Extend struct budget member bm[] to cover ships, planes and land
units, too.
Plane maintenance changes because pilot pay is now consistently
rounded down. Before it was rounded down for broke countries, else
up. The stock game's pilots earn a little less than $25, and solvent
countries save $1 per plane. The rounding doesn't make much sense
either way. To be be addressed in a later commit.
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
The update summarizes sector production, building and maintenance for
budget in a two-dimensional array int p_sect[SCT_BUDG_MAX+1][2]. All
references into this array use literals as second subscript. Bzzzt,
wrong data type.
Add two one-dimensional arrays to nat_budget[], one for production,
and one for building and maintenance. p_sect[i] becomes
nat_budget[cnum].prod[i] for production, and .bm[j] for building and
maintenance. p_sect[i][0] becomes .count, and -p_sect[i][1] becomes
.money.
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
When we add up military payroll, we discard fractions. Payroll is
therefore lower than it should be, but I'm not fixing that now. The
number of military budget reports is actually computed from payroll,
and therefore also low.
The obvious way to fix that would be adding another out parameter to
tax() and upd_slmilcosts(). However, budget and the update track cost
and count of numerous things (sector products, unit maintenance and
building, ...), and it's time for a common way to do that.
Create struct budget_item for tracking cost and count, and struct
budget nat_budget[MAXNOC] for tracking a nation's budget. Track only
military for now; more to follow.
This fixes the military count. The cost of military remains low,
because we discard fractions exactly as before.
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
update.h is a convenience header to include headers commonly needed in
update code. The price for the convenience is superfluous recompiles.
Include necessary headers directly, and drop update.h
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
Update code shared with budget uses the bp map instead of the sector,
so that budget can track materials and work available in sectors for
ship, plane and land unit building without updating the sector file.
Unfortunately, the bp map can become stale during the update.
prepare_sects() doesn't update the bp map for sea sectors, unlike
budget's calc_all(). Instead, we rely on calloc()'s initialization.
Works, but is a bit unclean.
prepare_sects() updates the bp map after fallout, but neglects to
update it for any of the later sector updates (steps 1b to 1f in info
Update-sequence). Che can destroy materials and available work, and
the plague can kill military. The bp map stays out of date until
produce_sect() updates it again.
Since we deal with sector production and countries in increasing order
of country number, foreign ships, planes and land units owned by
countries with lesser numbers get built before their sector produces.
Building uses the stale bp map then, and can use materials and
available work destroyed by che or the plague. The update test
demonstrates the former case.
For stopped sectors or when the owner is broke, produce_sect() updates
only materials in the bp map, not available work. Nothing builds in a
stopped sector, but allies may build in your sectors even when you're
broke. They can use available work destroyed by che then.
Screwed up when Empire 3 made the update code work for budget.
Note that budget bypasses the flawed code: it prepares its bp map
itself instead of calling prepare_sects().
Rather than fixing prepare_sects(), use a null bp map for the update:
writes become no-ops, and reads read from the underlying sector. Not
only does this remove the possibility of the bp map going stale during
the update, it saves a bit of memory, too.
calloc()'s initialization is now dead. Switch to malloc().
Signed-off-by: Markus Armbruster <armbru@pond.sub.org>
Code dealing with money mixes int and long pretty haphazardly.
Harmless, because practical amounts of money fit into int on any
machine capable of running the server. Clean up anyway.
Code dealing with counting people mixes int and long pretty
haphazardly. Harmless, because practical populations fit into int
easily on any machine capable of running the server. Clean up anyway.
The call was added in 4.2.5 "so that the next telegram is flagged as
new and not part of the update". Since the update sends only
TEL_UPDATE telegrams (the previous commit restored that property), and
nothing else does, the next telegram is flagged as new automatically,
except when it's from the next update. Document that, and move the
call to a more natural place.
Why upgrade? I'm not a lawyer, but here's my take on the differences
to version 2:
* Software patents: better protection against abuse of patents to
prevent users from exercising the rights under the GPL. I doubt
we'll get hit with a patent suit, but it's a good move just on
general principles.
* License compatibility: compatible with more free licenses, i.e. can
"steal" more free software for use in Empire. I don't expect to steal
much, but it's nice to have the option.
* Definition of "source code": modernization of some details for today's
networked world, to make it easier to distribute the software. Not
really relevant to us now, as we normally distribute full source code.
* Tivoization: this is about putting GPL-licensed software in hardware,
then make the hardware refuse to run modified software. "Neat" trick
to effectively deny its users their rights under the GPL. Abuse was
"pioneered" by TiVo (popular digital video recorders). GPLv3 forbids
it. Unlikely to become a problem for us.
