modes.")
;;; Buffer item
(cl-defstruct (guix-buffer-item
(:constructor nil)
(:constructor guix-buffer-make-item
(entries buffer-type entry-type args))
(:copier nil))
entries buffer-type entry-type args)
(defvar-local guix-buffer-item nil
"Data (structure) for the current Guix buffer.
The structure consists of the following elements:
- `entries': list of the currently displayed entries.
Each element of the list is an alist with an entry data of the
following form:
((PARAM . VAL) ...)
PARAM is a name of the entry parameter.
VAL is a value of this parameter.
- `entry-type': type of the currently displayed entries.
- `buffer-type': type of the current buffer.
- `args': search arguments used to get the current entries.")
(put 'guix-buffer-item 'permanent-local t)
(defmacro guix-buffer-with-item (item &rest body)
"Evaluate BODY using buffer ITEM.
The following local variables are available inside BODY:
`%entries', `%buffer-type', `%entry-type', `%args'.
See `guix-buffer-item' for details."
(declare (indent 1) (debug t))
(let ((item-var (make-symbol "item")))
`(let ((,item-var ,item))
(let ((%entries (guix-buffer-item-entries ,item-var))
(%buffer-type (guix-buffer-item-buffer-type ,item-var))
(%entry-type (guix-buffer-item-entry-type ,item-var))
(%args (guix-buffer-item-args ,item-var)))
,@body))))
(defmacro guix-buffer-with-current-item (&rest body)
"Evaluate BODY using `guix-buffer-item'.
See `guix-buffer-with-item' for details."
(declare (indent 0) (debug t))
`(guix-buffer-with-item guix-buffer-item
,@body))
(defmacro guix-buffer-define-current-item-accessor (name)
"Define `guix-buffer-current-NAME' function to access NAME
element of `guix-buffer-item' structure.
NAME should be a symbol."
(let* ((name-str (symbol-name name))
(accessor (intern (concat "guix-buffer-item-" name-str)))
(fun-name (intern (concat "guix-buffer-current-" name-str)))
(doc (format "\
Return '%s' of the current Guix buffer.
See `guix-buffer-item' for details."
name-str)))
`(defun ,fun-name ()
,doc
(and guix-buffer-item
(,accessor guix-buffer-item)))))
(defmacro guix-buffer-define-current-item-accessors (&rest names)
"Define `guix-buffer-current-NAME' functions for NAMES.
See `guix-buffer-define-current-item-accessor' for details."
`(progn
,@(mapcar (lambda (name)
`(guix-buffer-define-current-item-accessor ,name))
names)))
(guix-buffer-define-current-item-accessors
entries entry-type buffer-type args)
(defmacro guix-buffer-define-current-args-accessor (n prefix name)
"Define `PREFIX-NAME' function to access Nth element of 'args'
field of `guix-buffer-item' structure.
PREFIX and NAME should be strings."
(let ((fun-name (intern (concat prefix "-" name)))
(doc (format "\
Return '%s' of the current Guix buffer.
'%s' is the element number %d in 'args' of `guix-buffer-item'."
name name n)))
`(defun ,fun-name ()
,doc
(nth ,n (guix-buffer-current-args)))))
(defmacro guix-buffer-define-current-args-accessors (prefix &rest names)
"Define `PREFIX-NAME' functions for NAMES.
See `guix-buffer-define-current-args-accessor' for details."
`(progn
,@(cl-loop for name in names
for i from 0
collect `(guix-buffer-define-current-args-accessor
,i ,prefix ,name))))
;;; Wrappers for defined variables
(defvar guix-buffer-data nil
"Alist with 'buffer' data.
This alist is filled by `guix-buffer-define-interface' macro.")
(defun guix-buffer-value (buffer-type entry-type symbol)
"Return SYMBOL's value for BUFFER-TYPE/ENTRY-TYPE from `guix-buffer-data'."
(symbol-value
(guix-assq-value guix-buffer-data buffer-type entry-type symbol)))
(defun guix-buffer-get-entries (buffer-type entry-type args)
"Return ENTRY-TYPE entries.
Call an appropriate 'get-entries' function from `guix-buffer'
using ARGS as its arguments."
(apply (guix-buffer-value buffer-type entry-type 'get-entries)
args))
(defun guix-buffer-mode-enable (buffer-type entry-type)
"Turn on major mode to display ENTRY-TYPE ENTRIES in BUFFER-TYPE buffer."
(funcall (guix-buffer-value buffer-type entry-type 'mode)))
(defun guix-buffer-mode-initialize (buffer-type entry-type)
"Set up the current BUFFER-TYPE buffer to display ENTRY-TYPE entries."
(let ((fun (guix-buffer-value buffer-type entry-type 'mode-init)))
(when fun
(funcall fun))))
(defun guix-buffer-insert-entries (entries buffer-type entry-type)
"Show ENTRY-TYPE ENTRIES in the current BUFFER-TYPE buffer."
(funcall (guix-buffer-value buffer-type entry-type 'insert-entries)
entries))
(defun guix-buffer-show-entries-default (entries buffer-type entry-type)
"Show ENTRY-TYPE ENTRIES in the current BUFFER-TYPE buffer."
(let ((inhibit-read-only t))
(erase-buffer)
(guix-buffer-mode-enable buffer-type entry-type)
(guix-buffer-insert-entries entries buffer-type entry-type)
(goto-char (point-min))))
(defun guix-buffer-show-entries (entries buffer-type entry-type)
"Show ENTRY-TYPE ENTRIES in the current BUFFER-TYPE buffer."
(funcall (guix-buffer-value buffer-type entry-type 'show-entries)
entries))
(defun guix-buffer-message (entries buffer-type entry-type args)
"Display a message for BUFFER-ITEM after showing entries."
(let ((fun (guix-buffer-value buffer-type entry-type 'message)))
(when fun
(apply fun entries args))))
(defun guix-buffer-name (buffer-type entry-type args)
"Return name of BUFFER-TYPE buffer for displaying ENTRY-TYPE entries."
(let ((str-or-fun (guix-buffer-value buffer-type entry-type
'buffer-name)))
(if (stringp str-or-fun)
str-or-fun
(apply str-or-fun args))))
(defun guix-buffer-param-title (buffer-type entry-type param)
"Return PARAM title for BUFFER-TYPE/ENTRY-TYPE."
(or (guix-assq-value (guix-buffer-value buffer-type entry-type 'titles)
param)
;; Fallback to a title defined in 'info' interface.
(unless (eq buffer-type 'info)
(guix-assq-value (guix-buffer-value 'info entry-type 'titles)
param))
(guix-symbol-title param)))
(defun guix-buffer-history-size (buffer-type entry-type)
"Return history size for BUFFER-TYPE/ENTRY-TYPE."
(guix-buffer-value buffer-type entry-type 'history-size))
(defun guix-buffer-revert-confirm? (buffer-type entry-type)
"Return 'revert-confirm' value for BUFFER-TYPE/ENTRY-TYPE."
(guix-buffer-value buffer-type entry-type 'revert-confirm))
;;; Displaying entries
(defun guix-buffer-display (buffer)
"Switch to a Guix BUFFER."
(pop-to-buffer buffer
'((display-buffer-reuse-window
display-buffer-same-window))))
(defun guix-buffer-history-item (buffer-item)
"Make and return a history item for displaying BUFFER-ITEM."
(list #'guix-buffer-set buffer-item))
(defun guix-buffer-set (buffer-item &optional history)
"Set up the current buffer for displaying BUFFER-ITEM.
HISTORY should be one of the following:
`nil' - do not save BUFFER-ITEM in history,
`add' - add it to history,
`replace' - replace the current history item."
(guix-buffer-with-item buffer-item
(when %entries
;; Set buffer item before showing entries, so that its value can
;; be used by the code for displaying entries.
(setq guix-buffer-item buffer-item)
(guix-buffer-show-entries %entries %buffer-type %entry-type)
(when history
(funcall (cl-ecase history
(add #'guix-history-add)
(replace #'guix-history-replace))
(guix-buffer-history-item buffer-item))))
(guix-buffer-message %entries %buffer-type %entry-type %args)))
(defun guix-buffer-display-entries-current
(entries buffer-type entry-type args &optional history)
"Show ENTRIES in the current Guix buffer.
See `guix-buffer-item' for the meaning of BUFFER-TYPE, ENTRY-TYPE
and ARGS, and `guix-buffer-set' for the meaning of HISTORY."
(let ((item (guix-buffer-make-item entries buffer-type
entry-type args)))
(guix-buffer-set item history)))
(defun guix-buffer-get-display-entries-current
(buffer-type entry-type args &optional history)
"Search for entries and show them in the current Guix buffer.
See `guix-buffer-display-entries-current' for details."
(guix-buffer-display-entries-current
(guix-buffer-get-entries buffer-type entry-type args)
buffer-type entry-type args history))
(defun guix-buffer-display-entries
(entries buffer-type entry-type args &optional history)
"Show ENTRIES in a BUFFER-TYPE buffer.
See `guix-buffer-display-entries-current' for details."
(let ((buffer (get-buffer-create
(guix-buffer-name buffer-type entry-type args))))
(with-current-buffer buffer
(guix-buffer-display-entries-current
entries buffer-type entry-type args history))
(when entries
(guix-buffer-display buffer))))
(defun guix-buffer-get-display-entries
(buffer-type entry-type args &optional history)
"Search for entries and show them in a BUFFER-TYPE buffer.
See `guix-buffer-display-entries-current' for details."
(guix-buffer-display-entries
(guix-buffer-get-entries buffer-type entry-type args)
buffer-type entry-type args history))
(defun guix-buffer-revert (_ignore-auto noconfirm)
"Update the data in the current Guix buffer.
This function is suitable for `revert-buffer-function'.
See `revert-buffer' for the meaning of NOCONFIRM."
(guix-buffer-with-current-item
(when (or noconfirm
(not (guix-buffer-revert-confirm? %buffer-type %entry-type))
(y-or-n-p "Update the current buffer? "))
(guix-buffer-get-display-entries-current
%buffer-type %entry-type %args 'replace))))
(defvar guix-buffer-after-redisplay-hook nil
"Hook run by `guix-buffer-redisplay'.
This hook is called before seting up a window position.")
(defun guix-buffer-redisplay ()
"Redisplay the current Guix buffer.
Restore the point and window positions after redisplaying.
This function does not update the buffer data, use
'\\[revert-buffer]' if you want the full update."
(interactive)
(let* ((old-point (point))
;; For simplicity, ignore an unlikely case when multiple
;; windows display the same buffer.
(window (car (get-buffer-window-list (current-buffer) nil t)))
(window-start (and window (window-start window))))
(guix-buffer-set guix-buffer-item)
(goto-char old-point)
(run-hooks 'guix-buffer-after-redisplay-hook)
(when window
(set-window-point window (point))
(set-window-start window window-start))))
(defun guix-buffer-redisplay-goto-button ()
"Redisplay the current buffer and go to the next button, if needed."
(let ((guix-buffer-after-redisplay-hook
(cons (lambda ()
(unless (button-at (point))
(forward-button 1)))
guix-buffer-after-redisplay-hook)))
(guix-buffer-redisplay)))
;;; Interface definers
(defmacro guix-define-groups (type &rest args)
"Define `guix-TYPE' and `guix-TYPE-faces' custom groups.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
Optional keywords:
- `:parent-group' - name of a parent custom group.
- `:parent-faces-group' - name of a parent custom faces group.
- `:group-doc' - docstring of a `guix-TYPE' group.
- `:faces-group-doc' - docstring of a `guix-TYPE-faces' group."
(declare (indent 1))
(let* ((type-str (symbol-name type))
(prefix (concat "guix-" type-str))
(group (intern prefix))
(faces-group (intern (concat prefix "-faces"))))
(guix-keyword-args-let args
((parent-group :parent-group 'guix)
(parent-faces-group :parent-faces-group 'guix-faces)
(group-doc :group-doc
(format "Settings for '%s' buffers."
type-str))
(faces-group-doc :faces-group-doc
(format "Faces for '%s' buffers."
type-str)))
`(progn
(defgroup ,group nil
,group-doc
:group ',parent-group)
(defgroup ,faces-group nil
,faces-group-doc
:group ',group
:group ',parent-faces-group)))))
(defmacro guix-define-entry-type (entry-type &rest args)
"Define general code for ENTRY-TYPE.
See `guix-define-groups'."
(declare (indent 1))
`(guix-define-groups ,entry-type
,@args))
(defmacro guix-define-buffer-type (buffer-type &rest args)
"Define general code for BUFFER-TYPE.
See `guix-define-groups'."
(declare (indent 1))
`(guix-define-groups ,buffer-type
,@args))
(defmacro guix-buffer-define-interface (buffer-type entry-type &rest args)
"Define BUFFER-TYPE interface for displaying ENTRY-TYPE entries.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
In the following description TYPE means ENTRY-TYPE-BUFFER-TYPE.
Required keywords:
- `:buffer-name' - default value of the generated
`guix-TYPE-buffer-name' variable.
- `:get-entries-function' - default value of the generated
`guix-TYPE-get-function' variable.
- `:show-entries-function' - default value of the generated
`guix-TYPE-show-function' variable.
Alternatively, if `:show-entries-function' is not specified, a
default `guix-TYPE-show-entries' will be generated, and the
following keyword should be specified instead:
- `:insert-entries-function' - default value of the generated
`guix-TYPE-insert-function' variable.
Optional keywords:
- `:message-function' - default value of the generated
`guix-TYPE-message-function' variable.
- `:titles' - default value of the generated
`guix-TYPE-titles' variable.
- `:history-size' - default value of the generated
`guix-TYPE-history-size' variable.
- `:revert-confirm?' - default value of the generated
`guix-TYPE-revert-confirm' variable.
- `:mode-name' - name (a string appeared in the mode-line) of
the generated `guix-TYPE-mode'.
- `:mode-init-function' - default value of the generated
`guix-TYPE-mode-initialize-function' variable.
- `:reduced?' - if non-nil, generate only group, faces group
and titles variable (if specified); all keywords become
optional."
(declare (indent 2))
(let* ((entry-type-str (symbol-name entry-type))
(buffer-type-str (symbol-name buffer-type))
(prefix (concat "guix-" entry-type-str "-"
buffer-type-str))
(group (intern prefix))
(faces-group (intern (concat prefix "-faces")))
(get-entries-var (intern (concat prefix "-get-function")))
(show-entries-var (intern (concat prefix "-show-function")))
(show-entries-fun (intern (concat prefix "-show-entries")))
(message-var (intern (concat prefix "-message-function")))
(buffer-name-var (intern (concat prefix "-buffer-name")))
(titles-var (intern (concat prefix "-titles")))
(history-size-var (intern (concat prefix "-history-size")))
(revert-confirm-var (intern (concat prefix "-revert-confirm"))))
(guix-keyword-args-let args
((get-entries-val :get-entries-function)
(show-entries-val :show-entries-function)
(insert-entries-val :insert-entries-function)
(mode-name :mode-name (capitalize prefix))
(mode-init-val :mode-init-function)
(message-val :message-function)
(buffer-name-val :buffer-name)
(titles-val :titles)
(history-size-val :history-size 20)
(revert-confirm-val :revert-confirm? t)
(reduced? :reduced?))
`(progn
(defgroup ,group nil
,(format "Displaying '%s' entries in '%s' buffer."
entry-type-str buffer-type-str)
:group ',(intern (concat "guix-" entry-type-str))
:group ',(intern (concat "guix-" buffer-type-str)))
(defgroup ,faces-group nil
,(format "Faces for displaying '%s' entries in '%s' buffer."
entry-type-str buffer-type-str)
:group ',group
:group ',(intern (concat "guix-" entry-type-str "-faces"))
:group ',(intern (concat "guix-" buffer-type-str "-faces")))
(defcustom ,titles-var ,titles-val
,(format "Alist of titles of '%s' parameters."
entry-type-str)
:type '(alist :key-type symbol :value-type string)
:group ',group)
,(unless reduced?
`(progn
(defvar ,get-entries-var ,get-entries-val
,(format "\
Function used to receive '%s' entries for '%s' buffer."
entry-type-str buffer-type-str))
(defvar ,show-entries-var
,(or show-entries-val `',show-entries-fun)
,(format "\
Function used to show '%s' entries in '%s' buffer."
entry-type-str buffer-type-str))
(defvar ,message-var ,message-val
,(format "\
Function used to display a message after showing '%s' entries.
If nil, do not display messages."
entry-type-str))
(defcustom ,buffer-name-var ,buffer-name-val
,(format "\
Default name of '%s' buffer for displaying '%s' entries.
May be a string or a function returning a string. The function
is called with the same arguments as `%S'."
buffer-type-str entry-type-str get-entries-var)
:type '(choice string function)
:group ',group)
(defcustom ,history-size-var ,history-size-val
,(format "\
Maximum number of items saved in history of `%S' buffer.
If 0, the history is disabled."
buffer-name-var)
:type 'integer
:group ',group)
(defcustom ,revert-confirm-var ,revert-confirm-val
,(format "\
If non-nil, ask to confirm for reverting `%S' buffer."
buffer-name-var)
:type 'boolean
:group ',group)
(guix-alist-put!
'((get-entries . ,get-entries-var)
(show-entries . ,show-entries-var)
(message . ,message-var)
(buffer-name . ,buffer-name-var)
(history-size . ,history-size-var)
(revert-confirm . ,revert-confirm-var))
'guix-buffer-data ',buffer-type ',entry-type)
,(unless show-entries-val
`(defun ,show-entries-fun (entries)
,(format "\
Show '%s' ENTRIES in the current '%s' buffer."
entry-type-str buffer-type-str)
(guix-buffer-show-entries-default
entries ',buffer-type ',entry-type)))
,(when (or insert-entries-val
(null show-entries-val))
(let ((insert-entries-var
(intern (concat prefix "-insert-function"))))
`(progn
(defvar ,insert-entries-var ,insert-entries-val
,(format "\
Function used to print '%s' entries in '%s' buffer."
entry-type-str buffer-type-str))
(guix-alist-put!
',insert-entries-var 'guix-buffer-data
',buffer-type ',entry-type
'insert-entries))))
,(when (or mode-name
mode-init-val
(null show-entries-val))
(let* ((mode-str (concat prefix "-mode"))
(mode-map-str (concat mode-str "-map"))
(mode (intern mode-str))
(parent-mode (intern
(concat "guix-" buffer-type-str
"-mode")))
(mode-var (intern
(concat mode-str "-function")))
(mode-init-var (intern
(concat mode-str
"-initialize-function"))))
`(progn
(defvar ,mode-var ',mode
,(format "\
Major mode for displaying '%s' entries in '%s' buffer."
entry-type-str buffer-type-str))
(defvar ,mode-init-var ,mode-init-val
,(format "\
Function used to set up '%s' buffer for displaying '%s' entries."
buffer-type-str entry-type-str))
(define-derived-mode ,mode ,parent-mode ,mode-name
,(format "\
Major mode for displaying '%s' entries in '%s' buffer.
\\{%s}"
entry-type-str buffer-type-str mode-map-str)
(setq-local revert-buffer-function
'guix-buffer-revert)
(setq-local guix-history-size
(guix-buffer-history-size
',buffer-type ',entry-type))
(guix-buffer-mode-initialize
',buffer-type ',entry-type))
(guix-alist-put!
',mode-var 'guix-buffer-data
',buffer-type ',entry-type 'mode)
(guix-alist-put!
',mode-init-var 'guix-buffer-data
',buffer-type ',entry-type
'mode-init))))))
(guix-alist-put!
',titles-var 'guix-buffer-data
',buffer-type ',entry-type 'titles)))))
(defvar guix-buffer-font-lock-keywords
(eval-when-compile
`((,(rx "(" (group (or "guix-buffer-with-item"
"guix-buffer-with-current-item"
"guix-buffer-define-interface"
"guix-define-groups"
"guix-define-entry-type"
"guix-define-buffer-type"))
symbol-end)
. 1))))
(font-lock-add-keywords 'emacs-lisp-mode guix-buffer-font-lock-keywords)
(provide 'guix-buffer)
;;; guix-buffer.el ends here

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emacs/guix-build-log.el
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@ -1,381 +0,0 @@
;;; guix-build-log.el --- Major and minor modes for build logs -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides a major mode (`guix-build-log-mode') and a minor mode
;; (`guix-build-log-minor-mode') for highlighting Guix build logs.
;;; Code:
(require 'guix-utils)
(defgroup guix-build-log nil
"Settings for `guix-build-log-mode'."
:group 'guix)
(defgroup guix-build-log-faces nil
"Faces for `guix-build-log-mode'."
:group 'guix-build-log
:group 'guix-faces)
(defface guix-build-log-title-head
'((t :inherit font-lock-keyword-face))
"Face for '@' symbol of a log title."
:group 'guix-build-log-faces)
(defface guix-build-log-title-start
'((t :inherit guix-build-log-title-head))
"Face for a log title denoting a start of a process."
:group 'guix-build-log-faces)
(defface guix-build-log-title-success
'((t :inherit guix-build-log-title-head))
"Face for a log title denoting a successful end of a process."
:group 'guix-build-log-faces)
(defface guix-build-log-title-fail
'((t :inherit error))
"Face for a log title denoting a failed end of a process."
:group 'guix-build-log-faces)
(defface guix-build-log-title-end
'((t :inherit guix-build-log-title-head))
"Face for a log title denoting an undefined end of a process."
:group 'guix-build-log-faces)
(defface guix-build-log-phase-name
'((t :inherit font-lock-function-name-face))
"Face for a phase name."
:group 'guix-build-log-faces)
(defface guix-build-log-phase-start
'((default :weight bold)
(((class grayscale) (background light)) :foreground "Gray90")
(((class grayscale) (background dark)) :foreground "DimGray")
(((class color) (min-colors 16) (background light))
:foreground "DarkGreen")
(((class color) (min-colors 16) (background dark))
:foreground "LimeGreen")
(((class color) (min-colors 8)) :foreground "green"))
"Face for the start line of a phase."
:group 'guix-build-log-faces)
(defface guix-build-log-phase-end
'((((class grayscale) (background light)) :foreground "Gray90")
(((class grayscale) (background dark)) :foreground "DimGray")
(((class color) (min-colors 16) (background light))
:foreground "ForestGreen")
(((class color) (min-colors 16) (background dark))
:foreground "LightGreen")
(((class color) (min-colors 8)) :foreground "green")
(t :weight bold))
"Face for the end line of a phase."
:group 'guix-build-log-faces)
(defface guix-build-log-phase-success
'((t))
"Face for the 'succeeded' word of a phase line."
:group 'guix-build-log-faces)
(defface guix-build-log-phase-fail
'((t :inherit error))
"Face for the 'failed' word of a phase line."
:group 'guix-build-log-faces)
(defface guix-build-log-phase-seconds
'((t :inherit font-lock-constant-face))
"Face for the number of seconds for a phase."
:group 'guix-build-log-faces)
(defcustom guix-build-log-minor-mode-activate t
"If non-nil, then `guix-build-log-minor-mode' is automatically
activated in `shell-mode' buffers."
:type 'boolean
:group 'guix-build-log)
(defcustom guix-build-log-mode-hook '()
"Hook run after `guix-build-log-mode' is entered."
:type 'hook
:group 'guix-build-log)
(defvar guix-build-log-phase-name-regexp "`\\([^']+\\)'"
"Regexp for a phase name.")
(defvar guix-build-log-phase-start-regexp
(concat "^starting phase " guix-build-log-phase-name-regexp)
"Regexp for the start line of a 'build' phase.")
(defun guix-build-log-title-regexp (&optional state)
"Return regexp for the log title.
STATE is a symbol denoting a state of the title. It should be
`start', `fail', `success' or `nil' (for a regexp matching any
state)."
(let* ((word-rx (rx (1+ (any word "-"))))
(state-rx (cond ((eq state 'start) (concat word-rx "started"))
((eq state 'success) (concat word-rx "succeeded"))
((eq state 'fail) (concat word-rx "failed"))
(t word-rx))))
(rx-to-string
`(and bol (group "@") " " (group (regexp ,state-rx)))
t)))
(defun guix-build-log-phase-end-regexp (&optional state)
"Return regexp for the end line of a 'build' phase.
STATE is a symbol denoting how a build phase was ended. It should be
`fail', `success' or `nil' (for a regexp matching any state)."
(let ((state-rx (cond ((eq state 'success) "succeeded")
((eq state 'fail) "failed")
(t (regexp-opt '("succeeded" "failed"))))))
(rx-to-string
`(and bol "phase " (regexp ,guix-build-log-phase-name-regexp)
" " (group (regexp ,state-rx)) " after "
(group (1+ (or digit "."))) " seconds")
t)))
(defvar guix-build-log-phase-end-regexp
;; For efficiency, it is better to have a regexp for the general line
;; of the phase end, then to call the function all the time.
(guix-build-log-phase-end-regexp)
"Regexp for the end line of a 'build' phase.")
(defvar guix-build-log-font-lock-keywords
`((,(guix-build-log-title-regexp 'start)
(1 'guix-build-log-title-head)
(2 'guix-build-log-title-start))
(,(guix-build-log-title-regexp 'success)
(1 'guix-build-log-title-head)
(2 'guix-build-log-title-success))
(,(guix-build-log-title-regexp 'fail)
(1 'guix-build-log-title-head)
(2 'guix-build-log-title-fail))
(,(guix-build-log-title-regexp)
(1 'guix-build-log-title-head)
(2 'guix-build-log-title-end))
(,guix-build-log-phase-start-regexp
(0 'guix-build-log-phase-start)
(1 'guix-build-log-phase-name prepend))
(,(guix-build-log-phase-end-regexp 'success)
(0 'guix-build-log-phase-end)
(1 'guix-build-log-phase-name prepend)
(2 'guix-build-log-phase-success prepend)
(3 'guix-build-log-phase-seconds prepend))
(,(guix-build-log-phase-end-regexp 'fail)
(0 'guix-build-log-phase-end)
(1 'guix-build-log-phase-name prepend)
(2 'guix-build-log-phase-fail prepend)
(3 'guix-build-log-phase-seconds prepend)))
"A list of `font-lock-keywords' for `guix-build-log-mode'.")
(defvar guix-build-log-common-map
(let ((map (make-sparse-keymap)))
(define-key map (kbd "M-n") 'guix-build-log-next-phase)
(define-key map (kbd "M-p") 'guix-build-log-previous-phase)
(define-key map (kbd "TAB") 'guix-build-log-phase-toggle)
(define-key map (kbd "<tab>") 'guix-build-log-phase-toggle)
(define-key map (kbd "<backtab>") 'guix-build-log-phase-toggle-all)
(define-key map [(shift tab)] 'guix-build-log-phase-toggle-all)
map)
"Parent keymap for 'build-log' buffers.
For `guix-build-log-mode' this map is used as is.
For `guix-build-log-minor-mode' this map is prefixed with 'C-c'.")
(defvar guix-build-log-mode-map
(let ((map (make-sparse-keymap)))
(set-keymap-parent
map (make-composed-keymap (list guix-build-log-common-map)
special-mode-map))
(define-key map (kbd "c") 'compilation-shell-minor-mode)
(define-key map (kbd "v") 'view-mode)
map)
"Keymap for `guix-build-log-mode' buffers.")
(defvar guix-build-log-minor-mode-map
(let ((map (make-sparse-keymap)))
(define-key map (kbd "C-c") guix-build-log-common-map)
map)
"Keymap for `guix-build-log-minor-mode' buffers.")
(defun guix-build-log-phase-start (&optional with-header?)
"Return the start point of the current build phase.
If WITH-HEADER? is non-nil, do not skip 'starting phase ...' header.
Return nil, if there is no phase start before the current point."
(save-excursion
(end-of-line)
(when (re-search-backward guix-build-log-phase-start-regexp nil t)
(unless with-header? (end-of-line))
(point))))
(defun guix-build-log-phase-end ()
"Return the end point of the current build phase."
(save-excursion
(beginning-of-line)
(when (re-search-forward guix-build-log-phase-end-regexp nil t)
(point))))
(defun guix-build-log-phase-hide ()
"Hide the body of the current build phase."
(interactive)
(let ((beg (guix-build-log-phase-start))
(end (guix-build-log-phase-end)))
(when (and beg end)
;; If not on the header line, move to it.
(when (and (> (point) beg)
(< (point) end))
(goto-char (guix-build-log-phase-start t)))
(remove-overlays beg end 'invisible t)
(let ((o (make-overlay beg end)))
(overlay-put o 'evaporate t)
(overlay-put o 'invisible t)))))
(defun guix-build-log-phase-show ()
"Show the body of the current build phase."
(interactive)
(let ((beg (guix-build-log-phase-start))
(end (guix-build-log-phase-end)))
(when (and beg end)
(remove-overlays beg end 'invisible t))))
(defun guix-build-log-phase-hidden-p ()
"Return non-nil, if the body of the current build phase is hidden."
(let ((beg (guix-build-log-phase-start)))
(and beg
(cl-some (lambda (o)
(overlay-get o 'invisible))
(overlays-at beg)))))
(defun guix-build-log-phase-toggle-function ()
"Return a function to toggle the body of the current build phase."
(if (guix-build-log-phase-hidden-p)
#'guix-build-log-phase-show
#'guix-build-log-phase-hide))
(defun guix-build-log-phase-toggle ()
"Show/hide the body of the current build phase."
(interactive)
(funcall (guix-build-log-phase-toggle-function)))
(defun guix-build-log-phase-toggle-all ()
"Show/hide the bodies of all build phases."
(interactive)
(save-excursion
;; Some phases may be hidden, and some shown. Whether to hide or to
;; show them, it is determined by the state of the first phase here.
(goto-char (point-min))
(let ((fun (save-excursion
(re-search-forward guix-build-log-phase-start-regexp nil t)
(guix-build-log-phase-toggle-function))))
(while (re-search-forward guix-build-log-phase-start-regexp nil t)
(funcall fun)))))
(defun guix-build-log-next-phase (&optional arg)
"Move to the next build phase.
With ARG, do it that many times. Negative ARG means move
backward."
(interactive "^p")
(if arg
(when (zerop arg) (user-error "Try again"))
(setq arg 1))
(let ((search-fun (if (> arg 0)
#'re-search-forward
#'re-search-backward))
(n (abs arg))
found last-found)
(save-excursion
(end-of-line (if (> arg 0) 1 0)) ; skip the current line
(while (and (not (zerop n))
(setq found
(funcall search-fun
guix-build-log-phase-start-regexp
nil t)))
(setq n (1- n)
last-found found)))
(when last-found
(goto-char last-found)
(forward-line 0))
(or found
(user-error (if (> arg 0)
"No next build phase"
"No previous build phase")))))
(defun guix-build-log-previous-phase (&optional arg)
"Move to the previous build phase.
With ARG, do it that many times. Negative ARG means move
forward."
(interactive "^p")
(guix-build-log-next-phase (- (or arg 1))))
;;;###autoload
(define-derived-mode guix-build-log-mode special-mode
"Guix-Build-Log"
"Major mode for viewing Guix build logs.
\\{guix-build-log-mode-map}"
(setq font-lock-defaults '(guix-build-log-font-lock-keywords t)))
;;;###autoload
(define-minor-mode guix-build-log-minor-mode
"Toggle Guix Build Log minor mode.
With a prefix argument ARG, enable Guix Build Log minor mode if
ARG is positive, and disable it otherwise. If called from Lisp,
enable the mode if ARG is omitted or nil.
When Guix Build Log minor mode is enabled, it highlights build
log in the current buffer. This mode can be enabled
programmatically using hooks:
(add-hook 'shell-mode-hook 'guix-build-log-minor-mode)
\\{guix-build-log-minor-mode-map}"
:init-value nil
:lighter " Guix-Build-Log"
:keymap guix-build-log-minor-mode-map
:group 'guix-build-log
(if guix-build-log-minor-mode
(font-lock-add-keywords nil guix-build-log-font-lock-keywords)
(font-lock-remove-keywords nil guix-build-log-font-lock-keywords))
(when font-lock-mode
(font-lock-fontify-buffer)))
;;;###autoload
(defun guix-build-log-minor-mode-activate-maybe ()
"Activate `guix-build-log-minor-mode' depending on
`guix-build-log-minor-mode-activate' variable."
(when guix-build-log-minor-mode-activate
(guix-build-log-minor-mode)))
(defun guix-build-log-find-file (file-or-url)
"Open FILE-OR-URL in `guix-build-log-mode'."
(guix-find-file-or-url file-or-url)
(guix-build-log-mode))
;;;###autoload
(add-hook 'shell-mode-hook 'guix-build-log-minor-mode-activate-maybe)
;;;###autoload
(add-to-list 'auto-mode-alist
;; Regexp for log files (usually placed in /var/log/guix/...)
(cons (rx "/guix/drvs/" (= 2 alnum) "/" (= 30 alnum)
"-" (+ (any alnum "-+.")) ".drv" string-end)
'guix-build-log-mode))
(provide 'guix-build-log)
;;; guix-build-log.el ends here

