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|
/****************************************************************
*
* ======== lily-test ========
*
* a midsize C unit testing library
* copyright (c) 2022 kate swanson (sanine)
*
* This is anti-capitalist software, released for free use by individuals and
* organizations that do not operate by capitalist principles.
*
* Permission is hereby granted, free of charge, to any person or
* organization (the "User") obtaining a copy of this software and associated
* documentation files (the "Software"), to use, copy, modify, merge,
* distribute, and/or sell copies of the Software, subject to the following
* conditions:
*
* 1. The above copyright notice and this permission notice shall be included
* in all copies or modified versions of the Software.
*
* 2. The User is one of the following:
* a. An individual person, laboring for themselves
* b. A non-profit organization
* c. An educational institution
* d. An organization that seeks shared profit for all of its members, and
* allows non-members to set the cost of their labor
*
* 3. If the User is an organization with owners, then all owners are workers
* and all workers are owners with equal equity and/or equal vote.
*
* 4. If the User is an organization, then the User is not law enforcement or
* military, or working for or under either.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT EXPRESS OR IMPLIED WARRANTY OF
* ANY KIND, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN
* ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
* CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*
* https://anticapitalist.software/
* https://sanine.net
*
****************************************************************/
#ifndef LILY_TEST_H
#define LILY_TEST_H
#define LILY_VERSION_MAJOR 2
#define LILY_VERSION_MINOR 0
#define LILY_VERSION_PATCH 0
#include <stdbool.h>
#include <stddef.h>
#include <stdint.h>
#include <setjmp.h>
#include <stdio.h>
#include <stdarg.h>
#include <stdlib.h>
#include <math.h>
#define STR_IMP(x) #x
#define STR(x) STR_IMP(x)
/* define SOURCE_PATH_SIZE to strip away the
leading parts of the full compilation path */
#ifndef SOURCE_PATH_SIZE
#define LILY_LOCATION (__FILE__ ":" STR(__LINE__))
#else
#define LILY_LOCATION ((__FILE__ ":" STR(__LINE__)) + SOURCE_PATH_SIZE)
#endif
/* self-location macro */
#ifndef LILY_TEST_H_LOCATION
#define LILY_TEST_H_LOCATION "lily-test.h"
#endif
/* counter macros */
#define LILY_HEX_(x) 0x##x
#define LILY_HEX(x) LILY_HEX_(x)
#define LILY_COUNTER_POS_0 0
#define LILY_COUNTER_POS_1 0
#define LILY_COUNTER_POS_2 0
#define LILY_COUNTER__(a, b, c) 0x##a##b##c
#define LILY_COUNTER_(a, b, c) LILY_COUNTER__(a, b, c)
#define LILY_COUNTER LILY_COUNTER_(LILY_COUNTER_POS_2, LILY_COUNTER_POS_1, LILY_COUNTER_POS_0)
/* automatic registration macros */
typedef struct lily_ll_node_t {
struct lily_ll_node_t *next;
void (*f)();
} lily_ll_node_t;
