The HAT standard requires valid EEPROM data, but does not include a compiled device tree structure. Such a structure can help a new user avoid GPIO manipulation steps considered to be advanced.
Steps to reproduce
Refer to the test plan
Review programrom.txt
Search for a device tree
Expected result
A device tree fragment is compiled together with programdat to create a comprehensive EEP file.
Actual result
There is no device tree fragment available.
Workaround
Producing a EEP file and programming it to the EEPROM results in a valid HAT configuration, even without a device tree fragment. The user must manually configure GPIOs in use (for example GPIO26 to programmatically reset the MCU) before writing to or reading from them.
Severity level
This is low priority because project requirements do not include EEPROM identification.
# EEPROM specification lacks a device tree fragment
## Problem environment
The HAT standard requires valid EEPROM data, but does not include a compiled device tree structure. Such a structure can help a new user avoid GPIO manipulation steps considered to be advanced.
## Steps to reproduce
1. Refer to the test plan
1. Review programrom.txt
1. Search for a device tree
## Expected result
A device tree fragment is compiled together with programdat to create a comprehensive EEP file.
## Actual result
There is no device tree fragment available.
## Workaround
Producing a EEP file and programming it to the EEPROM results in a valid HAT configuration, even without a device tree fragment. The user must manually configure GPIOs in use (for example GPIO26 to programmatically reset the MCU) before writing to or reading from them.
## Severity level
This is **low priority** because project requirements do not include EEPROM identification.
Michael Schloh von Bennewitz
ha añadido esto al hito Postproject catchallhace 4 años '
issues.change_milestone_at=`modificó el hito de %!s(MISSING) a %!s(MISSING) %!s(MISSING)
EEPROM specification lacks a device tree fragment
Problem environment
The HAT standard requires valid EEPROM data, but does not include a compiled device tree structure. Such a structure can help a new user avoid GPIO manipulation steps considered to be advanced.
Steps to reproduce
Expected result
A device tree fragment is compiled together with programdat to create a comprehensive EEP file.
Actual result
There is no device tree fragment available.
Workaround
Producing a EEP file and programming it to the EEPROM results in a valid HAT configuration, even without a device tree fragment. The user must manually configure GPIOs in use (for example GPIO26 to programmatically reset the MCU) before writing to or reading from them.
Severity level
This is low priority because project requirements do not include EEPROM identification.
Solved in
0859e50
.