* Apparently I am wrong and Scheme is the new Python after all.
* Non-import related PEP8 compliance must wait for another day, though
the other PEP8 fixes remain.
* Changed id/else statements to a more pythonic form from scheme
masquerading as python - sorry Justus, it had to go ;).
* With the added bonus of enabling PEP8 compliance in those sections.
* Fixed remaining PEP8 compliance issues with the exception of the
imports at the beginning of the file (changing those will break the
entire module, so we'll cope with it as it is).
* Bindings confirmed to work with the newly released 3.7.0.
* Updated M4 file to reflect this change and correct the Python binary
search order (3.7 is not yet given priority, but will still be found
first via the more generic python3 executable).
* Updated setup.py.in, bindings documentation and README to reflect this.
* Added a secret key export variant which saves output as both GPG
binary and ASCII armoured, plus saves in $GNUPGHOME and uses
multiple methods of determining what that location is.
* Example of default exporting keys.
* Example of exporting minimised keys.
* Example of exporting secret keys to a file with correct permissions.
Signed-off-by: Ben McGinnes <ben@adversary.org>
* The holy grail: a function to export secret keys.
* GPGME will still invoke pinentry and gpg-agent as usual to authorise
the export.
* Mostly similar to the two previous export functions for public keys
except that it will return None if the result had a length of zero
bytes. Meaning that the difference between the specified pattern
(if any) not matching available keys and an incorrect passphrase is
not able to be determined from this function (or the underlying one
for that matter).
Signed-off-by: Ben McGinnes <ben@adversary.org>
* Updated key_export and key_export_minimal to return None where a
pattern matched no keys in a manner simnilar to the possible result
of key_export_secret.
* Added functions for exporting public keys to gpg.core in both
complete form and in minimised form.
* Rather than letting people need to worry about the export modes we
are simply separating the functions as people would be more familiar
with from the command line usage anyway.
* Functions added for Context are: ctx.key_export_minimal and
ctx.key_export as the default or full export.
Signed-off-by: Ben McGinnes <ben@adversary.org>
--
* src/Signature: typo
* src/gpgmejs.js: fixed wrong scope in verification
* right now verify does not succeed in the DemoExtension.
This is probably a problem in conversion or line ending.
* configure.ac: Add js as language.
* lang/Makefile.am: Add js as dist language.
* lang/js/BrowserTestExtension/Makefile.am,
lang/js/DemoExtension/Makefile.am,
lang/js/Makefile.am,
lang/js/src/Makefile.am: Populate EXTRA_DIST variables.
--
There is no actual build done yet as there seems to be
no way to build it with debian stable tools. This needs
clarification.
--
* src/Keyring.js: added more options for key generation.
* src/Key.js: GetDefaultKey now relies on the info associated with the
key, as the approach of relying on a secret subkey did not work as
intended
* DemoExtension: Added a button for retrieval of the subkey, to test
this functionality.
* Fixed most of the PEP8 errors in core.py
* Those remaining may need more than little edits and are a bit
strange (too clearly the result of a programmer who has spent far
too much time dealing with Lisp so that for Python it looks
... strange).
* Wrapped the key import function in the try/exception statements
needed to catch at least the most likely unsuccessful import attempt
errors.
* Mostly draws on the file error and no data import statuses for
errors, with a couple of exceptions.
Signed-off-by: Ben McGinnes <ben@adversary.org>
* The foundation of a pythonic key import function authored by Jacob
Adams.
* A unit testing script for the same function originally authored by
Tobias Mueller
* Added DCO reference for Jacob Adams to the GPGME AUTHORS file.
* Additional details regarding this patch are available here:
https://dev.gnupg.org/T4001
Signed-off-by: Ben McGinnes <ben@adversary.org>
--
* src/gpgmejs.js:
- Added verify method
- Added verification results in decrypt (if signatures are present
in the message)
- Added a base64 option to decrypt
* src/Signature.js: Convenience class for verification results. Used
for e.g. converting timestamps to javascript time, quick overall
validity checks
* src/Keyring.js: removed debug code
* src/Errors.js add two new Signature errors
--
* DemoExtension/maindemo.js - added a Demo for retrieving the default
signing key
* src/Errors.js - add a new Error if no default key can be determined
* src/Key.js added documentation and a TODO marker for hasSecret.
* src/Keyring.js implemented getDefaultKey
* src/permittedOperations.js: Added missing entry for verify,
added config_opt
--
* The current test icon was just a generic pin. Changed that by the
gnupg lock symbol with 'Demo'/'Tests' written on it. Original taken
from gnupg artwork/icons/lock-wing.svg.
--
* src/Keyring.js: Added method generateKey for new Keys
Still TODO: Key length and some further testing. Automated testing
does not work in this case, and gpgmejs will not be able to delete
test keys again.
