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.
Macro MBED_DEPRECATED_SINCE is defined in platform/mbed_toolchain.h which was not included.
If someone used member functions lock or unlock (which are prefixed with MBED_DEPRECATED_SINCE since some time), there would be a compile error instead of a warning.
Including mbed_toolchain.h fixes that.
Default SERIAL pins are now available for ADC and PWM
when STDIO_UART_TX and STDIO_UART_RX are user defined
https://os.mbed.com/teams/ST/wiki/STDIO
Alternative pins have been also defined
The mbed_sdk_init can be called either during cold boot or during
application boot after bootloader has been executed.
In case the bootloader has already enabled the cache,
is is needed to not enable it again.
- 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
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.)
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.
Russ Butler
bcostm
drewcassidy
Michael Kaplan
PHST
Serge Camille
Christopher Haster
jeromecoutant
Mahesh Mahadevan
Martin Kojtal
adustm
Cruz Monrreal II
Ashok Rao
Jani Suonpera
Antti Yli-Tokola
Przemyslaw Stekiel
c.mandl
iotvietmember
Abdelhak Bougouffa
Russ Butler