static void Main(string[] args)
{
Console.WriteLine("Stitch Command Line Compiler {0}", Assembly.GetExecutingAssembly().GetName().Version.ToString());
Console.WriteLine("Copyright (C) 2011 Nathan Palmer");
Console.WriteLine("http://github.com/nathanpalmer/stitch-aspnet");
Console.WriteLine();
try
{
var options = new Options();
var configuration = new Settings();
options.Add("r=|root=", "Root path (default is working directory)", v => configuration.Root = v);
options.Add("p=|paths=", "Comma delimited list of paths that should be compiled", v => configuration.Paths = v.Split(','));
options.Add("d=|dep=", "Comma delimited list of dependencies that should be included", v => configuration.Dependencies = v.Split(','));
options.Add("i=|identifier=", "Identifier to use for including other files (default is require)", v => configuration.Identifier = v);
options.Add("c=|compilers=", "Comma delimited list of compilers to use (default is CoffeeScriptCompiler, JavaScriptCompiler)", v => configuration.Compilers = v.Split(',').Select(compiler => (ICompile) Activator.CreateInstance(Type.GetType("Stitch.Compilers." + compiler + ", Stitch.Core"))).ToArray());
if (args.Length == 0)
{
ShowHelp(options, "No arguments specified.");
}
else
{
var extra = options.Parse(args).ToArray();
if (extra.Length > 1)
{
Console.WriteLine("The following arguments did not parse.\r\n\r\n" + string.Join(",", extra));
}
else if (extra.Length == 1)
{
var file = new FileInfo(extra[0]);
if (file.Exists)
{
file.Delete();
}
Console.WriteLine("Generating {0}", file.Name);
var package = new Package(
configuration.Root,
configuration.Paths,
configuration.Dependencies,
configuration.Identifier ?? "require",
configuration.Compilers);
File.WriteAllText(file.FullName, package.Compile());
}
else
{
ShowHelp(options, "You must specify a destination.");
return;
}
}
}
catch (Exception ex)
{
Console.WriteLine("Fatal Exception: " + ex.ToString());
}
}
public static Dictionary<int, Changelist> GetPendingChangelists()
{
var repo = GetRepository();
var options = new Options();
options.Add("-s", "pending");
options.Add("-u", AutoDetectP4Setting(P4Setting.P4USER));
options.Add("-l", ""); // full text description
return repo.GetChangelists(options).ToDictionary(changelist => changelist.Id);
}
public void AddValue()
{
var options = new Options();
options.Add("MyTest", "result");
Assert.AreEqual(1, options.Count);
Assert.AreEqual("result", options["MyTest"]);
}
public void ShouldAllowLookupOfAllAddedValuesForEachKey()
{
var lookup = new Options();
lookup.Add("A", "A1");
lookup.Add("B", "B1");
lookup.Add("A", "A2");
lookup.Add("A", "A3");
lookup.Count.ShouldEqual(2);
lookup.Keys.ShouldEqual("A", "B");
lookup.Contains("A").ShouldBeTrue();
lookup.Contains("B").ShouldBeTrue();
lookup.Contains("C").ShouldBeFalse();
lookup["A"].ShouldEqual("A1", "A2", "A3");
lookup["B"].ShouldEqual("B1");
}
public CommandLineParser(params string[] args)
{
var queue = new Queue<string>(args);
var assemblyPaths = new List<string>();
var options = new Options();
var errors = new List<string>();
while (queue.Any())
{
var item = queue.Dequeue();
if (IsKey(item))
{
if (!queue.Any() || IsKey(queue.Peek()))
{
errors.Add($"Option {item} is missing its required value.");
break;
}
var key = KeyName(item);
var value = queue.Dequeue();
options.Add(key, value);
}
else
{
assemblyPaths.Add(item);
}
}
if (!errors.Any() && !assemblyPaths.Any())
