If sequence from buffer contains tag but symbol before tag is same as
first symbol of the tag, then the tag wasn't detected.
For example, "\r\n" tag was not found from "\r\r\nOK" sequence.
Add re-scan routine goto if message is caused user callback
This will fix hard fault when blockwise message sending timeouts. This happens cause same list is manipulated through rx callback.
Make the following changes to doxyfile_options:
-Change CASE_SENSE_NAMES so names of files generated match mbed-os docs
-Change DISABLE_INDEX so navigation bar shows
-Change CLASS_DIAGRAMS so inheritance diagram gets generated
-Change USE_MDFILE_AS_MAINPAGE and add DOXYGEN_FRONTPAGE.md to
FILE_PATTERNS so the correct main page is found and used
-Remove DEVICE_ETH from PREDEFINED since this is no longer relevent
-Change GENERATE_XML and XML_OUTPUT so no xml is generated
-Change SEARCHENGINE to match the docs
Make the following changes in doxygen_options.json:
-Add all non-default values in doxyfile_options to the json
-Break json into 3 groups
1. Values that are the same as doxyfile_options
2. Values that must be different from doxyfile_options
3. Values the are overriden by the docs builder
-Make the doxyegn search directory "INPUT" start in mbed-os rather
than one level above mbed-os.
Finally, rename the BLE doxygen front page so it is not confused with
the mbed-os front page.
mbed.h was added in test, via greentea and utest header files. 'mbed.h' is removed
from header files and required header file and namespace is added to CPP/C files
1. RTOS is needed only for Stack stats
Move+Add all required header files for RTOS into MBED_STACK_STATS_ENABLED
define. Also added 'using namespace'
2. Add heap stats only when MBED_HEAP_STATS_ENABLED
Previously, we weren't filling in RX1 frequecny in rx_window1_config
structure. However, everything worked as in LoRaPHY::rx_config() API
there was a check which filled in correct RX1 frequency.
Now we are filling in RX1 freq. properly while we are computing
parameters for RX1 window.
The idea behind the method post_process_no_reception() is to post
process any outgoing TX but we shouldn't do that if a CONFIRMED message
is outgoing and there are still some retries left.
After transmission we should change the state before invoking opening of
slots as we may start receiving in the rx slots and the state would
suddenly change from SENDING to RECEIVING without going through the
ACK_WAIT state (in case of CONFIRMED messages). Tests show that after
this slight adjustment, our number of ack retries have significantly
reduced.
LinkADRReq mac command can be used by the network server to set a
certain level of QOS using NbTrans field which is applicable to
Unconfirmed traffic only for 1.0.2 spec.
This commit introduces mechanisms to facilitate this QOS. It means to
repeat an outgoing unconfirmed message NbTrans times without changing
its frame counter.
For class C, we have retired the ack_expiry_timer_for_class_c and have
replaced it with another timer which mimics the RX2 closure as in Class
A but doesn't actually close RX2 window. It's just a mechanism by which
the state machine is informed that the you can proceed forward, we have
not received anything in RX2 window either. This is needed as RX2
doesn't timeout in class C (i.e., the radio remains in continuous mode).
In addition to that we need to close any pending timers for Receive
windows after the MIC has passed and the Duplicate counter check has
also been passed.
Before going after an automatic uplink, we should check if there was an
automatic uplink already ongoing, i.e., the ack for the previous
automatic uplink cycle has not been received.
If there is we shouldn't queue the new automatic uplink and wait for
the previous Ack cycle to complete.
Change error from `MBEDTLS_PLATFORM_HW_FAILED` to
`MBEDTLS_PLATFORM_HW_ACCEL_FAILED` and the value to 0x70,
as the previous value cannot be used as a low level error code.
When socket created using accept() is closed by calling the close()
method, "delete this" is executed which triggers the destructor call
on TCPSocket which in turn calls close() once again. Because _stack
is already 0 this results in a hard-fault.
Add a check that skips the rest of the close() method is the _stack
is already 0.
