kj/confi-emacs-inicial
1
0
Fork 0
Code Issues Pull Requests Releases Wiki Activity

- Agregado el eliminar la barra de desplazamientoç

Browse Source 
- Eliminado winsize
- Agregado flycheck
This commit is contained in:
kj 2020-08-02 02:17:07 -04:00
parent d40eb4bc36
commit 6528f78257
20 changed files with 14517 additions and 202 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

22
elpa/epl-20180205.2049/epl-autoloads.el Normal file
View File

@ -0,0 +1,22 @@
;;; epl-autoloads.el --- automatically extracted autoloads
;;
;;; Code:
(add-to-list 'load-path (directory-file-name
(or (file-name-directory #$) (car load-path))))
;;;### (autoloads nil "epl" "epl.el" (0 0 0 0))
;;; Generated autoloads from epl.el
(if (fboundp 'register-definition-prefixes) (register-definition-prefixes "epl" '("epl-")))
;;;***
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; coding: utf-8
;; End:
;;; epl-autoloads.el ends here

2
elpa/epl-20180205.2049/epl-pkg.el Normal file
View File

@ -0,0 +1,2 @@
;;; -*- no-byte-compile: t -*-
(define-package "epl" "20180205.2049" "Emacs Package Library" '((cl-lib "0.3")) :commit "78ab7a85c08222cd15582a298a364774e3282ce6" :keywords '("convenience") :authors '(("Sebastian Wiesner" . "swiesner@lunaryorn.com")) :maintainer '("Johan Andersson" . "johan.rejeep@gmail.com") :url "http://github.com/cask/epl")

