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baud rate detection, etc. is tricky; also knowing what device types to look for becomes device specific again
I'm thinking that we have device crates (i.e. utp-tm4c) provide a host counterpart (i.e. utp-tm4c-device-info) that provides:
baud rate
device short name (i.e. tm4c)
URL/repo for binaries for the board (for later)
the pinout (documentation; it'd be neat to show this in the TUI too though...)
host-only functions that, when run, try to find the device of the given type
(we should also eventually make a template utp device repo, etc.)
We can then go have a tui-devices crate that pulls in all of these, etc.
And have the tui support --device <short name> in addition to the --device board=<path>:baud_rate.
The text was updated successfully, but these errors were encountered:
what
^
We want to support: WSL, Windows, macOS, and Linux.
Here's some prior art from a few years ago.
steps
...
where
branch:
feat-...
open questions
baud rate detection, etc. is tricky; also knowing what device types to look for becomes device specific again
I'm thinking that we have device crates (i.e.
utp-tm4c
) provide a host counterpart (i.e.utp-tm4c-device-info
) that provides:tm4c
)(we should also eventually make a template utp device repo, etc.)
We can then go have a
tui-devices
crate that pulls in all of these, etc.And have the tui support
--device <short name>
in addition to the--device board=<path>:baud_rate
.The text was updated successfully, but these errors were encountered: