// LateNoticeReceived
void
VideoProducer::LateNoticeReceived(const media_source &source,
bigtime_t how_much, bigtime_t performance_time)
{
TOUCH(source); TOUCH(how_much); TOUCH(performance_time);
ldebug("Late!!!\n");
}
void
VideoProducer::LatencyChanged(const media_source &source,
const media_destination &destination, bigtime_t new_latency,
uint32 flags)
{
TOUCH(source); TOUCH(destination); TOUCH(new_latency); TOUCH(flags);
}
void
VideoProducer::AdditionalBufferRequested(const media_source& source,
media_buffer_id prevBuffer, bigtime_t prevTime,
const media_seek_tag* prevTag)
{
TOUCH(source); TOUCH(prevBuffer); TOUCH(prevTime); TOUCH(prevTag);
}
// HandleEvent
void
VideoProducer::HandleEvent(const media_timed_event *event,
bigtime_t lateness, bool realTimeEvent)
{
TOUCH(lateness); TOUCH(realTimeEvent);
switch(event->type)
{
case BTimedEventQueue::B_START:
ldebug("VideoProducer::HandleEvent(B_START)\n");
_HandleStart(event->event_time);
ldebug("VideoProducer::HandleEvent(B_START) done\n");
break;
case BTimedEventQueue::B_STOP:
ldebug("VideoProducer::HandleEvent(B_STOP)\n");
_HandleStop();
ldebug("VideoProducer::HandleEvent(B_STOP) done\n");
break;
case BTimedEventQueue::B_WARP:
_HandleTimeWarp(event->bigdata);
break;
case BTimedEventQueue::B_SEEK:
_HandleSeek(event->bigdata);
break;
case BTimedEventQueue::B_HANDLE_BUFFER:
case BTimedEventQueue::B_DATA_STATUS:
case BTimedEventQueue::B_PARAMETER:
default:
PRINTF(-1, ("HandleEvent: Unhandled event -- %lx\n", event->type));
break;
}
}
// SetPlayRate
status_t
VideoProducer::SetPlayRate(int32 numer, int32 denom)
{
TOUCH(numer); TOUCH(denom);
return B_ERROR;
}
status_t
VideoProducer::SetBufferGroup(const media_source &for_source,
BBufferGroup *group)
{
TOUCH(for_source); TOUCH(group);
return B_ERROR;
}
status_t
VideoProducer::VideoClippingChanged(const media_source& forSource,
int16 numShorts, int16* clipData, const media_video_display_info& display,
int32* _deprecated_)
{
TOUCH(forSource); TOUCH(numShorts); TOUCH(clipData);
TOUCH(display); TOUCH(_deprecated_);
return B_ERROR;
}
status_t
VideoProducer::FormatChangeRequested(const media_source &source,
const media_destination &destination, media_format *io_format,
int32 *_deprecated_)
{
TOUCH(destination); TOUCH(io_format); TOUCH(_deprecated_);
if (source != fOutput.source)
return B_MEDIA_BAD_SOURCE;
return B_ERROR;
}
int nfs_removevnode(fs_cookie fs, fs_vnode _v, bool r)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
TOUCH(nfs);TOUCH(v);
TRACE("nfs_removevnode: fsid 0x%x, vnid 0x%Lx\n", nfs->id, VNODETOVNID(v));
return ERR_UNIMPLEMENTED;
}
int nfs_wstat(fs_cookie fs, fs_vnode _v, struct file_stat *stat, int stat_mask)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
TOUCH(nfs);TOUCH(v);
TRACE("nfs_wstat: fsid 0x%x, vnid 0x%Lx, stat %p, stat_mask 0x%x\n", nfs->id, VNODETOVNID(v), stat, stat_mask);
return ERR_UNIMPLEMENTED;
}
int nfs_fsync(fs_cookie fs, fs_vnode _v)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
