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			34 lines
		
	
	
		
			1.5 KiB
		
	
	
	
		
			Markdown
		
	
	
	
	
	
			
		
		
	
	
			34 lines
		
	
	
		
			1.5 KiB
		
	
	
	
		
			Markdown
		
	
	
	
	
	
| 1. Run `./gencrt.sh` or if you have your own certifications, move them to the main directory, the name is ca.pem, server.pem, server.key, client.pem and client.key.
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| 
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|     The server.pem and client.pem was generated by the same ca.pem in gencrt.sh.
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| 
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|     Server side needs ca.pem(to verify client.pem), server.pem, server.key
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| 
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|     Client side needs ca.pem(to verify server.pem), client.pem, client.key
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| 
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|     If you have two ca.pem to generate server.pem and client.pem respectively, client1.pem is generate by ca1.pem and client1.key, server2.pem is generate by ca2.pem and server2.key:
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| 
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|     Client side needs ca2.pem, client1.pem, client1.key.
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| 
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|     Server side needs ca1.pem, server2.pem, server2.key.
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| 
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|     Rename ca2.pem client1.pem client1.key to ca.pem client.pem client.key.
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| 
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|     Use ca1.pem in openssl s_server -CAfile option.
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| 
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| 2. Run `openssl s_server -CAfile ca.pem -cert server.pem -key server.key -verify 1 -tls1_2 -accept 443` in ./main directory to start server on your PC and wait for ESP8266 client to connect it.
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| 
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| 3. Compile and download
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|     - run `make menuconfig`
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|         - Modify SSID and PASSWORD under menu "Example Configuration".
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|         Make sure that the computer and ESP8266 are in the same local area network.
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|         - Modify TARGET_NAME and TARGET_PORT under menu "Example Configuration".
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|     - run `make flash monitor`
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| 
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| **ATTENTION**
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| 
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| **1. Make sure the free heap size larger than 30K.**
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| 
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| **2. Make sure the private key length larger than 2048.**
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| 
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| **3. Make sure the fragment size range is between 2048 and 16384.** | 
