int main()
{
printf("# ---Onegin sort by nyuta\n");
size_t nStrings = 0;
String** Onegin = makeStrings(&nStrings);
if (!Onegin)
return perror("You're wrong, mate"), TEARS;
string_dump(Onegin, nStrings);
String** Oneginbuf = makeStringBuffer(Onegin, nStrings);
if (!Oneginbuf)
return perror("You're wrong again, mate"), TEARS;
OneginSort(Strcmp, Onegin, 0, nStrings - 1);
writefile(NEWFILE, nStrings, Onegin);
OneginSort(backStrcmp, Onegin, 0, nStrings - 1);
writefile(NEWFILEFORBACK, nStrings, Onegin);
string_dump(Onegin, nStrings);
if (NULL) {
if (destructStringArr(Onegin, nStrings))
return perror("You're wrong about destructing Onegin, mate"), TEARS;
if (destructStringArr(Oneginbuf, nStrings))
return perror("You're wrong about destructing Oneginbuf, mate"), TEARS;
}
return LUCKY;
}
void map_dump(map_t map, FILE *file){
if (map != NULL) {
map_t leftmap = map->leftnode;
map_t rightmap = map->rightnode;
if (leftmap != NULL){
map_dump(leftmap, file);
}
string_dump(map->key, file);
fprintf(file,": ");
string_dump(map->value, file);
fprintf(file,"\n");
if (rightmap != NULL){
map_dump(rightmap, file);
}
} else {
printf("\t-> The dictionary is empty");
}
}
static PyObject*
gnome_keyring_password_get(PyObject *self, PyObject *args)
{
const char *realmstring;
const char *username;
const char *password;
if (!PyArg_ParseTuple(args, "ss", &realmstring, &username)){
PyErr_Clear();
PyErr_SetString(PyExc_TypeError,
"password_get() must be called as (servicename,username)");
return NULL;
}
if ((! dbus_bus_get(DBUS_BUS_SESSION,NULL)) ||
(!gnome_keyring_is_available())){
PyErr_Clear();
PyErr_SetString(PyExc_OSError, "Can's access the keyring now");
return NULL;
}
GnomeKeyringResult result;
GList *items;
result = gnome_keyring_find_network_password_sync(username, realmstring,
NULL, NULL, NULL, NULL, 0, &items);
int status = 0;
if (result == GNOME_KEYRING_RESULT_OK){
if (items && items->data){
GnomeKeyringNetworkPasswordData *item;
item = (GnomeKeyringNetworkPasswordData *)items->data;
if (item->password){
size_t len = strlen(item->password);
password = string_dump(item->password, len);
status = 1;
}
gnome_keyring_network_password_list_free(items);
}
}
if (!status){
PyErr_Clear();
PyErr_SetString(PyExc_OSError, "Can't fech password from system");
return NULL;
}
return Py_BuildValue("s",password);
}
void magic_button(s16 key) {
switch (key) {
case PGKEY_SLASH: /* CTRL-ALT-SLASH exits */
pgserver_mainloop_stop();
return;
#ifdef DEBUG_KEYS /* The rest only work in debug mode */
case PGKEY_d: /* CTRL-ALT-d lists all debugging commands */
guru("Someone set up us the bomb!\n"
"All your divnode are belong to us!\n"
"\n"
"Debugging keys:\n"
" CTRL-ALT-H: [H]andle tree dump to stdout\n"
" CTRL-ALT-S: [S]tring dump to stdout\n"
" CTRL-ALT-T: Div[t]ree dump to stdout\n"
" CTRL-ALT-M: [M]emory use profile\n"
" CTRL-ALT-B: [B]lack screen\n"
" CTRL-ALT-Y: Uns[y]nchronize screen buffers\n"
" CTRL-ALT-U: Bl[u]e screen\n"
