Update the minimum value of range for RSRQ according to TS 36.133
v12.6.0.
Test: build
Bug: 133400544
Change-Id: I3ce8aed99b2109f89ddb9ab0a9a6328716c40998
am skip reason: Change-Id Ia00827f5ff1201d36439f5b2219312b3fd2f0d24 with SHA-1 a9b1d79ed0 is in history
Change-Id: I5aec7060b724c73bc04149d947a7df4fdef79ea0
Added hidl call back function to notify framework about
bss transition request frame handling status.
Also fixed few code style issues by running hidl-gen -Lformat.
Bug: 139474288
Test: Manual
Test: VTS test
Change-Id: I00760f14d81a59e63042b1a5be9f9e3f74ff3a83
Update VTS test for supplicant 1.2 to skip the DPP tests
if the underyling HAL is 1.3. The reason is because 1.3
HAL uses different callbacks.
Bug: 139381558
Test: atest VtsHalWifiSupplicantV1_2Host
Change-Id: Ie9cd93e33bda3ca22ee2b5593d185f1918be847e
Stripe together the encodings from each of the 16 codewords, so that
if a 512-byte DRAM line is knocked out, it affects 256 bits from each
codeword rather than 4096 bits from a single encoded codeword.
Rather than using std::bitset, we directly set and read bits in
the std::vector<uint8_t>, because the striping means that copying it
will now cost not4k in allocation but 64k.
Decode directly to a word, without using list decoding. It seems
we don't need list decoding for the error rates that matter here,
and we never completed the implementation of it anyway.
Declare and test only the full interface, now that it doesn't decompose
quite so neatly.
Bug: 63928581
Test: atest HadamardTest
Change-Id: If022d3f4a8d6fccdf68119d4666f83ce5005bccb
Added necessary types and enhanced the callbacks for DPP R2.
Added VTS tests for DPP R2 using HAL 1.3.
Bug: 139381558
Test: atest VtsHalWifiSupplicantV1_3Host
Change-Id: I18a58d6bd0e0b8260946f2186abda5bac93729c7
Added flags, deprecated time, and expired time field to the IP
address. This will allow baseband vendor to mark an IP address
as deprecated and inform upper layer when the IP address will
become deprecated and expired.
Test: Telephony sanity tests
Bug: 135717900
Change-Id: Ia00827f5ff1201d36439f5b2219312b3fd2f0d24
The MetadataType must be prepended to any StandardMetadataType byte
stream. The encode/decode support library already adds the MetadataType.
This patch updates the documentation.
Test: Compiles
Bug: 137966819
Change-Id: I620f3cc0edd088b062844bb7a718f34360454d71
Existing Android framework code (and transitively, CTS test) require
that an accessRegion of (0,0,0,0) is treated the same as an
accessRegion covering the entire buffer, when calling lock() or
lockYCbCr().
Document this so that there is no confusion about this going forward,
since this requirement pre-dates the HIDL HALs.
Bug: 119440345
Test: Builds, passes CTS
Change-Id: I5ff86539ee28a72dd972255ad405db357e62536d
Added flags, deprecated time, and expired time field to the IP
address. This will allow baseband vendor to mark an IP address
as deprecated and inform upper layer when the IP address will
become deprecated and expired.
Test: Telephony sanity tests
Bug: 135717900
Merged-In: Ia00827f5ff1201d36439f5b2219312b3fd2f0d24
Change-Id: Ia00827f5ff1201d36439f5b2219312b3fd2f0d24
(cherry picked from commit 246fc142c9bebc941b80c559e315b101da92fbeb)
A default implementation of the RebootEscrow HAL which relies on RAM
retention to keep a key around during a reboot to apply an OTA. This
should work on devices that use a "warm reboot" and most likely will
work on devices that use a "cold reboot" as well.
DRAM will retain information for several seconds depending on the
temperature and other factors. This is enough to survive a reboot. With
the Hadamard code used in this change for error recovery, many errors
can be recovered.
Bug: 63928581
Test: make
Test: atest VtsHalRebootEscrowTargetTest
Change-Id: Ib8db7888d64fee8d827d7c06892b9a1f2af87add
This is updating the public exponent being checked from 3 to 65537. The
test was updated to use the latter public exponent without the check
also being updated
Test: atest VtsHalKeymasterV4_0TargetTest
Change-Id: I55fa2e67c94f0c52a1d65644f16b5f703a661e00
Add the utility functions to encode & decode 32 bytes keys. The
hadamard encoding will expand a 2 bytes word to 2^15 bits. And thus the
32 byte key will expand to 64KiB in space. The encoded value is more
robust and we will be able to recover the key even if there is some
corruption.
Test: unittest pass
Change-Id: Iae8a28a8c7c1699f8641f9250f0eccde5c2ff138
