This change is in preparation to allow the TCP-based transports to be
able to reconnect. This is needed because multiple threads can access
the Connection object. It used to be safe to do because one instance of
atransport would have the same Connection instance throughout its
lifetime, but now it is possible to replace the Connection instance,
which could cause threads that were attempting to Write to an
atransport* to use-after-free the Connection instance.
Bug: 74411879
Test: system/core/adb/test_adb.py
Change-Id: I4f092be11b2095088a9a9de2c0386086814d37ce
This change adds a callback that is invoked exactly once, either when
the connection is fully established (i.e. CNXN packets have been sent
and received) or the atransport object is deleted before that (because
the connection failed).
This helps in distinguishing between successful and failing connections
for TCP. Especially when there is some kind of port
forwarding/multiplexing in between (like an SSH tunnel or SSLH proxy).
Bug: 74411879
Test: adb connect chromebook:22 (which runs an sslh tunnel to adbd).
either succeeds or fails, but not fake-succeeds.
Change-Id: I7e826c6f5d4c30338a03b2d376a857ac5d05672a
Suicide doesn't change:
signal 6 (SIGABRT), code -6 (SI_TKILL), fault addr --------
But homicide now looks like this (this is `sleep 666` killed by
`kill -SEGV` as root:
signal 11 (SIGSEGV), code 0 (SI_USER from pid 4446, uid 0), fault addr --------
Bug: http://b/78594105
Test: manual
Change-Id: I8c2feafba8cc5a3db85e8250004d428a464c5d9e
This way you'll get a build time error if you make the usual mistake of
adding to the enum but not adding an entry to the array.
Also improve the unit tests, and fix get_sched_policy_name's incorrect
behavior on invalid inputs.
Bug: N/A
Test: ran tests
Change-Id: Iefcb1ec9ef66267837da7a576c8be3d0cfb16cd0
We need to (a) tell soong to copy our data and (b) automatically find
our data relative to our executable.
The real point of this is to be able to run these tests in APCT and
presubmit.
Bug: N/A
Test: ran tests on host and device, from a variety of directories
Change-Id: I4c0be1ac60f03953fdd5ba6e3d15b1aaa37ed019
This CL updates the callback function signature in
sparse_file_callback() and sparse_file_foreach_chunk().
Before:
int sparse_file_callback(
struct sparse_file *s, bool sparse, bool crc,
int (*write)(void *priv, const void *data, int len), void *priv);
int sparse_file_foreach_chunk(
struct sparse_file *s, bool sparse, bool crc,
int (*write)(
void *priv, const void *data, int len, unsigned int block,
unsigned int nr_blocks),
void *priv);
After:
int sparse_file_callback(
struct sparse_file *s, bool sparse, bool crc,
int (*write)(void *priv, const void *data, size_t len), void *priv);
int sparse_file_foreach_chunk(
struct sparse_file *s, bool sparse, bool crc,
int (*write)(
void *priv, const void *data, size_t len, unsigned int block,
unsigned int nr_blocks),
void *priv);
The length (i.e. 'len') comes from the size of a chunk, which could be
legitimately larger than INT_MAX. Prior to this CL, callers (e.g.
write_sparse_data_chunk()) were already passing unsigned int to the
callbacks. When a chunk size exceeds INT_MAX, the callback would see a
negative value, which could lead to undesired behavior. For example,
out_counter_write(), as one of the internal callbacks in libsparse,
gives a wrong sum of chunk sizes, which in turn fails the fastboot
flashing when given a huge sparse image.
It also defines SPARSE_CALLBACK_USES_SIZE_T that allows clients to keep
their codes compatibile with both versions.
Bug: 78432315
Test: `m dist` (with matching changes to all the clients)
Test: Build fastboot and successfully flash a previously failing (huge)
sparse image.
Change-Id: Iac4bcf7b57039d08af3c57f4be00d75f6b693d93
Check that the value fits in uint32_t that's supported by the current
protocol.
Also fix and sanity check the max_size before passing it to
sparse_file_resparse(), which accepts `unsigned int`. This shouldn't
happen in practice because of RESPARSE_LIMIT (1 GiB).
Test: `fastboot flash` with small and large images.
Change-Id: I0a8279fc14c54c40a70ddce65c3b25173c0d0a40
LogBuffer::log() returns either a negative number on error or a
positive number indicating the length of the message written.
Therefore, the check to notify kernel log readers of a new message
should be that this function's return value is > 0.
Bug: 78209416
Test: `adb logcat -b kernel` updates when new log messages are present
Change-Id: Icc18c0c22e62340994e5c26aedb72282d61c1541
android-build-prod (mdb)