/elpa/rg-20211113.1958/rg-autoloads.el

https://github.com/mcraveiro/cunene · Emacs Lisp · 204 lines · 124 code · 43 blank · 37 comment · 12 complexity · ea04076faa55793d1cb407325e1a6fcc MD5 · raw file

  1. ;;; rg-autoloads.el --- automatically extracted autoloads
  2. ;;
  3. ;;; Code:
  4. (add-to-list 'load-path (directory-file-name
  5. (or (file-name-directory #$) (car load-path))))
  6. ;;;### (autoloads nil "rg" "rg.el" (0 0 0 0))
  7. ;;; Generated autoloads from rg.el
  8. (defvar rg-keymap-prefix "\3s" "\
  9. Prefix for global `rg' keymap.")
  10. (custom-autoload 'rg-keymap-prefix "rg" t)
  11. (defvar rg-command-line-flags-function 'identity "\
  12. Function to modify command line flags of a search.
  13. The argument of the function is an optional list of search specific
  14. command line flags and the function shall return a list of command
  15. line flags to use.")
  16. (autoload 'rg-define-toggle "rg" "\
  17. Define a command line flag that can be toggled from the rg result buffer.
  18. This will create a function with prefix 'rg-custom-toggle-flag-'
  19. concatenated with the FLAG name, stripped of any leading dashes. Flag
  20. must be a form that will be evaluated to a string at macro expansion
  21. time. For instance, if FLAG is '--invert-match' the function name
  22. will be 'rg-custom-toggle-flag-invert-match. If the flag contains a
  23. value that will be excluded from the function name.
  24. Optional KEY is a key binding that is added to `rg-mode-map'. If the
  25. optional DEFAULT parameter is non nil the flag will be enabled by default.
  26. \(fn FLAG &optional KEY DEFAULT)" nil t)
  27. (autoload 'rg-enable-default-bindings "rg" "\
  28. Enable the global `rg' default key bindings under PREFIX key.
  29. If prefix is not supplied `rg-keymap-prefix' is used.
  30. \(fn &optional PREFIX)" t nil)
  31. (autoload 'rg-use-old-defaults "rg" "\
  32. Restore default settings pre version 2.0.0." nil nil)
  33. (autoload 'rg-define-search "rg" "\
  34. Define an rg search functions named NAME.
  35. ARGS is a search specification that defines parameters of a search.
  36. It optionally starts with a string that is used as the docstring for
  37. the defined function. The rest of ARGS contains key value pairs
  38. according to the specification below. All keys are optional with
  39. specified default if left out.
  40. :query Method for retrieving the search string. Allowed values
  41. are `point' which means extract thing at point and `ask'
  42. which means prompt the user for a string. Any form that
  43. evaluates to a string is allowed.
  44. Default is `ask'.
  45. :format Specifies if :query is interpreted literally (`literal')
  46. or as a regexp (`regexp'). If it is a form, eg.
  47. (not `current-prefix-arg'), and is non-nil the :query is
  48. interpreted literally, otherwise as a regexp.
  49. Default is `regexp'.
  50. :files Form that evaluates to a file alias or custom file glob.
  51. `current' means extract alias from current buffer file name,
  52. `ask' will prompt the user.
  53. Default is `ask'.
  54. :dir Root search directory. Allowed values are `ask' for user
  55. prompt, `current' for current dir and `project' for project
  56. root. Any form that evaluates to a directory string is
  57. also allowed.
  58. Default is `ask'.
  59. :confirm `never', `always', or `prefix' are allowed values. Specifies
  60. if the the final search command line string can be modified
  61. and confirmed the user.
  62. Default is `never'.
  63. :flags `ask' or a list of command line flags that will be used when
  64. invoking the search.
  65. :menu Bind the command into `rg-menu'. Must be a list with three
  66. items in it. The first item is the description of the
  67. group in witch the new command will appear. If the group
  68. does not exist a new will be created. The second item is
  69. the key binding for this new command (ether a key vector
  70. or a key description string) and the third item is the
  71. description of the command that will appear in the menu.
