* uclibc compatibility
Adds compatibility with uclibc, the officially supported toolchain of the luckfox pico
* Explicitly link stdc++fs for std::filesystem
Bringing this over from buildroot-meshtastic
* T1000-E Peripherals
- enable intelligent charge controller signals
- enable Accelerometer
- enable internal I2C bus
- provide Power to Accelerometer
* POC Accelerometer Code (wakeScreen is moot for that device, just test if the driver works)
* fix building without the sensor
* preliminary Othernet Dreamcatcher 2206 Support
Need to adapt to 2301 final version
* second target for latest revision
* preliminary Othernet Dreamcatcher 2206 Support
Need to adapt to 2301 final version
* second target for latest revision
* preliminary Othernet Dreamcatcher 2206 Support
Need to adapt to 2301 final version
* second target for latest revision
* address comments
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Co-authored-by: Ben Meadors <benmmeadors@gmail.com>
Co-authored-by: Tom Fifield <tom@tomfifield.net>
* Adding pico-extra utils
* RP2040 can now go to deepsleep
* First RP2040 DeepSleep code - TODO : do better and restore
* FIX RAK11310 compilation (revert SDK + missing defines)
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Co-authored-by: Ben Meadors <benmmeadors@gmail.com>
In 2020, geeksville had a NRF52840-dk development board with a
busted oscilliator. Let's retire it from service :)
Co-authored-by: Ben Meadors <benmmeadors@gmail.com>
The lora-relay boards were important pathfinders for nrf52
support some years back. They are no longer commonly produced and
there are now many nrf52 options on the market. Retire these
boards and associated variant.
* Enabling Ve pin on T114
Problem:
The Ve pin was not enabled in the firmware, and it was supposed to control the power to the GPS via the GPS_EN pin. As a result, users were forced to rely on the 3.3V pin to power their additional peripherals, which caused a constant power draw from the battery, even when the node was in deep sleep mode.
Solution:
To resolve this, Todd_Hervert and I decided to remove the GPS power toggle after testing revealed that the GPS only consumes 1mA in soft sleep mode. This minimal power consumption allowed us to enable the Ve pin without causing significant battery drain. Additionally, we added a delay to the I2C initialization process, as the Ve pin requires a few milliseconds to stabilize, which could prevent some peripherals from booting up in time.
Result:
The GPS operates as usual, drawing only 1mA of power.
The keyboard and other peripherals attached to the Ve pin now power off correctly when the node is shut down.
The I2C check initiates without issues after the delay, allowing all peripherals to function smoothly.
* trunk format
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Co-authored-by: Tom Fifield <tom@tomfifield.net>
* Potential fix for bad Rx performance on T1000-E
* validate and refactor RF switching, eliminate godmode
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Co-authored-by: Thomas Göttgens <tgoettgens@gmail.com>
