static void
nr_typeface_w32_finalize (NRObject *object)
{
NRTypeFaceW32 *tfw32;
tfw32 = (NRTypeFaceW32 *) object;
nr_free (tfw32->otm);
DeleteFont (tfw32->hfont);
if (tfw32->slots) {
unsigned int i;
for (i = 0; i < tfw32->slots_length; i++) {
if (tfw32->slots[i].outline.path > 0) {
art_free (tfw32->slots[i].outline.path);
}
}
nr_free (tfw32->slots);
}
if (tfw32->hgidx) nr_free (tfw32->hgidx);
if (tfw32->vgidx) nr_free (tfw32->vgidx);
((NRObjectClass *) (parent_class))->finalize (object);
}
//buddy_alloc_pages_sub - the actual allocation implimentation, return a page whose size >=n,
// - the remaining free parts insert to other free list
static inline struct Page *buddy_alloc_pages_sub(uint32_t numa_id, size_t order)
{
assert(order <= MAX_ORDER);
size_t cur_order;
for (cur_order = order; cur_order <= MAX_ORDER; cur_order++) {
if (!list_empty(&free_list(numa_id, cur_order))) {
list_entry_t *le = list_next(&free_list(numa_id, cur_order));
struct Page *page = le2page(le, page_link);
nr_free(numa_id, cur_order)--;
list_del(le);
size_t size = 1 << cur_order;
while (cur_order > order) {
cur_order--;
size >>= 1;
struct Page *buddy = page + size;
buddy->property = cur_order;
SetPageProperty(buddy);
nr_free(numa_id, cur_order)++;
list_add(&free_list(numa_id, cur_order),
&(buddy->page_link));
}
ClearPageProperty(page);
return page;
}
}
void
sp_sel_trans_shutdown (SPSelTrans *seltrans)
{
gint i;
for (i = 0; i < 8; i++) {
if (seltrans->shandle[i]) {
g_object_unref (G_OBJECT (seltrans->shandle[i]));
seltrans->shandle[i] = NULL;
}
if (seltrans->rhandle[i]) {
g_object_unref (G_OBJECT (seltrans->rhandle[i]));
seltrans->rhandle[i] = NULL;
}
}
if (seltrans->chandle) {
g_object_unref (G_OBJECT (seltrans->chandle));
seltrans->chandle = NULL;
}
if (seltrans->norm) {
gtk_object_destroy (GTK_OBJECT (seltrans->norm));
seltrans->norm = NULL;
}
if (seltrans->grip) {
gtk_object_destroy (GTK_OBJECT (seltrans->grip));
seltrans->grip = NULL;
}
if (seltrans->l1) {
gtk_object_destroy (GTK_OBJECT (seltrans->l1));
seltrans->l1 = NULL;
}
if (seltrans->l2) {
gtk_object_destroy (GTK_OBJECT (seltrans->l2));
seltrans->l2 = NULL;
}
if (seltrans->l3) {
gtk_object_destroy (GTK_OBJECT (seltrans->l3));
seltrans->l3 = NULL;
}
if (seltrans->l4) {
gtk_object_destroy (GTK_OBJECT (seltrans->l4));
seltrans->l4 = NULL;
}
if (seltrans->selection) {
sp_signal_disconnect_by_data (seltrans->selection, seltrans);
}
nr_free (seltrans->spp);
if (seltrans->items) {
int i;
for (i = 0; i < seltrans->nitems; i++) sp_object_unref (SP_OBJECT (seltrans->items[i]), NULL);
nr_free (seltrans->items);
}
if (seltrans->transforms) nr_free (seltrans->transforms);
}
static void
nr_typeface_w32_glyph_outline_unref (NRTypeFace *tf, unsigned int glyph, unsigned int metrics)
{
NRTypeFaceW32 *tfw32;
NRTypeFaceGlyphW32 *slot;
tfw32 = (NRTypeFaceW32 *) tf;
slot = nr_typeface_w32_ensure_slot (tfw32, glyph, metrics);
if (slot && slot->olref > 0) {
slot->olref -= 1;
if (slot->olref < 1) {
nr_free (slot->outline.path);
slot->outline.path = NULL;
}
}
}
//buddy_init_memmap - build free_list for Page base follow n continuous pages.
static void
buddy_init_memmap(struct Page *base, size_t n) {
static int zone_num = 0;
assert(n > 0 && zone_num < MAX_ZONE_NUM);
struct Page *p = base;
for (; p != base + n; p ++) {
assert(PageReserved(p));
p->flags = p->property = 0;
p->zone_num = zone_num;
set_page_ref(p, 0);
}
p = zones[zone_num ++].mem_base = base;
size_t order = MAX_ORDER, order_size = (1 << order);
while (n != 0) {
while (n >= order_size) {
p->property = order;
SetPageProperty(p);
list_add(&free_list(order), &(p->page_link));
n -= order_size, p += order_size;
nr_free(order) ++;
}
order --;
order_size >>= 1;
}
}
//buddy_init_memmap - build free_list for Page base follow n continuing pages.