712
elpa/epl-20180205.2049/epl.el Normal file
View File

@ -0,0 +1,712 @@
;;; epl.el --- Emacs Package Library -*- lexical-binding: t; -*-
;; Copyright (C) 2013-2015 Sebastian Wiesner
;; Copyright (C) 1985-1986, 1992, 1994-1995, 1999-2015 Free Software
;; Author: Sebastian Wiesner <swiesner@lunaryorn.com>
;; Maintainer: Johan Andersson <johan.rejeep@gmail.com>
;; Sebastian Wiesner <swiesner@lunaryorn.com>
;; Version: 0.10-cvs
;; Package-Version: 20180205.2049
;; Package-Commit: 78ab7a85c08222cd15582a298a364774e3282ce6
;; Package-Requires: ((cl-lib "0.3"))
;; Keywords: convenience
;; URL: http://github.com/cask/epl
;; This file is NOT part of GNU Emacs.
;; This program 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.
;; This program 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:
;; A package management library for Emacs, based on package.el.
;; The purpose of this library is to wrap all the quirks and hassle of
;; package.el into a sane API.
;; The following functions comprise the public interface of this library:
;;; Package directory selection
;; `epl-package-dir' gets the directory of packages.
;; `epl-default-package-dir' gets the default package directory.
;; `epl-change-package-dir' changes the directory of packages.
;;; Package system management
;; `epl-initialize' initializes the package system and activates all
;; packages.
;; `epl-reset' resets the package system.
;; `epl-refresh' refreshes all package archives.
;; `epl-add-archive' adds a new package archive.
;;; Package objects
;; Struct `epl-requirement' describes a requirement of a package with `name' and
;; `version' slots.
;; `epl-requirement-version-string' gets a requirement version as string.
;; Struct `epl-package' describes an installed or installable package with a
;; `name' and some internal `description'.
;; `epl-package-version' gets the version of a package.
;; `epl-package-version-string' gets the version of a package as string.
;; `epl-package-summary' gets the summary of a package.
;; `epl-package-requirements' gets the requirements of a package.
;; `epl-package-directory' gets the installation directory of a package.
;; `epl-package-from-buffer' creates a package object for the package contained
;; in the current buffer.
;; `epl-package-from-file' creates a package object for a package file, either
;; plain lisp or tarball.
;; `epl-package-from-descriptor-file' creates a package object for a package
;; description (i.e. *-pkg.el) file.
;;; Package database access
;; `epl-package-installed-p' determines whether a package is installed, either
;; built-in or explicitly installed.
;; `epl-package-outdated-p' determines whether a package is outdated, that is,
;; whether a package with a higher version number is available.
;; `epl-built-in-packages', `epl-installed-packages', `epl-outdated-packages'
;; and `epl-available-packages' get all packages built-in, installed, outdated,
;; or available for installation respectively.
;; `epl-find-built-in-package', `epl-find-installed-packages' and
;; `epl-find-available-packages' find built-in, installed and available packages
;; by name.
;; `epl-find-upgrades' finds all upgradable packages.
;; `epl-built-in-p' return true if package is built-in to Emacs.
;;; Package operations
;; `epl-install-file' installs a package file.
;; `epl-package-install' installs a package.
;; `epl-package-delete' deletes a package.
;; `epl-upgrade' upgrades packages.
;;; Code:
(require 'cl-lib)
(require 'package)
(unless (fboundp #'define-error)
;; `define-error' for 24.3 and earlier, copied from subr.el
(defun define-error (name message &optional parent)
"Define NAME as a new error signal.
MESSAGE is a string that will be output to the echo area if such an error
is signaled without being caught by a `condition-case'.
PARENT is either a signal or a list of signals from which it inherits.
Defaults to `error'."
(unless parent (setq parent 'error))
(let ((conditions
(if (consp parent)
(apply #'append
(mapcar (lambda (parent)
(cons parent
(or (get parent 'error-conditions)
(error "Unknown signal `%s'" parent))))
parent))
(cons parent (get parent 'error-conditions)))))
(put name 'error-conditions
(delete-dups (copy-sequence (cons name conditions))))
(when message (put name 'error-message message)))))
(defsubst epl--package-desc-p (package)
"Whether PACKAGE is a `package-desc' object.
Like `package-desc-p', but return nil, if `package-desc-p' is not
defined as function."
(and (fboundp 'package-desc-p) (package-desc-p package)))
;;; EPL errors
(define-error 'epl-error "EPL error")
(define-error 'epl-invalid-package "Invalid EPL package" 'epl-error)
(define-error 'epl-invalid-package-file "Invalid EPL package file"
'epl-invalid-package)
;;; Package directory
(defun epl-package-dir ()
"Get the directory of packages."
package-user-dir)
(defun epl-default-package-dir ()
"Get the default directory of packages."
(eval (car (get 'package-user-dir 'standard-value))))
(defun epl-change-package-dir (directory)
"Change the directory of packages to DIRECTORY."
(setq package-user-dir directory)
(epl-initialize))
;;; Package system management
(defvar epl--load-path-before-initialize nil
"Remember the load path for `epl-reset'.")
(defun epl-initialize (&optional no-activate)
"Load Emacs Lisp packages and activate them.
With NO-ACTIVATE non-nil, do not activate packages."
(setq epl--load-path-before-initialize load-path)
(package-initialize no-activate))
(defalias 'epl-refresh 'package-refresh-contents)
(defun epl-add-archive (name url)
"Add a package archive with NAME and URL."
(add-to-list 'package-archives (cons name url)))
(defun epl-reset ()
"Reset the package system.
Clear the list of installed and available packages, the list of
package archives and reset the package directory."
(setq package-alist nil
package-archives nil
package-archive-contents nil
load-path epl--load-path-before-initialize)
(when (boundp 'package-obsolete-alist) ; Legacy package.el
(setq package-obsolete-alist nil))
(epl-change-package-dir (epl-default-package-dir)))
;;; Package structures
(cl-defstruct (epl-requirement
(:constructor epl-requirement-create))
"Structure describing a requirement.
Slots:
`name' The name of the required package, as symbol.
`version' The version of the required package, as version list."
name
version)
(defun epl-requirement-version-string (requirement)
"The version of a REQUIREMENT, as string."
(package-version-join (epl-requirement-version requirement)))
(cl-defstruct (epl-package (:constructor epl-package-create))
"Structure representing a package.
Slots:
`name' The package name, as symbol.
`description' The package description.
The format package description varies between package.el
variants. For `package-desc' variants, it is simply the
corresponding `package-desc' object. For legacy variants, it is
a vector `[VERSION REQS DOCSTRING]'.
Do not access `description' directly, but instead use the
`epl-package' accessors."
name
description)
(defmacro epl-package-as-description (var &rest body)
"Cast VAR to a package description in BODY.
VAR is a symbol, bound to an `epl-package' object. This macro
casts this object to the `description' object, and binds the
description to VAR in BODY."
(declare (indent 1))
(unless (symbolp var)
(signal 'wrong-type-argument (list #'symbolp var)))
`(if (epl-package-p ,var)
(let ((,var (epl-package-description ,var)))
,@body)
(signal 'wrong-type-argument (list #'epl-package-p ,var))))
(defsubst epl-package--package-desc-p (package)
"Whether the description of PACKAGE is a `package-desc'."
(epl--package-desc-p (epl-package-description package)))
(defun epl-package-version (package)
"Get the version of PACKAGE, as version list."
(epl-package-as-description package
(cond
((fboundp 'package-desc-version) (package-desc-version package))
;; Legacy
((fboundp 'package-desc-vers)
(let ((version (package-desc-vers package)))
(if (listp version) version (version-to-list version))))
(:else (error "Cannot get version from %S" package)))))
(defun epl-package-version-string (package)
"Get the version from a PACKAGE, as string."
(package-version-join (epl-package-version package)))
(defun epl-package-summary (package)
"Get the summary of PACKAGE, as string."
(epl-package-as-description package
(cond
((fboundp 'package-desc-summary) (package-desc-summary package))
((fboundp 'package-desc-doc) (package-desc-doc package)) ; Legacy
(:else (error "Cannot get summary from %S" package)))))
(defsubst epl-requirement--from-req (req)
"Create a `epl-requirement' from a `package-desc' REQ."
(let ((version (cadr req)))
(epl-requirement-create :name (car req)
:version (if (listp version) version
(version-to-list version)))))
(defun epl-package-requirements (package)
"Get the requirements of PACKAGE.
The requirements are a list of `epl-requirement' objects."
(epl-package-as-description package
(mapcar #'epl-requirement--from-req (package-desc-reqs package))))
(defun epl-package-directory (package)
"Get the directory PACKAGE is installed to.
Return the absolute path of the installation directory of
PACKAGE, or nil, if PACKAGE is not installed."
(cond
((fboundp 'package-desc-dir)
(package-desc-dir (epl-package-description package)))
((fboundp 'package--dir)
(package--dir (symbol-name (epl-package-name package))
(epl-package-version-string package)))
(:else (error "Cannot get package directory from %S" package))))
(defun epl-package-->= (pkg1 pkg2)
"Determine whether PKG1 is before PKG2 by version."
(not (version-list-< (epl-package-version pkg1)
(epl-package-version pkg2))))
(defun epl-package--from-package-desc (package-desc)
"Create an `epl-package' from a PACKAGE-DESC.
PACKAGE-DESC is a `package-desc' object, from recent package.el
variants."
(if (and (fboundp 'package-desc-name)
(epl--package-desc-p package-desc))
(epl-package-create :name (package-desc-name package-desc)
:description package-desc)
(signal 'wrong-type-argument (list 'epl--package-desc-p package-desc))))
(defun epl-package--parse-info (info)
"Parse a package.el INFO."
(if (epl--package-desc-p info)
(epl-package--from-package-desc info)
;; For legacy package.el, info is a vector [NAME REQUIRES DESCRIPTION
;; VERSION COMMENTARY]. We need to re-shape this vector into the
;; `package-alist' format [VERSION REQUIRES DESCRIPTION] to attach it to the
;; new `epl-package'.
(let ((name (intern (aref info 0)))
(info (vector (aref info 3) (aref info 1) (aref info 2))))
(epl-package-create :name name :description info))))
(defun epl-package-from-buffer (&optional buffer)
"Create an `epl-package' object from BUFFER.
BUFFER defaults to the current buffer.
Signal `epl-invalid-package' if the buffer does not contain a
valid package file."
(let ((info (with-current-buffer (or buffer (current-buffer))
(condition-case err
(package-buffer-info)
(error (signal 'epl-invalid-package (cdr err)))))))
(epl-package--parse-info info)))
(defun epl-package-from-lisp-file (file-name)
"Parse the package headers the file at FILE-NAME.
Return an `epl-package' object with the header metadata."
(with-temp-buffer
(insert-file-contents file-name)
(condition-case err
(epl-package-from-buffer (current-buffer))
;; Attach file names to invalid package errors
(epl-invalid-package
(signal 'epl-invalid-package-file (cons file-name (cdr err))))
;; Forward other errors
(error (signal (car err) (cdr err))))))
(defun epl-package-from-tar-file (file-name)
"Parse the package tarball at FILE-NAME.
Return a `epl-package' object with the meta data of the tarball
package in FILE-NAME."
(condition-case nil
;; In legacy package.el, `package-tar-file-info' takes the name of the tar
;; file to parse as argument. In modern package.el, it has no arguments
;; and works on the current buffer. Hence, we just try to call the legacy
;; version, and if that fails because of a mismatch between formal and
;; actual arguments, we use the modern approach. To avoid spurious
;; signature warnings by the byte compiler, we suppress warnings when
;; calling the function.
(epl-package--parse-info (with-no-warnings
(package-tar-file-info file-name)))
(wrong-number-of-arguments
(with-temp-buffer
(insert-file-contents-literally file-name)
;; Switch to `tar-mode' to enable extraction of the file. Modern
;; `package-tar-file-info' relies on `tar-mode', and signals an error if
;; called in a buffer with a different mode.
(tar-mode)
(epl-package--parse-info (with-no-warnings
(package-tar-file-info)))))))
(defun epl-package-from-file (file-name)
"Parse the package at FILE-NAME.
Return an `epl-package' object with the meta data of the package
at FILE-NAME."
(if (string-match-p (rx ".tar" string-end) file-name)
(epl-package-from-tar-file file-name)
(epl-package-from-lisp-file file-name)))
(defun epl-package--parse-descriptor-requirement (requirement)
"Parse a REQUIREMENT in a package descriptor."
;; This function is only called on legacy package.el. On package-desc
;; package.el, we just let package.el do the work.
(cl-destructuring-bind (name version-string) requirement
(list name (version-to-list version-string))))
(defun epl-package-from-descriptor-file (descriptor-file)
"Load a `epl-package' from a package DESCRIPTOR-FILE.
A package descriptor is a file defining a new package. Its name
typically ends with -pkg.el."
(with-temp-buffer
(insert-file-contents descriptor-file)
(goto-char (point-min))
(let ((sexp (read (current-buffer))))
(unless (eq (car sexp) 'define-package)
(error "%S is no valid package descriptor" descriptor-file))
(if (and (fboundp 'package-desc-from-define)
(fboundp 'package-desc-name))
;; In Emacs snapshot, we can conveniently call a function to parse the
;; descriptor
(let ((desc (apply #'package-desc-from-define (cdr sexp))))
(epl-package-create :name (package-desc-name desc)
:description desc))
;; In legacy package.el, we must manually deconstruct the descriptor,
;; because the load function has eval's the descriptor and has a lot of
;; global side-effects.
(cl-destructuring-bind
(name version-string summary requirements) (cdr sexp)
(epl-package-create
:name (intern name)
:description
(vector (version-to-list version-string)
(mapcar #'epl-package--parse-descriptor-requirement
;; Strip the leading `quote' from the package list
(cadr requirements))
summary)))))))
;;; Package database access
(defun epl-package-installed-p (package &optional min-version)
"Determine whether a PACKAGE, of MIN-VERSION or newer, is installed.
PACKAGE is either a package name as symbol, or a package object.
When a explicit MIN-VERSION is provided it overwrites the version of the PACKAGE object."
(let ((name (if (epl-package-p package)
(epl-package-name package)
package))
(min-version (or min-version (and (epl-package-p package)
(epl-package-version package)))))
(package-installed-p name min-version)))
(defun epl--parse-built-in-entry (entry)
"Parse an ENTRY from the list of built-in packages.
Return the corresponding `epl-package' object."
(if (fboundp 'package--from-builtin)
;; In package-desc package.el, convert the built-in package to a
;; `package-desc' and convert that to an `epl-package'
(epl-package--from-package-desc (package--from-builtin entry))
(epl-package-create :name (car entry) :description (cdr entry))))
(defun epl-built-in-packages ()
"Get all built-in packages.
Return a list of `epl-package' objects."
;; This looks mighty strange, but it's the only way to force package.el to
;; build the list of built-in packages. Without this, `package--builtins'
;; might be empty.
(package-built-in-p 'foo)
(mapcar #'epl--parse-built-in-entry package--builtins))
(defun epl-find-built-in-package (name)
"Find a built-in package with NAME.
NAME is a package name, as symbol.
Return the built-in package as `epl-package' object, or nil if
there is no built-in package with NAME."
(when (package-built-in-p name)
;; We must call `package-built-in-p' *before* inspecting
;; `package--builtins', because otherwise `package--builtins' might be
;; empty.
(epl--parse-built-in-entry (assq name package--builtins))))
(defun epl-package-outdated-p (package)
"Determine whether a PACKAGE is outdated.
A package is outdated, if there is an available package with a
higher version.
PACKAGE is either a package name as symbol, or a package object.
In the former case, test the installed or built-in package with
the highest version number, in the later case, test the package
object itself.
Return t, if the package is outdated, or nil otherwise."
(let* ((package (if (epl-package-p package)
package
(or (car (epl-find-installed-packages package))
(epl-find-built-in-package package))))
(available (car (epl-find-available-packages
(epl-package-name package)))))
(and package available (version-list-< (epl-package-version package)
(epl-package-version available)))))
(defun epl--parse-package-list-entry (entry)
"Parse a list of packages from ENTRY.
ENTRY is a single entry in a package list, e.g. `package-alist',
`package-archive-contents', etc. Typically it is a cons cell,
but the exact format varies between package.el versions. This
function tries to parse all known variants.
Return a list of `epl-package' objects parsed from ENTRY."
(let ((descriptions (cdr entry)))
(cond
((listp descriptions)
(sort (mapcar #'epl-package--from-package-desc descriptions)
#'epl-package-->=))
;; Legacy package.el has just a single package in an entry, which is a
;; standard description vector
((vectorp descriptions)
(list (epl-package-create :name (car entry)
:description descriptions)))
(:else (error "Cannot parse entry %S" entry)))))
(defun epl-installed-packages ()
"Get all installed packages.
Return a list of package objects."
(apply #'append (mapcar #'epl--parse-package-list-entry package-alist)))
(defsubst epl--filter-outdated-packages (packages)
"Filter outdated packages from PACKAGES."
(let (res)
(dolist (package packages)
(when (epl-package-outdated-p package)
(push package res)))
(nreverse res)))
(defun epl-outdated-packages ()
"Get all outdated packages, as in `epl-package-outdated-p'.
Return a list of package objects."
(epl--filter-outdated-packages (epl-installed-packages)))
(defsubst epl--find-package-in-list (name list)
"Find a package by NAME in a package LIST.
Return a list of corresponding `epl-package' objects."
(let ((entry (assq name list)))
(when entry
(epl--parse-package-list-entry entry))))
(defun epl-find-installed-package (name)
"Find the latest installed package by NAME.
NAME is a package name, as symbol.
Return the installed package with the highest version number as
`epl-package' object, or nil, if no package with NAME is
installed."
(car (epl-find-installed-packages name)))
(make-obsolete 'epl-find-installed-package 'epl-find-installed-packages "0.7")
(defun epl-find-installed-packages (name)
"Find all installed packages by NAME.
NAME is a package name, as symbol.
Return a list of all installed packages with NAME, sorted by
version number in descending order. Return nil, if there are no
packages with NAME."
(epl--find-package-in-list name package-alist))
(defun epl-available-packages ()
"Get all packages available for installation.
Return a list of package objects."
(apply #'append (mapcar #'epl--parse-package-list-entry
package-archive-contents)))
(defun epl-find-available-packages (name)
"Find available packages for NAME.
NAME is a package name, as symbol.
Return a list of available packages for NAME, sorted by version
number in descending order. Return nil, if there are no packages
for NAME."
(epl--find-package-in-list name package-archive-contents))
(cl-defstruct (epl-upgrade
(:constructor epl-upgrade-create))
"Structure describing an upgradable package.
Slots:
`installed' The installed package
`available' The package available for installation."
installed
available)
(defun epl-find-upgrades (&optional packages)
"Find all upgradable PACKAGES.
PACKAGES is a list of package objects to upgrade, defaulting to
all installed packages.
Return a list of `epl-upgrade' objects describing all upgradable
packages."
(let ((packages (or packages (epl-installed-packages)))
upgrades)
(dolist (pkg packages)
(let* ((version (epl-package-version pkg))
(name (epl-package-name pkg))
;; Find the latest available package for NAME
(available-pkg (car (epl-find-available-packages name)))
(available-version (when available-pkg
(epl-package-version available-pkg))))
(when (and available-version (version-list-< version available-version))
(push (epl-upgrade-create :installed pkg
:available available-pkg)
upgrades))))
(nreverse upgrades)))
(defalias 'epl-built-in-p 'package-built-in-p)
;;; Package operations
(defun epl-install-file (file)
"Install a package from FILE, like `package-install-file'."
(interactive (advice-eval-interactive-spec
(cadr (interactive-form #'package-install-file))))
(apply #'package-install-file (list file))
(let ((package (epl-package-from-file file)))
(unless (epl-package--package-desc-p package)
(epl--kill-autoload-buffer package))))
(defun epl--kill-autoload-buffer (package)
"Kill the buffer associated with autoloads for PACKAGE."
(let* ((auto-name (format "%s-autoloads.el" (epl-package-name package)))
(generated-autoload-file (expand-file-name auto-name (epl-package-directory package)))
(buf (find-buffer-visiting generated-autoload-file)))
(when buf (kill-buffer buf))))
(defun epl-package-install (package &optional force)
"Install a PACKAGE.
PACKAGE is a `epl-package' object. If FORCE is given and
non-nil, install PACKAGE, even if it is already installed."
(when (or force (not (epl-package-installed-p package)))
(if (epl-package--package-desc-p package)
(package-install (epl-package-description package))
;; The legacy API installs by name. We have no control over versioning,
;; etc.
(package-install (epl-package-name package))
(epl--kill-autoload-buffer package))))
(defun epl-package-delete (package)
"Delete a PACKAGE.
PACKAGE is a `epl-package' object to delete."
;; package-delete allows for packages being trashed instead of fully deleted.
;; Let's prevent his silly behavior
(let ((delete-by-moving-to-trash nil))
;; The byte compiler will warn us that we are calling `package-delete' with
;; the wrong number of arguments, since it can't infer that we guarantee to
;; always call the correct version. Thus we suppress all warnings when
;; calling `package-delete'. I wish there was a more granular way to
;; disable just that specific warning, but it is what it is.
(if (epl-package--package-desc-p package)
(with-no-warnings
(package-delete (epl-package-description package)))
;; The legacy API deletes by name (as string!) and version instead by
;; descriptor. Hence `package-delete' takes two arguments. For some
;; insane reason, the arguments are strings here!
(let ((name (symbol-name (epl-package-name package)))
(version (epl-package-version-string package)))
(with-no-warnings
(package-delete name version))
;; Legacy package.el does not remove the deleted package
;; from the `package-alist', so we do it manually here.
(let ((pkg (assq (epl-package-name package) package-alist)))
(when pkg
(setq package-alist (delq pkg package-alist))))))))
(defun epl-upgrade (&optional packages preserve-obsolete)
"Upgrade PACKAGES.
PACKAGES is a list of package objects to upgrade, defaulting to
all installed packages.
The old versions of the updated packages are deleted, unless
PRESERVE-OBSOLETE is non-nil.
Return a list of all performed upgrades, as a list of
`epl-upgrade' objects."
(let ((upgrades (epl-find-upgrades packages)))
(dolist (upgrade upgrades)
(epl-package-install (epl-upgrade-available upgrade) 'force)
(unless preserve-obsolete
(epl-package-delete (epl-upgrade-installed upgrade))))
upgrades))
(provide 'epl)
;;; epl.el ends here

