private static async void ProcessDesiredCertificateConfiguration(
DeviceManagementClient client,
string connectionString,
string containerName,
Message.CertificateConfiguration certificateConfiguration)
{
await IoTDMClient.CertificateManagement.DownloadCertificates(client, connectionString, containerName, certificateConfiguration);
var request = new Message.SetCertificateConfigurationRequest(certificateConfiguration);
client._systemConfiguratorProxy.SendCommandAsync(request);
}
// IClientPropertyHandler
public async Task <CommandStatus> OnDesiredPropertyChange(JToken desiredValue)
{
if (!(desiredValue is JObject))
{
throw new Error(ErrorCodes.INVALID_DESIRED_JSON_VALUE, "Invalid json value type for the " + PropertySectionName + " node.");
}
CertificatesDataContract.DesiredProperties desiredProperties = CertificatesDataContract.DesiredProperties.FromJsonObject((JObject)desiredValue);
await IoTDMClient.CertificateManagement.DownloadCertificates(_systemConfiguratorProxy, _connectionString, desiredProperties);
Message.CertificateConfiguration certificateConfiguration = new Message.CertificateConfiguration();
certificateConfiguration.certificateStore_CA_System = DesiredToString(desiredProperties.certificateStore_CA_System);
certificateConfiguration.certificateStore_My_System = DesiredToString(desiredProperties.certificateStore_My_System);
certificateConfiguration.certificateStore_My_User = DesiredToString(desiredProperties.certificateStore_My_User);
certificateConfiguration.certificateStore_Root_System = DesiredToString(desiredProperties.certificateStore_Root_System);
certificateConfiguration.rootCATrustedCertificates_CA = DesiredToString(desiredProperties.rootCATrustedCertificates_CA);
certificateConfiguration.rootCATrustedCertificates_Root = DesiredToString(desiredProperties.rootCATrustedCertificates_Root);
certificateConfiguration.rootCATrustedCertificates_TrustedPeople = DesiredToString(desiredProperties.rootCATrustedCertificates_TrustedPeople);
certificateConfiguration.rootCATrustedCertificates_TrustedPublisher = DesiredToString(desiredProperties.rootCATrustedCertificates_TrustedPublisher);
var request = new Message.SetCertificateConfigurationRequest(certificateConfiguration);
await _systemConfiguratorProxy.SendCommandAsync(request);
JObject reportedProperties = await GetReportedPropertyAsync();
Debug.WriteLine("-- Reporting Certificates -------------------------------------");
Debug.WriteLine(reportedProperties.ToString());
Debug.WriteLine("-- Reporting Certificates Done --------------------------------");
// Because the section contains a list, we need to reset the parent to allow for removals...
await _deviceManagementClient.ReportPropertiesAsync(PropertySectionName, new JValue("refreshing"));
// Report the updated list...
await _deviceManagementClient.ReportPropertiesAsync(PropertySectionName, reportedProperties);
return(CommandStatus.Committed);
}
public void ProcessDeviceManagementProperties(TwinCollection desiredProperties)
{
// ToDo: We should not throw here. All problems need to be logged.
Message.CertificateConfiguration certificateConfiguration = null;
foreach (KeyValuePair <string, object> dp in desiredProperties)
{
if (dp.Key == "microsoft" && dp.Value is JObject)
{
JToken managementNode;
if ((dp.Value as JObject).TryGetValue("management", out managementNode))
{
foreach (var managementProperty in managementNode.Children().OfType <JProperty>())
{
switch (managementProperty.Name)
{
case "initialProvisioning":
if (managementProperty.Value.Type == JTokenType.Object)
{
Debug.WriteLine("initialProvisioning = " + managementProperty.Value.ToString());
var provBlobInfo = JsonConvert.DeserializeObject <IoTDMClient.ProvisionBlobInfo>(managementProperty.Value.ToString());
provBlobInfo.ProvisionPkgsAsync(this);
}
break;
case "scheduledReboot":
if (managementProperty.Value.Type == JTokenType.Object)
{
Debug.WriteLine("scheduledReboot = " + managementProperty.Value.ToString());
JObject subProperties = (JObject)managementProperty.Value;
var request = new Message.SetRebootInfoRequest();
DateTime singleRebootTime = DateTime.Parse(subProperties.Property("singleRebootTime").Value.ToString());
request.singleRebootTime = singleRebootTime.ToString("yyyy-MM-ddTHH:mm:ssZ");
DateTime dailyRebootTime = DateTime.Parse(subProperties.Property("dailyRebootTime").Value.ToString());
request.dailyRebootTime = dailyRebootTime.ToString("yyyy-MM-ddTHH:mm:ssZ");
this._systemConfiguratorProxy.SendCommandAsync(request);
}
break;
case "externalStorage":
if (managementProperty.Value.Type == JTokenType.Object)
{
Debug.WriteLine("externalStorage = " + managementProperty.Value.ToString());
JObject subProperties = (JObject)managementProperty.Value;
_externalStorage.connectionString = (string)subProperties.Property("connectionString").Value;
_externalStorage.containerName = (string)subProperties.Property("container").Value;
}
break;
case "certificates":
if (managementProperty.Value.Type == JTokenType.Object)
{
// Capture the configuration here.
