文件列表:

App.config (1293, 2021-04-30)
LICENSE (1071, 2021-04-30)
Program.cs (3611, 2021-04-30)
Properties/ (0, 2021-04-30)
Properties/AssemblyInfo.cs (1407, 2021-04-30)
SimulateX509Device.csproj (15324, 2021-04-30)
SimulateX509Device.sln (1116, 2021-04-30)
packages.config (6233, 2021-04-30)

# SimulateX509Device Code sample to simulate a device connected to IoT Hub using an x.509 certificate. # Setup - In IoT Hub: - Under **Certificates**, upload your signing certificate (e.g. Intermediate cert) and verify it. - Under **IoT Device**, create a new IoT device. Select **X.509 CA Signed** and make note of the **Device ID** you create. - Using OpenSSL, generate a certificate for your IoT device as follows. In this example, the **Device ID** is ```device123```. ``` // Generate key pair for device; output is a pem file (pkcs8 format) openssl genrsa -out device123.key 2048 // Generate CSR. Fill in the questions and ensure CN = device123 openssl req -new -key device123.key -out device123.csr // Generate device cert signed using intermediate CA cert and key openssl x509 -req -days 1730 -in device123.csr -CA ia.cer -CAkey ia.key -set_serial 01 -out device123.cer // The IoT Device SDK needs both the Signed Certificate as well as the private key information. // It expects to load a single PFX-formatted Bundle containing all necessarily information. // We can combine the Key and Certificate to a PFX archive as follows: openssl pkcs12 -export -out device123.pfx -inkey device123.key -in device123.cer ``` - Open ```Program.cs``` and update ```deviceId``` ```pfxPath``` and ```iotHubFqdn``` - Build and run the sample.

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