Manual pages are now generated and during the generation the version
string is read from `version` file, so this (currently failing) test
checking manual page versions can be removed.
While at it, changed the case pattern *[^0-9.]*
to its portable alternative *[!0-9.]*
NOTMUCH_VERSION_* macros in lib/notmuch.h are replaced with
LIBNOTMUCH_VERSION_* macros. Check that the values of those
match the LIBNOTMUCH_*_VERSION values in lib/Makefile.local.
New defines NOTMUCH_MAJOR_VERSION, NOTMUCH_MINOR_VERSION and
NOTMUCH_MICRO_VERSION were added to lib/notmuch.h.
Check that these match the current value defined in ./version.
Check that the underlining '===...' for first (header) line in NEWS
file is of the same length as the header text and it is all '=':s.
-- extra execs removed by db.
Version string has strict format requirements in release-check.sh:
only numbers and periods (in sane order) are accepted.
Mismatch there used to halt further execution.
In this case, checking versions like '*~rc1' for (more) problems
was not possible.
This 'fatal error' is now changed buffered error message like in
following tests, and is displayed at the end of execution.
Currently Makefile.local contains some machine executable release
checking functionality. This is unnecessarily complex way to do it:
Multiline script functionality is hard to embed -- from Makefile point
of view there is just one line split using backslashes and every line
ends with ';'. It is hard to maintain such "script" when it gets longer.
The embedded script does not fail as robust as separate script; set -eu
could be added to get same level of robustness -- but the provided
Bourne Again Shell (bash) script exceeds this with 'set -o pipefail',
making the script to fail when any of the commands in pipeline fails
(and not just the last one).
Checking for release is done very seldom compared to all other use;
The whole Makefile.local gets simpler and easier to grasp when most
release checking targets are removed.
When release checking is done, the steps are executed sequentially;
nothing is allowed to be skipped due to some satisfied dependency.