" CTRL-ALT-P: Bitma[p] dump to video display\n"
" CTRL-ALT-O: Divn[o]de outline\n"
" CTRL-ALT-A: [A]pplication dump to stdout\n"
" CTRL-ALT-R: Hotspot g[r]aph\n"
" CTRL-ALT-I: Mode [I]nfo\n"
);
return;
case PGKEY_h: /* CTRL-ALT-h dumps the handle tree */
handle_dump();
return;
case PGKEY_s: /* CTRL-ALT-s dumps all strings */
string_dump();
return;
case PGKEY_n: /* CTRL-ALT-n dumps all gropnodes */
grop_dump();
return;
case PGKEY_t: /* CTRL-ALT-t dumps all divnodes */
div_dump();
return;
case PGKEY_g: /* Just for fun :) */
guru("GURU MEDITATION #3263827\n\nCongratulations!\n"
" Either you have read the source code or\n"
" you have very persistently banged your\n"
" head on the keyboard ;-)");
return;
case PGKEY_m: /* CTRL-ALT-m displays a memory profile */
guru("Memory Profile\n\n"
"Total memory use: %d bytes in %d allocations\n\n"
"%d bytes in %d gropnodes\n"
"%d bytes in %d zombie gropnodes\n"
"%d bytes in %d divnodes\n"
"%d bytes in %d widgets\n"
"%d bytes in %d handle nodes",
memamt,memref,
num_grops*sizeof(struct gropnode),num_grops,
grop_zombie_count*sizeof(struct gropnode),grop_zombie_count,
num_divs*sizeof(struct divnode),num_divs,
num_widgets*sizeof(struct widget),num_widgets,
num_handles*sizeof(struct handlenode),num_handles);
return;
case PGKEY_b: /* CTRL-ALT-b blanks the screen */
{
s16 lxres,lyres;
VID(bitmap_getsize)(magic_cursor_display(), &lxres, &lyres);
VID(rect) (magic_cursor_display(), 0,0,lxres,lyres,
VID(color_pgtohwr) (0),PG_LGOP_NONE);
VID(update) (magic_cursor_display(),0,0,lxres,lyres);
}
return;
case PGKEY_y: /* CTRL-ALT-y unsynchronizes the screen buffers */
{
/* The buffers in PicoGUI normally like to be synchronized.
* Data flows from the divtree to the backbuffer to the screen.
* The purpose of this debugging key is to put a different
* image on the screen (a black rectangle) than is in the rest
* of the pipeline, so that by watching the data ooze out one
* can tell if the correct update regions are being used and
* in general prod at the video driver.
* This would be very simple if not for the fact that only the video
* driver has access to the screen's buffer. The procedure here is
* to pump the black screen all the way through, then reinitializing
* the backbuffer while being very carefull not to update right away
* or mess up the sprites.
*/
struct divtree *p;
s16 lxres,lyres;
VID(bitmap_getsize)(magic_cursor_display(), &lxres, &lyres);
/* Push through the black screen */
VID(rect) (magic_cursor_display(), 0,0,lxres,lyres,
VID(color_pgtohwr) (0),PG_LGOP_NONE);
VID(update) (magic_cursor_display(),0,0,lxres,lyres);
/* Force redrawing everything to the backbuffer */
for (p=dts->top;p;p=p->next)
p->flags |= DIVTREE_ALL_REDRAW;
update(NULL,0); /* Note the zero flag! */
/* Clear the update rectangle, breaking the
pipeline that usually works so well :) */
for (p=dts->top;p;p=p->next)
p->update_rect.w = 0;
/* The above zero flag left sprites off.
