guix/documentation-cookbook — Slovak @ Fedora Weblate: (define %standard-phases ;; Standard build phases, as a list of …

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(define %standard-phases
;; Standard build phases, as a list of symbol/procedure pairs.
(let-syntax ((phases (syntax-rules ()
((_ p ...) `((p . ,p) ...)))))
(phases set-SOURCE-DATE-EPOCH set-paths install-locale unpack
bootstrap
patch-usr-bin-file
patch-source-shebangs configure patch-generated-file-shebangs
build check install
patch-shebangs strip
validate-runpath
validate-documentation-location
delete-info-dir-file
patch-dot-desktop-files
make-dynamic-linker-cache
install-license-files
reset-gzip-timestamps
compress-documentation)))

English type: lisp

Slovak

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	English	Slovak	Actions
	Output separation is optional. When the @code{outputs} field is left out, the default and only output (the complete package) is referred to as @code{"out"}.	Oddeľovanie výstupov je voliteľné. Ak sa pole @code{outputs} vynechá, predvoleným a jediným výstupom (celý balík) bude @code{"out"}.
	Typical separate output names include @code{debug} and @code{doc}.	Často vidíme oddelené výstupy s názvom @code{debug} alebo @code{doc}.
	It's advised to separate outputs only when you've shown it's worth it: if the output size is significant (compare with @code{guix size}) or in case the package is modular.	Oddelené výstupy by ste mali používať len vtedy, keď sa to oplatí: ak je výstup značne veľký (možno porovnať pomocou @code{guix size}), alebo ak je balík modulárny.
	Build system arguments	Argumenty zostavovacieho systému
	The @code{arguments} is a keyword-value list used to configure the build process.	Pole @code{arguments} obsahuje páry kľúč-hodnota používané pri nastavovaní postupu zostavenia.
	The simplest argument @code{#:tests?} can be used to disable the test suite when building the package. This is mostly useful when the package does not feature any test suite. It's strongly recommended to keep the test suite on if there is one.	Ten najjednoduchší argument @code{#:tests?} možno použiť na vynechanie testov po zostavení balíka. Je to užitočné najmä v prípade, keď balík neobsahuje žiadnu testovaciu súpravu. Je dôrazne odporúčané ponechať testovaciu súpravu povolenú, ak je nejaká dostupná.
	Another common argument is @code{:make-flags}, which specifies a list of flags to append when running make, as you would from the command line. For instance, the following flags	Ďalším bežným argumentom je @code{:make-flags} určujúci zoznam dodatočných príznakov, ktoré sa majú použiť pri spúšťaní nástroja make ako keby ste pridali priamo do príkazového riadku. Napríklad, nasledovné príznaky
	#:make-flags (list (string-append "prefix=" (assoc-ref %outputs "out")) "CC=gcc")	#:make-flags (list (string-append "prefix=" (assoc-ref %outputs "out")) "CC=gcc")
	translate into	sú chápané ako
	$ make CC=gcc prefix=/gnu/store/...-<out>	$ make CC=gcc prefix=/gnu/store/...-<out>
	This sets the C compiler to @code{gcc} and the @code{prefix} variable (the installation directory in Make parlance) to @code{(assoc-ref %outputs "out")}, which is a build-stage global variable pointing to the destination directory in the store (something like @file{/gnu/store/...-my-libgit2-20180408}).	Toto nastaví prekladač jazyka C na @code{gcc} a premennú @code{prefix} (cieľový priečinok inštalácie v prípade nástroja Make) na @code{(assoc-ref %outputs "out")}, čo predstavuje globálnu premennú prítomnú pri zostavovaní, ktorá udáva cestu k cieľovému priečinku v úložisku (niečo ako @file{/gnu/store/...-my-libgit2-20180408}).
	Similarly, it's possible to set the configure flags:	Podobným spôsobom môžete nastaviť aj príznaky nastavenia:
	#:configure-flags '("-DUSE_SHA1DC=ON")	#:configure-flags '("-DUSE_SHA1DC=ON")
	The @code{%build-inputs} variable is also generated in scope. It's an association table that maps the input names to their store directories.	Dostupná je aj premenná @code{%build-inputs}. Predstavuje tabuľku, ktorá priraďuje názvy vstupov k ich priečinkom v úložisku.
