We currently don't have a mechanism for selecting tests based on the
available ram/heap, so the best solution right now is to disable these
tests specifically for this target.
Documentation states that nsapi_dns_query_multiple returns the number of
addresses found on success - it was returning 0.
Overloads using SocketAddress are relying on the return value, meaning
those calls didn't work at all.
Fixes#5921.
- New API to control whether coap itself sends a next GET(block2) request or not
- Fixes error IOTCLT-2203 mbed-coap does not handle PUT or POST if they indicate a smaller block size preference
Only clear the USB read buffer when endpointRead is called. This
allows data to be read with endpointReadResult without also allowing
USB to transfer more data. Instead additional data is transferred explicitly
with a call to endpointRead.
If a SETUP packet arrives shortly after an IN then the packets will be
processed in the wrong order - SETUP first then IN. This causes
the subsequent control transfer to fail. Fix this problem by processing
IN packets before processing SETUP packets.
Make the following improvements and fixes:
1.
Update the Kinetis USB driver so that endpointReadResult only reads the
result of the last read and does not trigger a new read. Instead
move the code to trigger new reads into endpointRead.
2.
Fix the race condition in controlIn caused by a call to
EP0read() followed immediately by EP0readStage(). This is done by
setting up to read the next setup packet (ignoring the status stage)
in endpointReadResult rather than in EP0readStage. This makes the
function EP0readStage unnecissary.
3.
Remove the Kinetis workaround in controlOut in USBDevice.cpp since
point 2 fixes this bug. For more info on this see the PR which
added this workaround - https://github.com/ARMmbed/mbed-os/pull/414
The ISTAT register is write 1 to clear. Because of this ORing this
register with itself fill clear all bits that are set. This patch
updates the code to use plain assignment so only desired
bit is cleared.
Attach callbacks with the assignment operator rather than with the
deprecated attach function. This fixes deprecation warnings.
This patch also adds the ability to attach a Callback directly.
The local static initialization in USB was causing multiple problems:
-Configurable descriptor values are set only once
-USB descriptor initialization causes a trap in debug builds since
this is acquiring a mutex in an interrupt handler
-Extra ram used since all descriptors are in RAM
This patch fixes these problems by making fixed descriptors
static const so they are stored in flash and never need to be
initialized and by making descriptors that do change a member
of the class so they are always initialized when requested
rather than once though lazy static local initialization.
This PR implement https://tools.ietf.org/html/rfc7959#section-2.5
"The error code 4.13 (Request Entity Too Large) can be returned at any
time by a server that does not currently have the resources to store
blocks for a block-wise request payload transfer that it would intend
to implement in an atomic fashion. (Note that a 4.13 response to a
request that does not employ Block1 is a hint for the client to try
sending Block1, and a 4.13 response with a smaller SZX in its Block1
Option than requested is a hint to try a smaller SZX.)
Add support for recently introduced NSAPI generic socket options to
control group membership. Previously applications using Nanostack would
have had to use Nanostack's native socket options.
* replace invalid using statement by typedef
* replace SecurityIOCapabilities_t by io_capability_t in send_pairing_response
* fix failure type in cancel_pairing
Such processing should be handled at the upper layer.
Initiating encryption of a given connection should be made with the start
encryption command. This command accepts the parameters Rand, EDIV and
LTK.
A request of encryption request generate an LTK request event that is
forwarded to the upper layer which then reply with the LTK presents in the
Security DB or reject the request.
Convert most functions of SecurityManager into virtual pure functions.
Protect access to the get_event_handler function and remove function set_app_event_handler.
deepikabhavnani did the hard work in tracking this issue down. Block
addresses are not cast to the correct type until after multiplying to
convert to byte addresses. This results in an overflow when the storage
is larger than 4 GB.
FATFilesystem declares sector count and size as uint32_t and block
device class arguments are addr and size which is uint64_t
While passing arguments to program/read/write API's of block device,
multiplication of uint32_t*uint32_t was not typecasted properly to
uint64_t which resulted in MSB truncation.
Eg. If block 0x800000 is accessed with block size 0x200, addr to be
passed (0x800000*0x200)0x100000000, but actual address passed was 0x0
which resulted in over-writting the root directory, and hence corrupted
filesystem
In the open call, the LFS_O_TRUNC flag was correctly zeroing the file, but
it wasn't actually writing the change out to disk. This went unnoticed because
in the cases where the truncate was followed by a file write, the
updated contents would be written out correctly.
Marking the file as dirty if the file isn't already truncated fixes the
problem with the least impact. Also added better test cases around
truncating files.
I added the function declarations of Ethernet functions that have a WEAK attribute. Although several Ethernet functions was called in rza1_emac.c, GR-LYCHEE don't have Ethernert feature. But there may be case that GR-LYCHEE uses LWIP feature.
In this case, since GR-LYCHEE will occur the build error, I addressed the error by defining the functions with a WEAK attribute. For reason of WEAK attribute, there is no influence in GR-PEACH and VK_RZ_A1H that have Ethernet feature.
A COMMON folder allows code reuse across different test cases. This
avoids code duplication or code enterying the application space.
The COMMON folder is uppercase to match naming conventions in Mbed OS.
I modified the debug message when using LWIP in RZ/A1 related mbed boards.
In eth_arch_enetif_init(), sys_thread_new() was called and task name is appeared as debug information, but task name for debug was a mistake.
For LWIP communication speedup in RZ_A1 related, I changed the below macro value and added the definition processing in RZ/A1 related header file(lwipopts_conf.h). For this reason, those macros are overrode by RZ/A1 related values, not default values.
In the below "features/FEATURE_LWIP" folders, same as Cortex-M targets, I changed the folder structure to combine files that can be shared as RZ/A1 related. And I renamed the folder name to "TARGET_RZ_A1XX" in order to make commonality explicit.
- "features/FEATURE_LWIP" folder
<before>
\features\FEATURE_LWIP\lwip-interface\lwip-eth\arch\TARGET_RZ_A1H
\features\FEATURE_LWIP\lwip-interface\lwip-eth\arch\TARGET_VK_RZ_A1H
<after>
\features\FEATURE_LWIP\lwip-interface\lwip-eth\arch\TARGET_RZ_A1XX
Call underlying HAL implementation to enter critical section/disable interrupts
before incrementing the global critical section counter.
Modify HAL implementations to track first entrances to the critical section and
only update the saved state on first enter.
Take SHA1 for example, without the fix, SHA H/W is not stopped in either case:
(1) ctx->total == 0 in mbedtls_sha1_hw_finish()
(2) mbedtls_sha1_hw_finish() is not called by upper layer
For example, even though MBEDTLS_SHA512_C is disabled (via #undef MBEDTLS_SHA512_C),
mbedtls_sha512_context is still necessary due to referenced in sha512.h.
Currently, trng_api.c is located in targets/ and AES/DES/SHA alter. are located in mbedtls/.
They have shared crypto code.
If they could locate at same location e.g. mbedtls/, the shared crypto code placement would be more reasonable.
Add counter to track crypto init among crypto sub-modules. It includes:
1. Enable crypto clock
2. Enable crypto interrupt
As counter gets zero, crypto clock is disabled to save power.
1. aes.h/des.h/sha1.h/sha256.h/sha512.h includes config.h before aes_alt.h/des_alt.h/sha1_alt.h/sha256_alt.h/sha512_alt.h.
2. aes_alt.h/des_alt.h/sha1_alt.h/sha256_alt.h/sha512_alt.h should not be included in any other location.
3. Just include aes.h/des.h/sha1.h/sha256.h/sha512.h in aes_alt.c/des_alt.c/sha1_alt.c/sha256_alt.c/sha512_alt.c.
1. aes.h/des.h/sha1.h/sha256.h/sha512.h includes config.h before aes_alt.h/des_alt.h/sha1_alt.h/sha256_alt.h/sha512_alt.h.
