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FORMS are the expressions to be threaded.\n\n(fn FIRST\\=\\? &rest FORMS)"]) . #1=(nil)) (defalias 'thread-first '(macro . #[128 "\300\301BB\207" [internal--thread-argument t] 4 "Thread FORMS elements as the first argument of their successor.\nExample:\n    (thread-first\n      5\n      (+ 20)\n      (/ 25)\n      -\n      (+ 40))\nIs equivalent to:\n    (+ (- (/ (+ 5 20) 25)) 40)\nNote how the single `-' got converted into a list before\nthreading.\n\n(fn &rest FORMS)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put thread-first lisp-indent-function 0 put edebug-form-spec (form &rest [&or symbolp (sexp &rest form)])] 5) (defalias 'thread-last '(macro . #[128 "\300\301BB\207" [internal--thread-argument nil] 4 "Thread FORMS elements as the last argument of their successor.\nExample:\n    (thread-last\n      5\n      (+ 20)\n      (/ 25)\n      -\n      (+ 40))\nIs equivalent to:\n    (+ 40 (- (/ 25 (+ 20 5))))\nNote how the single `-' got converted into a list before\nthreading.\n\n(fn &rest FORMS)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put thread-last lisp-indent-function 0 put edebug-form-spec thread-first] 5) (defalias 'internal--listify #[257 "\2119\203	\211D\207\211A\204\300\301!@D\207\207" [make-symbol "s"] 3 "Wrap ELT in a list if it is not one.\nIf ELT is of the form ((EXPR)), listify (EXPR) with a dummy symbol.\n\n(fn ELT)"] . #2=(nil)) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put internal--listify speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'internal--check-binding #[257 "\211G\300V\203\301\302\303B\"\210\207" [2 signal error "`let' bindings can have only one value-form"] 5 "Check BINDING is properly formed.\n\n(fn BINDING)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put internal--check-binding speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'internal--build-binding-value-form #[514 "@\211\300A@ED\207" [and] 7 "Build the conditional value form for BINDING using PREV-VAR.\n\n(fn BINDING PREV-VAR)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put internal--build-binding-value-form speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'if-let* '(macro . #[642 "\203\300\301!\211\262\302\303!@@BBBE\207\300\304E\207" [let* internal--build-bindings if last nil] 9 "Bind variables according to VARLIST and evaluate THEN or ELSE.\nThis is like `if-let' but doesn't handle a VARLIST of the form\n(SYMBOL SOMETHING) specially.\n\n(fn VARLIST THEN &rest ELSE)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put if-let* lisp-indent-function 2 put edebug-form-spec ((&rest [&or symbolp (symbolp form) (form)]) body)] 5) (defalias 'when-let* '(macro . #[385 "\300\301!E\207" [if-let* macroexp-progn] 6 "Bind variables according to VARLIST and conditionally evaluate BODY.\nThis is like `when-let' but doesn't handle a VARLIST of the form\n(SYMBOL SOMETHING) specially.\n\n(fn VARLIST &rest BODY)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put when-let* lisp-indent-function 1 put edebug-form-spec if-let*] 5) (defalias 'and-let* '(macro . #[385 "\300\203 \301\302!\211\262\303\304!@@\211\262\206CBBE\207\301\300\206'\305BB\207" [nil let* internal--build-bindings when last (t)] 8 "Bind variables according to VARLIST and conditionally evaluate BODY.\nLike `when-let*', except if BODY is empty and all the bindings\nare non-nil, then the result is non-nil.\n\n(fn VARLIST &rest BODY)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put and-let* lisp-indent-function 1 put edebug-form-spec if-let*] 5) (defalias 'if-let '(macro . #[642 "G\300X\203@<\204C\262\301\302!F\207" [2 if-let* macroexp-progn] 8 "Bind variables according to SPEC and evaluate THEN or ELSE.\nEvaluate each binding in turn, as in `let*', stopping if a\nbinding value is nil.  If all are non-nil return the value of\nTHEN, otherwise the last form in ELSE.\n\nEach element of SPEC is a list (SYMBOL VALUEFORM) that binds\nSYMBOL to the value of VALUEFORM.  An element can additionally be\nof the form (VALUEFORM), which is evaluated and checked for nil;\ni.e. SYMBOL can be omitted if only the test result is of\ninterest.  It can also be of the form SYMBOL, then the binding of\nSYMBOL is checked for nil.\n\nAs a special case, interprets a SPEC of the form (SYMBOL SOMETHING)\nlike ((SYMBOL SOMETHING)).  