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emacs/guix-command.el
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@ -1,830 +0,0 @@
;;; guix-command.el --- Popup interface for guix commands -*- lexical-binding: t -*-
;; Copyright © 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides a magit-like popup interface for running guix
;; commands in Guix REPL. The entry point is "M-x guix". When it is
;; called the first time, "guix --help" output is parsed and
;; `guix-COMMAND-action' functions are generated for each available guix
;; COMMAND. Then a window with these commands is popped up. When a
;; particular COMMAND is called, "guix COMMAND --help" output is parsed,
;; and a user get a new popup window with available options for this
;; command and so on.
;; To avoid hard-coding all guix options, actions, etc., as much data is
;; taken from "guix ... --help" outputs as possible. But this data is
;; still incomplete: not all long options have short analogs, also
;; special readers should be used for some options (for example, to
;; complete package names while prompting for a package). So after
;; parsing --help output, the arguments are "improved". All arguments
;; (switches, options and actions) are `guix-command-argument'
;; structures.
;; Only "M-x guix" command is available after this file is loaded. The
;; rest commands/actions/popups are generated on the fly only when they
;; are needed (that's why there is a couple of `eval'-s in this file).
;; COMMANDS argument is used by many functions in this file. It means a
;; list of guix commands without "guix" itself, e.g.: ("build"),
;; ("import" "gnu"). The empty list stands for the plain "guix" without
;; subcommands.
;; All actions in popup windows are divided into 2 groups:
;;
;; - 'Popup' actions - used to pop up another window. For example, every
;; action in the 'guix' or 'guix import' window is a popup action. They
;; are defined by `guix-command-define-popup-action' macro.
;;
;; - 'Execute' actions - used to do something with the command line (to
;; run a command in Guix REPL or to copy it into kill-ring) constructed
;; with the current popup. They are defined by
;; `guix-command-define-execute-action' macro.
;;; Code:
(require 'cl-lib)
(require 'guix-popup)
(require 'guix-utils)
(require 'guix-help-vars)
(require 'guix-read)
(require 'guix-base)
(require 'guix-build-log)
(require 'guix-guile)
(require 'guix-external)
(defgroup guix-commands nil
"Settings for guix popup windows."
:group 'guix)
(defvar guix-command-complex-with-shared-arguments
'("system")
"List of guix commands which have subcommands with shared options.
I.e., 'guix foo --help' is the same as 'guix foo bar --help'.")
(defun guix-command-action-name (&optional commands &rest name-parts)
"Return name of action function for guix COMMANDS."
(guix-command-symbol (append commands name-parts (list "action"))))
;;; Command arguments
(cl-defstruct (guix-command-argument
(:constructor guix-command-make-argument)
(:copier guix-command-copy-argument))
name char doc fun switch? option? action?)
(cl-defun guix-command-modify-argument
(argument &key
(name nil name-bound?)
(char nil char-bound?)
(doc nil doc-bound?)
(fun nil fun-bound?)
(switch? nil switch?-bound?)
(option? nil option?-bound?)
(action? nil action?-bound?))
"Return a modified version of ARGUMENT."
(declare (indent 1))
(let ((copy (guix-command-copy-argument argument)))
(and name-bound? (setf (guix-command-argument-name copy) name))
(and char-bound? (setf (guix-command-argument-char copy) char))
(and doc-bound? (setf (guix-command-argument-doc copy) doc))
(and fun-bound? (setf (guix-command-argument-fun copy) fun))
(and switch?-bound? (setf (guix-command-argument-switch? copy) switch?))
(and option?-bound? (setf (guix-command-argument-option? copy) option?))
(and action?-bound? (setf (guix-command-argument-action? copy) action?))
copy))
(defun guix-command-modify-argument-from-alist (argument alist)
"Return a modified version of ARGUMENT or nil if it wasn't modified.
Each assoc from ALIST have a form (NAME . PLIST). NAME is an
argument name. PLIST is a property list of argument parameters
to be modified."
(let* ((name (guix-command-argument-name argument))
(plist (guix-assoc-value alist name)))
(when plist
(apply #'guix-command-modify-argument
argument plist))))
(defmacro guix-command-define-argument-improver (name alist)
"Define NAME variable and function to modify an argument from ALIST."
(declare (indent 1))
`(progn
(defvar ,name ,alist)
(defun ,name (argument)
(guix-command-modify-argument-from-alist argument ,name))))
(guix-command-define-argument-improver
guix-command-improve-action-argument
'(("container" :char ?C)
("graph" :char ?G)
("environment" :char ?E)
("publish" :char ?u)
("pull" :char ?P)
("size" :char ?z)))
(guix-command-define-argument-improver
guix-command-improve-common-argument
'(("--help" :switch? nil)
("--version" :switch? nil)))
(guix-command-define-argument-improver
guix-command-improve-target-argument
'(("--target" :char ?T)))
(guix-command-define-argument-improver
guix-command-improve-system-type-argument
'(("--system" :fun guix-read-system-type)))
(guix-command-define-argument-improver
guix-command-improve-load-path-argument
'(("--load-path" :fun read-directory-name)))
(guix-command-define-argument-improver
guix-command-improve-search-paths-argument
'(("--search-paths" :char ?P)))
(guix-command-define-argument-improver
guix-command-improve-substitute-urls-argument
'(("--substitute-urls" :char ?U)))
(guix-command-define-argument-improver
guix-command-improve-hash-argument
'(("--format" :fun guix-read-hash-format)))
(guix-command-define-argument-improver
guix-command-improve-key-policy-argument
'(("--key-download" :fun guix-read-key-policy)))
(defvar guix-command-improve-common-build-argument
'(("--no-substitutes" :char ?s)
("--no-build-hook" :char ?h)
("--max-silent-time" :char ?x)
("--rounds" :char ?R :fun read-number)
("--with-input" :char ?W)))
(defun guix-command-improve-common-build-argument (argument)
(guix-command-modify-argument-from-alist
argument
(append guix-command-improve-load-path-argument
guix-command-improve-substitute-urls-argument
guix-command-improve-common-build-argument)))
(guix-command-define-argument-improver
guix-command-improve-archive-argument
'(("--generate-key" :char ?k)))
(guix-command-define-argument-improver
guix-command-improve-build-argument
'(("--no-grafts" :char ?g)
("--file" :fun guix-read-file-name)
("--root" :fun guix-read-file-name)
("--sources" :char ?S :fun guix-read-source-type :switch? nil)
("--with-source" :fun guix-read-file-name)))
(guix-command-define-argument-improver
guix-command-improve-environment-argument
'(("--ad-hoc"
:name "--ad-hoc " :fun guix-read-package-names-string
:switch? nil :option? t)
("--expose" :char ?E)
("--share" :char ?S)
("--load" :fun guix-read-file-name)))
(guix-command-define-argument-improver
guix-command-improve-gc-argument
'(("--list-dead" :char ?D)
("--list-live" :char ?L)
("--referrers" :char ?f)
("--verify" :fun guix-read-verify-options-string)))
(guix-command-define-argument-improver
guix-command-improve-graph-argument
'(("--type" :fun guix-read-graph-type)))
(guix-command-define-argument-improver
guix-command-improve-import-argument
'(("cran" :char ?r)))
(guix-command-define-argument-improver
guix-command-improve-import-elpa-argument
'(("--archive" :fun guix-read-elpa-archive)))
(guix-command-define-argument-improver
guix-command-improve-lint-argument
'(("--checkers" :fun guix-read-lint-checker-names-string)))
(guix-command-define-argument-improver
guix-command-improve-package-argument
;; Unlike all other options, --install/--remove do not have a form
;; '--install=foo,bar' but '--install foo bar' instead, so we need
;; some tweaks.
'(("--install"
:name "--install " :fun guix-read-package-names-string
:switch? nil :option? t)
("--remove"
:name "--remove " :fun guix-read-package-names-string
:switch? nil :option? t)
("--install-from-file" :fun guix-read-file-name)
("--manifest" :fun guix-read-file-name)
("--profile" :fun guix-read-file-name)
("--do-not-upgrade" :char ?U)
("--roll-back" :char ?R)
("--show" :char ?w :fun guix-read-package-name)))
(guix-command-define-argument-improver
guix-command-improve-refresh-argument
'(("--select" :fun guix-read-refresh-subset)
("--type" :fun guix-read-refresh-updater-names-string)
("--key-server" :char ?S)))
(guix-command-define-argument-improver
guix-command-improve-size-argument
'(("--map-file" :fun guix-read-file-name)))
(guix-command-define-argument-improver
guix-command-improve-system-argument
'(("disk-image" :char ?D)
("vm-image" :char ?V)
("--on-error" :char ?E)
("--no-grub" :char ?g)
("--full-boot" :char ?b)))
(defvar guix-command-argument-improvers
'((()
guix-command-improve-action-argument)
(("archive")
guix-command-improve-common-build-argument
guix-command-improve-target-argument
guix-command-improve-system-type-argument
guix-command-improve-archive-argument)
(("build")
guix-command-improve-common-build-argument
guix-command-improve-target-argument
guix-command-improve-system-type-argument
guix-command-improve-build-argument)
(("download")
guix-command-improve-hash-argument)
(("hash")
guix-command-improve-hash-argument)
(("environment")
guix-command-improve-common-build-argument
guix-command-improve-search-paths-argument
guix-command-improve-system-type-argument
guix-command-improve-environment-argument)
(("gc")
guix-command-improve-gc-argument)
(("graph")
guix-command-improve-graph-argument)
(("import")
guix-command-improve-import-argument)
(("import" "gnu")
guix-command-improve-key-policy-argument)
(("import" "elpa")
guix-command-improve-import-elpa-argument)
(("lint")
guix-command-improve-lint-argument)
(("package")
guix-command-improve-common-build-argument
guix-command-improve-search-paths-argument
guix-command-improve-package-argument)
(("refresh")
guix-command-improve-key-policy-argument
guix-command-improve-refresh-argument)
(("size")
guix-command-improve-system-type-argument
guix-command-improve-substitute-urls-argument
guix-command-improve-size-argument)
(("system")
guix-command-improve-common-build-argument
guix-command-improve-system-argument))
"Alist of guix commands and argument improvers for them.")
(defun guix-command-improve-argument (argument improvers)
"Return ARGUMENT modified with IMPROVERS."
(or (cl-some (lambda (improver)
(funcall improver argument))
improvers)
argument))
(defun guix-command-improve-arguments (arguments commands)
"Return ARGUMENTS for 'guix COMMANDS ...' modified for popup interface."
(let ((improvers (cons 'guix-command-improve-common-argument
(guix-assoc-value guix-command-argument-improvers
commands))))
(mapcar (lambda (argument)
(guix-command-improve-argument argument improvers))
arguments)))
(defun guix-command-parse-arguments (&optional commands)
"Return a list of parsed 'guix COMMANDS ...' arguments."
(with-temp-buffer
(insert (guix-help-string commands))
(let (args)
(guix-while-search guix-help-parse-option-regexp
(let* ((short (match-string-no-properties 1))
(name (match-string-no-properties 2))
(arg (match-string-no-properties 3))
(doc (match-string-no-properties 4))
(char (if short
(elt short 1) ; short option letter
(elt name 2))) ; first letter of the long option
;; If "--foo=bar" or "--foo[=bar]" then it is 'option'.
(option? (not (string= "" arg)))
;; If "--foo" or "--foo[=bar]" then it is 'switch'.
(switch? (or (string= "" arg)
(eq ?\[ (elt arg 0)))))
(push (guix-command-make-argument
:name name
:char char
:doc doc
:switch? switch?
:option? option?)
args)))
(guix-while-search guix-help-parse-command-regexp
(let* ((name (match-string-no-properties 1))
(char (elt name 0)))
(push (guix-command-make-argument
:name name
:char char
:fun (guix-command-action-name commands name)
:action? t)
args)))
args)))
(defun guix-command-rest-argument (&optional commands)
"Return '--' argument for COMMANDS."
(cl-flet ((argument (&rest args)
(apply #'guix-command-make-argument
:name "-- " :char ?= :option? t args)))
(let ((command (car commands)))
(cond
((member command
'("archive" "build" "challenge" "edit"
"graph" "lint" "refresh"))
(argument :doc "Packages" :fun 'guix-read-package-names-string))
((equal commands '("container" "exec"))
(argument :doc "PID Command [Args...]"))
((string= command "download")
(argument :doc "URL"))
((string= command "environment")
(argument :doc "Command [Args...]" :fun 'read-shell-command))
((string= command "gc")
(argument :doc "Paths" :fun 'guix-read-file-name))
((member command '("hash" "system"))
(argument :doc "File" :fun 'guix-read-file-name))
((string= command "size")
(argument :doc "Package" :fun 'guix-read-package-name))
((equal commands '("import" "nix"))
(argument :doc "Nixpkgs Attribute"))
;; Other 'guix import' subcommands, but not 'import' itself.
((and (cdr commands)
(string= command "import"))
(argument :doc "Package name"))))))
(defvar guix-command-additional-arguments
`((("environment")
,(guix-command-make-argument
:name "++packages " :char ?p :option? t
:doc "build inputs of the specified packages"
:fun 'guix-read-package-names-string)))
"Alist of guix commands and additional arguments for them.
These are 'fake' arguments that are not presented in 'guix' shell
commands.")
(defun guix-command-additional-arguments (&optional commands)
"Return additional arguments for COMMANDS."
(let ((rest-arg (guix-command-rest-argument commands)))
(append (guix-assoc-value guix-command-additional-arguments
commands)
(and rest-arg (list rest-arg)))))
;; Ideally only `guix-command-arguments' function should exist with the
;; contents of `guix-command-all-arguments', but we need to make a
;; special case for `guix-command-complex-with-shared-arguments' commands.
(defun guix-command-all-arguments (&optional commands)
"Return list of all arguments for 'guix COMMANDS ...'."
(let ((parsed (guix-command-parse-arguments commands)))
(append (guix-command-improve-arguments parsed commands)
(guix-command-additional-arguments commands))))
(guix-memoized-defalias guix-command-all-arguments-memoize
guix-command-all-arguments)
(defun guix-command-arguments (&optional commands)
"Return list of arguments for 'guix COMMANDS ...'."
(let ((command (car commands)))
(if (member command
guix-command-complex-with-shared-arguments)
;; Take actions only for 'guix system', and switches+options for
;; 'guix system foo'.
(funcall (if (null (cdr commands))
#'cl-remove-if-not
#'cl-remove-if)
#'guix-command-argument-action?
(guix-command-all-arguments-memoize (list command)))
(guix-command-all-arguments commands))))
(defun guix-command-switch->popup-switch (switch)
"Return popup switch from command SWITCH argument."
(list (guix-command-argument-char switch)
(or (guix-command-argument-doc switch)
"Unknown")
(guix-command-argument-name switch)))
(defun guix-command-option->popup-option (option)
"Return popup option from command OPTION argument."
(list (guix-command-argument-char option)
(or (guix-command-argument-doc option)
"Unknown")
(let ((name (guix-command-argument-name option)))
(if (string-match-p " \\'" name) ; ends with space
name
(concat name "=")))
(or (guix-command-argument-fun option)
'read-from-minibuffer)))
(defun guix-command-action->popup-action (action)
"Return popup action from command ACTION argument."
(list (guix-command-argument-char action)
(or (guix-command-argument-doc action)
(guix-command-argument-name action)
"Unknown")
(guix-command-argument-fun action)))
(defun guix-command-sort-arguments (arguments)
"Sort ARGUMENTS by name in alphabetical order."
(sort arguments
(lambda (a1 a2)
(let ((name1 (guix-command-argument-name a1))
(name2 (guix-command-argument-name a2)))
(cond ((null name1) nil)
((null name2) t)
(t (string< name1 name2)))))))
(defun guix-command-switches (arguments)
"Return switches from ARGUMENTS."
(cl-remove-if-not #'guix-command-argument-switch? arguments))
(defun guix-command-options (arguments)
"Return options from ARGUMENTS."
(cl-remove-if-not #'guix-command-argument-option? arguments))
(defun guix-command-actions (arguments)
"Return actions from ARGUMENTS."
(cl-remove-if-not #'guix-command-argument-action? arguments))
;;; Post processing popup arguments
(defvar guix-command-post-processors
'(("environment"
guix-command-post-process-environment-packages
guix-command-post-process-environment-ad-hoc
guix-command-post-process-rest-multiple-leave)
("hash"
guix-command-post-process-rest-single)
("package"
guix-command-post-process-package-args)
("system"
guix-command-post-process-rest-single))
"Alist of guix commands and functions for post-processing
a list of arguments returned from popup interface.
Each function is called on the returned arguments in turn.")
(defvar guix-command-rest-arg-regexp
(rx string-start "-- " (group (+ any)))
"Regexp to match a string with the 'rest' arguments.")
(defun guix-command-replace-args (args predicate modifier)
"Replace arguments matching PREDICATE from ARGS.
Call MODIFIER on each argument matching PREDICATE and append the
returned list of strings to the end of ARGS. Remove the original
arguments."
(let* ((rest nil)
(args (mapcar (lambda (arg)
(if (funcall predicate arg)
(progn
(push (funcall modifier arg) rest)
nil)
arg))
args)))
(if rest
(apply #'append (delq nil args) rest)
args)))
(cl-defun guix-command-post-process-matching-args (args regexp
&key group split?)
"Modify arguments from ARGS matching REGEXP by moving them to
the end of ARGS list. If SPLIT? is non-nil, split matching
arguments into multiple subarguments."
(guix-command-replace-args
args
(lambda (arg)
(string-match regexp arg))
(lambda (arg)
(let ((val (match-string (or group 0) arg))
(fun (if split? #'split-string #'list)))
(funcall fun val)))))
(defun guix-command-post-process-rest-single (args)
"Modify ARGS by moving '-- ARG' argument to the end of ARGS list."
(guix-command-post-process-matching-args
args guix-command-rest-arg-regexp
:group 1))
(defun guix-command-post-process-rest-multiple (args)
"Modify ARGS by splitting '-- ARG ...' into multiple subarguments
and moving them to the end of ARGS list.
Remove '-- ' string."
(guix-command-post-process-matching-args
args guix-command-rest-arg-regexp
:group 1
:split? t))
(defun guix-command-post-process-rest-multiple-leave (args)
"Modify ARGS by splitting '-- ARG ...' into multiple subarguments
and moving them to the end of ARGS list.
Leave '--' string as a separate argument."
(guix-command-post-process-matching-args
args guix-command-rest-arg-regexp
:split? t))
(defun guix-command-post-process-package-args (args)
"Adjust popup ARGS for 'guix package' command."
(guix-command-post-process-matching-args
args (rx string-start (or "--install " "--remove ") (+ any))
:split? t))
(defun guix-command-post-process-environment-packages (args)
"Adjust popup ARGS for specified packages of 'guix environment'
command."
(guix-command-post-process-matching-args
args (rx string-start "++packages " (group (+ any)))
:group 1
:split? t))
(defun guix-command-post-process-environment-ad-hoc (args)
"Adjust popup ARGS for '--ad-hoc' argument of 'guix environment'
command."
(guix-command-post-process-matching-args
args (rx string-start "--ad-hoc " (+ any))
:split? t))
(defun guix-command-post-process-args (commands args)
"Adjust popup ARGS for guix COMMANDS."
(let* ((command (car commands))
(processors
(append (guix-assoc-value guix-command-post-processors commands)
(guix-assoc-value guix-command-post-processors command))))
(guix-modify args
(or processors
(list #'guix-command-post-process-rest-multiple)))))
;;; 'Execute' actions
(defvar guix-command-default-execute-arguments
(list
(guix-command-make-argument
:name "repl" :char ?r :doc "Run in Guix REPL")
(guix-command-make-argument
:name "shell" :char ?s :doc "Run in shell")
(guix-command-make-argument
:name "copy" :char ?c :doc "Copy command line"))
"List of default 'execute' action arguments.")
(defvar guix-command-additional-execute-arguments
(let ((graph-arg (guix-command-make-argument
:name "view" :char ?v :doc "View graph")))
`((("build")
,(guix-command-make-argument
:name "log" :char ?l :doc "View build log"))
(("graph") ,graph-arg)
(("size")
,(guix-command-make-argument
:name "view" :char ?v :doc "View map"))
(("system" "shepherd-graph") ,graph-arg)
(("system" "extension-graph") ,graph-arg)))
"Alist of guix commands and additional 'execute' action arguments.")
(defun guix-command-execute-arguments (commands)
"Return a list of 'execute' action arguments for COMMANDS."
(mapcar (lambda (arg)
(guix-command-modify-argument arg
:action? t
:fun (guix-command-action-name
commands (guix-command-argument-name arg))))
(append guix-command-default-execute-arguments
(guix-assoc-value
guix-command-additional-execute-arguments commands))))
(defvar guix-command-special-executors
'((("environment")
("repl" . guix-run-environment-command-in-repl))
(("pull")
("repl" . guix-run-pull-command-in-repl))
(("build")
("log" . guix-run-view-build-log))
(("graph")
("view" . guix-run-view-graph))
(("size")
("view" . guix-run-view-size-map))
(("system" "shepherd-graph")
("view" . guix-run-view-graph))
(("system" "extension-graph")
("view" . guix-run-view-graph)))
"Alist of guix commands and alists of special executers for them.
See also `guix-command-default-executors'.")
(defvar guix-command-default-executors
'(("repl" . guix-run-command-in-repl)
("shell" . guix-run-command-in-shell)
("copy" . guix-copy-command-as-kill))
"Alist of default executers for action names.")
(defun guix-command-executor (commands name)
"Return function to run command line arguments for guix COMMANDS."
(or (guix-assoc-value guix-command-special-executors commands name)
(guix-assoc-value guix-command-default-executors name)))
(defun guix-run-environment-command-in-repl (args)
"Run 'guix ARGS ...' environment command in Guix REPL."
;; As 'guix environment' usually tries to run another process, it may
;; be fun but not wise to run this command in Geiser REPL.
(when (or (member "--dry-run" args)
(member "--search-paths" args)
(when (y-or-n-p
(format "'%s' command will spawn an external process.
Do you really want to execute this command in Geiser REPL? "
(guix-command-string args)))
(message "May \"M-x shell-mode\" be with you!")
t))
(guix-run-command-in-repl args)))
(defun guix-run-pull-command-in-repl (args)
"Run 'guix ARGS ...' pull command in Guix REPL.
Perform pull-specific actions after operation, see
`guix-after-pull-hook' and `guix-update-after-pull'."
(guix-eval-in-repl
(apply #'guix-make-guile-expression 'guix-command args)
nil 'pull))
(defun guix-run-view-build-log (args)
"Add --log-file to ARGS, run 'guix ARGS ...' build command, and
open the log file(s)."
(let* ((args (if (member "--log-file" args)
args
(cl-list* (car args) "--log-file" (cdr args))))
(output (guix-command-output args))
(files (split-string output "\n" t)))
(dolist (file files)
(guix-build-log-find-file file))))
(defun guix-run-view-graph (args)
"Run 'guix ARGS ...' graph command, make the image and open it."
(let* ((graph-file (guix-dot-file-name))
(dot-args (guix-dot-arguments graph-file)))
(if (guix-eval-read (guix-make-guile-expression
'pipe-guix-output args dot-args))
(guix-find-file graph-file)
(error "Couldn't create a graph"))))
(defun guix-run-view-size-map (args)
"Run 'guix ARGS ...' size command, and open the map file."
(let* ((wished-map-file
(cl-some (lambda (arg)
(and (string-match "--map-file=\\(.+\\)" arg)
(match-string 1 arg)))
args))
(map-file (or wished-map-file (guix-png-file-name)))
(args (if wished-map-file
args
(cl-list* (car args)
(concat "--map-file=" map-file)
(cdr args)))))
(guix-command-output args)
(guix-find-file map-file)))
;;; Generating popups, actions, etc.
(defmacro guix-command-define-popup-action (name &optional commands)
"Define NAME function to generate (if needed) and run popup for COMMANDS."
(declare (indent 1) (debug t))
(let* ((popup-fun (guix-command-symbol `(,@commands "popup")))
(doc (format "Call `%s' (generate it if needed)."
popup-fun)))
`(defun ,name (&optional arg)
,doc
(interactive "P")
(unless (fboundp ',popup-fun)
(guix-command-generate-popup ',popup-fun ',commands))
(,popup-fun arg))))
(defmacro guix-command-define-execute-action (name executor
&optional commands)
"Define NAME function to execute the current action for guix COMMANDS.
EXECUTOR function is called with the current command line arguments."
(declare (indent 1) (debug t))
(let* ((arguments-fun (guix-command-symbol `(,@commands "arguments")))
(doc (format "Call `%s' with the current popup arguments."
executor)))
`(defun ,name (&rest args)
,doc
(interactive (,arguments-fun))
(,executor (append ',commands
(guix-command-post-process-args
',commands args))))))
(defun guix-command-generate-popup-actions (actions &optional commands)
"Generate 'popup' commands from ACTIONS arguments for guix COMMANDS."
(dolist (action actions)
(let ((fun (guix-command-argument-fun action)))
(unless (fboundp fun)
(eval `(guix-command-define-popup-action ,fun
,(append commands
(list (guix-command-argument-name action)))))))))
(defun guix-command-generate-execute-actions (actions &optional commands)
"Generate 'execute' commands from ACTIONS arguments for guix COMMANDS."
(dolist (action actions)
(let ((fun (guix-command-argument-fun action)))
(unless (fboundp fun)
(eval `(guix-command-define-execute-action ,fun
,(guix-command-executor
commands (guix-command-argument-name action))
,commands))))))
(defun guix-command-generate-popup (name &optional commands)
"Define NAME popup with 'guix COMMANDS ...' interface."
(let* ((command (car commands))
(man-page (concat "guix" (and command (concat "-" command))))
(doc (format "Popup window for '%s' command."
(guix-concat-strings (cons "guix" commands)
" ")))
(args (guix-command-arguments commands))
(switches (guix-command-sort-arguments
(guix-command-switches args)))
(options (guix-command-sort-arguments
(guix-command-options args)))
(popup-actions (guix-command-sort-arguments
(guix-command-actions args)))
(execute-actions (unless popup-actions
(guix-command-execute-arguments commands)))
(actions (or popup-actions execute-actions)))
(if popup-actions
(guix-command-generate-popup-actions popup-actions commands)
(guix-command-generate-execute-actions execute-actions commands))
(eval
`(guix-define-popup ,name
,doc
'guix-commands
:man-page ,man-page
:switches ',(mapcar #'guix-command-switch->popup-switch switches)
:options ',(mapcar #'guix-command-option->popup-option options)
:actions ',(mapcar #'guix-command-action->popup-action actions)
:max-action-columns 4))))
;;;###autoload (autoload 'guix "guix-command" "Popup window for 'guix'." t)
(guix-command-define-popup-action guix)
(defalias 'guix-edit-action #'guix-edit)
(defvar guix-command-font-lock-keywords
(eval-when-compile
`((,(rx "("
(group "guix-command-define-"
(or "popup-action"
"execute-action"
"argument-improver"))
symbol-end
(zero-or-more blank)
(zero-or-one
(group (one-or-more (or (syntax word) (syntax symbol))))))
(1 font-lock-keyword-face)
(2 font-lock-function-name-face nil t)))))
(font-lock-add-keywords 'emacs-lisp-mode guix-command-font-lock-keywords)
(provide 'guix-command)
;;; guix-command.el ends here

