Damien Frost
Example program to create IoT devices for a local network, which connect to a local server.
Dependencies: WebSocketClient WiflyInterface mbed messages
This code is used in the second part of my Internet of Things (IoT) blog post available here. The code is fairly simple, but its real value is in its reliability. I have worked hard to try to make the wireless connection as reliable, and as fast, as possible. There are a few lines of code that must be modified before it will work correctly, and those are described in the following Wiki pages.
It is designed to work with a Python WebSocket Server running on a PC, the source code of which is available here.
Once operating with the server, each microcontroller, or IoT device, will broadcast a counter and its internal temperature to your WebSocket Server.
Diff: source/ADC.cpp
- Revision:
- 5:0c7d131e6089
- Parent:
- 3:f20e114eb2ee
- Child:
- 6:424e225d2a91
--- a/source/ADC.cpp Tue Oct 04 16:52:21 2016 +0000
+++ b/source/ADC.cpp Thu Oct 06 07:58:31 2016 +0000
@@ -43,11 +43,11 @@
INFO("ADC configuration complete!");
- DBG("ADC Registers:\n\r");
- DBG("The SR Register reads: %d\n\r", ADC1->SR);
- DBG("The CR1 Register reads: %d\n\r", ADC1->CR1);
- DBG("The CR2 Register reads: %d\n\r", ADC1->CR2);
- DBG("The JSQR Register reads: %d\n\r", ADC1->JSQR);
+ DBG("ADC Registers:");
+ DBG("The SR Register reads: %d", ADC1->SR);
+ DBG("The CR1 Register reads: %d", ADC1->CR1);
+ DBG("The CR2 Register reads: %d", ADC1->CR2);
+ DBG("The JSQR Register reads: %d", ADC1->JSQR);
return;
}
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