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v260
src/shared/tests.h
705 строк
49 KB
Daan De Meyer
test-condition: Migrate to new assertion macros
23 фев 2026, 14:28
23 фев 2026, 14:28
54b745d
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/* SPDX-License-Identifier: LGPL-2.1-or-later */ #pragma once #include <unistd.h> #include "errno-list.h" #include "shared-forward.h" #include "log.h" #include "log-assert-critical.h" #include "static-destruct.h" /* IWYU pragma: keep */ #include "signal-util.h" /* IWYU pragma: keep */ #include "stdio-util.h" #include "string-util.h" /* IWYU pragma: keep */ static inline void log_set_assert_return_is_criticalp(bool *p) { log_set_assert_return_is_critical(*p); } #define _SAVE_ASSERT_RETURN_IS_CRITICAL(b) \ _unused_ _cleanup_(log_set_assert_return_is_criticalp) bool b = \ log_get_assert_return_is_critical() #define SAVE_ASSERT_RETURN_IS_CRITICAL \ _SAVE_ASSERT_RETURN_IS_CRITICAL(UNIQ_T(saved, UNIQ)) #define ASSERT_RETURN_IS_CRITICAL(b, expr) \ ({ \ SAVE_ASSERT_RETURN_IS_CRITICAL; \ log_set_assert_return_is_critical(b); \ expr; \ }) #define ASSERT_RETURN_EXPECTED(expr) ASSERT_RETURN_IS_CRITICAL(false, expr) #define ASSERT_RETURN_EXPECTED_SE(expr) ASSERT_RETURN_EXPECTED(assert_se(expr)); static inline bool manager_errno_skip_test(int r) { return IN_SET(ABS(r), EPERM, EACCES, EADDRINUSE, EHOSTDOWN, ENOENT, ENOMEDIUM /* cannot determine cgroup */ ); } char* setup_fake_runtime_dir(void); int enter_cgroup_subroot(char **ret_cgroup); int enter_cgroup_root(char **ret_cgroup); int get_testdata_dir(const char *suffix, char **ret); const char* get_catalog_dir(void); bool slow_tests_enabled(void); void test_setup_logging(int level); #define log_tests_skipped(fmt, ...) \ ({ \ log_notice("%s: " fmt ", skipping tests.", \ program_invocation_short_name, \ ##__VA_ARGS__); \ EXIT_TEST_SKIP; \ }) #define log_tests_skipped_errno(error, fmt, ...) \ ({ \ log_notice_errno(error, \ "%s: " fmt ", skipping tests: %m", \ program_invocation_short_name, \ ##__VA_ARGS__); \ EXIT_TEST_SKIP; \ }) int write_tmpfile(char *pattern, const char *contents); bool have_namespaces(void); bool userns_has_single_user(void); /* We use the small but non-trivial limit here */ #define CAN_MEMLOCK_SIZE (512 * 1024U) bool can_memlock(void); int define_hex_ptr_internal(const char *hex, void **name, size_t *name_len); /* Define void* buffer and size_t length variables from a hex string. */ #define DEFINE_HEX_PTR(name, hex) \ _cleanup_free_ void *name = NULL; \ size_t name##_len = 0; \ ASSERT_OK(define_hex_ptr_internal(hex, &name, &name##_len)) /* Provide a convenient way to check if we're running in CI. */ const char* ci_environment(void); typedef struct TestFunc { union f { void (*void_func)(void); int (*int_func)(void); } f; const char * const name; bool has_ret:1; bool sd_booted:1; } TestFunc; /* See static-destruct.h for an explanation of how this works. */ #define REGISTER_TEST(func, ...) \ _Pragma("GCC diagnostic ignored \"-Wattributes\"") \ _section_("SYSTEMD_TEST_TABLE") _alignptr_ _used_ _retain_ _variable_no_sanitize_address_ \ static const TestFunc UNIQ_T(static_test_table_entry, UNIQ) = { \ .f = (union f) &(func), \ .name = STRINGIFY(func), \ .has_ret = __builtin_types_compatible_p(typeof((union f){}.int_func), typeof(&(func))), \ ##__VA_ARGS__ \ } extern const TestFunc _weak_ __start_SYSTEMD_TEST_TABLE[]; extern const TestFunc _weak_ __stop_SYSTEMD_TEST_TABLE[]; #define TEST(name, ...) \ static void test_##name(void); \ REGISTER_TEST(test_##name, ##__VA_ARGS__); \ static void test_##name(void) #define TEST_RET(name, ...) \ static int test_##name(void); \ REGISTER_TEST(test_##name, ##__VA_ARGS__); \ static int test_##name(void) #define TEST_LOG_FUNC() \ log_info("/* %s() */", __func__) int run_test_table(const TestFunc *start, const TestFunc *end); void test_prepare(int argc, char *argv[], int log_level); #define DEFINE_TEST_MAIN_FULL(log_level, intro, outro) \ int main(int argc, char *argv[]) { \ int (*_intro)(void) = intro; \ int (*_outro)(void) = outro; \ int _r, _q; \ test_prepare(argc, argv, log_level); \ _r = _intro ? _intro() : EXIT_SUCCESS; \ if (_r == EXIT_SUCCESS) \ _r = run_test_table(__start_SYSTEMD_TEST_TABLE, __stop_SYSTEMD_TEST_TABLE); \ _q = _outro ? _outro() : EXIT_SUCCESS; \ static_destruct(); \ if (_r < 0) \ return EXIT_FAILURE; \ if (_r != EXIT_SUCCESS) \ return _r; \ if (_q < 0) \ return EXIT_FAILURE; \ return _q; \ } #define DEFINE_TEST_MAIN_WITH_INTRO(log_level, intro) \ DEFINE_TEST_MAIN_FULL(log_level, intro, NULL) #define DEFINE_TEST_MAIN(log_level) \ DEFINE_TEST_MAIN_FULL(log_level, NULL, NULL) _noreturn_ void log_test_failed_internal(const char *file, int line, const char *func, const char *format, ...) _printf_(4,5); #define log_test_failed(format, ...) \ log_test_failed_internal(PROJECT_FILE, __LINE__, __func__, "%s:%i: Assertion failed: " format, PROJECT_FILE, __LINE__, ##__VA_ARGS__) #define DECIMAL_STR_FMT(x) _Generic((x), \ char: "%c", \ bool: "%d", \ unsigned char: "%d", \ short: "%hd", \ unsigned short: "%hu", \ int: "%d", \ unsigned: "%u", \ long: "%ld", \ unsigned long: "%lu", \ long long: "%lld", \ unsigned long long: "%llu") #ifdef __COVERITY__ # define ASSERT_OK(expr) \ ({ \ typeof(expr) _result = (expr); \ __coverity_check__(_result >= 0); \ _result; \ }) #else # define ASSERT_OK(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result < 0) \ log_test_failed("Expected \"%s\" to succeed, but got error: %"PRIiMAX"/%s", \ #expr, (intmax_t) _result, ERRNO_NAME(_result)); \ _result; \ }) #endif #ifdef __COVERITY__ # define ASSERT_OK_OR(expr, ...) \ ({ \ typeof(expr) _result = (expr); \ __coverity_check__(_result >= 0 || IN_SET(_result, 0, __VA_ARGS__); \ _result; \ }) #else # define ASSERT_OK_OR(expr, ...) \ ({ \ typeof(expr) _result = (expr); \ if (_result < 0 && !IN_SET(_result, 0, __VA_ARGS__)) \ log_test_failed("\"%s\" failed with unexpected error: %"PRIiMAX"/%s", \ #expr, (intmax_t) _result, ERRNO_NAME(_result)); \ _result; \ }) #endif /* For functions that return a boolean on success and a negative errno on failure. */ #ifdef __COVERITY__ # define ASSERT_OK_POSITIVE(expr) \ ({ \ typeof(expr) _result = (expr); \ __coverity_check__(_result > 0); \ _result; \ }) #else # define ASSERT_OK_POSITIVE(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result < 0) \ log_test_failed("Expected \"%s\" to succeed, but got error: %"PRIiMAX"/%s", \ #expr, (intmax_t) _result, ERRNO_NAME(_result)); \ if (_result == 0) \ log_test_failed("Expected \"%s\" to be positive, but it is zero.", #expr); \ _result; \ }) #endif #ifdef __COVERITY__ # define ASSERT_OK_ZERO(expr) \ ({ \ typeof(expr) _result = (expr); \ __coverity_check__(_result == 0); \ _result; \ }) #else # define ASSERT_OK_ZERO(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result < 0) \ log_test_failed("Expected \"%s\" to succeed, but got error: %"PRIiMAX"/%s", \ #expr, (intmax_t) _result, ERRNO_NAME(_result)); \ if (_result != 0) \ log_test_failed("Expected \"%s\" to be zero, but it is %"PRIiMAX".", \ #expr, (intmax_t) _result); \ _result; \ }) #endif #ifdef __COVERITY__ # define ASSERT_OK_EQ(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ __coverity_check__(_expr1 == _expr2); \ _expr1; \ }) #else # define ASSERT_OK_EQ(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (_expr1 < 0) \ log_test_failed("Expected \"%s\" to succeed, but got error: %"PRIiMAX"/%s", \ #expr1, (intmax_t) _expr1, ERRNO_NAME(_expr1)); \ if (_expr1 != _expr2) \ log_test_failed("Expected \"%s == %s\", got %"PRIiMAX" != %"PRIiMAX, \ #expr1, #expr2, (intmax_t) _expr1, (intmax_t) _expr2); \ _expr1; \ }) #endif #ifdef __COVERITY__ # define ASSERT_OK_NE(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ __coverity_check__(_expr1 != _expr2); \ _expr1; \ }) #else # define ASSERT_OK_NE(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (_expr1 < 0) \ log_test_failed("Expected \"%s\" to succeed, but got error: %"PRIiMAX"/%s", \ #expr1, (intmax_t) _expr1, ERRNO_NAME(_expr1)); \ if (_expr1 == _expr2) \ log_test_failed("Expected \"%s != %s\", got %"PRIiMAX" != %"PRIiMAX, \ #expr1, #expr2, (intmax_t) _expr1, (intmax_t) _expr2); \ _expr1; \ }) #endif /* For functions that return a boolean on success and set errno on failure. */ #ifdef __COVERITY__ # define ASSERT_OK_ERRNO(expr) \ ({ \ typeof(expr) _result = (expr); \ __coverity_check__(_result >= 0); \ _result; \ }) #else # define ASSERT_OK_ERRNO(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result < 0) \ log_test_failed("Expected \"%s\" to succeed, but got errno: %d/%s", \ #expr, errno, ERRNO_NAME(errno)); \ _result; \ }) #endif #ifdef __COVERITY__ # define ASSERT_OK_ZERO_ERRNO(expr) \ ({ \ typeof(expr) _result = (expr); \ __coverity_check__(_result == 0); \ _result; \ }) #else # define ASSERT_OK_ZERO_ERRNO(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result < 0) \ log_test_failed("Expected \"%s\" to succeed, but got errno: %d/%s", \ #expr, errno, ERRNO_NAME(errno)); \ if (_result != 0) \ log_test_failed("Expected \"%s\" to be zero, but it is %"PRIiMAX".", \ #expr, (intmax_t) _result); \ _result; \ }) #endif #ifdef __COVERITY__ # define ASSERT_OK_EQ_ERRNO(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ __coverity_check__(_expr1 == _expr2); \ _expr1; \ }) #else # define ASSERT_OK_EQ_ERRNO(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (_expr1 < 0) \ log_test_failed("Expected \"%s\" to succeed, but got errno: %d/%s", \ #expr1, errno, ERRNO_NAME(errno)); \ if (_expr1 != _expr2) \ log_test_failed("Expected \"%s == %s\", but %"PRIiMAX" != %"PRIiMAX, \ #expr1, #expr2, (intmax_t) _expr1, (intmax_t) _expr2); \ _expr1; \ }) #endif #ifdef __COVERITY__ # define ASSERT_FAIL(expr) \ ({ \ typeof(expr) _result = (expr); \ __coverity_check__(_result < 0); \ _result; \ }) #else # define ASSERT_FAIL(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result >= 0) \ log_test_failed("Expected \"%s\" to fail, but it succeeded.", #expr); \ _result; \ }) #endif #ifdef __COVERITY__ # define ASSERT_ERROR(expr1, expr2) \ ({ \ int _expr1 = (expr1); \ int _expr2 = (expr2); \ __coverity_check__((_expr1) == -(_expr2)); \ _expr1; \ }) #else # define ASSERT_ERROR(expr1, expr2) \ ({ \ int _expr1 = (expr1); \ int _expr2 = (expr2); \ if (_expr1 >= 0) \ log_test_failed("Expected \"%s\" to fail with error %d/%s, but it succeeded", \ #expr1, -_expr2, ERRNO_NAME(_expr2)); \ else if (-_expr1 != _expr2) \ log_test_failed("Expected \"%s\" to fail with error %d/%s, but got %d/%s", \ #expr1, -_expr2, ERRNO_NAME(_expr2), _expr1, ERRNO_NAME(_expr1)); \ _expr1; \ }) #endif #ifdef __COVERITY__ # define ASSERT_ERROR_ERRNO(expr1, expr2) \ ({ \ int _expr1 = (expr1); \ int _expr2 = (expr2); \ __coverity_check__(_expr1 < 0 && errno == _expr2); \ _expr1; \ }) #else # define ASSERT_ERROR_ERRNO(expr1, expr2) \ ({ \ int _expr1 = (expr1); \ int _expr2 = (expr2); \ if (_expr1 >= 0) \ log_test_failed("Expected \"%s\" to fail with errno %d/%s, but it succeeded", \ #expr1, _expr2, ERRNO_NAME(_expr2)); \ else if (errno != _expr2) \ log_test_failed("Expected \"%s\" to fail with errno %d/%s, but got %d/%s", \ #expr1, _expr2, ERRNO_NAME(_expr2), errno, ERRNO_NAME(errno)); \ _expr1; \ }) #endif #ifdef __COVERITY__ # define ASSERT_TRUE(expr) __coverity_check__(!!(expr)) #else # define ASSERT_TRUE(expr) \ ({ \ if (!(expr)) \ log_test_failed("Expected \"%s\" to be true", #expr); \ }) #endif #ifdef __COVERITY__ # define ASSERT_FALSE(expr) __coverity_check__(!(expr)) #else # define ASSERT_FALSE(expr) \ ({ \ if ((expr)) \ log_test_failed("Expected \"%s\" to be false", #expr); \ }) #endif #ifdef __COVERITY__ # define ASSERT_NULL(expr) __coverity_check__((expr) == NULL) #else # define ASSERT_NULL(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result != NULL) \ log_test_failed("Expected \"%s\" to be NULL, got \"%p\" != NULL", #expr, _result); \ }) #endif #ifdef __COVERITY__ # define ASSERT_NOT_NULL(expr) __coverity_check__((expr) != NULL) #else # define ASSERT_NOT_NULL(expr) \ ({ \ typeof(expr) _result = (expr); \ if (_result == NULL) \ log_test_failed("Expected \"%s\" to be not NULL", #expr); \ _result; \ }) #endif #ifdef __COVERITY__ # define ASSERT_STREQ(expr1, expr2) __coverity_check__(streq_ptr((expr1), (expr2))) #else # define ASSERT_STREQ(expr1, expr2) \ ({ \ const char *_expr1 = (expr1), *_expr2 = (expr2); \ if (!streq_ptr(_expr1, _expr2)) \ log_test_failed("Expected \"%s == %s\", got \"%s != %s\"", \ #expr1, #expr2, strnull(_expr1), strnull(_expr2)); \ }) #endif #ifdef __COVERITY__ # define ASSERT_NOT_STREQ(expr1, expr2) __coverity_check__(!streq_ptr((expr1), (expr2))) #else # define ASSERT_NOT_STREQ(expr1, expr2) \ ({ \ const char *_expr1 = (expr1), *_expr2 = (expr2); \ if (streq_ptr(_expr1, _expr2)) \ log_test_failed("Expected \"%s != %s\", got \"%s == %s\"", \ #expr1, #expr2, strnull(_expr1), strnull(_expr2)); \ }) #endif #ifdef __COVERITY__ # define ASSERT_STRNEQ(expr1, expr2, n) __coverity_check__(strneq_ptr((expr1), (expr2), (n))) #else # define ASSERT_STRNEQ(expr1, expr2, n) \ ({ \ const char *_expr1 = (expr1), *_expr2 = (expr2); \ size_t _n = (n); \ if (!strneq_ptr(_expr1, _expr2, _n)) \ log_test_failed("Expected \"%s == %s\", got \"%s != %s\" (first %zu characters)", \ #expr1, #expr2, strnull(_expr1), strnull(_expr2), _n); \ }) #endif #ifdef __COVERITY__ # define ASSERT_PTR_EQ(expr1, expr2) __coverity_check__((expr1) == (expr2)) #else # define ASSERT_PTR_EQ(expr1, expr2) \ ({ \ const void *_expr1 = (expr1), *_expr2 = (expr2); \ if (_expr1 != _expr2) \ log_test_failed("Expected \"%s == %s\", got \"0x%p != 0x%p\"", \ #expr1, #expr2, _expr1, _expr2); \ }) #endif /* DECIMAL_STR_FMT() uses _Generic which cannot be used in string concatenation so we have to format the * input into strings first and then format those into the final assertion message. */ #ifdef __COVERITY__ # define ASSERT_EQ(expr1, expr2) __coverity_check__((expr1) == (expr2)) #else # define ASSERT_EQ(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (_expr1 != _expr2) { \ char _sexpr1[DECIMAL_STR_MAX(typeof(expr1))]; \ char _sexpr2[DECIMAL_STR_MAX(typeof(expr2))]; \ xsprintf(_sexpr1, DECIMAL_STR_FMT(_expr1), _expr1); \ xsprintf(_sexpr2, DECIMAL_STR_FMT(_expr2), _expr2); \ log_test_failed("Expected \"%s == %s\", but %s != %s", \ #expr1, #expr2, _sexpr1, _sexpr2); \ } \ }) #endif #ifdef __COVERITY__ # define ASSERT_GE(expr1, expr2) __coverity_check__((expr1) >= (expr2)) #else # define ASSERT_GE(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (_expr1 < _expr2) { \ char _sexpr1[DECIMAL_STR_MAX(typeof(expr1))]; \ char _sexpr2[DECIMAL_STR_MAX(typeof(expr2))]; \ xsprintf(_sexpr1, DECIMAL_STR_FMT(_expr1), _expr1); \ xsprintf(_sexpr2, DECIMAL_STR_FMT(_expr2), _expr2); \ log_test_failed("Expected \"%s >= %s\", but %s < %s", \ #expr1, #expr2, _sexpr1, _sexpr2); \ } \ }) #endif #ifdef __COVERITY__ # define ASSERT_LE(expr1, expr2) __coverity_check__((expr1) <= (expr2)) #else # define ASSERT_LE(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (_expr1 > _expr2) { \ char _sexpr1[DECIMAL_STR_MAX(typeof(expr1))]; \ char _sexpr2[DECIMAL_STR_MAX(typeof(expr2))]; \ xsprintf(_sexpr1, DECIMAL_STR_FMT(_expr1), _expr1); \ xsprintf(_sexpr2, DECIMAL_STR_FMT(_expr2), _expr2); \ log_test_failed("Expected \"%s <= %s\", but %s > %s", \ #expr1, #expr2, _sexpr1, _sexpr2); \ } \ }) #endif #ifdef __COVERITY__ # define ASSERT_NE(expr1, expr2) __coverity_check__((expr1) != (expr2)) #else # define ASSERT_NE(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (_expr1 == _expr2) { \ char _sexpr1[DECIMAL_STR_MAX(typeof(expr1))]; \ char _sexpr2[DECIMAL_STR_MAX(typeof(expr2))]; \ xsprintf(_sexpr1, DECIMAL_STR_FMT(_expr1), _expr1); \ xsprintf(_sexpr2, DECIMAL_STR_FMT(_expr2), _expr2); \ log_test_failed("Expected \"%s != %s\", but %s == %s", \ #expr1, #expr2, _sexpr1, _sexpr2); \ } \ }) #endif #ifdef __COVERITY__ # define ASSERT_GT(expr1, expr2) __coverity_check__((expr1) > (expr2)) #else # define ASSERT_GT(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (!(_expr1 > _expr2)) { \ char _sexpr1[DECIMAL_STR_MAX(typeof(expr1))]; \ char _sexpr2[DECIMAL_STR_MAX(typeof(expr2))]; \ xsprintf(_sexpr1, DECIMAL_STR_FMT(_expr1), _expr1); \ xsprintf(_sexpr2, DECIMAL_STR_FMT(_expr2), _expr2); \ log_test_failed("Expected \"%s > %s\", but %s <= %s", \ #expr1, #expr2, _sexpr1, _sexpr2); \ } \ }) #endif #ifdef __COVERITY__ # define ASSERT_LT(expr1, expr2) __coverity_check__((expr1) < (expr2)) #else # define ASSERT_LT(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (!(_expr1 < _expr2)) { \ char _sexpr1[DECIMAL_STR_MAX(typeof(expr1))]; \ char _sexpr2[DECIMAL_STR_MAX(typeof(expr2))]; \ xsprintf(_sexpr1, DECIMAL_STR_FMT(_expr1), _expr1); \ xsprintf(_sexpr2, DECIMAL_STR_FMT(_expr2), _expr2); \ log_test_failed("Expected \"%s < %s\", but %s >= %s", \ #expr1, #expr2, _sexpr1, _sexpr2); \ } \ }) #endif enum { ASSERT_SIGNAL_FORK_CHILD = 0, /* We are in the child process */ ASSERT_SIGNAL_FORK_PARENT = 1, /* We are in the parent process */ }; int assert_signal_internal(int *ret_signal); #ifdef __COVERITY__ # define ASSERT_SIGNAL(expr, signal) __coverity_check__(((expr), false)) #else # define ASSERT_SIGNAL(expr, signal) __ASSERT_SIGNAL(UNIQ, expr, signal) # define __ASSERT_SIGNAL(uniq, expr, sgnl) \ ({ \ ASSERT_TRUE(SIGNAL_VALID(sgnl)); \ int UNIQ_T(_status, uniq); \ int UNIQ_T(_path, uniq) = assert_signal_internal(&UNIQ_T(_status, uniq)); \ ASSERT_OK_ERRNO(UNIQ_T(_path, uniq)); \ if (UNIQ_T(_path, uniq) == ASSERT_SIGNAL_FORK_CHILD) { \ (void) signal(sgnl, SIG_DFL); \ expr; \ _exit(EXIT_SUCCESS); \ } \ ASSERT_EQ(UNIQ_T(_path, uniq), ASSERT_SIGNAL_FORK_PARENT); \ if (UNIQ_T(_status, uniq) != sgnl) \ log_test_failed("\"%s\" died with signal %s, but %s was expected", \ #expr, signal_to_string(UNIQ_T(_status, uniq)), \ signal_to_string(sgnl)); \ }) #endif #ifdef __COVERITY__ # define ASSERT_EQ_ID128(expr1, expr2) __coverity_check__(sd_id128_equal((expr1), (expr2))) #else # define ASSERT_EQ_ID128(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (!sd_id128_equal(_expr1, _expr2)) \ log_test_failed("\"%s == %s\", but %s != %s", \ #expr1, #expr2, \ SD_ID128_TO_STRING(_expr1), SD_ID128_TO_STRING(_expr2)); \ }) #endif #ifdef __COVERITY__ # define ASSERT_NE_ID128(expr1, expr2) __coverity_check__(!sd_id128_equal((expr1), (expr2))) #else # define ASSERT_NE_ID128(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (sd_id128_equal(_expr1, _expr2)) \ log_test_failed("\"%s != %s\", but %s == %s", \ #expr1, #expr2, \ SD_ID128_TO_STRING(_expr1), SD_ID128_TO_STRING(_expr2)); \ }) #endif #define EFI_GUID_Fmt "%08x-%04x-%04x-%02x%02x-%02x%02x%02x%02x%02x%02x" #define EFI_GUID_Arg(guid) (guid).Data1, (guid).Data2, (guid).Data3, \ (guid).Data4[0], (guid).Data4[1], (guid).Data4[2], (guid).Data4[3], \ (guid).Data4[4], (guid).Data4[5], (guid).Data4[6], (guid).Data4[7] \ #ifdef __COVERITY__ # define ASSERT_EQ_EFI_GUID(expr1, expr2) __coverity_check__(efi_guid_equal((expr1), (expr2))) #else # define ASSERT_EQ_EFI_GUID(expr1, expr2) \ ({ \ typeof(expr1) _expr1 = (expr1); \ typeof(expr2) _expr2 = (expr2); \ if (!efi_guid_equal(_expr1, _expr2)) \ log_test_failed("Expected \"%s == %s\", but " EFI_GUID_Fmt \ " != " EFI_GUID_Fmt, \ #expr1, #expr2, \ EFI_GUID_Arg(*_expr1), EFI_GUID_Arg(*_expr2)); \ }) #endif