This exists for backward compatibility\nwith an old syntax that accepted only one binding.\n\n(fn SPEC THEN &rest ELSE)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put if-let lisp-indent-function 2 put edebug-form-spec ([&or (symbolp form) (&rest [&or symbolp (symbolp form) (form)])] body)] 5) (defalias 'when-let '(macro . #[385 "\300\301!E\207" [if-let macroexp-progn] 6 "Bind variables according to SPEC and conditionally evaluate BODY.\nEvaluate each binding in turn, stopping if a binding value is nil.\nIf all are non-nil, return the value of the last form in BODY.\n\nThe variable list SPEC is the same as in `if-let'.\n\n(fn SPEC &rest BODY)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put when-let lisp-indent-function 1 put edebug-form-spec if-let] 5) (defalias 'hash-table-empty-p #[257 "\300!\301U\207" [hash-table-count 0] 3 "Check whether HASH-TABLE is empty (has 0 elements).\n\n(fn HASH-TABLE)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put hash-table-empty-p speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'hash-table-keys #[257 "\300C\301\302\303\"\"\210\211\242\237\207" [nil maphash make-closure #[514 "\300\300\242B\240\207" [V0] 5 "\n\n(fn K --CL-VAR--)"]] 6 "Return a list of keys in HASH-TABLE.\n\n(fn HASH-TABLE)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put hash-table-keys speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'hash-table-values #[257 "\300C\301\302\303\"\"\210\211\242\237\207" [nil maphash make-closure #[514 "\300\300\242B\240\207" [V0] 5 "\n\n(fn --CL-VAR-- V)"]] 6 "Return a list of values in HASH-TABLE.\n\n(fn HASH-TABLE)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put hash-table-values speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'string-empty-p #[257 "\211\300\230\207" [""] 3 "Check whether STRING is empty.\n\n(fn STRING)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put string-empty-p speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'string-join #[513 "\300\301#\207" [mapconcat identity] 6 "Join all STRINGS using SEPARATOR.\n\n(fn STRINGS &optional SEPARATOR)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\210\307\310\311\312#\210\313\310\311\314#\207" [function-put string-join speed -1 put byte-optimizer byte-compile-inline-expand defalias string-reverse reverse nil make-obsolete "25.1"] 5) (defalias 'string-blank-p #[257 "\301\302\303\304#)\207" [inhibit-changing-match-data "\\`[ 	\n
]*\\'" nil t string-match] 8 "Check whether STRING is either empty or only whitespace.\nThe following characters count as whitespace here: space, tab, newline and\ncarriage return.\n\n(fn STRING)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put string-blank-p speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'string-remove-prefix #[514 "\300\"\203
\211G\301O\207\207" [string-prefix-p nil] 5 "Remove PREFIX from STRING if present.\n\n(fn PREFIX STRING)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put string-remove-prefix speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'string-remove-suffix #[514 "\300\"\203\211\301GGZO\207\207" [string-suffix-p 0] 6 "Remove SUFFIX from STRING if present.\n\n(fn SUFFIX STRING)"] . #2#) (byte-code "\300\301\302\303#\304\301\305\306#\207" [function-put string-remove-suffix speed -1 put byte-optimizer byte-compile-inline-expand] 5) (defalias 'named-let '(macro . #[642 "\300\301!\210\302\303\"\302\304\"\305\306BBC\307DEBB\207" [require cl-lib mapcar #[257 "\211:\203\211@\207\207" #3=[] 2 "\n\n(fn B)"] #[257 "\211:\205\211A@\207" #3# 2 "\n\n(fn B)"] funcall cl-labels function] 10 "Looping construct taken from Scheme.\nLike `let', bind variables in BINDINGS and then evaluate BODY,\nbut with the twist that BODY can evaluate itself recursively by\ncalling NAME, where the arguments passed to NAME are used\nas the new values of the bound variables in the recursive invocation.\n\n(fn NAME BINDINGS &rest BODY)"]) . #1#) (byte-code "\300\301\302\303#\304\301\305\306#\210\307\310!\207" [function-put named-let lisp-indent-function 2 put edebug-form-spec (symbolp (&rest (symbolp form)) body) provide subr-x] 5)]W[apply gethash cl--generic-eql-used 3 nil cl--generic-cache-miss 0 1 2 append #2=#[385 "\242\300=\205	A\207" [eql] 4 #1="\n\n(fn TAG &rest _)"] #3=#[385 "\300\207" [(t)] 3 #1#] puthash make-hash-table :test eql make-closure #[642 "\305\306\f\"\303\306\"\206(\307\300\310\301\302\311\312\306\f\f\"!