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;;; guix-config.el --- Compile-time configuration of Guix.
;; Copyright © 2015 Mathieu Lirzin <mthl@openmailbox.org>
;; Copyright © 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Code:
(defconst guix-config-name "@PACKAGE_NAME@"
"Guix full name.")
(defconst guix-config-version "@PACKAGE_VERSION@"
"Guix version.")
(defconst guix-config-emacs-interface-directory
(replace-regexp-in-string "${prefix}" "@prefix@" "@emacsuidir@"))
(defconst guix-config-state-directory
;; This must match `NIX_STATE_DIR' as defined in `nix/local.mk'.
(or (getenv "NIX_STATE_DIR") "@guix_localstatedir@/guix"))
(defconst guix-config-guile-program "@GUILE@"
"Name of the 'guile' executable defined at configure time.")
(defconst guix-config-dot-program "@DOT_USER_PROGRAM@"
"Name of the 'dot' executable defined at configure time.")
(provide 'guix-config)
;;; guix-config.el ends here

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;;; guix-devel.el --- Development tools -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides commands useful for developing Guix (or even
;; arbitrary Guile code) with Geiser.
;;; Code:
(require 'lisp-mode)
(require 'guix-guile)
(require 'guix-geiser)
(require 'guix-utils)
(require 'guix-base)
(defgroup guix-devel nil
"Settings for Guix development utils."
:group 'guix)
(defgroup guix-devel-faces nil
"Faces for `guix-devel-mode'."
:group 'guix-devel
:group 'guix-faces)
(defface guix-devel-modify-phases-keyword
'((t :inherit font-lock-preprocessor-face))
"Face for a `modify-phases' keyword ('delete', 'replace', etc.)."
:group 'guix-devel-faces)
(defface guix-devel-gexp-symbol
'((t :inherit font-lock-keyword-face))
"Face for gexp symbols ('#~', '#$', etc.).
See Info node `(guix) G-Expressions'."
:group 'guix-devel-faces)
(defcustom guix-devel-activate-mode t
"If non-nil, then `guix-devel-mode' is automatically activated
in Scheme buffers."
:type 'boolean
:group 'guix-devel)
(defun guix-devel-use-modules (&rest modules)
"Use guile MODULES."
(apply #'guix-geiser-call "use-modules" modules))
(defun guix-devel-use-module (&optional module)
"Use guile MODULE in the current Geiser REPL.
MODULE is a string with the module name - e.g., \"(ice-9 match)\".
Interactively, use the module defined by the current scheme file."
(interactive (list (guix-guile-current-module)))
(guix-devel-use-modules module)
(message "Using %s module." module))
(defun guix-devel-copy-module-as-kill ()
"Put the name of the current guile module into `kill-ring'."
(interactive)
(guix-copy-as-kill (guix-guile-current-module)))
(defun guix-devel-setup-repl (&optional repl)
"Setup REPL for using `guix-devel-...' commands."
(guix-devel-use-modules "(guix monad-repl)"
"(guix scripts)"
"(guix store)"
"(guix ui)")
;; Without this workaround, the warning/build output disappears. See
;; <https://github.com/jaor/geiser/issues/83> for details.
(guix-geiser-eval-in-repl-synchronously
"(begin
(guix-warning-port (current-warning-port))
(current-build-output-port (current-error-port)))"
repl 'no-history 'no-display))
(defvar guix-devel-repl-processes nil
"List of REPL processes configured by `guix-devel-setup-repl'.")
(defun guix-devel-setup-repl-maybe (&optional repl)
"Setup (if needed) REPL for using `guix-devel-...' commands."
(let ((process (get-buffer-process (or repl (guix-geiser-repl)))))
(when (and process
(not (memq process guix-devel-repl-processes)))
(guix-devel-setup-repl repl)
(push process guix-devel-repl-processes))))
(defmacro guix-devel-with-definition (def-var &rest body)
"Run BODY with the current guile definition bound to DEF-VAR.
Bind DEF-VAR variable to the name of the current top-level
definition, setup the current REPL, use the current module, and
run BODY."
(declare (indent 1) (debug (symbolp body)))
`(let ((,def-var (guix-guile-current-definition)))
(guix-devel-setup-repl-maybe)
(guix-devel-use-modules (guix-guile-current-module))
,@body))
(defun guix-devel-build-package-definition ()
"Build a package defined by the current top-level variable definition."
(interactive)
(guix-devel-with-definition def
(when (or (not guix-operation-confirm)
(guix-operation-prompt (format "Build '%s'?" def)))
(guix-geiser-eval-in-repl
(concat ",run-in-store "
(guix-guile-make-call-expression
"build-package" def
"#:use-substitutes?" (guix-guile-boolean
guix-use-substitutes)
"#:dry-run?" (guix-guile-boolean guix-dry-run)))))))
(defun guix-devel-build-package-source ()
"Build the source of the current package definition."
(interactive)
(guix-devel-with-definition def
(when (or (not guix-operation-confirm)
(guix-operation-prompt
(format "Build '%s' package source?" def)))
(guix-geiser-eval-in-repl
(concat ",run-in-store "
(guix-guile-make-call-expression
"build-package-source" def
"#:use-substitutes?" (guix-guile-boolean
guix-use-substitutes)
"#:dry-run?" (guix-guile-boolean guix-dry-run)))))))
(defun guix-devel-lint-package ()
"Check the current package.
See Info node `(guix) Invoking guix lint' for details."
(interactive)
(guix-devel-with-definition def
(guix-devel-use-modules "(guix scripts lint)")
(when (or (not guix-operation-confirm)
(y-or-n-p (format "Lint '%s' package?" def)))
(guix-geiser-eval-in-repl
(format "(run-checkers %s)" def)))))
;;; Font-lock
(defvar guix-devel-modify-phases-keyword-regexp
(rx (+ word))
"Regexp for a 'modify-phases' keyword ('delete', 'replace', etc.).")
(defun guix-devel-modify-phases-font-lock-matcher (limit)
"Find a 'modify-phases' keyword.
This function is used as a MATCHER for `font-lock-keywords'."
(ignore-errors
(down-list)
(or (re-search-forward guix-devel-modify-phases-keyword-regexp
limit t)
(set-match-data nil))
(up-list)
t))
(defun guix-devel-modify-phases-font-lock-pre ()
"Skip the next sexp, and return the end point of the current list.
This function is used as a PRE-MATCH-FORM for `font-lock-keywords'
to find 'modify-phases' keywords."
(let ((in-comment? (nth 4 (syntax-ppss))))
;; If 'modify-phases' is commented, do not try to search for its
;; keywords.
(unless in-comment?
(ignore-errors (forward-sexp))
(save-excursion (up-list) (point)))))
(defconst guix-devel-keywords
'("call-with-compressed-output-port"
"call-with-container"
"call-with-decompressed-port"
"call-with-derivation-narinfo"
"call-with-derivation-substitute"
"call-with-error-handling"
"call-with-temporary-directory"
"call-with-temporary-output-file"
"define-enumerate-type"
"define-gexp-compiler"
"define-lift"
"define-monad"
"define-operation"
"define-record-type*"
"emacs-substitute-sexps"
"emacs-substitute-variables"
"mbegin"
"mlet"
"mlet*"
"modify-services"
"munless"
"mwhen"
"run-with-state"
"run-with-store"
"signature-case"
"substitute*"
"substitute-keyword-arguments"
"test-assertm"
"use-package-modules"
"use-service-modules"
"use-system-modules"
"with-atomic-file-output"
"with-atomic-file-replacement"
"with-derivation-narinfo"
"with-derivation-substitute"
"with-directory-excursion"
"with-error-handling"
"with-imported-modules"
"with-monad"
"with-mutex"
"with-store"))
(defvar guix-devel-font-lock-keywords
`((,(rx (or "#~" "#$" "#$@" "#+" "#+@")) .
'guix-devel-gexp-symbol)
(,(guix-guile-keyword-regexp (regexp-opt guix-devel-keywords))
(1 'font-lock-keyword-face))
(,(guix-guile-keyword-regexp "modify-phases")
(1 'font-lock-keyword-face)
(guix-devel-modify-phases-font-lock-matcher
(guix-devel-modify-phases-font-lock-pre)
nil
(0 'guix-devel-modify-phases-keyword nil t))))
"A list of `font-lock-keywords' for `guix-devel-mode'.")
;;; Indentation
(defmacro guix-devel-scheme-indent (&rest rules)
"Set `scheme-indent-function' according to RULES.
Each rule should have a form (SYMBOL VALUE). See `put' for details."
(declare (indent 0))
`(progn
,@(mapcar (lambda (rule)
`(put ',(car rule) 'scheme-indent-function ,(cadr rule)))
rules)))
(defun guix-devel-indent-package (state indent-point normal-indent)
"Indentation rule for 'package' form."
(let* ((package-eol (line-end-position))
(count (if (and (ignore-errors (down-list) t)
(< (point) package-eol)
(looking-at "inherit\\>"))
1
0)))
(lisp-indent-specform count state indent-point normal-indent)))
(defun guix-devel-indent-modify-phases-keyword (count)
"Return indentation function for 'modify-phases' keywords."
(lambda (state indent-point normal-indent)
(when (ignore-errors
(goto-char (nth 1 state)) ; start of keyword sexp
(backward-up-list)
(looking-at "(modify-phases\\>"))
(lisp-indent-specform count state indent-point normal-indent))))
(defalias 'guix-devel-indent-modify-phases-keyword-1
(guix-devel-indent-modify-phases-keyword 1))
(defalias 'guix-devel-indent-modify-phases-keyword-2
(guix-devel-indent-modify-phases-keyword 2))
(guix-devel-scheme-indent
(bag 0)
(build-system 0)
(call-with-compressed-output-port 2)
(call-with-container 1)
(call-with-decompressed-port 2)
(call-with-error-handling 0)
(container-excursion 1)
(emacs-batch-edit-file 1)
(emacs-batch-eval 0)
(emacs-substitute-sexps 1)
(emacs-substitute-variables 1)
(file-system 0)
(graft 0)
(manifest-entry 0)
(manifest-pattern 0)
(mbegin 1)
(mlet 2)
(mlet* 2)
(modify-phases 1)
(modify-services 1)
(munless 1)
(mwhen 1)
(operating-system 0)
(origin 0)
(package 'guix-devel-indent-package)
(run-with-state 1)
(run-with-store 1)
(signature-case 1)
(substitute* 1)
(substitute-keyword-arguments 1)
(test-assertm 1)
(with-atomic-file-output 1)
(with-derivation-narinfo 1)
(with-derivation-substitute 2)
(with-directory-excursion 1)
(with-error-handling 0)
(with-imported-modules 1)
(with-monad 1)
(with-mutex 1)
(with-store 1)
(wrap-program 1)
;; 'modify-phases' keywords:
(replace 'guix-devel-indent-modify-phases-keyword-1)
(add-after 'guix-devel-indent-modify-phases-keyword-2)
(add-before 'guix-devel-indent-modify-phases-keyword-2))
(defvar guix-devel-keys-map
(let ((map (make-sparse-keymap)))
(define-key map (kbd "b") 'guix-devel-build-package-definition)
(define-key map (kbd "s") 'guix-devel-build-package-source)
(define-key map (kbd "l") 'guix-devel-lint-package)
(define-key map (kbd "k") 'guix-devel-copy-module-as-kill)
(define-key map (kbd "u") 'guix-devel-use-module)
map)
"Keymap with subkeys for `guix-devel-mode-map'.")
(defvar guix-devel-mode-map
(let ((map (make-sparse-keymap)))
(define-key map (kbd "C-c .") guix-devel-keys-map)
map)
"Keymap for `guix-devel-mode'.")
;;;###autoload
(define-minor-mode guix-devel-mode
"Minor mode for `scheme-mode' buffers.
With a prefix argument ARG, enable the mode if ARG is positive,
and disable it otherwise. If called from Lisp, enable the mode
if ARG is omitted or nil.
When Guix Devel mode is enabled, it provides the following key
bindings:
\\{guix-devel-mode-map}"
:init-value nil
:lighter " Guix"
:keymap guix-devel-mode-map
(if guix-devel-mode
(progn
(setq-local font-lock-multiline t)
(font-lock-add-keywords nil guix-devel-font-lock-keywords))
(setq-local font-lock-multiline nil)
(font-lock-remove-keywords nil guix-devel-font-lock-keywords))
(when font-lock-mode
(font-lock-fontify-buffer)))
;;;###autoload
(defun guix-devel-activate-mode-maybe ()
"Activate `guix-devel-mode' depending on
`guix-devel-activate-mode' variable."
(when guix-devel-activate-mode
(guix-devel-mode)))
;;;###autoload
(add-hook 'scheme-mode-hook 'guix-devel-activate-mode-maybe)
(defvar guix-devel-emacs-font-lock-keywords
(eval-when-compile
`((,(rx "(" (group "guix-devel-with-definition") symbol-end) . 1))))
(font-lock-add-keywords 'emacs-lisp-mode
guix-devel-emacs-font-lock-keywords)
(provide 'guix-devel)
;;; guix-devel.el ends here

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;;; guix-entry.el --- 'Entry' type -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides an API for 'entry' type which is just an alist of
;; KEY/VALUE pairs (KEY should be a symbol) with the required 'id' KEY.
;;; Code:
(require 'cl-lib)
(require 'guix-utils)
(defalias 'guix-entry-value #'guix-assq-value)
(defun guix-entry-id (entry)
"Return ENTRY ID."
(guix-entry-value entry 'id))
(defun guix-entry-by-id (id entries)
"Return an entry from ENTRIES by its ID."
(cl-find-if (lambda (entry)
(equal (guix-entry-id entry) id))
entries))
(defun guix-entries-by-ids (ids entries)
"Return entries with IDS (a list of identifiers) from ENTRIES."
(cl-remove-if-not (lambda (entry)
(member (guix-entry-id entry) ids))
entries))
(defun guix-replace-entry (id new-entry entries)
"Replace an entry with ID from ENTRIES by NEW-ENTRY.
Return a list of entries with the replaced entry."
(cl-substitute-if new-entry
(lambda (entry)
(equal id (guix-entry-id entry)))
entries
:count 1))
(provide 'guix-entry)
;;; guix-entry.el ends here

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;;; guix-external.el --- External programs -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides auxiliary code for running external programs.
;;; Code:
(require 'cl-lib)
(require 'guix-config)
(defgroup guix-external nil
"Settings for external programs."
:group 'guix)
(defcustom guix-guile-program guix-config-guile-program
"Name of the 'guile' executable used for Guix REPL.
May be either a string (the name of the executable) or a list of
strings of the form:
(NAME . ARGS)
Where ARGS is a list of arguments to the guile program."
:type 'string
:group 'guix-external)
(defcustom guix-dot-program
(if (file-name-absolute-p guix-config-dot-program)
guix-config-dot-program
(executable-find "dot"))
"Name of the 'dot' executable."
:type 'string
:group 'guix-external)
(defcustom guix-dot-default-arguments
'("-Tpng")
"Default arguments for 'dot' program."
:type '(repeat string)
:group 'guix-external)
(defcustom guix-dot-file-name-function #'guix-png-file-name
"Function used to define a file name of a temporary 'dot' file.
The function is called without arguments."
:type '(choice (function-item guix-png-file-name)
(function :tag "Other function"))
:group 'guix-external)
(defun guix-dot-arguments (output-file &rest args)
"Return a list of dot arguments for writing a graph into OUTPUT-FILE.
If ARGS is nil, use `guix-dot-default-arguments'."
(or guix-dot-program
(error (concat "Couldn't find 'dot'.\n"
"Set guix-dot-program to a proper value")))
(cl-list* guix-dot-program
(concat "-o" output-file)
(or args guix-dot-default-arguments)))
(defun guix-dot-file-name ()
"Call `guix-dot-file-name-function'."
(funcall guix-dot-file-name-function))
(defun guix-png-file-name ()
"Return '.png' file name in the `temporary-file-directory'."
(concat (make-temp-name
(concat (file-name-as-directory temporary-file-directory)
"guix-emacs-graph-"))
".png"))
(provide 'guix-external)
;;; guix-external.el ends here

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;;; guix-geiser.el --- Interacting with Geiser -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides functions to evaluate guile code using Geiser.
;;; Code:
(require 'geiser-mode)
(require 'guix-guile)
(defun guix-geiser-repl ()
"Return the current Geiser REPL."
(or geiser-repl--repl
(geiser-repl--repl/impl 'guile)
(error "Geiser REPL not found")))
(defun guix-geiser-eval (str &optional repl)
"Evaluate STR with guile expression using Geiser REPL.
If REPL is nil, use the current Geiser REPL.
Return a list of strings with result values of evaluation."
(with-current-buffer (or repl (guix-geiser-repl))
(let ((res (geiser-eval--send/wait `(:eval (:scm ,str)))))
(if (geiser-eval--retort-error res)
(error "Error in evaluating guile expression: %s"
(geiser-eval--retort-output res))
(cdr (assq 'result res))))))
(defun guix-geiser-eval-read (str &optional repl)
"Evaluate STR with guile expression using Geiser REPL.
Return elisp expression of the first result value of evaluation."
;; The goal is to convert a string with scheme expression into elisp
;; expression.
(let ((result (car (guix-geiser-eval str repl))))
(cond
((or (string= result "#f")
(string= result "#<unspecified>"))
nil)
((string= result "#t")
t)
(t
(read (replace-regexp-in-string
"[ (]\\(#f\\)" "nil"
(replace-regexp-in-string
"[ (]\\(#t\\)" "t"
result
nil nil 1)
nil nil 1))))))
(defun guix-repl-send (cmd &optional save-history)
"Send CMD input string to the current REPL buffer.
This is the same as `geiser-repl--send', but with SAVE-HISTORY
argument. If SAVE-HISTORY is non-nil, save CMD in the REPL
history."
(when (and cmd (eq major-mode 'geiser-repl-mode))
(geiser-repl--prepare-send)
(goto-char (point-max))
(comint-kill-input)
(insert cmd)
(let ((comint-input-filter (if save-history
comint-input-filter
'ignore)))
(comint-send-input nil t))))
(defun guix-geiser-eval-in-repl (str &optional repl no-history no-display)
"Switch to Geiser REPL and evaluate STR with guile expression there.
If NO-HISTORY is non-nil, do not save STR in the REPL history.
If NO-DISPLAY is non-nil, do not switch to the REPL buffer."
(let ((repl (or repl (guix-geiser-repl))))
(with-current-buffer repl
;; XXX Since Geiser 0.8, `geiser-repl--send' has SAVE-HISTORY
;; argument, so use this function eventually and remove
;; `guix-repl-send'.
(guix-repl-send str (not no-history)))
(unless no-display
(geiser-repl--switch-to-buffer repl))))
(defun guix-geiser-eval-in-repl-synchronously (str &optional repl
no-history no-display)
"Evaluate STR in Geiser REPL synchronously, i.e. wait until the
REPL operation will be finished.
See `guix-geiser-eval-in-repl' for the meaning of arguments."
(let* ((repl (if repl (get-buffer repl) (guix-geiser-repl)))
(running? nil)
(filter (lambda (output)
(setq running?
(and (get-buffer-process repl)
(not (guix-guile-prompt? output))))))
(comint-output-filter-functions
(cons filter comint-output-filter-functions)))
(guix-geiser-eval-in-repl str repl no-history no-display)
(while running?
(sleep-for 0.1))))
(defun guix-geiser-call (proc &rest args)
"Call (PROC ARGS ...) synchronously using the current Geiser REPL.
PROC and ARGS should be strings."
(guix-geiser-eval
(apply #'guix-guile-make-call-expression proc args)))
(defun guix-geiser-call-in-repl (proc &rest args)
"Call (PROC ARGS ...) in the current Geiser REPL.
PROC and ARGS should be strings."
(guix-geiser-eval-in-repl
(apply #'guix-guile-make-call-expression proc args)))
(provide 'guix-geiser)
;;; guix-geiser.el ends here

98
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;;; guix-guile.el --- Auxiliary tools for working with guile code -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides functions for parsing guile code, making guile
;; expressions, etc.
;;; Code:
(require 'geiser-guile)
(defvar guix-guile-definition-regexp
(rx bol "(define"
(zero-or-one "*")
(zero-or-one "-public")
(one-or-more space)
(zero-or-one "(")
(group (one-or-more (or word (syntax symbol)))))
"Regexp used to find the guile definition.")
(defun guix-guile-current-definition ()
"Return string with name of the current top-level guile definition."
(save-excursion
(beginning-of-defun)
(if (looking-at guix-guile-definition-regexp)
(match-string-no-properties 1)
(error "Couldn't find the current definition"))))
(defun guix-guile-current-module ()
"Return a string with the current guile module.
Return nil, if current buffer does not define a module."
;; Modified version of `geiser-guile--get-module'.
(save-excursion
(geiser-syntax--pop-to-top)
(when (or (re-search-backward geiser-guile--module-re nil t)
(looking-at geiser-guile--library-re)
(re-search-forward geiser-guile--module-re nil t))
(match-string-no-properties 1))))
(defun guix-guile-boolean (arg)
"Return a string with guile boolean value.
Transform elisp ARG (nil or non-nil) to the guile boolean (#f or #t)."
(if arg "#t" "#f"))
(defun guix-guile-keyword-regexp (keyword)
"Return regexp to find guile KEYWORD."
(format "(\\(%s\\)\\_>" keyword))
(defun guix-guile-make-call-expression (proc &rest args)
"Return \"(PROC ARGS ...)\" string.
PROC and ARGS should be strings."
(format "(%s %s)"
proc
(mapconcat #'identity args " ")))
(defun guix-make-guile-expression (fun &rest args)
"Return string containing a guile expression for calling FUN with ARGS."
(format "(%S %s)" fun
(mapconcat
(lambda (arg)
(cond
((null arg) "'()")
((or (eq arg t)
;; An ugly hack to separate 'false' from nil.
(equal arg 'f)
(keywordp arg))
(concat "#" (prin1-to-string arg t)))
((or (symbolp arg) (listp arg))
(concat "'" (prin1-to-string arg)))
(t (prin1-to-string arg))))
args
" ")))
(defun guix-guile-prompt? (string)
"Return non-nil, if STRING contains a Guile prompt."
(or (string-match-p geiser-guile--prompt-regexp string)
(string-match-p geiser-guile--debugger-prompt-regexp string)))
(provide 'guix-guile)
;;; guix-guile.el ends here

108
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@ -1,108 +0,0 @@
;;; guix-help-vars.el --- Variables related to --help output
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides regular expressions to parse various "guix
;; ... --help" outputs and lists of non-receivable items (system types,
;; hash formats, etc.).
;;; Code:
;;; Regexps for parsing "guix ..." outputs
(defvar guix-help-parse-option-regexp
(rx bol " "
(zero-or-one (group "-" (not (any "- ")))
",")
(one-or-more " ")
(group "--" (one-or-more (or wordchar "-")))
(group (zero-or-one "[")
(zero-or-one "="))
(zero-or-more (not space))
(one-or-more space)
(group (one-or-more any)))
"Common regexp used to find command options.")
(defvar guix-help-parse-command-regexp
(rx bol " "
(group wordchar (one-or-more (or wordchar "-"))))
"Regexp used to find guix commands.
'Command' means any option not prefixed with '-'. For example,
guix subcommand, system action, importer, etc.")
(defvar guix-help-parse-long-option-regexp
(rx (or " " ", ")
(group "--" (one-or-more (or wordchar "-"))
(zero-or-one "=")))
"Regexp used to find long options.")
(defvar guix-help-parse-short-option-regexp
(rx bol (one-or-more blank)
"-" (group (not (any "- "))))
"Regexp used to find short options.")
(defvar guix-help-parse-package-regexp
(rx bol (group (one-or-more (not blank))))
"Regexp used to find names of the packages.")
(defvar guix-help-parse-list-regexp
(rx bol (zero-or-more blank) "- "
(group (one-or-more (or wordchar "-"))))
"Regexp used to find various lists (lint checkers, graph types).")
(defvar guix-help-parse-regexp-group 1
"Parenthesized expression of regexps used to find commands and
options.")
;;; Non-receivable lists of system types, hash formats, etc.
(defvar guix-help-system-types
'("x86_64-linux" "i686-linux" "armhf-linux" "mips64el-linux")
"List of supported systems.")
(defvar guix-help-source-types
'("package" "all" "transitive")
"List of supported sources types.")
(defvar guix-help-hash-formats
'("nix-base32" "base32" "base16" "hex" "hexadecimal")
"List of supported hash formats.")
(defvar guix-help-refresh-subsets
'("core" "non-core")
"List of supported 'refresh' subsets.")
(defvar guix-help-key-policies
'("interactive" "always" "never")
"List of supported key download policies.")
(defvar guix-help-verify-options
'("repair" "contents")
"List of supported 'verify' options")
(defvar guix-help-elpa-archives
'("gnu" "melpa" "melpa-stable")
"List of supported ELPA archives.")
(provide 'guix-help-vars)
;;; guix-help-vars.el ends here

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;;; GNU Guix --- Functional package management for GNU
;;; Copyright © 2014 Alex Kost <alezost@gmail.com>
;;;
;;; This file is part of GNU Guix.
;;;
;;; GNU Guix is free software; you can redistribute it and/or modify it
;;; under the terms of the GNU General Public License as published by
;;; the Free Software Foundation; either version 3 of the License, or (at
;;; your option) any later version.
;;;
;;; GNU Guix is distributed in the hope that it will be useful, but
;;; WITHOUT ANY WARRANTY; without even the implied warranty of
;;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;;; GNU General Public License for more details.
;;;
;;; You should have received a copy of the GNU General Public License
;;; along with GNU Guix. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This is an auxiliary file for the Emacs UI. It is used to add Guix
;; directories to path variables and to load the main code.
;;; Code:
(use-modules (ice-9 regex)
(srfi srfi-26))
(define %guix-dir)
;; The code is taken from ‘guix’ executable script
(define (set-paths!)
(define-syntax-rule (push! elt v) (set! v (cons elt v)))
(define config-lookup
(let ((config '(("prefix" . "@prefix@")
("guilemoduledir" . "@guilemoduledir@")))
(var-ref-regexp (make-regexp "\\$\\{([a-z]+)\\}")))
(define (expand-var-ref match)
(lookup (match:substring match 1)))
(define (expand str)
(regexp-substitute/global #f var-ref-regexp str
'pre expand-var-ref 'post))
(define (lookup name)
(expand (assoc-ref config name)))
lookup))
(let ((module-dir (config-lookup "guilemoduledir"))
(updates-dir (and=> (or (getenv "XDG_CONFIG_HOME")
(and=> (getenv "HOME")
(cut string-append <> "/.config")))
(cut string-append <> "/guix/latest"))))
(push! module-dir %load-path)
(push! module-dir %load-compiled-path)
(if (and updates-dir (file-exists? updates-dir))
(begin
(set! %guix-dir updates-dir)
(push! updates-dir %load-path)
(push! updates-dir %load-compiled-path))
(set! %guix-dir module-dir))))
(set-paths!)
(load-from-path "guix-main")

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;;; guix-history.el --- History of buffer information
;; Copyright © 2014 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides support for history of buffers similar to the
;; history of a `help-mode' buffer.
;;; Code:
(require 'cl-macs)
(defvar-local guix-history-stack-item nil
"Current item of the history.
A list of the form (FUNCTION [ARGS ...]).
The item is used by calling (apply FUNCTION ARGS).")
(put 'guix-history-stack-item 'permanent-local t)
(defvar-local guix-history-back-stack nil
"Stack (list) of visited items.
Each element of the list has a form of `guix-history-stack-item'.")
(put 'guix-history-back-stack 'permanent-local t)
(defvar-local guix-history-forward-stack nil
"Stack (list) of items visited with `guix-history-back'.
Each element of the list has a form of `guix-history-stack-item'.")
(put 'guix-history-forward-stack 'permanent-local t)
(defvar guix-history-size 0
"Maximum number of items saved in history.
If 0, the history is disabled.")
(defun guix-history-add (item)
"Add ITEM to history."
(and guix-history-stack-item
(push guix-history-stack-item guix-history-back-stack))
(setq guix-history-forward-stack nil
guix-history-stack-item item)
(when (>= (length guix-history-back-stack)
guix-history-size)
(setq guix-history-back-stack
(cl-loop for elt in guix-history-back-stack
for i from 1 to guix-history-size
collect elt))))
(defun guix-history-replace (item)
"Replace current item in history with ITEM."
(setq guix-history-stack-item item))
(defun guix-history-goto (item)
"Go to the ITEM of history.
ITEM should have the form of `guix-history-stack-item'."
(or (listp item)
(error "Wrong value of history element"))
(setq guix-history-stack-item item)
(apply (car item) (cdr item)))
(defun guix-history-back ()
"Go back to the previous element of history in the current buffer."
(interactive)
(or guix-history-back-stack
(user-error "No previous element in history"))
(push guix-history-stack-item guix-history-forward-stack)
(guix-history-goto (pop guix-history-back-stack)))
(defun guix-history-forward ()
"Go forward to the next element of history in the current buffer."
(interactive)
(or guix-history-forward-stack
(user-error "No next element in history"))
(push guix-history-stack-item guix-history-back-stack)
(guix-history-goto (pop guix-history-forward-stack)))
(provide 'guix-history)
;;; guix-history.el ends here

