Remove unused rhizome_str[n]_is_...() functions in favour of
str[n]_to_rhizome_..._t() functions
Ensure that all str_to_..._t() functions accept a NULL 'dst' pointer
so they can be used easily to validate strings
Move config-dependent code (recvwithttl) from net.c to mdp_net.c (new)
Move log-implementation-independent code from log.c to log_util.c (new)
Build config_test binary in Makefile
When in a the finalise part of a test (possibly as a result of a
failure or error), make sure that shell backtraces do not list the
test case functions that failed, since they have already been
reported in a backtrace at the point of failure
Replace forkKillAll with fork_terminate_all
Replace forkWaitAll with fork_wait_all
Add fork_terminate and fork_wait functions
Introduce fork labels '%<alphanumeric>' as arguments to all fork
functions
Treat a forked process exit status 143 (killed with SIGTERM) as a
failure or error -- it happens when a forked process is terminated
using fork_terminate or fork_terminate_all
Now tokens are included in each row instead of a single token in the
enclosing JSON object. Only puts tokens on the first row, and
thereafter all rows with a rowid higher than for the previous row that
had a token.
Make all #include <netinet/in.h> conditional upon HAVE_NETINET_IN_H
Remove unnecessary #include <netinet/in.h> from source files
Reformat include block in "serval.h" for readability
New ".rowid" output field from rhizome add, import, extract, export
operations. (Also added missing ".inserttime" and "date" fields to
some operations.)
Use new "rhizome add file" .rowid output field to check output of of
/restful/rhizome/bundlelist.json
Write test case assertions using jq(1) utility, increase from four
bundles to 100.
Fix bugs in HTTP server content generation logic.
Make payload content generator read payload 4KiB at a time, to
always read on filesystem block boundaries for performance. Increase
size of payload in relevant test case.
Content generator functions now take arguments describing the buffer
they are to fill, and respond with a struct containing the number of
bytes filled, and the number of free bytes needed before being called
again.
The HTTP response logic now fills the buffer as much as possible before
calling write(2) by topping it up instead of waiting for it to be
completely emptied before generating more content.
