public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
PipeLaunchOptions pipeOptions = (PipeLaunchOptions)options;
if (!LocalLaunchOptions.CheckDirectoryPath(pipeOptions.PipeCwd))
{
throw new ArgumentException(String.Format(CultureInfo.CurrentCulture, MICoreResources.Error_InvalidLocalDirectoryPath, pipeOptions.PipeCwd));
}
if (!LocalLaunchOptions.CheckFilePath(pipeOptions.PipePath))
{
throw new ArgumentException(String.Format(CultureInfo.CurrentCulture, MICoreResources.Error_InvalidLocalExePath, pipeOptions.PipePath));
}
_cmdArgs = pipeOptions.PipeCommandArguments;
Process proc = new Process();
_pipePath = pipeOptions.PipePath;
proc.StartInfo.FileName = pipeOptions.PipePath;
proc.StartInfo.Arguments = pipeOptions.PipeArguments;
proc.StartInfo.WorkingDirectory = pipeOptions.PipeCwd;
foreach (EnvironmentEntry entry in pipeOptions.PipeEnvironment)
{
proc.StartInfo.SetEnvironmentVariable(entry.Name, entry.Value);
}
InitProcess(proc, out reader, out writer);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
string miDebuggerDir = System.IO.Path.GetDirectoryName(localOptions.MIDebuggerPath);
Process proc = new Process();
proc.StartInfo.FileName = localOptions.MIDebuggerPath;
proc.StartInfo.Arguments = localOptions.GetMiDebuggerArgs();
// LLDB has the -environment-cd mi command that is used to set the working dir for gdb/clrdbg, but it doesn't work.
// So, set lldb's working dir to the user's requested folder before launch.
proc.StartInfo.WorkingDirectory = options.DebuggerMIMode == MIMode.Lldb ? options.WorkingDirectory : miDebuggerDir;
// On Windows, GDB locally requires that the directory be on the PATH, being the working directory isn't good enough
if (PlatformUtilities.IsWindows() &&
options.DebuggerMIMode == MIMode.Gdb)
{
string path = proc.StartInfo.GetEnvironmentVariable("PATH");
path = (string.IsNullOrEmpty(path) ? miDebuggerDir : path + ";" + miDebuggerDir);
proc.StartInfo.SetEnvironmentVariable("PATH", path);
}
// Only pass the environment to launch clrdbg. For other modes, there are commands that set the environment variables
// directly for the debuggee.
if (options.DebuggerMIMode == MIMode.Clrdbg)
{
foreach (EnvironmentEntry entry in localOptions.Environment)
{
proc.StartInfo.SetEnvironmentVariable(entry.Name, entry.Value);
}
}
InitProcess(proc, out reader, out writer);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
string miDebuggerDir = System.IO.Path.GetDirectoryName(localOptions.MIDebuggerPath);
Process proc = new Process();
proc.StartInfo.FileName = localOptions.MIDebuggerPath;
proc.StartInfo.Arguments = "--interpreter=mi";
proc.StartInfo.WorkingDirectory = miDebuggerDir;
// On Windows, GDB locally requires that the directory be on the PATH, being the working directory isn't good enough
if (PlatformUtilities.IsWindows() &&
options.DebuggerMIMode == MIMode.Gdb)
{
string path = proc.StartInfo.GetEnvironmentVariable("PATH");
path = (string.IsNullOrEmpty(path) ? miDebuggerDir : path + ";" + miDebuggerDir);
proc.StartInfo.SetEnvironmentVariable("PATH", path);
}
foreach (EnvironmentEntry entry in localOptions.Environment)
{
proc.StartInfo.SetEnvironmentVariable(entry.Name, entry.Value);
}
InitProcess(proc, out reader, out writer);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
string miDebuggerDir = System.IO.Path.GetDirectoryName(localOptions.MIDebuggerPath);
Process proc = new Process();
proc.StartInfo.FileName = localOptions.MIDebuggerPath;
proc.StartInfo.Arguments = "--interpreter=mi";
proc.StartInfo.WorkingDirectory = miDebuggerDir;
// On Windows, GDB locally requires that the directory be on the PATH, being the working directory isn't good enough
if (RuntimeInformation.IsOSPlatform(OSPlatform.Windows) &&
options.DebuggerMIMode == MIMode.Gdb &&
proc.StartInfo.Environment.ContainsKey("PATH"))
{
proc.StartInfo.Environment["PATH"] = proc.StartInfo.Environment["PATH"] + ";" + miDebuggerDir;
}
foreach (EnvironmentEntry entry in localOptions.Environment)
{
proc.StartInfo.Environment.Add(entry.Name, entry.Value);
}
InitProcess(proc, out reader, out writer);
}
internal static string GetDebuggerCommand(LocalLaunchOptions localOptions)
{
if (PlatformUtilities.IsLinux())
{
string debuggerPathCorrectElevation = localOptions.MIDebuggerPath;
// If running as root, make sure the new console is also root.
bool isRoot = UnixNativeMethods.GetEUid() == 0;
// If the system doesn't allow a non-root process to attach to another process, try to run GDB as root
if (localOptions.ProcessId != 0 && !isRoot && UnixUtilities.GetRequiresRootAttach(localOptions.DebuggerMIMode))
{
// Prefer pkexec for a nice graphical prompt, but fall back to sudo if it's not available
if (File.Exists(UnixUtilities.PKExecPath))
{
debuggerPathCorrectElevation = String.Concat(UnixUtilities.PKExecPath, " ", debuggerPathCorrectElevation);
}
else if (File.Exists(UnixUtilities.SudoPath))
{
debuggerPathCorrectElevation = String.Concat(UnixUtilities.SudoPath, " ", debuggerPathCorrectElevation);
}
else
{
Debug.Fail("Root required to attach, but no means of elevating available!");
}
}
return debuggerPathCorrectElevation;
}
else
{
return localOptions.MIDebuggerPath;
}
}
static internal LocalLaunchOptions CreateFromXml(Xml.LaunchOptions.LocalLaunchOptions source)
{
var options = new LocalLaunchOptions(RequireAttribute(source.MIDebuggerPath, "MIDebuggerPath"), source.MIDebuggerServerAddress);
options.InitializeCommonOptions(source);
return(options);
}
public override bool UseExternalConsoleForLocalLaunch(LocalLaunchOptions localLaunchOptions)
{
// NOTE: On Linux at least, there are issues if we try to have GDB launch the process as a child of VS
// code -- it will cause a deadlock during debuggee launch. So we always use the external console
// unless we are in a scenario where the debuggee will not be a child process. In the future we
// might want to change this for other OSs.
return(String.IsNullOrEmpty(localLaunchOptions.MIDebuggerServerAddress) && !localLaunchOptions.IsCoreDump);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
Process proc = new Process();
proc.StartInfo.FileName = localOptions.MIDebuggerPath;
proc.StartInfo.Arguments = "--interpreter=mi";
proc.StartInfo.WorkingDirectory = System.IO.Path.GetDirectoryName(localOptions.MIDebuggerPath);
InitProcess(proc, out reader, out writer);
}
public override bool UseExternalConsoleForLocalLaunch(LocalLaunchOptions localLaunchOptions)
{
// NOTE: On Linux, there are issues if we try to have GDB launch the process as a child of VS
// code -- it will cause a deadlock during debuggee launch. So we always use the external console
// unless we are in a scenario where the debuggee will not be a child process.
if (PlatformUtilities.IsLinux())
{
return(String.IsNullOrEmpty(localLaunchOptions.MIDebuggerServerAddress) && !localLaunchOptions.IsCoreDump);
}
else
{
return(base.UseExternalConsoleForLocalLaunch(localLaunchOptions));
}
}
private bool GetRequiresRootAttach(LocalLaunchOptions localOptions)
{
if (localOptions.DebuggerMIMode != MIMode.Clrdbg)
{
// If "ptrace_scope" is a value other than 0, only root can attach to arbitrary processes
if (this.GetPtraceScope() != 0)
{
return(true); // Attaching to any non-child process requires root
}
}
// TODO: detect if the target is under a different user and if so return true
return(false);
}
public override bool UseExternalConsoleForLocalLaunch(LocalLaunchOptions localLaunchOptions)
{
// NOTE: On Linux, there are issues if we try to have GDB launch the process as a child of VS
// code -- it will cause a deadlock during debuggee launch. So we always use the external console
// unless we are in a scenario where the debuggee will not be a child process.
