private async Task MakeBootable(WindowsVolumes volumes, Phone phone, InstallOptions options)
{
Log.Information("Making Windows installation bootable...");
var bcdPath = Path.Combine(volumes.Boot.RootDir.Name, "EFI", "Microsoft", "Boot", "BCD");
var bcd = new BcdInvoker(bcdPath);
var windowsPath = Path.Combine(volumes.Windows.RootDir.Name, "Windows");
var bootDriveLetter = volumes.Boot.Letter;
await ProcessUtils.RunProcessAsync(BcdBootPath, $@"{windowsPath} /f UEFI /s {bootDriveLetter}:");
bcd.Invoke("/set {default} testsigning on");
bcd.Invoke("/set {default} nointegritychecks on");
await PatchBootIfNecessary(volumes.Boot, options);
await volumes.Boot.Partition.SetGptType(PartitionType.Esp);
var updatedBootVolume = await phone.GetBootVolume();
if (updatedBootVolume != null)
{
Log.Verbose("We shouldn't be able to get a reference to the Boot volume.");
Log.Verbose("Updated Boot Volume: {@Volume}", new { updatedBootVolume.Label, updatedBootVolume.Partition, });
if (!Equals(updatedBootVolume.Partition.PartitionType, PartitionType.Esp))
{
Log.Warning("The system partition should be {Esp}, but it's {ActualType}", PartitionType.Esp, updatedBootVolume.Partition.PartitionType);
}
}
}
private async Task MakeBootable(WindowsVolumes volumes, RaspberryPi phone)
{
Log.Information("Making Windows installation bootable...");
var bcdPath = Path.Combine(volumes.Boot.RootDir.Name, "EFI", "Microsoft", "Boot", "BCD");
var bcd = new BcdInvoker(bcdPath);
var windowsPath = Path.Combine(volumes.Windows.RootDir.Name, "Windows");
var bootDriveLetter = volumes.Boot.Letter;
if (!bootDriveLetter.HasValue)
{
throw new DeploymentException("The Boot volume letter isn't accessible");
}
await ProcessUtils.RunProcessAsync(BcdBootPath, $@"{windowsPath} /f UEFI /s {bootDriveLetter}:");
bcd.Invoke("/set {default} testsigning on");
bcd.Invoke("/set {default} nointegritychecks on");
await volumes.Boot.Partition.SetGptType(PartitionType.Esp);
var updatedBootVolume = await phone.GetBootVolume();
Log.Verbose("Updated Boot Volume: {@Volume}", new { updatedBootVolume.Label, updatedBootVolume.Partition, });
if (!Equals(updatedBootVolume.Partition.PartitionType, PartitionType.Esp))
{
Log.Warning("The system partition should be {Esp}, but it's {ActualType}", PartitionType.Esp, updatedBootVolume.Partition.PartitionType);
}
}
private async Task ApplyWindowsImage(WindowsVolumes volumes, InstallOptions options, IObserver <double> progressObserver = null)
{
Log.Information("Applying Windows Image...");
await windowsImageService.ApplyImage(volumes.Windows, options.ImagePath, options.ImageIndex, progressObserver);
progressObserver?.OnNext(double.NaN);
}
public async Task Deploy(InstallOptions options, RaspberryPi phone, IObserver <double> progressObserver = null)
{
Log.Information("Deploying Windows 10 ARM64...");
await RemoveExistingWindowsPartitions(phone);
await CreateWindowsPartition(phone);
var windowsVolumes = new WindowsVolumes(await phone.GetBootVolume(), await phone.GetWindowsVolume());
await ApplyWindowsImage(windowsVolumes, options, progressObserver);
await InjectDrivers(windowsVolumes.Windows);
await MakeBootable(windowsVolumes, phone);
Log.Information("Windows Image deployed");
}
private async Task MakeBootable(WindowsVolumes volumes)
{
Log.Verbose("Making Windows installation bootable...");
await bootCreator.MakeBootable(volumes.Boot, volumes.Windows);
await volumes.Boot.Partition.SetGptType(PartitionType.Esp);
var updatedBootVolume = await phone.GetBootVolume();
if (updatedBootVolume != null)
{
Log.Verbose("We shouldn't be able to get a reference to the Boot volume.");
Log.Verbose("Updated Boot Volume: {@Volume}", new { updatedBootVolume.Label, updatedBootVolume.Partition, });
if (!Equals(updatedBootVolume.Partition.PartitionType, PartitionType.Esp))
{
Log.Warning("The system partition should be {Esp}, but it's {ActualType}", PartitionType.Esp, updatedBootVolume.Partition.PartitionType);
}
}
}
