private async Task UninstallAppAsync(AppInfo appInfo, string packageFamilyId, string packageFamilyName)
{
Logger.Log("Processing uninstall request...", LoggingLevel.Verbose);
AppxManagementDataContract.AppReportedState reportedState = null;
try
{
Windows.ApplicationModel.PackageId thisPackage = Windows.ApplicationModel.Package.Current.Id;
Debug.WriteLine("FamilyName = " + thisPackage.FamilyName);
Debug.WriteLine("Name = " + thisPackage.Name);
if (packageFamilyName == thisPackage.FamilyName)
{
throw new Error(ErrorCodes.CANNOT_UNINSTALL_DM_APPLICATION, "Cannot uninstall the DM application: " + thisPackage.FamilyName);
}
// ToDo: We need to handle store and system apps too.
AppUninstallResponse response = await UninstallAppAsync(new AppUninstallRequestData(packageFamilyName, false /*non-store app*/));
reportedState = new AppxManagementDataContract.AppReportedState(packageFamilyId,
packageFamilyName,
AppxManagementDataContract.VersionNotInstalled,
AppxStartUpType.None,
null, // no install date
0, // no error
null,
JsonReport.Report);
_stateToReport[packageFamilyId] = reportedState;
return;
}
catch (Error e)
{
reportedState = new AppxManagementDataContract.AppReportedState(packageFamilyId,
packageFamilyName,
appInfo.Version,
AppUtils.StartUpTypeFromMessage(appInfo.StartUp),
appInfo.InstallDate,
e.HResult,
e.Message,
JsonReport.Report);
}
catch (Exception e)
{
reportedState = new AppxManagementDataContract.AppReportedState(packageFamilyId,
packageFamilyName,
appInfo.Version,
AppUtils.StartUpTypeFromMessage(appInfo.StartUp),
appInfo.InstallDate,
e.HResult,
e.Message,
JsonReport.Report);
}
_stateToReport[packageFamilyId] = reportedState;
throw new Exception("Failed to uninstall " + packageFamilyName);
}
public void PageRefresh()
{
Windows.ApplicationModel.Package ThisPackage = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId ThisId = ThisPackage.Id;
Windows.ApplicationModel.PackageVersion ThisVersion = ThisId.Version;
NameOfApp.Text = ThisPackage.DisplayName;
VersionOfApp.Text = String.Format("版本: {0}.{1}.{2}.{3} [{4}]",
ThisVersion.Major, ThisVersion.Minor, ThisVersion.Build, ThisVersion.Revision,
ThisId.Architecture);
InstalledDateOfApp.Text = Windows.ApplicationModel.Package.Current.InstalledDate.ToString("安装日期: yyyy-MM-dd");
Debug.WriteLine("刷新了" + this.GetType().ToString() + "的内容");
}
public Adapter()
{
byte[] ConfigurationDataPtr;
if (GetConfiguration(out ConfigurationDataPtr) == ERROR_SUCCESS)
{
var temp = System.Text.Encoding.UTF8.GetString(ConfigurationDataPtr);
m_gateway = new ModbusGateway(System.Text.Encoding.UTF8.GetString(ConfigurationDataPtr)); // The Designated IP address of the Modbus Gateway
}
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
Windows.ApplicationModel.PackageVersion versionFromPkg = packageId.Version;
this.Vendor = "Microsoft";
this.AdapterName = "Modbus Device System Bridge";
// the adapter prefix must be something like "com.mycompany" (only alpha num and dots)
// it is used by the Device System Bridge as root string for all services and interfaces it exposes
this.ExposedAdapterPrefix = "com." + this.Vendor.ToLower();
this.ExposedApplicationGuid = Guid.Parse("{0xd3982475,0x38eb,0x4e53,{0xb8,0xd8,0x54,0x04,0xd8,0x78,0x88,0x1a}}");
if (null != package && null != packageId)
{
this.ExposedApplicationName = packageId.Name;
this.Version = versionFromPkg.Major.ToString() + "." +
versionFromPkg.Minor.ToString() + "." +
