static void AddMemInfoItem(void *ptr, size_t size, const char *file, int line)
{
int i;
for (i = 0; i < XS_MEM_DEBUG_ITEM_MAX; i++)
{
if (g_xsMemDebugInfo[i].ptr == NULL || g_xsMemDebugInfo[i].ptr == ptr)
{
size_t len = xsStrLen(file);
g_xsMemAllocSize += size;
g_xsMemAllocPeak = XS_MAX(g_xsMemAllocPeak, g_xsMemAllocSize);
g_xsMemDebugInfo[i].ptr = ptr;
g_xsMemDebugInfo[i].size = size;
if (len > sizeof(g_xsMemDebugInfo[i].file) - 1)
file = file + (len - sizeof(g_xsMemDebugInfo[i].file)) + 1;
xsStrCpy(g_xsMemDebugInfo[i].file, file);
g_xsMemDebugInfo[i].line = line;
return;
}
}
xsAssert("Memory debug info FULL", file, line);
}
void XSColor_SetHSLA( XSColorRef object, XSFloat h, XSFloat s, XSFloat l, XSFloat a )
{
if( object == NULL )
{
return;
}
XSRecursiveLock_Lock( object->lock );
object->h = XS_MAX( XS_MIN( h, ( XSFloat )1 ), ( XSFloat )0 );
object->s = XS_MAX( XS_MIN( s, ( XSFloat )1 ), ( XSFloat )0 );
object->l = XS_MAX( XS_MIN( l, ( XSFloat )1 ), ( XSFloat )0 );
object->a = XS_MAX( XS_MIN( a, ( XSFloat )1 ), ( XSFloat )0 );
__XSColor_ConvertFromHSL( object );
XSRecursiveLock_Unlock( object->lock );
}