  72. Example:
  73. \(rg-define-search search-home-dir-in-elisp
  74. \"Doc string.\"
  75. :query ask
  76. :format literal
  77. :files \"elisp\"
  78. :dir (getenv \"HOME\"))
  79. :menu (\"Custom\" \"H\" \"Home dir\")
  80. \(fn NAME &rest ARGS)" nil t)
  81. (function-put 'rg-define-search 'lisp-indent-function 'defun)
  82. (autoload 'rg-project "rg.el" "" t)
  83. (autoload 'rg-dwim-project-dir "rg.el" "" t)
  84. (autoload 'rg-dwim-current-dir "rg.el" "" t)
  85. (autoload 'rg-dwim-current-file "rg.el" "" t)
  86. (autoload 'rg-dwim "rg" "\
  87. Run ripgrep without user interaction figuring out the intention by magic(!).
  88. The default magic searches for thing at point in files matching
  89. current file under project root directory.
  90. With \\[universal-argument] prefix (CURDIR), search is done in
  91. current dir instead of project root.
  92. With repeated \\[universal-argument] prefix, search is done in
  93. the current dir and using the current variable `buffer-file-name'
  94. as a pattern. Subdirectories are still searched, so different
  95. files with the same name pattern still will be searched.
  96. \(fn &optional CURDIR)" t nil)
  97. (autoload 'rg-literal "rg.el" "" t)
  98. (autoload 'rg "rg.el" "" t)
  99. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "rg" '("kill-rg" "rg-")))
  100. ;;;***
  101. ;;;### (autoloads nil "rg-header" "rg-header.el" (0 0 0 0))
  102. ;;; Generated autoloads from rg-header.el
  103. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "rg-header" '("rg-")))
  104. ;;;***
  105. ;;;### (autoloads nil "rg-history" "rg-history.el" (0 0 0 0))
  106. ;;; Generated autoloads from rg-history.el
  107. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "rg-history" '("rg-history-")))
  108. ;;;***
  109. ;;;### (autoloads nil "rg-ibuffer" "rg-ibuffer.el" (0 0 0 0))
  110. ;;; Generated autoloads from rg-ibuffer.el
  111. (autoload 'rg-list-searches "rg-ibuffer" "\
  112. List all `rg-mode' buffers in `ibuffer'." t nil)
  113. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "rg-ibuffer" '("rg-")))
  114. ;;;***
  115. ;;;### (autoloads nil "rg-isearch" "rg-isearch.el" (0 0 0 0))
  116. ;;; Generated autoloads from rg-isearch.el
  117. (autoload 'rg-isearch-current-file "rg-isearch.el" "" t)
  118. (autoload 'rg-isearch-current-dir "rg-isearch.el" "" t)
  119. (autoload 'rg-isearch-project "rg-isearch.el" "" t)
  120. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "rg-isearch" '("rg-get-isearch-string")))
  121. ;;;***
  122. ;;;### (autoloads nil "rg-menu" "rg-menu.el" (0 0 0 0))
  123. ;;; Generated autoloads from rg-menu.el
  124. (autoload 'rg-menu "rg-menu.el" "" t)
  125. (autoload 'rg-enable-menu "rg-menu" "\
  126. Bind `rg-menu' to PREFIX key.
  127. If prefix is not supplied `rg-keymap-prefix' is used.
  128. \(fn &optional PREFIX)" t nil)
  129. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "rg-menu" '("rg-menu-")))
  130. ;;;***
  131. ;;;### (autoloads nil "rg-result" "rg-result.el" (0 0 0 0))
  132. ;;; Generated autoloads from rg-result.el
  133. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "rg-result" '("rg-")))
  134. ;;;***
  135. ;;;### (autoloads nil "wgrep-rg" "wgrep-rg.el" (0 0 0 0))
  136. ;;; Generated autoloads from wgrep-rg.el
  137. (autoload 'wgrep-rg-setup "wgrep-rg" "\
  138. Setup wgrep rg support." nil nil)
  139. (add-hook 'rg-mode-hook 'wgrep-rg-setup)
  140. (if (fboundp 'register-definition-prefixes) (register-definition-prefixes "wgrep-rg" '("wgrep-rg-")))
  141. ;;;***
  142. ;;;### (autoloads nil nil ("rg-info-hack.el" "rg-pkg.el") (0 0 0
  143. ;;;;;; 0))
  144. ;;;***
  145. ;; Local Variables:
  146. ;; version-control: never
  147. ;; no-byte-compile: t
  148. ;; no-update-autoloads: t
  149. ;; coding: utf-8
  150. ;; End:
  151. ;;; rg-autoloads.el ends here