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Diffstat (limited to 'x-symbol/lisp/x-symbol-autoloads.el')
| -rw-r--r-- | x-symbol/lisp/x-symbol-autoloads.el | 381 |
1 files changed, 0 insertions, 381 deletions
diff --git a/x-symbol/lisp/x-symbol-autoloads.el b/x-symbol/lisp/x-symbol-autoloads.el deleted file mode 100644 index cdd29e1a..00000000 --- a/x-symbol/lisp/x-symbol-autoloads.el +++ /dev/null @@ -1,381 +0,0 @@ -;;; DO NOT MODIFY THIS FILE -(if (featurep 'x-symbol-autoloads) (error "Already loaded")) - -;;;### (autoloads nil "_pkg" "lisp/_pkg.el") - -(if (fboundp 'package-provide) (package-provide 'x-symbol :version 4.51 :type 'regular)) - -;;;*** - -;;;### (autoloads (x-symbol-initialize x-symbol-register-language x-symbol-fontify turn-on-x-symbol-conditionally x-symbol-mode x-symbol-key-autoload x-symbol-auto-mode-suffixes) "x-symbol-hooks" "lisp/x-symbol-hooks.el") - -(autoload 'x-symbol-auto-mode-suffixes "x-symbol-hooks" "\ -Return REGEXPs of three-value elements in `auto-mode-alist'. -These REGEXPs are added to SUFFIXES." nil nil) - -(autoload 'x-symbol-key-autoload "x-symbol-hooks" "\ -Initialize package x-symbol and use the keys for this command again. -Package x-symbol and the functions in `x-symbol-load-hook' should -re-bind all key-sequence which invoke this command. You should provide -a prefix argument ARG to this command if `x-symbol-auto-key-autoload' is -nil." t nil) - -(defalias 'x-symbol-map-autoload 'x-symbol-key-autoload) - -(autoload 'x-symbol-mode "x-symbol-hooks" "\ -Toggle X-Symbol mode. -Toggle X-Symbol mode. If provided with a prefix argument, turn X-Symbol -mode on if the numeric value of the argument is positive, else turn it -off. If no token language can be deduced, ask for a token language; if -provided with a non-numeric prefix argument, always ask. - -By default, X-Symbol mode is disabled in special major-modes visiting a -file, e.g., `vm-mode'. Use a prefix argument to be asked whether to -turn in on anyway. - -When not already defined, various buffer-local variables are set when -turning on X-Symbol. See `x-symbol-auto-style-alist' and the language -access `x-symbol-LANG-modes'. - -Turning X-Symbol mode on requires a valid `x-symbol-language' and also -decodes tokens if the mode was turned off before, see -\\[x-symbol-decode-recode]. Turning X-Symbol mode off also encodes -x-symbol characters if the mode was turned on before, see -\\[x-symbol-encode-recode]. If optional argument SPECIAL has value -`init', the old mode status is assumed to be off." t nil) - -(autoload 'turn-on-x-symbol-conditionally "x-symbol-hooks" "\ -Turn on x-symbol mode conditionally, see `x-symbol-mode'. -Call `x-symbol-mode' with SPECIAL having value `init'." nil nil) - -(autoload 'x-symbol-fontify "x-symbol-hooks" "\ -Re-fontify region between BEG and END." t nil) - -(autoload 'x-symbol-register-language "x-symbol-hooks" "\ -Register token language LANGUAGE. -FEATURE is a feature which `provide's LANGUAGE. MODES are major modes -which typically use LANGUAGE. Using LANGUAGE's accesses will initialize -LANGUAGE, see `x-symbol-language-value'." nil nil) - -(autoload 'x-symbol-initialize "x-symbol-hooks" "\ -Initialize package X-Symbol. -See variable `x-symbol-initialize' and function `x-symbol-after-init'. -Also allocate colormap, see `x-symbol-image-colormap-allocation'. -Unless optional argument ARG is non-nil, do not initialize package -X-Symbol twice." t nil) - -;;;*** - -;;;### (autoloads (x-symbol-image-editor x-symbol-image-delete-extents x-symbol-image-after-change-function x-symbol-image-parse-buffer) "x-symbol-image" "lisp/x-symbol-image.el") - -(autoload 'x-symbol-image-parse-buffer "x-symbol-image" "\ -*Parse buffer to find image insertion commands. -Parse buffer to display glyphs at the end of image insertion commands. -Image files are converted to \"image cache files\" with images not -bigger than `x-symbol-image-max-width' and `x-symbol-image-max-height' -having a image format XEmacs understands. The conversion is done by a -program determined by `x-symbol-image-converter', currently you need -\"convert\" from ImageMagick. To make this conversion fast, we use -asynchronous processes and two cache hierarchies: - - * Memory cache (`x-symbol-image-memory-cache'): buffer-local alist - FILE.eps -> GLYPH, see also `x-symbol-image-use-remote'. - * File cache: the image cache file, mentioned above, are kept, see also - `x-symbol-image-update-cache', which is shadowed by a non-nil - UPDATE-CACHE and `x-symbol-image-cache-directories'. - -When the mouse is over an image insertion command, it is highlighted. -button2 starts an image editor, see `x-symbol-image-editor-alist'. -button3 pops up a menu, see `x-symbol-image-menu'. - -The image insertion commands are recognized by keywords in the language -access `x-symbol-LANG-image-keywords' whose value have the form - (IMAGE-REGEXP KEYWORD ...) -IMAGE-REGEXP should match all images files and is used to initialize the -buffer local memory cache, see `x-symbol-image-init-memory-cache'. - -Each KEYWORD looks like (REGEXP [FUNCTION] ARG...). Image insertion -commands matched by REGEXP are highlighted. FUNCTION, which defaults to -`x-symbol-image-default-file-name', is called with ARGs to get the file -name of the corresponding image file. If FUNCTION returns nil, the -command is not highlighted. - -Relative image file names are expanded in the directory returned by the -function in the language access `x-symbol-LANG-master-directory', value -nil means function `default-directory'. Implicitly relative image file -names are searched in a search path, see `x-symbol-image-use-remote'." t nil) - -(autoload 'x-symbol-image-after-change-function "x-symbol-image" "\ -Function in `after-change-functions' for image insertion commands." nil nil) - -(autoload 'x-symbol-image-delete-extents "x-symbol-image" "\ -Delete x-symbol image extents covering text between BEG and END. -See also `x-symbol-image-buffer-extents'." nil nil) - -(autoload 'x-symbol-image-editor "x-symbol-image" "\ -Start image editor for the image file FILE used in BUFFER. -If BUFFER is nil, just return string describing the command. See -`x-symbol-image-editor-alist' and `x-symbol-image-current-marker'." t nil) - -;;;*** - -;;;### (autoloads (x-symbol-tex-auto-coding-alist) "x-symbol-tex" "lisp/x-symbol-tex.el") - -(autoload 'x-symbol-tex-auto-coding-alist "x-symbol-tex" "\ -Find encoding in file `x-symbol-tex-coding-master'. -For ALIST and LIMIT, see `x-symbol-auto-coding-alist'." nil nil) - -;;;*** - -;;;### (autoloads (x-symbol-variable-interactive) "x-symbol-vars" "lisp/x-symbol-vars.el") - -(autoload 'x-symbol-variable-interactive "x-symbol-vars" "\ -Provide interactive specification for `set-variable'. -VAR's options has been defined with `x-symbol-define-user-options'." nil nil) - -;;;*** - -;;;### (autoloads (x-symbol-init-input x-symbol-rotate-key x-symbol-modify-key x-symbol-grid x-symbol-read-language x-symbol-init-language-interactive x-symbol-mode-internal x-symbol-auto-8bit-search x-symbol-auto-coding-alist x-symbol-unalias x-symbol-encode x-symbol-encode-recode x-symbol-decode x-symbol-decode-recode x-symbol-encode-all x-symbol-encode-string x-symbol-decode-single-token x-symbol-decode-all x-symbol-decode-region x-symbol-package-reply-to-report x-symbol-package-bug x-symbol-package-info x-symbol-package-web x-symbol-translate-to-ascii) "x-symbol" "lisp/x-symbol.el") - -(autoload 'x-symbol-translate-to-ascii "x-symbol" "\ -Translate STRING to an ascii string. -Non-ascii characters in STRING are converted to charsyms. Their ascii -representation is determined by: - - * If CHARSYM is a key in `x-symbol-charsym-ascii-alist', use its ASCII. - * Charsym is defined in the table to have an ascii representation, see - ASCII in `x-symbol-init-cset'. - * Compute ascii representation according to the CHARSYM's