mirror of
https://github.com/brazilofmux/tinymux
synced 2026-08-13 00:23:11 -04:00
12fa5151be
Stage 1a: the schema and the storage layer. Nothing reads or writes it yet -- the engine and module still use the HISTORY_%d ring -- so this changes no behaviour. Wiring is the next increment. Why rows instead of the ring: the ring stored message k in slot k mod L, so the slot index is not chronological, and the count of messages lived in a column while the messages themselves lived in attributes with no relationship between the two. Nothing could notice them disagreeing, which is #1564; and the attributes carry AF_CONST, so whichever implementation did not write one first can never overwrite it, which is #1620. The ring was also a consequence of the flatfile era, where a thing was either an attribute, its own flatfile, or forgotten across a restart -- and an attribute was the only one of those that softcode could reach. That constraint is gone. So the table stores fields rather than a pre-rendered line, and games reach them through crecall() instead of through get(chanobj/HISTORY_3). Columns capture everything the write site actually has: ts when, as UTC epoch seconds. A COLUMN, not a prefix baked into the text as the ring did. Toggling LOG_TIMESTAMPS used to affect only messages written afterwards, leaving a channel's history permanently mixed; as a column it is a display choice over all of it. UTC is the substantive part. The ring recorded ltaNow.GetLocal() rendered into text with no zone beside it, so after a DST change or a server move those strings stop identifying an instant and nothing can recover which one they meant. connlog already stores epoch integers; comsys history and mail were the holdouts. tz_offset seconds east of UTC as the server stood at the write, or NULL for unknown -- a real state for imported rows, and why the column is NULLable rather than defaulted to 0, which is itself a valid offset. UTC answers "what instant", which is what ordering and expiry need; the offset also answers "what did the wall clock say", so history can be re-rendered as it appeared instead of sliding an hour when read in the other half of the year. speaker who. Captured now because the executor is right there and is unrecoverable later -- a later migration would have nothing to backfill from. Turns "what did this player say here" into a query rather than a string search. message what. The per-receiver mogrified and CHATFORMAT variants are deliberately not stored: they differ per listener, so no single row is any of them. The v14 migration imports an existing ring in chronological order. For slot s with num_messages N and ring size L the sequence number is N - ((N - s) mod L); s <= N always holds, so the modulo never goes negative. Retention is seeded from MAX_LOG so an upgraded game keeps what it had. Imported rows carry ts = 0 and speaker = -1. ts = 0 does double duty: exempt from age expiry, and "the text already has a timestamp baked in, do not prepend a second one". One guard rather than a special case scattered through the readers. An upgrade that deleted a game's channel history because it could not date it would be worse than the bugs being fixed. The HISTORY_%d attributes are NOT deleted. They go inert -- nothing synthesizes or maintains them -- but leaving them means a migration that reconstructs the ring wrongly is recoverable rather than terminal. A cleanup migration can drop them once this has run in anger. Retention is per-channel by count and/or age, 0 meaning unlimited for either, and the two are independent rather than alternatives: a channel can want "the last 50 messages, but nothing older than a week". ANY_SPEAKER is -2 rather than NOTHING, because every imported row genuinely has speaker -1 and asking for those is a real query rather than a request for everything. tests/comsys_history extracts BOTH the migration and the prepared statements from sqlitedb.cpp rather than restating them, so it cannot pass against SQL the server no longer runs. 17 cases: ring reconstruction wrapped and unwrapped, MAX_LOG seeding, the ts=0 and speaker=-1 import defaults, oldest-first load ordering, LIMIT -1, the since and speaker filters separately and combined, the -1 versus -2 distinction, count expiry, per-channel isolation, age expiry both directions, the ts=0 exemption, and FK cascade on channel delete. Verified separately that a real database migrates: schema_version 14, channel_history present, columns added. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
415 lines
19 KiB
Makefile
415 lines
19 KiB
Makefile
# Top-level convenience Makefile.
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# Delegates to the autotools build system in mux/.
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#
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# Usage:
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# make — build everything (libmux, netmux, engine, modules)
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# make install — build + create symlinks in mux/game/bin
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# make clean — clean all build artifacts
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# make test — run smoke tests (build + install first)
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# make hooks — install git hooks (done automatically on first build)
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# Keep test-lua-jit (added on master after this branch was cut) alongside
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# the new dual-route smoke targets.