\313\314!\"%\315#\210\211\262\266\202$\207" [V0 V1 V2 V3 cl--generic-eql-used apply gethash cl--generic-cache-miss 1 append #2# #3# nil puthash] 16 "\n\n(fn ARG0 ARG &rest ARGS)"] internal--thread-argument t make-symbol "s" signal error "`let' bindings can have only one value-form" and internal--build-binding mapcar #[257 "\301\300\242\"\300@\240\210\207" [V0 internal--build-binding] 4 "\n\n(fn BINDING)"] let* internal--build-bindings if last if-let* macroexp-progn (t) when if-let hash-table-count maphash #[514 "\300\300\242B\240\207" [V0] 5 "\n\n(fn K --CL-VAR--)"] #[514 "\300\300\242B\240\207" [V0] 5 "\n\n(fn --CL-VAR-- V)"] "" mapconcat identity "..." "\\`[ 	\n
]*\\'" inhibit-changing-match-data string-match string-prefix-p string-suffix-p string-trim replace-regexp-in-string "[[:blank:]
\n]+" " " buffer-name kill-buffer generate-new-buffer " *temp*" #[0 "\301\300!\205	\302\300!\207" [V0 buffer-name kill-buffer] 2] adaptive-fill-mode fill-column fill-region buffer-string natnump encode-coding-char concat -1 wrong-type-argument split-string "\n" make-string 32 bufferp replace-buffer-contents require cl-lib funcall cl-labels function (function (t t &rest t) t) (function (t t t) t) (function (t &rest t) t) (function (&rest t) cons) (function (t) list) (function (t) t) (function (t t) cons) (function (t t &rest t) cons) (function (t &rest t) cons) (function (t) boolean) (function (t t) t) (function (t &optional t) t) (function (t t) string) (function (t t &optional t t) t) (function nil t) (function (t t t &optional t t) t) consp listp]�["\n\n(fn ARG0 ARG &rest ARGS)" "\n\n(fn GENERIC DISPATCHES-LEFT METHODS)" "Internal implementation for `thread-first' and `thread-last'.\nWhen Argument FIRST? is non-nil argument is threaded first, else\nlast.  FORMS are the expressions to be threaded.\n\n(fn FIRST\\=\\? &rest FORMS)" "Thread FORMS elements as the first argument of their successor.\nExample:\n    (thread-first\n      5\n      (+ 20)\n      (/ 25)\n      -\n      (+ 40))\nIs equivalent to:\n    (+ (- (/ (+ 5 20) 25)) 40)\nNote how the single `-' got converted into a list before\nthreading.\n\n(fn &rest FORMS)" "Thread FORMS elements as the last argument of their successor.\nExample:\n    (thread-last\n      5\n      (+ 20)\n      (/ 25)\n      -\n      (+ 40))\nIs equivalent to:\n    (+ 40 (- (/ 25 (+ 20 5))))\nNote how the single `-' got converted into a list before\nthreading.\n\n(fn &rest FORMS)" "Wrap ELT in a list if it is not one.\nIf ELT is of the form ((EXPR)), listify (EXPR) with a dummy symbol.\n\n(fn ELT)" "Check BINDING is properly formed.\n\n(fn BINDING)" "Build the conditional value form for BINDING using PREV-VAR.\n\n(fn BINDING PREV-VAR)" "\n\n(fn BINDING)" "Bind variables according to VARLIST and evaluate THEN or ELSE.\nThis is like `if-let' but doesn't handle a VARLIST of the form\n(SYMBOL SOMETHING) specially.\n\n(fn VARLIST THEN &rest ELSE)" "Bind variables according to VARLIST and conditionally evaluate BODY.\nThis is like `when-let' but doesn't handle a VARLIST of the form\n(SYMBOL SOMETHING) specially.\n\n(fn VARLIST &rest BODY)" "Bind variables according to VARLIST and conditionally evaluate BODY.\nLike `when-let*', except if BODY is empty and all the bindings\nare non-nil, then the result is non-nil.\n\n(fn VARLIST &rest BODY)" "Bind variables according to SPEC and evaluate THEN or ELSE.\nEvaluate each binding in turn, as in `let*', stopping if a\nbinding value is nil.  If all are non-nil return the value of\nTHEN, otherwise the last form in ELSE.\n\nEach element of SPEC is a list (SYMBOL VALUEFORM) that binds\nSYMBOL to the value of VALUEFORM.  An element can additionally be\nof the form (VALUEFORM), which is evaluated and checked for nil;\ni.e. SYMBOL can be omitted if only the test result is of\ninterest.  It can also be of the form SYMBOL, then the binding of\nSYMBOL is checked for nil.\n\nAs a special case, interprets a SPEC of the form (SYMBOL SOMETHING)\nlike ((SYMBOL SOMETHING)).  This exists for backward compatibility\nwith an old syntax that accepted only one binding.\n\n(fn SPEC THEN &rest ELSE)" "Bind variables according to SPEC and conditionally evaluate BODY.\nEvaluate each binding in turn, stopping if a binding value is nil.\nIf all are non-nil, return the value of the last form in BODY.