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Because rpcinet will emulate a blocking socket backed by an rpc based
non-blocking socket. In the event of a shutdown(SHUT_RD) followed by a
read a non-blocking socket is allowed to return an EWOULDBLOCK however
since a blocking socket knows it cannot receive anymore data it would
block indefinitely and in this situation linux returns 0. We have to
track this on the rpcinet sentry side so we can emulate that behavior
because the remote side has no way to know if the socket is actually
blocking within the sentry.
PiperOrigin-RevId: 201201618
Change-Id: I4ac3a7b74b5dae471ab97c2e7d33b83f425aedac
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Add support for control messages, but at this time the only
control message that the sentry will support here is SO_TIMESTAMP.
PiperOrigin-RevId: 200922230
Change-Id: I63a852d9305255625d9df1d989bd46a66e93c446
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PiperOrigin-RevId: 200472634
Change-Id: I3f0fb9e3b2f8616e6aa1569188258f330bf1ed31
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Rpcinet already inherits socket.ReceiveTimeout; however, it's
never set on setsockopt(2). The value is currently forwarded
as an RPC and ignored as all sockets will be non-blocking
on the RPC side.
PiperOrigin-RevId: 200299260
Change-Id: I6c610ea22c808ff6420c63759dccfaeab17959dd
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hostinet/socket.go: the Sentry doesn't spawn new processes, but it doesn't hurt to protect the socket from leaking.
unet/unet.go: should be setting closing on exec. The FD is explicitly donated to children when needed.
PiperOrigin-RevId: 200135682
Change-Id: Ia8a45ced1e00a19420c8611b12e7a8ee770f89cb
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SOCK_STREAM has special behavior with respect to MSG_TRUNC. Specifically,
the data isn't actually copied back out to userspace when MSG_TRUNC is
provided on a SOCK_STREAM.
According to tcp(7): "Since version 2.4, Linux supports the use of
MSG_TRUNC in the flags argument of recv(2) (and recvmsg(2)). This flag
causes the received bytes of data to be discarded, rather than passed
back in a caller-supplied buffer."
PiperOrigin-RevId: 200134860
Change-Id: I70f17a5f60ffe7794c3f0cfafd131c069202e90d
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PiperOrigin-RevId: 200124614
Change-Id: I38a7b083f1464a2a586fe24db648e624c455fec5
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PiperOrigin-RevId: 199864753
Change-Id: Ibace6a1fdf99ee6ce368ac12c390aa8a02dbdfb7
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MSG_TRUNC can cause recvmsg(2) to return a value larger than
the buffer size. In this situation it's an indication that the
buffer was completely filled and that the msg was truncated.
Previously in rpcinet we were returning the buffer size but we
should actually be returning the payload length as returned by
the syscall.
PiperOrigin-RevId: 199814221
Change-Id: If09aa364219c1bf193603896fcc0dc5c55e85d21
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PiperOrigin-RevId: 199703609
Change-Id: I8153b0396b22a230a68d4b69c46652a5545f7630
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PiperOrigin-RevId: 199669120
Change-Id: I0be88cdbba29760f967e9a5bb4144ca62c1ed7aa
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This change will add support for ioctls that have previously
been supported by netstack.
LINE_LENGTH_IGNORE
PiperOrigin-RevId: 199544114
Change-Id: I3769202c19502c3b7d05e06ea9552acfd9255893
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This change will add support for /proc/sys/net and /proc/net which will
be managed and owned by rpcinet. This will allow these inodes to be forward
as rpcs.
PiperOrigin-RevId: 199370799
Change-Id: I2c876005d98fe55dd126145163bee5a645458ce4
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PiperOrigin-RevId: 198931222
Change-Id: I69ee12318e87b9a6a4a94b18a9bf0ae4e39d7eaf
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These were causing non-blocking related errnos to be returned to
the sentry when they were created as blocking FDs internally.
PiperOrigin-RevId: 197962932
Change-Id: I3f843535ff87ebf4cb5827e9f3d26abfb79461b0
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Establishes a way of communicating interface flags between netstack and
epsocket. More flags can be added over time.
PiperOrigin-RevId: 197616669
Change-Id: I230448c5fb5b7d2e8d69b41a451eb4e1096a0e30
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In Linux, many UDS ioctls are passed through to the NIC driver. We do the same
here, passing ioctl calls to Unix sockets through to epsocket.
In Linux you can see this path at net/socket.c:sock_ioctl, which calls
sock_do_ioctl, which calls net/core/dev_ioctl.c:dev_ioctl.
SIOCGIFNAME is also added.
PiperOrigin-RevId: 197167508
Change-Id: I62c326a4792bd0a473e9c9108aafb6a6354f2b64
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PiperOrigin-RevId: 196893452
Change-Id: I5ea0f851fcabc5eac5859e61f15213323d996337
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This should fix the socket Dirent memory leak.
fs.NewFile takes a new reference. It should hold the *only* reference.
DecRef that socket Dirent.
Before the globalDirentMap was introduced, a mis-refcounted Dirent
would be garbage collected when all references to it were gone. For
socket Dirents, this meant that they would be garbage collected when
the associated fs.Files disappeared.
After the globalDirentMap, Dirents *must* be reference-counted
correctly to be garbage collected, as Dirents remove themselves
from the global map when their refcount goes to -1 (see Dirent.destroy).
That removes the last pointer to that Dirent.
PiperOrigin-RevId: 196878973
Change-Id: Ic7afcd1de97c7101ccb13be5fc31de0fb50963f0
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Previously, inet.Stack was referenced in 2 structs in sentry/socket that can be
saved/restored. If an app is saved and restored on another machine, it may try
to use the old stack, which will have been replaced by a new stack on the new
machine.
PiperOrigin-RevId: 196733985
Change-Id: I6a8cfe73b5d7a90749734677dada635ab3389cb9
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PiperOrigin-RevId: 195489319
Change-Id: I0841d41d042c6f91aa8d7f62c127213aa7953eac
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PiperOrigin-RevId: 195307689
Change-Id: I499f19af49875a43214797d63376f20ae788d2f4
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PiperOrigin-RevId: 195049322
Change-Id: I09f6dd58cf10a2e50e53d17d2823d540102913c5
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PiperOrigin-RevId: 195047018
Change-Id: I6d99528a00a2125f414e1e51e067205289ec9d3d
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PiperOrigin-RevId: 194583126
Change-Id: Ica1d8821a90f74e7e745962d71801c598c652463
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