2. aes_alt.h/des_alt.h/sha1_alt.h/sha256_alt.h/sha512_alt.h should not be included in any other location.
3. Just include aes.h/des.h/sha1.h/sha256.h/sha512.h in aes_alt.c/des_alt.c/sha1_alt.c/sha256_alt.c/sha512_alt.c.
This was a small hole in the logic that handles initializing the
lookahead buffer. To imitate exhaustion (so the block allocator
will trigger a scan), the lookahead buffer is rewound a full
lookahead and set up to look like it is exhausted. However,
unlike normal allocation, this rewind was not kept aligned to
a multiple of the scan size, which is limited by both the
lookahead buffer and the total storage size.
This bug went unnoticed for so long because it only causes
problems when the block device is both:
1. Not aligned to the lookahead buffer (not a power of 2)
2. Smaller than the lookahead buffer
While this seems like a strange corner case for a block device,
this turned out to be very common for internal flash, especially
when a handleful of blocks are reserved for code.
This bug was a result of an annoying corner case around intermingling
signed and unsigned offsets. The boundary check that prevents seeking
a file to a position before the file was preventing valid seeks with
positive offsets.
This corner case is a bit more complicated than it looks because the
offset is signed, while the size of the file is unsigned. Simply
casting both to signed or unsigned offsets won't handle large files.
The API is as per posix standard, but does not provide stats for file/directory.
Stats buffer (block size, total block count, free block count) is filled for
entire mounted filesystem.
Merged from the existing TARGET_DISCO_F413ZH code (which has the same MCU)
and TARGET_NUCLEO_F412ZG code (which has the same Nucleo-144 board and
pinout).
Update the code to check all addresses for all interfaces. Move
the code from mbed_lwip_socket_bind() to a new function called
mbed_lwip_is_local_addr()
Return NSAPI_ERROR_PARAMETER when:
Binding to a non-local address
Socket listen() is called without calling bind() first
Socket accept() is called without calling listen() first
The K64F Ethernet driver installs an interrupt handler that sets thread
flags, and this could be called before the thread was initialised, so it
would use a NULL thread ID.
This triggers an RTX error-checking trap in debug builds, and could also
lead to other problems with received packets not being processed.
Adjusted so the RX interrupt handler does nothing if the thread isn't
initialised yet, and manually trigger a RX event flag after initialising
the thread in case any interrupts were ignored.
An alternative would have been to implement eth_arch_enable_interrupts,
but this mechanism is not present in the EMAC world - drivers will have
to start returning interrupts in their power up.
Fixes#5680
When specifying a full channel mask in .lib and setting the channel
to zero, device does proper channel scan.
For Thread, channel must be specified for router.
Sleepy devices don't respect the channel settings but do a full channel
scan at the start.
+ Modified the channel mask print to use hex.
ExhaustibleBlockDevice.h
- Fix typos for consistent spelling.
ObservingBlockDevice.h
- Fix typos for consistent spelling.
ReadOnlyBlockDevice.h
- Fix typos for consistent spelling.
README.md
- Fix typos, mostly for branding.
DESIGN.md
- Make minor changes for consistent spelling and precise language.
SPEC.md
- Make minor changes for consistent spelling and precise language.
README.md
- Make minor changes for consistent spelling and precise language.
Not all devices have enough heap to fit a simulated heap block device,
however using a simulated heap block device is preferred if available
(reduced flash wear, faster testing).
Added MBED_TEST_SIM_BLOCKDEVICE for tests that only need a simulated
block device (wear_leveling + resilience), and added support for targets
that are known to have enough heap.
GattServer::write on Nordic's targets use sd_ble_gatts_hvx to send an
handle value Notification or Indication; This function can fail if the
connection handle is invalid or if Updates are not enabled for this
connection.
This patch workaround those limitations.
Need to avoid a TX packet error from messing up the TX FIFO. Since this API will return busy if a packet is in transmission anyways, this is acceptable.
Unfortunately there are several issues colluding to force the timeout
this high.
1. The tests push littlefs to the limits of how many errors it can
handle before failing. As a side effect this causes a massive amount
of debug/warn/error logging about the situation.
2. The logging can't be turned off for specific tests. Note: This might
change with the introduction of test-configs.
3. Logging is fixed to a baud rate of 9600. Previous testing was carried
out with a baud rate of 115200, which is the reason for the original
timeout.
Previously, send() was somewhat soft - it only ever made one send
call to the underlying stack, so it would typically take as much data
as would fit in the buffer, and only block if it was unable to write
anything.
This is not the intent of a POSIX socket/filehandle write. It should try
to send everything if blocking, and only send less if interrupted by a
signal:
- If the O_NONBLOCK flag is clear, write() shall block the calling
thread until the data can be accepted.
- If the O_NONBLOCK flag is set, write() shall not block the thread.
If some data can be written without blocking the thread, write()
shall write what it can and return the number of bytes written.
Otherwise, it shall return -1 and set errno to [EAGAIN].
This "send all" behaviour is of slightly limited usefulness in POSIX, as
you still usually have to worry about the interruption possibility:
- If write() is interrupted by a signal before it writes any data, it
shall return -1 with errno set to [EINTR].
- If write() is interrupted by a signal after it successfully writes
some data, it shall return the number of bytes written.
But as mbed OS does not have the possibility of signal interruption, if we
strengthen send to write everything, we can make applications' lives
easier - they can just do "send(large amount)" confident that it will
all go in one call (if no errors).
So, rework to make multiple sends to the underlying stack, blocking as
necessary, until all data is written.
This change does not apply to recv(), which is correct in only blocking until
some data is available:
- If O_NONBLOCK is set, read() shall return -1 and set errno to [EAGAIN].
- If O_NONBLOCK is clear, read() shall block the calling thread until some
data becomes available.
- The use of the O_NONBLOCK flag has no effect if there is some data
available.
The index field of FATFS_DIR does not encapsulate all the context
required to reposition the directory traversal. ChaN provides
f_rewinddir() but no directory seek, so rewind if necessary then step
through until the desired index is reached.
This patch includes:
* Documentation update.
* Code simplification and correctness; the value overloads based on the
size of the hrm counter has been removed in favor of runtime check which
is more correct.
* The control point characteristic has been removed since HeartRate value
byte does not support the accumulated energy expanded.
Generic implementation of the GAP class. It allows porters to have a working Gap
implementation by implementing the following abstraction layer primitives:
- pal::Gap: Adaptation for GAP related primitives.
- pal::EventQueue: simple interface to the inner event queue of the stack.
pal::SimpleEventQueue can also be used as an implementation.
- pal::GenericAccessService: Accessors to the Generic Access Service present in
the GATT server.
To help generic code, an interface of an event queue at the PAL level has been
added. Implementation can either rely on the event mechanism internal to the
stack or use the SimpleEventQueue implementation provided by this patch.
This interface expose the primitives needed to realize operations defined in
the GAP layer. Data types, event and function definitions follow closely HCI
commands and events defined in the Bluetooth specification.
This class and its components are not used by BLE API and never been used in the
last two years.
This patch deprecate all the components in GapEvent.h and exclude its definitions
from the documentation process.
Updated NanostackRfPhyEfr32 with a receive queue.
Cleaned up debug messages, re-added to non-threaded calls.
Removed debug print override
Removed tr_debug override
Removed normal-operation prints that could have timing implications if enabled
Removed dead NVIC code (and a couple of dead log outputs)
Variable length flag was lost during attribute settings,
so variable length GATT attributes should have been set
to the predefined maximum length.
This fixes issue #86.
Change-Id: Ia0cd236ecd903fdb9e62a21bffef57d1e63764b9
- The class has been documented with a detailed example and explanation of its
responsabilities.
- Members have been reordered and regrouped logically.
- Deprecated annotation has been added to relevant members.
- BLE::BLE, BLE::waitForEvent has been deprecated to match with their existing
description.
