+ __ops_parser_content_t -> __ops_packet_t
+ rename some other long names
51 chars is the record function name length so far
+ preliminary moves to support detached signatures
as yet, incomplete
+ add back command line option to list packets in a signed or encrypted file
+ make __ops_parse() take an argument whether to print errors, and kill the
__ops_parse_and_print_errors() function
+ get rid of some assertions in the code - this is a library - about 100 to go
version of openpgpsdk, and will replace it. Differences between netpgp
and the NetBSD repository version of openpgpsdk are:
+ Wrap source code in GNU autoconf/configure
+ New high-level interface for libnetpgp(3) and netpgp(1)
+ Hide prolifery of local headers in the internal lib directory -
there is now one exported header called netpgp.h
+ Hide all ops_* functions and structs behind __ops_* names
+ Fix long-standing bug - make decryption work with files > 8192 bytes
(fix for signature verification of signed files > 8192 bytes was already
brought forward from the NetBSD repository of openpgpsdk)
+ Use mmap(2) to read files, falls back to read(2) if can't do mmap
+ Compile portable package using libtool
+ Rationalise the number of source files - merge a number of smaller ones
+ Case-insensitive matching of key ids
+ Use PRIsize throughout
+ Use calloc(3) throughout to zero memory
+ Get rid of global symbols which abused a macro
+ Use more descriptive names - remove "_arg_" components, name things for their
purpose, rather than what they are (their type)
+ No more --passphrase= argument to netpgp(1) - this is now always
done through callbacks
+ Report source code date and build date in version number, as well as the
version number itself
This will form the basis of the portable netpgp package.
Print out the version number of the openpgpsdk library when showing the
version string.
Parse the existing ~/.gnupg/gpg.conf to get the default user id, if any.
Use the actual size of the arrays in snprintf(), rather than a size which
may or may not be accurate.
Get rid of an unused 8K array on the stack - it's not needed.
the size we've allocated; instead, if the current size is more than 8 MiB,
then add 1 MiB on; current behaviour remains unchanged for re-allocations
less than 8 MiB.
