Allow to set initial contents for recipients menu with
g:GPGRecipientsMenu. Example usage:
let g:GPGRecipientsMenu=""
\."GPG: Example User <example@example.com>\<NL>"
\."GPG: Other User <otherexample@example.com>\<NL>"
glob() reports false positives if the filename has metacharacters in it
(e.g., "[...]"), which causes Vim to incorrectly open a new, blank
buffer instead of the specified file.
Closesjamessan/vim-gnupg#12
Signed-off-by: James McCoy <vega.james@gmail.com>
This was lost in the refactor of external command handling, commit
7d102c843, and was causing an unnecessary "Press ENTER …" prompt to be
emitted whenever the buffer was written out.
Signed-off-by: James McCoy <vega.james@gmail.com>
If there are specific actions that should take place when editing a
GnuPG-managed buffer, an autocmd for the User event and GnuPG pattern
can be defined. For example, the following will set 'textwidth' to 72
for all GnuPG-encrypted buffers:
autocmd User GnuPG setl textwidth=72
This will be triggered before any BufRead or BufNewFile autocmds, and
therefore will not take precedence over settings specific to any
filetype that may get set.
Closesjamessan/vim-gnupg#10
Signed-off-by: James McCoy <vega.james@gmail.com>
The previous behaviour of this plugin was to open the recipient pane
immediately after opening a new file with the correct extension. The
documentation states that this should still occur, so this commit
implements the behaviour in a slightly different manner than the old
plugin.
If a user :w's when in the options or recipient panes the global
bufwrite handlers will be called, triggering an attempt to encrypt the
file. The user will be dropped into the command line recipient adding
process, and the recipients listed in the buffer will be ignored.
This commit checks to see if a buffer is a child of another by looking
for the buffer local var containing the parent buffer name, and only
runs the encryption if it is not present.
Need to use copy() when setting b:GPGRecipients in GPGDecrypt(), otherwise the local variable will act as a reference to the global one. The result will be that the global default recipient list will become a super-set of recipients as multiple gpg files are opened.
This can be really handy when using vim as an external editor
for a program (via temporary files) that you'd like to be able to
encrypt based on the temp file's name (for example, when using
vim as an external editor for Notational Velocity).
Previously, only a contiguous block of uids would be presented to the
user when trying to disambiguate a key. This happened because a key may
have other fields interspersed among the uids, like UAT.
Signed-off-by: James McCoy <vega.james@gmail.com>
This is a step towards reporting keys that aren't valid for encryption
instead of just ignoring them.
Signed-off-by: James McCoy <vega.james@gmail.com>
Using system('tty') will always report "not a tty", since the spawned shell
has stdin redirected. In order to get an accurate value for $GPG_TTY when
it's not already set, read the output of the tty command using :!.
This requires a bit more setup/teardown to ensure the buffer and user's undo
state aren't affected, but it's the only way to accurately determine the
user's tty.
Closes: #1
Signed-off-by: James McCoy <vega.james@gmail.com>
It's possible that gpg will work fine without $GPG_TTY being set (e.g., when
using a GUI pinentry program). Therefore, the message should be classified as
a warning, not an error.
Also, use a single :echom to ensure the user sees the entire message, not just
"gpg-agent might not work."
First part of GH #1
Signed-off-by: James McCoy <vega.james@gmail.com>
Whenever GPGFinishRecipientsBuffer is called, the buffer is processed to
convert names to IDs. However, this was ignoring any existing ID information
in the buffer. This meant that if a person had multiple keys, the user would
be prompted to disambiguate the keys after every :GPGEditRecipients session.
Parsing the ID out of the recipients buffer avoids the unnecessary prompting.
Signed-off-by: James McCoy <vega.james@gmail.com>
After opening a file, an immediate "u"/":undo" would remove the entire
contents of the buffer. Even worse, this would not set 'modified', so there
would be no indication that wasn't the actual initial state of the buffer.
Discarding undo history for a buffer requires a few steps, including making a
change. Luckily, a change is already being made (deleting the extra line left
after ":r !" the decrypted file), so discarding undo history can piggy-back on
top of that.
Signed-off-by: James McCoy <vega.james@gmail.com>
This is another step to prevent writing out sensitive information to disk.
Typically, when running an external command, Vim writes the command input (the
buffer in this case) to a file in a private temp directory. When
'noshelltemp' is set and the system supports it, Vim uses pipes to the child
process to handle this instead.
Signed-off-by: James Vega <vega.james@gmail.com>
The two argument form of shellescape() is now being used, and that was
introduced in the pre-releases of 7.2.
Signed-off-by: James Vega <vega.james@gmail.com>
With this change, we're able to properly handle errors from shell commands.
This means no more overwriting the original file when an incorrect password is
entered or some other similar scenario.
Also, move the handling of entering recipients to gpg itself instead of
mimicking that in Vim itself.
Signed-off-by: James Vega <vega.james@gmail.com>