// To apply the configuration we need to wait until externalStorage has been configured too.
Debug.WriteLine("CertificateConfiguration = " + managementProperty.Value.ToString());
certificateConfiguration = JsonConvert.DeserializeObject <CertificateConfiguration>(managementProperty.Value.ToString());
}
break;
case "timeInfo":
if (managementProperty.Value.Type == JTokenType.Object)
{
Debug.WriteLine("timeInfo = " + managementProperty.Value.ToString());
// Default JsonConvert Deserializing changes ISO8601 date fields to "mm/dd/yyyy hh:mm:ss".
// We need to preserve the ISO8601 since that's the format SystemConfigurator understands.
// Because of that, we are not using:
// Message.SetTimeInfo requestInfo = JsonConvert.DeserializeObject<Message.SetTimeInfo>(fieldsJson);
Message.SetTimeInfoRequest request = new Message.SetTimeInfoRequest();
JObject subProperties = (JObject)managementProperty.Value;
request.ntpServer = (string)subProperties.Property("ntpServer").Value;
request.timeZoneBias = (int)subProperties.Property("timeZoneBias").Value;
request.timeZoneDaylightBias = (int)subProperties.Property("timeZoneDaylightBias").Value;
DateTime daylightDate = DateTime.Parse(subProperties.Property("timeZoneDaylightDate").Value.ToString());
request.timeZoneDaylightDate = daylightDate.ToString("yyyy-MM-ddTHH:mm:ssZ");
request.timeZoneDaylightName = (string)subProperties.Property("timeZoneDaylightName").Value;
request.timeZoneStandardBias = (int)subProperties.Property("timeZoneStandardBias").Value;
DateTime standardDate = DateTime.Parse(subProperties.Property("timeZoneStandardDate").Value.ToString());
request.timeZoneStandardDate = standardDate.ToString("yyyy-MM-ddTHH:mm:ssZ");
request.timeZoneStandardName = (string)subProperties.Property("timeZoneStandardName").Value;
this._systemConfiguratorProxy.SendCommandAsync(request);
}
break;
case "windowsUpdatePolicy":
if (managementProperty.Value.Type == JTokenType.Object)
{
Debug.WriteLine("windowsUpdatePolicy = " + managementProperty.Value.ToString());
var configuration = JsonConvert.DeserializeObject <WindowsUpdatePolicyConfiguration>(managementProperty.Value.ToString());
this._systemConfiguratorProxy.SendCommandAsync(new SetWindowsUpdatePolicyRequest(configuration));
}
break;
case "windowsUpdates":
if (managementProperty.Value.Type == JTokenType.Object)
{
Debug.WriteLine("windowsUpdates = " + managementProperty.Value.ToString());
var configuration = JsonConvert.DeserializeObject <SetWindowsUpdatesConfiguration>(managementProperty.Value.ToString());
this._systemConfiguratorProxy.SendCommandAsync(new SetWindowsUpdatesRequest(configuration));
}
break;
default:
// Not supported
break;
}
}
}
}
}
// Need to keep this until externalStorage is processed.
// ToDo: The client does not get a full copy of the device twin when it first connects! (regression?)
// This means that the externalStorage might not get set when the machine connects.
if (!String.IsNullOrEmpty(_externalStorage.connectionString) &&
!String.IsNullOrEmpty(_externalStorage.containerName) &&
certificateConfiguration != null)
{
ProcessDesiredCertificateConfiguration(this, _externalStorage.connectionString, _externalStorage.containerName, certificateConfiguration);
}
}