public static void CheckOs()
{
if (!File.Exists(Paths.GetVerPath()) && Paths.GetExeDir().ToLower().Contains("temp"))
{
MessageBox.Show("You seem to be running Flowframes out of an archive.\nPlease extract the whole archive first!", "Error");
IoUtils.TryDeleteIfExists(Paths.GetDataPath());
Application.Exit();
}
string[] osInfo = OsUtils.TryGetOs().Split(" | ");
string version = osInfo[0].Remove("Microsoft").Trim();
if (Is32Bit() && !Config.GetBool("allow32Bit", false))
{
MessageBox.Show("This application is not compatible with 32 bit operating systems!", "Error");
Application.Exit();
}
if (string.IsNullOrWhiteSpace(version))
{
return;
}
if (!version.ToLower().Contains("windows 10") && !version.ToLower().Contains("windows 11") && !Config.GetBool("ignoreIncompatibleOs", false))
{
MessageBox.Show($"This application was made for Windows 10/11 and is not officially compatible with {version}.\n\n" +
$"Use it at your own risk and do NOT ask for support as long as your are on {version}.", "Warning");
}
}
public static async Task RunFlavrCudaProcess(string inPath, string outDir, string script, float interpFactor, string mdl)
{
string outPath = Path.Combine(inPath.GetParentDir(), outDir);
Directory.CreateDirectory(outPath);
string args = $" --input {inPath.Wrap()} --output {outPath.Wrap()} --model {mdl}/{mdl}.pth --factor {interpFactor}";
Process flavrPy = OsUtils.NewProcess(!OsUtils.ShowHiddenCmd());
AiStarted(flavrPy, 4000);
SetProgressCheck(Path.Combine(Interpolate.current.tempFolder, outDir), interpFactor);
flavrPy.StartInfo.Arguments = $"{OsUtils.GetCmdArg()} cd /D {Path.Combine(Paths.GetPkgPath(), Implementations.flavrCuda.pkgDir).Wrap()} & " +
$"set CUDA_VISIBLE_DEVICES={Config.Get(Config.Key.torchGpus)} & {Python.GetPyCmd()} {script} {args}";
Logger.Log($"Running FLAVR (CUDA)...", false);
Logger.Log("cmd.exe " + flavrPy.StartInfo.Arguments, true);
if (!OsUtils.ShowHiddenCmd())
{
flavrPy.OutputDataReceived += (sender, outLine) => { LogOutput(outLine.Data, "flavr-cuda-log"); };
flavrPy.ErrorDataReceived += (sender, outLine) => { LogOutput("[E] " + outLine.Data, "flavr-cuda-log", true); };
}
flavrPy.Start();
if (!OsUtils.ShowHiddenCmd())
{
flavrPy.BeginOutputReadLine();
flavrPy.BeginErrorReadLine();
}
while (!flavrPy.HasExited)
{
await Task.Delay(1);
}
}
static string GetSysPythonOutput()
{
Process py = OsUtils.NewProcess(true);
py.StartInfo.Arguments = "/C python -V";
Logger.Log("[DepCheck] CMD: " + py.StartInfo.Arguments, true);
py.Start();
py.WaitForExit();
string output = py.StandardOutput.ReadToEnd();
string err = py.StandardError.ReadToEnd();
return(output + "\n" + err);
}
static bool Is32Bit()
{
string osInfoStr = OsUtils.TryGetOs();
if (string.IsNullOrWhiteSpace(osInfoStr))
{
return(false); // If it fails, assume we are on 64bit
}
string[] osInfo = osInfoStr.Split(" | ");
string arch = osInfo[1].Trim();
return(arch.Contains("32"));
}
static bool IsWin10Or11()
{
string osInfoStr = OsUtils.TryGetOs();
if (string.IsNullOrWhiteSpace(osInfoStr))
{
return(true); // If it fails, assume we are on Win10
}
string[] osInfo = osInfoStr.Split(" | ");
string version = osInfo[0].Remove("Microsoft").Trim();
return(version.ToLower().Contains("windows 10") || version.ToLower().Contains("windows 11"));
}
public static void Kill()
{
if (lastAiProcess == null)
{
return;
}
try
{
AiProcessSuspend.SetRunning(false);
OsUtils.KillProcessTree(lastAiProcess.Id);
}
catch (Exception e)
{
Logger.Log($"Failed to kill currentAiProcess process tree: {e.Message}", true);
}
}
public static async Task RunRifeCudaProcess(string inPath, string outDir, string script, float interpFactor, string mdl)
{
string outPath = Path.Combine(inPath.GetParentDir(), outDir);
Directory.CreateDirectory(outPath);
string uhdStr = await InterpolateUtils.UseUhd() ? "--UHD" : "";
string wthreads = $"--wthreads {2 * (int)interpFactor}";
string rbuffer = $"--rbuffer {Config.GetInt(Config.Key.rifeCudaBufferSize, 200)}";
//string scale = $"--scale {Config.GetFloat("rifeCudaScale", 1.0f).ToStringDot()}";
string prec = Config.GetBool(Config.Key.rifeCudaFp16) ? "--fp16" : "";
string args = $" --input {inPath.Wrap()} --output {outDir} --model {mdl} --multi {interpFactor} {uhdStr} {wthreads} {rbuffer} {prec}";