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;;; guix-hydra-build.el --- Interface for Hydra builds -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides an interface for displaying Hydra builds in
;; 'list' and 'info' buffers.
;;; Code:
(require 'cl-lib)
(require 'guix-buffer)
(require 'guix-list)
(require 'guix-info)
(require 'guix-hydra)
(require 'guix-build-log)
(require 'guix-utils)
(guix-hydra-define-entry-type hydra-build
:search-types '((latest . guix-hydra-build-latest-api-url)
(queue . guix-hydra-build-queue-api-url))
:filters '(guix-hydra-build-filter-status)
:filter-names '((nixname . name)
(buildstatus . build-status)
(timestamp . time))
:filter-boolean-params '(finished busy))
(defun guix-hydra-build-get-display (search-type &rest args)
"Search for Hydra builds and show results."
(apply #'guix-list-get-display-entries
'hydra-build search-type args))
(cl-defun guix-hydra-build-latest-prompt-args (&key project jobset
job system)
"Prompt for and return a list of 'latest builds' arguments."
(let* ((number (read-number "Number of latest builds: "))
(project (if current-prefix-arg
(guix-hydra-read-project nil project)
project))
(jobset (if current-prefix-arg
(guix-hydra-read-jobset nil jobset)
jobset))
(job-or-name (if current-prefix-arg
(guix-hydra-read-job nil job)
job))
(job (and job-or-name
(string-match-p guix-hydra-job-regexp
job-or-name)
job-or-name))
(system (if (and (not job)
(or current-prefix-arg
(and job-or-name (not system))))
(if job-or-name
(guix-while-null
(guix-hydra-read-system
(concat job-or-name ".") system))
(guix-hydra-read-system nil system))
system))
(job (or job
(and job-or-name
(concat job-or-name "." system)))))
(list number
:project project
:jobset jobset
:job job
:system system)))
(defun guix-hydra-build-view-log (id)
"View build log of a hydra build ID."
(guix-build-log-find-file (guix-hydra-build-log-url id)))
;;; Defining URLs
(defun guix-hydra-build-url (id)
"Return Hydra URL of a build ID."
(guix-hydra-url "build/" (number-to-string id)))
(defun guix-hydra-build-log-url (id)
"Return Hydra URL of the log file of a build ID."
(concat (guix-hydra-build-url id) "/log/raw"))
(cl-defun guix-hydra-build-latest-api-url
(number &key project jobset job system)
"Return Hydra API URL to receive latest NUMBER of builds."
(guix-hydra-api-url "latestbuilds"
`(("nr" . ,number)
("project" . ,project)
("jobset" . ,jobset)
("job" . ,job)
("system" . ,system))))
(defun guix-hydra-build-queue-api-url (number)
"Return Hydra API URL to receive the NUMBER of queued builds."
(guix-hydra-api-url "queue"
`(("nr" . ,number))))
;;; Filters for processing raw entries
(defun guix-hydra-build-filter-status (entry)
"Add 'status' parameter to 'hydra-build' ENTRY."
(let ((status (if (guix-entry-value entry 'finished)
(guix-hydra-build-status-number->name
(guix-entry-value entry 'build-status))
(if (guix-entry-value entry 'busy)
'running
'scheduled))))
(cons `(status . ,status)
entry)))
;;; Build status
(defface guix-hydra-build-status-running
'((t :inherit bold))
"Face used if hydra build is not finished."
:group 'guix-hydra-build-faces)
(defface guix-hydra-build-status-scheduled
'((t))
"Face used if hydra build is scheduled."
:group 'guix-hydra-build-faces)
(defface guix-hydra-build-status-succeeded
'((t :inherit success))
"Face used if hydra build succeeded."
:group 'guix-hydra-build-faces)
(defface guix-hydra-build-status-cancelled
'((t :inherit warning))
"Face used if hydra build was cancelled."
:group 'guix-hydra-build-faces)
(defface guix-hydra-build-status-failed
'((t :inherit error))
"Face used if hydra build failed."
:group 'guix-hydra-build-faces)
(defvar guix-hydra-build-status-alist
'((0 . succeeded)
(1 . failed-build)
(2 . failed-dependency)
(3 . failed-other)
(4 . cancelled))
"Alist of hydra build status numbers and status names.
Status numbers are returned by Hydra API, names (symbols) are
used internally by the elisp code of this package.")
(defun guix-hydra-build-status-number->name (number)
"Convert build status number to a name.
See `guix-hydra-build-status-alist'."
(guix-assq-value guix-hydra-build-status-alist number))
(defun guix-hydra-build-status-string (status)
"Return a human readable string for build STATUS."
(cl-case status
(scheduled
(guix-get-string "Scheduled" 'guix-hydra-build-status-scheduled))
(running
(guix-get-string "Running" 'guix-hydra-build-status-running))
(succeeded
(guix-get-string "Succeeded" 'guix-hydra-build-status-succeeded))
(cancelled
(guix-get-string "Cancelled" 'guix-hydra-build-status-cancelled))
(failed-build
(guix-hydra-build-status-fail-string))
(failed-dependency
(guix-hydra-build-status-fail-string "dependency"))
(failed-other
(guix-hydra-build-status-fail-string "other"))))
(defun guix-hydra-build-status-fail-string (&optional reason)
"Return a string for a failed build."
(let ((base (guix-get-string "Failed" 'guix-hydra-build-status-failed)))
(if reason
(concat base " (" reason ")")
base)))
(defun guix-hydra-build-finished? (entry)
"Return non-nil, if hydra build was finished."
(guix-entry-value entry 'finished))
(defun guix-hydra-build-running? (entry)
"Return non-nil, if hydra build is running."
(eq (guix-entry-value entry 'status)
'running))
(defun guix-hydra-build-scheduled? (entry)
"Return non-nil, if hydra build is scheduled."
(eq (guix-entry-value entry 'status)
'scheduled))
(defun guix-hydra-build-succeeded? (entry)
"Return non-nil, if hydra build succeeded."
(eq (guix-entry-value entry 'status)
'succeeded))
(defun guix-hydra-build-cancelled? (entry)
"Return non-nil, if hydra build was cancelled."
(eq (guix-entry-value entry 'status)
'cancelled))
(defun guix-hydra-build-failed? (entry)
"Return non-nil, if hydra build failed."
(memq (guix-entry-value entry 'status)
'(failed-build failed-dependency failed-other)))
;;; Hydra build 'info'
(guix-hydra-info-define-interface hydra-build
:mode-name "Hydra-Build-Info"
:buffer-name "*Guix Hydra Build Info*"
:format '((name ignore (simple guix-info-heading))
ignore
guix-hydra-build-info-insert-url
(time format (time))
(status format guix-hydra-build-info-insert-status)
(project format (format guix-hydra-build-project))
(jobset format (format guix-hydra-build-jobset))
(job format (format guix-hydra-build-job))
(system format (format guix-hydra-build-system))
(priority format (format))))
(defface guix-hydra-build-info-project
'((t :inherit link))
"Face for project names."
:group 'guix-hydra-build-info-faces)
(defface guix-hydra-build-info-jobset
'((t :inherit link))
"Face for jobsets."
:group 'guix-hydra-build-info-faces)
(defface guix-hydra-build-info-job
'((t :inherit link))
"Face for jobs."
:group 'guix-hydra-build-info-faces)
(defface guix-hydra-build-info-system
'((t :inherit link))
"Face for system names."
:group 'guix-hydra-build-info-faces)
(defmacro guix-hydra-build-define-button (name)
"Define `guix-hydra-build-NAME' button."
(let* ((name-str (symbol-name name))
(button-name (intern (concat "guix-hydra-build-" name-str)))
(face-name (intern (concat "guix-hydra-build-info-" name-str)))
(keyword (intern (concat ":" name-str))))
`(define-button-type ',button-name
:supertype 'guix
'face ',face-name
'help-echo ,(format "\
Show latest builds for this %s (with prefix, prompt for all parameters)"
name-str)
'action (lambda (btn)
(let ((args (guix-hydra-build-latest-prompt-args
,keyword (button-label btn))))
(apply #'guix-hydra-build-get-display
'latest args))))))
(guix-hydra-build-define-button project)
(guix-hydra-build-define-button jobset)
(guix-hydra-build-define-button job)
(guix-hydra-build-define-button system)
(defun guix-hydra-build-info-insert-url (entry)
"Insert Hydra URL for the build ENTRY."
(guix-insert-button (guix-hydra-build-url (guix-entry-id entry))
'guix-url)
(when (guix-hydra-build-finished? entry)
(guix-info-insert-indent)
(guix-info-insert-action-button
"Build log"
(lambda (btn)
(guix-hydra-build-view-log (button-get btn 'id)))
"View build log"
'id (guix-entry-id entry))))
(defun guix-hydra-build-info-insert-status (status &optional _)
"Insert a string with build STATUS."
(insert (guix-hydra-build-status-string status)))
;;; Hydra build 'list'
(guix-hydra-list-define-interface hydra-build
:mode-name "Hydra-Build-List"
:buffer-name "*Guix Hydra Build List*"
:format '((name nil 30 t)
(system nil 16 t)
(status guix-hydra-build-list-get-status 20 t)
(project nil 10 t)
(jobset nil 17 t)
(time guix-list-get-time 20 t)))
(let ((map guix-hydra-build-list-mode-map))
(define-key map (kbd "B") 'guix-hydra-build-list-latest-builds)
(define-key map (kbd "L") 'guix-hydra-build-list-view-log))
(defun guix-hydra-build-list-get-status (status &optional _)
"Return a string for build STATUS."
(guix-hydra-build-status-string status))
(defun guix-hydra-build-list-latest-builds (number &rest args)
"Display latest NUMBER of Hydra builds of the current job.
Interactively, prompt for NUMBER. With prefix argument, prompt
for all ARGS."
(interactive
(let ((entry (guix-list-current-entry)))
(guix-hydra-build-latest-prompt-args
:project (guix-entry-value entry 'project)
:jobset (guix-entry-value entry 'name)
:job (guix-entry-value entry 'job)
:system (guix-entry-value entry 'system))))
(apply #'guix-hydra-latest-builds number args))
(defun guix-hydra-build-list-view-log ()
"View build log of the current Hydra build."
(interactive)
(guix-hydra-build-view-log (guix-list-current-id)))
;;; Interactive commands
;;;###autoload
(defun guix-hydra-latest-builds (number &rest args)
"Display latest NUMBER of Hydra builds.
ARGS are the same arguments as for `guix-hydra-build-latest-api-url'.
Interactively, prompt for NUMBER. With prefix argument, prompt
for all ARGS."
(interactive (guix-hydra-build-latest-prompt-args))
(apply #'guix-hydra-build-get-display
'latest number args))
;;;###autoload
(defun guix-hydra-queued-builds (number)
"Display the NUMBER of queued Hydra builds."
(interactive "NNumber of queued builds: ")
(guix-hydra-build-get-display 'queue number))
(provide 'guix-hydra-build)
;;; guix-hydra-build.el ends here

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@ -1,162 +0,0 @@
;;; guix-hydra-jobset.el --- Interface for Hydra jobsets -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides an interface for displaying Hydra jobsets in
;; 'list' and 'info' buffers.
;;; Code:
(require 'cl-lib)
(require 'guix-buffer)
(require 'guix-list)
(require 'guix-info)
(require 'guix-hydra)
(require 'guix-hydra-build)
(require 'guix-utils)
(guix-hydra-define-entry-type hydra-jobset
:search-types '((project . guix-hydra-jobset-api-url))
:filters '(guix-hydra-jobset-filter-id)
:filter-names '((nrscheduled . scheduled)
(nrsucceeded . succeeded)
(nrfailed . failed)
(nrtotal . total)))
(defun guix-hydra-jobset-get-display (search-type &rest args)
"Search for Hydra builds and show results."
(apply #'guix-list-get-display-entries
'hydra-jobset search-type args))
;;; Defining URLs
(defun guix-hydra-jobset-url (project jobset)
"Return Hydra URL of a PROJECT's JOBSET."
(guix-hydra-url "jobset/" project "/" jobset))
(defun guix-hydra-jobset-api-url (project)
"Return Hydra API URL for jobsets by PROJECT."
(guix-hydra-api-url "jobsets"
`(("project" . ,project))))
;;; Filters for processing raw entries
(defun guix-hydra-jobset-filter-id (entry)
"Add 'ID' parameter to 'hydra-jobset' ENTRY."
(cons `(id . ,(guix-entry-value entry 'name))
entry))
;;; Hydra jobset 'info'
(guix-hydra-info-define-interface hydra-jobset
:mode-name "Hydra-Jobset-Info"
:buffer-name "*Guix Hydra Jobset Info*"
:format '((name ignore (simple guix-info-heading))
ignore
guix-hydra-jobset-info-insert-url
(project format guix-hydra-jobset-info-insert-project)
(scheduled format (format guix-hydra-jobset-info-scheduled))
(succeeded format (format guix-hydra-jobset-info-succeeded))
(failed format (format guix-hydra-jobset-info-failed))
(total format (format guix-hydra-jobset-info-total))))
(defface guix-hydra-jobset-info-scheduled
'((t))
"Face used for the number of scheduled builds."
:group 'guix-hydra-jobset-info-faces)
(defface guix-hydra-jobset-info-succeeded
'((t :inherit guix-hydra-build-status-succeeded))
"Face used for the number of succeeded builds."
:group 'guix-hydra-jobset-info-faces)
(defface guix-hydra-jobset-info-failed
'((t :inherit guix-hydra-build-status-failed))
"Face used for the number of failed builds."
:group 'guix-hydra-jobset-info-faces)
(defface guix-hydra-jobset-info-total
'((t))
"Face used for the total number of builds."
:group 'guix-hydra-jobset-info-faces)
(defun guix-hydra-jobset-info-insert-project (project entry)
"Insert PROJECT button for the jobset ENTRY."
(let ((jobset (guix-entry-value entry 'name)))
(guix-insert-button
project 'guix-hydra-build-project
'action (lambda (btn)
(let ((args (guix-hydra-build-latest-prompt-args
:project (button-get btn 'project)
:jobset (button-get btn 'jobset))))
(apply #'guix-hydra-build-get-display
'latest args)))
'project project
'jobset jobset)))
(defun guix-hydra-jobset-info-insert-url (entry)
"Insert Hydra URL for the jobset ENTRY."
(guix-insert-button (guix-hydra-jobset-url
(guix-entry-value entry 'project)
(guix-entry-value entry 'name))
'guix-url))
;;; Hydra jobset 'list'
(guix-hydra-list-define-interface hydra-jobset
:mode-name "Hydra-Jobset-List"
:buffer-name "*Guix Hydra Jobset List*"
:format '((name nil 25 t)
(project nil 10 t)
(scheduled nil 12 t)
(succeeded nil 12 t)
(failed nil 9 t)
(total nil 10 t)))
(let ((map guix-hydra-jobset-list-mode-map))
(define-key map (kbd "B") 'guix-hydra-jobset-list-latest-builds))
(defun guix-hydra-jobset-list-latest-builds (number &rest args)
"Display latest NUMBER of Hydra builds of the current jobset.
Interactively, prompt for NUMBER. With prefix argument, prompt
for all ARGS."
(interactive
(let ((entry (guix-list-current-entry)))
(guix-hydra-build-latest-prompt-args
:project (guix-entry-value entry 'project)
:jobset (guix-entry-value entry 'name))))
(apply #'guix-hydra-latest-builds number args))
;;; Interactive commands
;;;###autoload
(defun guix-hydra-jobsets (project)
"Display jobsets of PROJECT."
(interactive (list (guix-hydra-read-project)))
(guix-hydra-jobset-get-display 'project project))
(provide 'guix-hydra-jobset)
;;; guix-hydra-jobset.el ends here

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@ -1,367 +0,0 @@
;;; guix-hydra.el --- Common code for interacting with Hydra -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides some general code for 'list'/'info' interfaces for
;; Hydra (Guix build farm).
;;; Code:
(require 'json)
(require 'guix-buffer)
(require 'guix-entry)
(require 'guix-utils)
(require 'guix-help-vars)
(guix-define-groups hydra)
(defvar guix-hydra-job-regexp
(concat ".*\\." (regexp-opt guix-help-system-types) "\\'")
"Regexp matching a full name of Hydra job (including system).")
(defun guix-hydra-job-name-specification (name version)
"Return Hydra's job name specification by NAME and VERSION."
(concat name "-" version))
(defun guix-hydra-message (entries search-type &rest _)
"Display a message after showing Hydra ENTRIES."
;; XXX Add more messages maybe.
(when (null entries)
(if (eq search-type 'fake)
(message "The update is impossible due to lack of Hydra API.")
(message "Hydra has returned no results."))))
(defun guix-hydra-list-describe (ids)
"Describe 'hydra' entries with IDS (list of identifiers)."
(guix-buffer-display-entries
(guix-entries-by-ids ids (guix-buffer-current-entries))
'info (guix-buffer-current-entry-type)
;; Hydra does not provide an API to receive builds/jobsets by
;; IDs/names, so we use a 'fake' search type.
'(fake)
'add))
;;; Readers
(defvar guix-hydra-projects
'("gnu" "guix")
"List of available Hydra projects.")
(guix-define-readers
:completions-var guix-hydra-projects
:single-reader guix-hydra-read-project
:single-prompt "Project: ")
(guix-define-readers
:single-reader guix-hydra-read-jobset
:single-prompt "Jobset: ")
(guix-define-readers
:single-reader guix-hydra-read-job
:single-prompt "Job: ")
(guix-define-readers
:completions-var guix-help-system-types
:single-reader guix-hydra-read-system
:single-prompt "System: ")
;;; Defining URLs
(defvar guix-hydra-url "http://hydra.gnu.org"
"URL of the Hydra build farm.")
(defun guix-hydra-url (&rest url-parts)
"Return Hydra URL."
(apply #'concat guix-hydra-url "/" url-parts))
(defun guix-hydra-api-url (type args)
"Return URL for receiving data using Hydra API.
TYPE is the name of an allowed method.
ARGS is alist of (KEY . VALUE) pairs.
Skip ARG, if VALUE is nil or an empty string."
(declare (indent 1))
(let* ((fields (mapcar
(lambda (arg)
(pcase arg
(`(,key . ,value)
(unless (or (null value)
(equal "" value))
(concat (guix-hexify key) "="
(guix-hexify value))))
(_ (error "Wrong argument '%s'" arg))))
args))
(fields (mapconcat #'identity (delq nil fields) "&")))
(guix-hydra-url "api/" type "?" fields)))
;;; Receiving data from Hydra
(defun guix-hydra-receive-data (url)
"Return output received from URL and processed with `json-read'."
(with-temp-buffer
(url-insert-file-contents url)
(goto-char (point-min))
(let ((json-key-type 'symbol)
(json-array-type 'list)
(json-object-type 'alist))
(json-read))))
(defun guix-hydra-get-entries (entry-type search-type &rest args)
"Receive ENTRY-TYPE entries from Hydra.
SEARCH-TYPE is one of the types defined by `guix-hydra-define-interface'."
(unless (eq search-type 'fake)
(let* ((url (apply #'guix-hydra-search-url
entry-type search-type args))
(raw-entries (guix-hydra-receive-data url))
(entries (guix-hydra-filter-entries
raw-entries
(guix-hydra-filters entry-type))))
entries)))
;;; Filters for processing raw entries
(defun guix-hydra-filter-entries (entries filters)
"Filter ENTRIES using FILTERS.
Call `guix-modify' on each entry from ENTRIES."
(mapcar (lambda (entry)
(guix-modify entry filters))
entries))
(defun guix-hydra-filter-names (entry name-alist)
"Replace names of ENTRY parameters using NAME-ALIST.
Each element of NAME-ALIST is (OLD-NAME . NEW-NAME) pair."
(mapcar (lambda (param)
(pcase param
(`(,name . ,val)
(let ((new-name (guix-assq-value name-alist name)))
(if new-name
(cons new-name val)
param)))))
entry))
(defun guix-hydra-filter-boolean (entry params)
"Convert number PARAMS (0/1) of ENTRY to boolean values (nil/t)."
(mapcar (lambda (param)
(pcase param
(`(,name . ,val)
(if (memq name params)
(cons name (guix-number->bool val))
param))))
entry))
;;; Wrappers for defined variables
(defvar guix-hydra-entry-type-data nil
"Alist with hydra entry type data.
This alist is filled by `guix-hydra-define-entry-type' macro.")
(defun guix-hydra-entry-type-value (entry-type symbol)
"Return SYMBOL's value for ENTRY-TYPE from `guix-hydra'."
(symbol-value (guix-assq-value guix-hydra-entry-type-data
entry-type symbol)))
(defun guix-hydra-search-url (entry-type search-type &rest args)
"Return URL to receive ENTRY-TYPE entries from Hydra."
(apply (guix-assq-value (guix-hydra-entry-type-value
entry-type 'search-types)
search-type)
args))
(defun guix-hydra-filters (entry-type)
"Return a list of filters for ENTRY-TYPE."
(guix-hydra-entry-type-value entry-type 'filters))
;;; Interface definers
(defmacro guix-hydra-define-entry-type (entry-type &rest args)
"Define general code for ENTRY-TYPE.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
Required keywords:
- `:search-types' - default value of the generated
`guix-ENTRY-TYPE-search-types' variable.
Optional keywords:
- `:filters' - default value of the generated
`guix-ENTRY-TYPE-filters' variable.
- `:filter-names' - if specified, a generated
`guix-ENTRY-TYPE-filter-names' function for filtering these
names will be added to `guix-ENTRY-TYPE-filters' variable.
- `:filter-boolean-params' - if specified, a generated
`guix-ENTRY-TYPE-filter-boolean' function for filtering these
names will be added to `guix-ENTRY-TYPE-filters' variable.
The rest keyword arguments are passed to
`guix-define-entry-type' macro."
(declare (indent 1))
(let* ((entry-type-str (symbol-name entry-type))
(prefix (concat "guix-" entry-type-str))
(search-types-var (intern (concat prefix "-search-types")))
(filters-var (intern (concat prefix "-filters")))
(get-fun (intern (concat prefix "-get-entries"))))
(guix-keyword-args-let args
((search-types-val :search-types)
(filters-val :filters)
(filter-names-val :filter-names)
(filter-bool-val :filter-boolean-params))
`(progn
(defvar ,search-types-var ,search-types-val
,(format "\
Alist of search types and according URL functions.
Functions are used to define URL to receive '%s' entries."
entry-type-str))
(defvar ,filters-var ,filters-val
,(format "\
List of filters for '%s' parameters.
Each filter is a function that should take an entry as a single
argument, and should also return an entry."
entry-type-str))
,(when filter-bool-val
(let ((filter-bool-var (intern (concat prefix
"-filter-boolean-params")))
(filter-bool-fun (intern (concat prefix
"-filter-boolean"))))
`(progn
(defvar ,filter-bool-var ,filter-bool-val
,(format "\
List of '%s' parameters that should be transformed to boolean values."
entry-type-str))
(defun ,filter-bool-fun (entry)
,(format "\
Run `guix-hydra-filter-boolean' with `%S' variable."
filter-bool-var)
(guix-hydra-filter-boolean entry ,filter-bool-var))
(setq ,filters-var
(cons ',filter-bool-fun ,filters-var)))))
;; Do not move this clause up!: name filtering should be
;; performed before any other filtering, so this filter should
;; be consed after the boolean filter.
,(when filter-names-val
(let* ((filter-names-var (intern (concat prefix
"-filter-names")))
(filter-names-fun filter-names-var))
`(progn
(defvar ,filter-names-var ,filter-names-val
,(format "\
Alist of '%s' parameter names returned by Hydra API and names
used internally by the elisp code of this package."
entry-type-str))
(defun ,filter-names-fun (entry)
,(format "\
Run `guix-hydra-filter-names' with `%S' variable."
filter-names-var)
(guix-hydra-filter-names entry ,filter-names-var))
(setq ,filters-var
(cons ',filter-names-fun ,filters-var)))))
(defun ,get-fun (search-type &rest args)
,(format "\
Receive '%s' entries.
See `guix-hydra-get-entries' for details."
entry-type-str)
(apply #'guix-hydra-get-entries
',entry-type search-type args))
(guix-alist-put!
'((search-types . ,search-types-var)
(filters . ,filters-var))
'guix-hydra-entry-type-data ',entry-type)
(guix-define-entry-type ,entry-type
:parent-group guix-hydra
:parent-faces-group guix-hydra-faces
,@%foreign-args)))))
(defmacro guix-hydra-define-interface (buffer-type entry-type &rest args)
"Define BUFFER-TYPE interface for displaying ENTRY-TYPE entries.
This macro should be called after calling
`guix-hydra-define-entry-type' with the same ENTRY-TYPE.
ARGS are passed to `guix-BUFFER-TYPE-define-interface' macro."
(declare (indent 2))
(let* ((entry-type-str (symbol-name entry-type))
(buffer-type-str (symbol-name buffer-type))
(get-fun (intern (concat "guix-" entry-type-str
"-get-entries")))
(definer (intern (concat "guix-" buffer-type-str
"-define-interface"))))
`(,definer ,entry-type
:get-entries-function ',get-fun
:message-function 'guix-hydra-message
,@args)))
(defmacro guix-hydra-info-define-interface (entry-type &rest args)
"Define 'info' interface for displaying ENTRY-TYPE entries.
See `guix-hydra-define-interface'."
(declare (indent 1))
`(guix-hydra-define-interface info ,entry-type
,@args))
(defmacro guix-hydra-list-define-interface (entry-type &rest args)
"Define 'list' interface for displaying ENTRY-TYPE entries.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
Optional keywords:
- `:describe-function' - default value of the generated
`guix-ENTRY-TYPE-list-describe-function' variable (if not
specified, use `guix-hydra-list-describe').
The rest keyword arguments are passed to
`guix-hydra-define-interface' macro."
(declare (indent 1))
(guix-keyword-args-let args
((describe-val :describe-function))
`(guix-hydra-define-interface list ,entry-type
:describe-function ,(or describe-val ''guix-hydra-list-describe)
,@args)))
(defvar guix-hydra-font-lock-keywords
(eval-when-compile
`((,(rx "(" (group (or "guix-hydra-define-entry-type"
"guix-hydra-define-interface"
"guix-hydra-info-define-interface"
"guix-hydra-list-define-interface"))
symbol-end)
. 1))))
(font-lock-add-keywords 'emacs-lisp-mode guix-hydra-font-lock-keywords)
(provide 'guix-hydra)
;;; guix-hydra.el ends here