versionFromPkg.Revision.ToString() + "." +
versionFromPkg.Build.ToString();
}
else
{
this.ExposedApplicationName = "ModbusDeviceSystemBridge";
this.Version = "0.0.0.0";
}
try
{
this.Signals = new List <IAdapterSignal>();
this.devices = new List <IAdapterDevice>();
this.signalListeners = new Dictionary <int, IList <SIGNAL_LISTENER_ENTRY> >();
//Create Adapter Signals
this.createSignals();
}
catch (OutOfMemoryException ex)
{
throw;
}
}
public Adapter()
{
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
Windows.ApplicationModel.PackageVersion versionFromPkg = packageId.Version;
this.Vendor = "Morten Nielsen";
this.AdapterName = "Philips Hue DSB";
// the adapter prefix must be something like "com.mycompany" (only alpha num and dots)
// it is used by the Device System Bridge as root string for all services and interfaces it exposes
this.ExposedAdapterPrefix = "com.dotMorten";
this.ExposedApplicationGuid = Guid.Parse("{0x07c19f14,0x76c6,0x4d2f,{0xb4,0xd1,0x7d,0x4f,0x89,0x24,0x17,0x36}}");
if (null != package && null != packageId)
{
this.ExposedApplicationName = packageId.Name;
this.Version = versionFromPkg.Major.ToString() + "." +
versionFromPkg.Minor.ToString() + "." +
versionFromPkg.Revision.ToString() + "." +
versionFromPkg.Build.ToString();
}
else
{
this.ExposedApplicationName = "PhilipsHueDeviceSystemBridge";
this.Version = "0.0.0.0";
}
try
{
this.Signals = new List <IAdapterSignal>();
this.devices = new List <IAdapterDevice>();
this.signalListeners = new Dictionary <int, IList <SIGNAL_LISTENER_ENTRY> >();
//var EnableJoinMethod = new AdapterMethod("Find Hue Bridges", "Searches for new hue bridges", 0);
//EnableJoinMethod.InvokeAction = LoadBridges;
//Create Adapter Signals
this.createSignals();
checkForBridgesTimer = new System.Threading.Timer((s) => { LoadBridges(); }, null,
0, (int)TimeSpan.FromMinutes(5).TotalMilliseconds);
}
catch (OutOfMemoryException)
{
throw;
}
}
public BridgeAdapter(string adapterName)
{
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
Windows.ApplicationModel.PackageVersion versionFromPkg = packageId.Version;
this.Vendor = "win10";
this.AdapterName = adapterName;
// the adapter prefix must be something like "com.mycompany" (only alpha num and dots)
// it is used by the Device System Bridge as root string for all services and interfaces it exposes
this.ExposedAdapterPrefix = "com." + this.Vendor.ToLower();
this.ExposedApplicationGuid = Guid.Parse("{0x6516a3e3,0xcc3e,0x4c67,{0xb7,0x5f,0x73,0x75,0x8b,0x09,0x23,0xae}}");
if (null != package && null != packageId)
{
this.ExposedApplicationName = packageId.Name;
this.Version = versionFromPkg.Major.ToString() + "." +
versionFromPkg.Minor.ToString() + "." +
versionFromPkg.Revision.ToString() + "." +
versionFromPkg.Build.ToString();
}
else
{
this.ExposedApplicationName = "DeviceSystemBridge";
this.Version = "0.0.0.0";
}
this.Signals = new List <IAdapterSignal>();
this.devices = new List <IAdapterDevice>();
this.signalListeners = new Dictionary <int, IList <SIGNAL_LISTENER_ENTRY> >();
// Device Arrival Signal
var deviceArrivalSignal = new BridgeAdapterSignal(Constants.DEVICE_ARRIVAL_SIGNAL);
var deviceHandle_arrival = new BridgeAdapterValue(Constants.DEVICE_ARRIVAL__DEVICE_HANDLE, null);
deviceArrivalSignal.Params.Add(deviceHandle_arrival);
this.Signals.Add(deviceArrivalSignal);
// Device Removal Signal
var deviceRemovalSignal = new BridgeAdapterSignal(Constants.DEVICE_REMOVAL_SIGNAL);
