Debugger entered--Lisp error: (quit)
  apply(debug (error (quit)))
  transient--exit-and-debug(error (quit))
  redisplay_internal\ \(C\ function\)()
  read-from-minibuffer("Test2: " nil (keymap (remap keymap (minibuffer-completion-help . crm-completion-help) (minibuffer-complete-word . crm-complete-word) (minibuffer-complete . crm-complete)) 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")) (M-down . minibuffer-next-completion) (M-up . minibuffer-previous-completion) (27 keymap (13 . minibuffer-choose-completion) (103 keymap (27 keymap (99 . switch-to-completions))) (118 . switch-to-completions)) (prior . switch-to-completions) (63 . minibuffer-completion-help) (32 . minibuffer-complete-word) (backtab . minibuffer-complete) (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")) (24 keymap (down . minibuffer-complete-defaults) (up . minibuffer-complete-history)) (13 . exit-minibuffer) (10 . exit-minibuffer) (7 . abort-minibuffers) (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 (60 . minibuffer-beginning-of-buffer) (114 . previous-matching-history-element) (115 . next-matching-history-element) (112 . previous-history-element) (110 . next-history-element))) nil nil nil nil)
  completing-read-multiple("Test2: " ("nonsdlslde" "slsdl" "2323" "ldslld" "30203" "llx" "ldslsd"))
  (lambda (prompt _initial-input _history) (completing-read-multiple prompt '("nonsdlslde" "slsdl" "2323" "ldslld" "30203" "llx" "ldslsd")))("Test2: " nil transient--history)
  #f(compiled-function (obj) "Read a value while taking care of history.\n\nThis method is suitable for a wide variety of infix commands,\nincluding but not limited to inline arguments and variables.\n\nIf you do not use this method for your own infix class, then\nyou should likely replicate a lot of the behavior of this\nmethod.  If you fail to do so, then users might not appreciate\nthe lack of history, for example.\n\nOnly for very simple classes that toggle or cycle through a very\nlimited number of possible values should you replace this with a\nsimple method that does not handle history.  (E.g., for a command\nline switch the only possible values are \"use it\" and \"don't use\nit\", in which case it is pointless to preserve history.)" #<bytecode 0x1d0443cdbe7f1dda>)(#<test-transient-multi test-transient-multi-47e882>)
  apply(#f(compiled-function (obj) "Read a value while taking care of history.\n\nThis method is suitable for a wide variety of infix commands,\nincluding but not limited to inline arguments and variables.\n\nIf you do not use this method for your own infix class, then\nyou should likely replicate a lot of the behavior of this\nmethod.  If you fail to do so, then users might not appreciate\nthe lack of history, for example.\n\nOnly for very simple classes that toggle or cycle through a very\nlimited number of possible values should you replace this with a\nsimple method that does not handle history.  (E.g., for a command\nline switch the only possible values are \"use it\" and \"don't use\nit\", in which case it is pointless to preserve history.)" #<bytecode 0x1d0443cdbe7f1dda>) #<test-transient-multi test-transient-multi-47e882>)
  #f(compiled-function (&rest args) #<bytecode 0xe3ded132d7c1c5e>)(#<test-transient-multi test-transient-multi-47e882>)
  #f(compiled-function (cl--cnm obj) #<bytecode -0xa6f70d64c5256f0>)(#f(compiled-function (&rest args) #<bytecode 0xe3ded132d7c1c5e>) #<test-transient-multi test-transient-multi-47e882>)
  apply(#f(compiled-function (cl--cnm obj) #<bytecode -0xa6f70d64c5256f0>) #f(compiled-function (&rest args) #<bytecode 0xe3ded132d7c1c5e>) #<test-transient-multi test-transient-multi-47e882>)
  #f(compiled-function (obj) "Refresh the transient buffer buffer calling the next method.\n\nAlso wrap `cl-call-next-method' with two macros:\n- `transient--with-suspended-override' allows use of minibuffer.\n- `transient--with-emergency-exit' arranges for the transient to\n  be exited in case of an error." #<bytecode -0x9d330106cd54cf8>)(#<test-transient-multi test-transient-multi-47e882>)
  apply(#f(compiled-function (obj) "Refresh the transient buffer buffer calling the next method.\n\nAlso wrap `cl-call-next-method' with two macros:\n- `transient--with-suspended-override' allows use of minibuffer.\n- `transient--with-emergency-exit' arranges for the transient to\n  be exited in case of an error." #<bytecode -0x9d330106cd54cf8>) #<test-transient-multi test-transient-multi-47e882> nil)
  transient-infix-read(#<test-transient-multi test-transient-multi-47e882>)
  transient--default-infix-command()
  apply(transient--default-infix-command nil)
  #f(compiled-function (fn &rest args) (interactive nil) #<bytecode 0x1599241be4a7ac75>)(transient--default-infix-command)
  funcall-interactively(#f(compiled-function (fn &rest args) (interactive nil) #<bytecode 0x1599241be4a7ac75>) transient--default-infix-command)
  apply(funcall-interactively #f(compiled-function (fn &rest args) (interactive nil) #<bytecode 0x1599241be4a7ac75>) transient--default-infix-command)
  #f(compiled-function (fn &rest args) (interactive '#f(compiled-function (spec) #<bytecode 0x16ce9cc417f12940>)) #<bytecode -0x52683015c5ccb0c>)(transient--default-infix-command)
  apply(#f(compiled-function (fn &rest args) (interactive '#f(compiled-function (spec) #<bytecode 0x16ce9cc417f12940>)) #<bytecode -0x52683015c5ccb0c>) transient--default-infix-command nil)
  test:--2()
  funcall-interactively(test:--2)
  call-interactively(test:--2 nil nil)
  command-execute(test:--2)