errors.Add("Missing required test assembly path(s).");
foreach (var assemblyPath in assemblyPaths)
{
if (!File.Exists(assemblyPath))
errors.Add("Specified test assembly does not exist: " + assemblyPath);
else if (!AssemblyDirectoryContainsFixie(assemblyPath))
errors.Add($"Specified assembly {assemblyPath} does not appear to be a test assembly. Ensure that it references Fixie.dll and try again.");
}
AssemblyPaths = assemblyPaths.ToArray();
Options = options;
Errors = errors.ToArray();
}
public CommandLineParser(params string[] args)
{
var queue = new Queue<string>(args);
var assemblyPaths = new List<string>();
var options = new Options();
var errors = new List<string>();
while (queue.Any())
{
var item = queue.Dequeue();
if (IsKey(item))
{
if (!queue.Any() || IsKey(queue.Peek()))
{
errors.Add($"Option {item} is missing its required value.");
break;
}
var key = KeyName(item);
var value = queue.Dequeue();
options.Add(key, value);
}
else
{
assemblyPaths.Add(item);
}
}
if (!errors.Any() && !assemblyPaths.Any())
errors.Add("Missing required test assembly path(s).");
foreach (var assemblyPath in assemblyPaths)
if (!File.Exists(assemblyPath))
errors.Add("Specified test assembly does not exist: " + assemblyPath);
AssemblyPaths = assemblyPaths.ToArray();
Options = options;
Errors = errors.ToArray();
}
public CommandLineParser(params string[] args)
{
var queue = new Queue<string>(args);
var assemblyPaths = new List<string>();
var optionList = new Options();
var errors = new List<string>();
while (queue.Any())
{
var item = queue.Dequeue();
if (IsKey(item))
{
if (!queue.Any() || IsKey(queue.Peek()))
{
errors.Add(string.Format("Option {0} is missing its required value.", item));
break;
}
var key = KeyName(item);
var value = queue.Dequeue();
optionList.Add(key, value);
}
else
{
assemblyPaths.Add(item);
}
}
if (!errors.Any() && !assemblyPaths.Any())
errors.Add("Missing required test assembly path(s).");
AssemblyPaths = assemblyPaths.ToArray();
Options = optionList;
Errors = errors.ToArray();
}
/// <summary>
/// Submit all in the default changelist
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void submitAllToolStripMenuItem_Click(object sender, EventArgs e)
{
if (CheckConnect())
{
using (Connection P4Connection = P4Repository.Connection)
{
try
{
//revert unchanged files.
List<FileSpec> FileSpecsToRevert = new List<FileSpec>();
foreach (string File in FilesCheckedOut)
{
FileSpecsToRevert.Add(new FileSpec(new DepotPath(File), null, null, null));
}
Options RevertOptions = new Options();
//Only files that are open for edit or integrate and are unchanged or missing
RevertOptions.Add("-a", null);
P4Connection.Client.RevertFiles(RevertOptions, FileSpecsToRevert.ToArray());
// Submit remaining changelist
Options SubmitOptions = new Options();
//Add a description
SubmitOptions.Add("-d", String.Format(Settings.Default.SubmitChangelistDescription, _connectionDetails.UserSavedStatePreferredLanguage));
SubmitResults UpdatesInsertsSubmitResults = P4Connection.Client.SubmitFiles(SubmitOptions, null);
log.Info(String.Format("Updated and New files submitted in CL# {0}, Files affected:", UpdatesInsertsSubmitResults.ChangeIdAfterSubmit));
foreach (var SubmittedFile in UpdatesInsertsSubmitResults.Files)
{
log.Info(String.Format("\t{0}:\t{1}({2})", SubmittedFile.Action, SubmittedFile.File.DepotPath, SubmittedFile.File.Version));
}
//Clear checked out files.