if (PlatformUtilities.IsLinux())
{
return String.IsNullOrEmpty(localLaunchOptions.MIDebuggerServerAddress) && !localLaunchOptions.IsCoreDump;
}
else
{
return base.UseExternalConsoleForLocalLaunch(localLaunchOptions);
}
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
string miDebuggerDir = System.IO.Path.GetDirectoryName(localOptions.MIDebuggerPath);
Process proc = new Process();
proc.StartInfo.FileName = localOptions.DebugServer;
proc.StartInfo.Arguments = localOptions.DebugServerArgs;
proc.StartInfo.WorkingDirectory = miDebuggerDir;
_startPattern = localOptions.ServerStarted;
_messagePrefix = Path.GetFileNameWithoutExtension(localOptions.DebugServer);
InitProcess(proc, out reader, out writer);
}
static internal LocalLaunchOptions CreateFromXml(Xml.LaunchOptions.LocalLaunchOptions source)
{
string miDebuggerPath = source.MIDebuggerPath;
// If no path to the debugger was specified, look for the proper binary in the user's $PATH
if (String.IsNullOrEmpty(miDebuggerPath))
{
string debuggerBinary = null;
switch (source.MIMode)
{
case Xml.LaunchOptions.MIMode.gdb:
debuggerBinary = "gdb";
break;
case Xml.LaunchOptions.MIMode.lldb:
debuggerBinary = "lldb-mi";
break;
}
if (!String.IsNullOrEmpty(debuggerBinary))
{
miDebuggerPath = LocalLaunchOptions.ResolveFromPath(debuggerBinary);
}
if (String.IsNullOrEmpty(miDebuggerPath))
{
throw new InvalidLaunchOptionsException(MICoreResources.Error_NoMiDebuggerPath);
}
}
var options = new LocalLaunchOptions(
RequireAttribute(miDebuggerPath, "MIDebuggerPath"),
source.MIDebuggerServerAddress,
source.Environment);
options.InitializeCommonOptions(source);
options.InitializeServerOptions(source);
options._useExternalConsole = source.ExternalConsole;
// when using local options the core dump path must check out
if (options.IsCoreDump && !LocalLaunchOptions.CheckPath(options.CoreDumpPath))
{
throw new ArgumentException(String.Format(CultureInfo.CurrentCulture, MICoreResources.Error_InvalidLocalExePath, options.CoreDumpPath));
}
return(options);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
PipeLaunchOptions pipeOptions = (PipeLaunchOptions)options;
string workingDirectory = pipeOptions.PipeCwd;
if (!string.IsNullOrWhiteSpace(workingDirectory))
{
if (!LocalLaunchOptions.CheckDirectoryPath(workingDirectory))
{
throw new ArgumentException(String.Format(CultureInfo.CurrentCulture, MICoreResources.Error_InvalidLocalDirectoryPath, workingDirectory));
}
}
else
{
workingDirectory = Path.GetDirectoryName(pipeOptions.PipePath);
if (!LocalLaunchOptions.CheckDirectoryPath(workingDirectory))
{
// If provided PipeCwd is not an absolute path, the working directory will be set to null.
workingDirectory = null;
}
}
if (string.IsNullOrWhiteSpace(pipeOptions.PipePath))
{
throw new ArgumentException(MICoreResources.Error_EmptyPipePath);
}
_cmdArgs = pipeOptions.PipeCommandArguments;
Process proc = new Process();
_pipePath = pipeOptions.PipePath;
proc.StartInfo.FileName = pipeOptions.PipePath;
proc.StartInfo.Arguments = pipeOptions.PipeArguments;
proc.StartInfo.WorkingDirectory = workingDirectory;
foreach (EnvironmentEntry entry in pipeOptions.PipeEnvironment)
{
proc.StartInfo.SetEnvironmentVariable(entry.Name, entry.Value);
}
InitProcess(proc, out reader, out writer);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
string miDebuggerDir = System.IO.Path.GetDirectoryName(localOptions.MIDebuggerPath);
Process proc = new Process();
proc.StartInfo.FileName = localOptions.MIDebuggerPath;
proc.StartInfo.Arguments = "--interpreter=mi";
proc.StartInfo.WorkingDirectory = miDebuggerDir;
//GDB locally requires that the directory be on the PATH, being the working directory isn't good enough
if (proc.StartInfo.EnvironmentVariables.ContainsKey("PATH"))
{
proc.StartInfo.EnvironmentVariables["PATH"] = proc.StartInfo.EnvironmentVariables["PATH"] + ";" + miDebuggerDir;
}
InitProcess(proc, out reader, out writer);
}
static internal LocalLaunchOptions CreateFromXml(Xml.LaunchOptions.LocalLaunchOptions source)
{
var options = new LocalLaunchOptions(
RequireAttribute(source.MIDebuggerPath, "MIDebuggerPath"),
source.MIDebuggerServerAddress,
source.ProcessId,
source.Environment);
options.InitializeCommonOptions(source);
options.InitializeServerOptions(source);
options.CoreDumpPath = source.CoreDumpPath;
options._useExternalConsole = source.ExternalConsole;
// Ensure that CoreDumpPath and ProcessId are not specified at the same time
if (!String.IsNullOrEmpty(source.CoreDumpPath) && source.ProcessId != 0)
{
throw new InvalidLaunchOptionsException(String.Format(CultureInfo.InvariantCulture, MICoreResources.Error_CannotSpecifyBoth, nameof(source.CoreDumpPath), nameof(source.ProcessId)));
}
return(options);
}
internal static string GetDebuggerCommand(LocalLaunchOptions localOptions)
{
string quotedDebuggerPath = String.Format(CultureInfo.InvariantCulture, "\"{0}\"", localOptions.MIDebuggerPath);
if (PlatformUtilities.IsLinux())
{
string debuggerPathCorrectElevation = quotedDebuggerPath;
string prompt = string.Empty;
// If running as root, make sure the new console is also root.
bool isRoot = UnixNativeMethods.GetEUid() == 0;
// If the system doesn't allow a non-root process to attach to another process, try to run GDB as root
if (localOptions.ProcessId.HasValue && !isRoot && UnixUtilities.GetRequiresRootAttach(localOptions.DebuggerMIMode))
{
prompt = String.Format(CultureInfo.CurrentCulture, "echo -n '{0}'; read yn; if [ \"$yn\" != 'y' ] && [ \"$yn\" != 'Y' ] ; then exit 1; fi; ", MICoreResources.Warn_AttachAsRootProcess);
// Prefer pkexec for a nice graphical prompt, but fall back to sudo if it's not available
if (File.Exists(UnixUtilities.PKExecPath))
{
debuggerPathCorrectElevation = String.Concat(UnixUtilities.PKExecPath, " ", debuggerPathCorrectElevation);
}
else if (File.Exists(UnixUtilities.SudoPath))
{
debuggerPathCorrectElevation = String.Concat(UnixUtilities.SudoPath, " ", debuggerPathCorrectElevation);
}
else
{
Debug.Fail("Root required to attach, but no means of elevating available!");
}
}
return(String.Concat(prompt, debuggerPathCorrectElevation));
}
else
{
return(quotedDebuggerPath);
}
}
internal static string GetDebuggerCommand(LocalLaunchOptions localOptions)
{
if (PlatformUtilities.IsLinux())
{
string debuggerPathCorrectElevation = localOptions.MIDebuggerPath;
string prompt = string.Empty;
// If running as root, make sure the new console is also root.
