The IDF heap is more fragmented with IDF 4 and mbedtls cannot allocate
enough RAM with 16+16kiB for both in and out buffers, so reduce output
buffer size.
Fixes issue #5303.
This commit removes the Makefile-level MICROPY_FATFS config and moves the
MICROPY_VFS_FAT config to the Makefile level to replace it. It also moves
the include of the oofatfs source files in the build from each port to a
central place in extmod/extmod.mk.
For a port to enabled VFS FAT support it should now set MICROPY_VFS_FAT=1
at the level of the Makefile. This will include the relevant oofatfs files
in the build and set MICROPY_VFS_FAT=1 at the C (preprocessor) level.
This commit adds support for littlefs (v2) on all esp32 boards.
The original FAT filesystem still works and any board with a preexisting
FAT filesystem will still work as normal. It's possible to switch to
littlefs by reformatting the block device using:
import uos, flashbdev
uos.VfsLfs2.mkfs(flashbdev.bdev)
Then when the board reboots (soft or hard) the new littlefs filesystem will
be mounted. It's possible to switch back to a FAT filesystem by formatting
with uos.VfsFat.mkfs(flashbdev.bdev).
When a SPI bus is initialized with a SPI host that is currently in use the
exception msg incorrectly indicates "SPI device already in use". The
mention of "device" in the exception msg is confusing because the error is
about trying to use a SPI host that is already claimed. A better exception
msg is "SPI host already in use".
For consistency with "umachine". Now that weak links are enabled
by default for built-in modules, this should be a no-op, but allows
extension of the bluetooth module by user code.
Also move registration of ubluetooth to objmodule rather than
port-specific.
This commit implements automatic module weak links for all built-in
modules, by searching for "ufoo" in the built-in module list if "foo"
cannot be found. This means that all modules named "ufoo" are always
available as "foo". Also, a port can no longer add any other weak links,
which makes strict the definition of a weak link.
It saves some code size (about 100-200 bytes) on ports that previously had
lots of weak links.
Some changes from the previous behaviour:
- It doesn't intern the non-u module names (eg "foo" is not interned),
which saves code size, but will mean that "import foo" creates a new qstr
(namely "foo") in RAM (unless the importing module is frozen).
- help('modules') no longer lists non-u module names, only the u-variants;
this reduces duplication in the help listing.
Weak links are effectively the same as having a set of symbolic links on
the filesystem that is searched last. So an "import foo" will search
built-in modules first, then all paths in sys.path, then weak links last,
importing "ufoo" if it exists. Thus a file called "foo.py" somewhere in
sys.path will still have precedence over the weak link of "foo" to "ufoo".
See issues: #1740, #4449, #5229, #5241.
When loading a manifest file, e.g. by include(), it will chdir first to the
directory of that manifest. This means that all file operations within a
manifest are relative to that manifest's location.
As a consequence of this, additional environment variables are needed to
find absolute paths, so the following are added: $(MPY_LIB_DIR),
$(PORT_DIR), $(BOARD_DIR). And rename $(MPY) to $(MPY_DIR) to be
consistent.
Existing manifests are updated to match.
Remove the 240MHz CPU config option from sdkconfig.base and create a new
sdkconfig.240mhz file for those boards that want to use 240MHz on boot.
The default CPU frequency is now 160MHz (was 240MHz), to align with the ESP
IDF and support more boards (eg those with D2WD chips).
Fixes issue #5169.
This prevents issues with concurrent access to the ringbuf.
MICROPY_BEGIN_ATOMIC_SECTION is only atomic to the same core. We could
address this with a mutex, but it's also not safe to call mp_sched_schedule
across cores.
This avoids a confusing ENOMEM raised from gap_advertise if there is
currently an active connection. This refers to the static connection
buffer pre-allocated by Nimble (nothing to do with MicroPython heap
memory).
This commit adds support for a second supported hash (currently set to the
4.0-beta1 tag). When this hash is detected, the relevant changes are
applied.
This allows to start using v4 features (e.g. BLE with Nimble), and also
start doing testing, while still supporting the original, stable, v3.3 IDF.
Note: this feature is experimental, not well tested, and network.LAN and
network.PPP are currently unsupported.