TOUCH(nfs);TOUCH(v);
TRACE("nfs_fsync: fsid 0x%x, vnid 0x%Lx\n", nfs->id, VNODETOVNID(v));
return NO_ERROR;
}
int nfs_ioctl(fs_cookie fs, fs_vnode _v, file_cookie cookie, int op, void *buf, size_t len)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
TOUCH(nfs);TOUCH(v);
TRACE("nfs_ioctl: fsid 0x%x, vnid 0x%Lx, op %d, buf %p, len %ld\n", nfs->id, VNODETOVNID(v), op, buf, len);
return ERR_UNIMPLEMENTED;
}
int nfs_rename(fs_cookie fs, fs_vnode _olddir, const char *oldname, fs_vnode _newdir, const char *newname)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *olddir = (nfs_vnode *)_olddir;
nfs_vnode *newdir = (nfs_vnode *)_newdir;
TOUCH(nfs);TOUCH(olddir);TOUCH(newdir);
TRACE("nfs_rename: fsid 0x%x, vnid 0x%Lx, oldname '%s', newdir 0x%Lx, newname '%s'\n", nfs->id, VNODETOVNID(olddir), oldname, VNODETOVNID(newdir), newname);
return ERR_UNIMPLEMENTED;
}
status_t
packagefs_rewind_attr_dir(fs_volume* fsVolume, fs_vnode* fsNode, void* _cookie)
{
Volume* volume = (Volume*)fsVolume->private_volume;
Node* node = (Node*)fsNode->private_node;
AttributeDirectoryCookie* cookie = (AttributeDirectoryCookie*)_cookie;
FUNCTION("volume: %p, node: %p (%" B_PRId64 "), cookie: %p\n", volume, node,
node->ID(), cookie);
TOUCH(volume);
TOUCH(node);
return cookie->Rewind();
}
int nfs_close(fs_cookie fs, fs_vnode _v, file_cookie _cookie)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
TOUCH(nfs);TOUCH(v);
TRACE("nfs_close: fsid 0x%x, vnid 0x%Lx\n", nfs->id, VNODETOVNID(v));
if(v->st == STREAM_TYPE_DIR)
return ERR_VFS_IS_DIR;
return NO_ERROR;
}
ssize_t nfs_writepage(fs_cookie fs, fs_vnode _v, iovecs *vecs, off_t pos)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
TOUCH(nfs);TOUCH(v);
TRACE("nfs_writepage: fsid 0x%x, vnid 0x%Lx, vecs %p, pos 0x%Lx\n", nfs->id, VNODETOVNID(v), vecs, pos);
if(v->st == STREAM_TYPE_DIR)
return ERR_VFS_IS_DIR;
return ERR_UNIMPLEMENTED;
}
int nfs_canpage(fs_cookie fs, fs_vnode _v)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
TOUCH(nfs);TOUCH(v);
TRACE("nfs_canpage: fsid 0x%x, vnid 0x%Lx\n", nfs->id, VNODETOVNID(v));
if(v->st == STREAM_TYPE_FILE)
return 1;
else
return 0;
}
status_t
packagefs_read_attr_dir(fs_volume* fsVolume, fs_vnode* fsNode, void* _cookie,
struct dirent* buffer, size_t bufferSize, uint32* _count)
{
Volume* volume = (Volume*)fsVolume->private_volume;
Node* node = (Node*)fsNode->private_node;
AttributeDirectoryCookie* cookie = (AttributeDirectoryCookie*)_cookie;
FUNCTION("volume: %p, node: %p (%" B_PRId64 "), cookie: %p\n", volume, node,
node->ID(), cookie);
TOUCH(volume);
TOUCH(node);
return cookie->Read(volume->ID(), node->ID(), buffer, bufferSize, _count);
}
status_t
packagefs_read_attr(fs_volume* fsVolume, fs_vnode* fsNode, void* _cookie,
off_t offset, void* buffer, size_t* bufferSize)
{
Volume* volume = (Volume*)fsVolume->private_volume;
Node* node = (Node*)fsNode->private_node;