GROUP, - SUBGROUP and `x-symbol-charsym-ascii-groups'. - * Use \"\" otherwise." nil nil) - -(autoload 'x-symbol-package-web "x-symbol" "\ -Ask a WWW browser to load URL `x-symbol-package-url'." t nil) - -(autoload 'x-symbol-package-info "x-symbol" "\ -Read documentation for package X-Symbol in the info system." t nil) - -(autoload 'x-symbol-package-bug "x-symbol" "\ -Send a bug/problem report to the maintainer of package X-Symbol. -Please try to contact person in `x-symbol-installer-address' first. -Normal reports are sent without prefix argument ARG. - -If you are sure that the problem cannot be solved locally, e.g., by -contacting the person who has installed package X-Symbol, use prefix -argument 2 to send the message to `x-symbol-maintainer-address'. - -If your message has nothing to do with a problem or a bug, use prefix 9 -to send a short message to `x-symbol-maintainer-address'." t nil) - -(autoload 'x-symbol-package-reply-to-report "x-symbol" "\ -Reply to a bug/problem report not using \\[x-symbol-package-bug]." t nil) - -(autoload 'x-symbol-decode-region "x-symbol" "\ -Decode all tokens between BEG and END. -Make sure that X-Symbol characters are correctly displayed under -XEmacs/no-Mule even when font-lock is disabled." nil nil) - -(autoload 'x-symbol-decode-all "x-symbol" "\ -Decode all tokens in buffer to characters. -Use executables for decoding if buffer is larger than EXEC-THRESHOLD -which defaults to `x-symbol-exec-threshold'. Before decoding, decode -8bit characters in CODING which defaults to `x-symbol-coding'." nil nil) - -(autoload 'x-symbol-decode-single-token "x-symbol" nil nil nil) - -(autoload 'x-symbol-encode-string "x-symbol" nil nil nil) - -(autoload 'x-symbol-encode-all "x-symbol" "\ -Encode all characters in buffer to tokens. -Use executables for decoding if buffer is larger than EXEC-THRESHOLD -which defaults to `x-symbol-exec-threshold'. If CODING is non-nil, do -not encode 8bit characters in CODING. Otherwise, do not encode 8bit -characters in `x-symbol-coding' or `x-symbol-default-coding' if -`x-symbol-8bits' is non-nil. If BUFFER is non-nil, copy contexts -between START and END to BUFFER, make BUFFER current and do conversion -there. If BUFFER is non-nil, START and END must be buffer positions or -START is a string, see kludgy feature of `write-region'." nil nil) - -(autoload 'x-symbol-decode-recode "x-symbol" "\ -Decode all tokens in active region or buffer to characters. -If called interactively and if the region is active, BEG and END are the -boundaries of the region. BEG and END default to the buffer boundaries. -8bit characters are treated according to `x-symbol-coding'. See also -commands `x-symbol-encode' and `x-symbol-mode'. - -Note that in most token languages, different tokens might be decoded to -the same character, e.g., \\neq and \\ne in `tex', Ä and Ä -in `sgml', see `x-symbol-unique'!" t nil) - -(autoload 'x-symbol-decode "x-symbol" "\ -Decode all tokens in active region or buffer to characters. -As opposed to `x-symbol-decode-recode', this function performs no -recoding, i.e., `x-symbol-coding' is considered to have the value of -`x-symbol-default-coding'." t nil) - -(autoload 'x-symbol-encode-recode "x-symbol" "\ -Encode all characters in active region or buffer to tokens. -If called interactively and if the region is active, BEG and END are the -boundaries of the region. BEG and END default to the buffer boundaries. -Variables `x-symbol-8bits' and `x-symbol-coding' determine whether to -encode 8bit characters. See also commands `x-symbol-decode' and -`x-symbol-mode'." t nil) - -(autoload 'x-symbol-encode "x-symbol" "\ -Encode all characters in active region or buffer to tokens. -As opposed to `x-symbol-encode-recode', this function performs no -recoding, i.e., `x-symbol-coding' is considered to have the value of -`x-symbol-default-coding'. Additionally, `x-symbol-8bits' is assumed to -be nil if `x-symbol-coding' is