This patch uses the newly-added esp32.Partition class to replace the
existing FlashBdev class. Partition objects implement the block protocol
so can be directly mounted via uos.mount(). This has the following
benefits:
- allows the filesystem partition location and size to be specified in
partitions.csv, and overridden by a particular board
- very easily allows to have multiple filesystems by simply adding extra
entries to partitions.csv
- improves efficiency/speed of filesystem operations because the block
device is implemented fully in C
- opens the possibility to have encrypted flash storage (since Partitions
can be encrypted)
Note that this patch is fully backwards compatible: existing filesystems
remain untouched and work with this new code.
As per PEP 485, this function appeared in for Python 3.5. Configured via
MICROPY_PY_MATH_ISCLOSE which is disabled by default, but enabled for the
ports which already have MICROPY_PY_MATH_SPECIAL_FUNCTIONS enabled.
Replaces the `SDKCONFIG` makefile variable with `BOARD`. Defaults to
BOARD=GENERIC. spiram can be enabled with `BOARD=GENERIC_SPIRAM`
Add example definition for TINYPICO, currently identical to GENERIC_SPIRAM
but with custom board/SoC names for the uPy banner.
They are both enabled by default, but can be disabled by defining
MICROPY_HW_ENABLE_MDNS_QUERIES and/or MICROPY_HW_ENABLE_MDNS_RESPONDER to
0. The hostname for the responder is currently taken from
tcpip_adapter_get_hostname() but should eventually be configurable.
This commit adds the connect() method to the PPP interface and requires
that connect() be called after active(1). This is a breaking change for
the PPP API.
With the connect() method it's now possible to pass in authentication
information for PAP/CHAP, eg:
ppp.active(1)
ppp.connect(authmode=ppp.AUTH_PAP, username="user", "password="password")
If no authentication is needed simply call connect() without any
parameters. This will get the original behaviour of calling active(1).
On this port the GIL is enabled and everything works under the assumption
of the GIL, ie that a given task has exclusive access to the uPy state, and
any ISRs interrupt the current task and therefore the ISR inherits
exclusive access to the uPy state for the duration of its execution.
If the MicroPython tasks are not pinned to a specific core then an ISR may
be executed on a different core to the task, making it possible for the
main task and an ISR to execute in parallel, breaking the assumption of the
GIL.
The easiest and safest fix for this is to pin all MicroPython related code
to the same CPU core, as done by this patch. Then any ISR that accesses
MicroPython state must be registered from a MicroPython task, to ensure it
is invoked on the same core.
See issue #4895.
Without this you often don't get any DNS server from your network provider.
Additionally, setting your own DNS _does not work_ without this option set
(which could be a bug in the PPP stack).
WIFI_REASON_AUTH_FAIL does not necessarily mean the password is wrong, and
a wrong password may not lead to a WIFI_REASON_AUTH_FAIL error code. So to
improve reliability connecting to a WLAN always reconnect regardless of the
error.
This updates ESP IDF to use v3.3-beta3. And also adjusts README.md to
point to stable docs which provide a link to download the correct toolchain
for this IDF version, namely 1.22.0-80-g6c4433a-5.2.0
This adds support for SD cards using the ESP32's built-in hardware SD/MMC
host controller, over either the SDIO bus or SPI. The class is available
as machine.SDCard and using it can be as simple as:
uos.mount(machine.SDCard(), '/sd')
The patch solves the problem where multiple Timer objects (e.g. multiple
Timer(0) instances) could initialise multiple handles to the same internal
timer. The list of timers is now maintained not for "active" timers (where
init is called), but for all timers created. The timers are only removed
from the list of timers on soft-reset (machine_timer_deinit_all).
Fixes#4078.
This also fixes deleting the PPP task, since eTaskGetState() never returns
eDeleted.
A limitation with this patch: once the PPP is deactivated (ppp.active(0))
it cannot be used again. A new PPP instance must be created instead.
The machine.WDT() now accepts the "timeout" keyword argument to select the
WDT interval. And the WDT is changed to panic mode which means it will
reset the device if the interval expires (instead of just printing an error
message).
The stm32 and nrf ports already had the behaviour that they would first
check if the script exists before executing it, and this patch makes all
other ports work the same way. This helps when developing apps because
it's hard to tell (when unconditionally trying to execute the scripts) if
the resulting OSError at boot up comes from missing boot.py or main.py, or
from some other error. And it's not really an error if these scripts don't
exist.