BIN
elpa/epl-20180205.2049/epl.elc Normal file
View File

Binary file not shown.

306
elpa/flycheck-20200610.1809/flycheck-autoloads.el Normal file
View File

@ -0,0 +1,306 @@
;;; flycheck-autoloads.el --- automatically extracted autoloads
;;
;;; Code:
(add-to-list 'load-path (directory-file-name
(or (file-name-directory #$) (car load-path))))
;;;### (autoloads nil "flycheck" "flycheck.el" (0 0 0 0))
;;; Generated autoloads from flycheck.el
(autoload 'flycheck-manual "flycheck" "\
Open the Flycheck manual.
\(fn)" t nil)
(autoload 'flycheck-mode "flycheck" "\
Flycheck is a minor mode for on-the-fly syntax checking.
In `flycheck-mode' the buffer is automatically syntax-checked
using the first suitable syntax checker from `flycheck-checkers'.
Use `flycheck-select-checker' to select a checker for the current
buffer manually.
If you run into issues, use `\\[flycheck-verify-setup]' to get help.
Flycheck supports many languages out of the box, and many
additional ones are available on MELPA. Adding new ones is very
easy. Complete documentation is available online at URL
`https://www.flycheck.org/en/latest/'. Please report issues and
request features at URL `https://github.com/flycheck/flycheck'.
Flycheck displays its status in the mode line. In the default
configuration, it looks like this:
`FlyC' This buffer has not been checked yet.
`FlyC-' Flycheck doesn't have a checker for this buffer.
`FlyC*' Flycheck is running. Expect results soon!
`FlyC:3|2' This buffer contains three warnings and two errors.
Use `\\[flycheck-list-errors]' to see the list.
You may also see the following icons:
`FlyC!' The checker crashed.
`FlyC.' The last syntax check was manually interrupted.
`FlyC?' The checker did something unexpected, like exiting with 1
but returning no errors.
The following keybindings are available in `flycheck-mode':
\\{flycheck-mode-map}
\(you can change the prefix by customizing
`flycheck-keymap-prefix')
If called interactively, enable Flycheck mode if ARG is positive,
and disable it if ARG is zero or negative. If called from Lisp,
also enable the mode if ARG is omitted or nil, and toggle it if
ARG is ‘toggle’; disable the mode otherwise.
\(fn &optional ARG)" t nil)
(defvar global-flycheck-mode nil "\
Non-nil if Global Flycheck mode is enabled.
See the `global-flycheck-mode' command
for a description of this minor mode.
Setting this variable directly does not take effect;
either customize it (see the info node `Easy Customization')
or call the function `global-flycheck-mode'.")
(custom-autoload 'global-flycheck-mode "flycheck" nil)
(autoload 'global-flycheck-mode "flycheck" "\
Toggle Flycheck mode in all buffers.
With prefix ARG, enable Global Flycheck mode if ARG is positive;
otherwise, disable it. If called from Lisp, enable the mode if
ARG is omitted or nil.
Flycheck mode is enabled in all buffers where
`flycheck-mode-on-safe' would do it.
See `flycheck-mode' for more information on Flycheck mode.
\(fn &optional ARG)" t nil)
(autoload 'flycheck-define-error-level "flycheck" "\
Define a new error LEVEL with PROPERTIES.
The following PROPERTIES constitute an error level:
`:severity SEVERITY'
A number denoting the severity of this level. The higher
the number, the more severe is this level compared to other
levels. Defaults to 0; info is -10, warning is 10, and
error is 100.
The severity is used by `flycheck-error-level-<' to
determine the ordering of errors according to their levels.
`:compilation-level LEVEL'
A number indicating the broad class of messages that errors
at this level belong to: one of 0 (info), 1 (warning), or
2 or nil (error). Defaults to nil.
This is used by `flycheck-checker-pattern-to-error-regexp'
to map error levels into `compilation-mode''s hierarchy and
to get proper highlighting of errors in `compilation-mode'.
`:overlay-category CATEGORY'
A symbol denoting the overlay category to use for error
highlight overlays for this level. See Info
node `(elisp)Overlay Properties' for more information about
overlay categories.
A category for an error level overlay should at least define
the `face' property, for error highlighting. Another useful
property for error level categories is `priority', to
influence the stacking of multiple error level overlays.
`:fringe-bitmap BITMAPS'
A fringe bitmap symbol denoting the bitmap to use for fringe
indicators for this level, or a cons of two bitmaps (one for
narrow fringes and one for wide fringes). See Info node
`(elisp)Fringe Bitmaps' for more information about fringe
bitmaps, including a list of built-in fringe bitmaps.
`:fringe-face FACE'
A face symbol denoting the face to use for fringe indicators
for this level.
`:margin-spec SPEC'
A display specification indicating what to display in the
margin when `flycheck-indication-mode' is `left-margin' or
`right-margin'. See Info node `(elisp)Displaying in the
Margins'. If omitted, Flycheck generates an image spec from
the fringe bitmap.
`:error-list-face FACE'
A face symbol denoting the face to use for messages of this
level in the error list. See `flycheck-list-errors'.
\(fn LEVEL &rest PROPERTIES)" nil nil)
(function-put 'flycheck-define-error-level 'lisp-indent-function '1)
(autoload 'flycheck-define-command-checker "flycheck" "\
Define SYMBOL as syntax checker to run a command.
Define SYMBOL as generic syntax checker via
`flycheck-define-generic-checker', which uses an external command
to check the buffer. SYMBOL and DOCSTRING are the same as for
`flycheck-define-generic-checker'.
In addition to the properties understood by
`flycheck-define-generic-checker', the following PROPERTIES
constitute a command syntax checker. Unless otherwise noted, all
properties are mandatory. Note that the default `:error-filter'
of command checkers is `flycheck-sanitize-errors'.
`:command COMMAND'
The command to run for syntax checking.
COMMAND is a list of the form `(EXECUTABLE [ARG ...])'.
EXECUTABLE is a string with the executable of this syntax
checker. It can be overridden with the variable
`flycheck-SYMBOL-executable'. Note that this variable is
NOT implicitly defined by this function. Use
`flycheck-def-executable-var' to define this variable.
Each ARG is an argument to the executable, either as string,
or as special symbol or form for
`flycheck-substitute-argument', which see.
`:error-patterns PATTERNS'
A list of patterns to parse the output of the `:command'.
Each ITEM in PATTERNS is a list `(LEVEL SEXP ...)', where
LEVEL is a Flycheck error level (see
`flycheck-define-error-level'), followed by one or more RX
`SEXP's which parse an error of that level and extract line,
column, file name and the message.
See `rx' for general information about RX, and
`flycheck-rx-to-string' for some special RX forms provided
by Flycheck.
All patterns are applied in the order of declaration to the
whole output of the syntax checker. Output already matched
by a pattern will not be matched by subsequent patterns. In
other words, the first pattern wins.
This property is optional. If omitted, however, an
`:error-parser' is mandatory.
`:error-parser FUNCTION'
A function to parse errors with.
The function shall accept three arguments OUTPUT CHECKER
BUFFER. OUTPUT is the syntax checker output as string,
CHECKER the syntax checker that was used, and BUFFER a
buffer object representing the checked buffer. The function
must return a list of `flycheck-error' objects parsed from
OUTPUT.
This property is optional. If omitted, it defaults to
`flycheck-parse-with-patterns'. In this case,
`:error-patterns' is mandatory.
`:standard-input t'
Whether to send the buffer contents on standard input.
If this property is given and has a non-nil value, send the
contents of the buffer on standard input.
Defaults to nil.
Note that you may not give `:start', `:interrupt', and
`:print-doc' for a command checker. You can give a custom
`:verify' function, though, whose results will be appended to the
default `:verify' function of command checkers.
\(fn SYMBOL DOCSTRING &rest PROPERTIES)" nil nil)
(function-put 'flycheck-define-command-checker 'lisp-indent-function '1)
(function-put 'flycheck-define-command-checker 'doc-string-elt '2)
(autoload 'flycheck-def-config-file-var "flycheck" "\
Define SYMBOL as config file variable for CHECKER, with default FILE-NAME.
SYMBOL is declared as customizable variable using `defcustom', to
provide configuration files for the given syntax CHECKER.
CUSTOM-ARGS are forwarded to `defcustom'.
FILE-NAME is the initial value of the new variable. If omitted,
the default value is nil. It can be either a string or a list of
strings.
Use this together with the `config-file' form in the `:command'
argument to `flycheck-define-checker'.
\(fn SYMBOL CHECKER &optional FILE-NAME &rest CUSTOM-ARGS)" nil t)
(function-put 'flycheck-def-config-file-var 'lisp-indent-function '3)
(autoload 'flycheck-def-option-var "flycheck" "\
Define SYMBOL as option variable with INIT-VALUE for CHECKER.
SYMBOL is declared as customizable variable using `defcustom', to
provide an option for the given syntax CHECKERS (a checker or a
list of checkers). INIT-VALUE is the initial value of the
variable, and DOCSTRING is its docstring. CUSTOM-ARGS are
forwarded to `defcustom'.
Use this together with the `option', `option-list' and
`option-flag' forms in the `:command' argument to
`flycheck-define-checker'.
\(fn SYMBOL INIT-VALUE CHECKERS DOCSTRING &rest CUSTOM-ARGS)" nil t)
(function-put 'flycheck-def-option-var 'lisp-indent-function '3)
(function-put 'flycheck-def-option-var 'doc-string-elt '4)
(autoload 'flycheck-define-checker "flycheck" "\
Define SYMBOL as command syntax checker with DOCSTRING and PROPERTIES.
Like `flycheck-define-command-checker', but PROPERTIES must not
be quoted. Also, implicitly define the executable variable for
SYMBOL with `flycheck-def-executable-var'.
\(fn SYMBOL DOCSTRING &rest PROPERTIES)" nil t)
(function-put 'flycheck-define-checker 'lisp-indent-function '1)
(function-put 'flycheck-define-checker 'doc-string-elt '2)
(if (fboundp 'register-definition-prefixes) (register-definition-prefixes "flycheck" '("flycheck-" "list-flycheck-errors" "help-flycheck-checker-d")))
;;;***
;;;### (autoloads nil "flycheck-buttercup" "flycheck-buttercup.el"
;;;;;; (0 0 0 0))
;;; Generated autoloads from flycheck-buttercup.el
(if (fboundp 'register-definition-prefixes) (register-definition-prefixes "flycheck-buttercup" '("flycheck-buttercup-format-error-list")))
;;;***
;;;### (autoloads nil "flycheck-ert" "flycheck-ert.el" (0 0 0 0))
;;; Generated autoloads from flycheck-ert.el
(if (fboundp 'register-definition-prefixes) (register-definition-prefixes "flycheck-ert" '("flycheck-er")))
;;;***
;;;### (autoloads nil nil ("flycheck-pkg.el") (0 0 0 0))
;;;***
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; coding: utf-8
;; End:
;;; flycheck-autoloads.el ends here