not nil or not having the same value as -`x-symbol-default-coding'." t nil) - -(autoload 'x-symbol-unalias "x-symbol" "\ -Resolve all character aliases in active region or buffer. -A char alias is a character which is also a character in a font with -another registry, e.g., `adiaeresis' is defined in all supported latin -fonts. XEmacs distinguish between these four characters. In package -x-symbol, one of them, with `x-symbol-default-coding' if possible, is -supported by the input methods, the other ones are char aliases to the -supported one. The character and all the aliases are represented by the -same charsym. The info in the minibuffer displays char aliases, you can -resolve a single character before point with \\[x-symbol-modify-key]. - -8bit characters in files with a file coding `x-symbol-coding' other than -`x-symbol-default-coding' are converted to the \"normal\" form. E.g., -if you have a latin-1 font by default, the `adiaeresis' in a latin-2 -encoded file is a latin-1 `adiaeresis' in the buffer. When saving the -buffer, its is again the right 8bit character in the latin-2 encoded -file. Seven positions in latin-3 fonts are not used, the corresponding -8bit bytes in latin-3 encoded files are not changed. - -In normal cases, buffers do not have char aliases: with Mule support, -this is only possible if you copy characters from buffers with -characters considered as char aliases by package x-symbol, e.g., from -the Mule file \"european.el\". Without Mule support, this is only -possible if you use commands like `\\[universal-argument] 2 3 4'. - -The reason why package x-symbol does not support all versions of -`adiaeresis'es: - * It is confusing to the user to choose among four similar characters. - * These four versions are not distinguished in Unicode. - * There are not different tokens for them, neither in the token - language \"TeX macro\", nor \"SGML entity\"." t nil) - -(autoload 'x-symbol-auto-coding-alist "x-symbol" "\ -Return first match for ALIST in buffer limited by LIMIT. -Each element in ALIST looks like - (REGEXP . RESULT) or (REGEXP MATCH (KEY . RESULT)...) - -Search forward from the start of the buffer for a match with REGEXP. -With the first form, return RESULT. With the second form, return RESULT -where KEY is equal to the MATCH'th regexp group of the match." nil nil) - -(autoload 'x-symbol-auto-8bit-search "x-symbol" nil nil nil) - -(autoload 'x-symbol-mode-internal "x-symbol" "\ -Setup X-Symbol mode according to buffer-local variables. -If CONVERSION is non-nil, do conversion with EXEC-THRESHOLD. See -command `x-symbol-mode' for details." nil nil) - -(autoload 'x-symbol-init-language-interactive "x-symbol" "\ -Initialize token language LANGUAGE. -See `x-symbol-init-language'." t nil) - -(autoload 'x-symbol-read-language "x-symbol" "\ -Read token language in the minibuffer with completion. -Use PROMPT in minibuffer. If the inserted string is empty, use DEFAULT -as return value. If PREDICATE non-nil, only match languages if -PREDICATE with argument (NAME . LANGUAGE) returns non-nil." nil nil) - -(autoload 'x-symbol-grid "x-symbol" "\ -Displays characters in a grid-like fashion for mouse selection. -Display global or language dependent grid, see `x-symbol-local-grid'. -See `x-symbol-list-mode' for key and mouse bindings. Without optional -argument ARG and non-nil `x-symbol-grid-reuse', just popup old grid -buffer if it already exists, but is not displayed. Store window -configuration current before the invocation if `x-symbol-temp-grid' is -non-nil, see `x-symbol-list-restore'." t nil) - -(autoload 'x-symbol-modify-key "x-symbol" "\ -Modify key for input method CONTEXT. -If character before point is a char alias, resolve alias, see -\\[x-symbol-unalias]. If character before point is a character -supported by package x-symbol, replace it by the next valid character in -the modify-to chain. - -Otherwise replace longest context before point by a