AttributeCookie* cookie = (AttributeCookie*)_cookie;
FUNCTION("volume: %p, node: %p (%" B_PRId64 "), cookie: %p\n", volume, node,
node->ID(), cookie);
TOUCH(volume);
TOUCH(node);
return cookie->ReadAttribute(offset, buffer, bufferSize);
}
status_t
packagefs_read_attr_stat(fs_volume* fsVolume, fs_vnode* fsNode,
void* _cookie, struct stat* st)
{
Volume* volume = (Volume*)fsVolume->private_volume;
Node* node = (Node*)fsNode->private_node;
AttributeCookie* cookie = (AttributeCookie*)_cookie;
FUNCTION("volume: %p, node: %p (%" B_PRId64 "), cookie: %p\n", volume, node,
node->ID(), cookie);
TOUCH(volume);
TOUCH(node);
return cookie->ReadAttributeStat(st);
}
status_t
dosfs_rewind_attrdir(fs_volume *_vol, fs_vnode *_node, void *_cookie)
{
TOUCH(_vol); TOUCH(_node);
DPRINTF(0, ("dosfs_rewind_attrdir called\n"));
if (_cookie == NULL) {
dprintf("error: dosfs_rewind_attrcookie called with null cookie\n");
return EINVAL;
}
*(uint32 *)_cookie = 0;
return 0;
}
// DisposeOutputCookie
status_t
VideoProducer::DisposeOutputCookie(int32 cookie)
{
TOUCH(cookie);
return B_OK;
}
/* Compute TSP for the tree t -- use conquer for problems <= sz */
Tree tsp(Tree t,int sz,int nproc) {
Tree left,right;
Tree leftval;
#ifdef FUTURES
future_cell_pointer fc;
#endif
Tree rightval;
int nproc_2 = nproc/2;
if (t->sz <= sz) return conquer(t);
left = t->left; right = t->right;
#ifndef FUTURES
leftval = tsp(left,sz,nproc_2);
#else
FUTURE(left,sz,nproc_2,tsp,&fc);
#endif
rightval = tsp(right,sz,nproc_2);
#ifdef FUTURES
leftval = (Tree) TOUCH(&fc);
leftval = (Tree) fc.value;
return merge(leftval,rightval,t,nproc);
#else
return merge(leftval,rightval,t,nproc);
#endif
}
status_t
dosfs_read_attrdir(fs_volume *_vol, fs_vnode *_node, void *_cookie,
struct dirent *entry, size_t bufsize, uint32 *num)
{
nspace *vol = (nspace *)_vol->private_volume;
vnode *node = (vnode *)_node->private_node;
int32 *cookie = (int32 *)_cookie;
TOUCH(bufsize);
DPRINTF(0, ("dosfs_read_attrdir called\n"));
*num = 0;
LOCK_VOL(vol);
if ((*cookie == 0) && (node->mime)) {
*num = 1;
entry->d_ino = node->vnid;
entry->d_dev = vol->id;
entry->d_reclen = 10;
strcpy(entry->d_name, "BEOS:TYPE");
}
*cookie = 1;
UNLOCK_VOL(vol);
return 0;
}
static int pipefs_opendir(fs_cookie _fs, fs_vnode _v, dir_cookie *_cookie)
{
struct pipefs *fs = (struct pipefs *)_fs;
struct pipefs_vnode *v = (struct pipefs_vnode *)_v;
struct pipefs_cookie *cookie;
int err = 0;
TOUCH(fs);
TRACE(("pipefs_opendir: vnode 0x%x\n", v));
if(v->stream.type != STREAM_TYPE_DIR)
return ERR_VFS_NOT_DIR;
cookie = kmalloc(sizeof(struct pipefs_cookie));
if(cookie == NULL)
return ERR_NO_MEMORY;
mutex_lock(&v->stream.u.dir.dir_lock);
cookie->s = &v->stream;
cookie->u.dir.ptr = v->stream.u.dir.dir_head;
insert_cookie_in_jar(v, cookie);
*_cookie = cookie;
mutex_unlock(&v->stream.u.dir.dir_lock);
return err;
}
status_t
packagefs_open_attr(fs_volume* fsVolume, fs_vnode* fsNode, const char* name,
int openMode, void** _cookie)
{