For gpio_hold_en() to work properly (not draw additional current) pull
up/down must be disabled when hold is enabled. This patch makes sure this
is the case by reworking the pull constants to be a bit mask.
Previously specifying None as the pull value would leave the pull up/down
state unchanged. This change makes it so -1 leaves the state unchanged and
None makes the pin float, as per the docs.
Functions in these files may be needed when certain features are enabled
(eg dual core mode), even if the linker does not give a warning or error
about unresolved symbols.
esp_wifi_connect will return ESP_OK for the normal path of execution which
just means the reconnect is started, not that it is actually reconnected.
In such a case wifi.isconnected() should return False until the
reconnection is complete. After reconnect a GOT_IP event is called and it
will change wifi_sta_connected back to True.
As mentioned in #4450, `websocket` was experimental with a single intended
user, `webrepl`. Therefore, we'll make this change without a weak
link `websocket` -> `uwebsocket`.
Replaces "PYB: soft reboot" with "MPY: soft reboot", etc.
Having a consistent prefix across ports reduces the difference between
ports, which is a general goal. And this change won't break pyboard.py
because that tool only looks for "soft reboot".
Auto-detection of the crystal frequency is convenient and allows for a
single binary for many different boards. But it can be unreliable in
certain situations so in production, for a given board, it's recommended to
configure the correct fixed frequency.
Configuration for the build is now specified using sdkconfig rather than
sdkconfig.h, which allows for much easier configuration with defaults from
the ESP IDF automatically applied. sdkconfig.h is generated using the new
ESP IDF kconfig_new tool written in Python. Custom configuration for a
particular ESP32 board can be specified via the make variable SDKCONFIG.
The esp32.common.ld file is also now generated using the standard ESP IDF
ldgen.py tool.
When the ESP IDF builds a project it puts all separate components into
separate .a library archives. And then the esp32.common.ld linker script
references these .a libraries by explicit name to put certain object files
in iRAM.
This patch does a similar thing for the custom build system used here,
putting all IDF .o's into their respective .a. So a custom linker script
is no longer needed.
ISR's no longer need to be in iRAM, and the ESP IDF provides an option to
specify that they are in iRAM if an application needs lower latency when
handling them. But we don't use this feature for user interrupts: both
timer and gpio ISR routines are registered without the ESP_INTR_FLAG_IRAM
option, and so the scheduling code no longer needs to be in iRAM.
This aligns more closely with the hardware, that there are two, fixed HW
SPI peripherals. And it allows to recreate the HW SPI objects without
error, as well as create them again after a soft reset.
Fixes issue #4103.
In order to suit the more common 800KHz by default (instead of 400KHz), and
also have the same behaviour as the esp8266 port.
Resolves#4396.
Note! This is a breaking change. Anyone that has previously used the
NeoPixel class on an ESP32 board may be affected.
The ESP IDF system already provides a math library, and that one is likely
to be better tuned to the Xtensa architecture. The IDF components are also
tested against its own math library, so best not to override it. Using the
system provided library also allows to easily switch to double-precision
floating point by changing MICROPY_FLOAT_IMPL to MICROPY_FLOAT_IMPL_DOUBLE.
If there are many short reads to a socket in a row (eg by readline) then
releasing and acquiring the GIL each time will give very poor throughput.
So first poll the socket to see if it has data, and if it does then don't
release the GIL.
Otherwise, if multiple threads are active, printing data to the REPL may be
very slow because in some cases only one character is output per call to
mp_hal_stdout_tx_strn.
This is necessary for two reasons: 1) FreeRTOS still needs the TCB data
structure even after vPortCleanUpTCB has been called, so this latter hook
function cannot free the TCB, and there is no where else to safely delete
it (this behaviour has changed recently in the ESP IDF); 2) when using
external SPI RAM the uPy heap is in this external memory but the task stack
must be allocated from internal SRAM.
Fixes issue #3904.
Among other things, this requires putting bootloader object files in to
their relevant .a archive, so that they can be correctly referenced by the
ESP IDF's linker script.
machine.Timer now takes a new argument in its constructor (or init method):
tick_hz which specified the units for the period argument. The period of
the timer in seconds is: period/tick_hz.
