public void Memboot()
{
int progress = 5;
int maxProgress = 300;
SetProgress(progress, maxProgress);
byte[] kernel;
if (!string.IsNullOrEmpty(Mod))
{
kernel = CreatePatchedKernel(Mod, true, OriginalGames, Games);
}
else
{
kernel = File.ReadAllBytes(KernelDump);
}
var size = CalKernelSize(kernel);
if (size > kernel.Length || size > kernel_max_size)
{
throw new Exception(Resources.InvalidKernelSize + " " + size);
}
size = (size + sector_size - 1) / sector_size;
size = size * sector_size;
if (kernel.Length != size)
{
var newK = new byte[size];
Array.Copy(kernel, newK, kernel.Length);
kernel = newK;
}
progress += 5;
maxProgress = kernel.Length / 67000 + 15;
SetProgress(progress, maxProgress);
SetStatus(Resources.UploadingKernel);
fel.WriteMemory(flash_mem_base, kernel,
delegate(Fel.CurrentAction action, string command)
{
switch (action)
{
case Fel.CurrentAction.WritingMemory:
SetStatus(Resources.UploadingKernel);
break;
}
progress++;
SetProgress(progress, maxProgress);
}
);
var bootCommand = string.Format("boota {0:x}", kernel_base_m);
SetStatus(Resources.ExecutingCommand + " " + bootCommand);
fel.RunUbootCmd(bootCommand, true);
SetStatus(Resources.Done);
SetProgress(maxProgress, maxProgress);
}
public Conclusion MembootFel(Tasker tasker, Object syncObject = null)
{
tasker.SetStatus(Resources.Membooting);
if (hakchi.Shell.IsOnline)
return Conclusion.Abort;
// check and adjust kernel size
byte[] kernel = hakchi.GetMembootImage().ToArray();
var size = Shared.CalcKernelSize(kernel);
if (size > kernel.Length || size > Fel.transfer_max_size)
throw new Exception(Resources.InvalidKernelSize + " " + size);
size = (size + Fel.sector_size - 1) / Fel.sector_size;
size = size * Fel.sector_size;
if (kernel.Length != size)
{
var newK = new byte[size];
Array.Copy(kernel, newK, kernel.Length);
kernel = newK;
}
// clovershell override "hex-edit" boot.img
if (ConfigIni.Instance.ForceClovershell || ConfigIni.Instance.ForceNetwork)
{
kernel.InPlaceStringEdit(64, 512, 0, (string str) => {
str.Replace("hakchi-shell", "").Replace("hakchi-clovershell", "");
if (ConfigIni.Instance.ForceClovershell)
str += " hakchi-clovershell";
else if (ConfigIni.Instance.ForceNetwork)
str += " hakchi-shell";
return str;
});
}
// upload kernel through fel
int progress = 0;
int maxProgress = (int)((double)kernel.Length / (double)67000 + 50);
fel.WriteMemory(Fel.transfer_base_m, kernel,
delegate (Fel.CurrentAction action, string command)
{
switch (action)
{
case Fel.CurrentAction.WritingMemory:
tasker.SetStatus(Resources.UploadingKernel);
break;
}
progress++;
tasker.SetProgress(progress, maxProgress);
}
);
var bootCommand = string.Format("boota {0:x}", Fel.transfer_base_m);
tasker.SetStatus(Resources.ExecutingCommand + " " + bootCommand);
fel.RunUbootCmd(bootCommand, true);
return Conclusion.Success;
}
public void Memboot(byte[] fes, byte[] uboot, byte[] bootImage, Fel.WriteLineHandler writeLineHandler = null)
{
var fel = new Fel();
fel.WriteLine += WriteLine;
fel.Fes1Bin = fes;
fel.UBootBin = uboot;
if (!fel.Open())
{
throw new Exception("USB Device Not Found");
}
var size = CalcKernelSize(bootImage);
if (size > bootImage.Length || size > Fel.transfer_max_size)
{
throw new Exception($"Invalid boot image size: {size}");
}
size = (size + Fel.sector_size - 1) / Fel.sector_size;
size = size * Fel.sector_size;
