* Added a new user ID for Danger Mouse.
* Removed the empty entry for key preferences since that is handled
through gpg.conf and/or editing the key directly.
* src/cJSON.c: New.
* src/cJSON.h: New.
* src/cJSON.readme: New.
--
This is a copy of the code from the payproc commit
af5d6b4f820ee19e246a2cab6f56465fe91f1233. The code was originally
added to payproc with the commit below.
Signed-off-by: Werner Koch <wk@gnupg.org>
===============================================
commit 7ae7ef29bc5ec19e005e6a5a739233d655f3f05f
Author: Werner Koch <wk@gnupg.org>
AuthorDate: Wed Apr 2 09:01:42 2014 +0200
Commit: Werner Koch <wk@gnupg.org>
CommitDate: Wed Apr 2 09:12:02 2014 +0200
Simplify cJSON and add new macros.
* src/cJSON.h: Re-indented.
(cjson_t): New.
(cjson_is_): New macros.
* src/cJSON.c: Re-indented. Include errno.h and our util.h.
(ep): Remove global var.
(cJSON_GetErrorPtr): Remove.
(cJSON_strcasecmp): Cast args for use with tolower.
(cJSON_malloc, cJSON_free): Remove. Change callers to use xtrymalloc
and xfree.
(cJSON_InitHooks): Remove.
(cJSON_strdup): Remove. Change callers to use xtrystrdup.
(cJSON_New_Item): Simplify.
(cJSON_ParseWithOpts, cJSON_Parse): Add arg R_ERROFF.
(parse_string, parse_value, parse_array, parse_object): Add arg EP.
--
cJSON has been taken from cjson-code-58.zip. The README file has been
renamed to cJSON.readme and the files have been changed to GNU coding
standards. Because that parser is small enough to be source copied it
does not make sense to treat it as a library and I changed the memory
allocation functions to the usual xmalloc ones. The only external
dependency now is out util.h which declares those functions.
The lowercase cjson_t better fits into our coding style as well as the
new macros. Thanks to Dave Gamble for this nice parser.
===============================================
* Clarified which English dialects this is written in.
* Translating to American can happen *after* it's done.
** The Yank version would probably want to change some of the examples
anyway.
* Began the description for normal/default signing.
* Added a section on key selection.
* Included recommendation for using fingerprint when selecting one
specific key.
* Also included the most ironically amusing example of multiple key
selection in a GPG guide. Hey, it's public data ... (heh).
* Added explanation of the ascendance of Python 3 over Python 2 in the
guide to the intro.
* Expanded key selection description so people know what not to
include regarding key IDs with this key selection method.
* During the course of working out the updated signature methods,
determined that key selection (including counting) will beed to be
presented before the basic functions.
* Moved "working with keys" up.
* Added a miscellaneous work-arounds section at the end.
* Included code in said miscellaneous section for accessing the groups
specified in a gpg.conf file.
* It's a bit ugly since it does require subprocess (but not call,
Popen or shell access and only accesses one command).
* updated multi-encryption final example to be complete.
* second example shows most likely method of reading plaintext.
* updated example filenames to stick with running gag
(i.e. secret_plans.txt).
* error corrections.
* multiple typesetting fixes only required due to certain archaic
eccentricities of LaTeX.
* a couple of minor python PEP8 compliance corrections.
* Added a more complicated encryption example with a few variations on
the encryption method to account for untrusted recipient keys,
signing or not signing, including or excluding default keys and so
on.
* Switched from links to some external docs to using footnotes where
necessary.
* Ideally the howto should be as stand alone as possible.
* Also it makes it difficult to convert to another format for
proof-reading if there are links that the conversion can't find.
* Wrote the text description explaining each step in the most basic
encryption operation.
* Will need to include additional examples for encrypting to multiple
recipients using Context().encrypt instead of Context().op_encrypt.
* Added all four signing code examples that are most likely to be
used: armoured, clearsigned, detached armoured and detached binary.
* May remove some examples and just discuss the differences, but it
depends on the way the text is filled out.
* Added sample code for encrypting some text to a single key.
* Basically I'm just lifting existing production code and changing the
key IDs from mine to "0x12345678DEADBEEF" for these first few
examples.
* I'll fill in the text description after.
* Note: due to my regional location, I might split some tasks into
more commits in order to be sure no work gets lost in case of
emergency (or to put it another way: I know Telstra too well to
trust them).
* Added a section for those pythonistas who are too used to web
programming. Stressed that it's not simply not RESTful, it's not
even REST-like.
* Letting me move on to drawing a very loose parallel between a
session and a context. The differences should become obvious in the
subsequent sections.
* Some instructions to include are fairly obvious; as with encryption,
decryption and signature verification.
* Some are a little less obvious.
* This includes the requests received to specifically include subkey
management (adding and revoking subkeys on a primary key that's
being retained.
* Added the UID equivalents to the list, as well as key selection
matters (and may or may not include something for handling group
lines since that involves wrapping a CLI binary).
* Key control documentation and examples requested by Mike Ingle of
confidantmail.org.
* removed one bit of whitespace.
* Marked up references to gpgme.h.
* Fixed one spelling error.
* Removed py2.6 from python search order since even if it is
supported, it shouldn't be encouraged.
* Started work on the GPGME Python bindings HOWTO.
* 1,050 words to begin with at approx. 7.5KB.
* Got as far as installation.
* Includes instruction not to use PyPI for this.
* Made the copyright line a new top level org heading in order to
prevent it getting folded into other tasks which will eventually get
closed (so it doesn't go missing if those items are subsequently
archived).