For backwards compatibility tick_hz defaults to 1000. If the user wants to
specify the period (numerator) in microseconds then tick_hz can be set to
1000000. The user can also specify a period of an arbitrary number of
cycles of an arbitrary frequency using these two arguments.
An additional freq argument has been added to allow frequencies to be
specified directly in Hertz. This supports floating point values when
available.
Using direct register control as specified by ESP-IDF in
components/esp32/test/test_tsens.c. Temperature doesn't represent any
particular unit, isn't calibrated and will vary from device to device.
Prior to this patch there was a large latency for executing scheduled
callbacks when when Python code is sleeping: at the heart of the
implementation of sleep_ms() is a call to vTaskDelay(1), which always
sleeps for one 100Hz tick, before performing another call to
MICROPY_EVENT_POLL_HOOK.
This patch fixes this issue by using FreeRTOS Task Notifications to signal
the main thread that a new callback is pending.
Currently <WLAN>.isconnected() always returns True if a static IP is set,
regardless of the state of the connection.
This patch introduces a new flag 'wifi_sta_connected' which is set in
event_handler() when GOT_IP event is received and reset when DISCONNECTED
event is received (unless re-connect is successful). isconnected() now
simply returns the status of this flag (for STA_IF).
The pre-existing flag misleadingly named 'wifi_sta_connected" is also
renamed to 'wifi_sta_connect_requested'.
Fixes issue #3837
They are now efficient (in runtime performance) and provide a useful
feature that's hard to obtain without them enabled.
See issue #3644 and PR #3826 for background.
This patch adds support for building the firmware with external SPI RAM
enabled. It is disabled by default because it adds overhead (due to
silicon workarounds) and reduces performance (because it's slower to have
bytecode and objects stored in external RAM).
To enable it, either use "make CONFIG_SPIRAM_SUPPORT=1", or add this line
to you custom makefile/GNUmakefile (before "include Makefile"):
CONFIG_SPIRAM_SUPPORT = 1
When this option is enabled the MicroPython heap is automatically allocated
in external SPI RAM.
Thanks to Angus Gratton for help with the compiler and linker settings.
- Updated supported git hash to current IDF version.
- Added missing targets and includes to Makefile.
- Updated error codes for networking module.
- Added required constant to sdkconfig configuration.
If a socket is cleanly shut down by the peer then reads on this socket
should continue to return zero bytes. The lwIP socket API does not have
this behaviour (it only returns zero once, then blocks on subsequent calls)
so this patch adds explicit checks and logic for peer closed sockets.
Add --init to the submodule update example, thus, all submodules get
initialised including the nested (--recursive) ones. Without it there
might not be a submodule init.
The esp8266 uses modlwip.c for its usocket implementation, which allows to
easily support callbacks on socket events (like when a socket becomes ready
for reading). This is not as easy to do for the esp32 which uses the
ESP-IDF-provided lwIP POSIX socket API. Socket events are needed to get
WebREPL working, and this patch provides a way for such events to work by
explicitly polling registered sockets for readability, and then calling the
associated callback if the socket is readable.
This event queue has UART events posted to it and they need to be drained
for it to operate without error. The queue is not used by the uPy UART
class so it should be removed to prevent the IDF emitting errors.
Fixes#3704.
This patch moves the implementation of stream closure from a dedicated
method to the ioctl of the stream protocol, for each type that implements
closing. The benefits of this are:
1. Rounds out the stream ioctl function, which already includes flush,
seek and poll (among other things).
2. Makes calling mp_stream_close() on an object slightly more efficient
because it now no longer needs to lookup the close method and call it,
rather it just delegates straight to the ioctl function (if it exists).
3. Reduces code size and allows future types that implement the stream
protocol to be smaller because they don't need a dedicated close method.
Code size reduction is around 200 bytes smaller for x86 archs and around
30 bytes smaller for the bare-metal archs.
This patch takes the software SPI implementation from extmod/machine_spi.c
and moves it to a dedicated file in drivers/bus/softspi.c. This allows the
SPI driver to be used independently of the uPy runtime, making it a more
general component.