If the packet is already handed over to the PHY layer, we shouldn't be
able to cancel that particular transmission. In addition to that if the
backoff timer is either not applied or has been deactivated, should end
up in no-op rather than having normal termination. A new error code has
been introduced to cover no-op cases. This error code replaces the
compliance test related error code which is no longer relevant.
clear_tx_pipe() does nothing if:
- The stack cannot cancel TX (already handed over to PHY)
- The backoff timer is not active at all
- The event is disaptched to schedule
stop_sending() will only post process ongoin TX if the pipe was
definitely cleared.
- Add function that can be used to clear the received blockwise payloads for example in the case of a connection error.
- Silence compiler warning when CoAP duplicate detection is enabled.
Previously, we weren't filling in RX1 frequecny in rx_window1_config
structure. However, everything worked as in LoRaPHY::rx_config() API
there was a check which filled in correct RX1 frequency.
Now we are filling in RX1 freq. properly while we are computing
parameters for RX1 window.
The idea behind the method post_process_no_reception() is to post
process any outgoing TX but we shouldn't do that if a CONFIRMED message
is outgoing and there are still some retries left.
After transmission we should change the state before invoking opening of
slots as we may start receiving in the rx slots and the state would
suddenly change from SENDING to RECEIVING without going through the
ACK_WAIT state (in case of CONFIRMED messages). Tests show that after
this slight adjustment, our number of ack retries have significantly
reduced.
LinkADRReq mac command can be used by the network server to set a
certain level of QOS using NbTrans field which is applicable to
Unconfirmed traffic only for 1.0.2 spec.
This commit introduces mechanisms to facilitate this QOS. It means to
repeat an outgoing unconfirmed message NbTrans times without changing
its frame counter.
For class C, we have retired the ack_expiry_timer_for_class_c and have
replaced it with another timer which mimics the RX2 closure as in Class
A but doesn't actually close RX2 window. It's just a mechanism by which
the state machine is informed that the you can proceed forward, we have
not received anything in RX2 window either. This is needed as RX2
doesn't timeout in class C (i.e., the radio remains in continuous mode).
In addition to that we need to close any pending timers for Receive
windows after the MIC has passed and the Duplicate counter check has
also been passed.
Before going after an automatic uplink, we should check if there was an
automatic uplink already ongoing, i.e., the ack for the previous
automatic uplink cycle has not been received.
If there is we shouldn't queue the new automatic uplink and wait for
the previous Ack cycle to complete.
New classes covered with unit tests: SocketAddress, EthernetInterface, EMACInterface, WiFiAccessPoint.
Also added missing namespace in front of mbed::Callback usages.
EMACInterface is covered by the EthernetInterface unit tests.
Although "nv_seed" is one of "entropy", it doesn't included to the "!defined" lineup in the following config file.
Therefore, when MBEDTLS_ENTROPY_NV_SEED is defined, it is accidently invoked "mbedtls/config-no-entropy.h".
mbed-os\features\mbedtls\inc\mbedtls\config.h
I think that correct processing should go to line 47, not line 40.
Missing CellularSocket constructor caused uninitialized values to be used.
Also changed comparision macros to ASSERT_EQ as suggested by GoogleTest guide.
Amir Cohen
Amanda Butler
pingdan32
mudassar-ublox
Mirela Chirica
paul-szczepanek-arm
Antti Yli-Tokola
Antti Kauppila
Leon Lindenfelser
cedrick kukela
Russ Butler
Michal Paszta
Kari Haapalehto
Deepika
Hasnain Virk
Ron Eldor
Yossi Levy
Sławek Piotrowski
Brian Esquilona
Cruz Monrreal II
jeromecoutant
Oren Cohen
TomoYamanaka
Andrew Leech
Jarkko Paso
Kimmo Vaisanen
Jaakko Korhonen
David Saada
Wajahat Abbas
Moran Peker
Teppo Järvelin
Juho Eskeli
Aashish chaddha
Edd Inglis
Ari Parkkila