bool isRoot = UnixNativeMethods.GetEUid() == 0;
// If the system doesn't allow a non-root process to attach to another process, try to run GDB as root
if (localOptions.ProcessId != 0 && !isRoot && UnixUtilities.GetRequiresRootAttach(localOptions.DebuggerMIMode))
{
prompt = String.Format(CultureInfo.CurrentCulture, "read -n 1 -p \\\"{0}\\\" yn; if [[ ! $yn =~ ^[Yy]$ ]] ; then exit 0; fi; ", MICoreResources.Warn_AttachAsRootProcess);
// Prefer pkexec for a nice graphical prompt, but fall back to sudo if it's not available
if (File.Exists(UnixUtilities.PKExecPath))
{
debuggerPathCorrectElevation = String.Concat(UnixUtilities.PKExecPath, " ", debuggerPathCorrectElevation);
}
else if (File.Exists(UnixUtilities.SudoPath))
{
debuggerPathCorrectElevation = String.Concat(UnixUtilities.SudoPath, " ", debuggerPathCorrectElevation);
}
else
{
Debug.Fail("Root required to attach, but no means of elevating available!");
}
}
return String.Concat(prompt, debuggerPathCorrectElevation);
}
else
{
return localOptions.MIDebuggerPath;
}
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
string miDebuggerDir = System.IO.Path.GetDirectoryName(localOptions.MIDebuggerPath);
Process proc = new Process();
proc.StartInfo.FileName = localOptions.MIDebuggerPath;
proc.StartInfo.Arguments = localOptions.GetMiDebuggerArgs();
// LLDB has the -environment-cd mi command that is used to set the working dir for gdb, but it doesn't work.
// So, set lldb's working dir to the user's requested folder before launch.
proc.StartInfo.WorkingDirectory = options.DebuggerMIMode == MIMode.Lldb ? options.WorkingDirectory : miDebuggerDir;
// On Windows, GDB locally requires that the directory be on the PATH, being the working directory isn't good enough
if (PlatformUtilities.IsWindows() &&
options.DebuggerMIMode == MIMode.Gdb)
{
string path = proc.StartInfo.GetEnvironmentVariable("PATH");
path = (string.IsNullOrEmpty(path) ? miDebuggerDir : path + ";" + miDebuggerDir);
proc.StartInfo.SetEnvironmentVariable("PATH", path);
}
// Allow to execute custom commands before launching debugger.
// For ex., instructing GDB not to break for certain signals
if (options.DebuggerMIMode == MIMode.Gdb && !string.IsNullOrWhiteSpace(options.WorkingDirectory))
{
var gdbInitFile = Path.Combine(options.WorkingDirectory, ".gdbinit");
if (File.Exists(gdbInitFile))
{
proc.StartInfo.Arguments += " -x \"" + gdbInitFile + "\"";
}
}
InitProcess(proc, out reader, out writer);
}
/// <summary>
/// Determines if a new external console should be spawned on non-Windows platforms for the debugger+app
/// </summary>
/// <param name="localLaunchOptions">[required] local launch options</param>
/// <returns>True if an external console should be used</returns>
public virtual bool UseExternalConsoleForLocalLaunch(LocalLaunchOptions localLaunchOptions)
{
return localLaunchOptions.UseExternalConsole && String.IsNullOrEmpty(localLaunchOptions.MIDebuggerServerAddress) && !localLaunchOptions.IsCoreDump;
}
public static LaunchOptions GetInstance(string registryRoot, string exePath, string args, string dir, string options, IDeviceAppLauncherEventCallback eventCallback, TargetEngine targetEngine)
{
if (string.IsNullOrWhiteSpace(exePath))
{
throw new ArgumentNullException("exePath");
}
if (string.IsNullOrWhiteSpace(options))
{
throw new InvalidLaunchOptionsException(MICoreResources.Error_StringIsNullOrEmpty);
}
if (string.IsNullOrEmpty(registryRoot))
{
throw new ArgumentNullException("registryRoot");
}
Logger.WriteTextBlock("LaunchOptions", options);
LaunchOptions launchOptions = null;
Guid clsidLauncher = Guid.Empty;
object launcherXmlOptions = null;
try
{
using (XmlReader reader = OpenXml(options))
{
switch (reader.LocalName)
{
case "LocalLaunchOptions":
{
var serializer = new Microsoft.Xml.Serialization.GeneratedAssembly.LocalLaunchOptionsSerializer();
var xmlLaunchOptions = (Xml.LaunchOptions.LocalLaunchOptions)Deserialize(serializer, reader);
launchOptions = LocalLaunchOptions.CreateFromXml(xmlLaunchOptions);
}
break;
case "SerialPortLaunchOptions":
{
var serializer = new Microsoft.Xml.Serialization.GeneratedAssembly.SerialPortLaunchOptionsSerializer();
var xmlLaunchOptions = (Xml.LaunchOptions.SerialPortLaunchOptions)Deserialize(serializer, reader);
launchOptions = SerialLaunchOptions.CreateFromXml(xmlLaunchOptions);
}
break;
case "PipeLaunchOptions":
{
var serializer = new Microsoft.Xml.Serialization.GeneratedAssembly.PipeLaunchOptionsSerializer();
var xmlLaunchOptions = (Xml.LaunchOptions.PipeLaunchOptions)Deserialize(serializer, reader);
launchOptions = PipeLaunchOptions.CreateFromXml(xmlLaunchOptions);
}
break;
case "TcpLaunchOptions":
{
var serializer = new Microsoft.Xml.Serialization.GeneratedAssembly.TcpLaunchOptionsSerializer();
var xmlLaunchOptions = (Xml.LaunchOptions.TcpLaunchOptions)Deserialize(serializer, reader);
launchOptions = TcpLaunchOptions.CreateFromXml(xmlLaunchOptions);
}
break;
case "IOSLaunchOptions":
{
var serializer = new Microsoft.Xml.Serialization.GeneratedAssembly.IOSLaunchOptionsSerializer();
launcherXmlOptions = Deserialize(serializer, reader);
clsidLauncher = new Guid("316783D1-1824-4847-B3D3-FB048960EDCF");
}
break;
case "AndroidLaunchOptions":
{
var serializer = new Microsoft.Xml.Serialization.GeneratedAssembly.AndroidLaunchOptionsSerializer();
launcherXmlOptions = Deserialize(serializer, reader);
clsidLauncher = new Guid("C9A403DA-D3AA-4632-A572-E81FF6301E9B");
}
break;
default:
{
throw new XmlException(string.Format(CultureInfo.CurrentCulture, MICoreResources.Error_UnknownXmlElement, reader.LocalName));
}
}
// Read any remaining bits of XML to catch other errors
while (reader.NodeType != XmlNodeType.None)
{
reader.Read();
}
}
}
catch (XmlException e)
{
throw new InvalidLaunchOptionsException(e.Message);
}
if (clsidLauncher != Guid.Empty)
{
launchOptions = ExecuteLauncher(registryRoot, clsidLauncher, exePath, args, dir, launcherXmlOptions, eventCallback, targetEngine);
}
if (targetEngine == TargetEngine.Native)
{
if (launchOptions.ExePath == null)
{
launchOptions.ExePath = exePath;
}
}
if (string.IsNullOrEmpty(launchOptions.ExeArguments))
{
launchOptions.ExeArguments = args;
}
if (string.IsNullOrEmpty(launchOptions.WorkingDirectory))
{
launchOptions.WorkingDirectory = dir;
}
if (launchOptions._setupCommands == null)
{
launchOptions._setupCommands = new List <LaunchCommand>(capacity: 0).AsReadOnly();
}
launchOptions._initializationComplete = true;
return(launchOptions);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
if (!this.IsValidMiDebuggerPath(localOptions.MIDebuggerPath))
{
throw new Exception(MICoreResources.Error_InvalidMiDebuggerPath);
}
// Default working directory is next to the app
string debuggeeDir;
if (Path.IsPathRooted(options.ExePath) && File.Exists(options.ExePath))
{
debuggeeDir = System.IO.Path.GetDirectoryName(options.ExePath);
}
else
{
// If we don't know where the app is, default to HOME, and if we somehow can't get that, go with the root directory.
debuggeeDir = Environment.GetEnvironmentVariable("HOME");
if (string.IsNullOrEmpty(debuggeeDir))
{
debuggeeDir = "/";
}
}
_gdbStdInName = Path.Combine(Path.GetTempPath(), FifoPrefix + Path.GetRandomFileName());
_gdbStdOutName = Path.Combine(Path.GetTempPath(), FifoPrefix + Path.GetRandomFileName());
MakeGdbFifo(_gdbStdInName);
MakeGdbFifo(_gdbStdOutName);
_fifoWatcher = new FileSystemWatcher(Path.GetTempPath(), FifoPrefix + "*");
_fifoWatcher.Deleted += FifoWatcher_Deleted;
_fifoWatcher.EnableRaisingEvents = true;
// Setup the streams on the fifos as soon as possible.