With sprites off it's tough to use the mouse! */
VID(sprite_showall) ();
}
return;
case PGKEY_u: /* CTRL-ALT-u makes a blue screen */
{
s16 lxres,lyres;
VID(bitmap_getsize)(magic_cursor_display(), &lxres, &lyres);
VID(rect) (magic_cursor_display(),0,0,lxres,lyres,
VID(color_pgtohwr) (0x0000FF), PG_LGOP_NONE);
VID(update) (magic_cursor_display(),0,0,lxres,lyres);
}
return;
case PGKEY_p: /* CTRL-ALT-p shows all loaded bitmaps */
{
struct debug_bitmaps_data data;
s16 lxres,lyres;
VID(bitmap_getsize)(VID(window_debug)(), &lxres, &lyres);
memset(&data,0,sizeof(data));
guru("Table of loaded bitmaps:");
handle_iterate(PG_TYPE_BITMAP,&debug_bitmaps,&data);
VID(update) (VID(window_debug)(),0,0,lxres,lyres);
}
return;
case PGKEY_o: /* CTRL-ALT-o traces all divnodes */
{
s16 lxres,lyres;
VID(bitmap_getsize)(magic_cursor_display(), &lxres, &lyres);
r_divnode_trace(dts->top->head);
VID(update) (magic_cursor_display(),0,0,lxres,lyres);
}
return;
case PGKEY_a: /* CTRL-ALT-a shows application info */
{
struct app_info *a;
const struct pgstring *name;
for (a=applist;a;a=a->next) {
if (iserror(rdhandle((void**)&name,PG_TYPE_PGSTRING,-1,a->name)))
name = pgstring_tmpwrap("(error reading handle)");
printf("app: '");
pgstring_print(name);
printf("' type=%d owner=%d\n",a->type,a->owner);
}
}
return;
case PGKEY_r: /* CTRL-ALT-r draws the hotspot graph */
{
struct hotspot *p;
s16 lxres,lyres;
VID(bitmap_getsize)(magic_cursor_display(), &lxres, &lyres);
for (p=hotspotlist;p;p=p->next)
hotspot_draw(p);
VID(update) (magic_cursor_display(),0,0,lxres,lyres);
}
return;
case PGKEY_i: /* CTRL-ALT-i gets video mode info */
{
int x,y,celw,celh, pixelx,pixely;
hwrcolor i, white, black, numcolors;
s16 lxres,lyres;
VID(bitmap_getsize)(VID(window_debug)(), &lxres, &lyres);
guru("Video mode:\n"
"Logical %dx%d, physical %dx%d, %d-bit color\n"
"\n"
"Color palette:\n",
vid->lxres, vid->lyres, vid->xres, vid->yres, vid->bpp);
if (vid->bpp <= 8) {
/* Actual palette display */
i = 0;
celw = (lxres-20) >> 4;
celh = (lyres-70) >> 4;
if (celw < celh)
celh = celw;
else
celw = celh;
white = VID(color_pgtohwr)(PGC_WHITE);
black = VID(color_pgtohwr)(PGC_BLACK);
numcolors = 1 << vid->bpp;
for (y=0;y<16;y++)
for (x=0;x<16 && i<numcolors;x++,i++) {
pixelx = x*celw+10;
pixely = y*celh+60;
/* Display a rectangle of the color with black and white borders.
* This is a lot like what the scribble app does, but we don't have
* the convenience of a "frame" gropnode at this low level.
*/
VID(slab)(VID(window_debug)(),pixelx,pixely,celw,white,PG_LGOP_NONE);
VID(slab)(VID(window_debug)(),pixelx,pixely+celh,celw,white,PG_LGOP_NONE);
VID(bar)(VID(window_debug)(),pixelx,pixely,celh,white,PG_LGOP_NONE);
VID(bar)(VID(window_debug)(),pixelx+celw,pixely,celh,white,PG_LGOP_NONE);
VID(slab)(VID(window_debug)(),pixelx+1,pixely+1,celw-2, black, PG_LGOP_NONE);
VID(slab)(VID(window_debug)(),pixelx+1,pixely-1+celh,celw-2, black, PG_LGOP_NONE);
VID(bar)(VID(window_debug)(),pixelx+1,pixely+1,celh-2, black, PG_LGOP_NONE);
VID(bar)(VID(window_debug)(),pixelx-1+celh,pixely+1,celh-2, black, PG_LGOP_NONE);
VID(rect)(VID(window_debug)(),pixelx+2,pixely+2,celw-3,celh-3, i , PG_LGOP_NONE);
}
}
else {
/* Just some RGB gradients */
y = 60;
VID(gradient)(VID(window_debug)(),10,y,lxres-20,20,0,
0x000000,0xFFFFFF, PG_LGOP_NONE);
y += 30;
VID(gradient)(VID(window_debug)(),10,y,lxres-20,20,0,
0x000000,0xFF0000, PG_LGOP_NONE);
y += 30;
VID(gradient)(VID(window_debug)(),10,y,lxres-20,20,0,
0x000000,0x00FF00, PG_LGOP_NONE);
y += 30;
VID(gradient)(VID(window_debug)(),10,y,lxres-20,20,0,
0x000000,0x0000FF, PG_LGOP_NONE);
y += 30;
}
VID(update) (VID(window_debug)(),0,0,lxres,lyres);
}
