(selective-load "mu.arc" section-level) (set allow-raw-addresses*) (add-code:readfile "chessboard.mu") (freeze function*) (load-system-functions) (reset2) (new-trace "read-move-legal") (run-code main (default-space:space-address <- new space:literal 30:literal/capacity) (stdin:channel-address <- init-channel 1:literal) (r:integer/routine <- fork read-move:fn nil:literal/globals 2000:literal/limit stdin:channel-address) (c:character <- copy ((#\a literal))) (x:tagged-value <- save-type c:character) (stdin:channel-address/deref <- write stdin:channel-address x:tagged-value) (c:character <- copy ((#\2 literal))) (x:tagged-value <- save-type c:character) (stdin:channel-address/deref <- write stdin:channel-address x:tagged-value) (c:character <- copy ((#\- literal))) (x:tagged-value <- save-type c:character) (stdin:channel-address/deref <- write stdin:channel-address x:tagged-value) (c:character <- copy ((#\a literal))) (x:tagged-value <- save-type c:character) (stdin:channel-address/deref <- write stdin:channel-address x:tagged-value) (c:character <- copy ((#\4 literal))) (x:tagged-value <- save-type c:character) (stdin:channel-address/deref <- write stdin:channel-address x:tagged-value) (c:character <- copy ((#\newline literal))) (x:tagged-value <- save-type c:character) (stdin:channel-address/deref <- write stdin:channel-address x:tagged-value) (sleep until-routine-done:literal r:integer/routine) ) (each routine completed-routines* ;? (prn " " routine) (awhen rep.routine!error (prn "error - " it))) (when (~ran-to-completion 'read-move) (prn "F - chessboard accepts legal moves (-)")) ; todo: we can't test that keys pressed are printed to screen ; but that's at a lower level ;? (quit) (reset2) (new-trace "read-move-incomplete") ; initialize some variables at specific raw locations ;? (prn "== init") (run-code test-init (1:channel-address/raw <- init-channel 1:literal) (2:terminal-address/raw <- init-fake-terminal 20:literal 10:literal) (3:string-address/raw <- get 2:terminal-address/raw/deref data:offset)) (wipe completed-routines*) ; the component under test; we'll be running this repeatedly (let read-move-routine (make-routine 'read-move memory*.1 memory*.2) ;? (prn "== first key") (run-code send-first-key (default-space:space-address <- new space:literal 30:literal/capacity) (c:character <- copy ((#\a literal))) (x:tagged-value <- save-type c:character) (1:channel-address/raw/deref <- write 1:channel-address/raw x:tagged-value)) (wipe completed-routines*) ; check that read-move consumes it and then goes to sleep (enq read-move-routine running-routines*) (run-more) (when (ran-to-completion 'read-move) (prn "F - chessboard waits after first letter of move")) (wipe completed-routines*) ; send in a few more letters ;? (prn "== more keys") (restart read-move-routine) (run-code send-more-keys (default-space:space-address <- new space:literal 30:literal/capacity) (c:character <- copy ((#\2 literal))) (x:tagged-value <- save-type c:character) (1:channel-address/raw/deref <- write 1:channel-address/raw x:tagged-value) (c:character <- copy ((#\- literal))) (x:tagged-value <- save-type c:character) (1:channel-address/raw/deref <- write 1:channel-address/raw x:tagged-value) (c:character <- copy ((#\a literal))) (x:tagged-value <- save-type c:character) (1:channel-address/raw/deref <- write 1:channel-address/raw x:tagged-value) (c:character <- copy ((#\4 literal))) (x:tagged-value <- save-type c:character) (1:channel-address/raw/deref <- write 1:channel-address/raw x:tagged-value)) ; check that read-move consumes them and then goes to sleep (when (ran-to-completion 'read-move) (prn "F - chessboard waits after each subsequent letter of move until the last")) (wipe completed-routines*) ; send final key ;? (prn "== final key") (restart read-move-routine) ;? (set dump-trace*) (run-code send-final-key (default-space:space-address <- new space:literal 30:literal/capacity) (c:character

package terminal

import (
	"errors"

	"git.sr.ht/~sircmpwn/aerc/widgets"
)

type Close struct{}

func init() {
	register(Close{})
}

func (_ Close) Aliases() []string {
	return []string{"close"}
}

func (_ Close) Complete(aerc *widgets.Aerc, args []string) []string {
	return nil
}

func (_ Close) Execute(aerc *widgets.Aerc, args []string) error {
	if len(args)