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leaf-keywords-tests.el
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leaf-keywords-tests.el
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;;; leaf-keywords-tests.el --- -*- lexical-binding: t; -*-
;; Copyright (C) 2018 Naoya Yamashita
;; Author: Naoya Yamashita <conao3@gmail.com>
;; Maintainer: Naoya Yamashita <conao3@gmail.com>
;; URL: https://github.com/conao3/leaf.el
;; 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:
;;
;;; Code:
(load "cort-test")
(require 'leaf-keywords)
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;
;; test settings
;;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;
;; support legacy Emacs
;;
(when (not (fboundp 'autoload-do-load))
(defun autoload-do-load (fundef &optional funname macro-only)
(if (or (not (consp fundef)) (not (eql 'autoload (car fundef))))
fundef
(let ((kind (nth 4 fundef)))
(if (and (eql macro-only 'macro)
(not (or (eql kind t)
(eql kind 'macro))))
fundef)
(if purify-flag
(error "Attempt to autoload %s while preparing to dump" (symbol-name funnname)))
(unwind-protect
(let ((ignore-errors (if (or (eql kind t) (eql kind 'macro)) nil macro_only)))
(load (cadr fundef) ignore-errors t nil t))
;; FIXME: revert partially performed defuns
())
(if (or (not funname) ignore-errors)
nil
(let ((fun (indirect-function funname, nil)))
(if (equal fun fundef)
(error "Autoloading file %s failed to define function %s"
(caar load-history)
(symbol-name funname))
fun)))))))
(when (not (fboundp 'macroexpand-1))
(defun macroexpand-1 (form &optional environment)
"Perform (at most) one step of macroexpansion."
(cond
((consp form)
(let* ((head (car form))
(env-expander (assq head environment)))
(if env-expander
(if (cdr env-expander)
(apply (cdr env-expander) (cdr form))
form)
(if (not (and (symbolp head) (fboundp head)))
form
(let ((def (autoload-do-load (symbol-function head) head 'macro)))
(cond
;; Follow alias, but only for macros, otherwise we may end up
;; skipping an important compiler-macro (e.g. cl--block-wrapper).
((and (symbolp def) (macrop def)) (cons def (cdr form)))
((not (consp def)) form)
(t
(if (eq 'macro (car def))
(apply (cdr def) (cdr form))
form))))))))
(t form))))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;
;; support macros for test definition
;;
(defmacro cort-deftest-with-macroexpand (name form)
"Return `cort-deftest' compare by `equal' for NAME, FORM.
Example
(p (cort-deftest-with-equal leaf/disabled
'((asdf asdf)
(uiop uiop))))
=> (cort-deftest leaf/disabled
'((:equal asdf asdf)
(:equal uiop uiop)))"
(declare (indent 1))
`(cort-deftest ,name
',(mapcar (lambda (elm)
`(:equal
',(cadr elm)
(macroexpand-1 ',(car elm))))
(cadr form))))
(defmacro match-expansion-let (letform form expect)
(declare (indent 1))
`(:equal (let ,letform (macroexpand-1 ',form)) ,expect))
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;;
;; test definition
;;
(setq leaf-expand-leaf-protect nil)
(setq leaf-expand-leaf-path nil)
(leaf-keywords-init)
(cort-deftest-with-macroexpand leaf/diminish
'(((leaf autorevert
:diminish t)
(prog1 'autorevert
(with-eval-after-load 'autorevert
(diminish 'autorevert-mode nil))))
((leaf autorevert
:diminish autorevert-mode)
(prog1 'autorevert
(with-eval-after-load 'autorevert
(diminish 'autorevert-mode nil))))
((leaf autorevert
:diminish t
:diminish autorevert-polyfill)
(prog1 'autorevert
(with-eval-after-load 'autorevert
(diminish 'autorevert-mode nil)
(diminish 'autorevert-polyfill-mode nil))))
((leaf autorevert
:diminish t autorevert-polyfill)
(prog1 'autorevert
(with-eval-after-load 'autorevert
(diminish 'autorevert-mode nil)
(diminish 'autorevert-polyfill-mode nil))))
((leaf go-mode
:diminish " Go")