157
elpa/flycheck-20200610.1809/flycheck-buttercup.el Normal file
View File

@ -0,0 +1,157 @@
;;; flycheck-buttercup.el --- Flycheck: Extensions to Buttercup -*- lexical-binding: t; -*-
;; Copyright (C) 2017 Flycheck contributors
;; Copyright (C) 2016 Sebastian Wiesner and Flycheck contributors
;; Author: Sebastian Wiesner <swiesner@lunaryorn.com>
;; Maintainer: Clément Pit-Claudel <clement.pitclaudel@live.com>
;; fmdkdd <fmdkdd@gmail.com>
;; Keywords: lisp, tools
;; This file is not part of GNU Emacs.
;; This program 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.
;; This program 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:
;; Extensions to Buttercup to write BDD tests for Flycheck.
;;
;; Buttercup is a BDD testing framework for Emacs, see URL
;; `https://github.com/jorgenschaefer/emacs-buttercup/'. Flycheck uses
;; Buttercup extensively for new tests.
;;
;; This library provides extensions to Buttercup to write Specs for Flycheck.
;;
;; * Custom matchers
;;
;; (expect 'foo :to-be-local) - Is `foo' a local variable in the current buffer?
;;; Code:
(require 'buttercup)
(require 'flycheck)
(require 'seq)
;;; Buttercup helpers
(defun flycheck-buttercup-format-error-list (errors)
"Format ERRORS into a human-readable string."
(mapconcat (lambda (e) (flycheck-error-format e 'with-file-name))
errors "\n"))
;;; Data matchers
(buttercup-define-matcher :to-be-empty-string (s)
(let ((s (funcall s)))
(if (equal s "")
(cons t (format "Expected %S not be an empty string" s))
(cons nil (format "Expected %S to be an empty string" s)))))
(buttercup-define-matcher :to-match-with-group (re s index match)
(let* ((re (funcall re))
(s (funcall s))
(index (funcall index))
(match (funcall match))
(matches? (string-match re s))
(result (and matches? (match-string index s))))
(if (and matches? (equal result match))
(cons t (format "Expected %S not to match %S with %S in group %s"
re s match index))
(cons nil (format "Expected %S to match %S with %S in group %s, %s"
re s match index
(if matches?
(format "but got %S" result)
"but did not match"))))))
;;; Emacs feature matchers
(buttercup-define-matcher :to-be-live (buffer)
(let ((buffer (get-buffer (funcall buffer))))
(if (buffer-live-p buffer)
(cons t (format "Expected %S not to be a live buffer, but it is"
buffer))
(cons nil (format "Expected %S to be a live buffer, but it is not"
buffer)))))
(buttercup-define-matcher :to-be-visible (buffer)
(let ((buffer (get-buffer (funcall buffer))))
(cond
((and buffer (get-buffer-window buffer))
(cons t (format "Expected %S not to be a visible buffer, but it is"
buffer)))
((not (bufferp buffer))
(cons nil
(format "Expected %S to be a visible buffer, but it is not a buffer"
buffer)))
(t (cons
nil
(format "Expected %S to be a visible buffer, but it is not visible"
buffer))))))
(buttercup-define-matcher :to-be-local (symbol)
(let ((symbol (funcall symbol)))
(if (local-variable-p symbol)
(cons t (format "Expected %S not to be a local variable, but it is"
symbol))
(cons nil (format "Expected %S to be a local variable, but it is not"
symbol)))))
(buttercup-define-matcher :to-contain-match (buffer re)
(let ((buffer (funcall buffer))
(re (funcall re)))
(if (not (get-buffer buffer))
(cons nil (format "Expected %S to contain a match of %s, \
but is not a buffer" buffer re))
(with-current-buffer buffer
(save-excursion
(goto-char (point-min))
(if (re-search-forward re nil 'noerror)
(cons t (format "Expected %S to contain a match \
for %s, but it did not" buffer re))
(cons nil (format "Expected %S not to contain a match for \
%s but it did not." buffer re))))))))
;;; Flycheck matchers
(buttercup-define-matcher :to-be-equal-flycheck-errors (a b)
(let* ((a (funcall a))
(b (funcall b))
(a-formatted (flycheck-buttercup-format-error-list a))
(b-formatted (flycheck-buttercup-format-error-list b)))
(if (equal a b)
(cons t (format "Expected
%s
not to be equal to
%s" a-formatted b-formatted))
(cons nil (format "Expected
%s
to be equal to
%s" a-formatted b-formatted)))))
(provide 'flycheck-buttercup)
;; Disable byte compilation for this library, to prevent package.el choking on a
;; missing `buttercup' library. See
;; https://github.com/flycheck/flycheck/issues/860
;; Local Variables:
;; no-byte-compile: t
;; End:
;;; flycheck-buttercup.el ends here