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emacs/guix-info.el
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@ -1,482 +0,0 @@
;;; guix-info.el --- 'Info' buffer interface for displaying data -*- lexical-binding: t -*-
;; Copyright © 2014, 2015 Alex Kost <alezost@gmail.com>
;; Copyright © 2015 Ludovic Courtès <ludo@gnu.org>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides 'info' (help-like) buffer interface for displaying
;; an arbitrary data.
;;; Code:
(require 'guix-buffer)
(require 'guix-entry)
(require 'guix-utils)
(guix-define-buffer-type info)
(defface guix-info-heading
'((((type tty pc) (class color)) :weight bold)
(t :height 1.6 :weight bold :inherit variable-pitch))
"Face for headings."
:group 'guix-info-faces)
(defface guix-info-param-title
'((t :inherit font-lock-type-face))
"Face used for titles of parameters."
:group 'guix-info-faces)
(defface guix-info-file-name
'((t :inherit link))
"Face used for file names."
:group 'guix-info-faces)
(defface guix-info-url
'((t :inherit link))
"Face used for URLs."
:group 'guix-info-faces)
(defface guix-info-time
'((t :inherit font-lock-constant-face))
"Face used for timestamps."
:group 'guix-info-faces)
(defface guix-info-action-button
'((((type x w32 ns) (class color))
:box (:line-width 2 :style released-button)
:background "lightgrey" :foreground "black")
(t :inherit button))
"Face used for action buttons."
:group 'guix-info-faces)
(defface guix-info-action-button-mouse
'((((type x w32 ns) (class color))
:box (:line-width 2 :style released-button)
:background "grey90" :foreground "black")
(t :inherit highlight))
"Mouse face used for action buttons."
:group 'guix-info-faces)
(defcustom guix-info-ignore-empty-values nil
"If non-nil, do not display parameters with nil values."
:type 'boolean
:group 'guix-info)
(defcustom guix-info-fill t
"If non-nil, fill string parameters to fit the window.
If nil, insert text parameters (like synopsis or description) in
a raw form."
:type 'boolean
:group 'guix-info)
(defvar guix-info-param-title-format "%-18s: "
"String used to format a title of a parameter.
It should be a '%s'-sequence. After inserting a title formatted
with this string, a value of the parameter is inserted.
This string is used by `guix-info-insert-title-format'.")
(defvar guix-info-multiline-prefix
(make-string (length (format guix-info-param-title-format " "))
?\s)
"String used to format multi-line parameter values.
If a value occupies more than one line, this string is inserted
in the beginning of each line after the first one.
This string is used by `guix-info-insert-value-format'.")
(defvar guix-info-indent 2
"Number of spaces used to indent various parts of inserted text.")
(defvar guix-info-delimiter "\n\f\n"
"String used to separate entries.")
;;; Wrappers for 'info' variables
(defvar guix-info-data nil
"Alist with 'info' data.
This alist is filled by `guix-info-define-interface' macro.")
(defun guix-info-value (entry-type symbol)
"Return SYMBOL's value for ENTRY-TYPE from `guix-info-data'."
(symbol-value (guix-assq-value guix-info-data entry-type symbol)))
(defun guix-info-param-title (entry-type param)
"Return a title of an ENTRY-TYPE parameter PARAM."
(guix-buffer-param-title 'info entry-type param))
(defun guix-info-format (entry-type)
"Return 'info' format for ENTRY-TYPE."
(guix-info-value entry-type 'format))
(defun guix-info-displayed-params (entry-type)
"Return a list of ENTRY-TYPE parameters that should be displayed."
(delq nil
(mapcar (lambda (spec)
(pcase spec
(`(,param . ,_) param)))
(guix-info-format entry-type))))
;;; Inserting entries
(defvar guix-info-title-aliases
'((format . guix-info-insert-title-format)
(simple . guix-info-insert-title-simple))
"Alist of aliases and functions to insert titles.")
(defvar guix-info-value-aliases
'((format . guix-info-insert-value-format)
(indent . guix-info-insert-value-indent)
(simple . guix-info-insert-value-simple)
(time . guix-info-insert-time))
"Alist of aliases and functions to insert values.")
(defun guix-info-title-function (fun-or-alias)
"Convert FUN-OR-ALIAS into a function to insert a title."
(or (guix-assq-value guix-info-title-aliases fun-or-alias)
fun-or-alias))
(defun guix-info-value-function (fun-or-alias)
"Convert FUN-OR-ALIAS into a function to insert a value."
(or (guix-assq-value guix-info-value-aliases fun-or-alias)
fun-or-alias))
(defun guix-info-title-method->function (method)
"Convert title METHOD into a function to insert a title."
(pcase method
((pred null) #'ignore)
((pred symbolp) (guix-info-title-function method))
(`(,fun-or-alias . ,rest-args)
(lambda (title)
(apply (guix-info-title-function fun-or-alias)
title rest-args)))
(_ (error "Unknown title method '%S'" method))))
(defun guix-info-value-method->function (method)
"Convert value METHOD into a function to insert a value."
(pcase method
((pred null) #'ignore)
((pred functionp) method)
(`(,fun-or-alias . ,rest-args)
(lambda (value _)
(apply (guix-info-value-function fun-or-alias)
value rest-args)))
(_ (error "Unknown value method '%S'" method))))
(defun guix-info-fill-column ()
"Return fill column for the current window."
(min (window-width) fill-column))
(defun guix-info-get-indent (&optional level)
"Return `guix-info-indent' \"multiplied\" by LEVEL spaces.
LEVEL is 1 by default."
(make-string (* guix-info-indent (or level 1)) ?\s))
(defun guix-info-insert-indent (&optional level)
"Insert `guix-info-indent' spaces LEVEL times (1 by default)."
(insert (guix-info-get-indent level)))
(defun guix-info-insert-entries (entries entry-type)
"Display ENTRY-TYPE ENTRIES in the current info buffer."
(guix-mapinsert (lambda (entry)
(guix-info-insert-entry entry entry-type))
entries
guix-info-delimiter))
(defun guix-info-insert-entry (entry entry-type &optional indent-level)
"Insert ENTRY of ENTRY-TYPE into the current info buffer.
If INDENT-LEVEL is non-nil, indent displayed data by this number
of `guix-info-indent' spaces."
(guix-with-indent (* (or indent-level 0)
guix-info-indent)
(dolist (spec (guix-info-format entry-type))
(guix-info-insert-entry-unit spec entry entry-type))))
(defun guix-info-insert-entry-unit (format-spec entry entry-type)
"Insert title and value of a PARAM at point.
ENTRY is alist with parameters and their values.
ENTRY-TYPE is a type of ENTRY."
(pcase format-spec
((pred functionp)
(funcall format-spec entry)
(insert "\n"))
(`(,param ,title-method ,value-method)
(let ((value (guix-entry-value entry param)))
(unless (and guix-info-ignore-empty-values (null value))
(let ((title (guix-info-param-title entry-type param))
(insert-title (guix-info-title-method->function title-method))
(insert-value (guix-info-value-method->function value-method)))
(funcall insert-title title)
(funcall insert-value value entry)
(insert "\n")))))
(_ (error "Unknown format specification '%S'" format-spec))))
(defun guix-info-insert-title-simple (title &optional face)
"Insert \"TITLE: \" string at point.
If FACE is nil, use `guix-info-param-title'."
(guix-format-insert title
(or face 'guix-info-param-title)
"%s: "))
(defun guix-info-insert-title-format (title &optional face)
"Insert TITLE using `guix-info-param-title-format' at point.
If FACE is nil, use `guix-info-param-title'."
(guix-format-insert title
(or face 'guix-info-param-title)
guix-info-param-title-format))
(defun guix-info-insert-value-simple (value &optional button-or-face indent)
"Format and insert parameter VALUE at point.
VALUE may be split into several short lines to fit the current
window, depending on `guix-info-fill', and each line is indented
with INDENT number of spaces.
If BUTTON-OR-FACE is a button type symbol, transform VALUE into
this (these) button(s) and insert each one on a new line. If it
is a face symbol, propertize inserted line(s) with this face."
(or indent (setq indent 0))
(guix-with-indent indent
(let* ((button? (guix-button-type? button-or-face))
(face (unless button? button-or-face))
(fill-col (unless (or button?
(and (stringp value)
(not guix-info-fill)))
(- (guix-info-fill-column) indent)))
(value (if (and value button?)
(guix-buttonize value button-or-face "\n")
value)))
(guix-split-insert value face fill-col "\n"))))
(defun guix-info-insert-value-indent (value &optional button-or-face)
"Format and insert parameter VALUE at point.
This function is intended to be called after inserting a title
with `guix-info-insert-title-simple'.
VALUE may be split into several short lines to fit the current
window, depending on `guix-info-fill', and each line is indented
with `guix-info-indent'.
For the meaning of BUTTON-OR-FACE, see `guix-info-insert-value-simple'."
(when value (insert "\n"))
(guix-info-insert-value-simple value button-or-face guix-info-indent))
(defun guix-info-insert-value-format (value &optional button-or-face
&rest button-properties)
"Format and insert parameter VALUE at point.
This function is intended to be called after inserting a title
with `guix-info-insert-title-format'.
VALUE may be split into several short lines to fit the current
window, depending on `guix-info-fill' and
`guix-info-multiline-prefix'. If VALUE is a list, its elements
will be separated with `guix-list-separator'.
If BUTTON-OR-FACE is a button type symbol, transform VALUE into
this (these) button(s). If it is a face symbol, propertize
inserted line(s) with this face.
BUTTON-PROPERTIES are passed to `guix-buttonize' (only if
BUTTON-OR-FACE is a button type)."
(let* ((button? (guix-button-type? button-or-face))
(face (unless button? button-or-face))
(fill-col (when (or button?
guix-info-fill
(not (stringp value)))
(- (guix-info-fill-column)
(length guix-info-multiline-prefix))))
(value (if (and value button?)
(apply #'guix-buttonize
value button-or-face guix-list-separator
button-properties)
value)))
(guix-split-insert value face fill-col
(concat "\n" guix-info-multiline-prefix))))
(defun guix-info-insert-time (seconds &optional face)
"Insert formatted time string using SECONDS at point."
(guix-format-insert (guix-get-time-string seconds)
(or face 'guix-info-time)))
;;; Buttons
(defvar guix-info-button-map
(let ((map (make-sparse-keymap)))
(set-keymap-parent map button-map)
(define-key map (kbd "c") 'guix-info-button-copy-label)
map)
"Keymap for buttons in info buffers.")
(define-button-type 'guix
'keymap guix-info-button-map
'follow-link t)
(define-button-type 'guix-action
:supertype 'guix
'face 'guix-info-action-button
'mouse-face 'guix-info-action-button-mouse)
(define-button-type 'guix-file
:supertype 'guix
'face 'guix-info-file-name
'help-echo "Find file"
'action (lambda (btn)
(guix-find-file (button-label btn))))
(define-button-type 'guix-url
:supertype 'guix
'face 'guix-info-url
'help-echo "Browse URL"
'action (lambda (btn)
(browse-url (button-label btn))))
(defun guix-info-button-copy-label (&optional pos)
"Copy a label of the button at POS into kill ring.
If POS is nil, use the current point position."
(interactive)
(let ((button (button-at (or pos (point)))))
(when button
(guix-copy-as-kill (button-label button)))))
(defun guix-info-insert-action-button (label action &optional message
&rest properties)
"Make action button with LABEL and insert it at point.
ACTION is a function called when the button is pressed. It
should accept button as the argument.
MESSAGE is a button message.
See `insert-text-button' for the meaning of PROPERTIES."
(apply #'guix-insert-button
label 'guix-action
'action action
'help-echo message
properties))
;;; Major mode and interface definer
(defvar guix-info-mode-map
(let ((map (make-sparse-keymap)))
(set-keymap-parent
map (make-composed-keymap (list guix-buffer-map button-buffer-map)
special-mode-map))
map)
"Keymap for `guix-info-mode' buffers.")
(define-derived-mode guix-info-mode special-mode "Guix-Info"
"Parent mode for displaying data in 'info' form."
(setq-local revert-buffer-function 'guix-buffer-revert))
(defun guix-info-mode-initialize ()
"Set up the current 'info' buffer."
;; Without this, syntactic fontification is performed, and it may
;; break our highlighting. For example, description of "emacs-typo"
;; package contains a single " (double-quote) character, so the
;; default syntactic fontification highlights the rest text after it
;; as a string. See (info "(elisp) Font Lock Basics") for details.
(setq font-lock-defaults '(nil t)))
(defmacro guix-info-define-interface (entry-type &rest args)
"Define 'info' interface for displaying ENTRY-TYPE entries.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
Required keywords:
- `:format' - default value of the generated
`guix-ENTRY-TYPE-info-format' variable.
The rest keyword arguments are passed to
`guix-buffer-define-interface' macro."
(declare (indent 1))
(let* ((entry-type-str (symbol-name entry-type))
(prefix (concat "guix-" entry-type-str "-info"))
(group (intern prefix))
(format-var (intern (concat prefix "-format"))))
(guix-keyword-args-let args
((show-entries-val :show-entries-function)
(format-val :format))
`(progn
(defcustom ,format-var ,format-val
,(format "\
List of methods for inserting '%s' entry.
Each METHOD should be either a function or should have the
following form:
(PARAM INSERT-TITLE INSERT-VALUE)
If METHOD is a function, it is called with an entry as argument.
PARAM is a name of '%s' entry parameter.
INSERT-TITLE may be either a symbol or a list. If it is a
symbol, it should be a function or an alias from
`guix-info-title-aliases', in which case it is called with title
as argument. If it is a list, it should have a
form (FUN-OR-ALIAS [ARGS ...]), in which case FUN-OR-ALIAS is
called with title and ARGS as arguments.
INSERT-VALUE may be either a symbol or a list. If it is a
symbol, it should be a function or an alias from
`guix-info-value-aliases', in which case it is called with value
and entry as arguments. If it is a list, it should have a
form (FUN-OR-ALIAS [ARGS ...]), in which case FUN-OR-ALIAS is
called with value and ARGS as arguments.
Parameters are inserted in the same order as defined by this list.
After calling each METHOD, a new line is inserted."
entry-type-str entry-type-str)
:type 'sexp
:group ',group)
(guix-alist-put!
'((format . ,format-var))
'guix-info-data ',entry-type)
,(if show-entries-val
`(guix-buffer-define-interface info ,entry-type
:show-entries-function ,show-entries-val
,@%foreign-args)
(let ((insert-fun (intern (concat prefix "-insert-entries"))))
`(progn
(defun ,insert-fun (entries)
,(format "\
Print '%s' ENTRIES in the current 'info' buffer."
entry-type-str)
(guix-info-insert-entries entries ',entry-type))
(guix-buffer-define-interface info ,entry-type
:insert-entries-function ',insert-fun
:mode-init-function 'guix-info-mode-initialize
,@%foreign-args))))))))
(defvar guix-info-font-lock-keywords
(eval-when-compile
`((,(rx "(" (group "guix-info-define-interface")
symbol-end)
. 1))))
(font-lock-add-keywords 'emacs-lisp-mode guix-info-font-lock-keywords)
(provide 'guix-info)
;;; guix-info.el ends here

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emacs/guix-init.el
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(require 'guix-autoloads)
(message "(require 'guix-init) is obsolete, use (require 'guix-autoloads) instead.")
(provide 'guix-init)

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emacs/guix-license.el
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;;; guix-license.el --- Licenses
;; Copyright © 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides the code to work with licenses of Guix packages.
;;; Code:
(require 'guix-read)
(require 'guix-backend)
(require 'guix-guile)
(defun guix-license-file (&optional directory)
"Return name of the file with license definitions.
DIRECTORY is a directory with Guix source (`guix-directory' by default)."
(expand-file-name "guix/licenses.scm"
(or directory guix-directory)))
(defun guix-lookup-license-url (license)
"Return URL of a LICENSE."
(or (guix-eval-read (guix-make-guile-expression
'lookup-license-uri license))
(error "Hm, I don't know URL of '%s' license" license)))
;;;###autoload
(defun guix-find-license-definition (license &optional directory)
"Open licenses file from DIRECTORY and move to the LICENSE definition.
See `guix-license-file' for the meaning of DIRECTORY.
Interactively, with prefix argument, prompt for DIRECTORY."
(interactive
(list (guix-read-license-name)
(guix-read-directory)))
(find-file (guix-license-file directory))
(goto-char (point-min))
(when (re-search-forward (concat "\"" (regexp-quote license) "\"")
nil t)
(beginning-of-defun)
(recenter 1)))
;;;###autoload
(defun guix-browse-license-url (license)
"Browse URL of a LICENSE."
(interactive (list (guix-read-license-name)))
(browse-url (guix-lookup-license-url license)))
(provide 'guix-license)
;;; guix-license.el ends here

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emacs/guix-list.el
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;;; guix-list.el --- 'List' buffer interface for displaying data -*- lexical-binding: t -*-
;; Copyright © 2014, 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides 'list' buffer interface for displaying an arbitrary
;; data.
;;; Code:
(require 'cl-lib)
(require 'tabulated-list)
(require 'guix-buffer)
(require 'guix-info)
(require 'guix-entry)
(require 'guix-utils)
(guix-define-buffer-type list)
(defface guix-list-file-name
'((t :inherit guix-info-file-name))
"Face used for file names."
:group 'guix-list-faces)
(defface guix-list-url
'((t :inherit guix-info-url))
"Face used for URLs."
:group 'guix-list-faces)
(defface guix-list-time
'((t :inherit guix-info-time))
"Face used for time stamps."
:group 'guix-list-faces)
(defun guix-list-describe (&optional mark-names)
"Describe entries marked with a general mark.
'Describe' means display entries in 'info' buffer.
If no entries are marked, describe the current entry.
With prefix argument, describe entries marked with any mark."
(interactive (list (unless current-prefix-arg '(general))))
(let* ((ids (or (apply #'guix-list-get-marked-id-list mark-names)
(list (guix-list-current-id))))
(count (length ids))
(entry-type (guix-buffer-current-entry-type)))
(when (or (<= count (guix-list-describe-warning-count entry-type))
(y-or-n-p (format "Do you really want to describe %d entries? "
count)))
(guix-list-describe-entries entry-type ids))))
;;; Wrappers for 'list' variables
(defvar guix-list-data nil
"Alist with 'list' data.
This alist is filled by `guix-list-define-interface' macro.")
(defun guix-list-value (entry-type symbol)
"Return SYMBOL's value for ENTRY-TYPE from `guix-list-data'."
(symbol-value (guix-assq-value guix-list-data entry-type symbol)))
(defun guix-list-param-title (entry-type param)
"Return column title of an ENTRY-TYPE parameter PARAM."
(guix-buffer-param-title 'list entry-type param))
(defun guix-list-format (entry-type)
"Return column format for ENTRY-TYPE."
(guix-list-value entry-type 'format))
(defun guix-list-displayed-params (entry-type)
"Return a list of ENTRY-TYPE parameters that should be displayed."
(mapcar #'car (guix-list-format entry-type)))
(defun guix-list-sort-key (entry-type)
"Return sort key for ENTRY-TYPE."
(guix-list-value entry-type 'sort-key))
(defun guix-list-additional-marks (entry-type)
"Return alist of additional marks for ENTRY-TYPE."
(guix-list-value entry-type 'marks))
(defun guix-list-single-entry? (entry-type)
"Return non-nil, if a single entry of ENTRY-TYPE should be listed."
(guix-list-value entry-type 'list-single))
(defun guix-list-describe-warning-count (entry-type)
"Return the maximum number of ENTRY-TYPE entries to describe."
(guix-list-value entry-type 'describe-count))
(defun guix-list-describe-entries (entry-type ids)
"Describe ENTRY-TYPE entries with IDS in 'info' buffer"
(funcall (guix-list-value entry-type 'describe)
ids))
;;; Tabulated list internals
(defun guix-list-sort-numerically (column a b)
"Compare COLUMN of tabulated entries A and B numerically.
This function is used for sort predicates for `tabulated-list-format'.
Return non-nil, if B is bigger than A."
(cl-flet ((num (entry)
(string-to-number (aref (cadr entry) column))))
(> (num b) (num a))))
(defmacro guix-list-define-numerical-sorter (column)
"Define numerical sort predicate for COLUMN.
See `guix-list-sort-numerically' for details."
(let ((name (intern (format "guix-list-sort-numerically-%d" column)))
(doc (format "\
Predicate to sort tabulated list by column %d numerically.
See `guix-list-sort-numerically' for details."
column)))
`(defun ,name (a b)
,doc
(guix-list-sort-numerically ,column a b))))
(defmacro guix-list-define-numerical-sorters (n)
"Define numerical sort predicates for columns from 0 to N.
See `guix-list-define-numerical-sorter' for details."
`(progn
,@(mapcar (lambda (i)
`(guix-list-define-numerical-sorter ,i))
(number-sequence 0 n))))
(guix-list-define-numerical-sorters 9)
(defun guix-list-tabulated-sort-key (entry-type)
"Return ENTRY-TYPE sort key for `tabulated-list-sort-key'."
(let ((sort-key (guix-list-sort-key entry-type)))
(and sort-key
(cons (guix-list-param-title entry-type (car sort-key))
(cdr sort-key)))))
(defun guix-list-tabulated-vector (entry-type fun)
"Call FUN on each column specification for ENTRY-TYPE.
FUN is applied to column specification as arguments (see
`guix-list-format').
Return a vector made of values of FUN calls."
(apply #'vector
(mapcar (lambda (col-spec)
(apply fun col-spec))
(guix-list-format entry-type))))
(defun guix-list-tabulated-format (entry-type)
"Return ENTRY-TYPE list specification for `tabulated-list-format'."
(guix-list-tabulated-vector
entry-type
(lambda (param _ &rest rest-spec)
(cons (guix-list-param-title entry-type param)
rest-spec))))
(defun guix-list-tabulated-entries (entries entry-type)
"Return a list of ENTRY-TYPE values for `tabulated-list-entries'."
(mapcar (lambda (entry)
(list (guix-entry-id entry)
(guix-list-tabulated-entry entry entry-type)))
entries))
(defun guix-list-tabulated-entry (entry entry-type)
"Return array of values for `tabulated-list-entries'.
Parameters are taken from ENTRY-TYPE ENTRY."
(guix-list-tabulated-vector
entry-type
(lambda (param fun &rest _)
(let ((val (guix-entry-value entry param)))
(if fun
(funcall fun val entry)
(guix-get-string val))))))
;;; Displaying entries
(defun guix-list-get-display-entries (entry-type &rest args)
"Search for entries and show them in a 'list' buffer preferably."
(let ((entries (guix-buffer-get-entries 'list entry-type args)))
(if (or (null entries) ; = 0
(cdr entries) ; > 1
(guix-list-single-entry? entry-type)
(null (guix-buffer-value 'info entry-type 'show-entries)))
(guix-buffer-display-entries entries 'list entry-type args 'add)
(if (equal (guix-buffer-value 'info entry-type 'get-entries)
(guix-buffer-value 'list entry-type 'get-entries))
(guix-buffer-display-entries entries 'info entry-type args 'add)
(guix-buffer-get-display-entries 'info entry-type args 'add)))))
(defun guix-list-insert-entries (entries entry-type)
"Print ENTRY-TYPE ENTRIES in the current buffer."
(setq tabulated-list-entries
(guix-list-tabulated-entries entries entry-type))
(tabulated-list-print))
(defun guix-list-get-one-line (val &optional _)
"Return one-line string from a multi-line string VAL.
VAL may be nil."
(if val
(guix-get-one-line val)
(guix-get-string nil)))
(defun guix-list-get-time (seconds &optional _)
"Return formatted time string from SECONDS."
(guix-get-string (guix-get-time-string seconds)
'guix-list-time))
(defun guix-list-get-file-name (file-name &optional _)
"Return FILE-NAME button specification for `tabulated-list-entries'."
(list file-name
'face 'guix-list-file-name
'action (lambda (btn) (find-file (button-label btn)))
'follow-link t
'help-echo "Find file"))
(defun guix-list-get-url (url &optional _)
"Return URL button specification for `tabulated-list-entries'."
(list url
'face 'guix-list-url
'action (lambda (btn) (browse-url (button-label btn)))
'follow-link t
'help-echo "Browse URL"))
;;; 'List' lines
(defun guix-list-current-id ()
"Return ID of the entry at point."
(or (tabulated-list-get-id)
(user-error "No entry here")))
(defun guix-list-current-entry ()
"Return entry at point."
(guix-entry-by-id (guix-list-current-id)
(guix-buffer-current-entries)))
(defun guix-list-for-each-line (fun &rest args)
"Call FUN with ARGS for each entry line."
(or (derived-mode-p 'guix-list-mode)
(error "The current buffer is not in Guix List mode"))
(save-excursion
(goto-char (point-min))
(while (not (eobp))
(apply fun args)
(forward-line))))
(defun guix-list-fold-lines (fun init)
"Fold over entry lines in the current list buffer.
Call FUN with RESULT as argument for each line, using INIT as
the initial value of RESULT. Return the final result."
(let ((res init))
(guix-list-for-each-line
(lambda () (setq res (funcall fun res))))
res))
;;; Marking and sorting
(defvar-local guix-list-marked nil
"List of the marked entries.
Each element of the list has a form:
(ID MARK-NAME . ARGS)
ID is an entry ID.
MARK-NAME is a symbol from `guix-list-marks'.
ARGS is a list of additional values.")
(defvar-local guix-list-marks nil
"Alist of available mark names and mark characters.")
(defvar guix-list-default-marks
'((empty . ?\s)
(general . ?*))
"Alist of default mark names and mark characters.")
(defun guix-list-marks (entry-type)
"Return alist of available marks for ENTRY-TYPE."
(append guix-list-default-marks
(guix-list-additional-marks entry-type)))
(defun guix-list-get-mark (name)
"Return mark character by its NAME."
(or (guix-assq-value guix-list-marks name)
(error "Mark '%S' not found" name)))
(defun guix-list-get-mark-string (name)
"Return mark string by its NAME."
(string (guix-list-get-mark name)))
(defun guix-list-current-mark ()
"Return mark character of the current line."
(char-after (line-beginning-position)))
(defun guix-list-get-marked (&rest mark-names)
"Return list of specs of entries marked with any mark from MARK-NAMES.
Entry specs are elements from `guix-list-marked' list.
If MARK-NAMES are not specified, use all marks from
`guix-list-marks' except the `empty' one."
(or mark-names
(setq mark-names
(delq 'empty
(mapcar #'car guix-list-marks))))
(cl-remove-if-not (lambda (assoc)
(memq (cadr assoc) mark-names))
guix-list-marked))
(defun guix-list-get-marked-args (mark-name)
"Return list of (ID . ARGS) elements from lines marked with MARK-NAME.
See `guix-list-marked' for the meaning of ARGS."
(mapcar (lambda (spec)
(let ((id (car spec))
(args (cddr spec)))
(cons id args)))
(guix-list-get-marked mark-name)))
(defun guix-list-get-marked-id-list (&rest mark-names)
"Return list of IDs of entries marked with any mark from MARK-NAMES.
See `guix-list-get-marked' for details."
(mapcar #'car (apply #'guix-list-get-marked mark-names)))
(defun guix-list--mark (mark-name &optional advance &rest args)
"Put a mark on the current line.
Also add the current entry to `guix-list-marked' using its ID and ARGS.
MARK-NAME is a symbol from `guix-list-marks'.
If ADVANCE is non-nil, move forward by one line after marking."
(let ((id (guix-list-current-id)))
(if (eq mark-name 'empty)
(setq guix-list-marked (assq-delete-all id guix-list-marked))
(let ((assoc (assq id guix-list-marked))
(val (cons mark-name args)))
(if assoc
(setcdr assoc val)
(push (cons id val) guix-list-marked)))))
(tabulated-list-put-tag (guix-list-get-mark-string mark-name)
advance))
(defun guix-list-mark (&optional arg)
"Mark the current line and move to the next line.
With ARG, mark all lines."
(interactive "P")
(if arg
(guix-list-mark-all)
(guix-list--mark 'general t)))
(defun guix-list-mark-all (&optional mark-name)
"Mark all lines with MARK-NAME mark.
MARK-NAME is a symbol from `guix-list-marks'.
Interactively, put a general mark on all lines."
(interactive)
(or mark-name (setq mark-name 'general))
(guix-list-for-each-line #'guix-list--mark mark-name))
(defun guix-list-unmark (&optional arg)
"Unmark the current line and move to the next line.
With ARG, unmark all lines."
(interactive "P")
(if arg
(guix-list-unmark-all)
(guix-list--mark 'empty t)))
(defun guix-list-unmark-backward ()
"Move up one line and unmark it."
(interactive)
(forward-line -1)
(guix-list--mark 'empty))
(defun guix-list-unmark-all ()
"Unmark all lines."
(interactive)
(guix-list-mark-all 'empty))
(defun guix-list-restore-marks ()
"Put marks according to `guix-list-marked'."
(guix-list-for-each-line
(lambda ()
(let ((mark-name (car (guix-assq-value guix-list-marked
(guix-list-current-id)))))
(tabulated-list-put-tag
(guix-list-get-mark-string (or mark-name 'empty)))))))
(defun guix-list-sort (&optional n)
"Sort guix list entries by the column at point.
With a numeric prefix argument N, sort the Nth column.
Same as `tabulated-list-sort', but also restore marks after sorting."
(interactive "P")
(tabulated-list-sort n)
(guix-list-restore-marks))
;;; Major mode and interface definer
(defvar guix-list-mode-map
(let ((map (make-sparse-keymap)))
(set-keymap-parent
map (make-composed-keymap guix-buffer-map
tabulated-list-mode-map))
(define-key map (kbd "RET") 'guix-list-describe)
(define-key map (kbd "i") 'guix-list-describe)
(define-key map (kbd "m") 'guix-list-mark)
(define-key map (kbd "*") 'guix-list-mark)
(define-key map (kbd "u") 'guix-list-unmark)
(define-key map (kbd "DEL") 'guix-list-unmark-backward)
(define-key map [remap tabulated-list-sort] 'guix-list-sort)
map)
"Keymap for `guix-list-mode' buffers.")
(define-derived-mode guix-list-mode tabulated-list-mode "Guix-List"
"Parent mode for displaying data in 'list' form.")
(defun guix-list-mode-initialize (entry-type)
"Set up the current 'list' buffer for displaying ENTRY-TYPE entries."
(setq tabulated-list-padding 2
tabulated-list-format (guix-list-tabulated-format entry-type)
tabulated-list-sort-key (guix-list-tabulated-sort-key entry-type))
(setq-local guix-list-marks (guix-list-marks entry-type))
(tabulated-list-init-header))
(defmacro guix-list-define-interface (entry-type &rest args)
"Define 'list' interface for displaying ENTRY-TYPE entries.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
Required keywords:
- `:format' - default value of the generated
`guix-ENTRY-TYPE-list-format' variable.
Optional keywords:
- `:sort-key' - default value of the generated
`guix-ENTRY-TYPE-list-sort-key' variable.
- `:describe-function' - default value of the generated
`guix-ENTRY-TYPE-describe-function' variable.
- `:list-single?' - default value of the generated
`guix-ENTRY-TYPE-list-single' variable.
- `:marks' - default value of the generated
`guix-ENTRY-TYPE-list-marks' variable.
The rest keyword arguments are passed to
`guix-buffer-define-interface' macro."
(declare (indent 1))
(let* ((entry-type-str (symbol-name entry-type))
(prefix (concat "guix-" entry-type-str "-list"))
(group (intern prefix))
(describe-var (intern (concat prefix "-describe-function")))
(describe-count-var (intern (concat prefix
"-describe-warning-count")))
(format-var (intern (concat prefix "-format")))
(sort-key-var (intern (concat prefix "-sort-key")))
(list-single-var (intern (concat prefix "-single")))
(marks-var (intern (concat prefix "-marks"))))
(guix-keyword-args-let args
((show-entries-val :show-entries-function)
(describe-val :describe-function)
(describe-count-val :describe-count 10)
(format-val :format)
(sort-key-val :sort-key)
(list-single-val :list-single?)
(marks-val :marks))
`(progn
(defcustom ,format-var ,format-val
,(format "\
List of format values of the displayed columns.
Each element of the list has a form:
(PARAM VALUE-FUN WIDTH SORT . PROPS)
PARAM is a name of '%s' entry parameter.
VALUE-FUN may be either nil or a function returning a value that
will be inserted. The function is called with 2 arguments: the
first one is the value of the parameter; the second one is an
entry (alist of parameter names and values).
For the meaning of WIDTH, SORT and PROPS, see
`tabulated-list-format'."
entry-type-str)
:type 'sexp
:group ',group)
(defcustom ,sort-key-var ,sort-key-val
,(format "\
Default sort key for 'list' buffer with '%s' entries.
Should be nil (no sort) or have a form:
(PARAM . FLIP)
PARAM is the name of '%s' entry parameter. For the meaning of
FLIP, see `tabulated-list-sort-key'."
entry-type-str entry-type-str)
:type '(choice (const :tag "No sort" nil)
(cons symbol boolean))
:group ',group)
(defvar ,marks-var ,marks-val
,(format "\
Alist of additional marks for 'list' buffer with '%s' entries.
Marks from this list are used along with `guix-list-default-marks'."
entry-type-str))
(defcustom ,list-single-var ,list-single-val
,(format "\
If non-nil, list '%s' entry even if it is the only matching result.
If nil, show a single '%s' entry in the 'info' buffer."
entry-type-str entry-type-str)
:type 'boolean
:group ',group)
(defcustom ,describe-count-var ,describe-count-val
,(format "\
The maximum number of '%s' entries to describe without a warning.
If a user wants to describe more than this number of marked
entries, he will be prompted for confirmation.
See also `guix-list-describe'."
entry-type-str)
:type 'integer
:group ',group)
(defvar ,describe-var ,describe-val
,(format "Function used to describe '%s' entries."
entry-type-str))
(guix-alist-put!
'((describe . ,describe-var)
(describe-count . ,describe-count-var)
(format . ,format-var)
(sort-key . ,sort-key-var)
(list-single . ,list-single-var)
(marks . ,marks-var))
'guix-list-data ',entry-type)
,(if show-entries-val
`(guix-buffer-define-interface list ,entry-type
:show-entries-function ,show-entries-val
,@%foreign-args)
(let ((insert-fun (intern (concat prefix "-insert-entries")))
(mode-init-fun (intern (concat prefix "-mode-initialize"))))
`(progn
(defun ,insert-fun (entries)
,(format "\
Print '%s' ENTRIES in the current 'list' buffer."
entry-type-str)
(guix-list-insert-entries entries ',entry-type))
(defun ,mode-init-fun ()
,(format "\
Set up the current 'list' buffer for displaying '%s' entries."
entry-type-str)
(guix-list-mode-initialize ',entry-type))
(guix-buffer-define-interface list ,entry-type
:insert-entries-function ',insert-fun
:mode-init-function ',mode-init-fun
,@%foreign-args))))))))
(defvar guix-list-font-lock-keywords
(eval-when-compile
`((,(rx "(" (group "guix-list-define-interface")
symbol-end)
. 1))))
(font-lock-add-keywords 'emacs-lisp-mode guix-list-font-lock-keywords)
(provide 'guix-list)
;;; guix-list.el ends here