* src/permittedOperations.js Added new method's definitions according
to gpgme-json
--
* the nativeApp now sends all data in one base64-encoded string, which
needs reassembly, but in a much easier way now.
* there are some new performance problems now, especially with
decrypting data
* lang/cpp/src/context.cpp, lang/cpp/src/context.h
(Context::createKeyEx): New.
--
The createKeyEx function follows the usual pattern that the
synchronous call returns a result directly while for the
async an extra call is neccessary.
* Uses the groups module to prepare a list of recipients and encrypt
to those.
* The main version (encrypt-to-group.py) tries to check for invalid
recipients, but still falls back to always trust for the second
encryption attempt.
* The gullible version doesn't try pruning the recipient list at all,
it just tries to encrypt and if it fails, switches straight to
always trust.
* The trustno1 version doesn't use the always trust model at all and
only attempts pruning the list of invalid recipients.
--
* trying to stick to eslint from now on for readability
* As some attribution was lost in previous git confusions, I added my
name into some of the licence headers
--
* Keyring.js
- implemented importKey: importing one or more armored public key
blocks.
- implemented deleteKey: deleting a public Key from gpg.
* Key.js renamed property Key.armor to Key.armored
* Helpers.js: toKeyIDArray does not complain anymore if there are no
keys. Not having Keys in e.g. signing keys in encrypt is legitimate
and common, the complaints were getting spammy
* Errors.js: gpgme_errors now always pass an optional additional
message, for easier debugging in minified code
* Connection.js: Fix in gpgme-json responses containing objects
* eslintrc.json: Start using eslint. A cleanup to conform to it is not
done yet
* Added further tests for the new functionality
* Another attempt at fixing the org-mode version.
* A proof reader ascertained there were tabs in it instead of whitespace.
* Stripped the lot out and replaced with standard 4 spaces, fixed
every incorrect example ... and it still breaks upon save and/or export.
* Added the reference to the mutt-groups.py script to demonstrate the
groups.py module/code.
--
* src/Keys.js
- made setKeyData more consistent with other methods
- added convenience methods (Key.armored, Key.hasSecret)
- Added a Key delete function
* src/Keyring.js:
- added a getkeysArmored which allows for bulk export of public Keys
gpgmejs:
- removed deleteKey. It is now a method of the Key itself
- Encrypt: Added some common options as parameter, and the
possibility to set all allowed flags via an additional Object
* lang/cpp/src/data.h, lang/cpp/src/data.cpp (Data::rewind): New.
* lang/qt/tests/t-various.cpp (testDataRewind): Test it.
--
The advantage of this convieniance function in GPGME is that
it avoids the messiness that are declarations with off_t.
GnuPG-Bug-Id: T3996
--
* implementing Keyring methods:
- Keyring.getKeys: has an additional option that retrieves the armor
and secret state once at the beginning. This is power hungry, but
allows for Keys to be used directly (without querying gpgme-json
each call)
* permittedOperations.js: reflect recent changes in the native
counterpart, adding more options
* Key: adding two methods for retrieving the armored Key block and
for finding out if the Key includes a secret subkey.
--
* After an operation a connection should be disconnected again.
The "end of operation" is now assumed to be either an error as
answer, or a message not including a "more"
* GPGME, GPGME_Key, GPGME_Keyring don't require a connection
anymore
* Message.js: The Message.post() method will open a connection as
required
--
* Keys can now be queried for information. Onne version queries gnug
directly (asynchronous Promise in javascript terms), the cached
version refreshes on demand.
* Small fixes:
src/Connection.js joins answers that stay json properly now
--
* src/Connection.js: isConnected was renamed to checkConnection, that
returns a promise with either version information or Boolean
* Connection checks have been adapted to reflect that checkConnection
returns a Promise
* BrowsertestExtension: tests/signTest.js was missing from my last
commit
* Added a script which demonstrates how the groups module works.
* Script generates Mutt/Neomutt crypt-hooks for every group entry in
gpg.conf, including those entries for multiple keys (Mutt handles
that differently).
* Fixed the groups.py script so it really does what is described (the
old code had the same result for groups, group_lines and
group_lists).
* Updated the corresponding example in the doc to match.
* Updated the decryption example code in the HOWTO and the
corresponding decrypt-file.py script to gracefully handle a
decryption failure. This error will always be triggered when GPGME
is used to try to decrypt an old, MDC-less encrypted message or
file.
--
* Uint8Arrays are not supported for now there are unsolved issues in
conversion, and they are lower priority
* encrypt gains a new option to indicate that input values are base64
encoded
* as decrypted values are always base64 encoded, the option base64 will
not try to decode the result into utf, but leave it as it is