- Improve detailed description of the class.
- Add undefined params tparams and return documentation.
- Add pre and postcondition when valuable.
- Put the elements of the file in the ble.common group.
We currently set the lwIP pbuf pool size small - to 5 x 576-byte
buffers.
This is insufficient to hold a single DTLS handshake flight, so can
cause cloud client connections to fail. STM-based platforms are failing
handshake because of this. (K64F works because it doesn't use the pbuf
pool for reception, but lwIP does recommend drivers use the pbuf pool).
Not changing the default memory sizes here, as intended for a patch
release, but adding mbed configuration options to allow the numbers to
be adjusted for memory tuning in an application.
In a future minor revision, I would recommend increasing the default
PBUF_POOL_SIZE - we are well below lwIP's out-of-the-box default - and
offsetting by a reduction in MEM_SIZE for the drivers that don't use
PBUF_RAM.
The constructor doc incorrectly suggested that only short (16-bit)
UUIDs were accepted. The same doc also referred to properties
instead of characteristics. (And to "value length", which seemed to
be completely out of place in the context of the current code.)
Target of LPC1769 links to mbed LPC1768.
The PinNames.h has conditional compile for the pin names.
LWIP lpc17xx emac driver modified to allow LPC1769 target
This changes introduce a platform adaptation over ATT/GATT that can be implemented by porter.
Unlike the GattClient interface, the ATT/GATT adaptation is simple, follow closely the Bluetooth specification and won't change over time.
Implementation of the GattClient interface is realized by the class GenericGattClient which accept in input a pal::GattClient.
This change will also free design space once adopted by partners, addition to the GattClient interface won't require partner support.
From C++11 and beyond string literals must be seperated by space
so that they are recongizable as seperate tokens.
Context macro in PPPCellularInterface (CTX) has been causing issues
as it was not augmented with a space from a nearby string literal.
STM32F439xI-family MD5, SHA1 and SHA256 hardware acceleration
occasionally produces incorrect output (#5079).
Don't enable MD5, SHA1 and SHA256 HW acceleration on STM32F439xI-family
targets by default until issue #5079 is fixed.
Cellular example had build issues with IAR8, combination of define and string
as argument to send function resulted in above error. Typecasting to const char *
didn't help, hence replacing the define explicitly.
Commit f602c936 incorrectly started defining LWIP_DEBUG as either 0 or
1.
lwipopts.h locally was changed to use #if, but all existing users
continued to use #ifdef. Therefore defining it to 0 was accidentally
enabling it for quite a few users.
This would have pulled in some unwanted lwIP code, and affected some
drivers, eg k64f_emac.c allocating an extra 2K of stack.
Correct lwipopts.h to either define it as 1 or leave it undefined, and
change the #if tests back to #ifdef, so all are consistent.
When building with VisualGDB the compilation fails due to the lack of required include files Dir.h and File.h.
Compiler report:
1>------ Build started: Project: exported-mbed-STM32F429-nucleo, Configuration: Debug VisualGDB ------
1> FileSystem.cpp
1> mbed-os/features/filesystem/FileSystem.cpp: In instantiation of 'class Managed<mbed::File>':
1> mbed-os\features\filesystem\FileSystem.cpp(141,19): note : required from here
1>mbed-os\features\filesystem\FileSystem.cpp(130,7): error : invalid use of incomplete type 'class mbed::File'
1> class Managed : public F {
1> ^~~~~~~
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(39,7): note : forward declaration of 'class mbed::File'
1> class File;
1> ^~~~
1> mbed-os/features/filesystem/FileSystem.cpp: In member function 'virtual int mbed::FileSystem::open(mbed::FileHandle**, const char*, int)':
1>mbed-os\features\filesystem\FileSystem.cpp(141,19): error : cannot convert 'Managed<mbed::File>*' to 'mbed::File*' in initialization
1> File *f = new Managed<File>;
1> ^~~~~~~~~~~~~
1>mbed-os\features\filesystem\FileSystem.cpp(142,16): error : invalid use of incomplete type 'class mbed::File'
1> int err = f->open(this, path, flags);
1> ^~
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(39,7): note : forward declaration of 'class mbed::File'
1> class File;
1> ^~~~
1>mbed-os\features\filesystem\FileSystem.cpp(144,16): warning : possible problem detected in invocation of delete operator: [-Wdelete-incomplete]
1> delete f;
1> ^
1>mbed-os\features\filesystem\FileSystem.cpp(141,11): warning : 'f' has incomplete type
1> File *f = new Managed<File>;
1> ^
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(39,7): note : forward declaration of 'class mbed::File'
1> class File;
1> ^~~~
1> mbed-os\features\filesystem\FileSystem.cpp(144,16): note : neither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is defined
1> delete f;
1> ^
1>mbed-os\features\filesystem\FileSystem.cpp(148,13): error : cannot convert 'mbed::File*' to 'mbed::FileHandle*' in assignment
1> *file = f;
1> ^
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(39,7): note : class type 'mbed::File' is incomplete
1> class File;
1> ^~~~
1> mbed-os/features/filesystem/FileSystem.cpp: In instantiation of 'class Managed<mbed::Dir>':
1> mbed-os\features\filesystem\FileSystem.cpp(153,18): note : required from here
1>mbed-os\features\filesystem\FileSystem.cpp(130,7): error : invalid use of incomplete type 'class mbed::Dir'
1> class Managed : public F {
1> ^~~~~~~
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(38,7): note : forward declaration of 'class mbed::Dir'
1> class Dir;
1> ^~~
1> mbed-os/features/filesystem/FileSystem.cpp: In member function 'virtual int mbed::FileSystem::open(mbed::DirHandle**, const char*)':
1>mbed-os\features\filesystem\FileSystem.cpp(153,18): error : cannot convert 'Managed<mbed::Dir>*' to 'mbed::Dir*' in initialization
1> Dir *d = new Managed<Dir>;
1> ^~~~~~~~~~~~
1>mbed-os\features\filesystem\FileSystem.cpp(154,16): error : invalid use of incomplete type 'class mbed::Dir'
1> int err = d->open(this, path);
1> ^~
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(38,7): note : forward declaration of 'class mbed::Dir'
1> class Dir;
1> ^~~
1>mbed-os\features\filesystem\FileSystem.cpp(156,16): warning : possible problem detected in invocation of delete operator: [-Wdelete-incomplete]
1> delete d;
1> ^
1>mbed-os\features\filesystem\FileSystem.cpp(153,10): warning : 'd' has incomplete type
1> Dir *d = new Managed<Dir>;
1> ^
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(38,7): note : forward declaration of 'class mbed::Dir'
1> class Dir;
1> ^~~
1> mbed-os\features\filesystem\FileSystem.cpp(156,16): note : neither the destructor nor the class-specific operator delete will be called, even if they are declared when the class is defined
1> delete d;
1> ^
1>mbed-os\features\filesystem\FileSystem.cpp(160,12): error : cannot convert 'mbed::Dir*' to 'mbed::DirHandle*' in assignment
1> *dir = d;
1> ^
1> mbed-os\features\filesystem\FileSystem.cpp(18):
1> mbed-os\features\filesystem\FileSystem.h(38,7): note : class type 'mbed::Dir' is incomplete
1> class Dir;
1> ^~~
1> mbed-os/features/filesystem/FileSystem.cpp: In instantiation of 'int Managed<F>::close() [with F = mbed::Dir]':
1> mbed-os\features\filesystem\FileSystem.cpp(162,1): note : required from here
1>mbed-os\features\filesystem\FileSystem.cpp(133,27): error : incomplete type 'mbed::Dir' used in nested name specifier
1> int err = F::close();
1> ~~~~~~~~^~
1> mbed-os/features/filesystem/FileSystem.cpp: In instantiation of 'int Managed<F>::close() [with F = mbed::File]':
1> mbed-os\features\filesystem\FileSystem.cpp(162,1): note : required from here
1>mbed-os\features\filesystem\FileSystem.cpp(133,27): error : incomplete type 'mbed::File' used in nested name specifier
========== Build: 0 succeeded, 1 failed, 0 up-to-date, 0 skipped ==========
If only buffer-full events and LF characters trigger the flush of
the send buffer then only line-based communication can be
implemented over the BLE UART Service. This patch extends the
service API by adding an explicit `flush` method to force sending
the buffer contents, thus enabling protocols with short (e.g.,
single character) messages.