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emacs/guix-location.el
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;;; guix-location.el --- Package locations
;; Copyright © 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public Location as published by
;; the Free Software Foundation, either version 3 of the Location, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public Location for more details.
;; You should have received a copy of the GNU General Public Location
;; along with this program. If not, see <http://www.gnu.org/locations/>.
;;; Commentary:
;; This file provides the code to work with locations of Guix packages.
;;; Code:
(require 'cl-lib)
(require 'guix-backend)
(require 'guix-read)
(require 'guix-guile)
(defun guix-package-location (id-or-name)
"Return location of a package with ID-OR-NAME.
For the meaning of location, see `guix-find-location'."
(guix-eval-read (guix-make-guile-expression
'package-location-string id-or-name)))
;;;###autoload
(defun guix-find-location (location &optional directory)
"Go to LOCATION of a package.
LOCATION is a string of the form:
\"FILE:LINE:COLUMN\"
If FILE is relative, it is considered to be relative to
DIRECTORY (`guix-directory' by default).
Interactively, prompt for LOCATION. With prefix argument, prompt
for DIRECTORY as well."
(interactive
(list (guix-read-package-location)
(guix-read-directory)))
(cl-multiple-value-bind (file line column)
(split-string location ":")
(find-file (expand-file-name file (or directory guix-directory)))
(when (and line column)
(let ((line (string-to-number line))
(column (string-to-number column)))
(goto-char (point-min))
(forward-line (- line 1))
(move-to-column column)
(recenter 1)))))
;;;###autoload
(defun guix-edit (id-or-name &optional directory)
"Edit (go to location of) package with ID-OR-NAME.
See `guix-find-location' for the meaning of package location and
DIRECTORY.
Interactively, with prefix argument, prompt for DIRECTORY."
(interactive
(list (guix-read-package-name)
(guix-read-directory)))
(let ((loc (guix-package-location id-or-name)))
(if loc
(guix-find-location loc directory)
(message "Couldn't find package location."))))
(provide 'guix-location)
;;; guix-location.el ends here

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emacs/guix-messages.el
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;;; guix-messages.el --- Minibuffer messages
;; Copyright © 2014, 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides `guix-result-message' function used to show a
;; minibuffer message after displaying packages/generations in a
;; list/info buffer.
;;; Code:
(require 'cl-lib)
(require 'guix-utils)
(defvar guix-messages
`((package
(id
,(lambda (_ entries ids)
(guix-message-packages-by-id entries 'package ids)))
(name
,(lambda (_ entries names)
(guix-message-packages-by-name entries 'package names)))
(license
,(lambda (_ entries licenses)
(apply #'guix-message-packages-by-license
entries 'package licenses)))
(location
,(lambda (_ entries locations)
(apply #'guix-message-packages-by-location
entries 'package locations)))
(from-file
(0 "No package in file '%s'." val)
(1 "Package from file '%s'." val))
(regexp
(0 "No packages matching '%s'." val)
(1 "A single package matching '%s'." val)
(many "%d packages matching '%s'." count val))
(all-available
(0 "No packages are available for some reason.")
(1 "A single available package (that's strange).")
(many "%d available packages." count))
(newest-available
(0 "No packages are available for some reason.")
(1 "A single newest available package (that's strange).")
(many "%d newest available packages." count))
(installed
(0 "No packages installed in profile '%s'." profile)
(1 "A single package installed in profile '%s'." profile)
(many "%d packages installed in profile '%s'." count profile))
(obsolete
(0 "No obsolete packages in profile '%s'." profile)
(1 "A single obsolete package in profile '%s'." profile)
(many "%d obsolete packages in profile '%s'." count profile)))
(output
(id
,(lambda (_ entries ids)
(guix-message-packages-by-id entries 'output ids)))
(name
,(lambda (_ entries names)
(guix-message-packages-by-name entries 'output names)))
(license
,(lambda (_ entries licenses)
(apply #'guix-message-packages-by-license
entries 'output licenses)))
(location
,(lambda (_ entries locations)
(apply #'guix-message-packages-by-location
entries 'output locations)))
(from-file
(0 "No package in file '%s'." val)
(1 "Package from file '%s'." val)
(many "Package outputs from file '%s'." val))
(regexp
(0 "No package outputs matching '%s'." val)
(1 "A single package output matching '%s'." val)
(many "%d package outputs matching '%s'." count val))
(all-available
(0 "No package outputs are available for some reason.")
(1 "A single available package output (that's strange).")
(many "%d available package outputs." count))
(newest-available
(0 "No package outputs are available for some reason.")
(1 "A single newest available package output (that's strange).")
(many "%d newest available package outputs." count))
(installed
(0 "No package outputs installed in profile '%s'." profile)
(1 "A single package output installed in profile '%s'." profile)
(many "%d package outputs installed in profile '%s'." count profile))
(obsolete
(0 "No obsolete package outputs in profile '%s'." profile)
(1 "A single obsolete package output in profile '%s'." profile)
(many "%d obsolete package outputs in profile '%s'." count profile))
(profile-diff
guix-message-outputs-by-diff))
(generation
(id
(0 "Generations not found.")
(1 "")
(many "%d generations." count))
(last
(0 "No generations in profile '%s'." profile)
(1 "The last generation of profile '%s'." profile)
(many "%d last generations of profile '%s'." count profile))
(all
(0 "No generations in profile '%s'." profile)
(1 "A single generation available in profile '%s'." profile)
(many "%d generations available in profile '%s'." count profile))
(time
guix-message-generations-by-time))))
(defun guix-message-string-name (name)
"Return a quoted name string."
(concat "'" name "'"))
(defun guix-message-string-entry-type (entry-type &optional plural)
"Return a string denoting an ENTRY-TYPE."
(cl-ecase entry-type
(package
(if plural "packages" "package"))
(output
(if plural "package outputs" "package output"))
(generation
(if plural "generations" "generation"))))
(defun guix-message-string-entries (count entry-type)
"Return a string denoting the COUNT of ENTRY-TYPE entries."
(cl-case count
(0 (concat "No "
(guix-message-string-entry-type
entry-type 'plural)))
(1 (concat "A single "
(guix-message-string-entry-type
entry-type)))
(t (format "%d %s"
count
(guix-message-string-entry-type
entry-type 'plural)))))
(defun guix-message-packages-by-id (entries entry-type ids)
"Display a message for packages or outputs searched by IDS."
(let* ((count (length entries))
(str-beg (guix-message-string-entries count entry-type))
(str-end (if (> count 1)
(concat "with the following IDs: "
(mapconcat #'guix-get-string ids ", "))
(concat "with ID " (guix-get-string (car ids))))))
(if (zerop count)
(message "%s %s.
Most likely, Guix REPL was restarted, so IDs are not actual
anymore, because they live only during the REPL process.
Try \"M-x guix-search-by-name\"."
str-beg str-end)
(message "%s %s." str-beg str-end))))
(defun guix-message-packages-by-name (entries entry-type names)
"Display a message for packages or outputs searched by NAMES."
(let* ((count (length entries))
(str-beg (guix-message-string-entries count entry-type))
(str-end (if (cdr names)
(concat "matching the following names: "
(mapconcat #'guix-message-string-name
names ", "))
(concat "with name "
(guix-message-string-name (car names))))))
(message "%s %s." str-beg str-end)))
(defun guix-message-packages-by-license (entries entry-type license)
"Display a message for packages or outputs searched by LICENSE."
(let* ((count (length entries))
(str-beg (guix-message-string-entries count entry-type))
(str-end (format "with license '%s'" license)))
(message "%s %s." str-beg str-end)))
(defun guix-message-packages-by-location (entries entry-type location)
"Display a message for packages or outputs searched by LOCATION."
(let* ((count (length entries))
(str-beg (guix-message-string-entries count entry-type))
(str-end (format "placed in '%s'" location)))
(message "%s %s." str-beg str-end)))
(defun guix-message-generations-by-time (profile entries times)
"Display a message for generations searched by TIMES."
(let* ((count (length entries))
(str-beg (guix-message-string-entries count 'generation))
(time-beg (guix-get-time-string (car times)))
(time-end (guix-get-time-string (cadr times))))
(message (concat "%s of profile '%s'\n"
"matching time period '%s' - '%s'.")
str-beg profile time-beg time-end)))
(defun guix-message-outputs-by-diff (_ entries profiles)
"Display a message for outputs searched by PROFILES difference."
(let* ((count (length entries))
(str-beg (guix-message-string-entries count 'output))
(profile1 (car profiles))
(profile2 (cadr profiles)))
(cl-multiple-value-bind (new old str-action)
(if (string-lessp profile2 profile1)
(list profile1 profile2 "added to")
(list profile2 profile1 "removed from"))
(message "%s %s profile '%s' comparing with profile '%s'."
str-beg str-action new old))))
(defun guix-result-message (profile entries entry-type
search-type search-vals)
"Display an appropriate message after displaying ENTRIES."
(let* ((type-spec (guix-assq-value guix-messages
(if (eq entry-type 'system-generation)
'generation
entry-type)
search-type))
(fun-or-count-spec (car type-spec)))
(if (functionp fun-or-count-spec)
(funcall fun-or-count-spec profile entries search-vals)
(let* ((count (length entries))
(count-key (if (> count 1) 'many count))
(msg-spec (guix-assq-value type-spec count-key))
(msg (car msg-spec))
(args (cdr msg-spec)))
(mapc (lambda (subst)
(setq args (cl-substitute (cdr subst) (car subst) args)))
`((count . ,count)
(val . ,(car search-vals))
(profile . ,profile)))
(apply #'message msg args)))))
(provide 'guix-messages)
;;; guix-messages.el ends here

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;;; guix-pcomplete.el --- Functions for completing guix commands -*- lexical-binding: t -*-
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides completions for "guix" command that may be used in
;; `shell', `eshell' and wherever `pcomplete' works.
;;; Code:
(require 'pcomplete)
(require 'pcmpl-unix)
(require 'cl-lib)
(require 'guix-utils)
(require 'guix-help-vars)
;;; Interacting with guix
(defcustom guix-pcomplete-guix-program (executable-find "guix")
"Name of the 'guix' program.
It is used to find guix commands, options, packages, etc."
:type 'file
:group 'pcomplete
:group 'guix)
(defun guix-pcomplete-run-guix (&rest args)
"Run `guix-pcomplete-guix-program' with ARGS.
Insert the output to the current buffer."
(apply #'call-process
guix-pcomplete-guix-program nil t nil args))
(defun guix-pcomplete-run-guix-and-search (regexp &optional group
&rest args)
"Run `guix-pcomplete-guix-program' with ARGS and search for matches.
Return a list of strings matching REGEXP.
GROUP specifies a parenthesized expression used in REGEXP."
(with-temp-buffer
(apply #'guix-pcomplete-run-guix args)
(let (result)
(guix-while-search regexp
(push (match-string-no-properties group) result))
(nreverse result))))
(defmacro guix-pcomplete-define-options-finder (name docstring regexp
&optional filter)
"Define function NAME to receive guix options and commands.
The defined function takes an optional COMMAND argument. This
function will run 'guix COMMAND --help' (or 'guix --help' if
COMMAND is nil) using `guix-pcomplete-run-guix-and-search' and
return its result.
If FILTER is specified, it should be a function. The result is
passed to this FILTER as argument and the result value of this
function call is returned."
(declare (doc-string 2) (indent 1))
`(guix-memoized-defun ,name (&optional command)
,docstring
(let* ((args '("--help"))
(args (if command (cons command args) args))
(res (apply #'guix-pcomplete-run-guix-and-search
,regexp guix-help-parse-regexp-group args)))
,(if filter
`(funcall ,filter res)
'res))))
(guix-pcomplete-define-options-finder guix-pcomplete-commands
"If COMMAND is nil, return a list of available guix commands.
If COMMAND is non-nil (it should be a string), return available
subcommands, actions, etc. for this guix COMMAND."
guix-help-parse-command-regexp)
(guix-pcomplete-define-options-finder guix-pcomplete-long-options
"Return a list of available long options for guix COMMAND."
guix-help-parse-long-option-regexp)
(guix-pcomplete-define-options-finder guix-pcomplete-short-options
"Return a string with available short options for guix COMMAND."
guix-help-parse-short-option-regexp
(lambda (list)
(guix-concat-strings list "")))
(guix-memoized-defun guix-pcomplete-all-packages ()
"Return a list of all available Guix packages."
(guix-pcomplete-run-guix-and-search
guix-help-parse-package-regexp
guix-help-parse-regexp-group
"package" "--list-available"))
(guix-memoized-defun guix-pcomplete-installed-packages (&optional profile)
"Return a list of Guix packages installed in PROFILE."
(let* ((args (and profile
(list (concat "--profile=" profile))))
(args (append '("package" "--list-installed") args)))
(apply #'guix-pcomplete-run-guix-and-search
guix-help-parse-package-regexp
guix-help-parse-regexp-group
args)))
(guix-memoized-defun guix-pcomplete-lint-checkers ()
"Return a list of all available lint checkers."
(guix-pcomplete-run-guix-and-search
guix-help-parse-list-regexp
guix-help-parse-regexp-group
"lint" "--list-checkers"))
(guix-memoized-defun guix-pcomplete-graph-types ()
"Return a list of all available graph types."
(guix-pcomplete-run-guix-and-search
guix-help-parse-list-regexp
guix-help-parse-regexp-group
"graph" "--list-types"))
(guix-memoized-defun guix-pcomplete-refresh-updaters ()
"Return a list of all available refresh updater types."
(guix-pcomplete-run-guix-and-search
guix-help-parse-list-regexp
guix-help-parse-regexp-group
"refresh" "--list-updaters"))
;;; Completing
(defvar guix-pcomplete-option-regexp (rx string-start "-")
"Regexp to match an option.")
(defvar guix-pcomplete-long-option-regexp (rx string-start "--")
"Regexp to match a long option.")
(defvar guix-pcomplete-long-option-with-arg-regexp
(rx string-start
(group "--" (one-or-more any)) "="
(group (zero-or-more any)))
"Regexp to match a long option with its argument.
The first parenthesized group defines the option and the second
group - the argument.")
(defvar guix-pcomplete-short-option-with-arg-regexp
(rx string-start
(group "-" (not (any "-")))
(group (zero-or-more any)))
"Regexp to match a short option with its argument.
The first parenthesized group defines the option and the second
group - the argument.")
(defun guix-pcomplete-match-option ()
"Return non-nil, if the current argument is an option."
(pcomplete-match guix-pcomplete-option-regexp 0))
(defun guix-pcomplete-match-long-option ()
"Return non-nil, if the current argument is a long option."
(pcomplete-match guix-pcomplete-long-option-regexp 0))
(defun guix-pcomplete-match-long-option-with-arg ()
"Return non-nil, if the current argument is a long option with value."
(pcomplete-match guix-pcomplete-long-option-with-arg-regexp 0))
(defun guix-pcomplete-match-short-option-with-arg ()
"Return non-nil, if the current argument is a short option with value."
(pcomplete-match guix-pcomplete-short-option-with-arg-regexp 0))
(defun guix-pcomplete-long-option-arg (option args)
"Return a long OPTION's argument from a list of arguments ARGS."
(let* ((re (concat "\\`" option "=\\(.*\\)"))
(args (cl-member-if (lambda (arg)
(string-match re arg))
args))
(cur (car args)))
(when cur
(match-string-no-properties 1 cur))))
(defun guix-pcomplete-short-option-arg (option args)
"Return a short OPTION's argument from a list of arguments ARGS."
(let* ((re (concat "\\`" option "\\(.*\\)"))
(args (cl-member-if (lambda (arg)
(string-match re arg))
args))
(cur (car args)))
(when cur
(let ((arg (match-string-no-properties 1 cur)))
(if (string= "" arg)
(cadr args) ; take the next arg
arg)))))
(defun guix-pcomplete-complete-comma-args (entries)
"Complete comma separated arguments using ENTRIES."
(let ((index pcomplete-index))
(while (= index pcomplete-index)
(let* ((args (if (or (guix-pcomplete-match-long-option-with-arg)
(guix-pcomplete-match-short-option-with-arg))
(pcomplete-match-string 2 0)
(pcomplete-arg 0)))
(input (if (string-match ".*,\\(.*\\)" args)
(match-string-no-properties 1 args)
args)))
(pcomplete-here* entries input)))))
(defun guix-pcomplete-complete-command-arg (command)
"Complete argument for guix COMMAND."
(cond
((member command
'("archive" "build" "challenge" "edit" "environment"
"graph" "lint" "refresh" "size"))
(while t
(pcomplete-here (guix-pcomplete-all-packages))))
(t (pcomplete-here* (pcomplete-entries)))))
(defun guix-pcomplete-complete-option-arg (command option &optional input)
"Complete argument for COMMAND's OPTION.
INPUT is the current partially completed string."
(cl-flet ((option? (short long)
(or (string= option short)
(string= option long)))
(command? (&rest commands)
(member command commands))
(complete (entries)
(pcomplete-here entries input nil t))
(complete* (entries)
(pcomplete-here* entries input t)))
(cond
((option? "-L" "--load-path")
(complete* (pcomplete-dirs)))
((string= "--key-download" option)
(complete* guix-help-key-policies))
((command? "package")
(cond
;; For '--install[=]' and '--remove[=]', try to complete a package
;; name (INPUT) after the "=" sign, and then the rest packages
;; separated with spaces.
((option? "-i" "--install")
(complete (guix-pcomplete-all-packages))
(while (not (guix-pcomplete-match-option))
(pcomplete-here (guix-pcomplete-all-packages))))
((option? "-r" "--remove")
(let* ((profile (or (guix-pcomplete-short-option-arg
"-p" pcomplete-args)
(guix-pcomplete-long-option-arg
"--profile" pcomplete-args)))
(profile (and profile (expand-file-name profile))))
(complete (guix-pcomplete-installed-packages profile))
(while (not (guix-pcomplete-match-option))
(pcomplete-here (guix-pcomplete-installed-packages profile)))))
((string= "--show" option)
(complete (guix-pcomplete-all-packages)))
((option? "-p" "--profile")
(complete* (pcomplete-dirs)))
((or (option? "-f" "--install-from-file")
(option? "-m" "--manifest"))
(complete* (pcomplete-entries)))))
((and (command? "archive" "build" "size")
(option? "-s" "--system"))
(complete* guix-help-system-types))
((and (command? "build")
(or (option? "-f" "--file")
(option? "-r" "--root")
(string= "--with-source" option)))
(complete* (pcomplete-entries)))
((and (command? "graph")
(option? "-t" "--type"))
(complete* (guix-pcomplete-graph-types)))
((and (command? "environment")
(option? "-l" "--load"))
(complete* (pcomplete-entries)))
((and (command? "hash" "download")
(option? "-f" "--format"))
(complete* guix-help-hash-formats))
((and (command? "lint")
(option? "-c" "--checkers"))
(guix-pcomplete-complete-comma-args
(guix-pcomplete-lint-checkers)))
((and (command? "publish")
(option? "-u" "--user"))
(complete* (pcmpl-unix-user-names)))
((command? "refresh")
(cond
((option? "-s" "--select")
(complete* guix-help-refresh-subsets))
((option? "-t" "--type")
(guix-pcomplete-complete-comma-args
(guix-pcomplete-refresh-updaters)))))
((and (command? "size")
(option? "-m" "--map-file"))
(complete* (pcomplete-entries))))))
(defun guix-pcomplete-complete-options (command)
"Complete options (with their arguments) for guix COMMAND."
(while (guix-pcomplete-match-option)
(let ((index pcomplete-index))
(if (guix-pcomplete-match-long-option)
;; Long options.
(if (guix-pcomplete-match-long-option-with-arg)
(let ((option (pcomplete-match-string 1 0))
(arg (pcomplete-match-string 2 0)))
(guix-pcomplete-complete-option-arg
command option arg))
(pcomplete-here* (guix-pcomplete-long-options command))
;; We support '--opt arg' style (along with '--opt=arg'),
;; because 'guix package --install/--remove' may be used this
;; way. So try to complete an argument after the option has
;; been completed.
(unless (guix-pcomplete-match-option)
(guix-pcomplete-complete-option-arg
command (pcomplete-arg 0 -1))))
;; Short options.
(let ((arg (pcomplete-arg 0)))
(if (> (length arg) 2)
;; Support specifying an argument after a short option without
;; spaces (for example, '-L/tmp/foo').
(guix-pcomplete-complete-option-arg
command
(substring-no-properties arg 0 2)
(substring-no-properties arg 2))
(pcomplete-opt (guix-pcomplete-short-options command))
(guix-pcomplete-complete-option-arg
command (pcomplete-arg 0 -1)))))
;; If there were no completions, move to the next argument and get
;; out if the last argument is achieved.
(when (= index pcomplete-index)
(if (= pcomplete-index pcomplete-last)
(throw 'pcompleted nil)
(pcomplete-next-arg))))))
;;;###autoload
(defun pcomplete/guix ()
"Completion for `guix'."
(let ((commands (guix-pcomplete-commands)))
(pcomplete-here* (cons "--help" commands))
(let ((command (pcomplete-arg 'first 1)))
(when (member command commands)
(guix-pcomplete-complete-options command)
(let ((subcommands (guix-pcomplete-commands command)))
(when subcommands
(pcomplete-here* subcommands)))
(guix-pcomplete-complete-options command)
(guix-pcomplete-complete-command-arg command)))))
(provide 'guix-pcomplete)
;;; guix-pcomplete.el ends here

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;;; guix-popup.el --- Popup windows library
;; Copyright © 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides `guix-define-popup' macro which is just an alias
;; to `magit-define-popup'. According to the manual (info
;; "(magit-popup) Defining prefix and suffix commands") `magit-popup'
;; library will eventually be superseded by a more general library.
;;; Code:
(require 'magit-popup)
(defalias 'guix-define-popup 'magit-define-popup)
(defvar guix-popup-font-lock-keywords
(eval-when-compile
`((,(rx "("
(group "guix-define-popup")
symbol-end
(zero-or-more blank)
(zero-or-one
(group (one-or-more (or (syntax word) (syntax symbol))))))
(1 font-lock-keyword-face)
(2 font-lock-function-name-face nil t)))))
(font-lock-add-keywords 'emacs-lisp-mode guix-popup-font-lock-keywords)
(provide 'guix-popup)
;;; guix-popup.el ends here

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;;; guix-prettify.el --- Prettify Guix store file names
;; Copyright © 2014, 2015 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This package provides minor-mode for prettifying Guix store file
;; names — i.e., after enabling `guix-prettify-mode',
;; '/gnu/store/72f54nfp6g1hz873w8z3gfcah0h4nl9p-foo-0.1' names will be
;; replaced with '/gnu/store/…-foo-0.1' in the current buffer. There is
;; also `global-guix-prettify-mode' for global prettifying.
;; To install, add the following to your emacs init file:
;;
;; (add-to-list 'load-path "/path/to/dir-with-guix-prettify")
;; (autoload 'guix-prettify-mode "guix-prettify" nil t)
;; (autoload 'global-guix-prettify-mode "guix-prettify" nil t)
;; If you want to enable/disable composition after "M-x font-lock-mode",
;; use the following setting:
;;
;; (setq font-lock-extra-managed-props
;; (cons 'composition font-lock-extra-managed-props))
;; Credits:
;;
;; Thanks to Ludovic Courtès for the idea of this package.
;;
;; Thanks to the authors of `prettify-symbols-mode' (part of Emacs 24.4)
;; and "pretty-symbols.el" <http://github.com/drothlis/pretty-symbols>
;; for the code. It helped to write this package.
;;; Code:
(require 'guix-utils)
(defgroup guix-prettify nil
"Prettify Guix store file names."
:prefix "guix-prettify-"
:group 'guix
:group 'font-lock
:group 'convenience)
(defcustom guix-prettify-char ?…
"Character used for prettifying."
:type 'character
:group 'guix-prettify)
(defcustom guix-prettify-decompose-force nil
"If non-nil, remove any composition.
By default, after disabling `guix-prettify-mode',
compositions (prettifying names with `guix-prettify-char') are
removed only from strings matching `guix-prettify-regexp', so
that compositions created by other modes are left untouched.
Set this variable to non-nil, if you want to remove any
composition unconditionally (like `prettify-symbols-mode' does).
Most likely it will do no harm and will make the process of
disabling `guix-prettify-mode' a little faster."
:type 'boolean
:group 'guix-prettify)
(defcustom guix-prettify-regexp
;; The following file names / URLs should be abbreviated:
;; /gnu/store/…-foo-0.1
;; /nix/store/…-foo-0.1
;; http://hydra.gnu.org/nar/…-foo-0.1
;; http://hydra.gnu.org/log/…-foo-0.1
(rx "/" (or "store" "nar" "log") "/"
;; Hash-parts do not include "e", "o", "u" and "t". See base32Chars
;; at <https://github.com/NixOS/nix/blob/master/src/libutil/hash.cc>
(group (= 32 (any "0-9" "a-d" "f-n" "p-s" "v-z"))))
"Regexp matching file names for prettifying.
Disable `guix-prettify-mode' before modifying this variable and
make sure to modify `guix-prettify-regexp-group' if needed.
Example of a \"deeper\" prettifying:
(setq guix-prettify-regexp \"store/[[:alnum:]]\\\\\\={32\\\\}\"
guix-prettify-regexp-group 0)
This will transform
'/gnu/store/72f54nfp6g1hz873w8z3gfcah0h4nl9p-foo-0.1' into
'/gnu/…-foo-0.1'"
:type 'regexp
:group 'guix-prettify)
(defcustom guix-prettify-regexp-group 1
"Regexp group in `guix-prettify-regexp' for prettifying."
:type 'integer
:group 'guix-prettify)
(defvar guix-prettify-special-modes
'(guix-info-mode ibuffer-mode)
"List of special modes that support font-locking.
By default, \\[global-guix-prettify-mode] enables prettifying in
all buffers except the ones where `font-lock-defaults' is
nil (see Info node `(elisp) Font Lock Basics'), because it may
break the existing highlighting.
Modes from this list and all derived modes are exceptions
\(`global-guix-prettify-mode' enables prettifying there).")
(defvar guix-prettify-flush-function
(cond ((fboundp 'font-lock-flush) #'font-lock-flush)
((fboundp 'jit-lock-refontify) #'jit-lock-refontify))
"Function used to refontify buffer.
This function is called without arguments after
enabling/disabling `guix-prettify-mode'. If nil, do nothing.")
(defun guix-prettify-compose ()
"Compose matching region in the current buffer."
(let ((beg (match-beginning guix-prettify-regexp-group))
(end (match-end guix-prettify-regexp-group)))
(compose-region beg end guix-prettify-char 'decompose-region))
;; Return nil because we're not adding any face property.
nil)
(defun guix-prettify-decompose-buffer ()
"Remove file names compositions from the current buffer."
(with-silent-modifications
(let ((inhibit-read-only t))
(if guix-prettify-decompose-force
(remove-text-properties (point-min)
(point-max)
'(composition nil))
(guix-while-search guix-prettify-regexp
(remove-text-properties
(match-beginning guix-prettify-regexp-group)
(match-end guix-prettify-regexp-group)
'(composition nil)))))))
;;;###autoload
(define-minor-mode guix-prettify-mode
"Toggle Guix Prettify mode.
With a prefix argument ARG, enable Guix Prettify mode if ARG is
positive, and disable it otherwise. If called from Lisp, enable
the mode if ARG is omitted or nil.
When Guix Prettify mode is enabled, hash-parts of the Guix store
file names (see `guix-prettify-regexp') are prettified,
i.e. displayed as `guix-prettify-char' character. This mode can
be enabled programmatically using hooks:
(add-hook 'shell-mode-hook 'guix-prettify-mode)
It is possible to enable the mode in any buffer, however not any
buffer's highlighting may survive after adding new elements to
`font-lock-keywords' (see `guix-prettify-special-modes' for
details).
Also you can use `global-guix-prettify-mode' to enable Guix
Prettify mode for all modes that support font-locking."
:init-value nil
:lighter " …"
(let ((keywords `((,guix-prettify-regexp
(,guix-prettify-regexp-group
(guix-prettify-compose))))))
(if guix-prettify-mode
;; Turn on.
(font-lock-add-keywords nil keywords)
;; Turn off.
(font-lock-remove-keywords nil keywords)
(guix-prettify-decompose-buffer))
(and guix-prettify-flush-function
(funcall guix-prettify-flush-function))))
(defun guix-prettify-supported-p ()
"Return non-nil, if the mode can be harmlessly enabled in current buffer."
(or font-lock-defaults
(apply #'derived-mode-p guix-prettify-special-modes)))
(defun guix-prettify-turn-on ()
"Enable `guix-prettify-mode' in the current buffer if needed.
See `guix-prettify-special-modes' for details."
(and (not guix-prettify-mode)
(guix-prettify-supported-p)
(guix-prettify-mode)))
;;;###autoload
(define-globalized-minor-mode global-guix-prettify-mode
guix-prettify-mode guix-prettify-turn-on)
;;;###autoload
(defalias 'guix-prettify-global-mode 'global-guix-prettify-mode)
(provide 'guix-prettify)
;;; guix-prettify.el ends here