(prog1 'go-mode
(with-eval-after-load 'go-mode
(diminish 'go-mode " Go"))))
((leaf abbrev
:diminish (abbrev-mode . " Abv"))
(prog1 'abbrev
(with-eval-after-load 'abbrev
(diminish 'abbrev-mode " Abv"))))
((leaf projectile
:diminish (projectile-mode . '(:eval (concat " " (projectile-project-name)))))
(prog1 'projectile
(with-eval-after-load 'projectile
(diminish 'projectile-mode
'(:eval (concat " " (projectile-project-name)))))))))
(cort-deftest-with-macroexpand leaf/delight
'(((leaf autorevert
:delight t)
(prog1 'autorevert
(delight 'autorevert-mode)))
((leaf autorevert
:delight autorevert)
(prog1 'autorevert
(delight 'autorevert-mode)))
((leaf autorevert
:delight t
:delight autorevert-polyfill)
(prog1 'autorevert
(delight 'autorevert-mode)
(delight 'autorevert-polyfill-mode)))
((leaf autorevert
:delight t autorevert-polyfill)
(prog1 'autorevert
(delight 'autorevert-mode)
(delight 'autorevert-polyfill-mode)))
((leaf go-mode
:delight " Go")
(prog1 'go-mode
(delight 'go-mode " Go")))
((leaf abbrev
:delight (abbrev-mode " Abv"))
(prog1 'abbrev
(delight 'abbrev-mode " Abv")))
((leaf projectile
:delight (projectile-mode '(:eval (concat " " (projectile-project-name)))))
(prog1 'projectile
(delight 'projectile-mode
'(:eval
(concat " "
(projectile-project-name))))))
((leaf delight
:delight ((abbrev-mode " Abv" "abbrev")
(smart-tab-mode " \\t" "smart-tab")
(eldoc-mode nil "eldoc")
(rainbow-mode)
(overwrite-mode " Ov" t)
(emacs-lisp-mode "Elisp" :major)))
(prog1 'delight
(delight 'abbrev-mode " Abv" "abbrev")
(delight 'smart-tab-mode " \\t" "smart-tab")
(delight 'eldoc-mode nil "eldoc")
(delight 'rainbow-mode)
(delight 'overwrite-mode " Ov" t)
(delight 'emacs-lisp-mode "Elisp" :major)))))
(cort-deftest-with-macroexpand leaf/blackout
'(
;; t will be converted leaf--name
((leaf foo-mode
:blackout t)
(prog1 'foo-mode
(with-eval-after-load 'foo-mode
(blackout 'foo-mode nil))))
;; guess leaf--name as mode-name
((leaf foo
:blackout t)
(prog1 'foo
(with-eval-after-load 'foo
(blackout 'foo-mode nil))))
;; blackout if specify symbol only
((leaf simple
:blackout auto-fill-mode)
(prog1 'simple
(with-eval-after-load 'simple
(blackout 'auto-fill-mode nil))))
;; expect cons-cell to change display of a mode
((leaf simple
:blackout (auto-fill-mode . " Auto-Fill"))
(prog1 'simple
(with-eval-after-load 'simple
(blackout 'auto-fill-mode " Auto-Fill"))))
;; change major-mode display by same way
((leaf elisp-mode
:blackout (emacs-lisp-mode . "Elisp"))
(prog1 'elisp-mode
(with-eval-after-load 'elisp-mode
(blackout 'emacs-lisp-mode "Elisp"))))
;; cons-cell list also accepted
((leaf simple
:blackout ((auto-fill-mode . " Auto-Fill")
(overwrite-mode . " Overwrite")))
(prog1 'simple
(with-eval-after-load 'simple
(blackout 'auto-fill-mode " Auto-Fill")
(blackout 'overwrite-mode " Overwrite"))))
;; multi cons-cell also accepted
((leaf simple
:blackout
(auto-fill-mode . " Auto-Fill")
(overwrite-mode . " Overwrite"))
(prog1 'simple
(with-eval-after-load 'simple
(blackout 'auto-fill-mode " Auto-Fill")
(blackout 'overwrite-mode " Overwrite"))))
;; multi keyword also accepted
((leaf simple
:blackout (auto-fill-mode . " Auto-Fill")
:blackout (overwrite-mode . " Overwrite"))
(prog1 'simple
(with-eval-after-load 'simple
(blackout 'auto-fill-mode " Auto-Fill")
(blackout 'overwrite-mode " Overwrite"))))))
(cort-deftest-with-macroexpand leaf/feather
'(
;; 't will be converted leaf--name
((leaf leaf
:init (leaf-pre-init)
:feather t
:config (leaf-init))
(prog1 'leaf
(leaf-handler-package leaf leaf nil)
(feather-add-after-installed-hook-sexp leaf
(leaf-pre-init)
(leaf-init))))
;; multi symbols will be accepted
((leaf leaf
:init (leaf-pre-init)