if (bootImage.Length != size)
{
var newK = new byte[size];
Array.Copy(bootImage, newK, bootImage.Length);
bootImage = newK;
}
long maxProgress = size / 65536, progress = 0;
// upload kernel through fel
fel.WriteMemory(Fel.transfer_base_m, bootImage,
delegate(Fel.CurrentAction action, string command)
{
switch (action)
{
case Fel.CurrentAction.WritingMemory:
SetStatus?.Invoke("Uploading boot image");
break;
}
progress++;
SetProgress?.Invoke(Math.Min(progress, maxProgress), maxProgress);
}
);
var bootCommand = string.Format("boota {0:x}", Fel.transfer_base_m);
RunCommand(fel, bootCommand, true);
}
public Conclusion Memboot(Tasker tasker, Object syncObject = null)
{
// load appropriate kernel
byte[] kernel;
if (stockKernel != null && stockKernel.Length > 0)
{
kernel = stockKernel.ToArray();
}
else
{
stockKernel = null; // double-safety
kernel = hakchi.GetMembootImage().ToArray();
}
tasker.SetStatus(Resources.Membooting);
if (hakchi.Shell.IsOnline)
{
// override arguments
string addedArgs = ConfigIni.Instance.ForceClovershell ? " hakchi-clovershell" : "";
// skip to built-in recovery if running latest version
if (stockKernel == null && hakchi.CanInteract && !hakchi.SystemEligibleForRootfsUpdate())
{
if (hakchi.Shell.Execute("[ -e /bin/detached ]") == 0) // detached recovery function?
{
try
{
hakchi.Shell.ExecuteSimple("/bin/detached recovery" + addedArgs, 100);
}
catch { } // no-op
return(Conclusion.Success);
}
}
try
{
hakchi.Shell.ExecuteSimple("uistop");
hakchi.Shell.ExecuteSimple("mkdir -p /tmp/kexec/", throwOnNonZero: true);
hakchi.UploadFile(
Path.Combine(Program.BaseDirectoryInternal, "tools", "arm", "kexec.static"),
"/tmp/kexec/kexec");
TrackableStream kernelStream = new TrackableStream(kernel);
kernelStream.OnProgress += tasker.OnProgress;
if (stockKernel == null)
{
hakchi.UploadFile(
Path.Combine(Program.BaseDirectoryInternal, "tools", "arm", "detached-fallback"),
"/tmp/kexec/detached-fallback");
hakchi.UploadFile(kernelStream, "/tmp/kexec/boot.img", false);
try
{
hakchi.Shell.ExecuteSimple("cd /tmp/kexec/; /bin/sh /tmp/kexec/detached-fallback recovery /tmp/kexec/boot.img" + addedArgs, 100);
}
catch { } // no-op
}
else
{
hakchi.UploadFile(
Path.Combine(Program.BaseDirectoryInternal, "tools", "arm", "unpackbootimg.static"),
"/tmp/kexec/unpackbootimg");
hakchi.Shell.Execute(
command: "cat > /tmp/kexec/boot.img; cd /tmp/kexec/; ./unpackbootimg -i boot.img",
stdin: kernelStream,
throwOnNonZero: true
);
hakchi.Shell.ExecuteSimple("cd /tmp/kexec/ && ./kexec -l -t zImage boot.img-zImage \"--command-line=$(cat boot.img-cmdline)\" --ramdisk=boot.img-ramdisk.gz --atags", 0, true);
hakchi.Shell.ExecuteSimple("cd /tmp/; umount -ar", 0);
try
{
hakchi.Shell.ExecuteSimple("/tmp/kexec/kexec -e", 100);
}
catch { } // no-op
}
}
catch
{
try
{
hakchi.Shell.ExecuteSimple("uistart");
}
catch { } // no-op
throw;
}
}
else
{
// check and adjust kernel size
var size = Shared.CalcKernelSize(kernel);
if (size > kernel.Length || size > Fel.transfer_max_size)
{
throw new Exception(Resources.InvalidKernelSize + " " + size);
}
size = (size + Fel.sector_size - 1) / Fel.sector_size;
size = size * Fel.sector_size;
if (kernel.Length != size)
{
var newK = new byte[size];
Array.Copy(kernel, newK, kernel.Length);
kernel = newK;
}
// clovershell override "hex-edit" boot.img
if (stockKernel == null && ConfigIni.Instance.ForceClovershell)