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;;; guix-profiles.el --- Guix profiles
;; Copyright © 2014, 2015, 2016 Alex Kost <alezost@gmail.com>
;; Copyright © 2015 Mathieu Lirzin <mthl@openmailbox.org>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Code:
(require 'guix-config)
(defvar guix-user-profile
(expand-file-name "~/.guix-profile")
"User profile.")
(defvar guix-system-profile
(concat guix-config-state-directory "/profiles/system")
"System profile.")
(defvar guix-default-profile
(concat guix-config-state-directory
"/profiles/per-user/"
(getenv "USER")
"/guix-profile")
"Default Guix profile.")
(defvar guix-current-profile guix-default-profile
"Current profile.")
(defvar guix-system-profile-regexp
(concat "\\`" (regexp-quote guix-system-profile))
"Regexp matching system profiles.")
(defun guix-system-profile? (profile)
"Return non-nil, if PROFILE is a system one."
(string-match-p guix-system-profile-regexp profile))
(defun guix-profile-prompt (&optional default)
"Prompt for profile and return it.
Use DEFAULT as a start directory. If it is nil, use
`guix-current-profile'."
(let* ((path (read-file-name "Profile: "
(file-name-directory
(or default guix-current-profile))))
(path (directory-file-name (expand-file-name path))))
(if (string= path guix-user-profile)
guix-default-profile
path)))
(defun guix-set-current-profile (path)
"Set `guix-current-profile' to PATH.
Interactively, prompt for PATH. With prefix, use
`guix-default-profile'."
(interactive
(list (if current-prefix-arg
guix-default-profile
(guix-profile-prompt))))
(setq guix-current-profile path)
(message "Current profile has been set to '%s'."
guix-current-profile))
(provide 'guix-profiles)
;;; guix-profiles.el ends here

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;;; guix-read.el --- Minibuffer readers
;; Copyright © 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides functions to prompt a user for packages, system
;; types, hash formats and other guix related stuff.
;;; Code:
(require 'guix-help-vars)
(require 'guix-utils)
(require 'guix-backend)
(require 'guix-guile)
;;; Receivable lists of packages, lint checkers, etc.
(guix-memoized-defun guix-graph-type-names ()
"Return a list of names of available graph node types."
(guix-eval-read (guix-make-guile-expression 'graph-type-names)))
(guix-memoized-defun guix-refresh-updater-names ()
"Return a list of names of available refresh updater types."
(guix-eval-read (guix-make-guile-expression 'refresh-updater-names)))
(guix-memoized-defun guix-lint-checker-names ()
"Return a list of names of available lint checkers."
(guix-eval-read (guix-make-guile-expression 'lint-checker-names)))
(guix-memoized-defun guix-package-names ()
"Return a list of names of available packages."
(sort
;; Work around <https://github.com/jaor/geiser/issues/64>:
;; list of strings is parsed much slower than list of lists,
;; so we use 'package-names-lists' instead of 'package-names'.
;; (guix-eval-read (guix-make-guile-expression 'package-names))
(mapcar #'car
(guix-eval-read (guix-make-guile-expression
'package-names-lists)))
#'string<))
(guix-memoized-defun guix-license-names ()
"Return a list of names of available licenses."
(guix-eval-read (guix-make-guile-expression 'license-names)))
(guix-memoized-defun guix-package-locations ()
"Return a list of available package locations."
(sort (guix-eval-read (guix-make-guile-expression
'package-location-files))
#'string<))
;;; Readers
(guix-define-readers
:completions-var guix-help-system-types
:single-reader guix-read-system-type
:single-prompt "System type: ")
(guix-define-readers
:completions-var guix-help-source-types
:single-reader guix-read-source-type
:single-prompt "Source type: ")
(guix-define-readers
:completions-var guix-help-hash-formats
:single-reader guix-read-hash-format
:single-prompt "Hash format: ")
(guix-define-readers
:completions-var guix-help-refresh-subsets
:single-reader guix-read-refresh-subset
:single-prompt "Refresh subset: ")
(guix-define-readers
:completions-getter guix-refresh-updater-names
:multiple-reader guix-read-refresh-updater-names
:multiple-prompt "Refresh updater,s: "
:multiple-separator ",")
(guix-define-readers
:completions-var guix-help-key-policies
:single-reader guix-read-key-policy
:single-prompt "Key policy: ")
(guix-define-readers
:completions-var guix-help-elpa-archives
:single-reader guix-read-elpa-archive
:single-prompt "ELPA archive: ")
(guix-define-readers
:completions-var guix-help-verify-options
:multiple-reader guix-read-verify-options
:multiple-prompt "Verify option,s: "
:multiple-separator ",")
(guix-define-readers
:completions-getter guix-graph-type-names
:single-reader guix-read-graph-type
:single-prompt "Graph node type: ")
(guix-define-readers
:completions-getter guix-lint-checker-names
:multiple-reader guix-read-lint-checker-names
:multiple-prompt "Linter,s: "
:multiple-separator ",")
(guix-define-readers
:completions-getter guix-package-names
:single-reader guix-read-package-name
:single-prompt "Package: "
:multiple-reader guix-read-package-names
:multiple-prompt "Package,s: "
:multiple-separator " ")
(guix-define-readers
:completions-getter guix-license-names
:single-reader guix-read-license-name
:single-prompt "License: ")
(guix-define-readers
:completions-getter guix-package-locations
:single-reader guix-read-package-location
:single-prompt "Location: ")
(provide 'guix-read)
;;; guix-read.el ends here

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;;; guix-ui-generation.el --- Interface for displaying generations -*- lexical-binding: t -*-
;; Copyright © 2014, 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides an interface for displaying profile generations in
;; 'list' and 'info' buffers, and commands for working with them.
;;; Code:
(require 'cl-lib)
(require 'guix-buffer)
(require 'guix-list)
(require 'guix-info)
(require 'guix-ui)
(require 'guix-ui-package)
(require 'guix-base)
(require 'guix-backend)
(require 'guix-guile)
(require 'guix-entry)
(require 'guix-utils)
(require 'guix-profiles)
(guix-ui-define-entry-type generation)
(defun guix-generation-get-display (profile search-type &rest search-values)
"Search for generations and show results.
If PROFILE is nil, use `guix-current-profile'.
See `guix-ui-get-entries' for the meaning of SEARCH-TYPE and
SEARCH-VALUES."
(apply #'guix-list-get-display-entries
'generation
(or profile guix-current-profile)
search-type search-values))
(defun guix-delete-generations (profile generations
&optional operation-buffer)
"Delete GENERATIONS from PROFILE.
Each element from GENERATIONS is a generation number."
(when (or (not guix-operation-confirm)
(y-or-n-p
(let ((count (length generations)))
(if (> count 1)
(format "Delete %d generations from profile '%s'? "
count profile)
(format "Delete generation %d from profile '%s'? "
(car generations) profile)))))
(guix-eval-in-repl
(guix-make-guile-expression
'delete-generations* profile generations)
operation-buffer)))
(defun guix-switch-to-generation (profile generation
&optional operation-buffer)
"Switch PROFILE to GENERATION."
(when (or (not guix-operation-confirm)
(y-or-n-p (format "Switch profile '%s' to generation %d? "
profile generation)))
(guix-eval-in-repl
(guix-make-guile-expression
'switch-to-generation* profile generation)
operation-buffer)))
(defun guix-system-generation? ()
"Return non-nil, if current generation is a system one."
(eq (guix-buffer-current-entry-type)
'system-generation))
(defun guix-generation-current-packages-profile (&optional generation)
"Return a directory where packages are installed for the
current profile's GENERATION."
(guix-packages-profile (guix-ui-current-profile)
generation
(guix-system-generation?)))
;;; Generation 'info'
(guix-ui-info-define-interface generation
:buffer-name "*Guix Generation Info*"
:format '((number format guix-generation-info-insert-number)
(prev-number format (format))
(current format guix-generation-info-insert-current)
(path simple (indent guix-file))
(time format (time)))
:titles '((path . "File name")
(prev-number . "Previous number")))
(defface guix-generation-info-number
'((t :inherit font-lock-keyword-face))
"Face used for a number of a generation."
:group 'guix-generation-info-faces)
(defface guix-generation-info-current
'((t :inherit guix-package-info-installed-outputs))
"Face used if a generation is the current one."
:group 'guix-generation-info-faces)
(defface guix-generation-info-not-current
'((t nil))
"Face used if a generation is not the current one."
:group 'guix-generation-info-faces)
(defun guix-generation-info-insert-number (number &optional _)
"Insert generation NUMBER and action buttons."
(guix-info-insert-value-format number 'guix-generation-info-number)
(guix-info-insert-indent)
(guix-info-insert-action-button
"Packages"
(lambda (btn)
(guix-buffer-get-display-entries
'list guix-package-list-type
(list (guix-generation-current-packages-profile
(button-get btn 'number))
'installed)
'add))
"Show installed packages for this generation"
'number number)
(guix-info-insert-indent)
(guix-info-insert-action-button
"Delete"
(lambda (btn)
(guix-delete-generations (guix-ui-current-profile)
(list (button-get btn 'number))
(current-buffer)))
"Delete this generation"
'number number))
(defun guix-generation-info-insert-current (val entry)
"Insert boolean value VAL showing whether this generation is current."
(if val
(guix-info-insert-value-format "Yes" 'guix-generation-info-current)
(guix-info-insert-value-format "No" 'guix-generation-info-not-current)
(guix-info-insert-indent)
(guix-info-insert-action-button
"Switch"
(lambda (btn)
(guix-switch-to-generation (guix-ui-current-profile)
(button-get btn 'number)
(current-buffer)))
"Switch to this generation (make it the current one)"
'number (guix-entry-value entry 'number))))
;;; Generation 'list'
(guix-ui-list-define-interface generation
:buffer-name "*Guix Generation List*"
:format '((number nil 5 guix-list-sort-numerically-0 :right-align t)
(current guix-generation-list-get-current 10 t)
(time guix-list-get-time 20 t)
(path guix-list-get-file-name 30 t))
:titles '((number . "N."))
:sort-key '(number . t)
:marks '((delete . ?D)))
(let ((map guix-generation-list-mode-map))
(define-key map (kbd "RET") 'guix-generation-list-show-packages)
(define-key map (kbd "+") 'guix-generation-list-show-added-packages)
(define-key map (kbd "-") 'guix-generation-list-show-removed-packages)
(define-key map (kbd "=") 'guix-generation-list-diff)
(define-key map (kbd "D") 'guix-generation-list-diff)
(define-key map (kbd "e") 'guix-generation-list-ediff)
(define-key map (kbd "x") 'guix-generation-list-execute)
(define-key map (kbd "s") 'guix-generation-list-switch)
(define-key map (kbd "c") 'guix-generation-list-switch)
(define-key map (kbd "d") 'guix-generation-list-mark-delete))
(defun guix-generation-list-get-current (val &optional _)
"Return string from VAL showing whether this generation is current.
VAL is a boolean value."
(if val "(current)" ""))
(defun guix-generation-list-switch ()
"Switch current profile to the generation at point."
(interactive)
(let* ((entry (guix-list-current-entry))
(current (guix-entry-value entry 'current))
(number (guix-entry-value entry 'number)))
(if current
(user-error "This generation is already the current one")
(guix-switch-to-generation (guix-ui-current-profile)
number (current-buffer)))))
(defun guix-generation-list-show-packages ()
"List installed packages for the generation at point."
(interactive)
(guix-package-get-display
(guix-generation-current-packages-profile (guix-list-current-id))
'installed))
(defun guix-generation-list-generations-to-compare ()
"Return a sorted list of 2 marked generations for comparing."
(let ((numbers (guix-list-get-marked-id-list 'general)))
(if (/= (length numbers) 2)
(user-error "2 generations should be marked for comparing")
(sort numbers #'<))))
(defun guix-generation-list-profiles-to-compare ()
"Return a sorted list of 2 marked generation profiles for comparing."
(mapcar #'guix-generation-current-packages-profile
(guix-generation-list-generations-to-compare)))
(defun guix-generation-list-show-added-packages ()
"List package outputs added to the latest marked generation.
If 2 generations are marked with \\[guix-list-mark], display
outputs installed in the latest marked generation that were not
installed in the other one."
(interactive)
(guix-buffer-get-display-entries
'list 'output
(cl-list* (guix-ui-current-profile)
'profile-diff
(reverse (guix-generation-list-profiles-to-compare)))
'add))
(defun guix-generation-list-show-removed-packages ()
"List package outputs removed from the latest marked generation.
If 2 generations are marked with \\[guix-list-mark], display
outputs not installed in the latest marked generation that were
installed in the other one."
(interactive)
(guix-buffer-get-display-entries
'list 'output
(cl-list* (guix-ui-current-profile)
'profile-diff
(guix-generation-list-profiles-to-compare))
'add))
(defun guix-generation-list-compare (diff-fun gen-fun)
"Run GEN-FUN on the 2 marked generations and run DIFF-FUN on the results."
(cl-multiple-value-bind (gen1 gen2)
(guix-generation-list-generations-to-compare)
(funcall diff-fun
(funcall gen-fun gen1)
(funcall gen-fun gen2))))
(defun guix-generation-list-ediff-manifests ()
"Run Ediff on manifests of the 2 marked generations."
(interactive)
(guix-generation-list-compare
#'ediff-files
#'guix-profile-generation-manifest-file))
(defun guix-generation-list-diff-manifests ()
"Run Diff on manifests of the 2 marked generations."
(interactive)
(guix-generation-list-compare
#'guix-diff
#'guix-profile-generation-manifest-file))
(defun guix-generation-list-ediff-packages ()
"Run Ediff on package outputs installed in the 2 marked generations."
(interactive)
(guix-generation-list-compare
#'ediff-buffers
#'guix-profile-generation-packages-buffer))
(defun guix-generation-list-diff-packages ()
"Run Diff on package outputs installed in the 2 marked generations."
(interactive)
(guix-generation-list-compare
#'guix-diff
#'guix-profile-generation-packages-buffer))
(defun guix-generation-list-ediff (arg)
"Run Ediff on package outputs installed in the 2 marked generations.
With ARG, run Ediff on manifests of the marked generations."
(interactive "P")
(if arg
(guix-generation-list-ediff-manifests)
(guix-generation-list-ediff-packages)))
(defun guix-generation-list-diff (arg)
"Run Diff on package outputs installed in the 2 marked generations.
With ARG, run Diff on manifests of the marked generations."
(interactive "P")
(if arg
(guix-generation-list-diff-manifests)
(guix-generation-list-diff-packages)))
(defun guix-generation-list-mark-delete (&optional arg)
"Mark the current generation for deletion and move to the next line.
With ARG, mark all generations for deletion."
(interactive "P")
(if arg
(guix-list-mark-all 'delete)
(guix-list--mark 'delete t)))
(defun guix-generation-list-execute ()
"Delete marked generations."
(interactive)
(let ((marked (guix-list-get-marked-id-list 'delete)))
(or marked
(user-error "No generations marked for deletion"))
(guix-delete-generations (guix-ui-current-profile)
marked (current-buffer))))
;;; Inserting packages to compare generations
(defcustom guix-generation-packages-buffer-name-function
#'guix-generation-packages-buffer-name-default
"Function used to define name of a buffer with generation packages.
This function is called with 2 arguments: PROFILE (string) and
GENERATION (number)."
:type '(choice (function-item guix-generation-packages-buffer-name-default)
(function-item guix-generation-packages-buffer-name-long)
(function :tag "Other function"))
:group 'guix-generation)
(defcustom guix-generation-packages-update-buffer t
"If non-nil, always update list of packages during comparing generations.
If nil, generation packages are received only once. So when you
compare generation 1 and generation 2, the packages for both
generations will be received. Then if you compare generation 1
and generation 3, only the packages for generation 3 will be
received. Thus if you use comparing of different generations a
lot, you may set this variable to nil to improve the
performance."
:type 'boolean
:group 'guix-generation)
(defvar guix-generation-output-name-width 30
"Width of an output name \"column\".
This variable is used in auxiliary buffers for comparing generations.")
(defun guix-generation-packages (profile)
"Return a list of sorted packages installed in PROFILE.
Each element of the list is a list of the package specification
and its store path."
(let ((names+paths (guix-eval-read
(guix-make-guile-expression
'profile->specifications+paths profile))))
(sort names+paths
(lambda (a b)
(string< (car a) (car b))))))
(defun guix-generation-packages-buffer-name-default (profile generation)
"Return name of a buffer for displaying GENERATION's package outputs.
Use base name of PROFILE file name."
(let ((profile-name (file-name-base (directory-file-name profile))))
(format "*Guix %s: generation %s*"
profile-name generation)))
(defun guix-generation-packages-buffer-name-long (profile generation)
"Return name of a buffer for displaying GENERATION's package outputs.
Use the full PROFILE file name."
(format "*Guix generation %s (%s)*"
generation profile))
(defun guix-generation-packages-buffer-name (profile generation)
"Return name of a buffer for displaying GENERATION's package outputs."
(funcall guix-generation-packages-buffer-name-function
profile generation))
(defun guix-generation-insert-package (name path)
"Insert package output NAME and store PATH at point."
(insert name)
(indent-to guix-generation-output-name-width 2)
(insert path "\n"))
(defun guix-generation-insert-packages (buffer profile)
"Insert package outputs installed in PROFILE in BUFFER."
(with-current-buffer buffer
(setq buffer-read-only nil
indent-tabs-mode nil)
(erase-buffer)
(mapc (lambda (name+path)
(guix-generation-insert-package
(car name+path) (cadr name+path)))
(guix-generation-packages profile))))
(defun guix-generation-packages-buffer (profile generation &optional system?)
"Return buffer with package outputs installed in PROFILE's GENERATION.
Create the buffer if needed."
(let ((buf-name (guix-generation-packages-buffer-name
profile generation)))
(or (and (null guix-generation-packages-update-buffer)
(get-buffer buf-name))
(let ((buf (get-buffer-create buf-name)))
(guix-generation-insert-packages
buf
(guix-packages-profile profile generation system?))
buf))))
(defun guix-profile-generation-manifest-file (generation)
"Return the file name of a GENERATION's manifest.
GENERATION is a generation number of the current profile."
(guix-manifest-file (guix-ui-current-profile)
generation
(guix-system-generation?)))
(defun guix-profile-generation-packages-buffer (generation)
"Insert GENERATION's package outputs in a buffer and return it.
GENERATION is a generation number of the current profile."
(guix-generation-packages-buffer (guix-ui-current-profile)
generation
(guix-system-generation?)))
;;; Interactive commands
;;;###autoload
(defun guix-generations (&optional profile)
"Display information about all generations.
If PROFILE is nil, use `guix-current-profile'.
Interactively with prefix, prompt for PROFILE."
(interactive (list (guix-ui-read-profile)))
(guix-generation-get-display profile 'all))
;;;###autoload
(defun guix-last-generations (number &optional profile)
"Display information about last NUMBER generations.
If PROFILE is nil, use `guix-current-profile'.
Interactively with prefix, prompt for PROFILE."
(interactive
(list (read-number "The number of last generations: ")
(guix-ui-read-profile)))
(guix-generation-get-display profile 'last number))
;;;###autoload
(defun guix-generations-by-time (from to &optional profile)
"Display information about generations created between FROM and TO.
FROM and TO should be time values.
If PROFILE is nil, use `guix-current-profile'.
Interactively with prefix, prompt for PROFILE."
(interactive
(list (guix-read-date "Find generations (from): ")
(guix-read-date "Find generations (to): ")
(guix-ui-read-profile)))
(guix-generation-get-display profile 'time
(float-time from)
(float-time to)))
(provide 'guix-ui-generation)
;;; guix-ui-generation.el ends here

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;;; guix-ui-license.el --- Interface for displaying licenses
;; Copyright © 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides 'list'/'info' interface for displaying licenses of
;; Guix packages.
;;; Code:
(require 'guix-buffer)
(require 'guix-list)
(require 'guix-info)
(require 'guix-backend)
(require 'guix-guile)
(require 'guix-license)
(guix-define-entry-type license)
(defun guix-license-get-entries (search-type &rest args)
"Receive 'license' entries.
SEARCH-TYPE may be one of the following symbols: `all', `id', `name'."
(guix-eval-read
(apply #'guix-make-guile-expression
'license-entries search-type args)))
(defun guix-license-get-display (search-type &rest args)
"Search for licenses and show results."
(apply #'guix-list-get-display-entries
'license search-type args))
(defun guix-license-message (entries search-type &rest args)
"Display a message after showing license ENTRIES."
;; Some objects in (guix licenses) module are procedures (e.g.,
;; 'non-copyleft' or 'x11-style'). Such licenses cannot be "described".
(when (null entries)
(if (cdr args)
(message "Unknown licenses.")
(message "Unknown license."))))
;;; License 'info'
(guix-info-define-interface license
:buffer-name "*Guix License Info*"
:get-entries-function 'guix-license-get-entries
:message-function 'guix-license-message
:format '((name ignore (simple guix-info-heading))
ignore
guix-license-insert-packages-button
(url ignore (simple guix-url))
guix-license-insert-comment
ignore
guix-license-insert-file)
:titles '((url . "URL")))
(declare-function guix-packages-by-license "guix-ui-package")
(defun guix-license-insert-packages-button (entry)
"Insert button to display packages by license ENTRY."
(let ((license (guix-entry-value entry 'name)))
(guix-info-insert-action-button
"Packages"
(lambda (btn)
(guix-packages-by-license (button-get btn 'license)))
(format "Display packages with license '%s'" license)
'license license)))
(defun guix-license-insert-comment (entry)
"Insert 'comment' of a license ENTRY."
(let ((comment (guix-entry-value entry 'comment)))
(if (and comment
(string-match-p "^http" comment))
(guix-info-insert-value-simple comment 'guix-url)
(guix-info-insert-title-simple
(guix-info-param-title 'license 'comment))
(guix-info-insert-value-indent comment))))
(defun guix-license-insert-file (entry)
"Insert button to open license definition."
(let ((license (guix-entry-value entry 'name)))
(guix-insert-button
(guix-license-file) 'guix-file
'help-echo (format "Open definition of license '%s'" license)
'action (lambda (btn)
(guix-find-license-definition (button-get btn 'license)))
'license license)))
;;; License 'list'
(guix-list-define-interface license
:buffer-name "*Guix Licenses*"
:get-entries-function 'guix-license-get-entries
:describe-function 'guix-license-list-describe
:message-function 'guix-license-message
:format '((name nil 40 t)
(url guix-list-get-url 50 t))
:titles '((name . "License"))
:sort-key '(name))
(let ((map guix-license-list-mode-map))
(define-key map (kbd "e") 'guix-license-list-edit)
(define-key map (kbd "RET") 'guix-license-list-show-packages))
(defun guix-license-list-describe (ids)
"Describe licenses with IDS (list of identifiers)."
(guix-buffer-display-entries
(guix-entries-by-ids ids (guix-buffer-current-entries))
'info 'license (cl-list* 'id ids) 'add))
(defun guix-license-list-show-packages ()
"Display packages with the license at point."
(interactive)
(guix-packages-by-license (guix-list-current-id)))
(defun guix-license-list-edit (&optional directory)
"Go to the location of the current license definition.
See `guix-license-file' for the meaning of DIRECTORY."
(interactive (list (guix-read-directory)))
(guix-find-license-definition (guix-list-current-id) directory))
;;; Interactive commands
;;;###autoload
(defun guix-licenses ()
"Display licenses of the Guix packages."
(interactive)
(guix-license-get-display 'all))
(provide 'guix-ui-license)
;;; guix-ui-license.el ends here

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;;; guix-ui-location.el --- Interface for displaying package locations
;; Copyright © 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public Location as published by
;; the Free Software Foundation, either version 3 of the Location, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public Location for more details.
;; You should have received a copy of the GNU General Public Location
;; along with this program. If not, see <http://www.gnu.org/locations/>.
;;; Commentary:
;; This file provides a 'list' interface for displaying locations of Guix
;; packages.
;;; Code:
(require 'guix-buffer)
(require 'guix-list)
(require 'guix-location)
(require 'guix-backend)
(guix-define-entry-type location)
(defun guix-location-get-entries ()
"Receive 'package location' entries."
(guix-eval-read "(package-location-entries)"))
;;; Location 'list'
(guix-list-define-interface location
:buffer-name "*Guix Package Locations*"
:get-entries-function 'guix-location-get-entries
:format '((location guix-location-list-file-name-specification 50 t)
(number-of-packages nil 10 guix-list-sort-numerically-1
:right-align t))
:sort-key '(location))
(let ((map guix-location-list-mode-map))
(define-key map (kbd "RET") 'guix-location-list-show-packages)
;; "Location Info" buffer is not defined (it would be useless), so
;; unbind "i" key (by default, it is used to display Info buffer).
(define-key map (kbd "i") nil))
(defun guix-location-list-file-name-specification (location &optional _)
"Return LOCATION button specification for `tabulated-list-entries'."
(list location
'face 'guix-list-file-name
'action (lambda (btn)
(guix-find-location (button-get btn 'location)))
'follow-link t
'help-echo (concat "Find location: " location)
'location location))
(declare-function guix-packages-by-location "guix-ui-package")
(defun guix-location-list-show-packages ()
"Display packages placed in the location at point."
(interactive)
(guix-packages-by-location (guix-list-current-id)))
;;; Interactive commands
;;;###autoload
(defun guix-locations ()
"Display locations of the Guix packages."
(interactive)
(guix-list-get-display-entries 'location))
(provide 'guix-ui-location)
;;; guix-ui-location.el ends here

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;;; guix-ui-system-generation.el --- Interface for displaying system generations -*- lexical-binding: t -*-
;; Copyright © 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides an interface for displaying system generations
;; in 'list' and 'info' buffers, and commands for working with them.
;;; Code:
(require 'cl-lib)
(require 'guix-list)
(require 'guix-ui)
(require 'guix-ui-generation)
(require 'guix-profiles)
(guix-ui-define-entry-type system-generation)
(defun guix-system-generation-get-display (search-type &rest search-values)
"Search for system generations and show results.
See `guix-ui-get-entries' for the meaning of SEARCH-TYPE and
SEARCH-VALUES."
(apply #'guix-list-get-display-entries
'system-generation
guix-system-profile
search-type search-values))
;;; System generation 'info'
(guix-ui-info-define-interface system-generation
:buffer-name "*Guix Generation Info*"
:format '((number format guix-generation-info-insert-number)
(label format (format))
(prev-number format (format))
(current format guix-generation-info-insert-current)
(path format (format guix-file))
(time format (time))
(root-device format (format))
(kernel format (format guix-file)))
:titles guix-generation-info-titles)
;;; System generation 'list'
;; FIXME It is better to make `guix-generation-list-shared-map' with
;; common keys for both usual and system generations.
(defvar guix-system-generation-list-mode-map
(copy-keymap guix-generation-list-mode-map)
"Keymap for `guix-system-generation-list-mode' buffers.")
(guix-ui-list-define-interface system-generation
:buffer-name "*Guix Generation List*"
:format '((number nil 5 guix-list-sort-numerically-0 :right-align t)
(current guix-generation-list-get-current 10 t)
(label nil 40 t)
(time guix-list-get-time 20 t)
(path guix-list-get-file-name 30 t))
:titles guix-generation-list-titles
:sort-key '(number . t)
:marks '((delete . ?D)))
;;; Interactive commands
;;;###autoload
(defun guix-system-generations ()
"Display information about system generations."
(interactive)
(guix-system-generation-get-display 'all))
;;;###autoload
(defun guix-last-system-generations (number)
"Display information about last NUMBER of system generations."
(interactive "nThe number of last generations: ")
(guix-system-generation-get-display 'last number))
;;;###autoload
(defun guix-system-generations-by-time (from to)
"Display information about system generations created between FROM and TO."
(interactive
(list (guix-read-date "Find generations (from): ")
(guix-read-date "Find generations (to): ")))
(guix-system-generation-get-display
'time (float-time from) (float-time to)))
(provide 'guix-ui-system-generation)
;;; guix-ui-system-generation.el ends here