:feather leaf leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(leaf-handler-package leaf leaf nil)
(leaf-handler-package leaf leaf-polyfill nil)
(feather-add-after-installed-hook-sexp leaf-polyfill
(leaf-pre-init)
(leaf-init))))
;; multi symbols in list will be accepted
((leaf leaf
:feather (feather leaf-key leaf-browser)
:config (leaf-init))
(prog1 'leaf
(leaf-handler-package leaf feather nil)
(leaf-handler-package leaf leaf-key nil)
(leaf-handler-package leaf leaf-browser nil)
(feather-add-after-installed-hook-sexp leaf-browser
(leaf-init))))
;; multi keyword will be accepted
((leaf leaf
:init (leaf-pre-init)
:feather t
:feather leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(leaf-handler-package leaf leaf nil)
(leaf-handler-package leaf leaf-polyfill nil)
(feather-add-after-installed-hook-sexp leaf-polyfill
(leaf-pre-init)
(leaf-init))))
;; keywords such as :preface that expand before :feather
;; are not registered in the hook of feather
((leaf leaf
:preface (leaf-preface)
:init (leaf-pre-init)
:feather t
:config (leaf-init))
(prog1 'leaf
(leaf-preface)
(leaf-handler-package leaf leaf nil)
(feather-add-after-installed-hook-sexp leaf
(leaf-pre-init)
(leaf-init))))))
(cort-deftest-with-macroexpand leaf/el-get
'(((leaf leaf
:init (leaf-pre-init)
:el-get t
:config (leaf-init))
(prog1 'leaf
(el-get-bundle leaf)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:el-get nil leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:el-get leaf leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(el-get-bundle leaf)
(el-get-bundle leaf-polyfill)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:el-get t
:el-get leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(el-get-bundle leaf)
(el-get-bundle leaf-polyfill)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:el-get t leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(el-get-bundle leaf)
(el-get-bundle leaf-polyfill)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:el-get (zenburn-theme
:url "https://github.com/bbatsov/zenburn-emacs/master/zenburn-theme.el"
(load-theme 'zenburn t))
:config (leaf-init))
(prog1 'leaf
(el-get-bundle zenburn-theme :url "https://github.com/bbatsov/zenburn-emacs/master/zenburn-theme.el"
(load-theme 'zenburn t))
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:el-get
(yaicomplete
:url "https://github.com/tarao/elisp.git"
:features yaicomplete)
(zenburn-theme
:url "https://github.com/bbatsov/zenburn-emacs/master/zenburn-theme.el"
(load-theme 'zenburn t))
(kazu-yamamoto/Mew :name mew :build ("./configure" "make"))
:config (leaf-init))
(prog1 'leaf
(el-get-bundle yaicomplete :url "https://github.com/tarao/elisp.git" :features yaicomplete)
(el-get-bundle zenburn-theme :url "https://github.com/bbatsov/zenburn-emacs/master/zenburn-theme.el"
(load-theme 'zenburn t))
(el-get-bundle kazu-yamamoto/Mew :name mew :build
("./configure" "make"))
(leaf-pre-init)
(leaf-init)))))
(cort-deftest-with-macroexpand leaf/straight
'(((leaf leaf
:init (leaf-pre-init)
:straight t
:config (leaf-init))
(prog1 'leaf
(straight-use-package 'leaf)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:straight nil t
:config (leaf-init))
(prog1 'leaf
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:straight leaf leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(straight-use-package 'leaf)
(straight-use-package 'leaf-polyfill)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:straight t
:straight leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(straight-use-package 'leaf)
(straight-use-package 'leaf-polyfill)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:straight t leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(straight-use-package 'leaf)
(straight-use-package 'leaf-polyfill)