\n\nThe variable list SPEC is the same as in `if-let'.\n\n(fn SPEC &rest BODY)" "Check whether HASH-TABLE is empty (has 0 elements).\n\n(fn HASH-TABLE)" "\n\n(fn K --CL-VAR--)" "Return a list of keys in HASH-TABLE.\n\n(fn HASH-TABLE)" "\n\n(fn --CL-VAR-- V)" "Return a list of values in HASH-TABLE.\n\n(fn HASH-TABLE)" "Check whether STRING is empty.\n\n(fn STRING)" "Join all STRINGS using SEPARATOR.\n\n(fn STRINGS &optional SEPARATOR)" "Check whether STRING is either empty or only whitespace.\nThe following characters count as whitespace here: space, tab, newline and\ncarriage return.\n\n(fn STRING)" "Remove PREFIX from STRING if present.\n\n(fn PREFIX STRING)" "Remove SUFFIX from STRING if present.\n\n(fn SUFFIX STRING)" nil "\n\n(fn B)" "\n\n(fn B)" "Looping construct taken from Scheme.\nLike `let', bind variables in BINDINGS and then evaluate BODY,\nbut with the twist that BODY can evaluate itself recursively by\ncalling NAME, where the arguments passed to NAME are used\nas the new values of the bound variables in the recursive invocation.\n\n(fn NAME BINDINGS &rest BODY)" "Check and build a single BINDING with PREV-VAR.\n\n(fn BINDING PREV-VAR)" "Check and build conditional value forms for BINDINGS.\n\n(fn BINDINGS)" "Truncate STRING to LENGTH, replacing initial surplus with \"...\".\n\n(fn STRING LENGTH)" "Clean up whitespace in STRING.\nAll sequences of whitespaces in STRING are collapsed into a\nsingle space character, and leading/trailing whitespace is\nremoved.\n\n(fn STRING)" "Try to word-wrap STRING so that no lines are longer than LENGTH.\nWrapping is done where there is whitespace.  If there are\nindividual words in STRING that are longer than LENGTH, the\nresult will have lines that are longer than LENGTH.\n\n(fn STRING LENGTH)" "Return a substring of STRING that is (up to) LENGTH characters long.\nIf STRING is shorter than or equal to LENGTH characters, return the\nentire string unchanged.\n\nIf STRING is longer than LENGTH characters, return a substring\nconsisting of the first LENGTH characters of STRING.  If END is\nnon-nil, return the last LENGTH characters instead.\n\nIf CODING-SYSTEM is non-nil, STRING will be encoded before\nlimiting, and LENGTH is interpreted as the number of bytes to\nlimit the string to.  The result will be a unibyte string that is\nshorter than LENGTH, but will not contain \"partial\" characters,\neven if CODING-SYSTEM encodes characters with several bytes per\ncharacter.\n\nWhen shortening strings for display purposes,\n`truncate-string-to-width' is almost always a better alternative\nthan this function.\n\n(fn STRING LENGTH &optional END CODING-SYSTEM)" "Split STRING into a list of lines.\nIf OMIT-NULLS, empty lines will be removed from the results.\n\n(fn STRING &optional OMIT-NULLS)" "Pad STRING to LENGTH using PADDING.\nIf PADDING is nil, the space character is used.  If not nil, it\nshould be a character.\n\nIf STRING is longer than the absolute value of LENGTH, no padding\nis done.\n\nIf START is nil (or not present), the padding is done to the end\nof the string, and if non-nil, padding is done to the start of\nthe string.\n\n(fn STRING LENGTH &optional PADDING START)" "Remove the final newline (if any) from STRING.\n\n(fn STRING)" "Replace the region between BEG and END using REPLACE-FN.\nREPLACE-FN runs on the current buffer narrowed to the region.  It\nshould return either a string or a buffer replacing the region.\n\nThe replacement is performed using `replace-buffer-contents'\nwhich also describes the MAX-SECS and MAX-COSTS arguments and the\nreturn value.\n\nNote: If the replacement is a string, it'll be placed in a\ntemporary buffer so that `replace-buffer-contents' can operate on\nit.  Therefore, if you already have the replacement in a buffer,\nit makes no sense to convert it to a string using\n`buffer-substring' or similar.\n\n(fn BEG END REPLACE-FN &optional MAX-SECS MAX-COSTS)"]B((native-comp-speed . 2) (native-comp-debug . 0) (gccjit 12 2 0))f21fc71ac8d098feae85de7becb2ff27af7344.debugJ��j.shstrtab.note.gnu.build-id.gnu.hash.dynsym.dynstr.rela.dyn.rela.plt.init.text.fini.eh_frame_hdr.eh_frame.init_array.fini_array.dynamic.got.got.plt.data.bss.gnu_debuglink��$���o���(���0H	H	�	8�� BB��0L((G@@@R��+X�?�?^�?�?llAA�v��������������P���(�R�RR�R4HR�

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