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.PHONY: all install clean realclean test test-ios test-ganl test-netaddr test-format test-dbt test-alarm test-smoke test-smoke-ast test-smoke-builtin test-comsys-handoff test-comsys-history test-scenario test-parity213 test-stress test-jit-qreg test-jit-ifelse test-lua-jit test-lua-ecall test-vacuous test-narrowing test-config test-nls test-nls-runtime test-asan hooks
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# Install git hooks on first build so all developers get protection
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# against accidentally editing generated files.
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hooks:
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@if git rev-parse --git-dir >/dev/null 2>&1 && [ -d hooks ]; then \
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git config core.hooksPath hooks; \
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echo "Git hooks installed (core.hooksPath = hooks)"; \
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fi
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all: hooks
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$(MAKE) -C mux
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install: all
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$(MAKE) -C mux install
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clean:
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$(MAKE) -C mux clean
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$(MAKE) -C testcases/tools clean
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$(MAKE) -C mux/ganl/tests clean
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$(MAKE) -C tests/dbt clean
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realclean:
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$(MAKE) -C mux distclean
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test: install test-ganl test-netaddr test-format test-nls test-nls-runtime test-vacuous test-narrowing test-config test-dbt test-alarm test-jit-qreg test-jit-ifelse test-lua-ecall test-ios test-smoke test-smoke-ast test-smoke-builtin test-comsys-handoff test-comsys-history
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# Smoke on the compiled route (jit_eval_brackets defaults on).
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test-smoke:
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$(MAKE) -C testcases/tools
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@echo "==> Smoke: compiled route (jit_eval_brackets default)"
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cd testcases && ./tools/Makesmoke && ./tools/Smoke
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# Smoke again on the interpreted route (#1243).
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#
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# The default run cannot fail on an AST-route-only defect: with
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# jit_eval_brackets on, bracketed expressions are compiled, so a bug that
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# exists only in the interpreter never executes. Three fixes in one day
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# (#1214, #1238, #1246) passed `make test` with the fix reverted and were
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# caught only by this second pass -- testcases/disarm_fn.mux carries a
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# ROUTE: header saying so, because the file cannot defend itself under the
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# default configuration.
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#
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# The interpreted route is not legacy: it handles every expression the JIT
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# declines, so it runs in production on every server.
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#
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# Whole corpus rather than a route-sensitive subset -- a second pass costs
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# ~30s against a ~30s first pass, which is not worth the bookkeeping of
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# deciding which files are route-sensitive (and getting that wrong
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# silently loses coverage).
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#
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# Depends on test-smoke so smoke.flat is already built and the two passes
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# report in a fixed order.
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test-smoke-ast: test-smoke
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@echo "==> Smoke: interpreted route (jit_eval_brackets 0)"
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cd testcases && SMOKE_EXTRA_CONF="jit_eval_brackets 0" ./tools/Smoke
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# The same corpus against the engine's BUILT-IN comsys/mail instead of the
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# modules (#1589 stage 0).
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#
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# Both implementations ship, both are reachable, and they demonstrably differ:
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# #1564, #1585 and #1620 are each a bug that only exists when the two
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# disagree. Every run before this one exercised whichever implementation the
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# platform resolved -- Windows the built-in, Unix the modules -- so half the
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# shipped code had no coverage on any given box.
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#
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# Reuses smoke.flat, so this costs a run of the corpus and no rebuild.
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test-smoke-builtin: test-smoke
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@echo "==> Smoke: engine built-in comsys/mail (no modules)"
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cd testcases && SMOKE_OMIT_MODULES="comsys_mod mail_mod" ./tools/Smoke
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# comsys/mail state written by one implementation and read by the other
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# (#1589 stage 0b).
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#
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# test-smoke-builtin makes the other implementation reachable; it does not
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# make a divergence detectable. The corpus scores 1561/1561 against BOTH,
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# so it cannot tell them apart -- and every bug in this area (#1564, #1585,
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# #1620) exists only when one implementation reads state the other wrote,
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# which no single run can produce.
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#
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# Carries TODO markers for the two divergences that are still open. A TODO
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# that starts PASSING fails the run, so the fix cannot land silently.
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test-comsys-handoff:
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@echo "==> Running comsys/mail cross-implementation handoff tests"
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bash tests/comsys_handoff/run.sh
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# Schema and query semantics for channel_history (#1589 stage 1).