Enable the compile-time option MBEDTLS_AES_ROM_TABLES in the mbed TLS
main config.h file in mbed OS. This option has the effect of labelling
the AES tables as 'const' so they are placed in ROM, which saves some
RAM space.
d65b6b0 Update unittests for nsdynmemlib API change (#71)
bc69b8b Disable CoAP duplicate message detection (#69)
ccb65f8 Change year 2017 to copyright (#68)
76490a7 Add option to join COAP multicast group (#67)
381d910 Register to multicast groups (#66)
dce323c Add transaction delete to CoAP service (#65)
feea33e Add option to select used socket interface (#63)
5a5c0f9 Merge pull request #62 from ARMmbed/coap_separation
0d26c00 Modifying file headers and Makefile to adapt from libcoap to mbed-coap
d323c3a Fixing unit tests based on new coap library
d1a3d25 Modifying Makefile and source file based on new coap library
git-subtree-dir: features/nanostack/FEATURE_NANOSTACK/coap-service
git-subtree-split: d65b6b0eb890be93f667debe8da83aa498021ccf
Merged lwip 2.0.2 stable path 1 from https://github.com/ARMmbed/lwip
Patch allows lwip to do autonomous address configuration for prefixes
that are not on-link.
ad7cf16 Add David's IPv6 improvements to CHANGELOG
af9d783 Fix (bogus) MSVC 2010 warning about uninitialized variable usage in ip6.c It's wrong because the variables are initialized during first loop iteration due to best_addr == NULL
68358d7 nd6: cull destination cache on router removal
7323fa1 nd6: some work on basic RFC 4861 compliance
10eb2ca ip6: improve source address selection
6c06ecd ip6/nd6: route using on-link prefixes, not addresses
9f1714d nd6: improve router selection
2486b41 netif: more ip6 state changes invoke status callback
519d809 nd6: fix Duplicate Address Detection
9f3c6dd nd6: check link status before sending packets
8c761a2 nd6: improve address autoconfiguration support
Some block devices (for example I2C EEPROM) can be erased at the byte
level. These aren't really block devices, but fall under the block
device API. For these devices, the fat filesystem needs to use a lower
bound on the block size. In this case we used 512 bytes is used since
it is already a standard.
This function provides a shortcut to reformatting a mounted filesystem.
Also, since this function is a virtual member of the FileSystem class,
the user does not need to know the underlying filesystem to reformat
the underlying storage.
Fixes errors reported in Github
- #4798
- Fixed Lwm2m blockwise data transfer (using Block1 option) with Leshan
- ARMmbed/mbed-client#512
- Fixed an ongoing blocktransfer (Block 1 option) interruption by out of order Block to return error 4.08 Request Entity Incomplete as specified in the coap specification.
- ARMmbed/mbed-client#511
- Fixed detected duplicate message duplications will not stop mbed-client
Some devices have RAM memory split into two sections.
This becames a problem for GCC based toolchains as they don't
support splitting .bss or .data sections into two memory parts.
When we run out of memory from .bss sections, allocating the stack
by malloc() allows it to be moved to .data section which might already
be in the second memory section. For example KW24D platform.
* Use _C flags at compile time in SHA to avoid compiling in unconfigured features
* Don't define ECP_SHORTWEIERSTRASS since it is part of the application's configuration
MAX32630FTHR gets BLE, uses timer peripheral 5 for HCI timing
libexactLE update for 610,620
Fixup hal_sleep and hal_deepsleep for 620
LEDn outputs now forced to open-drain
Warning #1300-D: inherits implicit virtual
- Adding the virtual keyword in the derived class prevents the warning
Warning #1-D: last line of file ends without a newline
- New line added at the end of file
Warning #997-D:
function "MeshInterfaceNanostack::initialize(NanostackPhy *)" is hidden
by "ThreadInterface::initialize" -- virtual function override intended?
- virtual keyword removed from "MeshInterfaceNanostack::initialize"
Warning #1300-D: inherits implicit virtual
- Adding the virtual keyword in the derived class prevents the warning
PPP is running close to the edge of its default thread stack size of 512 bytes. When it experiences an FCS error on the incoming data (for example. caused by character loss when the incoming serial rate is too high for it to process in time) it performs some additional work which overruns the thread's stack, hitting the OS "stack underflow" check. Increasing the PPP stack size to 768 bytes resolves this problem.
This is only an issue when multiple fatfss are used simultaneously.
Repeated use of a single fatfs instance (even with different storages)
do not show this issue.
Full support requires path prefixes being applied for every function
that takes a path. Note: this is only required filesystems after the
first mounted filesystem. The first filesystem has no penalty.
Device needs to wait for connectivity:
-routers will create new network and get local connectivity
-end device will get connectivity once attached to existing network
-devices without network settings gets connectivity once
commissioned and attached to network
Signed-off-by: Kari <kari.haapalehto@arm.com>
Unlike the other disk_ioctl options, GET_SECTOR_SIZE is interpreted
as a 16-bit WORD, instead of a 32-bit DWORD. This caused an unaligned
access error on M0 platforms.
At some point the "mount" parameter for "f_mount" was name "force". This
led to a bit of confusion that ended with the default mount function
never calling block device init.
This is fine, since the block device can be manually initialized, but
a better user experience is where the filesystem initializes the block
device for the user.
This is backwards compatible due to the repeatability of the block
device init functions.
A message of "Failed to close socket" was always being printed, not
just when the socket failed to close. This patch fixes this in
addition to a simplifying the call to a thread safe printf.
The function _eth_arch_low_level_input() is meant to pass data into
LWIP and to prepare the ethernet buffers to receive more data.
If the LWIP heap is empty and the call to pbuf_alloc() in
_eth_arch_low_level_input returns null, the ethernet receive buffers
are not updated to receive data. Because of this the ethernet RX
interrupt will not fire. Since the RX interrupt is the only thing that
triggers a call to _eth_arch_low_level_input(), the receive buffers
will never get cleared, and the device stops receiving data.
To prevent this from happening, this patch ensures that the function
_eth_arch_low_level_input() clears the receive buffers even if a new
pbuf for the data couldn't be allocated.
This issue can be reproduce by running the test
"features-feature_lwip-tests-mbedmicro-net-udp_echo_parallel"
and on the same machine running the below python script to flood the
device with UDP broadcast packets:
MY_IP = #ADD your local IP here
from socket import *
s = socket(AF_INET, SOCK_DGRAM)
s.bind((MY_IP, 1234))
s.setsockopt(SOL_SOCKET, SO_REUSEADDR, 1)
s.setsockopt(SOL_SOCKET, SO_BROADCAST, 1)
for _ in range(1000):
s.sendto("test data", ('255.255.255.255', 1234))
print("Message sent")
lwipopts_conf.h is used by target dependent Ethernet drivers for
configuring various parameters.
By default, Ethernet is enabled and in this case lwipopts_conf.h
will be included.
In case of PPP being enabled, it is desirable to not pull in any Ethernet
related code.
This creates a macro for the UUID length used by Greentea. This cuts
down on the use of "magic numbers" in test cases that use
the GREENTEA_SETUP_UUID function.
This is a workaround for IAR's lack of flexibility with memory regions.
Otherwise these tests would use very little heap and be mostly global
allocations.