System.IO.FileStream gdbStdInStream = new FileStream(_gdbStdInName, FileMode.Open);
System.IO.FileStream gdbStdOutStream = new FileStream(_gdbStdOutName, FileMode.Open);
// If running as root, make sure the new console is also root.
bool isRoot = LinuxNativeMethods.GetEUid() == 0;
// Check and see if gnome-terminal exists. If not, fall back to xterm
string terminalCmd, bashCommandPrefix;
if (File.Exists(GnomeTerminalPath))
{
terminalCmd = GnomeTerminalPath;
bashCommandPrefix = "--title DebuggerTerminal -x";
}
else
{
terminalCmd = XTermPath;
bashCommandPrefix = "-title DebuggerTerminal -e";
}
// Spin up a new bash shell, cd to the working dir, execute a tty command to get the shell tty and store it
// start the debugger in mi mode setting the tty to the terminal defined earlier and redirect stdin/stdout
// to the correct pipes. After gdb exits, cleanup the FIFOs. This is done using the trap command to add a
// signal handler for SIGHUP on the console (executing the two rm commands)
//
// NOTE: sudo launch requires sudo or the terminal will fail to launch. The first argument must then be the terminal path
// TODO: this should be configurable in launch options to allow for other terminals with a default of gnome-terminal so the user can change the terminal
// command. Note that this is trickier than it sounds since each terminal has its own set of parameters. For now, rely on remote for those scenarios
Process terminalProcess = new Process();
terminalProcess.StartInfo.CreateNoWindow = false;
terminalProcess.StartInfo.UseShellExecute = false;
terminalProcess.StartInfo.WorkingDirectory = debuggeeDir;
terminalProcess.StartInfo.FileName = !isRoot ? terminalCmd : SudoPath;
string debuggerCmd = localOptions.MIDebuggerPath;
// If the system doesn't allow a non-root process to attach to another process, try to run GDB as root
if (localOptions.ProcessId != 0 && !isRoot && GetRequiresRootAttach(localOptions))
{
// Prefer pkexec for a nice graphical prompt, but fall back to sudo if it's not available
if (File.Exists(LocalLinuxTransport.PKExecPath))
{
debuggerCmd = String.Concat(LocalLinuxTransport.PKExecPath, " ", debuggerCmd);
}
else if (File.Exists(LocalLinuxTransport.SudoPath))
{
debuggerCmd = String.Concat(LocalLinuxTransport.SudoPath, " ", debuggerCmd);
}
else
{
Debug.Fail("Root required to attach, but no means of elevating available!");
}
}
string argumentString = string.Format(CultureInfo.InvariantCulture,
"{4} bash -c \"cd {0}; DbgTerm=`tty`; trap 'rm {2}; rm {3}' EXIT; {1} --interpreter=mi --tty=$DbgTerm < {2} > {3};\"",
debuggeeDir,
debuggerCmd,
_gdbStdInName,
_gdbStdOutName,
bashCommandPrefix
);
terminalProcess.StartInfo.Arguments = !isRoot ? argumentString : String.Concat(terminalCmd, " ", argumentString);
Logger?.WriteLine("LocalLinuxTransport command: " + terminalProcess.StartInfo.FileName + " " + terminalProcess.StartInfo.Arguments);
if (localOptions.Environment != null)
{
foreach (EnvironmentEntry entry in localOptions.Environment)
{
terminalProcess.StartInfo.Environment.Add(entry.Name, entry.Value);
}
}
terminalProcess.Start();
// The in/out names are confusing in this case as they are relative to gdb.
// What that means is the names are backwards wrt miengine hence the reader
// being the writer and vice-versa
writer = new StreamWriter(gdbStdInStream);
reader = new StreamReader(gdbStdOutStream);
}
/// <summary>
/// Determines if a new external console should be spawned on non-Windows platforms for the debugger+app
/// </summary>
/// <param name="localLaunchOptions">[required] local launch options</param>
/// <returns>True if an external console should be used</returns>
public virtual bool UseExternalConsoleForLocalLaunch(LocalLaunchOptions localLaunchOptions)
{
return(localLaunchOptions.UseExternalConsole && String.IsNullOrEmpty(localLaunchOptions.MIDebuggerServerAddress) && !localLaunchOptions.IsCoreDump);
}
internal static LocalLaunchOptions CreateFromXml(Xml.LaunchOptions.LocalLaunchOptions source)
{
var options = new LocalLaunchOptions(RequireAttribute(source.MIDebuggerPath, "MIDebuggerPath"), source.MIDebuggerServerAddress);
options.InitializeCommonOptions(source);
return options;
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
string debuggeeDir = System.IO.Path.GetDirectoryName(options.ExePath);
string gdbStdInName = Path.Combine(Path.GetTempPath(), Path.GetRandomFileName());
string gdbStdOutName = Path.Combine(Path.GetTempPath(), Path.GetRandomFileName());
MakeGdbFifo(gdbStdInName);
MakeGdbFifo(gdbStdOutName);
// Setup the streams on the fifos as soon as possible.
System.IO.FileStream gdbStdInStream = new FileStream(gdbStdInName, FileMode.Open);
System.IO.FileStream gdbStdOutStream = new FileStream(gdbStdOutName, FileMode.Open);
// If running as root, make sure the new console is also root.
bool isRoot = NativeMethods.GetEUid() == 0;
// Spin up a new bash shell, cd to the working dir, execute a tty command to get the shell tty and store it
// start the debugger in mi mode setting the tty to the terminal defined earlier and redirect stdin/stdout
// to the correct pipes. After gdb exits, cleanup the FIFOs.
//
// NOTE: sudo launch requires sudo or the terminal will fail to launch. The first argument must then be the terminal path
// TODO: this should be configurable in launch options to allow for other terminals with a default of gnome-terminal so the user can change the terminal
// command. Note that this is trickier than it sounds since each terminal has its own set of parameters. For now, rely on remote for those scenarios
string terminalPath = "/usr/bin/gnome-terminal";
string sudoPath = "/usr/bin/sudo";
Process terminalProcess = new Process();
terminalProcess.StartInfo.CreateNoWindow = false;
terminalProcess.StartInfo.UseShellExecute = false;
terminalProcess.StartInfo.WorkingDirectory = debuggeeDir;
terminalProcess.StartInfo.FileName = !isRoot ? terminalPath : sudoPath;
string argumentString = string.Format(System.Globalization.CultureInfo.InvariantCulture,
"--title DebuggerTerminal -x bash -c \"cd {0}; DbgTerm=`tty`; {1} --interpreter=mi --tty=$DbgTerm < {2} > {3}; rm {2}; rm {3} ;\"",
debuggeeDir,
localOptions.MIDebuggerPath,
gdbStdInName,
gdbStdOutName
);
terminalProcess.StartInfo.Arguments = !isRoot ? argumentString : String.Concat(terminalPath, " ", argumentString);
Logger.WriteLine(terminalProcess.StartInfo.Arguments);
if (localOptions.Environment != null)
{
foreach (EnvironmentEntry entry in localOptions.Environment)
{
terminalProcess.StartInfo.Environment.Add(entry.Name, entry.Value);
}
}
terminalProcess.Start();
// The in/out names are confusing in this case as they are relative to gdb.