Volume* volume = (Volume*)fsVolume->private_volume;
Node* node = (Node*)fsNode->private_node;
FUNCTION("volume: %p, node: %p (%" B_PRId64 "), name: \"%s\", openMode "
"%#x\n", volume, node, node->ID(), name, openMode);
TOUCH(volume);
NodeReadLocker nodeLocker(node);
// check the open mode and permissions
if ((openMode & O_RWMASK) != O_RDONLY)
return B_NOT_ALLOWED;
status_t error = check_access(node, R_OK);
if (error != B_OK)
return error;
AttributeCookie* cookie;
error = node->OpenAttribute(StringKey(name), openMode, cookie);
if (error != B_OK)
return error;
*_cookie = cookie;
return B_OK;
}
status_t
packagefs_free_attr_cookie(fs_volume* fsVolume, fs_vnode* fsNode, void* _cookie)
{
Volume* volume = (Volume*)fsVolume->private_volume;
Node* node = (Node*)fsNode->private_node;
AttributeCookie* cookie = (AttributeCookie*)_cookie;
FUNCTION("volume: %p, node: %p (%" B_PRId64 "), cookie: %p\n", volume, node,
node->ID(), cookie);
TOUCH(volume);
TOUCH(node);
delete cookie;
return B_OK;
}
void arch_thread_enter_uspace(struct thread *t, addr_t entry, void *args, addr_t ustack_top)
{
dprintf("arch_thread_entry_uspace: thread 0x%x, entry 0x%lx, args %p, ustack_top 0x%lx\n",
t->id, entry, args, ustack_top);
// make sure the fpu is in a good state
asm("fninit");
/*
* semi-hack: touch the user space stack first to page it in before we
* disable interrupts. We can't take a fault with interrupts off
*/
{
int a = *(volatile long *)(ustack_top - 4);
TOUCH(a);
}
int_disable_interrupts();
x86_64_set_kstack(t->kernel_stack_base + KSTACK_SIZE);
// set the interrupt disable count to zero, since we'll have ints enabled as soon as we enter user space
t->int_disable_level = 0;
x86_64_enter_uspace(entry, args, ustack_top - 8);
}
int nfs_open(fs_cookie fs, fs_vnode _v, file_cookie *_cookie, int oflags)
{
nfs_fs *nfs = (nfs_fs *)fs;
nfs_vnode *v = (nfs_vnode *)_v;
nfs_cookie *cookie;
int err;
TOUCH(nfs);
TRACE("nfs_open: fsid 0x%x, vnid 0x%Lx, oflags 0x%x\n", nfs->id, VNODETOVNID(v), oflags);
if(v->st == STREAM_TYPE_DIR) {
err = ERR_VFS_IS_DIR;
goto err;
}
cookie = kmalloc(sizeof(nfs_cookie));
if(cookie == NULL) {
err = ERR_NO_MEMORY;
goto err;
}
cookie->v = v;
cookie->u.file.pos = 0;
cookie->u.file.oflags = oflags;
*_cookie = (file_cookie)cookie;
err = NO_ERROR;
err:
return err;
}
static status_t
packagefs_open_dir(fs_volume* fsVolume, fs_vnode* fsNode, void** _cookie)
{
Volume* volume = (Volume*)fsVolume->private_volume;
Node* node = (Node*)fsNode->private_node;
FUNCTION("volume: %p, node: %p (%" B_PRId64 ")\n", volume, node,
node->ID());
TOUCH(volume);
if (!S_ISDIR(node->Mode()))
return B_NOT_A_DIRECTORY;
Directory* dir = dynamic_cast<Directory*>(node);
status_t error = check_access(dir, R_OK);
if (error != B_OK)
return error;
// create a cookie
NodeWriteLocker dirLocker(dir);
DirectoryCookie* cookie = new(std::nothrow) DirectoryCookie(dir);
if (cookie == NULL)
RETURN_ERROR(B_NO_MEMORY);
*_cookie = cookie;
return B_OK;
}
