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ENG-CANSAT-PICO-MISSION1-RECEIVE (voir la source)
Version du 6 mars 2022 à 22:05
, 6 mars 2022 à 22:05→About testing
{{ambox|text=It also possible to start the script from REPL with the instruction {{fname|import basestation}} }}
{{ambox|text=It also possible to start the script from REPL with the instruction {{fname|import basestation}} }}
The data can be view onto the REPL/Shell session by using Thonny, Putty, MPRemote.
The data can be view onto the REPL/Shell session by using Thonny, Putty, MPRemote, cat (under Linux).
You should see the following messages appearing in the REPL.
You should see the following messages appearing in the REPL.
[[Fichier:ENG-CANSAT-PICO-MISSION1-RECEIVER-20.png]]
[[Fichier:ENG-CANSAT-PICO-MISSION1-RECEIVER-20.png]]
{{ambox-stop|text=The tmp36 values are not consistant because the sensor wasn't attached to the board!}}
{{ambox-stop|text=The tmp36 values are not consistent because the sensor wasn't attached to the board!}}
Where we could see the received messages with additional information.
Where we could see the received messages with additional information.
* The temperature (from tmp36, analog)
* The temperature (from tmp36, analog)
* The temperature2 (from bmp280)
* The temperature2 (from bmp280)
== Extra ==
=== View received data ===
If by any changes you do have a '''Linux''' computer, a '''Raspberry-Pi''' or an '''Apple''' computer then you can easily capture the serial data with the {{fname|cat}} command line utility.
Before using {{fname|cat}}, we do need to identifies the computer device attached to the USB-Serial connection.
The {{fname|dmesg}} command line tools inspecting kernel message car greatly helps to identify the device name.
[[Fichier:ENG-CANSAT-PICO-MISSION1-RECEIVE-20.png]]
=== Catching the data ===
{{ENG-CANSAT-PICO-TRAILER}}
{{ENG-CANSAT-PICO-TRAILER}}