507
elpa/flycheck-20200610.1809/flycheck-ert.el Normal file
View File

@ -0,0 +1,507 @@
;;; flycheck-ert.el --- Flycheck: ERT extensions -*- lexical-binding: t; -*-
;; Copyright (C) 2017-2018 Flycheck contributors
;; Copyright (C) 2013-2016 Sebastian Wiesner and Flycheck contributors
;; Author: Sebastian Wiesner <swiesner@lunaryorn.com>
;; Maintainer: Clément Pit-Claudel <clement.pitclaudel@live.com>
;; fmdkdd <fmdkdd@gmail.com>
;; URL: https://github.com/flycheck/flycheck
;; This file is not part of GNU Emacs.
;; This program 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.
;; This program 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:
;; Unit testing library for Flycheck, the modern on-the-fly syntax checking
;; extension for GNU Emacs.
;; Provide various utility functions and unit test helpers to test Flycheck and
;; Flycheck extensions.
;;; Code:
(require 'flycheck)
(require 'ert)
(require 'macroexp) ; For macro utilities
;;; Compatibility
(eval-and-compile
;; Provide `ert-skip' and friends for Emacs 24.3
(defconst flycheck-ert-ert-can-skip (fboundp 'ert-skip)
"Whether ERT supports test skipping.")
(unless (fboundp 'define-error)
;; from Emacs `subr.el'
(defun define-error (name message &optional parent)
"Define NAME as a new error signal.
MESSAGE is a string that will be output to the echo area if such an error
is signaled without being caught by a `condition-case'.
PARENT is either a signal or a list of signals from which it inherits.
Defaults to `error'."
(unless parent (setq parent 'error))
(let ((conditions
(if (consp parent)
(apply #'append
(mapcar
(lambda (parent)
(cons parent
(or (get parent 'error-conditions)
(error "Unknown signal `%s'" parent))))
parent))
(cons parent (get parent 'error-conditions)))))
(put name 'error-conditions
(delete-dups (copy-sequence (cons name conditions))))
(when message (put name 'error-message message)))))
(unless flycheck-ert-ert-can-skip
;; Fake skipping
(define-error 'flycheck-ert-skipped "Test skipped")
(defun ert-skip (data)
(signal 'flycheck-ert-skipped data))
(defmacro skip-unless (form)
`(unless (ignore-errors ,form)
(signal 'flycheck-ert-skipped ',form)))
(defun ert-test-skipped-p (result)
(and (ert-test-failed-p result)
(eq (car (ert-test-failed-condition result))
'flycheck-ert-skipped)))))
;;; Internal variables
(defvar flycheck-ert--resource-directory nil
"The directory to get resources from in this test suite.")
;;; Resource management macros
(defmacro flycheck-ert-with-temp-buffer (&rest body)
"Eval BODY within a temporary buffer.
Like `with-temp-buffer', but resets the modification state of the
temporary buffer to make sure that it is properly killed even if
it has a backing file and is modified."
(declare (indent 0) (debug t))
`(with-temp-buffer
(unwind-protect
,(macroexp-progn body)
;; Reset modification state of the buffer, and unlink it from its backing
;; file, if any, because Emacs refuses to kill modified buffers with
;; backing files, even if they are temporary.
(set-buffer-modified-p nil)
(set-visited-file-name nil 'no-query))))
(defmacro flycheck-ert-with-file-buffer (file-name &rest body)
"Create a buffer from FILE-NAME and eval BODY.
BODY is evaluated with `current-buffer' being a buffer with the
contents FILE-NAME."
(declare (indent 1) (debug t))
`(let ((file-name ,file-name))
(unless (file-exists-p file-name)
(error "%s does not exist" file-name))
(flycheck-ert-with-temp-buffer
(insert-file-contents file-name 'visit)
(set-visited-file-name file-name 'no-query)
(cd (file-name-directory file-name))
;; Mark the buffer as not modified, because we just loaded the file up to
;; now.
(set-buffer-modified-p nil)
,@body)))
(defmacro flycheck-ert-with-help-buffer (&rest body)
"Execute BODY and kill the help buffer afterwards.
Use this macro to test functions that create a Help buffer."
(declare (indent 0))
`(unwind-protect
,(macroexp-progn body)
(when (buffer-live-p (get-buffer (help-buffer)))
(kill-buffer (help-buffer)))))
(defmacro flycheck-ert-with-global-mode (&rest body)
"Execute BODY with Global Flycheck Mode enabled.
After BODY, restore the old state of Global Flycheck Mode."
(declare (indent 0))
`(let ((old-state global-flycheck-mode))
(unwind-protect
(progn
(global-flycheck-mode 1)
,@body)
(global-flycheck-mode (if old-state 1 -1)))))
(defmacro flycheck-ert-with-env (env &rest body)
"Add ENV to `process-environment' in BODY.
Execute BODY with a `process-environment' which contains all
variables from ENV added.
ENV is an alist, where each cons cell `(VAR . VALUE)' is a
environment variable VAR to be added to `process-environment'
with VALUE."
(declare (indent 1))
`(let ((process-environment (copy-sequence process-environment)))
(pcase-dolist (`(,var . ,value) ,env)
(setenv var value))
,@body))
;;; Test resources
(defun flycheck-ert-resource-filename (resource-file)
"Determine the absolute file name of a RESOURCE-FILE.
Relative file names are expanded against
`flycheck-ert--resource-directory'."
(expand-file-name resource-file flycheck-ert--resource-directory))
(defmacro flycheck-ert-with-resource-buffer (resource-file &rest body)
"Create a temp buffer from a RESOURCE-FILE and execute BODY.
The absolute file name of RESOURCE-FILE is determined with
`flycheck-ert-resource-filename'."
(declare (indent 1))
`(flycheck-ert-with-file-buffer
(flycheck-ert-resource-filename ,resource-file)
,@body))
;;; Test suite initialization
(defun flycheck-ert-initialize (resource-dir)
"Initialize a test suite with RESOURCE-DIR.
RESOURCE-DIR is the directory, `flycheck-ert-resource-filename'
should use to lookup resource files."
(when flycheck-ert--resource-directory
(error "Test suite already initialized"))
(let ((tests (ert-select-tests t t)))
;; Select all tests
(unless tests
(error "No tests defined. \
Call `flycheck-ert-initialize' after defining all tests!"))
(setq flycheck-ert--resource-directory resource-dir)
;; Emacs 24.3 don't support skipped tests, so we add poor man's test
;; skipping: We mark skipped tests as expected failures by adjusting the
;; expected result of all test cases. Not particularly pretty, but works :)
(unless flycheck-ert-ert-can-skip
(dolist (test tests)
(let ((result (ert-test-expected-result-type test)))
(setf (ert-test-expected-result-type test)
`(or ,result (satisfies ert-test-skipped-p))))))))
;;; Test case definitions
(defmacro flycheck-ert-def-checker-test (checker language name
&rest keys-and-body)
"Define a test case for a syntax CHECKER for LANGUAGE.
CHECKER is a symbol or a list of symbols denoting syntax checkers
being tested by the test. The test case is skipped, if any of
these checkers cannot be used. LANGUAGE is a symbol or a list of
symbols denoting the programming languages supported by the
syntax checkers. This is currently only used for tagging the
test appropriately.
NAME is a symbol denoting the local name of the test. The test
itself is ultimately named
`flycheck-define-checker/CHECKER/NAME'. If CHECKER is a list,
the first checker in the list is used for naming the test.
Optionally, the keyword arguments `:tags' and `:expected-result'
may be given. They have the same meaning as in `ert-deftest.',
and are added to the tags and result expectations set up by this
macro.
The remaining forms KEYS-AND-BODY denote the body of the test
case, including assertions and setup code."
(declare (indent 3))
(unless checker
(error "No syntax checkers specified"))
(unless language
(error "No languages specified"))
(let* ((checkers (if (symbolp checker) (list checker) checker))
(checker (car checkers))
(languages (if (symbolp language) (list language) language))
(language-tags (mapcar (lambda (l) (intern (format "language-%s" l)))
languages))
(checker-tags (mapcar (lambda (c) (intern (format "checker-%s" c)))
checkers))
(local-name (or name 'default))
(full-name (intern (format "flycheck-define-checker/%s/%s"
checker local-name)))
(keys-and-body (ert--parse-keys-and-body keys-and-body))
(body (cadr keys-and-body))
(keys (car keys-and-body))
(default-tags '(syntax-checker external-tool)))
`(ert-deftest ,full-name ()
:expected-result ,(or (plist-get keys :expected-result) :passed)
:tags (append ',(append default-tags language-tags checker-tags)
,(plist-get keys :tags))
,@(mapcar (lambda (c)
`(skip-unless
;; Ignore non-command checkers
(or (not (flycheck-checker-get ',c 'command))
(executable-find (flycheck-checker-executable ',c)))))
checkers)
,@body)))
;;; Test case results
(defun flycheck-ert-syntax-check-timed-out-p (result)
"Whether RESULT denotes a timed-out test.
RESULT is an ERT test result object."
(and (ert-test-failed-p result)
(eq (car (ert-test-failed-condition result))
'flycheck-ert-syntax-check-timed-out)))
;;; Syntax checking in tests
(defvar-local flycheck-ert-syntax-checker-finished nil
"Non-nil if the current checker has finished.")
(add-hook 'flycheck-after-syntax-check-hook
(lambda () (setq flycheck-ert-syntax-checker-finished t)))
(defconst flycheck-ert-checker-wait-time 10
"Time to wait until a checker is finished in seconds.
After this time has elapsed, the checker is considered to have
failed, and the test aborted with failure.")
(define-error 'flycheck-ert-syntax-check-timed-out "Syntax check timed out.")
(defun flycheck-ert-wait-for-syntax-checker ()
"Wait until the syntax check in the current buffer is finished."
(let ((starttime (float-time)))
(while (and (not flycheck-ert-syntax-checker-finished)
(< (- (float-time) starttime) flycheck-ert-checker-wait-time))
(accept-process-output nil 0.02))
(unless (< (- (float-time) starttime) flycheck-ert-checker-wait-time)
(flycheck-stop)
(signal 'flycheck-ert-syntax-check-timed-out nil)))
(setq flycheck-ert-syntax-checker-finished nil))
(defun flycheck-ert-buffer-sync ()
"Like `flycheck-buffer', but synchronously."
(setq flycheck-ert-syntax-checker-finished nil)
(should (not (flycheck-running-p)))
(flycheck-mode) ;; This will only start a deferred check,
(should (flycheck-get-checker-for-buffer))
(flycheck-buffer) ;; …so we need an explicit manual check
;; After starting the check, the checker should either be running now, or
;; already be finished (if it was fast).
(should (or flycheck-current-syntax-check
flycheck-ert-syntax-checker-finished))
;; Also there should be no deferred check pending anymore
(should-not (flycheck-deferred-check-p))
(flycheck-ert-wait-for-syntax-checker))
(defun flycheck-ert-ensure-clear ()
"Clear the current buffer.
Raise an assertion error if the buffer is not clear afterwards."
(flycheck-clear)
(should (not flycheck-current-errors))
(should (not (-any? (lambda (ov) (overlay-get ov 'flycheck-overlay))
(overlays-in (point-min) (point-max))))))
;;; Test assertions
(defun flycheck-error-without-group (err)
"Return a copy ERR with the `group' property set to nil."
(let ((copy (copy-flycheck-error err)))
(setf (flycheck-error-group copy) nil)
copy))
(defun flycheck-ert-should-overlay (error)
"Test that ERROR has a proper overlay in the current buffer.
ERROR is a Flycheck error object."
(let* ((overlay (-first (lambda (ov)
(equal (flycheck-error-without-group
(overlay-get ov 'flycheck-error))
(flycheck-error-without-group error)))
(flycheck-overlays-in 0 (+ 1 (buffer-size)))))
(region
;; Overlays of errors from other files are on the first line
(if (flycheck-relevant-error-other-file-p error)
(cons (point-min)
(save-excursion (goto-char (point-min)) (point-at-eol)))
(flycheck-error-region-for-mode error 'symbols)))
(level (flycheck-error-level error))
(category (flycheck-error-level-overlay-category level))
(face (get category 'face))
(fringe-bitmap (flycheck-error-level-fringe-bitmap level))
(fringe-face (flycheck-error-level-fringe-face level))
(fringe-icon (list 'left-fringe fringe-bitmap fringe-face)))
(should overlay)
(should (overlay-get overlay 'flycheck-overlay))
(should (= (overlay-start overlay) (car region)))
(should (= (overlay-end overlay) (cdr region)))
(should (eq (overlay-get overlay 'face) face))
(should (equal (get-char-property 0 'display
(overlay-get overlay 'before-string))
fringe-icon))
(should (eq (overlay-get overlay 'category) category))
(should (equal (flycheck-error-without-group (overlay-get overlay
'flycheck-error))
(flycheck-error-without-group error)))))
(defun flycheck-ert-sort-errors (errors)
"Sort ERRORS by `flycheck-error-<'."
(seq-sort #'flycheck-error-< errors))
(defun flycheck-ert-should-errors (&rest errors)
"Test that the current buffers has ERRORS.
ERRORS is a list of errors expected to be present in the current
buffer. Each error is given as a list of arguments to
`flycheck-error-new-at'.
If ERRORS are omitted, test that there are no errors at all in
the current buffer.
With ERRORS, test that each error in ERRORS is present in the
current buffer, and that the number of errors in the current
buffer is equal to the number of given ERRORS. In other words,
check that the buffer has all ERRORS, and no other errors."
(let ((expected (flycheck-ert-sort-errors
(mapcar (apply-partially #'apply #'flycheck-error-new-at)
errors)))
(current (flycheck-ert-sort-errors flycheck-current-errors)))
(should (equal (mapcar #'flycheck-error-without-group expected)
(mapcar #'flycheck-error-without-group current)))
;; Check that related errors are the same
(cl-mapcar
(lambda (err1 err2)
(should (equal (flycheck-ert-sort-errors
(mapcar #'flycheck-error-without-group
(flycheck-related-errors err1 expected)))
(flycheck-ert-sort-errors
(mapcar #'flycheck-error-without-group
(flycheck-related-errors err2))))))
expected current)
(mapc #'flycheck-ert-should-overlay expected))
(should (= (length errors)
(length (flycheck-overlays-in (point-min) (point-max))))))
(define-error 'flycheck-ert-suspicious-checker "Suspicious state from checker")
(defun flycheck-ert-should-syntax-check-in-buffer (&rest errors)
"Test a syntax check in BUFFER, expecting ERRORS.
This is like `flycheck-ert-should-syntax-check', but with a
buffer in the right mode instead of a file."
;; Load safe file-local variables because some tests depend on them
(let ((enable-local-variables :safe)
;; Disable all hooks at this place, to prevent 3rd party packages
;; from interfering
(hack-local-variables-hook))
(hack-local-variables))
;; Configure config file locating for unit tests
(let ((process-hook-called 0)
(suspicious nil))
(add-hook 'flycheck-process-error-functions
(lambda (_err)
(setq process-hook-called (1+ process-hook-called))
nil)
nil :local)
(add-hook 'flycheck-status-changed-functions
(lambda (status)
(when (eq status 'suspicious)
(setq suspicious t)))
nil :local)
(flycheck-ert-buffer-sync)
(when suspicious
(signal 'flycheck-ert-suspicious-checker nil))
(apply #'flycheck-ert-should-errors errors)
(should (= process-hook-called (length errors))))
(flycheck-ert-ensure-clear))
(defun flycheck-ert-should-syntax-check (resource-file modes &rest errors)
"Test a syntax check in RESOURCE-FILE with MODES.
RESOURCE-FILE is the file to check. MODES is a single major mode
symbol or a list thereof, specifying the major modes to syntax
check with. If more than one major mode is specified, the test
is run for each mode separately, so if you give three major
modes, the entire test will run three times. ERRORS is the list
of expected errors, as in `flycheck-ert-should-errors'. If
omitted, the syntax check must not emit any errors. The errors
are cleared after each test.
The syntax checker is selected via standard syntax checker
selection. To test a specific checker, you need to set
`flycheck-checker' or `flycheck-disabled-checkers' accordingly
before using this predicate, depending on whether you want to use
manual or automatic checker selection.
During the syntax check, configuration files of syntax checkers
are also searched in the `config-files' sub-directory of the
resource directory."
(when (symbolp modes)
(setq modes (list modes)))
(dolist (mode modes)
(unless (fboundp mode)
(ert-skip (format "%S missing" mode)))
(flycheck-ert-with-resource-buffer resource-file
(funcall mode)
(apply #'flycheck-ert-should-syntax-check-in-buffer errors))))
(defun flycheck-ert-at-nth-error (n)
"Determine whether point is at the N'th Flycheck error.
Return non-nil if the point is at the N'th Flycheck error in the
current buffer. Otherwise return nil."
(let* ((error (nth (1- n) flycheck-current-errors))
(mode flycheck-highlighting-mode)
(region (flycheck-error-region-for-mode error mode)))
(and (member error (flycheck-overlay-errors-at (point)))
(= (point) (car region)))))
(defun flycheck-ert-explain--at-nth-error (n)
"Explain a failed at-nth-error predicate at N."
(let ((errors (flycheck-overlay-errors-at (point))))
(if (null errors)
(format "Expected to be at error %s, but no error at point %s"
n (point))
(let ((pos (cl-position (car errors) flycheck-current-errors)))
(format "Expected to be at point %s and error %s, \
but point %s is at error %s"
(car (flycheck-error-region-for-mode
(nth (1- n) flycheck-current-errors)
flycheck-highlighting-mode))
n (point) (1+ pos))))))
(put 'flycheck-ert-at-nth-error 'ert-explainer
'flycheck-ert-explain--at-nth-error)
(provide 'flycheck-ert)
;;; flycheck-ert.el ends here