* Internationalization: more careful wording, to harden the license
outside the US. The lawyers tell us it better be done that way.
* License violations: friendlier way to deal with license violations.
This has come out of past experience enforcing the GPL.
* Additional permissions: Probably not relevant to us.
Also include myself in the list of principal authors.
SLOW_WAR has issues:
* The check whether the attacker old-owns the attacked sector is
broken, because att_abort() uses sect.sct_oldown uninitialized.
Spotted by the Clang Static Analyzer.
* Its implementation in setrel() is somewhat scary. It's actually
okay, because that part of setrel() only runs within decl(). Other
callers don't reach it: update_main() because player->god != 0
there, and the rest because they never pass a rel < HOSTILE.
* Documentation is a bit vague.
SLOW_WAR hasn't been used in a public game in years. Fixing it is not
worth it, so remove it instead.
Persistent game state encodes "who carries what" by storing the
carrier uid in the cargo. Cargo lists augment that: they store lists
of cargo for each carrier. They are not persistent.
New unit_cargo_init() to compute the cargo lists from game state.
Call it in ef_init_srv() and at the end of update_main().
New unit_onresize() to resize the cargo list data structure.
Installed as units' struct empfile callback onresize to make them
resize automatically with the unit files.
New unit_carrier_change() to update cargo lists when carriers change
in game state. Convenience wrappers pln_carrier_change(),
lnd_carrier_change() and nuk_carrier_change(). Call them from
prewrite callbacks to keep cargo lists in sync with game state.
To make that work, unused units must not point to a carrier. Add new
pln_oninit(), lnd_oninit() and nuk_oninit() take care of newly created
units. Change lnd_prewrite() and nuk_prewrite() to take dead land
units and nukes off their carrier. pln_prewrite() did that already.
New unit_cargo_first(), unit_cargo_next() to traverse cargo lists.
Convenience wrappers lnd_first_on_ship(), lnd_first_on_land(),
lnd_next_on_unit(), pln_first_on_ship(), pln_first_on_land(),
pln_next_on_unit() and nuk_on_plane(). The latter is disabled for now
because it clashes with an existing function.
(lndstr, plnstr, sctstr, shpstr): Change timestamp members lnd_access,
pln_access, sct_access, shp_access from real time (time_t) to ETUs
within a turn (short).
(land_ca, plane_ca, sect_ca, ship_ca): Update accordingly.
(build_ship, build_land, build_bridge, build_plane, build_tower)
(explore, check_trade, bsanct, takeover, takeover_ship)
(takeover_land): Use game_tick_to_now() instead of time() to update
the timestamp. Change check_trade(), takeover_ship(), takeover_land()
to do that only when MOB_ACCESS is enabled, for consistency.
(lupgr, supgr, pupgr, takeover_ship): Don't touch the timestamp where
mobility isn't touched either.
(sct_do_upd_mob, shp_do_upd_mob, lnd_do_upd_mob, pln_do_upd_mob): Use
game_tick_to_now() instead of increase_mob() to compute ETUs since
the timestamp and update the timestamp. Closes#1012699.
(increase_mob): Remove.
(mob_sect, mob_ship, mob_land, mob_plane): sct_do_upd_mob() & friends
no longer do the right thing at the update. Use game_reset_tick() and
pass its result directly to do_mob_sect() & friends. This is only
correct when argument is etu_per_update, which it always is. Remove
parameter. Callers changed.
(do_mob_sect, do_mob_ship, do_mob_land, do_mob_plane): Oops on
negative argument.
(mob_acc_globals, timestampfil, mobupdate, updating_mob)
(update_all_mob, timestamp_fixing, update_timestamps, mobility_check):
The mobupdate command was important to let deities manually
synchronize mobility updating with updates. That's no longer needed.
The code behind it is somewhat hairy and ugly, and updating it to work
with the Empire clock is just not worth it. Remove. Users changed.
(player_coms): Update accordingly.
(upda): Remove display of mobility updating state.
(mobility_init): No need to fix up mobility on startup, as the Empire
clock runs normally even when the server is down. Remove. Caller
changed.
synchronized to updates (the one based on s_p_etu isn't synchronized):
(gamestr): New members game_turn, game_tick, game_rt.
(game_ca): New selectors for them. Restrict tick and rt to deity for
now. We'd need xdump update the Empire clock to make them safe for
players.
(game_record_update): New.
(update_main): Call it.