character which -looks similar to it. See also \\[x-symbol-rotate-key] and -`x-symbol-electric-input'. If called interactively and if the region is -active, restrict context to the region between BEG and END." t nil) - -(autoload 'x-symbol-rotate-key "x-symbol" "\ -Rotate key for input method CONTEXT. -If character before point is a char alias, resolve alias, see -\\[x-symbol-unalias]. If character before point is a character -supported by package x-symbol, replace it by the next valid character in -the rotate-to chain. With optional prefix argument ARG, the -\"direction\" of the new character should be according to ARG and -`x-symbol-rotate-prefix-alist'. - -Otherwise replace longest context before point by a character which -looks similar to it, assuming an additional context suffix -`x-symbol-rotate-suffix-char'. See also \\[x-symbol-modify-key] and -`x-symbol-electric-input'. If called interactively and if the region is -active, restrict context to the region between BEG and END." t nil) - -(autoload 'x-symbol-init-input "x-symbol" "\ -Initialize all input methods for all charsyms defined so far. -Run `x-symbol-after-init-input-hook' afterwards. This function should -be called if new charsyms have been added, but not too often since it -takes some time to complete. Input methods TOKEN and READ-TOKEN are -defined with `x-symbol-init-language'. - -As explained in the docstring of `x-symbol-init-cset', charsyms are -defined with \"character descriptions\" which consist of different -\"aspects\" and \"contexts\", which can also be inherited from a -\"parent\" character. All characters which are connected with parents, -form a \"component\". Aspects and contexts are used to determine the -Modify-to and Rotate-to chain for characters, the contexts for input -method CONTEXT and ELECTRIC, the key bindings, and the position in the -MENU and the GRID. - -If a table entry of a charsym does not define its own contexts, they are -the same as the contexts of the charsym in an earlier position in the -\"modify chain\" (see below), or the contexts of the first charsym with -defined contexts in the modify chain. The modify context of a charsym -is the first context. - -Characters in the same component whose aspects only differ by their -\"direction\" (east,...), a key in `x-symbol-rotate-aspects-alist', are -circularly connected by \"rotate-to\". The sequence in the \"rotate -chain\" is determined by rotate scores depending on the values in the -rotate aspects. Charsyms with the same \"rotate-aspects\" are not -connected (charsyms with the smallest modify scores are preferred). - -Characters in the same components whose aspects only differ by their -\"size\" (big,...), \"shape\" (round, square,...) and/or \"shift\" (up, -down,...), keys in `x-symbol-modify-aspects-alist', are circularly -connected by \"modify-to\", if all their modify contexts are used -exclusively, i.e., no other modify chain uses any of them. The sequence -in the \"modify chain\" is determined by modify scores depending on the -values in the modify aspects and the charsym score. - -Otherwise, the \"modify chain\" is divided into modify subchains, which -are those charsyms sharing the same modify context. All modify -subchains using the same modify context, build a \"horizontal chain\" -whose charsyms are circularly connected by \"modify-to\". - -We build a \"key chain\" for all contexts (not just modify contexts), -consisting of all charsyms (sorted according to modify scores) having -the context. Input method CONTEXT modifies the context to the first -charsym in the \"key chain\". - -If there is only one charsym in the key chain, `x-symbol-compose-key' -plus the context inserts the charsym. Otherwise, we use a digit (1..9, -0) as a suffix for each charsym in the key chain. -`x-symbol-compose-key' plus the context plus the optional suffix inserts -the charsym." nil nil) - -;;;*** - -(provide 'x-symbol-autoloads) |