// What that means is the names are backwards wrt miengine hence the reader
// being the writer and vice-versa
writer = new StreamWriter(gdbStdInStream);
reader = new StreamReader(gdbStdOutStream);
}
public override void InitStreams(LaunchOptions options, out StreamReader reader, out StreamWriter writer)
{
LocalLaunchOptions localOptions = (LocalLaunchOptions)options;
// Default working directory is next to the app
string debuggeeDir;
if (Path.IsPathRooted(options.ExePath) && File.Exists(options.ExePath))
{
debuggeeDir = Path.GetDirectoryName(options.ExePath);
}
else
{
// If we don't know where the app is, default to HOME, and if we somehow can't get that, go with the root directory.
debuggeeDir = Environment.GetEnvironmentVariable("HOME");
if (string.IsNullOrEmpty(debuggeeDir))
{
debuggeeDir = "/";
}
}
_dbgStdInName = UnixUtilities.MakeFifo(Logger);
_dbgStdOutName = UnixUtilities.MakeFifo(Logger);
string pidFifo = UnixUtilities.MakeFifo(Logger);
// Used for testing
Logger?.WriteLine(string.Concat("TempFile=", _dbgStdInName));
Logger?.WriteLine(string.Concat("TempFile=", _dbgStdOutName));
Logger?.WriteLine(string.Concat("TempFile=", pidFifo));
// Setup the streams on the fifos as soon as possible.
FileStream dbgStdInStream = new FileStream(_dbgStdInName, FileMode.Open);
FileStream dbgStdOutStream = new FileStream(_dbgStdOutName, FileMode.Open);
FileStream pidStream = new FileStream(pidFifo, FileMode.Open);
string debuggerCmd = UnixUtilities.GetDebuggerCommand(localOptions);
string launchDebuggerCommand = UnixUtilities.LaunchLocalDebuggerCommand(
debuggeeDir,
_dbgStdInName,
_dbgStdOutName,
pidFifo,
debuggerCmd);
// Only pass the environment to launch clrdbg. For other modes, there are commands that set the environment variables
// directly for the debuggee.
ReadOnlyCollection <EnvironmentEntry> environmentForDebugger = localOptions.DebuggerMIMode == MIMode.Clrdbg ?
localOptions.Environment :
new ReadOnlyCollection <EnvironmentEntry>(new EnvironmentEntry[] { });;
TerminalLauncher terminal = TerminalLauncher.MakeTerminal("DebuggerTerminal", launchDebuggerCommand, localOptions.Environment);
terminal.Launch(debuggeeDir);
int shellPid = -1;
using (StreamReader pidReader = new StreamReader(pidStream, Encoding.UTF8, true, UnixUtilities.StreamBufferSize))
{
Task <string> readShellPidTask = pidReader.ReadLineAsync();
if (readShellPidTask.Wait(TimeSpan.FromSeconds(10)))
{
shellPid = int.Parse(readShellPidTask.Result, CultureInfo.InvariantCulture);
// Used for testing
Logger?.WriteLine(string.Concat("ShellPid=", shellPid));
}
else
{
// Something is wrong because we didn't get the pid of shell
ForceDisposeStreamReader(pidReader);
Close();
throw new TimeoutException(MICoreResources.Error_LocalUnixTerminalDebuggerInitializationFailed);
}
_shellProcessMonitor = new ProcessMonitor(shellPid);
_shellProcessMonitor.ProcessExited += ShellExited;
_shellProcessMonitor.Start();
Task <string> readDebuggerPidTask = pidReader.ReadLineAsync();
try
{
readDebuggerPidTask.Wait(_streamReadPidCancellationTokenSource.Token);
_debuggerPid = int.Parse(readDebuggerPidTask.Result, CultureInfo.InvariantCulture);
}
catch (OperationCanceledException)
{
// Something is wrong because we didn't get the pid of the debugger
ForceDisposeStreamReader(pidReader);
Close();
throw new OperationCanceledException(MICoreResources.Error_LocalUnixTerminalDebuggerInitializationFailed);
}
}
// The in/out names are confusing in this case as they are relative to gdb.
// What that means is the names are backwards wrt miengine hence the reader
// being the writer and vice-versa
// Mono seems to hang when the debugger sends a large response unless we specify a larger buffer here
writer = new StreamWriter(dbgStdInStream, new UTF8Encoding(false, true), UnixUtilities.StreamBufferSize);
reader = new StreamReader(dbgStdOutStream, Encoding.UTF8, true, UnixUtilities.StreamBufferSize);
}
private LocalLaunchOptions SetupForDebuggingWorker(CancellationToken token)
{
CancellationTokenRegistration onCancelRegistration = token.Register(() =>
{
_gdbServerExecCancellationSource.Cancel();
});
using (onCancelRegistration)
{
// TODO: Adb exception messages should be improved. Example, if ADB is not started, this is returned:
// + [libadb.AdbException] {"Could not connect to the adb.exe server. See InnerException for details."} libadb.AdbException
// 'See InnerException for details.' should not be there. It should just add the inner exception message:
// [System.Net.Sockets.SocketException] {"No connection could be made because the target machine actively refused it 127.0.0.1:5037"} System.Net.Sockets.SocketException
Device device = null;
string workingDirectory = null;
string gdbServerRemotePath = null;
string gdbServerSocketDescription = null;
Task taskGdbServer = null;
int gdbPortNumber = 0;
int progressCurrentIndex = 0;
int progressStepCount = 0;
List<NamedAction> actions = new List<NamedAction>();
actions.Add(new NamedAction(LauncherResources.Step_ResolveInstallPaths, () =>
{
_installPaths = InstallPaths.Resolve(token, _launchOptions);
}));
actions.Add(new NamedAction(LauncherResources.Step_ConnectToDevice, () =>
{
Adb adb;
try
{
adb = new Adb(_installPaths.SDKRoot);
}
catch (ArgumentException)
{
throw new LauncherException(Telemetry.LaunchFailureCode.InvalidAndroidSDK, string.Format(CultureInfo.CurrentCulture, LauncherResources.Error_InvalidAndroidSDK, _installPaths.SDKRoot));
}
try
{
adb.Start();
device = adb.GetDeviceById(_launchOptions.DeviceId);
// There is a rare case, which we have seen it a few times now with the Android emulator where the device will be initially
// in the offline state. But after a very short amount of time it comes online. Retry waiting for this.
if (device.GetState().HasFlag(DeviceState.Offline))
{
// Add in an extra progress step and update the dialog
progressStepCount++;
_waitLoop.SetProgress(progressStepCount, progressCurrentIndex, LauncherResources.Step_WaitingForDeviceToComeOnline);
progressCurrentIndex++;
const int waitTimePerIteration = 50;
const int maxTries = 5000 / waitTimePerIteration; // We will wait for up to 5 seconds
// NOTE: libadb has device discovery built in which we could allegedly use instead of a retry loop,
// but I couldn't get this to work (though the problem is so rare, I had a lot of trouble testing it), so just using
// a retry loop.