This matches the timeout used in linux:
https://linux.die.net/man/5/dhclient.conf
This resolves several issues noticed during testing when we
have a very large number of devices that try to get an IP address
around the same time.
Before, the UDP test was very strict on the number of packets it would
try to match before failing. Now it will keep trying for the whole test
to get enough passing packets. It also includes the test's UUID so you
can validate which packets are being received.
The dtls test already has the ability to retry upon a UDP failure.
However the sockets are currently configured to be blocking and to wait
forever. I added a timeout of 1.5 seconds in order the test to correctly
timeout.
Based on lwip_ethernetif.c skeleton file,
use init, receive and transfer
functionality of SMSC9220 Ethernet driver
for the lightweight IP stack.
Receive mechanism is interrupt driven.
HW buffer sizes:
Tx = 4608 bytes (MTU)
Rx = 10560 bytes
lwIP fine tuning:
mbed-os/features/FEATURE_LWIP/lwip-interface/lwip/src/include/lwip/opt.h
Change-Id: I0ea95650c65fb32cafb5c2d3dde11420c61dba66
Signed-off-by: Gabor Kertesz <gabor.kertesz@arm.com>
Basic TCP/UDP tests for PPP based onboard cellular modems.
Tests basic public APIs defined in CellularBase.h
A customer port must pass this test set, hence verifying their
particular implementation.
This commit includes:
* Add support for sending response to duplicate messages
* Add randomness for retransmission time
* Fix usage sn coap blockwise max time data stored
* CoAP parser option handler does not seem to handle "Option Length" completely according to spec
* Handle '0' value if duplication buffer size is set through the sn_coap_protocol_set_duplicate_buffer_size()
Silence deprecation warnings in the config store C and C++ files. This
removes warnings that not relevant to applications. Note - using
these deprecated functions still gives an error outside of these files.
Move the metrics mutex into the ifdef MBED_STACK_STATS_ENABLED since
it is not used ouside of it. This fixes the warning:
[Warning] greentea_metrics.cpp@37,28: 'mutex' defined but not used [-Wunused-variable]
The semaphore xTXDCountSem had the count to match the number of
resources available, but was being used as a binary semaphore in a
loop to listen for events. This patch updates the logic to make use of
the resource count.
With RTX5 the OS traps with an error if the a semaphore is released
more times than its count with an error similar to
"Semaphore 10000e6c error -17". Because xTXDCountSem is being used
as a binary semaphore it triggered this trap. With this patch the
semaphore is no longer used as a binary semaphore and no longer traps.
This patch split the Case class in two entities: Case and case_t. case_t contains the test case data structure while Case provide the interface to the test case. Unlike the class Case, case _t is a POD and can be instantiated at compile time and put in the constant data section (in ROM).
The Specification class has also been modified to accept arrays of case_t.
In class MBRBlockDevice the tole32 function had used union member
names u32 and u8. The introduction of REALTEK_RTL8195AM cauesd a
conflict with type names in basic_types given they're aliased as
macros to uint32_t and uint8_t respectively.
The old open/opendir functions did not provide a route for errors and
relied on implementations manually setting errno. Updated to return
errors directly.
Required for other representations of FileSystems, ie LocalFileSystem
Introduces FileSystemHandle for the same behaviour as FileHandle and
DirHandle.
Requires the following to hook into file/dir lookup:
```
int open(FileHandle **file, const char *filename, int flags)
int open(DirHandle **dir, const char *path)
```
This hook is provided by the FileSystem class, so requires no changes
from implementations.
This is necessary for support of block devices with >512 byte
blocks, such as most SPI flash parts.
- Enabled support of up to 4096 byte blocks
- Added support for heap-backed buffers using _FS_HEAPBUF
- Necessary to avoid stack overflows
- Avoids over-aggresive allocations of _MAX_SS
- Enabled _FS_TINY to further reduce memory footprint
- Haven't found a downside for this yet except for possible
thread contention
Add the attribute flash to enable priority inheritance and robust mode.
The robust flag allows mutexes held by terminated threads to be
properly released.
Move memory allocation to be done at a different location. Currently allocated
in a function that is called from the interrupt handler.
Signed-off-by: Mahadevan Mahesh <Mahesh.Mahadevan@nxp.com>
External EMAC drivers are currently directly attaching to lwip_stack.c
via mbed_lwip_bringup et al. Restore the original prototypes to avoid
compatibility breakage.
For keep supporting external APIs with the same name (supposedly there are a larger
number of users of those APIs), BufferedSerial and ATParser are being renamed.
BufferedSerial becomes UARTSerial, will complement a future USBSerial etc.
ATParser becomes ATCmdParser.
* UARTSerial moves to /drivers
* APN_db.h is moved from platform to cellular/util/.
* Original CellularInterface is restored for backward compatability (again, supposedly there
are users of that).
* A new file, CellularBase is added which will now servce as the base class for all
upcoming drivers.
* Special restructuring for the driver has been undertaken. This makes a clear cut distinction
between an on-board or an off-board implementation.
- PPPCellularInterface is a generic network interface that works with a generic FileHandle
and PPP. A derived class is needed to pass that FileHandle.
- PPPCellularInterface provides some base functionality like network registration, AT setup,
PPP connection etc. Lower level job is delegated to the derived classes and various modem
specific APIs are provided which are supposed to be overridden.
- UARTCellularInterface is derived from PPPCellularInterface. It constructs a FileHandle and
passes it back to PPPCellularInterface as well as provides modem hangupf functionality.
In future we could proive a USBInterface that would derive from PPPCellularInterface and could
pass the FileHandle back.
- OnboardCellularInterface is derived from UARTCellularInterfae and provides hooks to
the target provided implementation of onbard_modem_api.h. An off-board modem, i.e, a modem on
a shield has to override the modem_init(), modem_power_up() etc as it cannot use
onboard_modem_api.h.
Some targets define MBEDTLS_md5_C in targets.json in order to force the system to use
external mbedtls instead of lwip internal crypt, i.e., polarssl.
LWIP's internal md5 mechanism is tied to PPP for some reason. In a previosly merged commit
an attempt was made to steal md5 functions by faking that PPP was turned on. However
that solution was broken in case of really turning on PPP functionality.
This commit fixes the breakage and also corrects the logic in case a target decides to use
external md5 implementation from mbedtls or otherwise (i.e, wants to stick to the internal
implementation).
* Implements CellularInterface
* Reference design for CellularInterface implementations
* Uses an external mbed-os IP stack and talks to modem over PPP.
GCC have not been capable enough to catch some linker errors which arose when
ethernet support for LWIP was disabled. Checks have been added to make sure that
unrefrenced code is not linked in.
nsapi_ppp glue layer is made more transparent to public cellular API. Storage of IP
addresses is removed. PPP layer already stores the addresses, so we pass the pointer back
to the upper layers.
If PPP is not used, we provide dummy functions.
* state machine corrections
* adding various standard API methods
* Addition/revision/enhancement of the nsapi_ppp glue layer
* Turning off debug by default
Mainly reutilizing code from ublox C027 support lib.
As we are using external PDP context, i.e., an external IP stack,
we will pass username and password to underlying stack running PPP.
We only support CHAP as the authentication protocol.
POSIX poll() provides a mechanism to attach a POLL_HUP event
if the modem or device hangs up on you. POLL_HUP and POLL_OUT are
mutually exclusive. We poll in the PPP_input() routine if the modem
hung up. If it did we stop the data consumption, close PPP and go back
to the driver for reserruction of AT parser and subsequent retries or
application specific actions.
This is achieved by attaching an interrupt to the DCD line of the modem.
When DCD line goes high (off), we have lost the carrier. So we record an
POLLHUP event using _poll_change().
In case of carrier lost, we would like to inform PPP data pump.
That involved setting up link status flag down semaphores.
mbed_lwip_bringup() and mbed_lwip_bringdown() had been Ethernet specific only.