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:straight (zenburn-theme :type git :host github :repo "fake/fake")
:config (leaf-init))
(prog1 'leaf
(straight-use-package '(zenburn-theme :type git :host github :repo "fake/fake"))
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:straight
(zenburn-theme :type git :host github :repo "fake/fake")
(yaicomplete :type git :host github :repo "fake/faker")
(mew :type git :host gitlab :repo "fake/fakest" :no-build)
:config (leaf-init))
(prog1 'leaf
(straight-use-package '(zenburn-theme :type git :host github :repo "fake/fake"))
(straight-use-package '(yaicomplete :type git :host github :repo "fake/faker"))
(straight-use-package '(mew :type git :host gitlab :repo "fake/fakest" :no-build))
(leaf-pre-init)
(leaf-init)))))
(cort-deftest-with-macroexpand leaf/elpaca
'(((leaf leaf
:init (leaf-pre-init)
:elpaca t
:config (leaf-init))
(prog1 'leaf
(elpaca leaf
(leaf-pre-init)
(leaf-init))))
((leaf leaf
:init (leaf-pre-init)
:elpaca nil t
:config (leaf-init))
(prog1 'leaf
(leaf-pre-init)
(leaf-init)))
((leaf leaf
:init (leaf-pre-init)
:elpaca leaf leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(elpaca leaf)
(elpaca leaf-polyfill
(leaf-pre-init)
(leaf-init))))
((leaf leaf
:init (leaf-pre-init)
:elpaca t
:elpaca leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(elpaca leaf)
(elpaca leaf-polyfill
(leaf-pre-init)
(leaf-init))))
((leaf leaf
:init (leaf-pre-init)
:elpaca t leaf-polyfill
:config (leaf-init))
(prog1 'leaf
(elpaca leaf)
(elpaca leaf-polyfill
(leaf-pre-init)
(leaf-init))))
((leaf leaf
:init (leaf-pre-init)
:elpaca (zenburn-theme :host github :repo "fake/fake")
:config (leaf-init))
(prog1 'leaf
(elpaca (zenburn-theme :host github :repo "fake/fake")
(leaf-pre-init)
(leaf-init))))
((leaf leaf
:init (leaf-pre-init)
:elpaca
(zenburn-theme :host github :repo "fake/fake")
(yaicomplete :host github :repo "fake/faker")
(mew :host gitlab :repo "fake/fakest")
:config (leaf-init))
(prog1 'leaf
(elpaca (zenburn-theme :host github :repo "fake/fake"))
(elpaca (yaicomplete :host github :repo "fake/faker"))
(elpaca (mew :host gitlab :repo "fake/fakest")
(leaf-pre-init)
(leaf-init))))))
(cort-deftest-with-macroexpand leaf/key-combo
'(((leaf key-combo
:combo (("=" . (" = " " == " " === " ))
("=>" . " => ")
("C-a" . (back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
("C-e" . (move-end-of-line end-of-buffer key-combo-return))))
(prog1 'key-combo
(unless (fboundp 'back-to-indentation) (autoload #'back-to-indentation "key-combo" nil t))
(unless (fboundp 'move-beginning-of-line) (autoload #'move-beginning-of-line "key-combo" nil t))
(unless (fboundp 'beginning-of-buffer) (autoload #'beginning-of-buffer "key-combo" nil t))
(unless (fboundp 'key-combo-return) (autoload #'key-combo-return "key-combo" nil t))
(unless (fboundp 'move-end-of-line) (autoload #'move-end-of-line "key-combo" nil t))
(unless (fboundp 'end-of-buffer) (autoload #'end-of-buffer "key-combo" nil t))
(declare-function back-to-indentation "key-combo")
(declare-function move-beginning-of-line "key-combo")
(declare-function beginning-of-buffer "key-combo")
(declare-function key-combo-return "key-combo")
(declare-function move-end-of-line "key-combo")
(declare-function end-of-buffer "key-combo")
(key-combo-define global-map "=" '(" = " " == " " === " ))
(key-combo-define global-map "=>" " => ")
(key-combo-define global-map "C-a" '(back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
(key-combo-define global-map "C-e" '(move-end-of-line end-of-buffer key-combo-return))))
((leaf key-combo
:combo (emacs-lisp-mode-map
("=" . (" = " " == " " === " ))
("=>" . " => ")
("C-a" . (back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
