Hi and thanks for the package! I'm trying to get linting to work, but nothing will show. I would love help debugging. My steps: 1. Open .m file and turn on matlab-mode 2. Turn on mlint-minor-mode 3. Run mlint-buffer
This is run from emacs -Q with packages loaded first and variables to executables set. Apparently something right is happening since I see some lines in the *M-Lint* buffer, but I get the following error and stack trace: Debugger entered--Lisp error: (void-variable cl--nm) > #f(compiled-function (&rest args) #<bytecode -0x155fd570868d38f2>)() > #f(compiled-function (cl--cnm e active-p) #<bytecode > 0xbaea774c3e9d26b>)(#f(compiled-function (&rest args) #<bytecode > -0x155fd570868d38f2>) #<mlint-lm-entry mlint-lm-entry-158f7c4907cc> nil) > apply(#f(compiled-function (cl--cnm e active-p) #<bytecode > 0xbaea774c3e9d26b>) #f(compiled-function (&rest args) #<bytecode > -0x155fd570868d38f2>) (#<mlint-lm-entry mlint-lm-entry-158f7c4907cc> nil)) > #f(compiled-function (&rest cl--args) "Set object E to be > active.\nACTIVE-P if it should be made visible." #<bytecode > -0x1e9379681ed694e5>)(#<mlint-lm-entry mlint-lm-entry-158f7c4907cc> nil) > apply(#f(compiled-function (&rest cl--args) "Set object E to be > active.\nACTIVE-P if it should be made visible." #<bytecode > -0x1e9379681ed694e5>) #<mlint-lm-entry mlint-lm-entry-158f7c4907cc> nil) > linemark-display(#<mlint-lm-entry mlint-lm-entry-158f7c4907cc> nil) > #f(compiled-function (e) #<bytecode > 0x11b9e8c2c87755be>)(#<mlint-lm-entry mlint-lm-entry-158f7c4907cc>) > apply(#f(compiled-function (e) #<bytecode 0x11b9e8c2c87755be>) > #<mlint-lm-entry mlint-lm-entry-158f7c4907cc> nil) > linemark-delete(#<mlint-lm-entry mlint-lm-entry-158f7c4907cc>) > #<subr > F616e6f6e796d6f75732d6c616d626461_anonymous_lambda_28>(#<mlint-lm-entry > mlint-lm-entry-158f7c4907cc>) > mapc(#<subr F616e6f6e796d6f75732d6c616d626461_anonymous_lambda_28> > (#<mlint-lm-entry mlint-lm-entry-158f7c4907cc>)) > mlint-clear-warnings() > mlint-buffer() > funcall(mlint-buffer) > (condition-case e (funcall hook) ((debug error) (signal 'doom-hook-error > (list hook e)))) > doom-run-hook(mlint-buffer) > run-hook-wrapped(doom-run-hook mlint-buffer) > (condition-case e (run-hook-wrapped hook #'doom-run-hook) ((debug > doom-hook-error) (if debug-on-error nil (lwarn hook :error "Error running > hook %S because: %s" (if (symbolp (car (cdr e))) (symbol-name (car (cdr > e))) (car (cdr e))) (car (cdr (cdr e))))) (signal 'doom-hook-error (cons > hook (cdr e))))) > (let ((hook (car --dolist-tail--))) (condition-case e (run-hook-wrapped > hook #'doom-run-hook) ((debug doom-hook-error) (if debug-on-error nil > (lwarn hook :error "Error running hook %S because: %s" (if (symbolp (car > ...)) (symbol-name (car ...)) (car (cdr e))) (car (cdr (cdr e))))) (signal > 'doom-hook-error (cons hook (cdr e))))) (setq --dolist-tail-- (cdr > --dolist-tail--))) > (while --dolist-tail-- (let ((hook (car --dolist-tail--))) > (condition-case e (run-hook-wrapped hook #'doom-run-hook) ((debug > doom-hook-error) (if debug-on-error nil (lwarn hook :error "Error running > hook %S because: %s" (if (symbolp ...) (symbol-name ...) (car ...)) (car > (cdr ...)))) (signal 'doom-hook-error (cons hook (cdr e))))) (setq > --dolist-tail-- (cdr --dolist-tail--)))) > (let ((--dolist-tail-- hooks)) (while --dolist-tail-- (let ((hook (car > --dolist-tail--))) (condition-case e (run-hook-wrapped hook > #'doom-run-hook) ((debug doom-hook-error) (if debug-on-error nil (lwarn > hook :error "Error running hook %S because: %s" (if ... ... ...) (car > ...))) (signal 'doom-hook-error (cons hook (cdr e))))) (setq > --dolist-tail-- (cdr --dolist-tail--))))) > doom-run-hooks(after-save-hook) > apply(doom-run-hooks after-save-hook) > run-hooks(after-save-hook) > basic-save-buffer(nil) > save-buffer() > mlint-buffer() > #<subr funcall-interactively>(mlint-buffer) > apply(#<subr funcall-interactively> mlint-buffer) > funcall-interactively(mlint-buffer) > #<subr call-interactively>(mlint-buffer nil nil) > apply(#<subr call-interactively> (mlint-buffer nil nil)) > explain-pause--wrap-call-interactively(#<subr call-interactively> > mlint-buffer nil nil) > apply(explain-pause--wrap-call-interactively #<subr call-interactively> > (mlint-buffer nil nil)) > call-interactively(mlint-buffer nil nil) > command-execute(mlint-buffer) > Any ideas? Emacs version: GNU Emacs 29.0.50 (build 1, x86_64-pc-linux-gnu, GTK+ Version 3.24.20, cairo version 1.16.0) of 2022-06-14 Matlab version: R2022a OS: Linux Mint 20.3 Cinnamon Nick
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