Process rifePy = OsUtils.NewProcess(!OsUtils.ShowHiddenCmd());
AiStarted(rifePy, 3500);
SetProgressCheck(Path.Combine(Interpolate.current.tempFolder, outDir), interpFactor);
rifePy.StartInfo.Arguments = $"{OsUtils.GetCmdArg()} cd /D {Path.Combine(Paths.GetPkgPath(), Implementations.rifeCuda.pkgDir).Wrap()} & " +
$"set CUDA_VISIBLE_DEVICES={Config.Get(Config.Key.torchGpus)} & {Python.GetPyCmd()} {script} {args}";
Logger.Log($"Running RIFE (CUDA){(await InterpolateUtils.UseUhd() ? " (UHD Mode)" : "")}...", false);
Logger.Log("cmd.exe " + rifePy.StartInfo.Arguments, true);
if (!OsUtils.ShowHiddenCmd())
{
rifePy.OutputDataReceived += (sender, outLine) => { LogOutput(outLine.Data, "rife-cuda-log"); };
rifePy.ErrorDataReceived += (sender, outLine) => { LogOutput("[E] " + outLine.Data, "rife-cuda-log", true); };
}
rifePy.Start();
if (!OsUtils.ShowHiddenCmd())
{
rifePy.BeginOutputReadLine();
rifePy.BeginErrorReadLine();
}
while (!rifePy.HasExited)
{
await Task.Delay(1);
}
}
public static async Task RunXvfiCudaProcess(string inPath, string outDir, string script, float interpFactor, string mdlDir)
{
string pkgPath = Path.Combine(Paths.GetPkgPath(), Implementations.xvfiCuda.pkgDir);
string basePath = inPath.GetParentDir();
string outPath = Path.Combine(basePath, outDir);
Directory.CreateDirectory(outPath);
string mdlArgs = File.ReadAllText(Path.Combine(pkgPath, mdlDir, "args.ini"));
string args = $" --custom_path {basePath.Wrap()} --input {inPath.Wrap()} --output {outPath.Wrap()} --mdl_dir {mdlDir}" +
$" --multiple {interpFactor} --gpu 0 {mdlArgs}";
Process xvfiPy = OsUtils.NewProcess(!OsUtils.ShowHiddenCmd());
AiStarted(xvfiPy, 3500);
SetProgressCheck(Path.Combine(Interpolate.current.tempFolder, outDir), interpFactor);
xvfiPy.StartInfo.Arguments = $"{OsUtils.GetCmdArg()} cd /D {pkgPath.Wrap()} & " +
$"set CUDA_VISIBLE_DEVICES={Config.Get(Config.Key.torchGpus)} & {Python.GetPyCmd()} {script} {args}";
Logger.Log($"Running XVFI (CUDA)...", false);
Logger.Log("cmd.exe " + xvfiPy.StartInfo.Arguments, true);
if (!OsUtils.ShowHiddenCmd())
{
xvfiPy.OutputDataReceived += (sender, outLine) => { LogOutput(outLine.Data, "xvfi-cuda-log"); };
xvfiPy.ErrorDataReceived += (sender, outLine) => { LogOutput("[E] " + outLine.Data, "xvfi-cuda-log", true); };
}
xvfiPy.Start();
if (!OsUtils.ShowHiddenCmd())
{
xvfiPy.BeginOutputReadLine();
xvfiPy.BeginErrorReadLine();
}
while (!xvfiPy.HasExited)
{
await Task.Delay(1);
}
}
public static async Task CheckCompression()
{
if (HasEmbeddedPyFolder() && (Config.Get(Config.Key.compressedPyVersion) != Updater.GetInstalledVer().ToString()))
{
Program.mainForm.SetWorking(true, false);
Stopwatch sw = new Stopwatch();
sw.Restart();
try
{
bool shownPatienceMsg = false;
Logger.Log("Compressing python runtime. This only needs to be done once.");
compactOutput = "";
Process compact = OsUtils.NewProcess(true);
compact.StartInfo.Arguments = $"/C compact /C /S:{GetPyFolder().Wrap()} /EXE:LZX";
compact.OutputDataReceived += new DataReceivedEventHandler(CompactOutputHandler);
compact.ErrorDataReceived += new DataReceivedEventHandler(CompactOutputHandler);
compact.Start();
compact.BeginOutputReadLine();
compact.BeginErrorReadLine();
while (!compact.HasExited)
{
await Task.Delay(500);
if (sw.ElapsedMilliseconds > 10000)
{
Logger.Log($"This can take up to a few minutes, but only needs to be done once. (Elapsed: {FormatUtils.Time(sw.Elapsed)})", false, shownPatienceMsg);
shownPatienceMsg = true;
await Task.Delay(500);
}
}
Config.Set("compressedPyVersion", Updater.GetInstalledVer().ToString());
Logger.Log("Done compressing python runtime.");
Logger.WriteToFile(compactOutput, true, "compact");
}
catch { }
Program.mainForm.SetWorking(false);
}
}
static async Task RunRifeNcnnProcess(string inPath, float factor, string outPath, string mdl)
{
Directory.CreateDirectory(outPath);
Process rifeNcnn = OsUtils.NewProcess(!OsUtils.ShowHiddenCmd());
AiStarted(rifeNcnn, 1500, inPath);
SetProgressCheck(outPath, factor);
int targetFrames = ((IoUtils.GetAmountOfFiles(lastInPath, false, "*.*") * factor).RoundToInt()); // TODO: Maybe won't work with fractional factors ??