We extend these routines to support PPP as well. Currently we support only one interface
at a time. However, future enhancement to multi interface support should be trivial.
mbed_ppp_init() is extended to take a function ptr.
ppp_lwip will call this callback upon a change in ppp link status.
in the beginning, the Ublox driver waits until the PPP link is established properly.
We introduce here mbed_trace to ppp_lwip shim layer.
If for some reason, FEATURE_COMMON_PAL is not included in the build,
dummies for trace functions are provided.
Add configuration to control Ethernet, PPP and TCP support.
Replaces LWIP_TRANSPORT_ETHERNET/PPP defines formerly used by targets.
Ethernet and PPP can be enabled simultaneously.
DHCPv4 is now only enabled if IPv4 and Ethernet are both enabled - we
assume PPP uses IPCP for configuration.
PPP configuration adjusted to cope with LWIP 2.0 changes, and
optimised for RAM a little.
This is a glue layer between LWIP PPP implementation and a device type FileHandle
stream. This enables an external interface which has a FileHandle, utilize LWIP network
stack via PPP, e.g., Cellular device, WiFi chips etc.
Its totally transparent to external device. Only thing this layer is interested in, is a
FileHandle. Similar is true for for the external device, it just hands over its stream to this
PPP layer and rest of the magic is done by this layer.
Use a newer version of uVisor that doesn't change the box main thread
function type. Previously, we required all box main thread definitions
to change from taking a `const void *` to a `void *` when moving to
RTX5. We now are backwards compatibile.
- Implicit MBR still allowed during mount
- maintains storage compatibility
- Not needed
- MBR utility is not exposed through the FAT filesystem,
so the only used partition was always the first. Omitting
the MBR is functionally equivalent
- Saves a few blocks on storage for MBR + offset
for FAT alignment
- Duplicated with MBRBlockDevice
- The implicit MBR actually prevents nesting a FAT filesystem
in the MBRBlockDevice
Thread device needs to wait for connectivity:
-routers will create new network and get local connectivity
-end device will get connectivity once attached to existing network
-devices without network settings gets connectivity once
commissioned and attached to network
Reduce RAM consumption so all tests can still be built when using
CMSIS/RTX5. Also reduce clutter by removing the per target stack size
defines in the tests.
Remove all unsupported net libraries from features/unsupported. There's already lwip for mbed OS that we support, and cellular will come soon to the codebase reworked.
Plus remove unsupported/tests for these libraries.
lwip now uses mbed client random library under common pal when available.
Ported lwip reference TCP initial sequence number handling to mbed-os
lwip stack. Handling is based on RFC 6528.
s140 headers renamed form ble_* to nrf_ble_*,
Removed s130 and s132 headers named form ble_*
(Them had been added by #2ff572682798562e812015dc775b5896e0fda5a4)
Headers inclusinons were changed in order to meet above changes.
Revrted bad change in us_ticker.c:
use __disable_irq lock instead of core_util_critical_section_enter lock
for setting rtc1 tick for systick emulation as was good before.
Observed during investigation of
https://github.com/ARMmbed/mbed-os/issues/4246 - DNS queries sent
the entire buffer, not just the bit filled in.
Inefficient, especially for 6LoWPAN, and a security hole - the trailing
data could be previously-used heap.
mbed_lwip_set_mac_address calls mbed_mac_address to get hwaddr
from device, but device may not be accessible until it is powered
up and initialized.
This patch delays mbed_lwip_set_mac_address call until device is
ready.
Signed-off-by: Tony Wu <tonywu@realtek.com>
Copy of changes from
features/FEATURE_BLE/targets/TARGET_NORDIC/TARGET_NRF5_SDK13/source
to
features/FEATURE_BLE/targets/TARGET_NORDIC/TARGET_NRF5/source
Minor change - List of key modifiers updated to include the
logo/GUI/windows key. Also added the options to specify the right hand
versions of the keys rather than just the left if for some reason
someone wants to do this.
Changes are limited to the keyboard header file and are backwards
compatible.
The new modifier values are in line with the table given on page 56 of
this document http://www.usb.org/developers/hidpage/HID1_11.pdf
1. added call to busReset() to KL25Z HAL; now the USB stack survives if you disconnect the cable, similar to LPC40 2. busReset callback to update terminal_connected in USBCDC 3. new bool USBSerial::connected() to read protected terminal_connected property, useful when you want to check if the terminal is ready from main app
The standard is intentionally vague on if filesystems must
have '.' and '..' entries, allowing filesystems to omit this
concept completely:
http://pubs.opengroup.org/onlinepubs/9699919799/functions/readdir.html
However, the '.' and '..' entries are common on FAT filesystems
and in most other filesystems.
This enables '.' and '..' entries in the FAT filesystem.
Define tcpip-thread-stacksize and default-thread-stacksize in
lwip's mbed_lib.json, and use them accordingly in lwipopts.h.
Signed-off-by: Tony Wu <tonywu@realtek.com>
Originally the ethernet ISR would be linked in to all mbed-os based
firmware because it was named ENET_IRQHandler() so that it would be
automatically placed in the FLASH image's interrupt vector table. This
meant that programs which made no use of the lwIP stack still pulled in
this ISR.
This commit changes the name of the routine so that the ISR isn't
automatically placed in the interrupt vector table at link time but is
instead dynamically placed in the interrupt vector table at runtime
when the lwIP stack is initialized. Now the ethernet ISR is only linked
in when it is actually needed.
Example arm-none-eabi-size output for a simple LED blinking program
showing the before and after size results:
text data bss dec hex filename
13208 148 7784 21140 5294 LPC1768/HelloWorld.elf
text data bss dec hex filename
12700 148 7468 20316 4f5c LPC1768/HelloWorld.elf
From opt.h:
IP_SOF_BROADCAST_RECV (requires IP_SOF_BROADCAST=1) enable the broadcast
filter on recv operations.
The IP_SOF_BROADCAST_RECV option does not enable or disable recieving
broadcast packets, it only enables a software filter.
- 128 bits service's UUID discovered by a GATT client was shifted.
- not possible to connect while being scanning.
- not possible to scanning while being connected.
for sd >= 3 whitelisting is now setups into setWhitelist method
- Gap::setAddress could failed
- Gap::getWhitelist wron implemenation
- Remove ble_advertising.h/c - it was unused, redundant code
- includes for SD header ble.h were changed to headers\ble.h in order to distingusch form feature-ble BLE.h
- btle_init() introduced PM for disable <B>privacy</B> for API 3 and further.
- temporary removed or mocked real implemantation of whitelist-ing support functionalities:
btle_security.createWhitelistFromBondTable , gap::startAdvertising, gat::startRadioScan, gap::stopAdvertising
Gap::generateStackWhitelist, Gap::getStackWhiteIdentityList-(mock)
- Characteristic Descriptor Discoverer - aligned to the apply SD API
- long uuid service's read spupport
- add BLE features support to sdk configurations file
- publicate sdk's id_manager.ah() function.
- cutted out f. app_error_handler for mbed-os
- removed PACKED definition form app_util_platform (redefined by mbed-os)
- Gap::setAddress - allign to new SD API using peer manager
- extend Gap::getPermittedTxPowerValues for nRF52840
As asked by @0xc0170 in PR #3934, we won't be using device_has for indicating RF/Crypto features any longer. RF config options moved to the SL_RAIL lib.json, crypto config options will come with mbedTLS integration.
mbed_lwip_socket_recv() takes one netbuf at a time from the netconn API,
and it holds a partially-read netbuf if necessary in order to present as
a stream for TCP.
This held netbuf was not being freed when the socket was closed.
Should follow same path as FileHandle, although this is less used
and there is currently no route to introduce a hook for a customized
DirHandle in retarget.
As identified by @hasnainvirk, @kjbracey-arm, the FileHandle and
FileBase serve two separate functions and their integration is
limiting for certain use cases.