var deviceHandle_removal = new BridgeAdapterValue(Constants.DEVICE_REMOVAL__DEVICE_HANDLE, null);
deviceRemovalSignal.Params.Add(deviceHandle_removal);
this.Signals.Add(deviceRemovalSignal);
}
public Adapter()
{
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
Windows.ApplicationModel.PackageVersion versionFromPkg = packageId.Version;
this.DeviceName = GetDeviceName();
this.Vendor = "glovebox";
this.AdapterName = "rover";
// the adapter prefix must be something like "com.mycompany" (only alpha num and dots)
// it is used by the Device System Bridge as root string for all services and interfaces it exposes
this.ExposedAdapterPrefix = "com." + this.Vendor.ToLower();
this.ExposedApplicationGuid = Guid.Parse("{0xc1e7ce4a,0x66fb,0x40e6,{0xb4,0xb7,0x74,0x2b,0x88,0x71,0x83,0x27}}");
if (null != package && null != packageId)
{
this.ExposedApplicationName = packageId.Name;
this.Version = versionFromPkg.Major.ToString() + "." +
versionFromPkg.Minor.ToString() + "." +
versionFromPkg.Revision.ToString() + "." +
versionFromPkg.Build.ToString();
}
else
{
this.ExposedApplicationName = "DeviceSystemBridge";
this.Version = "0.0.0.0";
}
try
{
this.Signals = new List <IAdapterSignal>();
this.devices = new List <IAdapterDevice>();
this.signalListeners = new Dictionary <int, IList <SIGNAL_LISTENER_ENTRY> >();
//Create Adapter Signals
this.createSignals();
}
catch (OutOfMemoryException ex)
{
throw;
}
}
public Adapter()
{
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
Windows.ApplicationModel.PackageVersion versionFromPkg = packageId.Version;
this.Vendor = VENDOR_NAME;
this.AdapterName = ADAPTER_NAME;
this.ExposedAdapterPrefix = ADAPTER_PREFIX + this.Vendor.ToLower();
this.ExposedApplicationGuid = Guid.Parse(APLICATION_GUID);
if (null != package && null != packageId)
{
this.ExposedApplicationName = packageId.Name;
this.Version = versionFromPkg.Major.ToString() + "." +
versionFromPkg.Minor.ToString() + "." +
versionFromPkg.Revision.ToString() + "." +
versionFromPkg.Build.ToString();
}
else
{
this.ExposedApplicationName = EXPOSED_APPLICATION_NAME;
this.Version = VERSION_NUMBER;
}
try
{
this.Signals = new List <IAdapterSignal>();
this.devices = new List <IAdapterDevice>();
this.signalListeners = new Dictionary <int, IList <SIGNAL_LISTENER_ENTRY> >();
//Create Adapter Signals
this.createSignals();
}
catch (OutOfMemoryException ex)
{
Debug.WriteLine("Out of memory while trying to allocate adapter value parameter containers." + ex.Message);
throw;
}
}
public Adapter()
{
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
Windows.ApplicationModel.PackageVersion versionFromPkg = packageId.Version;
this.Vendor = AdapterHelper.ADAPTER_VENDOR;
this.AdapterName = AdapterHelper.ADAPTER_NAME;
// the adapter prefix must be something like "com.mycompany" (only alpha num and dots)
// it is used by the Device System Bridge as root string for all services and interfaces it exposes
this.ExposedAdapterPrefix = AdapterHelper.ADAPTER_DOMAIN + "." + this.Vendor.ToLower();
this.ExposedApplicationGuid = Guid.Parse(AdapterHelper.ADAPTER_APPLICATION_GUID);
if (null != package && null != packageId)
{
this.ExposedApplicationName = packageId.Name;
this.Version = versionFromPkg.Major.ToString() + "." +
versionFromPkg.Minor.ToString() + "." +
versionFromPkg.Revision.ToString() + "." +
versionFromPkg.Build.ToString();
}
else
{
this.ExposedApplicationName = AdapterHelper.ADAPTER_DEFAULT_APPLICATION_NAME;