for (int cTry = 0; true; cTry++)
{
if (cTry == maxTries)
{
throw new LauncherException(Telemetry.LaunchFailureCode.DeviceOffline, LauncherResources.Error_DeviceOffline);
}
// Sleep for a little while unless this operation is canceled
if (token.WaitHandle.WaitOne(waitTimePerIteration))
{
throw new OperationCanceledException();
}
if (!device.GetState().HasFlag(DeviceState.Offline))
{
break; // we are no longer offline
}
}
}
}
catch (AdbException)
{
throw new LauncherException(Telemetry.LaunchFailureCode.DeviceNotResponding, LauncherResources.Error_DeviceNotResponding);
}
}));
actions.Add(new NamedAction(LauncherResources.Step_InspectingDevice, () =>
{
try
{
DeviceAbi deviceAbi = device.Abi;
if (deviceAbi == DeviceAbi.unknown)
deviceAbi = device.Abi2;
switch (_launchOptions.TargetArchitecture)
{
case TargetArchitecture.ARM:
if (deviceAbi != DeviceAbi.armeabi && deviceAbi != DeviceAbi.armeabiv7a)
{
throw GetBadDeviceAbiException(deviceAbi);
}
break;
case TargetArchitecture.X86:
if (deviceAbi != DeviceAbi.x86)
{
throw GetBadDeviceAbiException(deviceAbi);
}
break;
default:
Debug.Fail("New target architucture support added without updating this code???");
throw new InvalidOperationException();
}
if (_launchOptions.TargetArchitecture == TargetArchitecture.ARM && device.IsEmulator)
{
_isUsingArmEmulator = true;
}
_shell = device.Shell;
}
catch (AdbException)
{
throw new LauncherException(Telemetry.LaunchFailureCode.DeviceNotResponding, LauncherResources.Error_DeviceNotResponding);
}
VerifySdkVersion();
string pwdCommand = string.Concat("run-as ", _launchOptions.Package, " /system/bin/sh -c pwd");
ExecCommand(pwdCommand);
workingDirectory = ParsePwdOutput(_shell.Out);
// Kill old processes to make sure we aren't confused and think an old process is still arround
gdbServerRemotePath = workingDirectory + "/lib/gdbserver";
KillOldInstances(gdbServerRemotePath);
string lsCommand = string.Format(CultureInfo.InvariantCulture, "ls {0}", gdbServerRemotePath);
string output = ExecCommand(lsCommand);
if (string.Compare(output, gdbServerRemotePath, StringComparison.OrdinalIgnoreCase) != 0)
{
throw new LauncherException(Telemetry.LaunchFailureCode.NoGdbServer, string.Format(CultureInfo.CurrentCulture, LauncherResources.Error_NoGdbServer, gdbServerRemotePath));
}
}));
if (!_launchOptions.IsAttach)
{
actions.Add(new NamedAction(LauncherResources.Step_StartingApp, () =>
{
string activateCommand = string.Concat("am start -D -n ", _launchOptions.Package, "/", _launchOptions.LaunchActivity);
ExecCommand(activateCommand);
ValidateActivityManagerOutput(activateCommand, _shell.Out);
}));
}
actions.Add(new NamedAction(LauncherResources.Step_GettingAppProcessId, () =>
{
_appProcessId = GetAppProcessId();
}));
actions.Add(new NamedAction(LauncherResources.Step_StartGDBServer, () =>
{
// We will default to using a unix socket with gdbserver as this is what the ndk-gdb script uses. Though we have seen
// some machines where this doesn't work and we fall back to TCP instead.
const bool useUnixSocket = true;
taskGdbServer = StartGdbServer(gdbServerRemotePath, workingDirectory, useUnixSocket, out gdbServerSocketDescription);
}));
actions.Add(new NamedAction(LauncherResources.Step_PortForwarding, () =>
{
// TODO: Use a dynamic socket
gdbPortNumber = 5039;
_jdbPortNumber = 65534;
device.Forward(string.Format(CultureInfo.InvariantCulture, "tcp:{0}", gdbPortNumber), gdbServerSocketDescription);
if (!_launchOptions.IsAttach)
{
device.Forward(string.Format(CultureInfo.InvariantCulture, "tcp:{0}", _jdbPortNumber), string.Format(CultureInfo.InvariantCulture, "jdwp:{0}", _appProcessId));
}
}));
actions.Add(new NamedAction(LauncherResources.Step_DownloadingFiles, () =>
{
//pull binaries from the emulator/device
var fileSystem = device.FileSystem;
fileSystem.Download(@"/system/bin/app_process", Path.Combine(_launchOptions.IntermediateDirectory, "app_process"), true);
fileSystem.Download(@"/system/bin/linker", Path.Combine(_launchOptions.IntermediateDirectory, "linker"), true);
fileSystem.Download(@"/system/lib/libc.so", Path.Combine(_launchOptions.IntermediateDirectory, "libc.so"), true);
}));
progressStepCount = actions.Count;
foreach (NamedAction namedAction in actions)
{
token.ThrowIfCancellationRequested();
_waitLoop.SetProgress(progressStepCount, progressCurrentIndex, namedAction.Name);
progressCurrentIndex++;
namedAction.Action();
}
_waitLoop.SetProgress(progressStepCount, progressStepCount, string.Empty);
if (taskGdbServer.IsCompleted)
{
token.ThrowIfCancellationRequested();
throw new LauncherException(Telemetry.LaunchFailureCode.GDBServerFailed, LauncherResources.Error_GDBServerFailed);
}
if (_launchOptions.LogcatServiceId != Guid.Empty)
{
_eventCallback.OnCustomDebugEvent(_launchOptions.LogcatServiceId, new Guid(LogcatServiceMessage_SourceId), LogcatServiceMessage_NewProcess, _appProcessId, null);
}
var launchOptions = new LocalLaunchOptions(_installPaths.GDBPath, string.Format(CultureInfo.InvariantCulture, ":{0}", gdbPortNumber));
launchOptions.AdditionalSOLibSearchPath = _launchOptions.AdditionalSOLibSearchPath;
launchOptions.TargetArchitecture = _launchOptions.TargetArchitecture;
launchOptions.WorkingDirectory = _launchOptions.IntermediateDirectory;
launchOptions.ExePath = Path.Combine(_launchOptions.IntermediateDirectory, "app_process");
launchOptions.DebuggerMIMode = MIMode.Gdb;
launchOptions.VisualizerFile = "Microsoft.Android.natvis";
return launchOptions;
}
}
private LaunchOptions SetupForDebuggingWorker(CancellationToken token)
{
CancellationTokenRegistration onCancelRegistration = token.Register(() =>
{
_gdbServerExecCancellationSource.Cancel();
});
using (onCancelRegistration)
{
// TODO: Adb exception messages should be improved. Example, if ADB is not started, this is returned:
// + [libadb.AdbException] {"Could not connect to the adb.exe server. See InnerException for details."} libadb.AdbException
// 'See InnerException for details.' should not be there. It should just add the inner exception message:
// [System.Net.Sockets.SocketException] {"No connection could be made because the target machine actively refused it 127.0.0.1:5037"} System.Net.Sockets.SocketException
Device device = null;
string workingDirectory = null;
string gdbServerRemotePath = null;
string gdbServerSocketDescription = null;
string exePath = null;
Task taskGdbServer = null;
int gdbPortNumber = 0;
int progressCurrentIndex = 0;
int progressStepCount = 0;
List<NamedAction> actions = new List<NamedAction>();
actions.Add(new NamedAction(LauncherResources.Step_ResolveInstallPaths, () =>
{
_installPaths = InstallPaths.Resolve(token, _launchOptions, Logger);
}));
actions.Add(new NamedAction(LauncherResources.Step_ConnectToDevice, () =>
{
Adb adb;
try
{
adb = new Adb(_installPaths.SDKRoot);
}
catch (ArgumentException)
{
throw new LauncherException(Telemetry.LaunchFailureCode.InvalidAndroidSDK, string.Format(CultureInfo.CurrentCulture, LauncherResources.Error_InvalidAndroidSDK, _installPaths.SDKRoot));
}
try
{
adb.Start();
device = adb.GetDeviceById(_launchOptions.DeviceId);
// There is a rare case, which we have seen it a few times now with the Android emulator where the device will be initially
// in the offline state. But after a very short amount of time it comes online. Retry waiting for this.
if (device.GetState().HasFlag(DeviceState.Offline))
{
// Add in an extra progress step and update the dialog
progressStepCount++;
_waitLoop.SetProgress(progressStepCount, progressCurrentIndex, LauncherResources.Step_WaitingForDeviceToComeOnline);
progressCurrentIndex++;
const int waitTimePerIteration = 50;
const int maxTries = 5000 / waitTimePerIteration; // We will wait for up to 5 seconds
// NOTE: libadb has device discovery built in which we could allegedly use instead of a retry loop,
// but I couldn't get this to work (though the problem is so rare, I had a lot of trouble testing it), so just using
// a retry loop.