	The @code{phases} keyword lists the sequential steps of the build system. Typically phases include @code{unpack}, @code{configure}, @code{build}, @code{install} and @code{check}. To know more about those phases, you need to work out the appropriate build system definition in @samp{$GUIX_CHECKOUT/guix/build/gnu-build-system.scm}:	Kľúčové slovo @code{phases} predstavuje postupnosť krokov zostavovacieho systému. Medzi bežné kroky patria @code{unpack}, @code{configure}, @code{build}, @code{install} a @code{check}. Ak chcete o týchto krokoch zistiť viac, musíte nájsť to správne zadanie zostavovacieho systému v @samp{$GUIX_CHECKOUT/guix/build/gnu-build-system.scm}:
	(define %standard-phases ;; Standard build phases, as a list of symbol/procedure pairs. (let-syntax ((phases (syntax-rules () ((_ p ...) `((p . ,p) ...))))) (phases set-SOURCE-DATE-EPOCH set-paths install-locale unpack bootstrap patch-usr-bin-file patch-source-shebangs configure patch-generated-file-shebangs build check install patch-shebangs strip validate-runpath validate-documentation-location delete-info-dir-file patch-dot-desktop-files make-dynamic-linker-cache install-license-files reset-gzip-timestamps compress-documentation)))	(define %standard-phases ;; Standard build phases, as a list of symbol/procedure pairs. (let-syntax ((phases (syntax-rules () ((_ p ...) `((p . ,p) ...))))) (phases set-SOURCE-DATE-EPOCH set-paths install-locale unpack bootstrap patch-usr-bin-file patch-source-shebangs configure patch-generated-file-shebangs build check install patch-shebangs strip validate-runpath validate-documentation-location delete-info-dir-file patch-dot-desktop-files install-license-files reset-gzip-timestamps compress-documentation)))
	Or from the REPL:	Alebo cez REPL:
	(add-to-load-path "/path/to/guix/checkout") ,use (guix build gnu-build-system) (map car %standard-phases) @result{} (set-SOURCE-DATE-EPOCH set-paths install-locale unpack bootstrap patch-usr-bin-file patch-source-shebangs configure patch-generated-file-shebangs build check install patch-shebangs strip validate-runpath validate-documentation-location delete-info-dir-file patch-dot-desktop-files make-dynamic-linker-cache install-license-files reset-gzip-timestamps compress-documentation)	(add-to-load-path "/path/to/guix/checkout") ,use (guix build gnu-build-system) (map first %standard-phases) @result{} (set-SOURCE-DATE-EPOCH set-paths install-locale unpack bootstrap patch-usr-bin-file patch-source-shebangs configure patch-generated-file-shebangs build check install patch-shebangs strip validate-runpath validate-documentation-location delete-info-dir-file patch-dot-desktop-files install-license-files reset-gzip-timestamps compress-documentation)
	If you want to know more about what happens during those phases, consult the associated procedures.	Ak chcete vedieť čo sa počas jednotlivých krokov odohráva, preštudujte si príslušné funkcie.
	For instance, as of this writing the definition of @code{unpack} for the GNU build system is:	Napríklad, v čase písania týchto riadkov, bolo zadanie kroku @code{unpack} v zostavovacom systéme GNU nasledovné:
	(define* (unpack #:key source #:allow-other-keys) "Unpack SOURCE in the working directory, and change directory within the source. When SOURCE is a directory, copy it in a sub-directory of the current working directory." (if (file-is-directory? source) (begin (mkdir "source") (chdir "source")	(define* (unpack #:key source #:allow-other-keys) "Unpack SOURCE in the working directory, and change directory within the source. When SOURCE is a directory, copy it in a sub-directory of the current working directory." (if (file-is-directory? source) (begin (mkdir "source") (chdir "source")
	;; Preserve timestamps (set to the Epoch) on the copied tree so that ;; things work deterministically. (copy-recursively source "." #:keep-mtime? #t) ;; Make the source checkout files writable, for convenience. (for-each (lambda (f) (false-if-exception (make-file-writable f))) (find-files "."))) (begin (cond ((string-suffix? ".zip" source) (invoke "unzip" source)) ((tarball? source) (invoke "tar" "xvf" source)) (else (let ((name (strip-store-file-name source)) (command (compressor source))) (copy-file source name) (when command (invoke command "--decompress" name))))) ;; Attempt to change into child directory. (and=> (first-subdirectory ".") chdir))))