("C-e" . (move-end-of-line end-of-buffer key-combo-return))))
(prog1 'key-combo
(unless (fboundp 'back-to-indentation) (autoload #'back-to-indentation "key-combo" nil t))
(unless (fboundp 'move-beginning-of-line) (autoload #'move-beginning-of-line "key-combo" nil t))
(unless (fboundp 'beginning-of-buffer) (autoload #'beginning-of-buffer "key-combo" nil t))
(unless (fboundp 'key-combo-return) (autoload #'key-combo-return "key-combo" nil t))
(unless (fboundp 'move-end-of-line) (autoload #'move-end-of-line "key-combo" nil t))
(unless (fboundp 'end-of-buffer) (autoload #'end-of-buffer "key-combo" nil t))
(declare-function back-to-indentation "key-combo")
(declare-function move-beginning-of-line "key-combo")
(declare-function beginning-of-buffer "key-combo")
(declare-function key-combo-return "key-combo")
(declare-function move-end-of-line "key-combo")
(declare-function end-of-buffer "key-combo")
(key-combo-define emacs-lisp-mode-map "=" '(" = " " == " " === "))
(key-combo-define emacs-lisp-mode-map "=>" " => ")
(key-combo-define emacs-lisp-mode-map "C-a" '(back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
(key-combo-define emacs-lisp-mode-map "C-e" '(move-end-of-line end-of-buffer key-combo-return))))
((leaf key-combo
:combo ((("=" . (" = " " == " " === " ))
("=>" . " => ")
("C-a" . (back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
("C-e" . (move-end-of-line end-of-buffer key-combo-return)))
(emacs-lisp-mode-map
("." . ("." " . "))
("=" . ("= " "eq " "equal ")))))
(prog1 'key-combo
(unless (fboundp 'back-to-indentation) (autoload #'back-to-indentation "key-combo" nil t))
(unless (fboundp 'move-beginning-of-line) (autoload #'move-beginning-of-line "key-combo" nil t))
(unless (fboundp 'beginning-of-buffer) (autoload #'beginning-of-buffer "key-combo" nil t))
(unless (fboundp 'key-combo-return) (autoload #'key-combo-return "key-combo" nil t))
(unless (fboundp 'move-end-of-line) (autoload #'move-end-of-line "key-combo" nil t))
(unless (fboundp 'end-of-buffer) (autoload #'end-of-buffer "key-combo" nil t))
(declare-function back-to-indentation "key-combo")
(declare-function move-beginning-of-line "key-combo")
(declare-function beginning-of-buffer "key-combo")
(declare-function key-combo-return "key-combo")
(declare-function move-end-of-line "key-combo")
(declare-function end-of-buffer "key-combo")
(key-combo-define global-map "=" '(" = " " == " " === " ))
(key-combo-define global-map "=>" " => ")
(key-combo-define global-map "C-a" '(back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
(key-combo-define global-map "C-e" '(move-end-of-line end-of-buffer key-combo-return))
(key-combo-define emacs-lisp-mode-map "." '("." " . "))
(key-combo-define emacs-lisp-mode-map "=" '("= " "eq " "equal "))))))
(cort-deftest-with-macroexpand leaf/key-combo*
'(((leaf key-combo
:combo* (("=" . (" = " " == " " === " ))
("=>" . " => ")
("C-a" . (back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
("C-e" . (move-end-of-line end-of-buffer key-combo-return))))
(prog1 'key-combo
(unless (fboundp 'back-to-indentation) (autoload #'back-to-indentation "key-combo" nil t))
(unless (fboundp 'move-beginning-of-line) (autoload #'move-beginning-of-line "key-combo" nil t))
(unless (fboundp 'beginning-of-buffer) (autoload #'beginning-of-buffer "key-combo" nil t))
(unless (fboundp 'key-combo-return) (autoload #'key-combo-return "key-combo" nil t))
(unless (fboundp 'move-end-of-line) (autoload #'move-end-of-line "key-combo" nil t))
(unless (fboundp 'end-of-buffer) (autoload #'end-of-buffer "key-combo" nil t))
(declare-function back-to-indentation "key-combo")
(declare-function move-beginning-of-line "key-combo")
(declare-function beginning-of-buffer "key-combo")
