[Renzo Mischianti]

Only in the transparent transmission is the same.
In fixed transmission, you can use the values you want but they must also be set in the receiver and transmitter.
Bye Renzo

• This reply was modified 10 months ago by Renzo Mischianti.

[Renzo Mischianti]

Hi Traff,
you must disable the
USB CDC On Boot
parameter on the IDE.
Comment also the SoftwareSerial option on the library.
Bye Renzo

[Renzo Mischianti]

I don’t support USB memory stick, I must check in witch way I can add It.
For now I release the support for Arduino GIGA network.
I’m going to check the USB integration.
Bye Renzo

[Renzo Mischianti]

Remember also to add the google certificate

My guide here

Send emails with attachments: Arduino SAMD boards (WiFiNINA) – 3

I also have a generic guide from Arduino.

Upload SSL root certificates

Learn how to upload (flash) SSL root certificates to your board using Arduino IDE or the Arduino Firmware Uploader CLI utility.

In this article:

• Supported boards
• Uploading certificates in Arduino IDE
• Uploading certificates using Arduino Firmware Uploader

---

 

Supported boards

The Firmware Updater tool in Arduino IDE supports^[1] these boards and modules:

Board	Module
Arduino UNO R4 WiFi	ESP32-S3
Arduino Portenta C33	ESP32-C3
Arduino MKR WiFi 1010	NINA
Arduino NANO 33 IoT	NINA
Arduino Uno WiFi Rev2	NINA
Arduino Nano RP2040	NINA

---

 

Upload SSL root certificates in Arduino IDE

Follow these steps to upload SSL root certificates in Arduino IDE 2:

1. Connect the board to your computer and open Arduino IDE 2.
2. If the Serial Monitor is open, close it.
3. In the top menu bar, open Tools > Upload Root Certificates^[2].

   

4. Configure the options:
   • To add more certificates, click the Add New button, enter a URL, and press the Enter key.
   • Check one or more certificates that you want to upload.
   • Select the destination board in the board selection menu.
5. Click the Upload button.

   

6. Wait until the text “Certificates uploaded” is displayed, then close the Firmware Updater by clicking the “x” in the top-right corner.

   

---

 

Upload SSL root certificates with the Arduino Firmware Uploader

If you prefer, you can directly use the Arduino Firmware Uploader (arduino-fwuploader) from the command line.

See the usage guide for certificates and check the command reference for certificates and certificates flash.

---

1. MKR 1000 WiFi and MKR Vidor 4000 are not supported in Arduino IDE 2.2.0 / Arduino Firmware Uploader 2.4 or later. To update these boards, use Arduino IDE 2.2.1 or Arduino Firmware Uploader 2.3.0. For more information, see the Arduino Firmware Uploader user documentation. ↩︎
2. In Arduino IDE 1.8.9, this option is combined with the Firmware Updater and called Wifi101/WifiNINA Firmware updater. ↩︎

[Renzo Mischianti]

Try the version in this branch of the repository.
Please give me the output you get.
Thanks, Renzo

[Renzo Mischianti]

I also pin this discussion, and if I find some time, I retrieve all devices and do some tests.
Give me feedback on your test.
Thanks, Renzo

[Renzo Mischianti]

Hi g,
The idea is very interesting; It can be useful.
no, M0 and M1 do not need pull-up, but have you resolved the Unicode problem?
Bye Renzo

[Renzo Mischianti]

Hi,
the modules aren’t correctly connected, print also the response description.
Bye Renzo

[Renzo Mischianti]

Hi,
Could not connect to mail server seems you can’t reach the server.
Pay attention and follow the GMail configuration guide.
But I think G1 does not use the standard WiFiNINA library or can’t be identified like a SAMD device, so I think It can’t work without a specified setting.

Bye Renzo

[Renzo Mischianti]

Hi Lev,
the project is subdivided into 2 parts, the first is the link in your post, and the second is the web interface that is in another repo.

The “heartbeat functionality” can be managed with a broadcast message with the address set in the E32 fitted in the gateway. In the message return, you must check if it’s an acknowledgment and add the information passed in a WebSocket message.

The second is less simple, because the WebInterface is a React, Typescript, Redux framework, so you must know at least React, here an example of Message receiver box.

The only consideration is that in the project, we use a push server hosted in the ESP32 that implements WebSocket. To create a fully working gateway, the best practice says that you must use an external MQTT server, like the LoRaWAN implementation (It’s a simple standardization of a gateway to ask for money from the people).

So my advice is to implement all the needed functions in the “server” part; if it’s interesting and usable, I think some people will follow you to help on WebInterface.

Bye Renzo

[Renzo Mischianti]

It’s interesting if you want, I can change your role as an Author, and I’d be happy if you want to write an article about that on the site.
Keep in touch, Renzo

[Renzo Mischianti]

Ahh! perfect.
Would you like to share your project? It’s very interesting.
Bye Renzo

[Renzo Mischianti]

Hi Mariano,
Thanks a lot for your feedback.

It’s strange my version works with SdFat as the key to manage the connection, not SdFs, but I think It can be the style of programming that determines the problem; the interaction method must be the same as the library.
Thanks again Renzo

[Renzo Mischianti]

Hi g0730n,
you must create a repeater specified for your kind of network.

If you create a transparent transmission network, you must use a transparent transmission and set the devices on the same ADDH ADDL and CHAN, but every time you repeat a message also, the sender receives It.

Ebyte LoRa E32 device for Arduino, esp32 or esp8266: fixed transmission – 4

For the fixed transmission you must create/manage a protocol or similar.
For example, you want to repeat a message that all devices must read: you must send the message to the repeater, and the repeater sends a broadcast message.

If you want to send a message to a specified device, you must send the message to the repeater (or broadcast), and the repeater reads some information inside and sends a specified message.

There isn’t a specified solution.

For example, E22 has the repeater function, but It’s quite complex; here is a schema.

[caption id="attachment_21940" align="alignnone" width="300"] EByte LoRa E22 repeater mode schema[/caption]

I’d also like to ask you if you have some problems with the interoperation of MicroPyton and Arduino env because @Woto opened a topic on this forum with some encoding communication problem that I can’t replicate, can you give some advise to he please.

E220 Receive-Intervall and MycroPython and Arduino Env communication

Thanks, Renzo

• This reply was modified 10 months, 1 week ago by Renzo Mischianti.

[Renzo Mischianti]

Yes the close of the structure.

[Author]

Posts