Currently only the first 2 args are used, but this patch should at least
make getaddrinfo() signature-compatible with CPython and other bare-metal
ports that use the lwip bindings.
Code lineage:
osdebug() is based loosely on the version in esp8266, but there didn't
seem to be an obvious way of choosing a particular UART. The basic
behavior is the same, though: provide None, and logging is disabled;
provide an integer and logging is restored to the default level.
To build on that, and because the IDF provides more functionality, a
second parameter has now been implemented which allows the active log
level to be set:
esp.osdebug(uart[, level])
The module has a corresponding set of LOG_ values to set this accordingly.
When configuring a static set of values with ifconfig() the DNS was not
being set. This patch fixes that, and additionally uses the tcpip_adapter
API to ensure it is thread safe.
Further discussion is here:
https://github.com/micropython/micropython-esp32/issues/210/
This commit is a combination of 216 commits from the initial stages of
development of this port, up to and including the point where the code was
moved to the ports/esp32 directory. These commits were mostly concerned
with setting up the build system and getting a reliable port working with
basic features. The following is a digest of the original commits in their
original order (most recent listed first), grouped where possible per
author. The list is here to give credit for the work and provide some
level of traceability and accountability. For the full history of
development please consult the original repository.
All code is MIT licensed and the relevant copyright holders are listed in
the comment-header of each file.
Damien George <damien.p.george@gmail.com>
esp32: Update to latest ESP IDF.
esp32: Update module symlinks now that code lives under the ports dir.
esp32: Update to compile with new ports/esp32 directory structure.
esp32: Move it to the ports/ directory.
esp32/machine_uart: Don't save baudrate but compute it instead.
esp32/modsocket: Add socket.readinto() method.
esp32/modesp: Add esp.gpio_matrix_in and esp.gpio_matrix_out functions.
esp32/machine_uart: Wait for all data to be tx'd before changing config.
NyxCode <moritz.bischof1@gmail.com>
esp32: Add note to README.md about updating the submodules of ESP IDF.
Anthony Briggs <anthony.briggs@gmail.com>
esp32: Update README.md installation and flashing instructions.
Javier Candeira <javier@candeira.com>
esp32: Raise error when setting input-only pin to output.
With help from Adrian Smith (fon@thefon.net)
Javier Candeira <javier@candeira.com>
esp32: Replace exception raising with corresponding mp_raise_XXX funcs.
Tisham Dhar <whatnickd@gmail.com>
esp32: Add some specific notes about building on Windows using WSL.
Ben Gamari <ben@smart-cactus.org>
esp32: Provide machine.Signal class.
Damien George <damien.p.george@gmail.com>
esp32/modnetwork: Implement AP version of network.isconnected().
Eric Poulsen <eric@zyxod.com>
esp32/README.md: Add note about btree submodule initialization.
Damien George <damien.p.george@gmail.com>
esp32: Make firmware.bin start at 0x1000 to allow flash size autodetect.
esp32: Changes to follow latest version of upstream uPy.
esp32/Makefile: Separate ESP-specific inc dirs to avoid header clashes.
esp32: Enable "btree" database module.
esp32: Update to latest ESP IDF.
Roosted7 <thomasroos@live.nl>
esp32: Update to latest ESP-IDF.
Alex King <alex_w_king@yahoo.com>
esp32/machine_timer: Add support for esp32 hardware timer.
Code lineage:
Timer() is based loosely on the version in esp8266, although the
implementation is differs significantly because of the change in
the underlying platform.
Damien George <damien.p.george@gmail.com>
esp32/machine_uart: Increase UART TX buffer size to 64.
esp32/modules: Update dht symlink.
esp32/mpconfigport.h: Enable utimeq module, needed for uasyncio.
esp32: Changes to follow latest version of upstream uPy.
esp32: Update to latest ESP-IDF.
esp32/machine_uart: Add uart.any() method.
esp32/machine_uart: Uninstall the UART driver before installing it.
Thomas Roos <mail@thomasroos.nl>
esp32: Update to latest ESP-IDF.
Eric Poulsen <eric@zyxod.com>
esp32/modsocket: Make read/write return None when in non-blocking mode.
esp32/modsocket.c: Fix send/sendto/write for non-blocking sockets.
Odd Stråbø <oddstr13@openshell.no>
esp32: Initial working implementation of machine.UART.