this.Version = AdapterHelper.ADAPTER_DEFAULT_VERSION;
}
try
{
this.Signals = new List <IAdapterSignal>();
this.m_signalListeners = new Dictionary <int, IList <SIGNAL_LISTENER_ENTRY> >();
}
catch (OutOfMemoryException ex)
{
Debug.WriteLine(ex);
throw;
}
}
private PackageId(Windows.ApplicationModel.PackageId packageId)
{
_packageId = packageId;
}
public KnxAdapter() : base("KnxNetIP")
{
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
Windows.ApplicationModel.PackageVersion versionFromPkg = packageId.Version;
}
private async Task <CommandStatus> InstallAppAsync(
AppInfo installedAppInfo,
Version installedAppVersion,
string connectionString,
IDictionary <string, AppInfo> installedApps,
AppxManagementDataContract.AppDesiredState desiredState)
{
Logger.Log("Processing install request for " + desiredState.packageFamilyId, LoggingLevel.Verbose);
if (installedAppInfo == null)
{
// It is a new application.
Logger.Log(" Can't find an installed version... Installing a fresh copy...", LoggingLevel.Verbose);
await InstallAppFromAzureAsync(installedAppInfo, connectionString, desiredState, false /*not self update*/); // ---> InstallAppFromAzureAsync
}
else
{
Windows.ApplicationModel.PackageId thisPackage = Windows.ApplicationModel.Package.Current.Id;
Debug.WriteLine("FamilyName = " + thisPackage.FamilyName);
Debug.WriteLine("Name = " + thisPackage.Name);
bool isSelf = desiredState.packageFamilyName == thisPackage.FamilyName;
// A version of this application is installed.
Logger.Log(" Found an installed version...", LoggingLevel.Verbose);
if (desiredState.version == installedAppVersion)
{
Logger.Log(" Same version is installed...", LoggingLevel.Verbose);
AppxManagementDataContract.AppReportedState appReportedState = null;
if (AppUtils.StartUpTypeToMessage(desiredState.startUp) == installedAppInfo.StartUp)
{
Logger.Log(" App StartUp is the same: desired = " + desiredState.startUp, LoggingLevel.Verbose);
appReportedState = new AppxManagementDataContract.AppReportedState(
desiredState.packageFamilyId,
desiredState.packageFamilyName,
installedAppVersion.ToString(),
AppUtils.StartUpTypeFromMessage(installedAppInfo.StartUp),
installedAppInfo.InstallDate,
0,
null, // no error
JsonReport.Report);
}
else
{
Logger.Log(" App StartUp is different: desired = " + desiredState.startUp.ToString() + ", current = " + installedAppInfo.StartUp.ToString(), LoggingLevel.Verbose);
switch (desiredState.startUp)
{
case AppxStartUpType.None:
{
bool background = installedAppInfo.StartUp == StartUpType.Background;
if (background)
{
Logger.Log(" Removing app from background apps.", LoggingLevel.Verbose);
StartupAppInfo startupAppInfo = new StartupAppInfo(desiredState.packageFamilyName, background);
await RemoveStartupAppAsync(startupAppInfo);
}
else
{
Logger.Log(" App is no longer marked to be start-up app. Change takes effect when another app is set to be the start-up app.", LoggingLevel.Verbose);
}
}
break;
case AppxStartUpType.Foreground:
{
Logger.Log(" Setting app to be the foreground app.", LoggingLevel.Verbose);
StartupAppInfo startupAppInfo = new StartupAppInfo(desiredState.packageFamilyName, false /*background*/);
await AddStartupAppAsync(startupAppInfo);
}
break;
case AppxStartUpType.Background:
{
Logger.Log(" Adding app to the background apps.", LoggingLevel.Verbose);
StartupAppInfo startupAppInfo = new StartupAppInfo(desiredState.packageFamilyName, true /*background*/);