BIN
elpa/flycheck-20200610.1809/flycheck-ert.elc Normal file
View File

Binary file not shown.

16
elpa/flycheck-20200610.1809/flycheck-pkg.el Normal file
View File

@ -0,0 +1,16 @@
(define-package "flycheck" "20200610.1809" "On-the-fly syntax checking"
'((dash "2.12.1")
(pkg-info "0.4")
(let-alist "1.0.4")
(seq "1.11")
(emacs "24.3"))
:commit "c02cd773dded0215f9417ec04dfe8dabda63ef43" :keywords
'("convenience" "languages" "tools")
:authors
'(("Sebastian Wiesner" . "swiesner@lunaryorn.com"))
:maintainer
'("Clément Pit-Claudel" . "clement.pitclaudel@live.com")
:url "http://www.flycheck.org")
;; Local Variables:
;; no-byte-compile: t
;; End:

12332
elpa/flycheck-20200610.1809/flycheck.el Normal file
View File

File diff suppressed because it is too large Load Diff

BIN
elpa/flycheck-20200610.1809/flycheck.elc Normal file
View File

Binary file not shown.

127
elpa/pkg-info-20150517.1143/pkg-info-autoloads.el Normal file
View File

@ -0,0 +1,127 @@
;;; pkg-info-autoloads.el --- automatically extracted autoloads
;;
;;; Code:
(add-to-list 'load-path (directory-file-name
(or (file-name-directory #$) (car load-path))))
;;;### (autoloads nil "pkg-info" "pkg-info.el" (0 0 0 0))
;;; Generated autoloads from pkg-info.el
(autoload 'pkg-info-library-original-version "pkg-info" "\
Get the original version in the header of LIBRARY.
The original version is stored in the X-Original-Version header.
This header is added by the MELPA package archive to preserve
upstream version numbers.
LIBRARY is either a symbol denoting a named feature, or a library
name as string.
If SHOW is non-nil, show the version in the minibuffer.
Return the version from the header of LIBRARY as list. Signal an
error if the LIBRARY was not found or had no X-Original-Version
header.
See Info node `(elisp)Library Headers' for more information
about library headers.
\(fn LIBRARY &optional SHOW)" t nil)
(autoload 'pkg-info-library-version "pkg-info" "\
Get the version in the header of LIBRARY.
LIBRARY is either a symbol denoting a named feature, or a library
name as string.
If SHOW is non-nil, show the version in the minibuffer.
Return the version from the header of LIBRARY as list. Signal an
error if the LIBRARY was not found or had no proper header.
See Info node `(elisp)Library Headers' for more information
about library headers.
\(fn LIBRARY &optional SHOW)" t nil)
(autoload 'pkg-info-defining-library-original-version "pkg-info" "\
Get the original version of the library defining FUNCTION.
The original version is stored in the X-Original-Version header.
This header is added by the MELPA package archive to preserve
upstream version numbers.
If SHOW is non-nil, show the version in mini-buffer.
This function is mainly intended to find the version of a major
or minor mode, i.e.
(pkg-info-defining-library-version 'flycheck-mode)
Return the version of the library defining FUNCTION. Signal an
error if FUNCTION is not a valid function, if its defining
library was not found, or if the library had no proper version
header.
\(fn FUNCTION &optional SHOW)" t nil)
(autoload 'pkg-info-defining-library-version "pkg-info" "\
Get the version of the library defining FUNCTION.
If SHOW is non-nil, show the version in mini-buffer.
This function is mainly intended to find the version of a major
or minor mode, i.e.
(pkg-info-defining-library-version 'flycheck-mode)
Return the version of the library defining FUNCTION. Signal an
error if FUNCTION is not a valid function, if its defining
library was not found, or if the library had no proper version
header.
\(fn FUNCTION &optional SHOW)" t nil)
(autoload 'pkg-info-package-version "pkg-info" "\
Get the version of an installed PACKAGE.
If SHOW is non-nil, show the version in the minibuffer.
Return the version as list, or nil if PACKAGE is not installed.
\(fn PACKAGE &optional SHOW)" t nil)
(autoload 'pkg-info-version-info "pkg-info" "\
Obtain complete version info for LIBRARY and PACKAGE.
LIBRARY is a symbol denoting a named feature, or a library name
as string. PACKAGE is a symbol denoting an ELPA package. If
omitted or nil, default to LIBRARY.
If SHOW is non-nil, show the version in the minibuffer.
When called interactively, prompt for LIBRARY. When called
interactively with prefix argument, prompt for PACKAGE as well.
Return a string with complete version information for LIBRARY.
This version information contains the version from the headers of
LIBRARY, and the version of the installed PACKAGE, the LIBRARY is
part of. If PACKAGE is not installed, or if the PACKAGE version
is the same as the LIBRARY version, do not include a package
version.
\(fn LIBRARY &optional PACKAGE SHOW)" t nil)
(if (fboundp 'register-definition-prefixes) (register-definition-prefixes "pkg-info" '("pkg-info-")))
;;;***
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; coding: utf-8
;; End:
;;; pkg-info-autoloads.el ends here