Code lineage (as seen by previous commits): I copied the ESP8266 code,
renamed pyb -> machine, and used esp-idf as a reference while implementing
minimal functionality. I provide all of my changes under the MIT license.
Odd Stråbø <oddstr13@openshell.no>
esp32/machine_uart: Rename pyb to machine.
esp32: Copy machine_uart.c from esp8266 port.
Damien George <damien.p.george@gmail.com>
esp32/moduos: Add uos.ilistdir() function.
esp32: Mount filesystem at the root of the VFS, following esp8266.
Andy Valencia <vandyswa@gmail.com>
esp32: Add hardware SHA1/SHA256 support via mbedtls API.
Code lineage: a copy of extmod/moduhashlib with the API invocation details
edited. Total derivative work.
Andy Valencia <vandyswa@gmail.com>
esp32: Add PWM support via machine.PWM class.
Code lineage:
I started by copying the esp8266 machine_pwm.c. I used information from the
ESP32 Technical Reference Manual, the esp-idf documentation, and the SDK's
sample ledc example code (but I did not copy that code, just studied it to
understand the SDK's API for PWM). So aside from the code copied from the
esp8266 PWM support, everything else you see is just new code I wrote.
I wasn't an employee of anybody when I wrote it, and I wrote it with the
understanding and intention that it's simply a derivative work of the
existing micropython code. I freely and willingly contribute it to the
project and intend that it not change the legal status of the micropython
code base in any way, even if it is included in that base in whole or part.
Damien George <damien.p.george@gmail.com>
esp32/modules: Add symlinks for upysh and upip.
Eric Poulsen <eric@zyxod.com>
esp32/modmachine: Add unique_id() function to machine module.
Damien George <damien.p.george@gmail.com>
esp32: Change dac_out_voltage to dac_output_voltage for new IDF API.
esp32: Update esp32.custom_common.ld to align with changes in ESP IDF.
Eric Poulsen <eric@zyxod.com>
esp32: Update to latest ESP IDF.
Damien George <damien.p.george@gmail.com>
esp32/modsocket: When resolving IP addr handle the case of host=''.
esp32: Update to latest ESP IDF.
Eric Poulsen <eric@zyxod.com>
esp32/Makefile: Change default FLASH_MODE to dio for WROOM-32 module.
esp32: Move FAT FS to start at 0x200000 and increase size to 2MiB.
Damien George <damien.p.george@gmail.com>
esp32: Remove enable_irq/disable_irq and use ATOMIC_SECTION instead.
esp32/mpconfigport.h: Provide ATOMIC_SECTION macros.
esp32/main: Restart the MCU if there is a failed NLR jump.
Daniel Campora <daniel@pycom.io>
esp32: Enable threading; be sure to exit GIL when a thread will block.
esp32: Trace the registers when doing a gc collect. Also make it thread ready.
esp32: Add threading implementation, disabled for the time being.
Damien George <damien.p.george@gmail.com>
esp32: Update to latest ESP IDF.
esp32/uart: Use high-level function to install UART0 RX ISR handler.
esp32/Makefile: Make FreeRTOS private include dir really private.
Eric Poulsen <eric@zyxod.com>
esp32: Add support for hardware SPI peripheral (block 1 and 2).
Sergio Conde Gómez <skgsergio@gmail.com>
esp32/modules/inisetup.py: Mount filesystem at /flash like ESP8266
Damien George <damien.p.george@gmail.com>
esp32: Convert to use core-provided KeyboardInterrupt exception.
esp32: Pump the event loop while waiting for rx-chr or delay_ms.
esp32: Implement Pin.irq() using "soft" scheduled interrupts.
esp32: Update to latest ESP IDF version.
Eric Poulsen <eric@zyxod.com>
esp32/README: Add troubleshooting section to the end.
tyggerjai <tyggerjai@gmail.com>
esp32: Add support for WS2812 and APA106 RGB LEDs.
Damien George <damien.p.george@gmail.com>
esp32: Add makeimg.py script to build full firmware; use it in Makefile.
esp32/modsocket: Make socket.read return when socket closes.
esp32/modsocket: Initialise the timeout on an accepted socket.
esp32/mphalport: Provide proper implementations of disable_/enable_irq.
esp32/modmachine: Add disable_irq/enable_irq functions.