FilesCheckedOut.Clear();
//Mark lines black text
foreach (ListViewItem line in FileListView.Items)
{
line.ForeColor = Color.Black;
}
}
catch (P4Exception ex)
{
//Swallow No files to submit error
if (ex.ErrorCode != 806427698)
{
log.Error("Error in submitting changelist:");
log.Error(ex.Message);
}
}
}
}
}
/// <inheritdoc/>
public Central([NotNull] ICommandHandler handler) : base(handler)
{
Options.Add("m|machine", () => Resources.OptionMachine, _ => _machineWide = true);
}
/// <summary>
/// Get the FileSpec for a depot file given a changelist
/// </summary>
/// <param name="depotFileName">The file name in current depot location</param>
/// <param name="changelist">The language file's changelist to be used to find an older version of the int file</param>
/// <param name="checkForRenameMove">Check if the file has changed names due to a move/rename</param>
/// <returns>FileSpec which may have a different depotfilename than that passed into function if the file has been moved since changelist</returns>
private FileSpec GetIntFileSpecForFileChangelist(string depotFileName, int changelist, bool checkForRenameMove)
{
if (!CheckConnect())
{
return null;
}
if (checkForRenameMove)
{
PathSpec HistoryPathSpec = new DepotPath(depotFileName) as PathSpec;
FileSpec[] HistoryFiles = new FileSpec[1];
HistoryFiles[0] = new FileSpec(HistoryPathSpec, VersionSpec.Head);
Options Opts = new Options();
Opts.Add("-i", "");
IList<FileHistory> History = P4Repository.GetFileHistory(Opts, HistoryFiles);
// walk through history until we find the first changelist older than the specified changelist
foreach (FileHistory Item in History)
{
if (Item.ChangelistId > changelist)
{
continue;
}
// use the depot filename at this revision
HistoryPathSpec = Item.DepotPath;
break;
}
return new FileSpec(HistoryPathSpec, new ChangelistIdVersion(changelist));
}
else
{
return new FileSpec(new DepotPath(depotFileName) as PathSpec, new ChangelistIdVersion(changelist));
}
}
public CommandSet Add(string prototype, string description, OptionAction <string, string> action, bool hidden)
{
Options.Add(prototype, description, action, hidden);
return(this);
}
public CommandSet Add <T>(string prototype, string description, Action <T> action)
{
Options.Add(prototype, description, action);
return(this);
}
public CommandSet Add(ArgumentSource source)
{
Options.Add(source);
return(this);
}
public bool Unpack(MemoryStream stream)
{
{
TDSPreLoginOptionToken option;
do
{
option = new TDSPreLoginOptionToken();
option.Unpack(stream);
Options.Add(option);
}while (option.Type != TDSPreLoginOptionTokenType.Terminator);
}
foreach (var option in Options)
{
switch (option.Type)
{
case TDSPreLoginOptionTokenType.Encryption:
{
Encryption = (TDSEncryptionOption)stream.ReadByte();
break;
}
case TDSPreLoginOptionTokenType.FedAuthRequired:
{
FedAuthRequired = stream.ReadByte() == 1;
break;
}
case TDSPreLoginOptionTokenType.InstOpt:
{
throw new NotSupportedException();
}
case TDSPreLoginOptionTokenType.MARS:
{
MARS = stream.ReadByte() == 1;
break;
}
case TDSPreLoginOptionTokenType.NonceOpt:
{
Nonce = BigEndianUtilities.ReadByteArray(stream, 32);
break;
}
case TDSPreLoginOptionTokenType.ThreadID:
{
ThreadID = BigEndianUtilities.ReadULong(stream);
break;
}
case TDSPreLoginOptionTokenType.TraceID:
{
TraceID = new TDSClientTraceID();
TraceID.Unpack(stream);
break;
}
case TDSPreLoginOptionTokenType.Version:
{
ClientVersion = new TDSClientVersion();
ClientVersion.Unpack(stream);
break;
}
case TDSPreLoginOptionTokenType.Terminator:
{
break;
}
}
}
Terminated = true;
return(true);
}
public int Run(IEnumerable <string> arguments)
{
if (arguments == null)
{
throw new ArgumentNullException(nameof(arguments));
}
showHelp = false;
if (help == null)
{
help = new HelpCommand();
addCommand(help);
}
void setHelp(string v) => showHelp = v != null;
if (!Options.Contains("help"))
{
Options.Add("help", "", setHelp, true);
}
if (!Options.Contains("?"))
