Hi Andrea, Ah, sorry I used the flag but didn't notice I was missing a system dependency. After recompiling, it's just warnings. Thanks so much for your work on native compilation, it already noticeably improves my emacs experience! Many thanks, Jamie ________________________________ From: Andrea Corallo Sent: Wednesday, March 10, 2021 1:31 PM To: Jamie Matthews Cc: 47045@debbugs.gnu.org <47045@debbugs.gnu.org> Subject: Re: bug#47045: 28.0.50; void-variable comp-ctxt (straight.el) Jamie D Matthews writes: > # Steps to reproduce > > - Run `emacs -Q` > - Execute the following code (bootstrap for `straight.el`): > > ``` > (defvar bootstrap-version) > (let ((bootstrap-file > (expand-file-name "straight/repos/straight.el/bootstrap.el" user-emacs-directory)) > (bootstrap-version 5)) > (unless (file-exists-p bootstrap-file) > (with-current-buffer > (url-retrieve-synchronously > "https://raw.githubusercontent.com/raxod502/straight.el/develop/install.el" > 'silent 'inhibit-cookies) > (goto-char (point-max)) > (eval-print-last-sexp))) > (load bootstrap-file nil 'nomessage)) > ``` > > - This yields Lisp error: void-variable comp-ctxt > - And backtrace: > > ``` > Debugger entered--Lisp error: (void-variable comp-ctxt) > (type-of comp-ctxt) > (memq (type-of comp-ctxt) cl-struct-comp-cstr-ctxt-tags) > (and (memq (type-of comp-ctxt) cl-struct-comp-cstr-ctxt-tags) t) > (progn (and (memq (type-of comp-ctxt) cl-struct-comp-cstr-ctxt-tags) t)) > (or (progn (and (memq (type-of comp-ctxt) cl-struct-comp-cstr-ctxt-tags) t)) (signal 'wrong-type-argument (list > 'comp-cstr-ctxt comp-ctxt))) > (progn (or (progn (and (memq (type-of comp-ctxt) cl-struct-comp-cstr-ctxt-tags) t)) (signal 'wrong-type-argument (list > 'comp-cstr-ctxt comp-ctxt))) (aref comp-ctxt 5)) > (if range (progn (or (progn (and (memq (type-of comp-ctxt) cl-struct-comp-cstr-ctxt-tags) t)) (signal > 'wrong-type-argument (list 'comp-cstr-ctxt comp-ctxt))) (aref comp-ctxt 5)) (progn (or (progn (and (memq (type-of > comp-ctxt) cl-struct-comp-cstr-ctxt-tags) t)) (signal 'wrong-type-argument (list 'comp-cstr-ctxt comp-ctxt))) (aref > comp-ctxt 4))) > (let* ((mem-h (if range (progn (or (progn (and ... t)) (signal 'wrong-type-argument (list ... comp-ctxt))) (aref > comp-ctxt 5)) (progn (or (progn (and ... t)) (signal 'wrong-type-argument (list ... comp-ctxt))) (aref comp-ctxt 4)))) > (res (or (gethash srcs mem-h) (puthash (mapcar #'comp-cstr-copy srcs) (apply #'comp-cstr-union-1-no-mem range srcs) > mem-h)))) (progn (progn (or (progn (and (memq (type-of dst) cl-struct-comp-cstr-tags) t)) (signal 'wrong-type-argument > (list 'comp-cstr dst))) (let* ((v dst)) (aset v 1 (progn (or (progn ...) (signal ... ...)) (aref res 1))))) (progn (or > (progn (and (memq (type-of dst) cl-struct-comp-cstr-tags) t)) (signal 'wrong-type-argument (list 'comp-cstr dst))) (let* > ((v dst)) (aset v 2 (progn (or (progn ...) (signal ... ...)) (aref res 2))))) (progn (or (progn (and (memq (type-of dst) > cl-struct-comp-cstr-tags) t)) (signal 