{
kernel.InPlaceStringEdit(64, 512, 0, (string str) => {
if (str.IndexOf("hakchi-shell") != -1)
{
return(str.Replace("hakchi-shell", "hakchi-clovershell"));
}
else
{
return(str + " hakchi-clovershell");
}
});
}
// upload kernel through fel
int progress = 0;
int maxProgress = (int)((double)kernel.Length / (double)67000 + 50);
fel.WriteMemory(Fel.transfer_base_m, kernel,
delegate(Fel.CurrentAction action, string command)
{
switch (action)
{
case Fel.CurrentAction.WritingMemory:
tasker.SetStatus(Resources.UploadingKernel);
break;
}
progress++;
tasker.SetProgress(progress, maxProgress);
}
);
var bootCommand = string.Format("boota {0:x}", Fel.transfer_base_m);
tasker.SetStatus(Resources.ExecutingCommand + " " + bootCommand);
fel.RunUbootCmd(bootCommand, true);
}
return(Conclusion.Success);
}
public void Memboot(int maxProgress = -1, int progress = 0)
{
SetProgress(progress, maxProgress < 0 ? 1000 : maxProgress);
// Connecting to NES Mini
if (WaitForFelFromThread() != DialogResult.OK)
{
DialogResult = DialogResult.Abort;
return;
}
progress += 5;
SetProgress(progress, maxProgress > 0 ? maxProgress : 1000);
byte[] kernel;
if (!string.IsNullOrEmpty(Mod))
{
kernel = CreatePatchedKernel();
}
else
{
kernel = File.ReadAllBytes(KernelDump);
}
var size = CalcKernelSize(kernel);
if (size > kernel.Length || size > Fel.kernel_max_size)
{
throw new Exception(Resources.InvalidKernelSize + " " + size);
}
size = (size + Fel.sector_size - 1) / Fel.sector_size;
size = size * Fel.sector_size;
if (kernel.Length != size)
{
var newK = new byte[size];
Array.Copy(kernel, newK, kernel.Length);
kernel = newK;
}
progress += 5;
if (maxProgress < 0)
{
maxProgress = (int)((double)kernel.Length / (double)67000 + 20);
}
SetProgress(progress, maxProgress);
SetStatus(Resources.UploadingKernel);
fel.WriteMemory(Fel.flash_mem_base, kernel,
delegate(Fel.CurrentAction action, string command)
{
switch (action)
{
case Fel.CurrentAction.WritingMemory:
SetStatus(Resources.UploadingKernel);
break;
}
progress++;
SetProgress(progress, maxProgress);
}
);
var bootCommand = string.Format("boota {0:x}", Fel.kernel_base_m);
SetStatus(Resources.ExecutingCommand + " " + bootCommand);
fel.RunUbootCmd(bootCommand, true);
Thread.Sleep(7000);
SetStatus(Resources.Done);
SetProgress(maxProgress, maxProgress);
}
public void Memboot()
{
int pos = 0, totalFiles = 0;
int progress = 5;
SetProgress(progress, 300);
int maxProgress = -1;
do
{
if (pos > 0)
{
ShowMessage(Resources.ParticallyBody, Resources.ParticallyTitle);
DeviceWaitResult = DialogResult.None;
WaitForDeviceFromThread();
while (DeviceWaitResult == DialogResult.None)
{
Thread.Sleep(500);
}
if (DeviceWaitResult != DialogResult.OK)
{
DialogResult = DialogResult.Abort;
return;
}
fel = new Fel();
fel.Fes1Bin = File.ReadAllBytes(fes1Path);
fel.UBootBin = File.ReadAllBytes(ubootPath);
fel.Open(vid, pid);
SetStatus(Resources.UploadingFes1);
fel.InitDram(true);
}
byte[] kernel;
if (!string.IsNullOrEmpty(Mod))
{
kernel = CreatePatchedKernel(ref pos, out totalFiles);
}
else
{
kernel = File.ReadAllBytes(KernelDump);
}
var size = CalKernelSize(kernel);
if (size > kernel.Length || size > Fel.kernel_max_size)
{
throw new Exception(Resources.InvalidKernelSize + " " + size);
}
size = (size + Fel.sector_size - 1) / Fel.sector_size;
size = size * Fel.sector_size;
if (kernel.Length != size)
