2.8 KiB
2.8 KiB
HTTP Example
This is nRF24L01 and HTTP gateway application.
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|HTTP Client|--(HTTP)-->| ESP32 |--(SPI)--->| nRF24L01 |==(Radio)==>
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==(Radio)==>| nRF24L01 |--(SPI)--->| ESP32 |--(HTTP)-->|HTTP Server|
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Configuration
WiFi Setting
Radioi Setting
HTTP to Radio
Subscribe with HTTP and send to Radio.
ESP32 acts as HTTP Server.
You can use curl as HTTP Client.
sh ./http-client.sh
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|HTTP Client|--(HTTP)-->| ESP32 |--(SPI)--->| nRF24L01 |==(Radio)==>
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Radio to HTTP
Receive from Radio and publish as HTTP.
ESP32 acts as HTTP Client.
You can use nc(netcat) as HTTP Server.
sh ./http-server.sh
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==(Radio)==>| nRF24L01 |--(SPI)--->| ESP32 |--(HTTP)-->|HTTP Server|
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Specifying an HTTP Server
You can specify your HTTP Server in one of the following ways:
- IP address
192.168.10.20 - mDNS host name
http-server.local - Fully Qualified Domain Name
http-server.public.io
Communicate with Arduino Environment
Run this sketch.
ArduinoCode\Peer-to-peer\StringTest