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#
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# The C++ around these queries is bind/step/reset, so what can actually be
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# wrong is the SQL: the v14 import has to turn a modulo ring back into
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# chronological order, and age expiry has to EXEMPT rows it could not date --
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# an upgrade that quietly deleted a game's channel history would be worse
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# than the bugs being fixed.
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#
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# Extracts both the migration and the prepared statements from the source, so
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# the test cannot pass against a copy of SQL the server no longer runs.
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test-comsys-history:
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@echo "==> Running comsys history schema tests"
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bash tests/comsys_history/run.sh
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# Static guard: no smoke case may be incapable of failing (#1434 family).
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#
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# A tr.tc* label with a Succeeded branch and no non-success branch reports the
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# same verdict every run -- it counts toward the total and cannot go red. Eight
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# separate findings in one day were that exact shape (#1413, #1426, #1434,
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# #1438, #1460/#1498, #1495), each found by a person noticing rather than by a
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# check. Same move as the format guard: turn a sweep someone remembers to run
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# into something the build does.
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#
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# Source-only, so it needs no build and runs before the suites.
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test-vacuous:
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@echo "==> Checking for smoke cases that cannot fail"
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cd testcases && python3 tools/check_vacuous.py
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# Runtime oracle for the xx pseudo-locale (#1523).
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#
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# test-nls above is the static half -- markings, catalogue coverage, .pot
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# freshness -- and that is where the risk that has actually bitten lives. This
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# is the half that shows translation happens at all: nothing else in the suite
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# observes notify() prose, so the whole translatable surface is otherwise
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# invisible to it.
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#
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# The point is the pairing, not the LANGUAGE=xx run on its own. A smoke run
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# with LANGUAGE=xx is green whether the catalogue is correct, corrupt or absent
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# -- measured on #1523 with the catalogue in a directory the server never opens
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# -- so it is only evidence if something also asserts that removing the
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# catalogue takes the translations away. Both directions are checked.
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#
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# Skips cleanly without --enable-nls or without msgfmt.
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test-nls-runtime:
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@echo "==> Running NLS runtime oracle (xx pseudo-locale)"
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bash tests/nls/run.sh
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# 64-bit parse into a narrower destination (#1402).
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#
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# mux_atoi64() returns int64_t; storing that somewhere narrower truncates
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# BEFORE anything can judge the value, so a range check placed after it passes
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# on input it was written to reject. #1404 fixed three instances (justify
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# width, printf %d, fun_shl's count); these cover @poor and hasquota().
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#
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# Not smoke cases, for two different reasons: @poor is CA_GOD and walks the
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# whole database, so a tr.tc* case would be refused and would also rewrite
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# every other test's money; hasquota() needs `quotas yes`, which smoke
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# deliberately runs without (powersee_fn.mux TC005 asserts the disabled path).
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# Each case therefore gets a throwaway game, as tests/luajit does.
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#
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# Worth knowing where these can fail: `int` is 32-bit everywhere, so these run
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# meaningfully on every host. The rest of #1402 is `long`, which is 64-bit on
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# LP64 -- that half cannot fail on Linux or macOS at all, so its coverage only
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# means something on Windows.
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test-narrowing:
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@echo "==> Running narrowing-destination tests"
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bash tests/narrowing/run.sh
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# An unreadable configuration file must be fatal (#1601). cf_read()'s return
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# was discarded in LoadGame, so netmux came up on compiled-in defaults --
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# listening, on the wrong database -- and muxscript reported success, which
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# made every harness probe indistinguishable from the thing under test.
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#
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# Pins the two deliberately non-fatal cases too (unknown directive, empty
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# file); those are the ones a later "make config errors fatal" change would
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# break. Needs only muxscript, so it runs on any built tree.
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test-config:
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@echo "==> Running configuration-error tests"
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bash tests/config/run.sh
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# JIT q-register scope oracle (docs/plan-jit-evalbracket-lift.md).
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# Compares forced-JIT vs AST results for the scope/ordering shapes fixed
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# in plan Phases 2-3. Skips cleanly on builds without --enable-jit
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# (the script exits 2 when jitstats()/the JIT blob is unavailable).