FileLike is actually the redundant class here, but the multiple
inheritance it provides is used as a hack by the retargeting code
to get at the FileHandle implementation bound to the FileBase name.
It may make more sense for the FileBase to inherit from FileHandle,
(with perhaps a different name), but rather than explore the
possibility, this will just restore the previous hierarchy.
The `sleep` function as been changed into `hal_sleep` by #3607.
Unfortunately the call to `sleep` in the hal_patch for the NRF51822 has not been
updated to `hal_sleep`. The result was a link time error for targets based on
NRF51822_LEGACY compiling with the mbed OS 5 tree.
The 'TARGET_M%' rules depend on files generated by the 'rsync' target,
so make this dependency explicit by setting 'rsync' as a pre-requisite
of 'TARGET_M%'. The 'rsync' dependency was removed from 'publish' to
avoid the case where make would select one of the 'TARGET' rules before
completing 'rsync', which would cause the build to fail.
Additionally, also moved the core libs selection in the 'TARGET_M%'
pattern rule from the pre-requisites into the rule's recipe. This is
required because when the wildcard expression used before as a
pre-requisite is expanded (make's 1st phase), it won't find any files
(not built yet via 'rsync' target), so it won't create the associated
'TARGET_M%' rules, finally causing the 'publish' target building to fail
due to missing rules for 'TARGET_M3' and 'TARGET_M4'.
With this change and the previous one, it is ensured that 'rsync' is
done before executing the recipe for 'TARGET_M%', so the required core
libs are already available and can be used from withing the recipe. The
same wildcard pattern is used as before.
The issues being fixed are visible with GNU Make 4.2.1, but not seen
with GNU Make 3.81.
Fixes issue #3905.
cleanup in include files (unrequired removed + other moved to aes_alt.h)
hcryp_aes moved to mbedtls_aes_context to allow multi instances
remove ctx->nr, ctx->buf
doxygen comments are removed (kept in .h file)
function _ALT are removed (full module _ALT)
handle error returned by HAL_CRYPxx functions
aes is symetric, remove the dupplicated set_key_enc and set_key_dec
buffer, and factorize the call to set_key function
Intention is to make filesystem api and network stack api consistent
as current designs diverge greatly. Attempted to change as little as
possible outside of api structure.
By default the number of pstorage pages is set 1 and all addresses are
calculated in the pstorage module accordingly. Nordic recommends
changing this macro to whatever number is suitable for the app (see
https://devzone.nordicsemi.com/question/53066/what-will-be-the-starting-
address-of-pstorage-page-how-we-can-change-it/?answer=53085#post-id-5308
5) which is not quite elegant given that pstorage_platform.h is part of
the mbed-os repo. With this modification you can e.g. define
PSTORAGE_NUM_OF_PAGES on the command line, however note that you should
rebuild mbed-os with this setting as it affects pstorage_platform.c.
Sometimes when under heavy load, the CI machines can take a significant
amount of time to bring up a python process (~10s). The timeouts for
the network tests were chosen without much thought, and didn't leave
much room for this sort of delay.
This patch brings up timeouts for ntetwork tests 20s -> 60s
- Remove write set of functions
- Caused confusion with small benefit
- Trivial to add later
- Remove unused error codes
- Initial expirementation indicates most of these may not be useful
- Trivial to add later
- Removed bd_error_t
- Carries to additional type information, int already carries
sufficient connotation
- Trivial to add later
per @c1728p9, @sg-
- Fixing code formatting errors with astyle tool.
- Replaced use of TOOLCHAIN_xxx macros with compiler emitted macros.
- Added const to BlockDevice::get_xxx_size() member functions.
- Added documentation for FAT filesystem thread support.
- Added documentation for fat_filesystem_set_errno().
- Added documentation clarifying the reasons for errno/stat symbol definitions in retarget.h.
- Removed FAT filesystem from mbed 2 testing.
- Fixed FATMisc.h Copyright (c) 2016 year to 2017 as its a new file.
- Removed #ifndef NDEBUG from HeapBlockDevice.cpp.
- Removed unnecessary todo comment in retarget.cpp.
- renaming FATFileSystemSetErrno() fat_file_system_set_errno.
- changing FATFileSystem::format() to be mount fs internally in function, rather than expecting fs to be mounted.
- requested const char *filename change.
* Updated docs
* Re-factored vMPU drivers
* Non-backwards-compatible API change: uvisor_ctx is now called
__uvisor_ctx and requires the user to explicitly cast it to their own
private context structure.
This only affects applications with uVisor enabled.
* Use "public box" instead of main box for box 0.
The core_cmSecureAccess.h file contains secure-access APIs that are a
good candidate for a proposal to CMSIS. At the moment we maintain these
APIs ourselves in ARMmbed/uvisor, and will push updates to
ARMmbed/mbed-os when running our usual importer script.
This commit includes
- Removing CoAP sources from mbed-client-c to its own repository.
- mbed-client-c is moved outside of mbed-os source tree because it is used by mbed-client, so
it will be part of mbed-client offering.
- CoAP sources are used by coap-service which is a part of nanostack deliveries hence coap now existing
as independent module under mbed-coap.
- Commit handles the interdepdency of coap-service with mbed-client-c because of coap sources, coap-service
header files are now fixed to point to right header directory.
The speed of packets on the local network exceeds even the speed of
the ethernet hardware on some of the less powerful devices. Adding
a small delay which can be expected from a real DTLS handshake prevents
this condition from occuring.
In sendto(), memory allocation failures were mistakenly being treated as
would blocks (assumption was that the device might be able to recover).
However, that put the blocking socket into deep sleep and there was no mechanism to wake it up
ever again. Somehow that got slipped through testing. Fixed in this amenment
As a result of major overhaul in Nanostack generally for socket API and especially
for TCP, the adaptation layer for mbed-OS is being upgraded.
Previously, as nanostack was not able to provide receive queue, adaptation layer had been
faking it. Now with Stream Socket by default Nanostack provides 2K receive queue and 2K send queue.
Receive queue size can be changed using setsockopt(). Batre metal nanostack would not provide with any
receive queues with Datagram Socket, however in this adaptation layer we introduce a 2K receive queue size
for the Datagram Socket as well.
Layer state machine handling is polished to ensure robustness.
::socket_connect() will can return 2 new error codes now. NSAPI_ERROR_ALREADY (like posix EALREADY) in case
if the connection is in progress or NSAPI_ERROR_IS_CONNECTED (like posix EISCONN) if already connected.
NSAPI_ERROR_WOULDBLOCK is now mapped directly to nanostack NS_WOULDBLOCK.
NanostackLockGaurd class is introduced which enables us to claim and release mutex using RAII style.
Note, the registered callback is still disabled by a call to
socket_attach. This will avoid being called after the socket is closed
unless close is called from the attached callback, which is in irq
context.
As pointed out by kjbracey-arm, the previous behaviour was broken
for sockets that started out listening.
Add sleep/deepsleep functions to platform layer which are replacing HAL
functions with the same name, rename existing symbols in HAL layer
to hal_sleep/hal_deepsleep. This way sleep functions
are always available, even if target doesn't implement them, which makes
the code using sleep clearer. It also enables us to make decision on in
which builds (debug/release) the sleep will be enabled.
This commit reduces the thread stack from 2k to 1k for each thread in
the parallel network tests. This allows the test to run on more
constrained devices (like the LPC1768).
*_packet_pressure_parallel tests are useful for checking for synchronization
errors, but push the practical limitations of the network stack. Failing
these tests is not unreasonable.
*_packet_pressure tests are a little bit less unreasonable, but also
push the practical limitations of the network stack. Hopefully these
will become stable in the near future.
Generalized handling of dns servers when brought up with both ipv4 and
ipv6 addresses. Falls back to google dns servers if not dns server is
found through dhcp.