(game_tick_tick, game_tick_to_now, game_step_a_tick): New, not yet
used.
(schedulefil): New.
(set_dirs, set_paths): Rename. Initialize schedulfil.
(read_schedule): New. Can read several updates, which will be used in
later changesets.
(update_time): Change to array. Will be used in later changesets.
(update_schedule_anchor): New.
(update_init): Initialize it.
(update_get_schedule): New.
(update_init): Call it to initialize update_time[].
(update_sched): Rewrite.
(update_forced, update_wanted): Replace.
(update_reschedule): New.
(main): Call it on SIGHUP to reload the schedule.
(update_trigger, update_force, force, player_coms): Drop force's
capability to schedule updates in the future, because it's not worth
the trouble to implement again. Deities can simply edit the schedule
file to schedule updates. Remove update_force() and
update_trigger()'s parameter.
(upda): Update for new scheduler. Take care to keep output the same
as far as possible, even though it's ugly, to avoid breaking clients.
(update_policy, adj_update, update_times, hourslop, blitz_time):
econfig keys removed.
(update_demand, UPD_DEMAND_NONE, UPD_DEMAND_SCHED, UPD_DEMAND_ASYNC)
(update_demandpolicy, UDP_NORMAL, UDP_TIMES, UDP_NORMAL, UDP_BLITZ)
(UDP_MAX, UDP_DEFAULT, UDDEM_TMCHECK, UDDEM_COMSET, UDDEM_DISABLE)
(UDDEM_MAX, UDDEM_DEFAULT): econfig key and values replaced. Users
changed. wantupd.h is now empty, remove.
(demand_check): External linkage.
(update_policy_check): Now pointless, remove.
(is_daytime_near, min_to_next_daytime, regular_update_time)
(scheduled_update_time, next_scheduled_time, updatetime)
(next_update_time, next_update_check_time): Unused, Remove.
(demand_check, demandupdatecheck): Move call of demand_update_time()
from demand_check(), which controls all demand updates, to
demandupdatecheck(), which controls only unscheduled ones. Fixes
update command not to lie about the next scheduled demand update.
(demandupdatecheck): Check updates_disabled() so that zdone no longer
claims to trigger an update when it can't.
(update_main): No longer a thread entry point. Remove the parameter.
Remove *player setup. Don't terminate the thread when done.
(update_pending): Move to src/server/update.c.
(update_wait): Call update_main() instead of running it in its own
thread. Set up *player for it.
(update_init): Create the fused update thread instead of the update
wait thread.
type. Make it abstract because that's possible. Change data layout
so that the slots belonging to a sector are together in memory, it's
nicer to the cache.
(bp): The new type. Users changed.
(get_wp): Update accordingly.
(alloc_bp): New.
(update_main, calc_all): Use it. Before, calc_all() allocated 1/7
more than necessary.
(opt_AUTO_POWER, update_power): New.
(update_main): Implement AUTO_POWER.
(powe): Disable power new when AUTO_POWER is on.
(powe): New power update.
(gen_power): Compute power into buffer passed by caller, make write to
power file optional.
other. Ensure headers in include/ can be included in any order
(except for econfig-spec.h, which is special). New header types.h to
help avoid inclusion cycles. Sort include directives. Remove some
superflous includes.
missing bits:
(budg, calc_all, update_main): Use SCT_TYPE_MAX instead of SCT_MAXDEF
to size tables.
(map_char): Update sanity check; use CANT_HAPPEN().
(show_sect_build, show_sect_stats, show_sect_capab): Use the sentinel
instead of SCT_MAXDEF.
plus one. Users changed. This indirectly fixes off-by-one loop
bounds in budg(), show_sect_build(), show_sect_stats() and
show_sect_capab(). The show bugs were harmless: the loops ran into
the sentinel, which they ignore. The budg bug was serious: the loop
ran into the entries for SCT_EFFIC. This lead to a bogus line in the
budget, printing of a null pointer, and doubled sector build cost.
Budget priorities masked this bug until rev. 1.25.
(keep_journal): New econfig key.
(player_main): Log player login and logout.
(recvclient): Log player input.
(ef_open_srv, ef_close_srv): Log startup and shutdown.
(update_main): Log update.
Support the common SIGHUP log rotation idiom:
(empth_wait_for_shutdown, empth_wait_for_signal): Rename.
[EMPTH_LWP, EMPTH_POSIX] (empth_init, empth_wait_for_signal): Wait for
SIGHUP as well.
(main) [SIGHUP]: Reopen journal when empth_wait_for_signal() returns
SIGHUP.