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test-jit-qreg:
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@echo "==> Running JIT q-register scope oracle"
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@sh testcases/tools/jit_qreg/oracle.sh; rc=$$?; \
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if [ $$rc -eq 2 ]; then \
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echo "==> Skipping (build has no JIT)"; \
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else \
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exit $$rc; \
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fi
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# JIT ifelse()/if() condition-truth oracle (#1157).
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# Compares JIT vs AST for the condition shapes where xlate() disagrees
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# with "atol() != 0" or with an integer truncation: bare %0-%9 cargs,
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# non-numeric and dbref literals, and fractional floats.
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# Skips cleanly on builds without --enable-jit (the script exits 2).
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test-jit-ifelse:
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@echo "==> Running JIT ifelse() condition oracle"
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@sh testcases/tools/jit_ifelse/oracle.sh; rc=$$?; \
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if [ $$rc -eq 2 ]; then \
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echo "==> Skipping (build has no JIT)"; \
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else \
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exit $$rc; \
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fi
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# Full smoke with mudconf.lua_jit forced on (#1309). Default `make test`
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# keeps lua_jit off so production configs stay safe until Phase 4 default-on.
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# Requires --enable-jit (same as the rest of the Lua JIT path).
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# Opt-in: not part of `make test`.
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# make test-lua-jit
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# # or: cd testcases && SMOKE_EXTRA_CONF='lua_jit 1' ./tools/Smoke
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test-lua-jit: install
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@echo "==> Running smoke with lua_jit 1 (Lua bytecode→HIR→DBT path)"
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$(MAKE) -C testcases/tools
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cd testcases && ./tools/Makesmoke && SMOKE_EXTRA_CONF='lua_jit 1' ./tools/Smoke
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# Lua JIT differential harness (#1423 / #1426 / #1512): SURVIVE / AGREE / EXEC.
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# Part of `make test`. Cheap, and the only place that requires lua_run_ok to
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# advance so a decline cannot masquerade as a pass (#1426).
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#
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# Unlike test-lua-jit above, this sets jit_eval_brackets 0 as well. That
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# matters: with eval brackets compiled, fun_lua is ECALLed from inside a DBT
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# program, run_cached_program refuses the nested run (#1326), and the Lua JIT
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# executes nothing at all -- so `lua_jit 1` on its own cannot reach any of
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# this code.
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test-lua-ecall: install
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@echo "==> Running Lua JIT differential harness (survive/agree/exec)"
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bash tests/luajit/run.sh
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# GANL engine regression harness (epoll/select on Linux, kqueue/select on
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# macOS/BSD). Scripted engine scenarios locking in the 2026-07 fixes.
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test-ganl:
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@echo "==> Running GANL engine tests"
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$(MAKE) -C mux/ganl/tests check
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# netaddr unit tests: mux_subnet::compare_to (subnet/address, #799/#800) and
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# parse_subnet rejection/normalization paths. Links the netmux-side
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# netmux-netaddr.o (from install) against libmux.
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test-netaddr:
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@echo "==> Running netaddr subnet tests"
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$(MAKE) -C tests/netaddr test
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# Run the high-coverage suites against a sanitizer build (#1440).
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#
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# Deliberately does NOT reconfigure. Silently replacing the tree's build
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# settings would be rude, and a sanitizer build is not what anyone wants left
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# behind. Configure one yourself first:
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#
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# cd mux && ./configure <your usual flags> --enable-sanitizers
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#
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# or, to pick the set:
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#
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# cd mux && ./configure <your usual flags> --enable-sanitizers=address
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#
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# then `make clean && make install` from the repo root. The clean matters:
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# objects left from a non-sanitizer build link fine but are not instrumented,
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# which reads as a clean run.
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#
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# The value is concentrated in the suites that execute the most engine code.
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# ASan reports a bad access only when something reaches it, so this multiplies
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# the coverage already there rather than substituting for it.
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#
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# Everything below was verified to run clean under -fsanitize=address,undefined
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# before being added, including test-ganl and test-scenario -- the only legs
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# that exercise the live network path, which muxscript cannot reach at all.
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#
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# rvbench_fn is excluded from the smoke legs. It issues 55 rvbench() calls at
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# 10000 iterations each; instrumented, that is ~25ms per iteration, so the file
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# alone runs for hours and the harness reports an idle-hang at ~260 of 315
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# files -- which is how test-asan came to report FAILED for instrumentation
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# cost rather than for a defect. The timeouts are raised as well, since an
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# instrumented smoke run legitimately takes several times longer.