await AddStartupAppAsync(startupAppInfo);
}
break;
}
AppxStartUpType appStartUp = await GetAppStartup(desiredState.packageFamilyName);
Logger.Log(" Querying returned app startup: " + appStartUp.ToString(), LoggingLevel.Verbose);
appReportedState = new AppxManagementDataContract.AppReportedState(
desiredState.packageFamilyId,
desiredState.packageFamilyName,
installedAppVersion.ToString(),
appStartUp,
installedAppInfo.InstallDate,
0,
null, // no error
JsonReport.Report);
}
_stateToReport[desiredState.packageFamilyId] = appReportedState;
}
else if (desiredState.version > installedAppVersion)
{
Logger.Log(" Older version is installed...", LoggingLevel.Verbose);
if (!String.IsNullOrEmpty(desiredState.appxSource))
{
// Trigger the update...
await InstallAppFromAzureAsync(installedAppInfo, connectionString, desiredState, isSelf);
if (isSelf)
{
// If isSelf == true, it means that SystemConfigurator will force this application to exit very soon.
// Let's stop processing any further desired properties.
return(CommandStatus.PendingDMAppRestart);
}
}
else
{
// Note that store updates are not control through DM desired properties.
// Instead, they are triggered by the system scan for all store applications.
throw new Error(ErrorCodes.INVALID_DESIRED_APPX_SRC, "Appx package is required to update " + desiredState.packageFamilyName);
}
}
else
{
// desiredState.version < installedAppVersion
Logger.Log(" Newer version is installed...rolling back.", LoggingLevel.Verbose);
if (String.IsNullOrEmpty(desiredState.appxSource))
{
AppxManagementDataContract.AppReportedState appReportedState = new AppxManagementDataContract.AppReportedState(
desiredState.packageFamilyId,
desiredState.packageFamilyName,
installedAppVersion.ToString(),
AppUtils.StartUpTypeFromMessage(installedAppInfo.StartUp),
installedAppInfo.InstallDate,
ErrorCodes.INVALID_DESIRED_APPX_SRC,
"Cannot install appx without a source.",
JsonReport.Report);
_stateToReport[desiredState.packageFamilyId] = appReportedState;
throw new Exception("Failed to roll back application version.");
}
if (isSelf)
{
// The reverting is implemented as an 'uninstall' followed by an 'install'.
// The package to be installed is downloaded in the 'install' step.
// So, if we were to revert self to an older version, we would have to:
// - (1) download the old version first,
// - (2) send an atomic uninstall-install request to SystemConfigurator to
// uninstall and follow with an install and re-launch.
// The above two steps are not implemented yet.
throw new Error(ErrorCodes.CANNOT_REVERT_DM_APPLICATION, "Reverting to an older version of the device management application (" + desiredState.packageFamilyName + ") is not supported.");
}
// Note that UninstallAppAsync will throw if it fails - and correctly avoid launching the install...
await UninstallAppAsync(installedAppInfo,
packageFamilyId : desiredState.packageFamilyId,
packageFamilyName : desiredState.packageFamilyName);
await InstallAppFromAzureAsync(installedAppInfo, connectionString, desiredState, isSelf);
}
}
return(CommandStatus.Committed);
}
public static Windows.ApplicationModel.PackageVersion GetAppVersion()
{
Windows.ApplicationModel.Package package = Windows.ApplicationModel.Package.Current;
Windows.ApplicationModel.PackageId packageId = package.Id;
return(packageId.Version);
}
private PackageId(Windows.ApplicationModel.PackageId packageId)
{
_packageId = packageId;
}