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;;; guix-ui.el --- Common code for Guix package management interface -*- lexical-binding: t -*-
;; Copyright © 2014, 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides some general code for 'list'/'info' interfaces for
;; packages and generations.
;;; Code:
(require 'cl-lib)
(require 'guix-backend)
(require 'guix-buffer)
(require 'guix-guile)
(require 'guix-utils)
(require 'guix-messages)
(require 'guix-profiles)
(guix-define-groups ui
:group-doc "\
Settings for 'ui' (Guix package management) buffers.
This group includes settings for displaying packages, outputs and
generations in 'list' and 'info' buffers.")
(defvar guix-ui-map
(let ((map (make-sparse-keymap)))
(define-key map (kbd "M") 'guix-apply-manifest)
(define-key map (kbd "C-c C-z") 'guix-switch-to-repl)
map)
"Parent keymap for Guix package/generation buffers.")
(guix-buffer-define-current-args-accessors
"guix-ui-current" "profile" "search-type" "search-values")
(defun guix-ui-read-profile ()
"Return `guix-current-profile' or prompt for it.
This function is intended for using in `interactive' forms."
(if current-prefix-arg
(guix-profile-prompt)
guix-current-profile))
(defun guix-ui-get-entries (profile entry-type search-type search-values
&optional params)
"Receive ENTRY-TYPE entries for PROFILE.
Call an appropriate scheme procedure and return a list of entries.
ENTRY-TYPE should be one of the following symbols: `package',
`output' or `generation'.
SEARCH-TYPE may be one of the following symbols:
- If ENTRY-TYPE is `package' or `output': `id', `name', `regexp',
`all-available', `newest-available', `installed', `obsolete',
`generation'.
- If ENTRY-TYPE is `generation': `id', `last', `all', `time'.
PARAMS is a list of parameters for receiving. If nil, get data
with all available parameters."
(guix-eval-read
(guix-make-guile-expression
'entries
profile params entry-type search-type search-values)))
(defun guix-ui-list-describe (ids)
"Describe 'ui' entries with IDS (list of identifiers)."
(guix-buffer-get-display-entries
'info (guix-buffer-current-entry-type)
(cl-list* (guix-ui-current-profile) 'id ids)
'add))
;;; Buffers and auto updating
(defcustom guix-ui-update-after-operation 'current
"Define what kind of data to update after executing an operation.
After successful executing an operation in the Guix REPL (for
example after installing a package), the data in Guix buffers
will or will not be automatically updated depending on a value of
this variable.
If nil, update nothing (do not revert any buffer).
If `current', update the buffer from which an operation was performed.
If `all', update all Guix buffers (not recommended)."
:type '(choice (const :tag "Do nothing" nil)
(const :tag "Update operation buffer" current)
(const :tag "Update all Guix buffers" all))
:group 'guix-ui)
(defcustom guix-ui-buffer-name-function
#'guix-ui-buffer-name-full
"Function used to define a name of a Guix buffer.
The function is called with 2 arguments: BASE-NAME and PROFILE."
:type '(choice (function-item guix-ui-buffer-name-full)
(function-item guix-ui-buffer-name-short)
(function-item guix-ui-buffer-name-simple)
(function :tag "Other function"))
:group 'guix-ui)
(defun guix-ui-buffer-name-simple (base-name &rest _)
"Return BASE-NAME."
base-name)
(defun guix-ui-buffer-name-short (base-name profile)
"Return buffer name by appending BASE-NAME and PROFILE's base file name."
(guix-compose-buffer-name base-name
(file-name-base (directory-file-name profile))))
(defun guix-ui-buffer-name-full (base-name profile)
"Return buffer name by appending BASE-NAME and PROFILE's full name."
(guix-compose-buffer-name base-name profile))
(defun guix-ui-buffer-name (base-name profile)
"Return Guix buffer name based on BASE-NAME and profile.
See `guix-ui-buffer-name-function' for details."
(funcall guix-ui-buffer-name-function
base-name profile))
(defun guix-ui-buffer? (&optional buffer modes)
"Return non-nil if BUFFER mode is derived from any of the MODES.
If BUFFER is nil, check current buffer.
If MODES is nil, use `guix-list-mode' and `guix-info-mode'."
(with-current-buffer (or buffer (current-buffer))
(apply #'derived-mode-p
(or modes '(guix-list-mode guix-info-mode)))))
(defun guix-ui-buffers (&optional modes)
"Return a list of all buffers with major modes derived from MODES.
If MODES is nil, return list of all Guix 'list' and 'info' buffers."
(cl-remove-if-not (lambda (buf)
(guix-ui-buffer? buf modes))
(buffer-list)))
(defun guix-ui-update-buffer (buffer)
"Update data in a 'list' or 'info' BUFFER."
(with-current-buffer buffer
(guix-buffer-revert nil t)))
(defun guix-ui-update-buffers-after-operation ()
"Update buffers after Guix operation if needed.
See `guix-ui-update-after-operation' for details."
(let ((to-update
(and guix-operation-buffer
(cl-case guix-ui-update-after-operation
(current (and (buffer-live-p guix-operation-buffer)
(guix-ui-buffer? guix-operation-buffer)
(list guix-operation-buffer)))
(all (guix-ui-buffers))))))
(setq guix-operation-buffer nil)
(mapc #'guix-ui-update-buffer to-update)))
(add-hook 'guix-after-repl-operation-hook
'guix-ui-update-buffers-after-operation)
;;; Interface definers
(defmacro guix-ui-define-entry-type (entry-type &rest args)
"Define general code for ENTRY-TYPE.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
The rest keyword arguments are passed to
`guix-define-entry-type' macro."
(declare (indent 1))
`(guix-define-entry-type ,entry-type
:parent-group guix-ui
:parent-faces-group guix-ui-faces
,@args))
(defmacro guix-ui-define-interface (buffer-type entry-type &rest args)
"Define BUFFER-TYPE interface for displaying ENTRY-TYPE entries.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
In the following description TYPE means ENTRY-TYPE-BUFFER-TYPE.
Required keywords:
- `:buffer-name' - base part of a buffer name. It is used in a
generated `guix-TYPE-buffer-name' function; see
`guix-ui-buffer-name' for details.
Optional keywords:
- `:required' - default value of the generated
`guix-TYPE-required-params' variable.
The rest keyword arguments are passed to
`guix-BUFFER-TYPE-define-interface' macro.
Along with the mentioned definitions, this macro also defines:
- `guix-TYPE-mode-map' - keymap based on `guix-ui-map' and
`guix-BUFFER-TYPE-mode-map'.
- `guix-TYPE-get-entries' - a wrapper around `guix-ui-get-entries'.
- `guix-TYPE-message' - a wrapper around `guix-result-message'."
(declare (indent 2))
(let* ((entry-type-str (symbol-name entry-type))
(buffer-type-str (symbol-name buffer-type))
(prefix (concat "guix-" entry-type-str "-"
buffer-type-str))
(mode-str (concat prefix "-mode"))
(mode-map (intern (concat mode-str "-map")))
(parent-map (intern (format "guix-%s-mode-map"
buffer-type-str)))
(required-var (intern (concat prefix "-required-params")))
(buffer-name-fun (intern (concat prefix "-buffer-name")))
(get-fun (intern (concat prefix "-get-entries")))
(message-fun (intern (concat prefix "-message")))
(displayed-fun (intern (format "guix-%s-displayed-params"
buffer-type-str)))
(definer (intern (format "guix-%s-define-interface"
buffer-type-str))))
(guix-keyword-args-let args
((buffer-name-val :buffer-name)
(required-val :required ''(id)))
`(progn
(defvar ,mode-map
(let ((map (make-sparse-keymap)))
(set-keymap-parent
map (make-composed-keymap ,parent-map guix-ui-map))
map)
,(format "Keymap for `%s' buffers." mode-str))
(defvar ,required-var ,required-val
,(format "\
List of the required '%s' parameters.
These parameters are received by `%S'
along with the displayed parameters.
Do not remove `id' from this list as it is required for
identifying an entry."
entry-type-str get-fun))
(defun ,buffer-name-fun (profile &rest _)
,(format "\
Return a name of '%s' buffer for displaying '%s' entries.
See `guix-ui-buffer-name' for details."
buffer-type-str entry-type-str)
(guix-ui-buffer-name ,buffer-name-val profile))
(defun ,get-fun (profile search-type &rest search-values)
,(format "\
Receive '%s' entries for displaying them in '%s' buffer.
See `guix-ui-get-entries' for details."
entry-type-str buffer-type-str)
(guix-ui-get-entries
profile ',entry-type search-type search-values
(cl-union ,required-var
(,displayed-fun ',entry-type))))
(defun ,message-fun (entries profile search-type
&rest search-values)
,(format "\
Display a message after showing '%s' entries."
entry-type-str)
(guix-result-message
profile entries ',entry-type search-type search-values))
(,definer ,entry-type
:get-entries-function ',get-fun
:message-function ',message-fun
:buffer-name ',buffer-name-fun
,@%foreign-args)))))
(defmacro guix-ui-info-define-interface (entry-type &rest args)
"Define 'info' interface for displaying ENTRY-TYPE entries.
See `guix-ui-define-interface'."
(declare (indent 1))
`(guix-ui-define-interface info ,entry-type
,@args))
(defmacro guix-ui-list-define-interface (entry-type &rest args)
"Define 'list' interface for displaying ENTRY-TYPE entries.
Remaining arguments (ARGS) should have a form [KEYWORD VALUE] ...
Optional keywords:
- `:describe-function' - default value of the generated
`guix-ENTRY-TYPE-list-describe-function' variable (if not
specified, use `guix-ui-list-describe').
The rest keyword arguments are passed to
`guix-ui-define-interface' macro."
(declare (indent 1))
(guix-keyword-args-let args
((describe-val :describe-function))
`(guix-ui-define-interface list ,entry-type
:describe-function ,(or describe-val ''guix-ui-list-describe)
,@args)))
(defvar guix-ui-font-lock-keywords
(eval-when-compile
`((,(rx "(" (group (or "guix-ui-define-entry-type"
"guix-ui-define-interface"
"guix-ui-info-define-interface"
"guix-ui-list-define-interface"))
symbol-end)
. 1))))
(font-lock-add-keywords 'emacs-lisp-mode guix-ui-font-lock-keywords)
(provide 'guix-ui)
;;; guix-ui.el ends here

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;;; guix-utils.el --- General utility functions -*- lexical-binding: t -*-
;; Copyright © 2014, 2015, 2016 Alex Kost <alezost@gmail.com>
;; This file is part of GNU Guix.
;; GNU Guix is free software; you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;; GNU Guix is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;; You should have received a copy of the GNU General Public License
;; along with this program. If not, see <http://www.gnu.org/licenses/>.
;;; Commentary:
;; This file provides auxiliary general functions for guix.el package.
;;; Code:
(require 'cl-lib)
(defvar guix-true-string "Yes")
(defvar guix-false-string "–")
(defvar guix-list-separator ", ")
(defvar guix-time-format "%F %T"
"String used to format time values.
For possible formats, see `format-time-string'.")
(defun guix-get-string (val &optional face)
"Convert VAL into a string and return it.
VAL can be an expression of any type.
If VAL is t/nil, it is replaced with
`guix-true-string'/`guix-false-string'.
If VAL is list, its elements are concatenated using
`guix-list-separator'.
If FACE is non-nil, propertize returned string with this FACE."
(let ((str (cond
((stringp val) val)
((null val) guix-false-string)
((eq t val) guix-true-string)
((numberp val) (number-to-string val))
((listp val) (mapconcat #'guix-get-string
val guix-list-separator))
(t (prin1-to-string val)))))
(if (and val face)
(propertize str 'font-lock-face face)
str)))
(defun guix-get-time-string (seconds)
"Return formatted time string from SECONDS.
Use `guix-time-format'."
(format-time-string guix-time-format (seconds-to-time seconds)))
(defun guix-get-one-line (str)
"Return one-line string from a multi-line STR."
(replace-regexp-in-string "\n" " " str))
(defmacro guix-with-indent (indent &rest body)
"Evaluate BODY and indent inserted text by INDENT number of spaces."
(declare (indent 1) (debug t))
(let ((region-beg-var (make-symbol "region-beg"))
(indent-var (make-symbol "indent")))
`(let ((,region-beg-var (point))
(,indent-var ,indent))
,@body
(unless (zerop ,indent-var)
(indent-rigidly ,region-beg-var (point) ,indent-var)))))
(defun guix-format-insert (val &optional face format)
"Convert VAL into a string and insert it at point.
If FACE is non-nil, propertize VAL with FACE.
If FORMAT is non-nil, format VAL with FORMAT."
(let ((str (guix-get-string val face)))
(insert (if format
(format format str)
str))))
(cl-defun guix-mapinsert (function sequence separator &key indent column)
"Like `mapconcat' but for inserting text.
Apply FUNCTION to each element of SEQUENCE, and insert SEPARATOR
at point between each FUNCTION call.
If INDENT is non-nil, it should be a number of spaces used to
indent each line of the inserted text.
If COLUMN is non-nil, it should be a column number which
shouldn't be exceeded by the inserted text."
(pcase sequence
(`(,first . ,rest)
(let* ((indent (or indent 0))
(max-column (and column (- column indent))))
(guix-with-indent indent
(funcall function first)
(dolist (element rest)
(let ((before-sep-pos (and column (point))))
(insert separator)
(let ((after-sep-pos (and column (point))))
(funcall function element)
(when (and column
(> (current-column) max-column))
(save-excursion
(delete-region before-sep-pos after-sep-pos)
(goto-char before-sep-pos)
(insert "\n")))))))))))
(defun guix-insert-button (label &optional type &rest properties)
"Make button of TYPE with LABEL and insert it at point.
See `insert-text-button' for the meaning of PROPERTIES."
(if (null label)
(guix-format-insert nil)
(apply #'insert-text-button label
:type (or type 'button)
properties)))
(defun guix-buttonize (value button-type separator &rest properties)
"Make BUTTON-TYPE button(s) from VALUE.
Return a string with button(s).
VALUE should be a string or a list of strings. If it is a list
of strings, buttons are separated with SEPARATOR string.
PROPERTIES are passed to `guix-insert-button'."
(with-temp-buffer
(let ((labels (if (listp value) value (list value))))
(guix-mapinsert (lambda (label)
(apply #'guix-insert-button
label button-type properties))
labels
separator))
(buffer-substring (point-min) (point-max))))
(defun guix-button-type? (symbol)
"Return non-nil, if SYMBOL is a button type."
(and symbol
(get symbol 'button-category-symbol)))
(defun guix-split-insert (val &optional face col separator)
"Convert VAL into a string, split it and insert at point.
If FACE is non-nil, propertize returned string with this FACE.
If COL is non-nil and result string is a one-line string longer
than COL, split it into several short lines.
Separate inserted lines with SEPARATOR."
(if (null val)
(guix-format-insert nil)
(let ((strings (guix-split-string (guix-get-string val) col)))
(guix-mapinsert (lambda (str) (guix-format-insert str face))
strings
(or separator "")))))
(defun guix-split-string (str &optional col)
"Split string STR by lines and return list of result strings.
If COL is non-nil, fill STR to this column."
(let ((str (if col
(guix-get-filled-string str col)
str)))
(split-string str "\n *" t)))
(defun guix-get-filled-string (str col)
"Return string by filling STR to column COL."
(with-temp-buffer
(insert str)
(let ((fill-column col))
(fill-region (point-min) (point-max)))
(buffer-string)))
(defun guix-concat-strings (strings separator &optional location)
"Return new string by concatenating STRINGS with SEPARATOR.
If LOCATION is a symbol `head', add another SEPARATOR to the
beginning of the returned string; if `tail' - add SEPARATOR to
the end of the string; if nil, do not add SEPARATOR; otherwise
add both to the end and to the beginning."
(let ((str (mapconcat #'identity strings separator)))
(cond ((null location)
str)
((eq location 'head)
(concat separator str))
((eq location 'tail)
(concat str separator))
(t
(concat separator str separator)))))
(defun guix-hexify (value)
"Convert VALUE to string and hexify it."
(url-hexify-string (guix-get-string value)))
(defun guix-number->bool (number)
"Convert NUMBER to boolean value.
Return nil, if NUMBER is 0; return t otherwise."
(not (zerop number)))
(defun guix-shell-quote-argument (argument)
"Quote shell command ARGUMENT.
This function is similar to `shell-quote-argument', but less strict."
(if (equal argument "")
"''"
(replace-regexp-in-string
"\n" "'\n'"
(replace-regexp-in-string
(rx (not (any alnum "-=,./\n"))) "\\\\\\&" argument))))
(defun guix-symbol-title (symbol)
"Return SYMBOL's name, a string.
This is like `symbol-name', but fancier."
(if (eq symbol 'id)
"ID"
(let ((str (replace-regexp-in-string "-" " " (symbol-name symbol))))
(concat (capitalize (substring str 0 1))
(substring str 1)))))
(defun guix-command-symbol (&optional args)
"Return symbol by concatenating 'guix' and ARGS (strings)."
(intern (guix-concat-strings (cons "guix" args) "-")))
(defun guix-command-string (&optional args)
"Return 'guix ARGS ...' string with quoted shell arguments."
(let ((args (mapcar #'guix-shell-quote-argument args)))
(guix-concat-strings (cons "guix" args) " ")))
(defun guix-copy-as-kill (string &optional no-message?)
"Put STRING into `kill-ring'.
If NO-MESSAGE? is non-nil, do not display a message about it."
(kill-new string)
(unless no-message?
(message "'%s' has been added to kill ring." string)))
(defun guix-copy-command-as-kill (args &optional no-message?)
"Put 'guix ARGS ...' string into `kill-ring'.
See also `guix-copy-as-kill'."
(guix-copy-as-kill (guix-command-string args) no-message?))
(defun guix-compose-buffer-name (base-name postfix)
"Return buffer name by appending BASE-NAME and POSTFIX.
In a simple case the result is:
BASE-NAME: POSTFIX
If BASE-NAME is wrapped by '*', then the result is:
*BASE-NAME: POSTFIX*"
(let ((re (rx string-start
(group (? "*"))
(group (*? any))
(group (? "*"))
string-end)))
(or (string-match re base-name)
(error "Unexpected error in defining buffer name"))
(let ((first* (match-string 1 base-name))
(name-body (match-string 2 base-name))
(last* (match-string 3 base-name)))
;; Handle the case when buffer name is wrapped by '*'.
(if (and (string= "*" first*)
(string= "*" last*))
(concat "*" name-body ": " postfix "*")
(concat base-name ": " postfix)))))
(defun guix-completing-read (prompt table &optional predicate
require-match initial-input
hist def inherit-input-method)
"Same as `completing-read' but return nil instead of an empty string."
(let ((res (completing-read prompt table predicate
require-match initial-input
hist def inherit-input-method)))
(unless (string= "" res) res)))
(defun guix-completing-read-multiple (prompt table &optional predicate
require-match initial-input
hist def inherit-input-method)
"Same as `completing-read-multiple' but remove duplicates in result."
(cl-remove-duplicates
(completing-read-multiple prompt table predicate
require-match initial-input
hist def inherit-input-method)
:test #'string=))
(declare-function org-read-date "org" t)
(defun guix-read-date (prompt)
"Prompt for a date or time using `org-read-date'.
Return time value."
(require 'org)
(org-read-date nil t nil prompt))
(defun guix-read-file-name (prompt &optional dir default-filename
mustmatch initial predicate)
"Read file name.
This function is similar to `read-file-name' except it also
expands the file name."
(expand-file-name (read-file-name prompt dir default-filename
mustmatch initial predicate)))
(defcustom guix-find-file-function #'find-file
"Function used to find a file.
The function is called by `guix-find-file' with a file name as a
single argument."
:type '(choice (function-item find-file)
(function-item org-open-file)
(function :tag "Other function"))
:group 'guix)
(defun guix-find-file (file)
"Find FILE if it exists."
(if (file-exists-p file)
(funcall guix-find-file-function file)
(message "File '%s' does not exist." file)))
(defvar url-handler-regexp)
(defun guix-find-file-or-url (file-or-url)
"Find FILE-OR-URL."
(require 'url-handlers)
(let ((file-name-handler-alist
(cons (cons url-handler-regexp 'url-file-handler)
file-name-handler-alist)))
(find-file file-or-url)))
(defmacro guix-while-search (regexp &rest body)
"Evaluate BODY after each search for REGEXP in the current buffer."
(declare (indent 1) (debug t))
`(save-excursion
(goto-char (point-min))
(while (re-search-forward ,regexp nil t)
,@body)))
(defmacro guix-while-null (&rest body)
"Evaluate BODY until its result becomes non-nil."
(declare (indent 0) (debug t))
(let ((result-var (make-symbol "result")))
`(let (,result-var)
(while (null ,result-var)
(setq ,result-var ,@body))
,result-var)))
(defun guix-modify (object modifiers)
"Apply MODIFIERS to OBJECT.
OBJECT is passed as an argument to the first function from
MODIFIERS list, the returned result is passed to the second
function from the list and so on. Return result of the last
modifier call."
(if (null modifiers)
object
(guix-modify (funcall (car modifiers) object)
(cdr modifiers))))
(defmacro guix-keyword-args-let (args varlist &rest body)
"Parse ARGS, bind variables from VARLIST and eval BODY.
Find keyword values in ARGS, bind them to variables according to
VARLIST, then evaluate BODY.
ARGS is a keyword/value property list.
Each element of VARLIST has a form:
(SYMBOL KEYWORD [DEFAULT-VALUE])
SYMBOL is a varible name. KEYWORD is a symbol that will be
searched in ARGS for an according value. If the value of KEYWORD
does not exist, bind SYMBOL to DEFAULT-VALUE or nil.
The rest arguments (that present in ARGS but not in VARLIST) will
be bound to `%foreign-args' variable.
Example:
(guix-keyword-args-let '(:two 8 :great ! :guix is)
((one :one 1)
(two :two 2)
(foo :smth))
(list one two foo %foreign-args))
=> (1 8 nil (:guix is :great !))"
(declare (indent 2))
(let ((args-var (make-symbol "args")))
`(let (,@(mapcar (lambda (spec)
(pcase-let ((`(,name ,_ ,val) spec))
(list name val)))
varlist)
(,args-var ,args)
%foreign-args)
(while ,args-var
(pcase ,args-var
(`(,key ,val . ,rest-args)
(cl-case key
,@(mapcar (lambda (spec)
(pcase-let ((`(,name ,key ,_) spec))
`(,key (setq ,name val))))
varlist)
(t (setq %foreign-args
(cl-list* key val %foreign-args))))
(setq ,args-var rest-args))))
,@body)))
;;; Alist procedures
(defmacro guix-define-alist-accessor (name assoc-fun)
"Define NAME function to access alist values using ASSOC-FUN."
`(defun ,name (alist &rest keys)
,(format "Return value from ALIST by KEYS using `%s'.
ALIST is alist of alists of alists ... which can be consecutively
accessed with KEYS."
assoc-fun)
(if (or (null alist) (null keys))
alist
(apply #',name
(cdr (,assoc-fun (car keys) alist))
(cdr keys)))))
(guix-define-alist-accessor guix-assq-value assq)
(guix-define-alist-accessor guix-assoc-value assoc)
(defun guix-alist-put (value alist &rest keys)
"Put (add or replace if exists) VALUE to ALIST using KEYS.
Return the new alist.
ALIST is alist of alists of alists ... which can be consecutively
accessed with KEYS.
Example:
(guix-alist-put
'foo
'((one (a . 1) (b . 2))
(two (m . 7) (n . 8)))
'one 'b)
=> ((one (a . 1) (b . foo))
(two (m . 7) (n . 8)))"
(or keys (error "Keys should be specified"))
(guix-alist-put-1 value alist keys))
(defun guix-alist-put-1 (value alist keys)
"Subroutine of `guix-alist-put'."
(cond
((null keys)
value)
((null alist)
(list (cons (car keys)
(guix-alist-put-1 value nil (cdr keys)))))
((eq (car keys) (caar alist))
(cons (cons (car keys)
(guix-alist-put-1 value (cdar alist) (cdr keys)))
(cdr alist)))
(t
(cons (car alist)
(guix-alist-put-1 value (cdr alist) keys)))))
(defun guix-alist-put! (value variable &rest keys)
"Modify alist VARIABLE (symbol) by putting VALUE using KEYS.
See `guix-alist-put' for details."
(set variable
(apply #'guix-alist-put value (symbol-value variable) keys)))
;;; Diff
(defvar guix-diff-switches "-u"
"A string or list of strings specifying switches to be passed to diff.")
(defun guix-diff (old new &optional switches no-async)
"Same as `diff', but use `guix-diff-switches' as default."
(diff old new (or switches guix-diff-switches) no-async))
;;; Completing readers definers
(defmacro guix-define-reader (name read-fun completions prompt)
"Define NAME function to read from minibuffer.
READ-FUN may be `completing-read', `completing-read-multiple' or
another function with the same arguments."
`(defun ,name (&optional prompt initial-contents)
(,read-fun ,(if prompt
`(or prompt ,prompt)
'prompt)
,completions nil nil initial-contents)))
(defmacro guix-define-readers (&rest args)
"Define reader functions.
ARGS should have a form [KEYWORD VALUE] ... The following
keywords are available:
- `completions-var' - variable used to get completions.
- `completions-getter' - function used to get completions.
- `single-reader', `single-prompt' - name of a function to read
a single value, and a prompt for it.
- `multiple-reader', `multiple-prompt' - name of a function to
read multiple values, and a prompt for it.
- `multiple-separator' - if specified, another
`<multiple-reader-name>-string' function returning a string
of multiple values separated the specified separator will be
defined."
(guix-keyword-args-let args
((completions-var :completions-var)
(completions-getter :completions-getter)
(single-reader :single-reader)
(single-prompt :single-prompt)
(multiple-reader :multiple-reader)
(multiple-prompt :multiple-prompt)
(multiple-separator :multiple-separator))
(let ((completions
(cond ((and completions-var completions-getter)
`(or ,completions-var
(setq ,completions-var
(funcall ',completions-getter))))
(completions-var
completions-var)
(completions-getter
`(funcall ',completions-getter)))))
`(progn
,(when (and completions-var
(not (boundp completions-var)))
`(defvar ,completions-var nil))
,(when single-reader
`(guix-define-reader ,single-reader guix-completing-read
,completions ,single-prompt))
,(when multiple-reader
`(guix-define-reader ,multiple-reader completing-read-multiple
,completions ,multiple-prompt))
,(when (and multiple-reader multiple-separator)
(let ((name (intern (concat (symbol-name multiple-reader)
"-string"))))
`(defun ,name (&optional prompt initial-contents)
(guix-concat-strings
(,multiple-reader prompt initial-contents)
,multiple-separator))))))))
;;; Memoizing
(defun guix-memoize (function)
"Return a memoized version of FUNCTION."
(let ((cache (make-hash-table :test 'equal)))
(lambda (&rest args)
(let ((result (gethash args cache 'not-found)))
(if (eq result 'not-found)
(let ((result (apply function args)))
(puthash args result cache)
result)
result)))))
(defmacro guix-memoized-defun (name arglist docstring &rest body)
"Define a memoized function NAME.
See `defun' for the meaning of arguments."
(declare (doc-string 3) (indent 2))
`(defalias ',name
(guix-memoize (lambda ,arglist ,@body))
;; Add '(name args ...)' string with real arglist to the docstring,
;; because *Help* will display '(name &rest ARGS)' for a defined
;; function (since `guix-memoize' returns a lambda with '(&rest
;; args)').
,(format "(%S %s)\n\n%s"
name
(mapconcat #'symbol-name arglist " ")
docstring)))
(defmacro guix-memoized-defalias (symbol definition &optional docstring)
"Set SYMBOL's function definition to memoized version of DEFINITION."
(declare (doc-string 3) (indent 1))
`(defalias ',symbol
(guix-memoize #',definition)
,(or docstring
(format "Memoized version of `%S'." definition))))
(defvar guix-utils-font-lock-keywords
(eval-when-compile
`((,(rx "(" (group (or "guix-define-reader"
"guix-define-readers"
"guix-keyword-args-let"
"guix-while-null"
"guix-while-search"
"guix-with-indent"))
symbol-end)
. 1)
(,(rx "("
(group "guix-memoized-" (or "defun" "defalias"))
symbol-end
(zero-or-more blank)
(zero-or-one
(group (one-or-more (or (syntax word) (syntax symbol))))))
(1 font-lock-keyword-face)
(2 font-lock-function-name-face nil t)))))
(font-lock-add-keywords 'emacs-lisp-mode guix-utils-font-lock-keywords)
(provide 'guix-utils)
;;; guix-utils.el ends here

77
emacs/local.mk
View File

@ -1,77 +0,0 @@
# GNU Guix --- Functional package management for GNU
# Copyright © 2014, 2015, 2016 Alex Kost <alezost@gmail.com>
# Copyright © 2016 Mathieu Lirzin <mthl@gnu.org>
#
# This file is part of GNU Guix.
#
# GNU Guix is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or (at
# your option) any later version.
#
# GNU Guix is distributed in the hope that it will be useful, but
# WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with GNU Guix. If not, see <http://www.gnu.org/licenses/>.
AUTOLOADS = %D%/guix-autoloads.el
ELFILES = \
%D%/guix-about.el \
%D%/guix-backend.el \
%D%/guix-base.el \
%D%/guix-build-log.el \
%D%/guix-buffer.el \
%D%/guix-command.el \
%D%/guix-devel.el \
%D%/guix-emacs.el \
%D%/guix-entry.el \
%D%/guix-external.el \
%D%/guix-geiser.el \
%D%/guix-guile.el \
%D%/guix-help-vars.el \
%D%/guix-history.el \
%D%/guix-hydra.el \
%D%/guix-hydra-build.el \
%D%/guix-hydra-jobset.el \
%D%/guix-info.el \
%D%/guix-init.el \
%D%/guix-license.el \
%D%/guix-list.el \
%D%/guix-location.el \
%D%/guix-messages.el \
%D%/guix-pcomplete.el \
%D%/guix-popup.el \
%D%/guix-prettify.el \
%D%/guix-profiles.el \
%D%/guix-read.el \
%D%/guix-ui.el \
%D%/guix-ui-license.el \
%D%/guix-ui-location.el \
%D%/guix-ui-package.el \
%D%/guix-ui-generation.el \
%D%/guix-ui-system-generation.el \
%D%/guix-utils.el
if HAVE_EMACS
dist_lisp_DATA = $(ELFILES)
nodist_lisp_DATA = \
%D%/guix-config.el \
$(AUTOLOADS)
$(AUTOLOADS): $(ELFILES)
$(AM_V_EMACS)$(EMACS) --batch --eval \
"(let ((backup-inhibited t) \
(generated-autoload-file \
(expand-file-name \"$(AUTOLOADS)\" \"$(builddir)\"))) \
(update-directory-autoloads \
(expand-file-name \"emacs\" \"$(srcdir)\")))"
CLEANFILES += $(AUTOLOADS)
endif HAVE_EMACS

6
gnu/packages/package-management.scm
View File

@ -44,7 +44,6 @@
#:use-module (gnu packages curl)
#:use-module (gnu packages web)
#:use-module (gnu packages man)
#:use-module (gnu packages emacs)
#:use-module (gnu packages bdw-gc)
#:use-module (gnu packages python)
#:use-module (gnu packages popt)
@ -162,7 +161,6 @@
#t))))))
(native-inputs `(("pkg-config" ,pkg-config)
("emacs" ,emacs-minimal) ;for guix.el
;; XXX: Keep the development inputs here even though
;; they're unnecessary, just so that 'guix environment
@ -206,9 +204,7 @@
(propagated-inputs
`(("gnutls" ,gnutls) ;for 'guix download' & co.
("guile-json" ,guile-json)
("guile-ssh" ,guile-ssh)
("geiser" ,geiser) ;for guix.el
("emacs-magit-popup" ,emacs-magit-popup))) ;for "M-x guix" command
("guile-ssh" ,guile-ssh)))
(home-page "http://www.gnu.org/software/guix")
(synopsis "Functional package manager for installed software packages and versions")