Nick Moore <nick@zoic.org>
esp32/modsocket.c: add comment explaining timeout behaviour
esp32/modsocket.c: clean up send methods for retries too
esp32/modsocket.c: sockets always nonblocking, accept timeout in modsocket
esp32: Update to latest ESP IDF version.
esp32/modsocket.c: remove MSG_PEEK workaround on select ioctl.
esp32/modsocket.c: Initialize tcp when modsocket loads.
Damien George <damien.p.george@gmail.com>
esp32/main: Bump heap size from 64k to 96k.
esp32/modutime: Add time.time() function.
esp32/modsocket: Convert lwip errnos to uPy ones.
esp32/modules: Provide symlink to ds18x20 module.
esp32: Add support for onewire protocol via OneWire module.
esp32: Add support for DHT11 and DHT22 sensors.
esp32/mphalport: Improve delay and ticks functions.
esp32: Update to latest ESP IDF.
esp32/modules: Provide symlink to urequests from micropython-lib.
esp32: Populate sys.path.
Nick Moore <nick@zoic.org>
esp32/machine_dac.c: implement DAC pins as well
esp32/machine_adc.c: also machine.ADC
esp32/machine_touchpad.c: add support for touchpad
Damien George <damien.p.george@gmail.com>
esp32/README: Add hint about using GNUmakefile on case-insensitive FS.
esp32/mpconfigport.h: Enable maximum speed software SPI.
esp32: Provide improved version of mp_hal_delay_us_fast.
esp32/mpconfigport.h: Enable MICROPY_PY_BUILTINS_POW3 option.
esp32: Update to latest ESP IDF.
esp32: Convert to use new oofatfs library and generic VFS sub-system.
esp32: Enable help('modules') to list builtin modules.
esp32: Convert to use new builtin help function.
Aaron Kelly <AaronKelly@email.com>
esp32/README: Add comment about ESP-IDF version
Damien George <damien.p.george@gmail.com>
esp32: Consistently use size_t instead of mp_uint_t.
esp32: Change "Micro Python" to "MicroPython" in license comments.
esp32/Makefile: Use -C argument to git instead of cd'ing.
esp32/help: Add section to help about using the network module.
esp32/README: Add section about configuring and using an ESP32 board.
esp32/README: Remove paragraph about buggy toolchain, it's now fixed.
esp32/modnetwork: Change network init logging from info to debug.
esp32/modnetwork: Don't start AP automatically when init'ing wifi.
esp32/modsocket: Implement socket.setsockopt, to support SO_REUSEADDR.
esp32: Update to latest ESP IDF.
esp32/sdkconfig.h: Remove unused CONFIG_ESPTOOLPY_xxx config settings.
esp32/modsocket: Add support for DGRAM and RAW, and sendto/recvfrom.
esp32/modsocket: Fix return value of "port" in socket.accept.
esp32/modsocket: Make socket.recv take exactly 2 args.
esp32: Enable ussl module, using mbedtls component from ESP IDF.
esp32/modsocket: Rename "socket" module to "usocket".
esp32/sdkconfig: Increase max number of open sockets from 4 to 8.
esp32/modsocket: Add error checking for creating and closing sockets.
esp32/modsocket: Use _r (re-entrant) versions of LWIP socket API funcs.
esp32/modsocket: Raise an exception if socket.connect did not succeed.
esp32/modsocket: Make socket.accept return a tuple: (client, addr).
esp32/modsocket: Use m_new_obj_with_finaliser instead of calloc.
esp32/Makefile: Add check for IDF version, and warn if not supported.
esp32/esp32.custom_common.ld: Update to follow changes in IDF.
esp32: Update to latest ESP IDF.
nubcore <x@nubcore.com>
esp32: add #define CONFIG_ESP32_WIFI_RX_BUFFER_NUM 25
Nick Moore <nick@zoic.org>
esp32/modsocket.c: add in sendall and makefile methods #10
esp32/modsocket.c: fixups for #10
esp32/modsocket.c: fix copyright, socket_recv gets param and exception
esp32/modnetwork.c: fix copyright, network.active param to bool
Damien George <damien.p.george@gmail.com>
esp32/modnetwork: Implement wlan.isconnected() method.
esp32/modnetwork: Add initial implementation of wlan.config().
esp32/modnetwork: Simplify event_handler messages.