2
elpa/pkg-info-20150517.1143/pkg-info-pkg.el Normal file
View File

@ -0,0 +1,2 @@
;;; -*- no-byte-compile: t -*-
(define-package "pkg-info" "20150517.1143" "Information about packages" '((epl "0.8")) :commit "76ba7415480687d05a4353b27fea2ae02b8d9d61" :keywords '("convenience") :authors '(("Sebastian Wiesner" . "swiesner@lunaryorn.com")) :maintainer '("Sebastian Wiesner" . "swiesner@lunaryorn.com") :url "https://github.com/lunaryorn/pkg-info.el")

332
elpa/pkg-info-20150517.1143/pkg-info.el Normal file
View File

@ -0,0 +1,332 @@
;;; pkg-info.el --- Information about packages -*- lexical-binding: t; -*-
;; Copyright (C) 2013-2015 Sebastian Wiesner <swiesner@lunaryorn.com>
;; Author: Sebastian Wiesner <swiesner@lunaryorn.com>
;; URL: https://github.com/lunaryorn/pkg-info.el
;; Package-Version: 20150517.1143
;; Package-Commit: 76ba7415480687d05a4353b27fea2ae02b8d9d61
;; Keywords: convenience
;; Version: 0.7-cvs
;; Package-Requires: ((epl "0.8"))
;; This file is not part of GNU Emacs.
;; This program 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.
;; This program 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 library extracts information from installed packages.
;;;; Functions:
;; `pkg-info-library-version' extracts the version from the header of a library.
;;
;; `pkg-info-defining-library-version' extracts the version from the header of a
;; library defining a function.
;;
;; `pkg-info-package-version' gets the version of an installed package.
;;
;; `pkg-info-format-version' formats a version list as human readable string.
;;
;; `pkg-info-version-info' returns complete version information for a specific
;; package.
;;
;; `pkg-info-get-melpa-recipe' gets the MELPA recipe for a package.
;;
;; `pkg-info-get-melpa-fetcher' gets the fetcher used to build a package on
;; MELPA.
;;
;; `pkg-info-wiki-package-p' determines whether a package was build from
;; EmacsWiki on MELPA.
;;; Code:
(require 'epl)
(require 'lisp-mnt)
(require 'find-func)
(require 'json) ; `json-read'
(require 'url-http) ; `url-http-parse-response'
(defvar url-http-end-of-headers)
;;; Version information
(defun pkg-info-format-version (version)
"Format VERSION as human-readable string.
Return a human-readable string representing VERSION."
;; XXX: Find a better, more flexible way of formatting?
(package-version-join version))
(defsubst pkg-info--show-version-and-return (version show)
"Show and return VERSION.
When SHOW is non-nil, show VERSION in minibuffer.
Return VERSION."
(when show
(message (if (listp version) (pkg-info-format-version version) version)))
version)
(defun pkg-info--read-library ()
"Read a library from minibuffer."
(completing-read "Load library: "
(apply-partially 'locate-file-completion-table
load-path
(get-load-suffixes))))
(defun pkg-info--read-function ()
"Read a function name from minibuffer."
(let ((input (completing-read "Function: " obarray #'boundp :require-match)))
(if (string= input "") nil (intern input))))
(defun pkg-info--read-package ()
"Read a package name from minibuffer."
(let* ((installed (epl-installed-packages))
(names (sort (mapcar (lambda (pkg)
(symbol-name (epl-package-name pkg)))
installed)
#'string<))
(default (car names)))
(completing-read "Installed package: " names nil 'require-match
nil nil default)))
(defun pkg-info-library-source (library)
"Get the source file of LIBRARY.
LIBRARY is either a symbol denoting a named feature, or a library
name as string.
Return the source file of LIBRARY as string."
(find-library-name (if (symbolp library) (symbol-name library) library)))
(defun pkg-info-defining-library (function)
"Get the source file of the library defining FUNCTION.
FUNCTION is a function symbol.
Return the file name of the library as string. Signal an error
if the library does not exist, or if the definition of FUNCTION
was not found."
(unless (functionp function)
(signal 'wrong-type-argument (list 'functionp function)))
(let ((library (symbol-file function 'defun)))
(unless library
(error "Can't find definition of %s" function))
library))
(defun pkg-info-x-original-version (file)
"Read the X-Original-Version header from FILE.
Return the value as version list, or return nil if FILE lacks
this header. Signal an error, if the value of the header is not
a valid version."
(let ((version-str (with-temp-buffer
(insert-file-contents file)
(lm-header "X-Original-Version"))))
(when version-str
(version-to-list version-str))))
;;;###autoload
(defun pkg-info-library-original-version (library &optional show)
"Get the original version in the header of LIBRARY.
The original version is stored in the X-Original-Version header.
This header is added by the MELPA package archive to preserve
upstream version numbers.
LIBRARY is either a symbol denoting a named feature, or a library
name as string.
If SHOW is non-nil, show the version in the minibuffer.
Return the version from the header of LIBRARY as list. Signal an
error if the LIBRARY was not found or had no X-Original-Version
header.
See Info node `(elisp)Library Headers' for more information
about library headers."
(interactive (list (pkg-info--read-library) t))
(let ((version (pkg-info-x-original-version
(pkg-info-library-source library))))
(if version
(pkg-info--show-version-and-return version show)
(error "Library %s has no original version" library))))
;;;###autoload
(defun pkg-info-library-version (library &optional show)
"Get the version in the header of LIBRARY.
LIBRARY is either a symbol denoting a named feature, or a library
name as string.
If SHOW is non-nil, show the version in the minibuffer.
Return the version from the header of LIBRARY as list. Signal an
error if the LIBRARY was not found or had no proper header.
See Info node `(elisp)Library Headers' for more information
about library headers."
(interactive (list (pkg-info--read-library) t))
(let* ((source (pkg-info-library-source library))
(version (epl-package-version (epl-package-from-file source))))
(pkg-info--show-version-and-return version show)))
;;;###autoload
(defun pkg-info-defining-library-original-version (function &optional show)
"Get the original version of the library defining FUNCTION.
The original version is stored in the X-Original-Version header.
This header is added by the MELPA package archive to preserve
upstream version numbers.
If SHOW is non-nil, show the version in mini-buffer.
This function is mainly intended to find the version of a major
or minor mode, i.e.
(pkg-info-defining-library-version 'flycheck-mode)
Return the version of the library defining FUNCTION. Signal an
error if FUNCTION is not a valid function, if its defining
library was not found, or if the library had no proper version
header."
(interactive (list (pkg-info--read-function) t))
(pkg-info-library-original-version (pkg-info-defining-library function) show))
;;;###autoload
(defun pkg-info-defining-library-version (function &optional show)
"Get the version of the library defining FUNCTION.
If SHOW is non-nil, show the version in mini-buffer.
This function is mainly intended to find the version of a major
or minor mode, i.e.
(pkg-info-defining-library-version 'flycheck-mode)
Return the version of the library defining FUNCTION. Signal an
error if FUNCTION is not a valid function, if its defining
library was not found, or if the library had no proper version
header."
(interactive (list (pkg-info--read-function) t))
(pkg-info-library-version (pkg-info-defining-library function) show))
;;;###autoload
(defun pkg-info-package-version (package &optional show)
"Get the version of an installed PACKAGE.
If SHOW is non-nil, show the version in the minibuffer.
Return the version as list, or nil if PACKAGE is not installed."
(interactive (list (pkg-info--read-package) t))
(let* ((name (if (stringp package) (intern package) package))
(package (car (epl-find-installed-packages name))))
(unless package
(error "Can't find installed package %s" name))
(pkg-info--show-version-and-return (epl-package-version package) show)))
;;;###autoload
(defun pkg-info-version-info (library &optional package show)
"Obtain complete version info for LIBRARY and PACKAGE.
LIBRARY is a symbol denoting a named feature, or a library name
as string. PACKAGE is a symbol denoting an ELPA package. If
omitted or nil, default to LIBRARY.
If SHOW is non-nil, show the version in the minibuffer.
When called interactively, prompt for LIBRARY. When called
interactively with prefix argument, prompt for PACKAGE as well.
Return a string with complete version information for LIBRARY.
This version information contains the version from the headers of
LIBRARY, and the version of the installed PACKAGE, the LIBRARY is
part of. If PACKAGE is not installed, or if the PACKAGE version
is the same as the LIBRARY version, do not include a package
version."
(interactive (list (pkg-info--read-library)
(when current-prefix-arg
(pkg-info--read-package))
t))
(let* ((package (or package (if (stringp library) (intern library) library)))
(orig-version (condition-case nil
(pkg-info-library-original-version library)
(error nil)))
;; If we have X-Original-Version, we assume that MELPA replaced the
;; library version with its generated version, so we use the
;; X-Original-Version header instead, and ignore the library version
;; header
(lib-version (or orig-version (pkg-info-library-version library)))
(pkg-version (condition-case nil
(pkg-info-package-version package)
(error nil)))
(version (if (and pkg-version
(not (version-list-= lib-version pkg-version)))
(format "%s (package: %s)"
(pkg-info-format-version lib-version)
(pkg-info-format-version pkg-version))
(pkg-info-format-version lib-version))))
(pkg-info--show-version-and-return version show)))
(defconst pkg-info-melpa-recipe-url "http://melpa.org/recipes.json"
"The URL from which to fetch MELPA recipes.")
(defvar pkg-info-melpa-recipes nil
"An alist of MELPA recipes.")
(defun pkg-info-retrieve-melpa-recipes ()
"Retrieve MELPA recipes from MELPA archive."
(let ((buffer (url-retrieve-synchronously pkg-info-melpa-recipe-url)))
(with-current-buffer buffer
(unwind-protect
(let ((response-code (url-http-parse-response)))
(unless (equal response-code 200)
(error "Failed to retrieve MELPA recipes from %s (code %s)"
pkg-info-melpa-recipe-url response-code))
(goto-char url-http-end-of-headers)
(json-read))
(when (and buffer (buffer-live-p buffer))
(kill-buffer buffer))))))
(defun pkg-info-get-melpa-recipes ()
"Get MELPA recipes."
(setq pkg-info-melpa-recipes
(or pkg-info-melpa-recipes
(pkg-info-retrieve-melpa-recipes))))
(defun pkg-info-get-melpa-recipe (package)
"Get the MELPA recipe for PACKAGE.
Return nil if PACKAGE is not on MELPA."
(cdr (assq package (pkg-info-get-melpa-recipes))))
(defun pkg-info-get-melpa-fetcher (package)
"Get the MELPA fetcher for PACKAGE."
(cdr (assq 'fetcher (pkg-info-get-melpa-recipe package))))
(defun pkg-info-wiki-package-p (package)
"Determine whether PACKAGE is build from the EmacsWiki."
(equal (pkg-info-get-melpa-fetcher package) "wiki"))
(provide 'pkg-info)
;; Local Variables:
;; indent-tabs-mode: nil
;; coding: utf-8
;; End:
;;; pkg-info.el ends here

