dict, give chance to switch, and to download if required. Because of
the way the JNI thread works, and JNI's requirement in general that
env instances match up (e.g. dicts must be destroyed in the same
thread that creates them), substituting into a live game is too hard.
So the game's saved with its new dict and then reloaded.
new param passed to remote and changing final score formatting and
menu items to match. Still need to show old menu on android in case
where game has already ended.
used by server. Clients need to care if e.g. the server's disallowing
phonies based on its dict. Can only be sent if client is of latest
version. In that case, common code calls into new util function. In
future changes, BoardActivity's implemention of the callback will need
to check if the server's choice of dict is available, and if not offer
to download it. Once it's available, will want to install it.
used by server. Clients need to care if e.g. the server's disallowing
phonies based on its dict. Can only be sent if client is of latest
version. In that case, common code calls into new util function. In
future changes, BoardActivity's implemention of the callback will need
to check if the server's choice of dict is available, and if not offer
to download it. Once it's available, will want to install it.
if all tiles are used (ending the game and triggering penalties for
other players.) Changes are protected by compile-time flags currently
not turned on.
-- and to detect when an incoming move doesn't make sense. These
latter changes may not be necessary now that hash code is checked
first thing, but can't hurt, and there will be devices without hash
codes for a while.
when a devices sends to self via SMS and client winds up getting a
registration message it just sent. Not perfect yet (and may require a
change in the comms protocol -- that's not versioned :-(.
so that snapshotting made score strings disappear. Also rename
stream_copyFromStream to stream_getFromStream to make it clearer that
the src is modified. And swap params in stream_setPos().
it if any players are missing. Idea's to allow for non-relay devices
the invitation opportunity that comes when a game connects to the
relay and learns that no other games have joined its room.
with 15x15 and 17x17 (and presumably larger) with the old games being
upgraded mid-game: when server's new and wants to use a larger board
but not all clients are capable, shrink the board; and, when new
server is opening state saved by pre-upgrade code, assume a non-0
proto version for clients that registered earlier (as old code didn't
save the client's proto version.)
clients to append their stream version to their inital connect
message. (The format can't change, so detecting additional length was
the only option. comm.c on existing clients won't allow more than one
connect message per channel, so adding a new to be used in addition
didn't work.) New servers detect this; old will ignore. Track the
version (implicit or not) of all clients, and use the lowest any
supports, so that new server and all new clients will use newer proto.
MAX_COLS was larger than 16. In order that old-style messages on
relay be readable by new-style code on device, modified server.c's
protocol to include stream version. But: unless I come up with a
better way of doing this all devices will have to be upgraded at the
same time: old won't be able to read the new format as it's done here.
to enable it for a game yet). In common code, break pick tile utils
method in two, one for blank and the other for tray tiles. In java,
implement dialog for picking the tiles. Works, though is a bit clumsy
to have the dialog come and go after every pick. Better would be a
dialog that stays up and accumulates picks -- but it'd have to know to
reduce the set of tile choices as letters are chosen. This'll do for
now.
played that include that tile and pass to new util_cellSquareHeld()
method. In java implementation of that method, use existing lookup
activity code to display list of words. Enabled on the C side by a
compile-time flag in case it has problems. Right now the time spent
saving a game before launching the lookup activity, and reloading it
after, is pretty apparent, but that's in emulator which is slow.
util_userQuery(QUERY_ROBOT_MOVE) with new util_informMove(), into
which the number of words formed and the words themselves are passed.
The process of consing up the score explanation was already passing
over the model, so storing the words is very little effort, and will
save a call back into the model where the user actually wants to do
the lookup.
uses existing stack and undo features to run a WordNotifierInfo over
some number of scoring passes to gather the words seen. Seems to work
as tested from gtk version. Now need to try from android....
one and changing the site that used it to use the other. Not visible
outside of common, but should make it easier to harvest a list of all
words for one move or the entire game.
