Removed CellularBase and AT_CellularBase from cellular stack and updated both code and unittests accordingly.
Moved property handling into AT_CellularDevice
Previous logic was allowing external storage to be tampered by setting
write-protected keys, so values could not be updated, but it was still
used by get().
TDBStore used to rely on Flash devices erase value.
This logic has been removed, and TDBStore can do the entire erase
logic itself, in case the given BlockDevice does not offer erase().
This relies on BlockDevice to properly return -1 in BlockDevice::get_erase_value().
Previous logic caused garbage collection to kick in, if the init() was
called on empty storage. This has effect of erasing areas twice, if both
areas were empty.
Re-write logic so that we erase areas only on garbage_collect() or reset().
The init() logic already chooses the active area, so no need to touch,
until keys are modified.
Removed also the is_erase_unit_erased() as this is working only on
FLASH devices, and TDBStore should be refactored to work on all storages.
Change the "reserved data" logic so that every time we erase and area,
the content of reserved data is then immediately copied to newly erased
area. This keeps two copies of the data.
When data is requested, return only if checksum is matching.
When data is written, only allow if BOTH checksums are incorrect, meaning
that areas are either corrupted or erased.
Only exception is TDBStore::reset() which erases all keys and reserved data.
Removed all logic that tried to detect, if reserved are was erased or
corrupted. Rely entirely on checksum.
Add moduletest for reserved data.
When using MbedCRC, init value must be non-reversed, regardless of
`reflect_data` or `reflect_out` settings. This means we need to reflect
the intermediate output before passing using it as the next init value.
(In GCC this ends up putting in two `RBIT` instructions back-to-back,
because it's implemented as assembler, so it doesn't know how to
optimise. In ARMC6, `__RBIT` is implemented as an intrinsic, so adding
this reflection cancels the existing reflection and makes the code
smaller).
* Make mbed_error use bitwise MbedCRC call rather than local
implementation.
* Remove use of POLY_32BIT_REV_ANSI from LittleFS.
* Move some MbedCRC instances closer to use - construction cost is
trivial, and visibility aids compiler optimisation.
Previously Greentea tests was not initialising its storage
before asking for bd->get_program_size(), causing FlashBlockDevice to
return zero. This caused both TDBStorage's to use zero for both
parameter to SlicingBlockDevice(bd, 0, 0), effetivaly both then
used same addresses for slice. This caused SecureStore tests
to fail, because writes to internal RBP storage overwrote keys
from external storage.
Fine-tune TDBStore sizes, so that all tests can fit into storage.
At least with LPC55S69's default TDBStore configuration it's
impossible to run storage Greentea tests without exhausting the
memory reserved for storing keys.
Fixes an issue where number of keys were removed based on number of
threads which didn't have anything to do with the test case.
Fixes an issue where number of keys were assumed to be constant
but variable number was used for configuration.
In case our are contains data from previous reset() or reset_area(),
we might end up in the situation where free space contains valid
key headers, but we have not erased that area yet. This can cause
failures if the deinit() and init() because new scan of that area
would continue as long as keys are found. This causes keys on the
not-yet-erased area to be included in the new instance of TDBStore.
To prevent this failure, check after each key-write that our free
space does not contain valid key headers. Also make sure that we
erase one program unit sector over the master record. If we erased
just the master record,first key might is still there, causing next
init() to find it. Extend erase area by one program unit, so that
build_ram_table() won't find any keys.
With tickless mechanism hsem can be used for quite a long time
(time to set up PLL clock).
Also, if hsem is held to long, then this is not the current core which is faulty,
but probably the other (the one which hold the HSEM)
Added support to Wi-SUN tasklet for following mbed-mesh-api .json configuration options:
wisun-uc-channel-function
wisun-bc-channel-function
wisun-uc-fixed-channel
wisun-bc-fixed-channel
wisun-bc-interval
wisun-bc-dwell-interval
wisun-uc-dwell-interval
This allows e.g. enabling single channel configuration for testing.
This pull request does not change existing functionality since when
defaults from mbed-mesh-api .json are used, no new or changed
ws_management_* interface calls are made.
Remove lwIP reliant networking and BLE tests for baremetal
Mbed OS 5 ported lwIP in its OS mode and uses threads. Networking
that rely on lwIP needs to be removed so it can be compiled with the
baremetal profile.
The BLE cordio Greentea tests are also disabled given that the feature
is not supported without an RTOS.
MBED_DEPRECATE macros is added to string-based APIs.
New, non-string-based APIs are added in their place.
Wiced binaries rebuilt
Any existing stubs or mocks are adjusted to compile and run with the newly added non-string based functions.
Previously it was 2 pages - 1kB - which isn't sufficient to store
Reserved Area and Master Record. Reserved are requires one page and Master
Record takes two pages. With 512B page size and having two areas, active and
inactive, the minimum size requirement becomes 2 areas * 3 pages = 3kB. That
isn't enough to store any keys though.
Cypress Target update to support WiFi Manufacturing Test
Adding IOCTLS in WhdSTAInterface for MFG Test.
Fix WHD EMAC interface to release buffer when emac is not powered up or callback
is not registered.
As per 3GPP TS 24.301:
If the UE supports NB-S1 mode, Non-IP PDN type, or N1 mode,
then the UE shall support the extended protocol configuration options IE.
...
If the UE supports the extended protocol configuration options IE,
then the UE shall set the ePCO bit to extended protocol configuration options supported
in the UE network capability IE of the ATTACH REQUEST message.
Antti Kauppila
cyliangtw
Seppo Takalo
Martin Kojtal
Piotr Stolarz
jeromecoutant
Veijo Pesonen
Ari Parkkila
Michal Paszta
Kevin Bracey
Hamza Rizwan
Alexandre Bourdiol
Mika Leppänen
Peter Ferland
Adrien CABARBAYE
Hugues Kamba
Balaji Subramanyam
Antti Yli-Tokola