#define LILY_FILE_BEGIN(unique_id) \
static lily_ll_node_t lily_ll_last = { NULL, NULL }; \
static void file_runner(); \
void (*unique_id)() = file_runner;
#define LILY_LIST_HEAD lily_ll_last
#define LILY_LIST_NEXT lily_ll_last
#define LILY_PUSH_TEST() LILY_TEST_H_LOCATION
#define LILY_REGISTER_TESTS() LILY_TEST_H_LOCATION
#define LILY_CAT_(x, y) x##y
#define LILY_CAT(x, y) LILY_CAT_(x, y)
#define LILY_ANON(x) LILY_CAT(x, LILY_COUNTER)
#define LILY_ANON_WRAP LILY_ANON(LILY_WRAP_)
#define LILY_ANON_FUNC LILY_ANON(LILY_FUNCTION_)
#define LILY_ANON_NODE LILY_ANON(LILY_NODE_)
#define LILY_ANON_DESC LILY_ANON(LILY_DESCRIPTION_)
#define LILY_TEST_(wrap, f, desc_str, description) \
static void f(); \
static void wrap() \
{ \
lily_g.test_name = description; \
f(); \
} \
static void f()
#define LILY_TEST(description) LILY_TEST_(LILY_ANON_WRAP, LILY_ANON_FUNC, LILY_ANON_DESC, description)
/* assertions */
typedef struct lily_test_msg_t {
struct lily_test_msg_t *next;
char *msg;
const char *location;
} lily_test_msg_t;
void lily_msg_destroy(lily_test_msg_t *m);
void lily_info(const char *location, const char *fmt, ...);
#define LILY_INFO_(location, ...) \
lily_info(location, __VA_ARGS__)
#define LILY_INFO(...) LILY_INFO_(LILY_LOCATION, __VA_ARGS__)
#define INFO(...) LILY_INFO(__VA_ARGS__)
void lily_check(int x, const char *location, const char *fmt, ...);
#define LILY_CHECK_(str, x, location) \
lily_check(x, location, "CHECK failed: %s", str)
#define LILY_CHECK(x) LILY_CHECK_(STR(x), x, LILY_LOCATION)
#define CHECK(x) LILY_CHECK(x)
#define LILY_CHECK_CMP_(x, y, xstr, ystr, cmp, cmpstr, fmt) \
lily_check(x cmp y, LILY_LOCATION, \
"CHECK failed: %s " cmpstr " %s\n %s = " fmt "\n %s = " fmt,\
xstr, ystr, xstr, x, ystr, y)
#define LILY_CHECK_CMP(x, cmp, y, fmt) LILY_CHECK_CMP_(x, y, #x, #y, cmp, #cmp, fmt)
/* check comparision assertions */
#define CHECK_EQ(x, y, fmt) LILY_CHECK_CMP(x, ==, y, fmt)
#define CHECK_NEQ(x, y, fmt) LILY_CHECK_CMP(x, !=, y, fmt)
#define CHECK_LT(x, y, fmt) LILY_CHECK_CMP(x, <, y, fmt)
#define CHECK_LE(x, y, fmt) LILY_CHECK_CMP(x, <=, y, fmt)
#define CHECK_GT(x, y, fmt) LILY_CHECK_CMP(x, >, y, fmt)
#define CHECK_GE(x, y, fmt) LILY_CHECK_CMP(x, >=, y, fmt)
#define LILY_CHECK_EQF(x, y, xstr, ystr, fmt) \
lily_check(fabs(x-y) < lily_g.epsilon, LILY_LOCATION, \
"CHECK failed: %s == %s\n %s = " fmt "\n %s = " fmt "\n epsilon: %f", \
xstr, ystr, xstr, x, ystr, y, lily_g.epsilon)
#define CHECK_EQF(x, y, fmt) LILY_CHECK_EQF(x, y, #x, #y, fmt)
#define LILY_CHECK_EQS(x, y, xstr, ystr) \
lily_check(strcmp(x, y) == 0, LILY_LOCATION, \
"CHECK failed: %s == %s\n %s = \"%s\"\n %s = \"%s\"", \
xstr, ystr, xstr, x, ystr, y)
#define CHECK_EQS(x, y) LILY_CHECK_EQS(x, y, #x, #y)
void lily_require(int x, const char *location, const char *fmt, ...);
#define LILY_REQUIRE_(str, x, location) \
lily_require(x, location, "REQUIRE failed: %s", str)
#define LILY_REQUIRE(x) LILY_REQUIRE_(STR(x), x, LILY_LOCATION)
