The features are already cached in a static and don't change.
Let's return the cached set instead of copying it every time.
Bug: 150183149
Test: manual
Change-Id: Ifdca852cc3b32e09e50ea4771f7878987c46cce8
Make it easier to benchmark file sync performance by ignoring the file
system.
Bug: https://issuetracker.google.com/150827486
Test: test_device.py
Change-Id: Icfa4b28eb5206f1914c0c163833d070a3748c3ea
Add support for LZ4 compression, which compresses and decompresses far
more quickly than brotli, at the cost of worse compression ratio.
`adb sync -d system` speeds (in MB/s) on aosp_blueline-eng:
none brotli lz4
USB 3.0 120 110 190
USB 2.0 38 75 63
Bug: https://issuetracker.google.com/150827486
Test: python3 -m unittest test_device.FileOperationsTest{Uncompressed,Brotli,LZ4}
Change-Id: Ibef6ac15a76b4e5dcd02d7fb9433cbb1c02b8382
This code path is effectively dead in adbd, and fastboot's dependency on
libadbd makes it hard to refactor adbd's dependencies.
Bug: http://b/150317254
Test: built and flashed aosp_walleye-eng
Change-Id: I5118136d32fdcbbd011559ed0a4a71e1dc7bf064
This improves performance when syncing by up to 2x (remote cuttlefish
goes from 11.9 MB/s to 21.3 MB/s, blueline over USB 2.0 from 36 MB/s
to 70 MB/s).
This results in a slight drop in push speeds over USB 3.0 (125 -> 115
MB/s on blueline), presumably because we're compressing and extracting
on only a single thread, but the gains over lower bandwidth transports
make this worth it to submit this now and parallelize later.
Bug: https://issuetracker.google.com/150827486
Test: ADB_COMPRESSION={0, 1} test_device.py (with new/old adbd)
Change-Id: Ic2a0c974f1b6efecda115f87d336e3caac810035
This fixes the tls connection failure on Windows.
Bug: 150719467
Test: 'adb pair', 'adb connect' on Windows host machine.
Test: atest adb_tls_connection_test
Change-Id: I54b8945543ad8b430510fa51dd7bea64a119454f
Add a "track-app" service in adbd. For every debuggable or
profileable-from-shell process, ART sends related info to
adbd and adbd surfaces the info through the "track-app"
service.
The output format of "track-app" is a line summarizing
the number of reported processes, followed by a protobuf
message in human readable form. For example,
Process count: 2
process {
pid: 3307
profileable: true
architecture: "arm64"
}
process {
pid: 3341
debuggable: true
profileable: true
architecture: "arm64"
}
Bug: 149050485
Test: manually unplugged/replugged, "adb track-app",
"adb track-jdwp"
Change-Id: Id1f1a920e1afc148c7e4d2add790baab796178e1
This command will be sent by adbd to notify the client that the
connection will be over TLS.
When client connects, it will send the CNXN packet, as usual. If the
server connection has TLS enabled, it will send the A_STLS packet
(regardless of whether auth is required). At this point, the client's
only valid response is to send a A_STLS packet. Once both sides have
exchanged the A_STLS packet, both will start the TLS handshake.
If auth is required, then the client will receive a CertificateRequest
with a list of known public keys (SHA256 hash) that it can use in its
certificate. Otherwise, the list will be empty and the client can assume
that either any key will work, or none will work.
If the handshake was successful, the server will send the CNXN packet
and the usual adb protocol is resumed over TLS. If the handshake failed,
both sides will disconnect, as there's no point to retry because the
server's known keys have already been communicated.
Bug: 111434128
Test: WIP; will add to adb_test.py/adb_device.py.
Enable wireless debugging in the Settings, then 'adb connect
<ip>:<port>'. Connection should succeed if key is in keystore. Used
wireshark to check for packet encryption.
Change-Id: I3d60647491c6c6b92297e4f628707a6457fa9420
Also add a -l to the undocumented `adb track-devices` for easier
testing.
