(質問は emacsのemergeで競合の2つのバリアントを組み合わせるにはどうすればよいですか? )
マージ競合マーカーを含むファイルがあります。これは次のようになります。
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522ADC9C14B2FD9D00F56BAD /* close_test_button.png in Resources */,
522ADC9D14B2FD9D00F56BAD /* [email protected] in Resources */,
522ADCA014B2FDB100F56BAD /* test_failed.png in Resources */,
522ADCA114B2FDB100F56BAD /* [email protected] in Resources */,
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EC1633C014B2F3E3004B52E7 /* arrow.png in Resources */,
EC1633C114B2F3E3004B52E7 /* [email protected] in Resources */,
EC1633C214B2F3E3004B52E7 /* groups.png in Resources */,
EC1633C314B2F3E3004B52E7 /* [email protected] in Resources */,
>>>>>>> beta_2.8
M-x vc-resolve-conflictsを使用して開始します Ediff 。バリアント[〜#〜] a [〜#〜]または[〜#〜] b [〜#〜]を選択できます)キーボードでaまたはbを押すことによって、しかしどのように両方のバリアントを次々に組み合わせるのですか?
これは、Trey Jacksonの役立つ回答と同じことを行い、はるかに簡単です。 dを押すと、AとBの両方がバッファCにコピーされます。
(defun ediff-copy-both-to-C ()
(interactive)
(ediff-copy-diff ediff-current-difference nil 'C nil
(concat
(ediff-get-region-contents ediff-current-difference 'A ediff-control-buffer)
(ediff-get-region-contents ediff-current-difference 'B ediff-control-buffer))))
(defun add-d-to-ediff-mode-map () (define-key ediff-mode-map "d" 'ediff-copy-both-to-C))
(add-hook 'ediff-keymap-setup-hook 'add-d-to-ediff-mode-map)
バッファ「C」に切り替えて編集できます。押す + 差分を復元するためにすでにAまたはBを選択している場合。
キーを押して差分マーカーを自動的に削除するのであれば、それはひどい考えのように思えます。
手動マージはユーザーに任せる必要があります。各差分領域がどこから来たのかについての手がかりを取り除くことは、私には正しく感じられません。
これを使用して、マーカーを空白行にカスタマイズできます。
M-:
(setq ediff-combination-pattern '("" A "" B "" Ancestor))
vc-resolve-conflictsのドキュメント文字列は、smerge-ediffのエイリアスであることを示しています。
それが私が期待するように機能している場合、バッファはスマージマイナーモードになっているはずであり、スマージュ用のメニューがあるはずです。そのメニューには、必要なものがすべて含まれています。
はい、私は完全にこれをやりたいです!次のコードのチャンクを使用すると、次のように入力して両方を取得できます d -これにより、マージバッファー内のバッファーA
とバッファーB
の両方から(この順序で)コードが取得されます。
このコードの唯一の本当の難しさは、ediff
が1つの場所でマクロを使用するという事実であり、関数のコンパイルされたバージョンを新しいマクロで再評価する必要があります。とにかく、コードを試してみてください。 Emacs23.2でテスト済み。
(require 'ediff-init) ;ensure the macro is defined, so we can override it
(defmacro ediff-char-to-buftype (arg)
`(cond ((memq ,arg '(?a ?A)) 'A)
((memq ,arg '(?b ?B)) 'B)
((memq ,arg '(?c ?C)) 'C)
((memq ,arg '(?d ?D)) 'D)
))
(require 'ediff)
;; Literally copied from ediff-util
;; need to re-evaluate because it uses the macro defined above
;; and the compiled version needs to be re-compiled with the new definition
;; why a macro????
(defun ediff-diff-to-diff (arg &optional keys)
"Copy buffer-X'th difference region to buffer Y \(X,Y are A, B, or C\).
If numerical prefix argument, copy the difference specified in the arg.
Otherwise, copy the difference given by `ediff-current-difference'.
This command assumes it is bound to a 2-character key sequence, `ab', `ba',
`ac', etc., which is used to determine the types of buffers to be used for
copying difference regions. The first character in the sequence specifies
the source buffer and the second specifies the target.
If the second optional argument, a 2-character string, is given, use it to
determine the source and the target buffers instead of the command keys."