(declare-function key-combo-return "key-combo")
(declare-function move-end-of-line "key-combo")
(declare-function end-of-buffer "key-combo")
(key-combo-define leaf-key-override-global-map "=" '(" = " " == " " === " ))
(key-combo-define leaf-key-override-global-map "=>" " => ")
(key-combo-define leaf-key-override-global-map "C-a" '(back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
(key-combo-define leaf-key-override-global-map "C-e" '(move-end-of-line end-of-buffer key-combo-return))))
((leaf key-combo
:combo* (emacs-lisp-mode-map
("=" . (" = " " == " " === " ))
("=>" . " => ")
("C-a" . (back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
("C-e" . (move-end-of-line end-of-buffer key-combo-return))))
(prog1 'key-combo
(unless (fboundp 'back-to-indentation) (autoload #'back-to-indentation "key-combo" nil t))
(unless (fboundp 'move-beginning-of-line) (autoload #'move-beginning-of-line "key-combo" nil t))
(unless (fboundp 'beginning-of-buffer) (autoload #'beginning-of-buffer "key-combo" nil t))
(unless (fboundp 'key-combo-return) (autoload #'key-combo-return "key-combo" nil t))
(unless (fboundp 'move-end-of-line) (autoload #'move-end-of-line "key-combo" nil t))
(unless (fboundp 'end-of-buffer) (autoload #'end-of-buffer "key-combo" nil t))
(declare-function back-to-indentation "key-combo")
(declare-function move-beginning-of-line "key-combo")
(declare-function beginning-of-buffer "key-combo")
(declare-function key-combo-return "key-combo")
(declare-function move-end-of-line "key-combo")
(declare-function end-of-buffer "key-combo")
(key-combo-define emacs-lisp-mode-map "=" '(" = " " == " " === "))
(key-combo-define emacs-lisp-mode-map "=>" " => ")
(key-combo-define emacs-lisp-mode-map "C-a" '(back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
(key-combo-define emacs-lisp-mode-map "C-e" '(move-end-of-line end-of-buffer key-combo-return))))
((leaf key-combo
:combo* ((("=" . (" = " " == " " === " ))
("=>" . " => ")
("C-a" . (back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
("C-e" . (move-end-of-line end-of-buffer key-combo-return)))
(emacs-lisp-mode-map
("." . ("." " . "))
("=" . ("= " "eq " "equal ")))))
(prog1 'key-combo
(unless (fboundp 'back-to-indentation) (autoload #'back-to-indentation "key-combo" nil t))
(unless (fboundp 'move-beginning-of-line) (autoload #'move-beginning-of-line "key-combo" nil t))
(unless (fboundp 'beginning-of-buffer) (autoload #'beginning-of-buffer "key-combo" nil t))
(unless (fboundp 'key-combo-return) (autoload #'key-combo-return "key-combo" nil t))
(unless (fboundp 'move-end-of-line) (autoload #'move-end-of-line "key-combo" nil t))
(unless (fboundp 'end-of-buffer) (autoload #'end-of-buffer "key-combo" nil t))
(declare-function back-to-indentation "key-combo")
(declare-function move-beginning-of-line "key-combo")
(declare-function beginning-of-buffer "key-combo")
(declare-function key-combo-return "key-combo")
(declare-function move-end-of-line "key-combo")
(declare-function end-of-buffer "key-combo")
(key-combo-define leaf-key-override-global-map "=" '(" = " " == " " === " ))
(key-combo-define leaf-key-override-global-map "=>" " => ")
(key-combo-define leaf-key-override-global-map "C-a" '(back-to-indentation move-beginning-of-line beginning-of-buffer key-combo-return))
(key-combo-define leaf-key-override-global-map "C-e" '(move-end-of-line end-of-buffer key-combo-return))
(key-combo-define emacs-lisp-mode-map "." '("." " . "))
(key-combo-define emacs-lisp-mode-map "=" '("= " "eq " "equal "))))))
(cort-deftest-with-macroexpand leaf/ensure-system-package
'(
;; specify a symbol to set to autoload function
((leaf leaf
:ensure-system-package rg
:config (leaf-init))
(prog1 'leaf