#define REQUIRE(x) LILY_REQUIRE(x)
#define LILY_REQUIRE_CMP_(x, y, xstr, ystr, cmp, cmpstr, fmt) \
lily_require(x cmp y, LILY_LOCATION, \
"REQUIRE failed: %s " cmpstr " %s\n %s = " fmt "\n %s = " fmt,\
xstr, ystr, xstr, x, ystr, y)
#define LILY_REQUIRE_CMP(x, cmp, y, fmt) LILY_REQUIRE_CMP_(x, y, #x, #y, cmp, #cmp, fmt)
/* require comparison assertions */
#define REQUIRE_EQ(x, y, fmt) LILY_REQUIRE_CMP(x, ==, y, fmt)
#define REQUIRE_NEQ(x, y, fmt) LILY_REQUIRE_CMP(x, !=, y, fmt)
#define REQUIRE_LT(x, y, fmt) LILY_REQUIRE_CMP(x, <, y, fmt)
#define REQUIRE_LE(x, y, fmt) LILY_REQUIRE_CMP(x, <=, y, fmt)
#define REQUIRE_GT(x, y, fmt) LILY_REQUIRE_CMP(x, >, y, fmt)
#define REQUIRE_GE(x, y, fmt) LILY_REQUIRE_CMP(x, >=, y, fmt)
#define LILY_REQUIRE_EQF(x, y, xstr, ystr, fmt) \
lily_require(fabs(x-y) < lily_g.epsilon, LILY_LOCATION, \
"REQUIRE failed: %s == %s\n %s = " fmt "\n %s = " fmt "\n epsilon: %f", \
xstr, ystr, xstr, x, ystr, y, lily_g.epsilon)
#define REQUIRE_EQF(x, y, fmt) LILY_REQUIRE_EQF(x, y, #x, #y, fmt)
#define LILY_REQUIRE_EQS(x, y, xstr, ystr) \
lily_require(strcmp(x, y) == 0, LILY_LOCATION, \
"REQUIRE failed: %s == %s\n %s = \"%s\"\n %s = \"%s\"", \
xstr, ystr, xstr, x, ystr, y)
#define REQUIRE_EQS(x, y) LILY_REQUIRE_EQS(x, y, #x, #y)
void lily_begin();
void lily_finish();
void lily_run_test(void (*test)());
void lily_set_epsilon(double epsilon);
struct lily_global_t {
int failed;
jmp_buf env;
const char *test_name;
lily_test_msg_t HEAD;
lily_test_msg_t *TAIL;
int n_assertions;
int n_assertions_failed;
int n_tests;
int n_tests_failed;
double epsilon;
} extern lily_g;
#ifdef LILY_IMPLEMENTATION
struct lily_global_t lily_g;
lily_test_msg_t *lily_msg_create(const char *location, const char *fmt, va_list args)
{
lily_test_msg_t *m = malloc(sizeof(lily_test_msg_t));
if (m == NULL) {
return NULL;
}
m->next = NULL;
m->location = location;
va_list args_len;
va_copy(args_len, args);
size_t len = vsnprintf(NULL, 0, fmt, args_len) + 1;
va_end(args_len);
m->msg = malloc(len * sizeof(char));
if (m->msg == NULL) {
free(m);
return NULL;
}
vsnprintf(m->msg, len, fmt, args);
return m;
}
void lily_msg_destroy(lily_test_msg_t *m)
{
if (m == NULL) {
/* ignore */
return;
}
if (m->next != NULL) {
// destroy the whole chain
lily_msg_destroy(m->next);
}
free(m->msg);
free(m);
}
void lily_run_test(void (*test)())
{
lily_g.n_tests += 1;
lily_g.HEAD.next = NULL;
lily_g.TAIL = &(lily_g.HEAD);
lily_g.failed = 0;
int jumped = setjmp(lily_g.env);
if (!jumped) {
test();
}
if (lily_g.failed) {
lily_g.n_tests_failed += 1;
printf("================================================================================\n");
printf("test \"%s\" failed!\n\n", lily_g.test_name);
lily_test_msg_t *n = lily_g.HEAD.next;
while(n != NULL) {
printf(" %s\n [%s]\n\n", n->msg, n->location);
n = n->next;
}
lily_msg_destroy(lily_g.HEAD.next);
}
}
void lily_info(const char *location, const char *fmt, ...)