(interactive "P")
(ediff-barf-if-not-control-buffer)
(or keys (setq keys (this-command-keys)))
(if (eq arg '-) (setq arg -1)) ; translate neg arg to -1
(if (numberp arg) (ediff-jump-to-difference arg))
(let* ((key1 (aref keys 0))
(key2 (aref keys 1))
(char1 (ediff-event-key key1))
(char2 (ediff-event-key key2))
ediff-verbose-p)
(ediff-copy-diff ediff-current-difference
(ediff-char-to-buftype char1)
(ediff-char-to-buftype char2))
;; recenter with rehighlighting, but no messages
(ediff-recenter)))
(defun ediff-copy-D-to-C (arg)
"Copy ARGth difference region from both buffers A and B to C.
ARG is a prefix argument. If nil, copy the current difference region."
(interactive "P")
(ediff-diff-to-diff arg "dc"))
(defun ediff-copy-diff (n from-buf-type to-buf-type
&optional batch-invocation reg-to-copy)
(let* ((to-buf (ediff-get-buffer to-buf-type))
;;(from-buf (if (not reg-to-copy) (ediff-get-buffer from-buf-type)))
(ctrl-buf ediff-control-buffer)
(saved-p t)
(three-way ediff-3way-job)
messg
ediff-verbose-p
reg-to-delete reg-to-delete-beg reg-to-delete-end)
(setq reg-to-delete-beg
(ediff-get-diff-posn to-buf-type 'beg n ctrl-buf))
(setq reg-to-delete-end
(ediff-get-diff-posn to-buf-type 'end n ctrl-buf))
(if (eq from-buf-type 'D)
;; want to copy *both* A and B
(if reg-to-copy
(setq from-buf-type nil)
(setq reg-to-copy (concat (ediff-get-region-contents n 'A ctrl-buf)
(ediff-get-region-contents n 'B ctrl-buf))))
;; regular code
(if reg-to-copy
(setq from-buf-type nil)
(setq reg-to-copy (ediff-get-region-contents n from-buf-type ctrl-buf))))
(setq reg-to-delete (ediff-get-region-contents
n to-buf-type ctrl-buf
reg-to-delete-beg reg-to-delete-end))
(if (string= reg-to-delete reg-to-copy)
(setq saved-p nil) ; don't copy identical buffers
;; seems ok to copy
(if (or batch-invocation (ediff-test-save-region n to-buf-type))
(condition-case conds
(progn
(ediff-with-current-buffer to-buf
;; to prevent flags from interfering if buffer is writable
(let ((inhibit-read-only (null buffer-read-only)))
(goto-char reg-to-delete-end)
(insert reg-to-copy)
(if (> reg-to-delete-end reg-to-delete-beg)
(kill-region reg-to-delete-beg reg-to-delete-end))
))
(or batch-invocation
(setq
messg
(ediff-save-diff-region n to-buf-type reg-to-delete))))
(error (message "ediff-copy-diff: %s %s"
(car conds)
(mapconcat 'prin1-to-string (cdr conds) " "))
(beep 1)
(sit-for 2) ; let the user see the error msg
(setq saved-p nil)
)))
)
;; adjust state of difference in case 3-way and diff was copied ok
(if (and saved-p three-way)
(ediff-set-state-of-diff-in-all-buffers n ctrl-buf))
(if batch-invocation
(ediff-clear-fine-differences n)
;; If diff3 job, we should recompute fine diffs so we clear them
;; before reinserting flags (and thus before ediff-recenter).
(if (and saved-p three-way)
(ediff-clear-fine-differences n))
(ediff-refresh-mode-lines)
;; For diff2 jobs, don't recompute fine diffs, since we know there
;; aren't any. So we clear diffs after ediff-recenter.
(if (and saved-p (not three-way))
(ediff-clear-fine-differences n))
;; Make sure that the message about saving and how to restore is seen
;; by the user
(message "%s" messg))
))
;; add keybinding in a hook b/c the keymap isn't defined until the hook is run
(add-hook 'ediff-keymap-setup-hook 'add-d-to-ediff-mode-map)
(defun add-d-to-ediff-mode-map ()
(define-key ediff-mode-map "d" 'ediff-copy-D-to-C))