int do_test_rectangles(const char *test_parm)
{
(void) test_parm;
rect_t out1, out2, oldw, neww;
oldw.x = 1;
oldw.y = 1;
oldw.xsize = 10;
oldw.ysize = 10;
neww.x = 2;
neww.y = 2;
neww.xsize = 10;
neww.ysize = 10;
//int o2 =
rect_sub( &out1, &out2, &oldw, &neww );
//rect_dump( &out1 );
//rect_dump( &out2 );
test_check_eq(out1.x,1);
test_check_eq(out1.y,1);
test_check_eq(out1.xsize,1);
test_check_eq(out1.ysize,10);
test_check_eq(out2.x,1);
test_check_eq(out2.y,1);
test_check_eq(out2.xsize,10);
test_check_eq(out2.ysize,1);
rect_t a, b;
a.x = 10; a.y = 10;
a.xsize = 10; a.ysize = 10;
b.x = 15; b.y = 15;
b.xsize = 10; b.ysize = 10;
test_check_false( rect_includes( &a, &b ) );
test_check_true( rect_intersects( &a, &b ) );
b.xsize = 2; b.ysize = 2;
test_check_true( rect_includes( &a, &b ) );
test_check_true( rect_intersects( &a, &b ) );
b.x = 35; b.y = 35;
test_check_false( rect_includes( &a, &b ) );
test_check_false( rect_intersects( &a, &b ) );
return 0;
}
int do_test_amap(const char *test_parm)
{
(void) test_parm;
//errno_t ret;
int modified;
amap_init( &map, 0, ~0, MAP_UNKNOWN );
test_check_false( amap_check_modify( &map, 10, 1, MAP_USED, &modified ) );
test_check_false( amap_check_modify( &map, 10, 1, MAP_USED, &modified ) );
test_check_false( modified );
test_check_false( amap_check_modify( &map, 10, 1, MAP_FREE, &modified ) );
test_check_true( modified );
// Check if range has these attributes. Return 0 if it has.
test_check_false( amap_check( &map, 10, 1, MAP_FREE ) );
counter = 0;
amap_iterate_flags( &map, count, 0, MAP_FREE );
test_check_eq( counter, 1 );
unsigned int i;
for( i = 20; i < 50; i += 3 )
{
test_check_false( amap_check_modify( &map, i, 2, MAP_FREE, &modified ) );
}
for( i = 20; i < 50; i += 4 )
{
test_check_false( amap_check_modify( &map, i, 4, MAP_USED, &modified ) );
test_check_true( modified );
}
for( i = 20; i < 100; i += 7 )
{
test_check_false( amap_check_modify( &map, i, 3, MAP_FREE, &modified ) );
}
amap_destroy( &map );
return 0;
}
int do_test_physmem(const char *test_parm)
{
(void) test_parm;
#if !defined(ARCH_arm)
void *va;
physaddr_t pa;
char buf[MSIZE];
hal_pv_alloc( &pa, &va, MSIZE );
test_check_true( va != 0 );
test_check_true( pa != 0 );
memset( va, 0, MSIZE );
memcpy_p2v( buf, pa, MSIZE );
if( memnotchar( buf, 0, MSIZE ) )
test_fail_msg( EINVAL, "not 0");
memset( buf, 0xFF, MSIZE );
memcpy_v2p( pa, buf, MSIZE );
if( memnotchar( va, 0xFF, MSIZE ) )
test_fail_msg( EINVAL, "not 1");
memset( va, 0, MSIZE );
memcpy_v2p( pa, "AAA", 3 );
if( memnotchar( va, 'A', 3 ) )
test_fail_msg( EINVAL, "not A");
if( memnotchar( va+3, 0, MSIZE-3 ) )
test_fail_msg( EINVAL, "not A0");
memset( va, 0, MSIZE );
memcpy_v2p( pa+10, "BBB", 3 );
if( memnotchar( va+10, 'B', 3 ) )
test_fail_msg( EINVAL, "not B");
if( memnotchar( va, 0, 10 ) )
test_fail_msg( EINVAL, "not B0-");
if( memnotchar( va+13, 0, MSIZE-13 ) )
test_fail_msg( EINVAL, "not B0+");
// Cross page
memset( va, 0, MSIZE );
#define SH (4096-4)
memcpy_v2p( pa+SH, "EEEEEEEE", 8 );
if( memnotchar( va+SH, 'E', 8 ) )
test_fail_msg( EINVAL, "not E");
if( memnotchar( va, 0, SH ) )
test_fail_msg( EINVAL, "not E0-");
if( memnotchar( va+SH+8, 0, MSIZE-SH-8 ) )
test_fail_msg( EINVAL, "not E0+");
#if 0 // not impl
memset( va, 0, MSIZE );
memset( va+20, 'C', 3 );
memcpy_p2v( buf, pa+20, 3 );
if( memnotchar( buf, 'C', 3 ) )
test_fail_msg( EINVAL, "not C");
#endif
hal_pv_free( pa, va, MSIZE );
#endif //!defined(ARCH_arm)
return 0;
}