{
var newK = new byte[size];
Array.Copy(kernel, newK, kernel.Length);
kernel = newK;
}
progress += 5;
if (maxProgress < 0)
{
if (pos > 0)
{
maxProgress = (kernel.Length / 67000 + 15) * totalFiles / pos + 75 * ((int)Math.Ceiling((float)totalFiles / (float)pos) - 1);
}
else
{
maxProgress = (kernel.Length / 67000 + 15);
}
}
SetProgress(progress, maxProgress);
SetStatus(Resources.UploadingKernel);
fel.WriteMemory(Fel.flash_mem_base, kernel,
delegate(Fel.CurrentAction action, string command)
{
switch (action)
{
case Fel.CurrentAction.WritingMemory:
SetStatus(Resources.UploadingKernel);
break;
}
progress++;
SetProgress(progress, maxProgress);
}
);
var bootCommand = string.Format("boota {0:x}", Fel.kernel_base_m);
SetStatus(Resources.ExecutingCommand + " " + bootCommand);
fel.RunUbootCmd(bootCommand, true);
} while (pos < totalFiles);
SetStatus(Resources.Done);
SetProgress(maxProgress, maxProgress);
}
void ExecCommand(string command, bool nopause = false)
{
SetStatus(Resources.ExecutingCommand + " " + command);
fel.WriteMemory((uint)(uboot_base_m + cmdOffset), Encoding.ASCII.GetBytes(command + "\0"));
fel.Exec((uint)uboot_base_m, nopause ? 0 : 10);
}
public void Memboot()
{
int progress = 0;
int maxProgress = -1;
var stats = new GamesTreeStats();
if (Games != null)
{
SetStatus(Resources.BuildingFolders);
if (FoldersMode == NesMenuCollection.SplitStyle.Custom)
{
if (FolderManagerFromThread(Games) != System.Windows.Forms.DialogResult.OK)
{
DialogResult = DialogResult.Abort;
return;
}
Games.AddBack();
}
else
{
Games.Split(FoldersMode, MaxGamesPerFolder);
}
}
progress += 5;
SetProgress(progress, 300);
do
{
if (stats.GamesProceed > 0)
{
ShowMessage(Resources.ParticallyBody, Resources.ParticallyTitle);
}
GC.Collect();
// Connecting to NES Mini
if (WaitForDeviceFromThread() != DialogResult.OK)
{
DialogResult = DialogResult.Abort;
return;
}
progress += 5;
SetProgress(progress, maxProgress > 0 ? maxProgress : 300);
byte[] kernel;
if (!string.IsNullOrEmpty(Mod))
{
kernel = CreatePatchedKernel(stats);
}
else
{
kernel = File.ReadAllBytes(KernelDump);
}
var size = CalKernelSize(kernel);
if (size > kernel.Length || size > Fel.kernel_max_size)
{
throw new Exception(Resources.InvalidKernelSize + " " + size);
}
size = (size + Fel.sector_size - 1) / Fel.sector_size;
size = size * Fel.sector_size;
if (kernel.Length != size)
{
var newK = new byte[size];
Array.Copy(kernel, newK, kernel.Length);
kernel = newK;
}
progress += 5;
if (maxProgress < 0)
{
if (stats.GamesProceed > 0)
{
maxProgress = (kernel.Length / 67000 + 20) * stats.GamesTotal / stats.GamesProceed + 75 * ((int)Math.Ceiling((float)stats.GamesTotal / (float)stats.GamesProceed) - 1);
}
else
{
maxProgress = (kernel.Length / 67000 + 20);
}
}
SetProgress(progress, maxProgress);
SetStatus(Resources.UploadingKernel);
fel.WriteMemory(Fel.flash_mem_base, kernel,
delegate(Fel.CurrentAction action, string command)
{
switch (action)
{
case Fel.CurrentAction.WritingMemory:
SetStatus(Resources.UploadingKernel);
break;
}
progress++;
SetProgress(progress, maxProgress);
}
);
var bootCommand = string.Format("boota {0:x}", Fel.kernel_base_m);
SetStatus(Resources.ExecutingCommand + " " + bootCommand);
fel.RunUbootCmd(bootCommand, true);
} while (stats.GamesProceed < stats.GamesTotal);
SetStatus(Resources.Done);
SetProgress(maxProgress, maxProgress);
}