string frames = mdl.Contains("v4") ? $"-n {targetFrames}" : "";
string uhdStr = await InterpolateUtils.UseUhd() ? "-u" : "";
string ttaStr = Config.GetBool(Config.Key.rifeNcnnUseTta, false) ? "-x" : "";
rifeNcnn.StartInfo.Arguments = $"{OsUtils.GetCmdArg()} cd /D {Path.Combine(Paths.GetPkgPath(), Implementations.rifeNcnn.pkgDir).Wrap()} & rife-ncnn-vulkan.exe " +
$" -v -i {inPath.Wrap()} -o {outPath.Wrap()} {frames} -m {mdl.ToLower()} {ttaStr} {uhdStr} -g {Config.Get(Config.Key.ncnnGpus)} -f {GetNcnnPattern()} -j {GetNcnnThreads()}";
Logger.Log("cmd.exe " + rifeNcnn.StartInfo.Arguments, true);
if (!OsUtils.ShowHiddenCmd())
{
rifeNcnn.OutputDataReceived += (sender, outLine) => { LogOutput("[O] " + outLine.Data, "rife-ncnn-log"); };
rifeNcnn.ErrorDataReceived += (sender, outLine) => { LogOutput("[E] " + outLine.Data, "rife-ncnn-log", true); };
}
rifeNcnn.Start();
if (!OsUtils.ShowHiddenCmd())
{
rifeNcnn.BeginOutputReadLine();
rifeNcnn.BeginErrorReadLine();
}
while (!rifeNcnn.HasExited)
{
await Task.Delay(1);
}
}
static string GetPytorchVer()
{
try
{
Process py = OsUtils.NewProcess(true);
py.StartInfo.Arguments = "\"/C\" " + GetPyCmd() + " -c \"import torch; print(torch.__version__)\"";
Logger.Log("[DepCheck] CMD: " + py.StartInfo.Arguments);
py.Start();
py.WaitForExit();
string output = py.StandardOutput.ReadToEnd();
string err = py.StandardError.ReadToEnd();
if (!string.IsNullOrWhiteSpace(err))
{
output += "\n" + err;
}
Logger.Log("[DepCheck] Pytorch Check Output: " + output.Trim());
return(output);
}
catch
{
return("");
}
}
public static async Task RunDainNcnnProcess(string framesPath, string outPath, float factor, string mdl, int tilesize)
{
string dainDir = Path.Combine(Paths.GetPkgPath(), Implementations.dainNcnn.pkgDir);
Directory.CreateDirectory(outPath);
Process dain = OsUtils.NewProcess(!OsUtils.ShowHiddenCmd());
AiStarted(dain, 1500);
SetProgressCheck(outPath, factor);
int targetFrames = ((IoUtils.GetAmountOfFiles(lastInPath, false, "*.*") * factor).RoundToInt());
string args = $" -v -i {framesPath.Wrap()} -o {outPath.Wrap()} -n {targetFrames} -m {mdl.ToLower()}" +
$" -t {GetNcnnTilesize(tilesize)} -g {Config.Get(Config.Key.ncnnGpus)} -f {GetNcnnPattern()} -j 2:1:2";
dain.StartInfo.Arguments = $"{OsUtils.GetCmdArg()} cd /D {dainDir.Wrap()} & dain-ncnn-vulkan.exe {args}";
Logger.Log("Running DAIN...", false);
Logger.Log("cmd.exe " + dain.StartInfo.Arguments, true);
if (!OsUtils.ShowHiddenCmd())
{
dain.OutputDataReceived += (sender, outLine) => { LogOutput("[O] " + outLine.Data, "dain-ncnn-log"); };
dain.ErrorDataReceived += (sender, outLine) => { LogOutput("[E] " + outLine.Data, "dain-ncnn-log", true); };
}
dain.Start();
if (!OsUtils.ShowHiddenCmd())
{
dain.BeginOutputReadLine();
dain.BeginErrorReadLine();
}
while (!dain.HasExited)
{
await Task.Delay(100);
}
}
public static async Task AsyncUpdateCheck()
{
Version installed = GetInstalledVer();
Version latestPat = GetLatestVer(true);
Version latestFree = GetLatestVer(false);
Logger.Log($"You are running Flowframes {installed}. The latest Patreon version is {latestPat}, the latest free version is {latestFree}.");
string gpus = OsUtils.GetGpus().Remove("NVIDIA ").Remove("AMD ").Remove("Intel ");
if (installed.ToString() != "0.0.0")
{