	Note the @code{chdir} call: it changes the working directory to where the source was unpacked. Thus every phase following the @code{unpack} will use the source as a working directory, which is why we can directly work on the source files. That is to say, unless a later phase changes the working directory to something else.	Všimnite si volanie @code{chdir}: zmení súčasný priečinok na umiestnenie, kde boli rozbalené zdrojové súbory. To znamená, že kroky nasledujúce po @code{unpack} použijú priečinok so zdrojovými súbormi ako ich pracovný priečinok. Preto môžeme priamo narábať so zdrojovými súbormi. Teda aspoň dovtedy, kým niektorý ďalší krok nezmení pracovný priečinok na iný.
	We modify the list of @code{%standard-phases} of the build system with the @code{modify-phases} macro as per the list of specified modifications, which may have the following forms:	Zoznam krokov @code{%standard-phases} zostavovacieho systému upravujeme pomocou makra @code{modify-phases} určujúceho aké úpravy sa majú vykonať, čo môže vyzerať asi takto:
	@code{(add-before @var{phase} @var{new-phase} @var{procedure})}: Run @var{procedure} named @var{new-phase} before @var{phase}.	@code{(add-before @var{krok} @var{novy-krok} @var{funkcia})}: Spustiť @var{funkcia} s názvom @var{novy-krok} pred @var{krok}.
	@code{(add-after @var{phase} @var{new-phase} @var{procedure})}: Same, but afterwards.	@code{(add-after @var{krok} @var{novy-krok} @var{funkcia})}: Tak isto, ale za @var{krok}.
	@code{(replace @var{phase} @var{procedure})}.	@code{(replace @var{krok} @var{funkcia})}.
	@code{(delete @var{phase})}.	@code{(delete @var{krok})}.
	The @var{procedure} supports the keyword arguments @code{inputs} and @code{outputs}. Each input (whether @emph{native}, @emph{propagated} or not) and output directory is referenced by their name in those variables. Thus @code{(assoc-ref outputs "out")} is the store directory of the main output of the package. A phase procedure may look like this:	@var{Funkcia} prijíma parametre @code{inputs} a @code{outputs} v tvare kľúčových slov. Každý vstup (či už @emph{pôvodný}, @emph{rozšírený} alebo nie) a výstupný priečinok je označený svojim názvom v týchto premenných. Takže @code{(assoc-ref outputs "out")} predstavuje priečinok úložiska hlavného výstupu balíka. Funkcia kroku vyzerá nasledovne:
	(lambda* (#:key inputs outputs #:allow-other-keys) (let ((bash-directory (assoc-ref inputs "bash")) (output-directory (assoc-ref outputs "out")) (doc-directory (assoc-ref outputs "doc"))) ;; ... ))	(lambda* (#:key inputs outputs #:allow-other-keys) (let ((bash-directory (assoc-ref inputs "bash")) (output-directory (assoc-ref outputs "out")) (doc-directory (assoc-ref outputs "doc"))) ;; ... #true))
	Its return value is ignored.

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Slovak 692 characters edited Current translation Needs editing

(define %standard-phases
;; Standard build phases, as a list of symbol/procedure pairs.
(let-syntax ((phases (syntax-rules ()
((_ p ...) `((p . ,p) ...)))))
(phases set-SOURCE-DATE-EPOCH set-paths install-locale unpack
bootstrap
patch-usr-bin-file
patch-source-shebangs configure patch-generated-file-shebangs
build check install
patch-shebangs strip
validate-runpath
validate-documentation-location
delete-info-dir-file
patch-dot-desktop-files
install-license-files
reset-gzip-timestamps
compress-documentation)))

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English 38 characters edited Needs editing

3 days ago

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Glossary

English	Slovak
check	overiť	guix Glossary
locale	miestne jazykové nastavenie	guix Glossary
patch	záplata	guix Glossary
procedure	postup	guix Glossary

18931412 String information

Source string description

type: lisp

Flags

no-wrap

Source string location

guix-git/doc/guix-cookbook.texi:1262

String age

3 days ago

Last updated

3 days ago

Source string age

4 days ago

Translation file

po/doc/guix-cookbook.sk.po, string 350

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