Bug: https://issuetracker.google.com/118470090
Test: manual
Change-Id: I436f6e45b249b98a073aa147ad4ed67d4d87f9bd
This CL adds client support to recognize the rescue mode (which will be
served by recovery image). It also allows waiting for a device to enter
rescue mode. The support for the actual rescue commands will be added in
follow-up CLs.
Bug: 128415917
Test: `adb devices` recognizes devices under rescue mode.
Test: `adb wait-for-rescue` waits for device to be in rescue mode.
Change-Id: I367d7339fe68006aba09a1e3db6370d472296676
This is corresponding to exec: command of adb and allows for simplifed calls
to binder without shell protocol.
Bug: 111621042
Test: manual
Change-Id: Id6935cd53e351388ecf6d2d15f3a204cb871536a
This is a useful helper for anyone that's using thread safety
annotations alongside std::condition_variable, extract it from adb and
move it to libbase.
Test: mma
Change-Id: Ic51e2f2a0e6a16628034b29d8ff32bf2155afccd
We were dynamic_casting to UsbConnection to check for USB connections,
but the actual type was a BlockingConnectionAdapter wrapping a
UsbConnection, with the result that unplugging an inaccessible (due to
permissions) device on Linux wouldn't make the device go away.
Test: manual
Change-Id: Icb4acea5fd3c3baa9691698686213e122e898e4a
If we have multiple keys available for authentication (ADB_VENDOR_KEYS
+ the one in ~/.android), we will still have keys in our list of
avilable keys after we've successfully connected. A subsequent
reconnection will start authorizing using the list of keys after the
key that actually worked, resulting in that session being unauthorized
until another reconnection happens. Clear the key list before
reconnecting to fix this. (We could do this after successfully
connecting, but we need to do this before reconnecting anyway, because
our connection could have died during authorization.)
Bug: http://b/117267347
Test: `adb connect foo; adb -s foo reconnect device` with ADB_VENDOR_KEYS
Change-Id: Ieb7dcc28e333c89ae0d75f97e89bcd1b571cb299
The version bump we did wasn't actually needed, since adbd doesn't
check for either feature flag we added. Revert the change and clarify
the comment suggesting the version bump when adding features.
Test: ./test_adb.py
Test: ./test_device.py
Change-Id: I92e7f392bcb36b3bf9a236f2d31ba5133de8d72a
* changes:
adbd: implement a nonblocking USB Connection.
adbd: rename daemon/usb.cpp to daemon/usb_legacy.cpp.
adbd: open functionfs ep0 as O_RDWR.
adbd: extract functionfs fd creation.
Implement a Connection that implements a nonblocking interface to
functionfs, to replace the existing implementation that uses two
threads that loop and call read and write respectively. The existing
implementation is vulnerable to a race condition that can occur when a
connection is terminated, where one thread can notice failure and
complete reinitialization of the USB endpoints before the other thread
noticed anything went wrong, resulting in either the first packet
coming from the other end disappearing in to the void, or the other end
getting a packet of garbage.
As a side benefit, this improves performance on walleye from:
push 100MiB: 10 runs: median 49.48 MiB/s, mean 50.00 MiB/s, stddev: 2.77 MiB/s
pull 100MiB: 10 runs: median 75.82 MiB/s, mean 76.18 MiB/s, stddev: 6.60 MiB/s
to:
push 100MiB: 10 runs: median 73.90 MiB/s, mean 73.51 MiB/s, stddev: 5.26 MiB/s
pull 100MiB: 10 runs: median 105.90 MiB/s, mean 107.19 MiB/s, stddev: 6.10 MiB/s
Test: python test_device.py
Change-Id: I9b77c1057965edfef739ed9736e5d76613adf60a
Let's use LOG(FATAL)/PLOG(FATAL) for actual fatal stuff.
Add a Windows error(3) and move folks who didn't really mean "abort"
fatal over to it. Also get rid of syntax_error which wasn't adding a
lot of value, and most of the places it was adding "usage: " didn't seem
entirely appropriate anyway.
In particular, we seemed to have confused fastdeploy.cpp into aborting
in most user error cases, and none of the reviewers noticed. Clearly
we'd all lost track of far too many options.
(I've also cleaned up a few random instances of fprintf(3) + exit(2).)