{
va_list args;
va_start(args, fmt);
lily_test_msg_t *m = lily_msg_create(location, fmt, args);
va_end(args);
lily_g.TAIL->next = m;
lily_g.TAIL = m;
}
void lily_check(int x, const char *location, const char *fmt, ...)
{
lily_g.n_assertions += 1;
if (!x) {
// assertion failed
lily_g.n_assertions_failed += 1;
va_list args;
va_start(args, fmt);
lily_test_msg_t *m = lily_msg_create(location, fmt, args);
va_end(args);
lily_g.TAIL->next = m;
lily_g.TAIL = m;
lily_g.failed = 1;
}
}
void lily_require(int x, const char *location, const char *fmt, ...)
{
lily_g.n_assertions += 1;
if (!x) {
// assertion failed
lily_g.n_assertions_failed += 1;
va_list args;
va_start(args, fmt);
lily_test_msg_t *m = lily_msg_create(location, fmt, args);
va_end(args);
lily_g.TAIL->next = m;
lily_g.TAIL = m;
lily_g.failed = 1;
/* longjump out of test */
longjmp(lily_g.env, 1);
}
}
void lily_begin()
{
lily_g.n_tests = 0;
lily_g.n_tests_failed = 0;
lily_g.n_assertions_failed = 0;
lily_g.n_assertions_failed = 0;
lily_g.epsilon = 1e-3;
printf("================================================================================\n");
printf("lily-test version %d.%d.%d\n", LILY_VERSION_MAJOR, LILY_VERSION_MINOR, LILY_VERSION_PATCH);
}
void lily_finish()
{
printf("================================================================================\n");
printf("ran %d tests (%d failed)\n",
lily_g.n_tests, lily_g.n_tests_failed);
printf("checked %d asserts (%d failed)\n",
lily_g.n_assertions, lily_g.n_assertions_failed);
}
void lily_set_epsilon(double epsilon)
{
lily_g.epsilon = epsilon;
}
#endif
/* ifdef LILY_TEST_H */
#else
/* counter incrementing */
/* this counter can count up to 4096, but it should be pretty trivial to extend it more or less arbitrarily far */
/* to increment the counter, just #define LILY_COUNTER_INCREMENT and then include this file again */
#ifdef LILY_COUNTER_INCREMENT
#undef LILY_COUNTER_INCREMENT
/* ones position */
# if LILY_HEX(LILY_COUNTER_POS_0) == 0
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 1
# elif LILY_HEX(LILY_COUNTER_POS_0) == 1
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 2
# elif LILY_HEX(LILY_COUNTER_POS_0) == 2
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 3
# elif LILY_HEX(LILY_COUNTER_POS_0) == 3
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 4
# elif LILY_HEX(LILY_COUNTER_POS_0) == 4
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 5
# elif LILY_HEX(LILY_COUNTER_POS_0) == 5
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 6
# elif LILY_HEX(LILY_COUNTER_POS_0) == 6
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 7
# elif LILY_HEX(LILY_COUNTER_POS_0) == 7
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 8
# elif LILY_HEX(LILY_COUNTER_POS_0) == 8
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 9
# elif LILY_HEX(LILY_COUNTER_POS_0) == 9
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 a
# elif LILY_HEX(LILY_COUNTER_POS_0) == 10
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 b
# elif LILY_HEX(LILY_COUNTER_POS_0) == 11
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 c
# elif LILY_HEX(LILY_COUNTER_POS_0) == 12
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 d
# elif LILY_HEX(LILY_COUNTER_POS_0) == 13
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 e
# elif LILY_HEX(LILY_COUNTER_POS_0) == 14
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 f
# elif LILY_HEX(LILY_COUNTER_POS_0) == 15
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 0
/* sixteens position */
# if LILY_HEX(LILY_COUNTER_POS_1) == 0
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 1
# elif LILY_HEX(LILY_COUNTER_POS_1) == 1
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 2
# elif LILY_HEX(LILY_COUNTER_POS_1) == 2
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 3
# elif LILY_HEX(LILY_COUNTER_POS_1) == 3
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 4
# elif LILY_HEX(LILY_COUNTER_POS_1) == 4
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 5
# elif LILY_HEX(LILY_COUNTER_POS_1) == 5
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 6