Nick Moore <nick@zoic.org>
esp32/modsocket.c: support for ioctl, settimeout, setblocking, getaddrinfo
Damien George <damien.p.george@gmail.com>
esp32/README: Add comment about FLASH_MODE being dio.
esp32: Update to latest ESP IDF.
esp32/modnetwork: Remove unnecessary indirection variable for scan list.
esp32/modnetwork: Check that STA is active before trying to scan.
esp32/mphalport: Replace portTICK_RATE_MS with portTICK_PERIOD_MS.
esp32/README: Add comment about using $(HOME) in makefile.
esp32/modnetwork: Use memset instead of bzero, the latter is deprecated.
esp32/modnetwork: Improve error handling when STA is connecting to AP.
esp32/Makefile: Use tab instead of spaces, and use shorter variable.
Nick Moore <nick@zoic.org>
esp32/modsocket.c: AF_*, SOCK_* and IPPROTO_* constants
esp32/modsocket.c: socket.settimeout implementation
Damien George <damien.p.george@gmail.com>
esp32/Makefile: Update to latest ESP IDF.
Nick Moore <nick@zoic.org>
esp32/modsocket.c: use mp streams for sockets
esp32: network.WLAN.ifconfig based on esp8266 version
esp32: Fix up exception handling
esp32: sketchy modsocket ... revisit this once modnetwork is sorted
esp32: First cut at modnetwork, manually rebased from prev. version
Damien George <damien.p.george@gmail.com>
esp32/help: Update help text.
esp32: Add info about Microbric Pty Ltd being the sponsor of this port.
esp32: Add README.md file.
esp32/mpconfigport.h: Add weak links to many of the builtin modules.
esp32: Enable soft implementation of machine.SPI class.
esp32/Makefile: Simplify APP_LD_ARGS by using OBJ variable.
esp32/Makefile: Reorganise Makefile and add some comments.
esp32/Makefile: Clean up CFLAGS for ESP IDF components.
esp32/Makefile: Tidy up names of ESP IDF components, to match dir name.
esp32/Makefile: Define and use ESPCOMP variable.
esp32: Update to latest ESP IDF.
esp32/main: Enable filesystem support.
esp32: Use custom ld script to ensure correct code get placed in iram.
esp32: Update to latest ESP IDF.
esp32/main: Pin the uPy task to core 0.
esp32: Update to use latest ESP IDF.
esp32: Disable boot-up scripts, spi_flash_erase_sector no longer works.
esp32: Add scripts to init and mount filesystem.
esp32: Enable frozen bytecode, with scripts stored in "modules/" dir.
esp32/modesp: Increase flash_user_start position to 1Mbyte.
esp32/Makefile: Add "erase" target for convenient erasure.
esp32/sdkconfig: Reorder config settings to put common things together.
esp32/sdkconfig: Change to use single core only.
esp32: Add esp module.
esp32/uart.c: Make sure uart ISR handler is all in iram.
esp32/main.c: Use ESP_TASK_PRIO_MIN + 1 for mp_task's priority.
esp32/Makefile: Use only bare-minimum flags when compiling .S files.
esp32/Makefile: Rename "firmware" to "application".
esp32: Update ESP IDF version.
esp32/Makefile: Add declarations to build bootloader and partitions.
esp32/Makefile: When deploying, write the application last.
esp32/Makefile: Use $(INC) variable instead of listing include dirs.
esp32/Makefile: Use locally built versions of freertos and newlib libs.
esp32: Add low-level uart handler with ISR and ringbuf for stdin.
esp32: Add machine.idle() function.
esp32: Add machine.I2C class.
esp32: Enable machine.time_pulse_us.
esp32: Add initial implementation of machine.Pin class.
esp32: Prepare main.c for using xTaskCreateStatic.
esp32: Clean up mphalport.h.
esp32: Add initial uos module.
esp32: Clean up mpconfigport.h, enable more features.
esp32: Use new reset function.
esp32: Update to latest ESP IDF.
esp32: Add idf-version target to Makefile, to track IDF commit.
esp32: Initial port to ESP32.