Bug: N/A
Test: manual
Change-Id: I3e8440848a24e30d928de9eded505916bc324786
Bug: http://b/91353691
- libcxx has ETXTBSY for Windows
- adb/sysdeps/memory.h is no longer needed
Test: Build and test Windows binaries under Wine.
Change-Id: I9c27087d46c49cb25b391c4adae8d9e24724784d
Make `adb disconnect` remove transports immediately, instead of on
their next reconnection cycle.
Test: adb connect unreachable:12345; adb devices; adb disconnect; adb devices
Change-Id: I35c8b57344e847575596d09216fc636be47dde64
We can't remove from the middle of a priority_queue, which a followup
commit wants to do, so switch to std::set, with the side benefit of
making operator< point the right direction.
Test: mma
Test: ./test_adb.py
Change-Id: I784c1dcc91f0a9cf760e9fa1710202e37e85432b
Previously, connecting to devices that end up as unauthorized would
wait 10 seconds before reporting failure to the user. After this
change, notification happens as soon as the adb server realizes.
Test: manual
Change-Id: If7c8d38f22da3d98b952eee6a334abc8566bb751
This code was unreachable, since all of the callers were calling
register_socket_transport with foo.c_str() as the serial. Lift this
assumption into the type system by switching from char* to std::string
for the argument type.
Bug: http://b/112147760
Bug: https://www.viva64.com/en/b/0579/
Test: mma
Change-Id: I5a6ee265feee6b83bc933a64d895eed39fce68e7
Previously, when a TCP connection was disconnected from adbd, we were
registering it with ReconnectHandler, which led to the transport
sticking around after the socket was closed. Due to the naming of
TCP transports in adbd (host-<fd number>), this results in incoming
connections being immediately closed if their file descriptor number
ends up being the same as a TCP transport that had previously
disconnected.
Guard all of the reconnect logic with ADB_HOST, to fix this.
Bug: http://b/112054041
Test: while true; do adb connect <device>; adb connect <device>; adb shell true; done
Change-Id: Ib55d304d7e07d6d744e8321d34671bb6d4b91afe
Most disconnects we're likely to encounter are cases where either we
notice immediately and can start reconnecting almost immediately (adbd
restarting because of `adb root`, etc.), or where we won't notice for a
while anyway, so a 10 second sleep is somewhat meaningless.
Test: adb root; time adb wait-for-device shell
Change-Id: I18e9213dc4e84d735e9240118a368dcb38f21c78
libstdc++ implements wait_until by calculating the offset between its
default clock and the clock that it's given by calling now() on each
and subtracting, and then adds that offset to the time_point argument.
When time_point::max is used, this overflows, resulting in the
reconnection thread spinning.
Test: wine adb.exe server nodaemon
Change-Id: Ife58f0aad14bc44c0804483d3ff2351c28b3d576
Multiple codepaths were closing the fd they passed into
register_socket_transport on failure, which would close the fd itself.
Switch things over to unique_fd to make it clear that we don't actually
have to close on failure.
Test: mma
Change-Id: I2d9bdcb1142c24931d970f99ebdf9a8051daf05c
This change gets rid of most malloc/calloc/free calls. The future is
now!
Bug: None
Test: test_device.py
Change-Id: Iccfe3bd4fe45a0319bd9f23b8cbff4c7070c9f4d
Remove fdevent_install and fdevent_remove in favor of using
fdevent_create and fdevent_destroy, so that we can put RAII types (i.e.
unique_fd) into fdevent without worrying about -Wexit-time-destructors
or structs that are freed instead of deleted.
Bug: http://b/79786774
Test: python test_device.py
Change-Id: I8471cc00574ed492fe1b196944976cdaae8b7cff
This change adds a reconnect handler that tracks all TCP transports that
were connected at some point, but became disconnected. It does so by
attempting to reconnect every 10s for up to a minute.
Bug: 74411879
Test: system/core/adb/test_adb.py
Test: adb connect chromebook:22 # This runs with sslh
Test: CtsBootStatsTestCases
Test: emulator -show-kernel ; adb -s emulator-5554 shell
Change-Id: I7b9f6d181b71ccf5c26ff96c45d36aaf6409b992