# elif LILY_HEX(LILY_COUNTER_POS_1) == 6
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 7
# elif LILY_HEX(LILY_COUNTER_POS_1) == 7
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 8
# elif LILY_HEX(LILY_COUNTER_POS_1) == 8
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 9
# elif LILY_HEX(LILY_COUNTER_POS_1) == 9
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 a
# elif LILY_HEX(LILY_COUNTER_POS_1) == 10
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 b
# elif LILY_HEX(LILY_COUNTER_POS_1) == 11
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 c
# elif LILY_HEX(LILY_COUNTER_POS_1) == 12
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 d
# elif LILY_HEX(LILY_COUNTER_POS_1) == 13
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 e
# elif LILY_HEX(LILY_COUNTER_POS_1) == 14
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 f
# elif LILY_HEX(LILY_COUNTER_POS_1) == 15
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 0
/* 256s position */
# if LILY_HEX(LILY_COUNTER_POS_2) == 0
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 1
# elif LILY_HEX(LILY_COUNTER_POS_2) == 1
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 2
# elif LILY_HEX(LILY_COUNTER_POS_2) == 2
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 3
# elif LILY_HEX(LILY_COUNTER_POS_2) == 3
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 4
# elif LILY_HEX(LILY_COUNTER_POS_2) == 4
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 5
# elif LILY_HEX(LILY_COUNTER_POS_2) == 5
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 6
# elif LILY_HEX(LILY_COUNTER_POS_2) == 6
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 7
# elif LILY_HEX(LILY_COUNTER_POS_2) == 7
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 8
# elif LILY_HEX(LILY_COUNTER_POS_2) == 8
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 9
# elif LILY_HEX(LILY_COUNTER_POS_2) == 9
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 a
# elif LILY_HEX(LILY_COUNTER_POS_2) == 10
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 b
# elif LILY_HEX(LILY_COUNTER_POS_2) == 11
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 c
# elif LILY_HEX(LILY_COUNTER_POS_2) == 12
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 d
# elif LILY_HEX(LILY_COUNTER_POS_2) == 13
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 e
# elif LILY_HEX(LILY_COUNTER_POS_2) == 14
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 f
# elif LILY_HEX(LILY_COUNTER_POS_2) == 15
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 0
# endif
# endif
# endif
#elif defined(LILY_COUNTER_DECREMENT)
#undef LILY_COUNTER_DECREMENT
/* ones position */
# if LILY_HEX(LILY_COUNTER_POS_0) == 15
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 e
# elif LILY_HEX(LILY_COUNTER_POS_0) == 14
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 d
# elif LILY_HEX(LILY_COUNTER_POS_0) == 13
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 c
# elif LILY_HEX(LILY_COUNTER_POS_0) == 12
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 b
# elif LILY_HEX(LILY_COUNTER_POS_0) == 11
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 a
# elif LILY_HEX(LILY_COUNTER_POS_0) == 10
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 9
# elif LILY_HEX(LILY_COUNTER_POS_0) == 9
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 8
# elif LILY_HEX(LILY_COUNTER_POS_0) == 8
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 7
# elif LILY_HEX(LILY_COUNTER_POS_0) == 7
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 6
# elif LILY_HEX(LILY_COUNTER_POS_0) == 6
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 5
# elif LILY_HEX(LILY_COUNTER_POS_0) == 5
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 4
# elif LILY_HEX(LILY_COUNTER_POS_0) == 4
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 3
# elif LILY_HEX(LILY_COUNTER_POS_0) == 3
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 2
# elif LILY_HEX(LILY_COUNTER_POS_0) == 2
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 1