(unless (executable-find "rg") (system-packages-install "rg"))
(leaf-init)))
;; multi symbols will be accepted
((leaf leaf
:ensure-system-package rg exa bat)
(prog1 'leaf
(unless (executable-find "rg") (system-packages-install "rg"))
(unless (executable-find "exa") (system-packages-install "exa"))
(unless (executable-find "bat") (system-packages-install "bat"))))
;; multi symbols in list will be accepted
((leaf leaf
:ensure-system-package (rg exa bat))
(prog1 'leaf
(unless (executable-find "rg") (system-packages-install "rg"))
(unless (executable-find "exa") (system-packages-install "exa"))
(unless (executable-find "bat") (system-packages-install "bat"))))
;; It is accepted even if you specify symbol and list at the same time
((leaf leaf
:ensure-system-package openssl (rg exa bat))
(prog1 'leaf
(unless (executable-find "openssl") (system-packages-install "openssl"))
(unless (executable-find "rg") (system-packages-install "rg"))
(unless (executable-find "exa") (system-packages-install "exa"))
(unless (executable-find "bat") (system-packages-install "bat"))))
;; if you specify t, use leaf--name
((leaf rg
:ensure-system-package t)
(prog1 'rg
(unless (executable-find "rg") (system-packages-install "rg"))))
;; Specify the package the package name for given symbol
((leaf leaf
:ensure-system-package (rg . ripgrep))
(prog1 'leaf
(unless (executable-find "rg") (system-packages-install "ripgrep"))))
;; Install package if the presence of file is nil
((leaf vterm
:ensure-system-package (("/usr/lib/libvterm.so" . libvterm)
(cmake libtool)))
(prog1 'vterm
(unless (file-exists-p "/usr/lib/libvterm.so") (system-packages-install "libvterm"))
(unless (executable-find "cmake") (system-packages-install "cmake"))
(unless (executable-find "libtool") (system-packages-install "libtool"))))
;; you can specify install shell command
((leaf vterm
:ensure-system-package (prettier . "npm i -g prettier-plugin-svelte"))
(prog1 'vterm
(unless (executable-find "prettier") (async-shell-command "npm i -g prettier-plugin-svelte"))))))
(cort-deftest-with-macroexpand leaf/chord
'(((leaf macrostep
:ensure t
:chord (("jk" . macrostep-expand)))
(prog1 'macrostep
(unless (fboundp 'macrostep-expand) (autoload #'macrostep-expand "macrostep" nil t))
(declare-function macrostep-expand "macrostep")
(leaf-handler-package macrostep macrostep nil)
(leaf-key-chords
(("jk" . macrostep-expand)))))
((leaf macrostep
:ensure t
:chord ("jk" . macrostep-expand))
(prog1 'macrostep
(unless (fboundp 'macrostep-expand) (autoload #'macrostep-expand "macrostep" nil t))
(declare-function macrostep-expand "macrostep")
(leaf-handler-package macrostep macrostep nil)
(leaf-key-chords
(("jk" . macrostep-expand)))))
((leaf color-moccur
:chord
("jk" . moccur)
("fi" . isearch-moccur))
(prog1 'color-moccur
(unless (fboundp 'moccur) (autoload #'moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function moccur "color-moccur")
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords
(("jk" . moccur)
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord (("jk" . moccur)
("fi" . isearch-moccur)))
(prog1 'color-moccur
(unless (fboundp 'moccur) (autoload #'moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function moccur "color-moccur")
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords
(("jk" . moccur)
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord
("jk" . nil)
("fi" . isearch-moccur))
(prog1 'color-moccur
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords
(("jk")
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord (("jk" . nil)
("fi" . isearch-moccur)))
(prog1 'color-moccur
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords
(("jk")
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord
("jk" . moccur)