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ASAN_SMOKE_EXCLUDE = rvbench_fn
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# LeakSanitizer is fatal to the harness, not merely noisy. A long-lived
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# server legitimately does not free everything at exit, and LSan's nonzero
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# exit status at shutdown makes Makesmoke report "ERROR: muxscript failed"
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# before a single test runs. Measured on a sanitizer build of this tree:
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#
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# default ASAN_OPTIONS muxscript exit=1, "detected memory leaks"
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# ASAN_OPTIONS=detect_leaks=0 exit=0
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#
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# Leak hunting stays available and opt-in -- there are ~500 KB in ~460
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# allocations to look at when someone wants them:
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#
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# ASAN_OPTIONS=detect_leaks=1 make test-asan
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#
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# Both honour a value already in the environment, so either can be overridden.
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ASAN_ENV = ASAN_OPTIONS=$${ASAN_OPTIONS:-detect_leaks=0} \
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UBSAN_OPTIONS=$${UBSAN_OPTIONS:-print_stacktrace=1}
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# The tests/ islands build their own binaries from their own Makefiles, so
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# they are NOT sanitizer-instrumented even when libmux is, and ASan refuses
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# to start:
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#
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# ASan runtime does not come first in initial library list; you should
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# either link runtime to your application or manually preload it
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#
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# test-format and test-dbt both died on this immediately. Preloading the
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# runtime is the documented remedy and keeps the islands out of the configure
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# plumbing. Resolved from the compiler rather than hardcoded, and empty when
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# unavailable so an unusual toolchain degrades to the original error rather
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# than a confusing LD_PRELOAD failure.
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ASAN_PRELOAD = $(shell $(CC) -print-file-name=libasan.so 2>/dev/null | grep / || true)
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ASAN_ISLAND_ENV = $(if $(ASAN_PRELOAD),LD_PRELOAD=$(ASAN_PRELOAD),) $(ASAN_ENV)
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test-asan:
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@if ! grep -q 'fsanitize' mux/config.status 2>/dev/null; then \
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echo "==> test-asan: this tree is not configured with sanitizers."; \
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echo " See the recipe above this target in the Makefile."; \
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exit 1; \
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fi
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@echo "==> Running the suites under sanitizers"
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$(ASAN_ISLAND_ENV) $(MAKE) test-format
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$(ASAN_ISLAND_ENV) $(MAKE) test-netaddr
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$(ASAN_ISLAND_ENV) $(MAKE) test-alarm
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$(ASAN_ISLAND_ENV) $(MAKE) test-dbt
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$(ASAN_ISLAND_ENV) $(MAKE) test-ganl
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$(ASAN_ISLAND_ENV) $(MAKE) test-jit-qreg
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$(ASAN_ISLAND_ENV) $(MAKE) test-jit-ifelse
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$(ASAN_ISLAND_ENV) $(MAKE) test-lua-ecall
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$(ASAN_ISLAND_ENV) $(MAKE) test-scenario
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cd testcases && $(ASAN_ENV) SMOKE_EXCLUDE="$(ASAN_SMOKE_EXCLUDE)" ./tools/Makesmoke \
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&& $(ASAN_ENV) SMOKE_EXCLUDE="$(ASAN_SMOKE_EXCLUDE)" ./tools/Smoke \
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--activity-timeout 300 --wallclock-timeout 3600
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cd testcases && $(ASAN_ENV) SMOKE_EXCLUDE="$(ASAN_SMOKE_EXCLUDE)" \
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SMOKE_EXTRA_CONF="jit_eval_brackets 0" ./tools/Smoke \
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--activity-timeout 300 --wallclock-timeout 3600
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# mux_vsnprintf differential tests: %i, %o and the floating-point conversions
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# against the platform snprintf as an oracle. These conversions used to fall
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# through to mux_assert(0) and abort the process (#1382, and the same shape in
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# @list), so they are implemented rather than forbidden -- and the float path
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# assembles mux_dtoa digits by hand, which is precisely the code that needs an
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# oracle rather than a few spot checks.