for (int cTry = 0; true; cTry++)
{
if (cTry == maxTries)
{
throw new LauncherException(Telemetry.LaunchFailureCode.DeviceOffline, LauncherResources.Error_DeviceOffline);
}
// Sleep for a little while unless this operation is canceled
if (token.WaitHandle.WaitOne(waitTimePerIteration))
{
throw new OperationCanceledException();
}
if (!device.GetState().HasFlag(DeviceState.Offline))
{
break; // we are no longer offline
}
}
}
}
catch (AdbException)
{
throw new LauncherException(Telemetry.LaunchFailureCode.DeviceNotResponding, LauncherResources.Error_DeviceNotResponding);
}
}));
actions.Add(new NamedAction(LauncherResources.Step_InspectingDevice, () =>
{
try
{
DeviceAbi[] allowedAbis;
switch (_launchOptions.TargetArchitecture)
{
case TargetArchitecture.ARM:
allowedAbis = new DeviceAbi[] { DeviceAbi.armeabi, DeviceAbi.armeabiv7a };
break;
case TargetArchitecture.ARM64:
allowedAbis = new DeviceAbi[] { DeviceAbi.arm64v8a };
break;
case TargetArchitecture.X86:
allowedAbis = new DeviceAbi[] { DeviceAbi.x86 };
break;
case TargetArchitecture.X64:
allowedAbis = new DeviceAbi[] { DeviceAbi.x64 };
break;
default:
Debug.Fail("New target architucture support added without updating this code???");
throw new InvalidOperationException();
}
if (!DoesDeviceSupportAnyAbi(device, allowedAbis))
{
throw GetBadDeviceAbiException(device.Abi);
}
if (_launchOptions.TargetArchitecture == TargetArchitecture.ARM && device.IsEmulator)
{
_isUsingArmEmulator = true;
}
_shell = device.Shell;
}
catch (AdbException)
{
throw new LauncherException(Telemetry.LaunchFailureCode.DeviceNotResponding, LauncherResources.Error_DeviceNotResponding);
}
VerifySdkVersion();
if (_targetEngine == TargetEngine.Native)
{
string pwdCommand = string.Concat("run-as ", _launchOptions.Package, " /system/bin/sh -c pwd");
ExecCommand(pwdCommand);
workingDirectory = PwdOutputParser.ExtractWorkingDirectory(_shell.Out, _launchOptions.Package);
gdbServerRemotePath = GetGdbServerPath(workingDirectory, device);
KillOldInstances(gdbServerRemotePath);
}
}));
if (!_launchOptions.IsAttach)
{
actions.Add(new NamedAction(LauncherResources.Step_StartingApp, () =>
{
string activateCommand = string.Concat("am start -D -n ", _launchOptions.Package, "/", _launchOptions.LaunchActivity);
ExecCommand(activateCommand);
ValidateActivityManagerOutput(activateCommand, _shell.Out);
}));
}
actions.Add(new NamedAction(LauncherResources.Step_GettingAppProcessId, () =>
{
_appProcessId = GetAppProcessId();
}));
if (_targetEngine == TargetEngine.Native)
{
actions.Add(new NamedAction(LauncherResources.Step_StartGDBServer, () =>
{
// We will default to using a unix socket with gdbserver as this is what the ndk-gdb script uses. Though we have seen
// some machines where this doesn't work and we fall back to TCP instead.
const bool useUnixSocket = true;
taskGdbServer = StartGdbServer(gdbServerRemotePath, workingDirectory, useUnixSocket, out gdbServerSocketDescription);
}));
}
actions.Add(new NamedAction(LauncherResources.Step_PortForwarding, () =>
{
// TODO: Use a dynamic socket
gdbPortNumber = 5039;
_jdbPortNumber = 65534;
if (_targetEngine == TargetEngine.Native)
{
device.Forward(string.Format(CultureInfo.InvariantCulture, "tcp:{0}", gdbPortNumber), gdbServerSocketDescription);
}
device.Forward(string.Format(CultureInfo.InvariantCulture, "tcp:{0}", _jdbPortNumber), string.Format(CultureInfo.InvariantCulture, "jdwp:{0}", _appProcessId));
}));
if (_targetEngine == TargetEngine.Native)
{
actions.Add(new NamedAction(LauncherResources.Step_DownloadingFiles, () =>
{
//pull binaries from the emulator/device
var fileSystem = device.FileSystem;
string app_process_suffix = String.Empty;
switch (_launchOptions.TargetArchitecture)
{
case TargetArchitecture.X86:
case TargetArchitecture.ARM:
app_process_suffix = "32";
break;
case TargetArchitecture.X64:
case TargetArchitecture.ARM64:
app_process_suffix = "64";
break;
default:
Debug.Fail("Unsupported Target Architecture!");
break;
}
string app_process = String.Concat("app_process", app_process_suffix);
exePath = Path.Combine(_launchOptions.IntermediateDirectory, app_process);
bool retry = false;
try
{
fileSystem.Download(@"/system/bin/" + app_process, exePath, true);
}
catch (AdbException) when (String.Compare(app_process_suffix, "32", StringComparison.OrdinalIgnoreCase) == 0)
{
// Older devices don't have an 'app_process32', only an 'app_process', so retry
// NOTE: libadb doesn't have an error code property to verify that this is caused
// by the file not being found.
retry = true;
}
if (retry)
{
app_process = "app_process";
exePath = Path.Combine(_launchOptions.IntermediateDirectory, app_process);
fileSystem.Download(@"/system/bin/app_process", exePath, true);
}
//on 64 bit, 'linker64' is the 64bit version and 'linker' is the 32 bit version
string suffix64bit = String.Empty;
if (_launchOptions.TargetArchitecture == TargetArchitecture.X64 || _launchOptions.TargetArchitecture == TargetArchitecture.ARM64)
{
suffix64bit = "64";
}
string linker = String.Concat("linker", suffix64bit);
fileSystem.Download(String.Concat(@"/system/bin/", linker), Path.Combine(_launchOptions.IntermediateDirectory, linker), true);
//on 64 bit, libc.so lives in /system/lib64/, on 32 bit it lives in simply /system/lib/
fileSystem.Download(@"/system/lib" + suffix64bit + "/libc.so", Path.Combine(_launchOptions.IntermediateDirectory, "libc.so"), true);
}));
}
progressStepCount = actions.Count;
foreach (NamedAction namedAction in actions)
{
token.ThrowIfCancellationRequested();
_waitLoop.SetProgress(progressStepCount, progressCurrentIndex, namedAction.Name);
progressCurrentIndex++;
namedAction.Action();
}
_waitLoop.SetProgress(progressStepCount, progressStepCount, string.Empty);
if (_targetEngine == TargetEngine.Native && taskGdbServer.IsCompleted)
{
token.ThrowIfCancellationRequested();
throw new LauncherException(Telemetry.LaunchFailureCode.GDBServerFailed, LauncherResources.Error_GDBServerFailed);
}
if (_launchOptions.LogcatServiceId != Guid.Empty)
{
_eventCallback.OnCustomDebugEvent(_launchOptions.LogcatServiceId, new Guid(LogcatServiceMessage_SourceId), LogcatServiceMessage_NewProcess, _appProcessId, null);
}
LaunchOptions launchOptions = null;
if (_targetEngine == TargetEngine.Native)
{
launchOptions = new LocalLaunchOptions(_installPaths.GDBPath, string.Format(CultureInfo.InvariantCulture, ":{0}", gdbPortNumber), 0, null);
launchOptions.ExePath = exePath;
}
else
{
launchOptions = new JavaLaunchOptions(_launchOptions.JVMHost, _launchOptions.JVMPort, _launchOptions.SourceRoots, _launchOptions.Package);
}
launchOptions.AdditionalSOLibSearchPath = _launchOptions.AdditionalSOLibSearchPath;
launchOptions.AbsolutePrefixSOLibSearchPath = _launchOptions.AbsolutePrefixSOLibSearchPath;
// The default ABI is 'Cygwin' in the Android NDK >= r11 for Windows.
launchOptions.SetupCommands = new ReadOnlyCollection<LaunchCommand>( new LaunchCommand[]
{
new LaunchCommand("-gdb-set osabi GNU/Linux")
});
launchOptions.TargetArchitecture = _launchOptions.TargetArchitecture;
launchOptions.WorkingDirectory = _launchOptions.IntermediateDirectory;
launchOptions.DebuggerMIMode = MIMode.Gdb;
launchOptions.VisualizerFile = "Microsoft.Android.natvis";
launchOptions.WaitDynamicLibLoad = _launchOptions.WaitDynamicLibLoad;
return launchOptions;
}
}
private void CheckCygwin(List<LaunchCommand> commands, LocalLaunchOptions localLaunchOptions)
{
// If running locally on windows, determine if gdb is running from cygwin
if (localLaunchOptions != null && PlatformUtilities.IsWindows() && this.MICommandFactory.Mode == MIMode.Gdb)
{
// mingw will not implement this command, but to be safe, also check if the results contains the string cygwin.