'wrong-type-argument (list 'comp-cstr dst))) (let* ((v dst)) (aset v 3 (progn (or > (progn ...) (signal ... ...)) (aref res 3))))) (progn (or (progn (and (memq (type-of dst) cl-struct-comp-cstr-tags) t)) > (signal 'wrong-type-argument (list 'comp-cstr dst))) (let* ((v dst)) (aset v 4 (progn (or (progn ...) (signal ... ...)) > (aref res 4)))))) res) > comp-cstr-union-1(t #s(comp-cstr :typeset (t) :valset nil :range nil :neg nil) #s(comp-cstr :typeset (number) :valset nil > :range nil :neg nil) #s(comp-cstr :typeset (marker) :valset nil :range nil :neg nil)) > apply(comp-cstr-union-1 t #s(comp-cstr :typeset (t) :valset nil :range nil :neg nil) (#s(comp-cstr :typeset (number) > :valset nil :range nil :neg nil) #s(comp-cstr :typeset (marker) :valset nil :range nil :neg nil))) > comp-cstr-union(#s(comp-cstr :typeset (t) :valset nil :range nil :neg nil) #s(comp-cstr :typeset (number) :valset nil > :range nil :neg nil) #s(comp-cstr :typeset (marker) :valset nil :range nil :neg nil)) > apply(comp-cstr-union #s(comp-cstr :typeset (t) :valset nil :range nil :neg nil) (#s(comp-cstr :typeset (number) :valset > nil :range nil :neg nil) #s(comp-cstr :typeset (marker) :valset nil :range nil :neg nil))) > comp-cstr-union-make(#s(comp-cstr :typeset (number) :valset nil :range nil :neg nil) #s(comp-cstr :typeset (marker) > :valset nil :range nil :neg nil)) > apply(comp-cstr-union-make (#s(comp-cstr :typeset (number) :valset nil :range nil :neg nil) #s(comp-cstr :typeset > (marker) :valset nil :range nil :neg nil))) > (let ((rest x7)) nil (apply #'comp-cstr-union-make (mapcar #'comp-type-spec-to-cstr rest))) > (let* ((x7 (cdr-safe type-spec))) (let ((rest x7)) nil (apply #'comp-cstr-union-make (mapcar #'comp-type-spec-to-cstr > rest)))) > (cond ((eq x6 'or) (let* ((x7 (cdr-safe type-spec))) (let ((rest x7)) nil (apply #'comp-cstr-union-make (mapcar > #'comp-type-spec-to-cstr rest))))) ((eq x6 'and) (let* ((x8 (cdr-safe type-spec))) (let ((rest x8)) nil (apply > #'comp-cstr-intersection-make (mapcar #'comp-type-spec-to-cstr rest))))) ((eq x6 'not) (let* ((x9 (cdr-safe type-spec))) > (if (consp x9) (let* ((x10 (car-safe x9)) (x11 (cdr-safe x9))) (if (null x11) (let (...) nil (comp-cstr-negation-make > ...)) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid type specifier"))))) ((eq x6 'integer) (let* > ((x12 (cdr-safe type-spec))) (if (consp x12) (let* ((x13 (car-safe x12))) (cond ((integerp x13) (let* ... ...)) ((eq x13 > ...) (let* ... ...)) (t (let nil ...)))) (let nil (error "Invalid type specifier"))))) ((eq x6 'float) (let* ((x21 > (cdr-safe type-spec))) (if (consp x21) (let* ((x22 (car-safe x21))) (if (comp-star-or-num-p x22) (let* (...) (if ... ... > ...)) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid type specifier"))))) ((eq x6 'member) (let* > ((x26 (cdr-safe type-spec))) (let ((rest x26)) nil (apply #'comp-cstr-union-make (mapcar #'comp-value-to-cstr rest))))) > ((eq x6 'function) (let* ((x27 (cdr-safe type-spec))) (if (consp x27) (let* ((x28 (car-safe x27)) (x29 (cdr-safe x27))) > (if (consp x29) (let* (... ...) (if ... ... ...)) