backtrace()
  (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace))
  (cond ((and image slice) (if pixels (cons (nth 3 slice) (nth 4 slice)) (cons (/ (float (nth 3 slice)) (frame-char-width frame)) (/ (float (nth 4 slice)) (frame-char-height frame))))) (image (image-size image pixels frame)) (t (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace))))
  (let ((image (assoc 'image spec)) (slice (assoc 'slice spec))) (cond ((and image slice) (if pixels (cons (nth 3 slice) (nth 4 slice)) (cons (/ (float (nth 3 slice)) (frame-char-width frame)) (/ (float (nth 4 slice)) (frame-char-height frame))))) (image (image-size image pixels frame)) (t (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace)))))
  (cond ((eq (car spec) 'xwidget) (let ((xwi (xwidget-info (xwidget-at (point-min))))) (cons (aref xwi 2) (aref xwi 3)))) ((eq (car spec) 'image) (image-size spec pixels frame)) (t (let ((image (assoc 'image spec)) (slice (assoc 'slice spec))) (cond ((and image slice) (if pixels (cons (nth 3 slice) (nth 4 slice)) (cons (/ (float (nth 3 slice)) (frame-char-width frame)) (/ (float (nth 4 slice)) (frame-char-height frame))))) (image (image-size image pixels frame)) (t (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace)))))))
  image-display-size(nil t)
  pdf-view-image-size(t)
  pdf-misc-size-indication()
  eval((pdf-misc-size-indication))
  redisplay_internal\ \(C\ function\)()
  backtrace()
  (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace))
  (cond ((and image slice) (if pixels (cons (nth 3 slice) (nth 4 slice)) (cons (/ (float (nth 3 slice)) (frame-char-width frame)) (/ (float (nth 4 slice)) (frame-char-height frame))))) (image (image-size image pixels frame)) (t (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace))))
  (let ((image (assoc 'image spec)) (slice (assoc 'slice spec))) (cond ((and image slice) (if pixels (cons (nth 3 slice) (nth 4 slice)) (cons (/ (float (nth 3 slice)) (frame-char-width frame)) (/ (float (nth 4 slice)) (frame-char-height frame))))) (image (image-size image pixels frame)) (t (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace)))))
  (cond ((eq (car spec) 'xwidget) (let ((xwi (xwidget-info (xwidget-at (point-min))))) (cons (aref xwi 2) (aref xwi 3)))) ((eq (car spec) 'image) (image-size spec pixels frame)) (t (let ((image (assoc 'image spec)) (slice (assoc 'slice spec))) (cond ((and image slice) (if pixels (cons (nth 3 slice) (nth 4 slice)) (cons (/ (float (nth 3 slice)) (frame-char-width frame)) (/ (float (nth 4 slice)) (frame-char-height frame))))) (image (image-size image pixels frame)) (t (let ((standard-output (get-buffer-create "*PDF test*"))) (backtrace)))))))
  image-display-size(nil t)
  pdf-view-image-size(t)
  pdf-misc-size-indication()
  eval((pdf-misc-size-indication))
  posn-at-point(1 #<window 68 on fhs-2.3.pdf>)
  window-in-direction(below #<window 68 on fhs-2.3.pdf>)
  #f(compiled-function (window) #<bytecode 0xbd16bd>)(#<window 68 on fhs-2.3.pdf>)
  walk-window-tree-1(#f(compiled-function (window) #<bytecode 0xbd16bd>) #<window 68 on fhs-2.3.pdf> nil)
  walk-window-tree(#f(compiled-function (window) #<bytecode 0xbd16bd>) nil nil nomini)
  display-buffer-at-bottom(#<buffer *Completions*> ((window-height . t) (preserve-size nil . t)))
  display-buffer(#<buffer *Completions*> ((display-buffer--maybe-same-window display-buffer-reuse-window display-buffer--maybe-pop-up-frame display-buffer-at-bottom) (window-height . t) (preserve-size nil . t)))
  temp-buffer-window-show(#<buffer *Completions*> ((display-buffer--maybe-same-window display-buffer-reuse-window display-buffer--maybe-pop-up-frame display-buffer-at-bottom) (window-height . t) (preserve-size nil . t)))
  minibuffer-completion-help(34 37)
  completion--do-completion(34 37)