Program.mainForm.Text = $"Flowframes {installed}";
}
else
{
Program.mainForm.Text = $"Flowframes [Unknown Version]";
}
if (!string.IsNullOrWhiteSpace(gpus.Trim()))
{
Program.mainForm.Text = $"{Program.mainForm.Text} [GPU: {gpus}]";
}
}
public static async Task SymlinksCheck()
{
if (!IsWin10Or11())
{
return;
}
bool silent = Config.GetBool("silentDevmodeCheck", true);
string ver = Updater.GetInstalledVer().ToString();
bool symlinksAllowed = Symlinks.SymlinksAllowed();
Logger.Log($"SymlinksAllowed: {symlinksAllowed}", true);
if (!symlinksAllowed && Config.Get(Config.Key.askedForDevModeVersion) != ver)
{
if (!silent)
{
MessageBox.Show("Flowframes will now enable Windows' Developer Mode which is required for video encoding improvements.\n\n" +
"This requires administrator privileges once.", "Message");
}
Logger.Log($"Trying to enable dev mode.", true);
string devmodeBatchPath = Path.Combine(Paths.GetDataPath(), "devmode.bat");
File.WriteAllText(devmodeBatchPath, Properties.Resources.devmode);
Process devmodeProc = OsUtils.NewProcess(true);
devmodeProc.StartInfo.Arguments = $"/C {devmodeBatchPath.Wrap()}";
devmodeProc.Start();
while (!devmodeProc.HasExited)
{
await Task.Delay(100);
}
bool symlinksWorksNow = false;
for (int retries = 8; retries > 0; retries--)
{
symlinksWorksNow = Symlinks.SymlinksAllowed();
if (symlinksWorksNow)
{
break;
}
await Task.Delay(500);
}
if (!symlinksWorksNow)
{
if (!silent)
{
MessageBox.Show("Failed to enable developer mode - Perhaps you do not have sufficient privileges.\n\n" +
"Without Developer Mode, video encoding will be noticably slower.\n\nYou can still try enabling " +
"it manually in the Windows 10 Settings:\nSettings -> Update & security -> For developers -> Developer mode.", "Message");
}
Logger.Log("Failed to enable dev mode.", true);
Config.Set("askedForDevModeVersion", ver);
}
else
{
Logger.Log("Enabled Windows Developer Mode.", silent);
}
IoUtils.TryDeleteIfExists(devmodeBatchPath);
}
}
public static void SuspendResumeAi(bool freeze, bool excludeCmd = true)
{
if (AiProcess.lastAiProcess == null || AiProcess.lastAiProcess.HasExited)
{
return;
}
Process currProcess = AiProcess.lastAiProcess;
Logger.Log($"{(freeze ? "Suspending" : "Resuming")} main process ({currProcess.StartInfo.FileName} {currProcess.StartInfo.Arguments})", true);
if (freeze)
{
List <Process> procs = new List <Process>();
procs.Add(currProcess);
foreach (var subProc in OsUtils.GetChildProcesses(currProcess))
{
procs.Add(subProc);
}
aiProcFrozen = true;
SetPauseButtonStyle(true);
AiProcess.processTime.Stop();
foreach (Process process in procs)
{
if (process == null || process.HasExited)
{
continue;
}
if (excludeCmd && (process.ProcessName == "conhost" || process.ProcessName == "cmd"))
{
continue;
}
Logger.Log($"Suspending {process.ProcessName}", true);
process.Suspend();
suspendedProcesses.Add(process);
}
}
else
{
aiProcFrozen = false;
SetPauseButtonStyle(false);
AiProcess.processTime.Start();
foreach (Process process in new List <Process>(suspendedProcesses)) // We MUST clone the list here since we modify it in the loop!
{
if (process == null || process.HasExited)
{
continue;
}
Logger.Log($"Resuming {process.ProcessName}", true);
process.Resume();
suspendedProcesses.Remove(process);
}
}
}