static void buddy_init_memmap(struct numa_mem_zone *zone)
{
static int zone_num = 0;
size_t n = zone->n;
assert(n > 0 && zone_num < MAX_NUMA_MEM_ZONES);
zone_num ++;
struct Page *base = zone->page;
struct Page *p = base;
for (; p != base + n; p++) {
assert(PageReserved(p));
p->flags = p->property = 0;
p->zone_num = zone->id;
set_page_ref(p, 0);
}
//p = zones[zone_num++].mem_base = base;
p = base;
size_t order = MAX_ORDER, order_size = (1 << order);
uint32_t numa_id = zone->node->id;
assert(numa_id < sysconf.lnuma_count);
while (n != 0) {
while (n >= order_size) {
p->property = order;
SetPageProperty(p);
list_add(&free_list(numa_id, order), &(p->page_link));
n -= order_size, p += order_size;
nr_free(numa_id, order)++;
}
order--;
order_size >>= 1;
}
}
//buddy_init - init the free_list(0 ~ MAX_ORDER) & reset nr_free(0 ~ MAX_ORDER)
static void
buddy_init(void) {
int i;
for (i = 0; i <= MAX_ORDER; i ++) {
list_init(&free_list(i));
nr_free(i) = 0;
}
}
void
nr_vertex_free_one (NRVertex * v)
{
#ifndef NR_VERTEX_ALLOC
v->next = ffvertex;
ffvertex = v;
#else
nr_free (v);
#endif
}
//buddy_init - init the free_list(0 ~ MAX_ORDER) & reset nr_free(0 ~ MAX_ORDER)
static void buddy_init(void)
{
int i, n;
for (n = 0; n < MAX_NUMA_NODES; n++){
for (i = 0; i <= MAX_ORDER; i++) {
list_init(&free_list(n,i));
nr_free(n,i) = 0;
}
}
}
void
nr_vertex_free_list (NRVertex * v)
{
#ifndef NR_VERTEX_ALLOC
NRVertex * l;
for (l = v; l->next != NULL; l = l->next);
l->next = ffvertex;
ffvertex = v;
#else
NRVertex *l, *n;
l = v;
while (l) {
n = l->next;
nr_free (l);
l = n;
}
#endif
}
/**
* Writes the given transform into the repr for the given item.
*/
static void
sp_path_write_transform (SPItem *item, SPRepr *repr, NRMatrixF *transform)
{
SPPath *path;
SPShape *shape;
NRBPath dpath, spath;
double ex;
gchar *svgpath;
SPStyle *style;
path = (SPPath *) item;
shape = (SPShape *) item;
/* Calculate the DF */
ex = NR_MATRIX_DF_EXPANSION (transform);
/* Take the path for the shape, write it as an svgpath, and add it to the repr */
spath.path = shape->curve->bpath;
nr_path_duplicate_transform (&dpath, &spath, transform);
svgpath = sp_svg_write_path (dpath.path);
sp_repr_set_attr (repr, "d", svgpath);
g_free (svgpath);
nr_free (dpath.path);
/* Wrte the style info into the repr */
style = SP_OBJECT_STYLE (item);
if (style->stroke.type != SP_PAINT_TYPE_NONE) {
if (!NR_DF_TEST_CLOSE (ex, 1.0, NR_EPSILON_D)) {
gchar *str;
/* Scale changed, so we have to adjust stroke width */
style->stroke_width.computed *= ex;
if (style->stroke_dash.n_dash != 0) {
int i;
for (i = 0; i < style->stroke_dash.n_dash; i++) style->stroke_dash.dash[i] *= ex;
style->stroke_dash.offset *= ex;
}
str = sp_style_write_difference (style, SP_OBJECT_STYLE (SP_OBJECT_PARENT (item)));
sp_repr_set_attr (repr, "style", str);
g_free (str);
}
}
sp_repr_set_attr (repr, "transform", NULL);
}
static void
nr_typeface_gnome_finalize (NRObject *object)
{
NRTypeFace *tf;
NRTypeFaceGnome *tfg;
tf = (NRTypeFace *) object;
tfg = (NRTypeFaceGnome *) object;
if (tfg->voutlines) {
int i;
for (i = 0; i < tf->nglyphs; i++) {
if (tfg->voutlines[i].path) art_free (tfg->voutlines[i].path);
}
nr_free (tfg->voutlines);
}
gnome_font_face_unref (tfg->face);
