It doesn't work at all, because we're missing something in the net code
to do with endian conversions. I haven't investigated, yet, but at least
now we have a failing test that can be investigated.
Also moved to cmake 3.5 at minimum. CMake will stop supporting lower
versions than that, soon.
Also moved to C11 from C99 to get `static_assert`.
Also made a network ERROR into a WARNING. It triggers on FreeBSD.
* Bump the targeted API on armeabi and x86 to 19
- Starting with the r24 NDK, Jelly Bean (APIs 16, 17, and 18) is no
longer supported.
* Build libsodium w/ --disable-pie
- Workaround for `ld: error: relocation R_386_PC32 cannot be used
against symbol 'crypto_auth_hmacsha512_init'; recompile with -fPIC`
Also flip some callback asserts, because they can be reached by fuzzing
eventually.
Also update the bootstrapd checksum, since the alpine image changed a
bit.
The max message length was reduced by 4 bytes to account for the pseudo message ID, which had unintended effects on clients. It makes more sense to increase the raw packet length by four and keep the max group message length the same as the max message length for friend chats.
The function that tells us if we're connected to a group now behaves
according to the documentation and returns true if we're attempting
to connect to a group, rather than only returning true if we've
connected with other peers
Instead of announcing a group whenever our connection status changes,
including when we gain or lose a TCP relay connection, we now only
when our UDP status changes, or if our previously announced
relay has gone offline. We also refresh our announcement
20 minutes regardless of any connection changes.
change should vastly reduce the amount of unnecessary DHT
traffic related to group announcements.
cmake treats the provided path differently depending on whether it
contains a CMakeCache.txt or not. If it doesn't contain it -- it's
treated as a path to the source tree, if it does -- as a path to the
build tree. We want it to be treated as a source tree path, but if a
user has CMakeCache.txt in that directory, e.g. from a previous in-tree
build the user has done, cmake will treat it as a build tree instead,
which might lead to unexpected results (improperly configured build) or
an error, with the latter being more likely considering we are building
inside a container and the host paths specified in the user-generated
CMakeCache.txt likely don't exist in there.
