Cleanup of the conversion-safety warnings exposed by enabling
-Wconversion / -Wsign-compare in the previous commit, plus guard
clauses at the few places where unsigned arithmetic could actually
misbehave.
Build:
- configure.ac drops -Wno-error=conversion and
-Wno-error=float-conversion. Only -Wno-error=sign-conversion and
-Wno-error=sign-compare remain, gating the ~230 sign warnings
inherited from upstream that will be cleaned up in follow-ups.
Type / conversion fixes (no behaviour change):
- Length-like locals in command/cmd_ac.c, command/cmd_funcs.c,
pgp/gpg.c, tools/autocomplete.c, tools/parser.c and ui/mucwin.c
switched from int to size_t / glong (matching strlen /
g_utf8_strlen return type) so we no longer need an (int) cast and
loop counters / array sizes stay in their natural unsigned domain.
- g_timer_elapsed / GTimeSpan -> int casts in session.c, iq.c,
core.c, server_events.c, window.c.
- _win_print_wrapped: indent parameter and local curx/maxx switched
from size_t to int to match _win_indent / getcurx / getmaxx.
- Port casts (int -> unsigned short) at the libstrophe boundary in
connection.c and session.c, each preceded by
g_assert(port >= 0 && port <= UINT16_MAX) so the truncation is
documented at the call-site.
- curl_off_t / fread size_t results cast at usage in http_upload.c,
http_download.c, omemo/crypto.c.
- strtoul results cast to uint32_t in xmpp/omemo.c and omemo/omemo.c
where device/prekey IDs are genuinely 32-bit.
- config/color.c: fg/bg/palette indices switched to `short`
end-to-end (find_col, color_hash, find_closest_col,
_color_pair_cache_get, cache.pairs), so the ncurses init_pair
boundary needs at most one (short)i cast for the cache index. Also
TODO-noted: init_extended_pair is needed for >15-bit palettes.
- xmpp/avatar.c: float arithmetic explicitly casts its int operands.
- tests/functionaltests/proftest.c: read() result handling uses
size_t for the accumulator, _read_output returns ssize_t, and the
buffer-shift check happens before space subtraction so the
expression cannot underflow.
Real-risk guard clauses (the part that actually fixes bugs):
- src/ui/statusbar.c _tabs_width: `end > opened_tabs - 1` rewritten
as `end < opened_tabs` so opened_tabs == 0 no longer underflows.
- src/ui/statusbar.c _status_bar_draw_extended_tabs: the mirror
comparison rewritten as `end >= opened_tabs`.
- src/ui/statusbar.c status_bar_draw: replaced
`MAX(0, getmaxx - (int)_tabs_width)` with an explicit precheck
before subtraction.
- src/omemo/omemo.c prekey selection: prekey_index is now uint32_t
and randomized into an unsigned buffer, so modulo with prekeys_len
cannot yield a negative index for g_list_nth_data.
- src/omemo/crypto.c omemo_decrypt_func: PKCS#5/PKCS#7 unpadding
reads `plaintext[plaintext_len - 1]`, which would underflow on a
malformed empty ciphertext and read past the heap buffer. Reject
plaintext_len == 0 before the padding peek and validate the
padding byte against the buffer length before the unpad loop.
Initialise plaintext = NULL so the early `goto out` cannot free
uninitialised memory.
- src/ui/inputwin.c (4 mbrlen sites) and src/ui/window.c
_win_print_wrapped: mbrlen() returns 0 for the null wide
character. The existing checks rejected (size_t)-1 / -2 but
treated 0 as a valid step, so the surrounding loops would either
advance by SIZE_MAX (i += ch_len - 1) or spin in place
(word_pos += 0 forever). Add `|| ch_len == 0` to each guard;
inside the spell-check word-emission loop also fall back to a
one-byte advance.
- Defensive `len > 0 ? len - 1 : 0` prechecks at the strlen-based
g_strndup / loop sites in ui/console.c, plugins/c_api.c and
plugins/python_plugins.c.
Replace 16 interactive UI setup commands with pre-written profrc file
containing [ui] and [notifications] sections (~1800ms saved per test).
Replace sleep(1) + blocking waitpid with close(pty fd) → SIGHUP →
polling waitpid(WNOHANG) → SIGTERM/SIGKILL fallback chain (~4900ms
saved per test).
Remove post-stbbr_start() and post-stbbr_stop() sleeps — bind+listen
completes synchronously before stbbr_start() returns, and
pthread_join() in stbbr_stop() guarantees socket cleanup (~200ms saved).
Add PORTS_PER_GROUP=50 isolated port ranges per test group to enable
safe parallel execution of 4 groups without port conflicts.
- Add 8 tests for disco info and disco items commands
- Fix XEP-0030 compliance bug: show message for empty disco#items results
- Tests cover: identity display, features, server/jid queries, error handling,
items display, empty results, and connection requirement
Major changes:
Run 4 build configurations in parallel with Valgrind on Linux
Add test failure detection verification (meta-test)
Port allocation per build to prevent conflicts in parallel runs
Add --coverage-only flag for dedicated coverage builds
Code quality:
Add TEST_GROUPS constant, CMOCKA patterns, helper functions
Organize ci-build.sh into sections
Split functional tests into 4 parallel groups and add check-functional-parallel target (~3x faster CI runs).
Add branch-aware LCOV coverage reporting with new --enable-coverage option and lcov summary in CI pipeline.
Enable ccache via -C configure flag for faster recompilations.
Install lcov in all Docker images and use --depth 1 git clones + parallel make -j$(nproc) for quicker container builds.
Update CONTRIBUTING.md with instructions for parallel test groups and adding new ones.
All changes are tightly related CI/performance improvements developed in sequence. No external service uploads (e.g. Codecov skipped due to Gitea incompatibility).
As 9f2abc75 accidentally got the ordering of some of the includes wrong,
I decided to propose my initial solution again.
Additional to that, I've opened a MR against CMocka to solve this on
their side, since I believe that the current way this is done is not
sustainable [0].
[0] https://gitlab.com/cmocka/cmocka/-/merge_requests/91
Fixes: 9f2abc75 ("Fix tests with gcc15 (uintptr_t)")
Signed-off-by: Steffen Jaeckel <s@jaeckel.eu>
CProof note: our new tests need to also be updated.
## Summary
Fixes https://github.com/profanity-im/profanity/issues/1907
Update functional and unit test code to comply with the current cmocka test runner.
## Changes
- `UnitTest` struct to `CMUnitTest` struct
- `unit_test()` macro to `cmocka_unit_test(f)` macro
- `unit_test_setup_teardown()` macro to `cmocka_unit_test_setup_teardown` macro
- `run_tests()` macro to `cmocka_run_group_tests()` function
- Setup and teardown functions return `int` instead of `void`
## Testing
### Unit Tests
`make check`
### Functional Tests
I did not compile or run functional tests because they are *shelved* for now.
### Valgrind
I'm not entirely sure how to fun Valgrind in this case. I did not do fancy memory management, so it should be fine.