BIN
elpa/pkg-info-20150517.1143/pkg-info.elc Normal file
View File

Binary file not shown.

47
elpa/windsize-20181029.2257/windsize-autoloads.el
View File

@ -1,47 +0,0 @@
;;; windsize-autoloads.el --- automatically extracted autoloads
;;
;;; Code:
(add-to-list 'load-path (directory-file-name
(or (file-name-directory #$) (car load-path))))
;;;### (autoloads nil "windsize" "windsize.el" (0 0 0 0))
;;; Generated autoloads from windsize.el
(autoload 'windsize-left "windsize" "\
Resize the current window by moving one of its edges to the left.
\(fn &optional ARG)" t nil)
(autoload 'windsize-right "windsize" "\
Resize the current window by moving one of its edges to the right.
\(fn &optional ARG)" t nil)
(autoload 'windsize-up "windsize" "\
Resize the current window by moving one of its edges up.
\(fn &optional ARG)" t nil)
(autoload 'windsize-down "windsize" "\
Resize the current window by moving one of its edges down.
\(fn &optional ARG)" t nil)
(autoload 'windsize-default-keybindings "windsize" "\
\(fn)" t nil)
(if (fboundp 'register-definition-prefixes) (register-definition-prefixes "windsize" '("windsize-")))
;;;***
;; Local Variables:
;; version-control: never
;; no-byte-compile: t
;; no-update-autoloads: t
;; coding: utf-8
;; End:
;;; windsize-autoloads.el ends here

2
elpa/windsize-20181029.2257/windsize-pkg.el
View File

@ -1,2 +0,0 @@
;;; -*- no-byte-compile: t -*-
(define-package "windsize" "20181029.2257" "Simple, intuitive window resizing" 'nil :commit "62c2846bbe95b0a73e996c75e4a644d05f57aaaa" :keywords '("window" "resizing" "convenience") :authors '(("Chris Perkins" . "chrisperkins99@gmail.com")) :maintainer '("Chris Perkins" . "chrisperkins99@gmail.com") :url "http://github.com/grammati/windsize")

145
elpa/windsize-20181029.2257/windsize.el
View File

@ -1,145 +0,0 @@
;;; windsize.el --- Simple, intuitive window resizing
;; Copyright (C) 2011 Chris Perkins
;;
;; Author: Chris Perkins <chrisperkins99@gmail.com>
;; Created: 01 July, 2011
;; URL: http://github.com/grammati/windsize
;; Package-Version: 20181029.2257
;; Package-Commit: 62c2846bbe95b0a73e996c75e4a644d05f57aaaa
;; Version: 0.1
;; Keywords: window, resizing, convenience
;; This file is not part of GNU Emacs.
;;; Commentary:
;; Use the arrow keys (C-S-<dir> by default) to move one of the
;; borders of the active window in that direction. Always prefers to
;; move the right or bottom border when possible, and falls back to
;; moving the left or top border otherwise.
;;
;; Rather than me trying to explain that in detail, it's best to just
;; split your emacs frame in to several windows and try it - trust me,
;; it's intuitive once you give it a go.
;;; Usage
;; (require 'windsize)
;; (windsize-default-keybindings) ; C-S-<left/right/up/down>
;;
;; Or bind windsize-left, windsize-right, windsize-up, and
;; windsize-down to the keys you prefer.
;;
;; By default, resizes by 8 columns and by 4 rows. Customize by
;; setting windsize-cols and/or windsize-rows.
;; Note that these variables are not buffer-local, since resizing
;; windows usually affects at least 2 buffers.
;;; License:
;; This program 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.
;;
;; This program 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 Emacs; see the file COPYING. If not, write to the
;; Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
;; Boston, MA 02110-1301, USA.
;;; Code:
(require 'windmove)
(defcustom windsize-cols 8
"How much to resize horizontally."
:type 'integer
:group 'windsize)
(defcustom windsize-rows 4
"How much to resize vertically."
:type 'integer
:group 'windsize)
(defun windsize-is-horizontal (dir)
(or (eq dir 'left) (eq dir 'right)))
(defun windsize-default-amount (dir)
(if (windsize-is-horizontal dir)
windsize-cols
windsize-rows))
;; Find the window in direction dir, without wrap-around.
(defun windsize-find-other-window (dir)
;; Let windmove do all the hard work (but temporarily disable wrap-around)
;; OK, there has to be a macro for this pattern (it's 'binding' in
;; clojure), but I'm new to elisp...
(let ((temp windmove-wrap-around))
(setq windmove-wrap-around nil)
(let ((other (windmove-find-other-window dir)))
(setq windmove-wrap-around temp)
(if (window-minibuffer-p other)
nil
other))))
(defun windsize-resize (dir &optional arg)
;; For right and down: check for a window right/down. If there is
;; one, enlarge, otherwise shrink. (case 1)
;; For left and up: check for a window in the opposite direction. If
;; there is one, shrink, otherwise enlarge. (case 2)
;; This is dictated somewhat by the behaviour of enlarge-window - it
;; seems to usually (but not always) move the right or bottom edge.
(let* ((horiz? (windsize-is-horizontal dir))
(pref? (or (eq dir 'right) (eq dir 'down))) ; right/down are the
; "preferred" directions
(other (windsize-find-other-window (if horiz? 'right 'down)))
(num (or arg (windsize-default-amount dir)))
(amount (if (or
(and pref? other) ; case 1, above
(and (not pref?) (not other))) ; case 2, above
num ; enlarge
(- num)))) ; shrink
(enlarge-window amount horiz?)))
;;;###autoload
(defun windsize-left (&optional arg)
"Resize the current window by moving one of its edges to the left."
(interactive "P")
(windsize-resize 'left arg))
;;;###autoload
(defun windsize-right (&optional arg)
"Resize the current window by moving one of its edges to the right."
(interactive "P")
(windsize-resize 'right arg))
;;;###autoload
(defun windsize-up (&optional arg)
"Resize the current window by moving one of its edges up."
(interactive "P")
(windsize-resize 'up arg))
;;;###autoload
(defun windsize-down (&optional arg)
"Resize the current window by moving one of its edges down."
(interactive "P")
(windsize-resize 'down arg))
;;;###autoload
(defun windsize-default-keybindings ()
(interactive)
(global-set-key (kbd "C-S-<left>") 'windsize-left)
(global-set-key (kbd "C-S-<right>") 'windsize-right)
(global-set-key (kbd "C-S-<up>") 'windsize-up)
(global-set-key (kbd "C-S-<down>") 'windsize-down)
)
(provide 'windsize)
;;; windsize.el ends here

BIN
elpa/windsize-20181029.2257/windsize.elc
View File

Binary file not shown.

10
init.el
View File

@ -34,7 +34,7 @@
'(magit-diff-use-overlays nil)
'(package-selected-packages
(quote
(ac-emmet web-mode ac-html markdown-preview-mode multiple-cursors git-gutter powerline ample-zen-theme monokai-theme dracula-theme auto-complete windsize neotree all-the-icons spinner markdown-mode lv ht f evil dash-functional)))
(flycheck ac-emmet web-mode ac-html markdown-preview-mode multiple-cursors git-gutter powerline ample-zen-theme monokai-theme dracula-theme auto-complete neotree all-the-icons spinner markdown-mode lv ht f evil dash-functional)))
'(pos-tip-background-color "#FFFACE")
'(pos-tip-foreground-color "#272822")
'(vc-annotate-background "#3b3b3b")
@ -106,12 +106,6 @@
(display-line-numbers-mode -1))
(add-hook 'neo-after-create-hook 'my/disable-line-numbers)
;Cambiar el tamaño a las v entanas
(require 'windsize)
(setq windsize-cols 1)
(setq windsize-rows 1)
(add-hook 'after-init-hook #'windsize-default-keybindings)
;Git gutter - Marca si
(global-git-gutter-mode +1)
@ -122,7 +116,7 @@
(global-set-key (kbd "C-<") 'mc/mark-previous-like-this) ;Seleccionar anteriores como el actual
(global-set-key (kbd "C-S-d") 'mc/mark-all-like-this) ;Seleccionar todos como el actual
(global-set-key (kbd "C-S-<mouse-1>") 'mc/add-cursor-on-click) ;Añadir cursor con clics
(toggle-scroll-bar -1) ;Eliminar barra de desplazamiento
(require 'web-mode)
(add-to-list 'auto-mode-alist '("\\.phtml\\'" . web-mode))