((NRObjectClass *) (parent_class))->finalize (object);
}
/* This takes area as blocks */
void
nr_uta_move_resize (NRUTA *uta, int x0, int y0, int x1, int y1)
{
int x, y;
NRULong *nutiles;
nutiles = nr_new (NRULong, (y1 - y0) * (x1 - x0));
for (y = y0; y < y1; y++) {
for (x = x0; x < x1; x++) {
if ((x >= uta->x0) && (y >= uta->y0) && (x < uta->x1) && (y < uta->y1)) {
nutiles[(y - y0) * (x1 - x0) + (x - x0)] = uta->utiles[(y - uta->y0) * (uta->x1 - uta->x0) + (x - uta->x0)];
} else {
NR_UTILE_SET (nutiles + (y - y0) * (x1 - x0) + (x - x0), NR_UTILE_SIZE, NR_UTILE_SIZE, 0, 0);
}
}
}
nr_free (uta->utiles);
uta->utiles = nutiles;
uta->x0 = x0;
uta->y0 = y0;
uta->x1 = x1;
uta->y1 = y1;
}
void
nr_svp_free (NRSVP *svp)
{
if (svp->points) nr_free (svp->points);
free (svp);
}
static void
nr_type_gnome_typefaces_destructor (NRNameList *list)
{
nr_free (list->names);
}
void
sp_sel_trans_ungrab (SPSelTrans * seltrans)
{
SPItem * item;
const GSList * l;
gchar tstr[80];
NRPointD p;
unsigned int updh;
g_return_if_fail (seltrans->grabbed);
updh = TRUE;
if (!seltrans->empty && seltrans->changed) {
l = sp_selection_item_list (SP_DT_SELECTION (seltrans->desktop));
tstr[79] = '\0';
while (l != NULL) {
item = SP_ITEM (l->data);
/* fixme: We do not have to set it here (Lauris) */
if (seltrans->show == SP_SELTRANS_SHOW_OUTLINE) {
NRMatrixF i2d, i2dnew;
sp_item_i2d_affine (item, &i2d);
nr_matrix_multiply_ffd (&i2dnew, &i2d, &seltrans->current);
sp_item_set_i2d_affine (item, &i2dnew);
}
if (seltrans->transform == SP_SELTRANS_TRANSFORM_OPTIMIZE) {
sp_item_write_transform (item, SP_OBJECT_REPR (item), &item->transform);
/* because item/repr affines may be out of sync, invoke reread */
/* fixme: We should test equality to avoid unnecessary rereads */
/* fixme: This probably is not needed (Lauris) */
sp_object_read_attr (SP_OBJECT (item), "transform");
} else {
if (sp_svg_transform_write (tstr, 79, &item->transform)) {
sp_repr_set_attr (SP_OBJECT (item)->repr, "transform", tstr);
} else {
sp_repr_set_attr (SP_OBJECT (item)->repr, "transform", NULL);
}
}
l = l->next;
}
p = seltrans->center;
seltrans->center.x = NR_MATRIX_DF_TRANSFORM_X (&seltrans->current, p.x, p.y);
seltrans->center.y = NR_MATRIX_DF_TRANSFORM_Y (&seltrans->current, p.x, p.y);
sp_document_done (SP_DT_DOCUMENT (seltrans->desktop));
sp_selection_changed (SP_DT_SELECTION (seltrans->desktop));
updh = FALSE;
}
if (seltrans->items) {
int i;
for (i = 0; i < seltrans->nitems; i++) sp_object_unref (SP_OBJECT (seltrans->items[i]), NULL);
nr_free (seltrans->items);
seltrans->items = NULL;
}
if (seltrans->transforms) {
nr_free (seltrans->transforms);
seltrans->transforms = NULL;
}
seltrans->nitems = 0;
seltrans->grabbed = FALSE;
seltrans->show_handles = TRUE;
sp_canvas_item_hide (seltrans->norm);
sp_canvas_item_hide (seltrans->grip);
if (seltrans->show == SP_SELTRANS_SHOW_OUTLINE) {
sp_canvas_item_hide (seltrans->l1);
sp_canvas_item_hide (seltrans->l2);
sp_canvas_item_hide (seltrans->l3);
sp_canvas_item_hide (seltrans->l4);
}
sp_sel_trans_update_volatile_state (seltrans);
if (updh) sp_sel_trans_update_handles (seltrans);
if (seltrans->stamp_cache) {
g_slist_free(seltrans->stamp_cache);
seltrans->stamp_cache = NULL;
}
}