# elif LILY_HEX(LILY_COUNTER_POS_0) == 1
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 0
# elif LILY_HEX(LILY_COUNTER_POS_0) == 0
# undef LILY_COUNTER_POS_0
# define LILY_COUNTER_POS_0 f
/* sixteens position */
# if LILY_HEX(LILY_COUNTER_POS_1) == 15
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 e
# elif LILY_HEX(LILY_COUNTER_POS_1) == 14
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 d
# elif LILY_HEX(LILY_COUNTER_POS_1) == 13
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 c
# elif LILY_HEX(LILY_COUNTER_POS_1) == 12
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 b
# elif LILY_HEX(LILY_COUNTER_POS_1) == 11
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 a
# elif LILY_HEX(LILY_COUNTER_POS_1) == 10
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 9
# elif LILY_HEX(LILY_COUNTER_POS_1) == 9
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 8
# elif LILY_HEX(LILY_COUNTER_POS_1) == 8
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 7
# elif LILY_HEX(LILY_COUNTER_POS_1) == 7
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 6
# elif LILY_HEX(LILY_COUNTER_POS_1) == 6
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 5
# elif LILY_HEX(LILY_COUNTER_POS_1) == 5
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 4
# elif LILY_HEX(LILY_COUNTER_POS_1) == 4
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 3
# elif LILY_HEX(LILY_COUNTER_POS_1) == 3
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 2
# elif LILY_HEX(LILY_COUNTER_POS_1) == 2
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 1
# elif LILY_HEX(LILY_COUNTER_POS_1) == 1
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 0
# elif LILY_HEX(LILY_COUNTER_POS_1) == 0
# undef LILY_COUNTER_POS_1
# define LILY_COUNTER_POS_1 f
/* 256s position */
# if LILY_HEX(LILY_COUNTER_POS_2) == 15
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 e
# elif LILY_HEX(LILY_COUNTER_POS_2) == 14
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 d
# elif LILY_HEX(LILY_COUNTER_POS_2) == 13
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 c
# elif LILY_HEX(LILY_COUNTER_POS_2) == 12
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 b
# elif LILY_HEX(LILY_COUNTER_POS_2) == 11
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 a
# elif LILY_HEX(LILY_COUNTER_POS_2) == 10
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 9
# elif LILY_HEX(LILY_COUNTER_POS_2) == 9
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 8
# elif LILY_HEX(LILY_COUNTER_POS_2) == 8
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 7
# elif LILY_HEX(LILY_COUNTER_POS_2) == 7
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 6
# elif LILY_HEX(LILY_COUNTER_POS_2) == 6
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 5
# elif LILY_HEX(LILY_COUNTER_POS_2) == 5
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 4
# elif LILY_HEX(LILY_COUNTER_POS_2) == 4
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 3
# elif LILY_HEX(LILY_COUNTER_POS_2) == 3
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 2
# elif LILY_HEX(LILY_COUNTER_POS_2) == 2
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 1
# elif LILY_HEX(LILY_COUNTER_POS_2) == 1
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 0
# elif LILY_HEX(LILY_COUNTER_POS_2) == 0
# undef LILY_COUNTER_POS_2
# define LILY_COUNTER_POS_2 f
# endif
# endif
# endif
#elif defined(LILY_FILE_END)
/* ending a file */
/* LILY_LIST_HEAD is one too high, so we decrement */
#define LILY_COUNTER_DECREMENT
#include LILY_TEST_H_LOCATION
void file_runner()
{
lily_ll_node_t *n = &LILY_LIST_HEAD;
while (n->next != NULL) {
lily_run_test(n->f);
n = n->next;
}
}
#else
/* register new test */
static lily_ll_node_t LILY_ANON_NODE = {
#define LILY_COUNTER_DECREMENT
#include LILY_TEST_H_LOCATION
&LILY_LIST_HEAD,
#define LILY_COUNTER_INCREMENT
#include LILY_TEST_H_LOCATION
LILY_ANON_WRAP,
};
#undef LILY_LIST_HEAD
#define LILY_LIST_HEAD LILY_ANON_NODE
#define LILY_COUNTER_INCREMENT
#include LILY_TEST_H_LOCATION
#endif
#endif
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