LaunchCommand lc = new LaunchCommand("show configuration", null, true, null, new Action<string>((string resStr) =>
{
if (resStr.Contains("cygwin"))
{
this.IsCygwin = true;
this.CygwinFilePathMapper = new CygwinFilePathMapper(this);
_engineTelemetry.SendWindowsRuntimeEnvironment(EngineTelemetry.WindowsRuntimeEnvironment.Cygwin);
}
else
{
// Gdb on windows and not cygwin implies mingw
_engineTelemetry.SendWindowsRuntimeEnvironment(EngineTelemetry.WindowsRuntimeEnvironment.MinGW);
}
}));
commands.Add(lc);
}
}
public override async void Init(ITransportCallback transportCallback, LaunchOptions options, Logger logger, HostWaitLoop waitLoop = null)
{
LocalLaunchOptions localOptions = options as LocalLaunchOptions;
Encoding encNoBom = new UTF8Encoding(encoderShouldEmitUTF8Identifier: false);
string commandPipeName;
string outputPipeName;
string pidPipeName;
List <string> cmdArgs = new List <string>();
string windowtitle = FormattableString.Invariant($"cppdbg: {Path.GetFileName(options.ExePath)}");
if (PlatformUtilities.IsWindows())
{
// Create Windows Named pipes
commandPipeName = Utilities.GetMIEngineTemporaryFilename("In");
outputPipeName = Utilities.GetMIEngineTemporaryFilename("Out");
pidPipeName = Utilities.GetMIEngineTemporaryFilename("Pid");
string errorPipeName = Utilities.GetMIEngineTemporaryFilename("Error");
NamedPipeServerStream inputToDebugger = new NamedPipeServerStream(commandPipeName, PipeDirection.Out, 1, PipeTransmissionMode.Byte);
NamedPipeServerStream outputFromDebugger = new NamedPipeServerStream(outputPipeName, PipeDirection.In, 1, PipeTransmissionMode.Byte);
NamedPipeServerStream errorFromDebugger = new NamedPipeServerStream(errorPipeName, PipeDirection.In, 1, PipeTransmissionMode.Byte);
NamedPipeServerStream pidPipe = new NamedPipeServerStream(pidPipeName, PipeDirection.In, 1, PipeTransmissionMode.Byte);
_pidReader = new StreamReader(pidPipe, encNoBom, false, UnixUtilities.StreamBufferSize);
string thisModulePath = typeof(RunInTerminalTransport).GetTypeInfo().Assembly.ManifestModule.FullyQualifiedName;
string launchCommand = Path.Combine(Path.GetDirectoryName(thisModulePath), "WindowsDebugLauncher.exe");
if (!File.Exists(launchCommand))
{
string errorMessage = string.Format(CultureInfo.CurrentCulture, MICoreResources.Error_InternalFileMissing, launchCommand);
transportCallback.OnStdErrorLine(errorMessage);
transportCallback.OnDebuggerProcessExit(null);
return;
}
cmdArgs.Add(launchCommand);
cmdArgs.Add("--stdin=" + commandPipeName);
cmdArgs.Add("--stdout=" + outputPipeName);
cmdArgs.Add("--stderr=" + errorPipeName);
cmdArgs.Add("--pid=" + pidPipeName);
cmdArgs.Add("--dbgExe=" + localOptions.MIDebuggerPath);
cmdArgs.Add(localOptions.GetMiDebuggerArgs());
_waitForConnection = Task.WhenAll(
inputToDebugger.WaitForConnectionAsync(),
outputFromDebugger.WaitForConnectionAsync(),
errorFromDebugger.WaitForConnectionAsync(),
pidPipe.WaitForConnectionAsync());
_commandStream = new StreamWriter(inputToDebugger, encNoBom);
_outputStream = new StreamReader(outputFromDebugger, encNoBom, false, UnixUtilities.StreamBufferSize);
_errorStream = new StreamReader(errorFromDebugger, encNoBom, false, UnixUtilities.StreamBufferSize);
}
else
{
// Do Linux style pipes
commandPipeName = UnixUtilities.MakeFifo(identifier: "In", logger: logger);
outputPipeName = UnixUtilities.MakeFifo(identifier: "Out", logger: logger);
pidPipeName = UnixUtilities.MakeFifo(identifier: "Pid", logger: logger);
// Create filestreams
FileStream stdInStream = new FileStream(commandPipeName, FileMode.Open);
FileStream stdOutStream = new FileStream(outputPipeName, FileMode.Open);
_pidReader = new StreamReader(new FileStream(pidPipeName, FileMode.Open), encNoBom, false, UnixUtilities.StreamBufferSize);
string debuggerCmd = UnixUtilities.GetDebuggerCommand(localOptions);
// Default working directory is next to the app
string debuggeeDir;
if (Path.IsPathRooted(options.ExePath) && File.Exists(options.ExePath))
{
debuggeeDir = Path.GetDirectoryName(options.ExePath);
}
else
{
// If we don't know where the app is, default to HOME, and if we somehow can't get that, go with the root directory.
debuggeeDir = Environment.GetEnvironmentVariable("HOME");
if (string.IsNullOrEmpty(debuggeeDir))
{
debuggeeDir = "/";
}
}
string dbgCmdScript = Path.Combine(Path.GetTempPath(), Utilities.GetMIEngineTemporaryFilename(identifier: "Cmd"));
string launchDebuggerCommand = UnixUtilities.LaunchLocalDebuggerCommand(
debuggeeDir,
commandPipeName,
outputPipeName,
pidPipeName,
dbgCmdScript,
debuggerCmd,
localOptions.GetMiDebuggerArgs());
logger?.WriteTextBlock("DbgCmd:", launchDebuggerCommand);
using (FileStream dbgCmdStream = new FileStream(dbgCmdScript, FileMode.CreateNew))
using (StreamWriter dbgCmdWriter = new StreamWriter(dbgCmdStream, encNoBom)
{
AutoFlush = true
})
{
dbgCmdWriter.WriteLine("#!/bin/sh");
dbgCmdWriter.Write(launchDebuggerCommand);
dbgCmdWriter.Flush();
}
if (PlatformUtilities.IsOSX())
{
string osxLaunchScript = GetOSXLaunchScript();
// Call osascript with a path to the AppleScript. The apple script takes 2 parameters: a title for the terminal and the launch script.
cmdArgs.Add("/usr/bin/osascript");
cmdArgs.Add(osxLaunchScript);
cmdArgs.Add(FormattableString.Invariant($"\"{windowtitle}\""));
cmdArgs.Add(FormattableString.Invariant($"sh {dbgCmdScript} ;")); // needs a semicolon because this command is running through the launchscript.
}
else
{
cmdArgs.Add("sh");
cmdArgs.Add(dbgCmdScript);
}
_outputStream = new StreamReader(stdOutStream, encNoBom, false, UnixUtilities.StreamBufferSize);
_commandStream = new StreamWriter(stdInStream, encNoBom);
}
RunInTerminalLauncher launcher = new RunInTerminalLauncher(windowtitle, localOptions.Environment);
launcher.Launch(
cmdArgs,
localOptions.UseExternalConsole,
LaunchSuccess,
(error) =>
{
transportCallback.OnStdErrorLine(error);
throw new InvalidOperationException(error);
},
logger);
logger?.WriteLine("Wait for connection completion.");
if (_waitForConnection != null)
{
// Add a timeout for waiting for connection - 20 seconds
Task waitOrTimeout = Task.WhenAny(_waitForConnection, Task.Delay(20000));
await waitOrTimeout;
if (waitOrTimeout.Status != TaskStatus.RanToCompletion)
{
string errorMessage = String.Format(CultureInfo.CurrentCulture, MICoreResources.Error_DebuggerInitializeFailed_NoStdErr, "WindowsDebugLauncher.exe");
transportCallback.OnStdErrorLine(errorMessage);
transportCallback.OnDebuggerProcessExit(null);
return;
}
}
base.Init(transportCallback, options, logger, waitLoop);
}