Also added support for the `add_dns_server` method to lwip to support
custom servers.
depending on timing and HW, there might be some delay before the master
request gets notified, so better loop in while than a single call
to slave.receive()
To allow a network stack to support both NSAPI and its own options, try to make
sure the NSAPI levels don't collide with level numbers likely to be used by
network stacks.
Distinguish between socket and stack options, and tighten up documentation. Add
IP MRU stack options as an example (implementation not immediately planned for
any stack, but could be useful).
Despite being able to buffer an arbitrary stream of data,
TCP send is still limited by the available buffer space in the
network stack. Errors from TCP send are perfectly reasonable
and should be handled by reducing the buffer that is attempted.
These tests could adopt the dynamically sized buffers used for the
packet-pressure tests, however throughput is not an important feature
of these tests.
Printing out dropped packets caused significantly more overhead in the
parallel tests due to increased noise on the network. This noise would
push the tests past their provided timeouts.
Dynamic buffers gives the network stack the maximum throughput while
still supporting smaller devices. This should expose the largest number
of issues across differently sized platforms.
Additionally, restructured the UDP tests to avoid unintentionally flooding
the recieving side with bad data after failed packets.
Also, added a bit more documentation
A larger buffer gives the network stack the best options for maximizing
throughput. However, the initial buffer size did not fit on small
targets. Resized 8192 -> 1024.
Added test for the pattern of packets used during the DTLS
handshake. This pattern (5x ~300 byte packets) has been very
problematic for new network interfaces.
Attempt to maximize the devices bandwidth with an exponentially growing
transaction of random sequences. Also prints the time taken and bandwidth
reached during the tests.
A few new error codes are added to nsapi_error_t and
support for non-blocking socket connect is added.
Nanostack's connect call will be non-blocking.
Whereas LWIP connect call is currently blocking, and it could be changed now
to be non-blocking.
1. Add targets into build_travis.py and tests.py.
2. Add target SPI pins into SPI SD test samples.
3. Rename target TOOLCHAIN_GCC_ARM/retarget.c to avoid name collision of compiled retarget.o with platform/retargets.cpp.
condition posix error mbed error
good host, closed port ECONNREFUSED NSAPI_ERROR_NO_CONNECTION
bad host EHOSTUNREACH NSAPI_ERROR_NO_CONNECTION
bad network ENETUNREACH NSAPI_ERROR_NO_CONNECTION
During open, the socket checked the internal stack variable,
assuming it would alway be null on a socket not connected to
the network. However, when a socket is closed, the stack variable
was not updated, causing the socket to incorrectly return a
parameter error if reopened.
The simple fix was to set the stack to null on close. A non-null
stack is a predicate for a non-null socket variable, so no additional
checks are needed in socket functions.
It's currently possible to generate a socket event when a non-blocking socket is closed:
1. _pending is set to 0 in https://github.com/ARMmbed/mbed-os/blob/master/features/netsocket/TCPSocket.cpp#L22
when the socket is created.
2. close() calls event() in https://github.com/ARMmbed/mbed-os/blob/master/features/netsocket/Socket.cpp#L66
3. event() increments _pending, and since _pending is 1 it will call _callback() in https://github.com/ARMmbed/mbed-os/blob/master/features/netsocket/TCPSocket.cpp#L167
However, if send() (for example) is called, this can happen:
- send() is called and sets _pending to 0.
- when the data is sent, event() is called, which sets _pending to 1 and calls _callback().
- if close() is called at this point, there won't be an event generated for close() anymore,
since _pending will be set to 2.
Same thing for recv. Also, same thing for TCPServer and UDPSocket.
This PR changes the initial value of _pending to 1 instead of 0, so that
events are never generated for close().
cd60f73 Merge branch 'mbed-os-lwip-rc2-maint' into mbed-os-lwip-rc2-maint-prefixed
3a50479 fixed bug #49676 (Possible endless loop when parsing dhcp options) & added unit test for that
git-subtree-dir: features/FEATURE_LWIP/lwip-interface/lwip
git-subtree-split: cd60f73f110829e00df46593fea5db26bcfb1662
mbed compile doesn't support two different FEATURE_X folders being merged, so we'll have to move our nanostack driver into the Nanostack folder for the time being.
The configuration option for the mbed TLS specific hardware acceleration
has to be in the macro section and not in the device capabilities
section in targets.json.
The option has also been renamed to better reflect its function.
The crypto hardware acceleration might require defining a lot of mbed
TLS specific macros. Enumerating all of them in `targets.json` creates
too much noise, therefore we move it into a target specific mbed TLS
header.
The target with crypto hardware acceleration has to
- indicate its capability in `targets.json` by adding "CRYPTO"
to the "device_has" section
- has to define his crypto hardware acceleration related macros
in an `mbedtls_device.h` header
- place the `mbedtls_device.h` file in the
`features/mbedtls/targets/TARGET_XXXX`
directory specific to the target
This is to allow other types of PHY drivers than just RF.
Mesh-API does not actually care about driver type, it is drivers
responsibility to register right handlers with Nanostack.
* Implement a wrapper class NanostackRfPhy to ensure backward
compatibility.
* Remove mesh_connect()/disconnect() functions from MeshInterface
This job is already done in inherited classes.
* LoWPANNDInterface and ThreadInterface should only be used with
NanostackRfPhy.
* Move all the functionality to LoWPANNDInterface and
ThreadInterface classes.
* AbstractMesh class modified to be pure virtual
* Thread/6LoWPAN specific functionality totally separated.
Now linker will drop the unreferenced classes.
* MeshInterfaceNanostack now inherits from AbstractMesh
The cbmaster_done function is a callback which will be called from
the asynch I2C interrupt handler. Calling to printf from this context
sometimes lead to missing interrupts on the slave side. This was at least
encountered on STM32F3 MCUs.
Oren Cohen
paul-szczepanek-arm
Krzysztof Stachowiak
ccli8
Brendan McDonnell
Kimmo Vaisanen
Christopher Haster
Cruz Monrreal
adustm
Amanda Butler
Wilfried Chauveau
Kevin Bracey
bcostm
Jani Suonpera
Vincent Coubard
Antti Yli-Tokola
Russ Butler
Russ Butler
Martin Kojtal
Daniel Schuler
deepikabhavnani
Arto Kinnunen
Seppo Takalo
TomoYamanaka
Steven Cartmell
Tero Heinonen
Jimmy Brisson
gorazd
Adam Heinrich
Anna Bridge
Ashok Rao
Juha Ylinen
Mika Leppänen
Ryan Kurte
Abdelhak Bougouffa
Steven Cooreman
Mahadevan Mahesh
jeromecoutant
Colin Hogben
Steven Cooreman
Bartek Szatkowski
Laurent MEUNIER
Kevin Gilbert
Andrea Corrado
Gabor Kertesz
Chris Snow
Alexander Zilberkant
Kevin Gilbert
Akos Kiss
Juhani Puurula
Piotr Grygorczuk
Sarah Marsh
cyliangtw
Shrikant Tudavekar
Hasnain Virk
Andres Amaya Garcia
Yuguo Zou
Rob Meades
0x6d61726b
Jaeden Amero
Yogesh Pande
Adrien Chardon
Jesse Marroquin
andreas.larsson
Kari Haapalehto
Azim Khan
Mihail Stoyanov
Armelle DUBOC
arostm
Sam Grove
Brian Daniels
Tony Wu
Niklas Hauser
Kari Severinkangas
Hanno Becker
Michel Jaouen
Andrzej Puzdrowski
Tony Wu
Alessandro Angelino
Adam Green
Ron Eldor
Steven Cooreman
Ricardo Silva
Simon Hughes
Hovik Melikyan
Indrek Ardel
Jaakko Kukkohovi
Seth King
Jared Szechy
Bogdan Marinescu
Russ Butler
Mizuho
Janos Follath