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test-format:
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@echo "==> Running mux_vsnprintf format tests"
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$(MAKE) -C tests/format test
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# NLS marking and catalogue guard (tests/nls): softcode ABI tokens and printf
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# conversions must never become translatable, a literal must not be M_() in one
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# place and T() in another within one file, every catalogue must cover the .pot
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# with no fuzzy entries (msgfmt drops those silently), and the .pot must match
|
|
# what the sources actually mark. Static -- no build, no server, no catalogue
|
|
# needs installing (#1505).
|
|
#
|
|
# Runs whether or not the tree was configured --enable-nls: the marking is in
|
|
# the sources either way, and a slice that breaks it should not be able to hide
|
|
# behind an English-only build.
|
|
test-nls:
|
|
@echo "==> Running NLS marking/catalogue guard"
|
|
python3 tests/nls/check_nls.py
|
|
|
|
# DBT and RV64 tests (tests/dbt): chain patch encode/decode across all three
|
|
# backends (#1152), block cache dedupe and eviction (#1153), and the RV64
|
|
# execution harness -- interpreter plus DBT, host backend only since it runs
|
|
# what it translates. Three binaries because each needs a different link.
|
|
# All compile engine sources directly: no `install`, no --enable-jit, and no
|
|
# skip path except `exec` on a host with no backend.
|
|
test-dbt:
|
|
@echo "==> Running DBT and RV64 tests"
|
|
$(MAKE) -C tests/dbt test
|
|
|
|
# mux_alarm unit tests: the per-command wall-clock abort. Guards the lazy
|
|
# worker-thread start — alarm_clock is a libmux global whose constructor used
|
|
# to spawn a thread during static init, deadlocking before main in ~14% of
|
|
# runs (which is what made `make test` hang here intermittently).
|
|
test-alarm:
|
|
@echo "==> Running mux_alarm tests"
|
|
$(MAKE) -C tests/alarm test
|
|
|
|
# Live scenario test: the wildcard capture path ($-command %0..%9), which
|
|
# muxscript cannot drive. Opt-in (NOT part of `make test`) because it spins a
|
|
# throwaway netmux and drives it over a socket — timing-sensitive by nature.
|
|
test-scenario: install
|
|
@echo "==> Running wildcard-capture scenario test"
|
|
bash tests/scenario/run.sh
|
|
|
|
# 2.13 <-> 2.14 parser parity jig. MUSH function-call recognition is
|
|
# context sensitive in ways a tokenizer cannot decide (`add(` is a call,
|
|
# `foo(` is not — only a function-table lookup separates them), so the
|
|
# grammar is not well-formed and there is no rule to validate against.
|
|
# The specification is what 2.13 actually does, and this measures it.
|
|
#
|
|
# Compares 2.14's JIT and AST routes against each other (always), and
|
|
# against a built 2.13 tree when one is available (MUX213_ROOT, or a
|
|
# conventional location). All three are driven identically through a
|
|
# live netmux over a socket — 2.13 has no muxscript, so the 2.14 legs
|
|
# use the same path rather than the convenient one.
|
|
#
|
|
# Opt-in, NOT part of `make test`: divergences currently exist (#1214),
|
|
# so this is a measurement tool rather than a pass/fail gate.
|
|
test-parity213: install
|
|
@echo "==> Checking the adjudicator itself (#1368)"
|
|
bash tests/parity213/selftest_adjudicate.sh
|
|
@echo "==> Running 2.13/2.14 parser parity jig"
|
|
sh tests/parity213/run.sh
|
|
|
|
# Live network + queue stress harness: concurrent connections, bulk queue
|
|
# fan-outs, and an over-cap burst that provokes the runaway shed. Defensive
|
|
# — pushes the accept/read/write path and the scheduler to catch problems
|
|
# before a live game does. Opt-in (NOT part of `make test`): live-socket,
|
|
# timing-sensitive, and multi-second by design.
|
|
test-stress: install
|
|
@echo "==> Running network+queue stress harness"
|
|
bash tests/stress/run.sh
|
|
|
|
# Headless iOS Titan parser/model tests via SPM. Skipped off Darwin
|
|
# or when swift is unavailable.
|
|
test-ios:
|
|
@if [ "$$(uname -s)" = "Darwin" ] && command -v swift >/dev/null 2>&1; then \
|
|
echo "==> Running iOS Titan parser/model tests"; \
|
|
cd client/ios && swift test; \
|
|
else \
|
|
echo "==> Skipping iOS tests (not on Darwin or no swift available)"; \
|
|
fi
|