  completion--in-region-1(34 37)
  #f(compiled-function (start end collection predicate) #<bytecode 0x1fdbc8900d9b>)(34 37 #f(compiled-function (&rest args2) #<bytecode 0xdcbf4d>) nil)
  apply(#f(compiled-function (start end collection predicate) #<bytecode 0x1fdbc8900d9b>) (34 37 #f(compiled-function (&rest args2) #<bytecode 0xdcbf4d>) nil))
  #f(compiled-function (funs global args) #<bytecode 0x1e42d25>)(nil nil (34 37 #f(compiled-function (&rest args2) #<bytecode 0xdcbf4d>) nil))
  completion--in-region(34 37 #f(compiled-function (&rest args2) #<bytecode 0xdcbf4d>) nil)
  completion-in-region(34 37 #f(compiled-function (&rest args2) #<bytecode 0xdcbf4d>) nil)
  minibuffer-complete()
  funcall-interactively(minibuffer-complete)
  call-interactively(minibuffer-complete nil nil)
  command-execute(minibuffer-complete)
  read-from-minibuffer("Switch to buffer (default temp): " nil (keymap (10 . minibuffer-complete-and-exit) (13 . minibuffer-complete-and-exit) keymap (menu-bar keymap (minibuf "Minibuf" keymap (tab menu-item "Complete" minibuffer-complete :help "Complete as far as possible") (space menu-item "Complete Word" minibuffer-complete-word :help "Complete at most one word") (63 menu-item "List Completions" minibuffer-completion-help :help "Display all possible completions") "Minibuf")) (27 keymap (118 . switch-to-completions)) (prior . switch-to-completions) (63 . minibuffer-completion-help) (32 . minibuffer-complete-word) (9 . minibuffer-complete) keymap (menu-bar keymap (minibuf "Minibuf" keymap (previous menu-item "Previous History Item" previous-history-element :help "Put previous minibuffer history element in the minibuffer") (next menu-item "Next History Item" next-history-element :help "Put next minibuffer history element in the minibuffer") (isearch-backward menu-item "Isearch History Backward" isearch-backward :help "Incrementally search minibuffer history backward") (isearch-forward menu-item "Isearch History Forward" isearch-forward :help "Incrementally search minibuffer history forward") (return menu-item "Enter" exit-minibuffer :key-sequence "\15" :help "Terminate input and exit minibuffer") (quit menu-item "Quit" abort-recursive-edit :help "Abort input and exit minibuffer") "Minibuf")) (10 . exit-minibuffer) (13 . exit-minibuffer) (7 . abort-recursive-edit) (C-tab . file-cache-minibuffer-complete) (9 . self-insert-command) (XF86Back . previous-history-element) (up . previous-line-or-history-element) (prior . previous-history-element) (XF86Forward . next-history-element) (down . next-line-or-history-element) (next . next-history-element) (27 keymap (114 . previous-matching-history-element) (115 . next-matching-history-element) (112 . previous-history-element) (110 . next-history-element))) nil buffer-name-history "temp" nil)
  completing-read-default("Switch to buffer (default temp): " internal-complete-buffer nil confirm-after-completion nil buffer-name-history "temp" nil)
  read-buffer("Switch to buffer: " #<buffer temp> confirm-after-completion)
  read-buffer-to-switch("Switch to buffer: ")
  byte-code("\10?\205R\0\302 \203\16\0\303\202R\0\304 \305=\204\31\0\306\202R\0\11\204#\0\307\310!\202R\0\11\311=\203B\0\312\313\314\315 \"!\203<\0\316\303\211\"\210\306\202R\0\307\310!\202R\0\11\317=\203L\0\303\202R\0\316\303\211\"\210\306\320\321!\303\2E\207" [switch-to-buffer-obey-display-actions switch-to-buffer-in-dedicated-window window-minibuffer-p nil window-dedicated-p t force-same-window user-error "Cannot switch buffers in a dedicated window" prompt y-or-n-p format "Window is dedicated to %s; undedicate it" window-buffer set-window-dedicated-p pop read-buffer-to-switch "Switch to buffer: "] 4)
  call-interactively(switch-to-buffer nil nil)
  command-execute(switch-to-buffer)