The Microchip LoRaWAN Stack (MLS) includes features like RTC, sleep, delay drivers, and power management. Several of these features are configurable.
Steps to reproduce
Compile a sample using -DCONF_PMM_ENABLE
Erase, program and reset the chip
Observe serial output at driver init
Expected result
The program flow behaves as expected with output indicating RF activity.
Actual result
There is no RF or serial output, and program flow loops about an RTC block.
Workaround
Compile all MLS code without specifying -DCONF_PMM_ENABLE.
Severity level
This is low priority because the project does not serve specialised applications.
# RTC in MLS fails when PMM is enabled
## Problem environment
The Microchip LoRaWAN Stack (MLS) includes features like RTC, sleep, delay drivers, and power management. Several of these features are configurable.
## Steps to reproduce
1. Compile a sample using -DCONF_PMM_ENABLE
1. Erase, program and reset the chip
1. Observe serial output at driver init
## Expected result
The program flow behaves as expected with output indicating RF activity.
## Actual result
There is no RF or serial output, and program flow loops about an RTC block.
## Workaround
Compile all MLS code without specifying -DCONF_PMM_ENABLE.
## Severity level
This is **low priority** because the project does not serve specialised applications.
RTC in MLS fails when PMM is enabled
Problem environment
The Microchip LoRaWAN Stack (MLS) includes features like RTC, sleep, delay drivers, and power management. Several of these features are configurable.
Steps to reproduce
Expected result
The program flow behaves as expected with output indicating RF activity.
Actual result
There is no RF or serial output, and program flow loops about an RTC block.
Workaround
Compile all MLS code without specifying -DCONF_PMM_ENABLE.
Severity level
This is low priority because the project does not serve specialised applications.
This problem seems to be solved after bug #118 was resolved.