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid > type specifier"))))) (t (let nil (error "Invalid type specifier")))) > (let* ((x6 (car-safe type-spec))) (cond ((eq x6 'or) (let* ((x7 (cdr-safe type-spec))) (let ((rest x7)) nil (apply > #'comp-cstr-union-make (mapcar #'comp-type-spec-to-cstr rest))))) ((eq x6 'and) (let* ((x8 (cdr-safe type-spec))) (let > ((rest x8)) nil (apply #'comp-cstr-intersection-make (mapcar #'comp-type-spec-to-cstr rest))))) ((eq x6 'not) (let* ((x9 > (cdr-safe type-spec))) (if (consp x9) (let* ((x10 ...) (x11 ...)) (if (null x11) (let ... nil ...) (let nil ...))) (let > nil (error "Invalid type specifier"))))) ((eq x6 'integer) (let* ((x12 (cdr-safe type-spec))) (if (consp x12) (let* ((x13 > ...)) (cond (... ...) (... ...) (t ...))) (let nil (error "Invalid type specifier"))))) ((eq x6 'float) (let* ((x21 > (cdr-safe type-spec))) (if (consp x21) (let* ((x22 ...)) (if (comp-star-or-num-p x22) (let* ... ...) (let nil ...))) (let > nil (error "Invalid type specifier"))))) ((eq x6 'member) (let* ((x26 (cdr-safe type-spec))) (let ((rest x26)) nil (apply > #'comp-cstr-union-make (mapcar #'comp-value-to-cstr rest))))) ((eq x6 'function) (let* ((x27 (cdr-safe type-spec))) (if > (consp x27) (let* ((x28 ...) (x29 ...)) (if (consp x29) (let* ... ...) (let nil ...))) (let nil (error "Invalid type > specifier"))))) (t (let nil (error "Invalid type specifier"))))) > (cond ((memq type-spec '(&rest &optional)) (let ((x type-spec)) nil (if fn x (error "Invalid `%s` in type specifier" > x)))) ((null type-spec) (let nil (record 'comp-cstr nil nil nil nil))) ((eq type-spec 'fixnum) (let nil > (comp-irange-to-cstr (cons most-negative-fixnum most-positive-fixnum)))) ((eq type-spec 'boolean) (let nil > (comp-type-spec-to-cstr '(member t nil)))) ((eq type-spec 'integer) (let nil (comp-irange-to-cstr '(- . +)))) ((eq > type-spec 'null) (let nil (comp-value-to-cstr nil))) ((atom type-spec) (let nil (comp-type-to-cstr type-spec))) ((consp > type-spec) (let* ((x6 (car-safe type-spec))) (cond ((eq x6 'or) (let* ((x7 ...)) (let (...) nil (apply ... ...)))) ((eq > x6 'and) (let* ((x8 ...)) (let (...) nil (apply ... ...)))) ((eq x6 'not) (let* ((x9 ...)) (if (consp x9) (let* ... ...) > (let nil ...)))) ((eq x6 'integer) (let* ((x12 ...)) (if (consp x12) (let* ... ...) (let nil ...)))) ((eq x6 'float) > (let* ((x21 ...)) (if (consp x21) (let* ... ...) (let nil ...)))) ((eq x6 'member) (let* ((x26 ...)) (let (...) nil > (apply ... ...)))) ((eq x6 'function) (let* ((x27 ...)) (if (consp x27) (let* ... ...) (let nil ...)))) (t (let nil > (error "Invalid type specifier")))))) (t (let nil (error "Invalid type specifier")))) > comp-type-spec-to-cstr((or number marker) t) > (closure ((ret . number) (args (or number marker) (or number marker)) (x31) (x30 . number) (x29 number) (x28 (or number > marker) (or number marker)) (x27 ((or number marker) (or number marker)) number) (x6 . function) (fn) (type-spec function > ((or number marker) (or number marker)) number) cl-struct-comp-cstr-ctxt-tags cl-struct-comp-cstr-f-tags > cl-struct-comp-cstr-tags t) (x) (comp-type-spec-to-cstr x t))((or number marker)) > mapcar((closure ((ret . number) (args (or number marker) (or number marker)) (x31) (x30 . number) (x29 number) (x28 (or > number marker) (or number marker)) (x27 ((or number marker) (or number marker)) number) (x6 . function) (fn) (type-spec > function ((or number marker) (or number marker)) number) cl-struct-comp-cstr-ctxt-tags cl-struct-comp-cstr-f-tags > cl-struct-comp-cstr-tags t) (x) (comp-type-spec-to-cstr x t)) ((or number marker) (or number marker))) > (make-comp-cstr-f :args (mapcar #'(lambda (x) (comp-type-spec-to-cstr x t)) args) :ret (comp-type-spec-to-cstr ret)) > (let ((args x28) (ret x30)) nil nil (make-comp-cstr-f :args (mapcar #'(lambda (x) (comp-type-spec-to-cstr x t)) args) > :ret (comp-type-spec-to-cstr ret))) > (if (null x31) (let ((args x28) (ret x30)) nil nil (make-comp-cstr-f :args (mapcar #'(lambda (x) (comp-type-spec-to-cstr > x t)) args) :ret (comp-type-spec-to-cstr ret))) (let nil (error "Invalid type specifier"))) > (let* ((x30 (car-safe x29)) (x31 (cdr-safe x29))) (if (null x31) (let ((args x28) (ret x30)) nil nil (make-comp-cstr-f > :args (mapcar #'(lambda (x) (comp-type-spec-to-cstr x t)) args) :ret (comp-type-spec-to-cstr ret))) (let nil (error > "Invalid type specifier")))) > (if (consp x29) (let* ((x30 (car-safe x29)) (x31 (cdr-safe x29))) (if (null x31) (let ((args x28) (ret x30)) nil nil > (make-comp-cstr-f :args (mapcar #'(lambda ... ...) args) :ret (comp-type-spec-to-cstr ret))) (let nil (error "Invalid > type specifier")))) (let nil (error "Invalid type specifier"))) > (let* ((x28 (car-safe x27)) (x29 (cdr-safe x27))) (if (consp x29) (let* ((x30 (car-safe x29)) (x31 (cdr-safe x29))) (if > (null x31) (let ((args x28) (ret x30)) nil nil (make-comp-cstr-f :args (mapcar #'... args) :ret (comp-type-spec-to-cstr > ret))) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid type specifier")))) > (if (consp x27) (let* ((x28 (car-safe x27)) (x29 (cdr-safe x27))) (if (consp x29) (let* ((x30 (car-safe x29)) (x31 > (cdr-safe x29))) (if (null x31) (let ((args x28) (ret x30)) nil nil (make-comp-cstr-f :args (mapcar ... args) :ret > (comp-type-spec-to-cstr ret))) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid type specifier")))) > (let nil (error "Invalid type specifier"))) > (let* ((x27 (cdr-safe type-spec))) (if (consp x27) (let* ((x28 (car-safe x27)) (x29 (cdr-safe x27))) (if (consp x29) > (let* ((x30 (car-safe x29)) (x31 (cdr-safe x29))) (if (null x31) (let (... ...) nil nil (make-comp-cstr-f :args ... :ret > ...)) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid > type specifier")))) > (cond ((eq x6 'or) (let* ((x7 (cdr-safe type-spec))) (let ((rest x7)) nil (apply #'comp-cstr-union-make (mapcar > #'comp-type-spec-to-cstr rest))))) ((eq x6 'and) (let* ((x8 (cdr-safe type-spec))) (let ((rest x8)) nil (apply > #'comp-cstr-intersection-make (mapcar #'comp-type-spec-to-cstr rest))))) ((eq x6 'not) (let* ((x9 (cdr-safe type-spec))) > (if (consp x9) (let* ((x10 (car-safe x9)) (x11 (cdr-safe x9))) (if (null x11) (let (...) nil (comp-cstr-negation-make > ...)) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid type specifier"))))) ((eq x6 'integer) (let* > ((x12 (cdr-safe type-spec))) (if (consp x12) (let* ((x13 (car-safe x12))) (cond ((integerp x13) (let* ... ...)) ((eq x13 > ...) (let* ... ...)) (t (let nil ...)))) (let nil (error "Invalid type specifier"))))) ((eq x6 'float) (let* ((x21 > (cdr-safe type-spec))) (if (consp x21) (let* ((x22 (car-safe x21))) (if (comp-star-or-num-p x22) (let* (...) (if ... ... > ...)) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid type specifier"))))) ((eq x6 'member) (let* > ((x26 (cdr-safe type-spec))) (let ((rest x26)) nil (apply #'comp-cstr-union-make (mapcar #'comp-value-to-cstr rest))))) > ((eq x6 'function) (let* ((x27 (cdr-safe type-spec))) (if (consp x27) (let* ((x28 (car-safe x27)) (x29 (cdr-safe x27))) > (if (consp x29) (let* (... ...) (if ... ... ...)) (let nil (error "Invalid type specifier")))) (let nil (error "Invalid > type specifier"))))) (t (let nil (error "Invalid type specifier")))) > (let* ((x6 (car-safe type-spec))) (cond ((eq x6 'or) (let* ((x7 (cdr-safe type-spec))) (let ((rest x7)) nil (apply > #'comp-cstr-union-make (mapcar #'comp-type-spec-to-cstr rest))))) ((eq x6 'and) (let* ((x8 (cdr-safe type-spec))) (let > ((rest x8)) nil (apply #'comp-cstr-intersection-make (mapcar #'comp-type-spec-to-cstr rest))))) ((eq x6 'not) (let* ((x9 > (cdr-safe type-spec))) (if (consp x9) (let* ((x10 ...) (x11 ...)) (if (null x11) (let ... nil ...) (let nil ...))) (let > nil (error "Invalid type specifier"))))) ((eq x6 'integer) (let* ((x12 (cdr-safe type-spec))) (if (consp x12) (let* ((x13 > ...)) (cond (... ...) (... ...) (t ...))) (let nil (error "Invalid type specifier"))))) ((eq x6 'float) (let* ((x21 > (cdr-safe type-spec))) (if (consp x21) (let* ((x22 ...)) (if (comp-star-or-num-p x22) (let* ... ...) (let nil ...))) (let > nil (error "Invalid type specifier"))))) ((eq x6 'member) (let* ((x26 (cdr-safe type-spec))) (let ((rest x26)) nil (apply > #'comp-cstr-union-make (mapcar #'comp-value-to-cstr rest))))) ((eq x6 'function) (let* ((x27 (cdr-safe type-spec))) (if > (consp x27) (let* ((x28 ...) (x29 ...)) (if (consp x29) (let* ... ...) (let nil ...))) (let nil (error "Invalid type > specifier"))))) (t (let nil (error "Invalid type specifier"))))) > (cond ((memq type-spec '(&rest &optional)) (let ((x type-spec)) nil (if fn x (error "Invalid `%s` in type specifier" > x)))) ((null type-spec) (let nil (record 'comp-cstr nil nil nil nil))) ((eq type-spec 'fixnum) (let nil > (comp-irange-to-cstr (cons most-negative-fixnum most-positive-fixnum)))) ((eq type-spec 'boolean) (let nil > (comp-type-spec-to-cstr '(member t nil)))) ((eq type-spec 'integer) (let nil (comp-irange-to-cstr '(- . +)))) ((eq > type-spec 'null) (let nil (comp-value-to-cstr nil))) ((atom type-spec) (let nil (comp-type-to-cstr type-spec))) ((consp > type-spec) (let* ((x6 (car-safe type-spec))) (cond ((eq x6 'or) (let* ((x7 ...)) (let (...) nil (apply ... ...)))) ((eq > x6 'and) (let* ((x8 ...)) (let (...) nil (apply ... ...)))) ((eq x6 'not) (let* ((x9 ...)) (if (consp x9) (let* ... ...) > (let nil ...)))) ((eq x6 'integer) (let* ((x12 ...)) (if (consp x12) (let* ... ...) (let nil ...)))) ((eq x6 'float) > (let* ((x21 ...)) (if (consp x21) (let* ... ...) (let nil ...)))) ((eq x6 'member) (let* ((x26 ...)) (let (...) nil > (apply ... ...)))) ((eq x6 'function) (let* ((x27 ...)) (if (consp x27) (let* ... ...) (let nil ...)))) (t (let nil > (error "Invalid type specifier")))))) (t (let nil (error "Invalid type specifier")))) > comp-type-spec-to-cstr((function ((or number marker) (or number marker)) number)) > (setq cstr (comp-type-spec-to-cstr type-spec)) > (while (consp --cl-var--) (setq --cl-var-- (car --cl-var--) f (car-safe (prog1 --cl-var-- (setq --cl-var-- (cdr > --cl-var--)))) type-spec (car --cl-var--)) (setq cstr (comp-type-spec-to-cstr type-spec)) (puthash f cstr h) (setq > --cl-var-- (cdr --cl-var--)) (setq --cl-var-- nil)) > (let* ((comp-ctxt (make-comp-cstr-ctxt)) (h (make-hash-table :test #'eq)) (--cl-var-- comp-known-type-specifiers) (f nil) > (type-spec nil) (--cl-var--) (cstr nil) (--cl-var-- t)) (while (consp --cl-var--) (setq --cl-var-- (car --cl-var--) f > (car-safe (prog1 --cl-var-- (setq --cl-var-- (cdr --cl-var--)))) type-spec (car --cl-var--)) (setq cstr > (comp-type-spec-to-cstr type-spec)) (puthash f cstr h) (setq --cl-var-- (cdr --cl-var--)) (setq --cl-var-- nil)) h) > (defconst comp-known-func-cstr-h (let* ((comp-ctxt (make-comp-cstr-ctxt)) (h (make-hash-table :test #'eq)) (--cl-var-- > comp-known-type-specifiers) (f nil) (type-spec nil) (--cl-var--) (cstr nil) (--cl-var-- t)) (while (consp --cl-var--) > (setq --cl-var-- (car --cl-var--) f (car-safe (prog1 --cl-var-- (setq --cl-var-- (cdr --cl-var--)))) type-spec (car > --cl-var--)) (setq cstr (comp-type-spec-to-cstr type-spec)) (puthash f cstr h) (setq --cl-var-- (cdr --cl-var--)) (setq > --cl-var-- nil)) h) "Hash table function -> `comp-constraint'") > eval-buffer(# nil "/home/jamie/.local/emacs/lisp/emacs-lisp/comp.el" nil t) ; Reading at buffer > position 23647 > load-with-code-conversion("/home/jamie/.local/emacs/lisp/emacs-lisp/comp.el" > "/home/jamie/.local/emacs/lisp/emacs-lisp/comp.el" nil t) > require(comp) > straight--build-native-compile((:type git :host github :repo "raxod502/straight.el" :files ("straight*.el") :branch > "master" :package "straight" :local-repo "straight.el")) > run-hook-with-args(straight--build-native-compile (:type git :host github :repo "raxod502/straight.el" :files > ("straight*.el") :branch "master" :package "straight" :local-repo "straight.el")) > straight--build-package((:type git :host github :repo "raxod502/straight.el" :files ("straight*.el") :branch "master" > :package "straight" :local-repo "straight.el") nil) > #f(compiled-function () #)() > straight--transaction-exec(use-package-\(:type\ git\ :host\ github\ :repo\ \"raxod502/straight\.el\"\ :files\ \ > (\"straight*\.el\"\)\ :branch\ \"master\"\ :package\ \"straight\"\ :local-repo\ \"straight\.el\"\)-nil-nil :now #f > (compiled-function () #)) > straight-use-package((straight :type git :host github :repo "raxod502/straight.el" :files ("straight*.el") :branch > "master")) > eval-buffer(# nil "/home/jamie/.config/emacs/straight/repos/straight...." nil t) ; Reading at buffer > position 5233 > load-with-code-conversion("/home/jamie/.config/emacs/straight/repos/straight...." > "/home/jamie/.config/emacs/straight/repos/straight...." nil t) > load("/home/jamie/.config/emacs/straight/repos/straight...." nil nomessage) > (let ((bootstrap-file (expand-file-name "straight/repos/straight.el/bootstrap.el" user-emacs-directory)) > (bootstrap-version 5)) (if (file-exists-p bootstrap-file) nil (save-current-buffer (set-buffer > (url-retrieve-synchronously "https://raw.githubusercontent.com/raxod502/straigh..." 'silent 'inhibit-cookies)) (goto-char > (point-max)) (eval-print-last-sexp))) (load bootstrap-file nil 'nomessage)) > (progn (defvar bootstrap-version) (let ((bootstrap-file (expand-file-name "straight/repos/straight.el/bootstrap.el" > user-emacs-directory)) (bootstrap-version 5)) (if (file-exists-p bootstrap-file) nil (save-current-buffer (set-buffer > (url-retrieve-synchronously "https://raw.githubusercontent.com/raxod502/straigh..." 'silent 'inhibit-cookies)) (goto-char > (point-max)) (eval-print-last-sexp))) (load bootstrap-file nil 'nomessage))) > eval((progn (defvar bootstrap-version) (let ((bootstrap-file (expand-file-name "straight/repos/straight.el/bootstrap.el" > user-emacs-directory)) (bootstrap-version 5)) (if (file-exists-p bootstrap-file) nil (save-current-buffer (set-buffer > (url-retrieve-synchronously "https://raw.githubusercontent.com/raxod502/straigh..." 'silent 'inhibit-cookies)) (goto-char > (point-max)) (eval-print-last-sexp))) (load bootstrap-file nil 'nomessage))) t) > elisp--eval-last-sexp(nil) > eval-last-sexp(nil) > funcall-interactively(eval-last-sexp nil) > call-interactively(eval-last-sexp nil nil) > command-execute(eval-last-sexp) > ``` > > In GNU Emacs 28.0.50 (build 1, x86_64-pc-linux-gnu, GTK+ Version 3.24.23, cairo version 1.16.0) > of 2021-03-09 built on jdm-XPS-13-9300 > Repository revision: 79c83f79c5b618cb9ef5eca7be2245f15ff54626 > Repository branch: feature/native-comp > Windowing system distributor 'The X.Org Foundation', version 11.0.12009000 > System Description: Ubuntu 20.10 > > Configured features: > CAIRO DBUS FREETYPE GIF GLIB GMP GNUTLS GSETTINGS HARFBUZZ JPEG > LIBSELINUX LIBXML2 MODULES NOTIFY INOTIFY PDUMPER PNG SOUND THREADS TIFF > TOOLKIT_SCROLL_BARS X11 XDBE XIM XPM GTK3 ZLIB Hi Jamie, I think this Emacs was not configured with "--with-native-compilation". Could you verify that? Thanks Andrea