(:isearch-mode-map
:package isearch
("ji" . isearch-moccur)
("jo" . isearch-moccur-all)))
(prog1 'color-moccur
(unless (fboundp 'moccur) (autoload #'moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur-all) (autoload #'isearch-moccur-all "color-moccur" nil t))
(declare-function moccur "color-moccur")
(declare-function isearch-moccur "color-moccur")
(declare-function isearch-moccur-all "color-moccur")
(leaf-key-chords
(("jk" . moccur)
(:isearch-mode-map :package isearch
("ji" . isearch-moccur)
("jo" . isearch-moccur-all))))))
((leaf color-moccur
:chord (("jk" . moccur)
(:isearch-mode-map
:package isearch
("ji" . isearch-moccur)
("jo" . isearch-moccur-all))))
(prog1 'color-moccur
(unless (fboundp 'moccur) (autoload #'moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur-all) (autoload #'isearch-moccur-all "color-moccur" nil t))
(declare-function moccur "color-moccur")
(declare-function isearch-moccur "color-moccur")
(declare-function isearch-moccur-all "color-moccur")
(leaf-key-chords
(("jk" . moccur)
(:isearch-mode-map :package isearch
("ji" . isearch-moccur)
("jo" . isearch-moccur-all))))))
;; you also use symbol instead of keyword to specify keymap
((leaf color-moccur
:chord (("jk" . moccur)
(isearch-mode-map
:package isearch
("ji" . isearch-moccur)
("jo" . isearch-moccur-all))))
(prog1 'color-moccur
(unless (fboundp 'moccur) (autoload #'moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur-all) (autoload #'isearch-moccur-all "color-moccur" nil t))
(declare-function moccur "color-moccur")
(declare-function isearch-moccur "color-moccur")
(declare-function isearch-moccur-all "color-moccur")
(leaf-key-chords
(("jk" . moccur)
(isearch-mode-map :package isearch
("ji" . isearch-moccur)
("jo" . isearch-moccur-all))))))))
(cort-deftest-with-macroexpand leaf/chord*
'(((leaf macrostep
:ensure t
:chord* (("jk" . macrostep-expand)))
(prog1 'macrostep
(unless (fboundp 'macrostep-expand) (autoload #'macrostep-expand "macrostep" nil t))
(declare-function macrostep-expand "macrostep")
(leaf-handler-package macrostep macrostep nil)
(leaf-key-chords*
(("jk" . macrostep-expand)))))
((leaf macrostep
:ensure t
:chord* ("jk" . macrostep-expand))
(prog1 'macrostep
(unless (fboundp 'macrostep-expand) (autoload #'macrostep-expand "macrostep" nil t))
(declare-function macrostep-expand "macrostep")
(leaf-handler-package macrostep macrostep nil)
(leaf-key-chords*
(("jk" . macrostep-expand)))))
((leaf color-moccur
:chord*
("jk" . moccur)
("fi" . isearch-moccur))
(prog1 'color-moccur
(unless (fboundp 'moccur) (autoload #'moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function moccur "color-moccur")
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords*
(("jk" . moccur)
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord* (("jk" . moccur)
("fi" . isearch-moccur)))
(prog1 'color-moccur
(unless (fboundp 'moccur) (autoload #'moccur "color-moccur" nil t))
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function moccur "color-moccur")
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords*
(("jk" . moccur)
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord*
("jk" . nil)
("fi" . isearch-moccur))
(prog1 'color-moccur
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords*
(("jk")
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord* (("jk" . nil)
("fi" . isearch-moccur)))
(prog1 'color-moccur
(unless (fboundp 'isearch-moccur) (autoload #'isearch-moccur "color-moccur" nil t))
(declare-function isearch-moccur "color-moccur")
(leaf-key-chords*
(("jk")
("fi" . isearch-moccur)))))
((leaf color-moccur
:chord*
("jk" . moccur)
(:isearch-mode-map
:package isearch
("ji" . isearch-moccur)
("jo" . isearch-moccur-all)))
(prog1 'color-moccur