{
Options.Add("?", "", setHelp, true);
}
List <string> extra = Options.Parse(arguments);
if (!extra.Any())
{
if (showHelp)
{
return(help.Invoke(extra));
}
Out.WriteLine(Options.MessageLocalizer($"Use `{Suite} help` for usage."));
return(1);
}
Command command = GetCommand(extra);
if (command == null)
{
help.WriteUnknownCommand(extra[0]);
return(1);
}
if (showHelp)
{
if (command.Options?.Contains("help") ?? true)
{
extra.Add("--help");
return(command.Invoke(extra));
}
command.Options.WriteOptionDescriptions(Out);
return(0);
}
return(command.Invoke(extra));
}
public void AddOption(MenuOption option)
{
Options.Add(option);
}
public GridScenario() : base("grid")
{
Options.Add(_gridTypeOption);
}
static MySqlConnectionStringBuilder()
{
// Server options
Options.Add(new MySqlConnectionStringOption("pipe", "pipe name,pipename", typeof(string), "MYSQL", false,
(msb, sender, value) =>
{
#if NETSTANDARD1_6 || NETSTANDARD2_0 || NETCOREAPP2_0
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(PipeName)));
#else
msb.SetValue("pipe", value);
#endif
},
(msb, sender) => msb.PipeName));
Options.Add(new MySqlConnectionStringOption("compress", "use compression,usecompression", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("compress", value); }, (msb, sender) => msb.UseCompression));
Options.Add(new MySqlConnectionStringOption("allowbatch", "allow batch", typeof(bool), true, false,
(msb, sender, value) => { msb.SetValue("allowbatch", value); }, (msb, sender) => msb.AllowBatch));
Options.Add(new MySqlConnectionStringOption("logging", null, typeof(bool), false, false,
(msb, sender, value) =>
{
#if NETSTANDARD1_6
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(Logging)));
#else
msb.SetValue("logging", value);
#endif
},
(msb, sender) => msb.Logging));
Options.Add(new MySqlConnectionStringOption("sharedmemoryname", "shared memory name", typeof(string), "MYSQL", false,
(msb, sender, value) =>
{
#if NETSTANDARD1_6 || NETSTANDARD2_0 || NETCOREAPP2_0
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(SharedMemoryName)));
#else
msb.SetValue("sharedmemoryname", value);
#endif
},
(msb, sender) => msb.SharedMemoryName));
Options.Add(new MySqlConnectionStringOption("defaultcommandtimeout", "command timeout,default command timeout", typeof(uint), (uint)30, false,
(msb, sender, value) => { msb.SetValue("defaultcommandtimeout", value); }, (msb, sender) => msb.DefaultCommandTimeout));
Options.Add(new MySqlConnectionStringOption("usedefaultcommandtimeoutforef", "use default command timeout for ef", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("usedefaultcommandtimeoutforef", value); }, (msb, sender) => msb.UseDefaultCommandTimeoutForEF));
Options.Add(new MySqlConnectionStringOption("connectiontimeout", "connection timeout,connect timeout", typeof(uint), (uint)15, false,
delegate(MySqlConnectionStringBuilder msb, MySqlConnectionStringOption sender, object Value)
{
uint value = (uint)Convert.ChangeType(Value, sender.BaseType);
// Timeout in milliseconds should not exceed maximum for 32 bit
// signed integer (~24 days). We truncate the value if it exceeds
// maximum (MySqlCommand.CommandTimeout uses the same technique
uint timeout = Math.Min(value, Int32.MaxValue / 1000);
if (timeout != value)
{
MySqlTrace.LogWarning(-1, "Connection timeout value too large ("
+ value + " seconds). Changed to max. possible value" +
+timeout + " seconds)");
}
msb.SetValue("connectiontimeout", timeout);
},
(msb, sender) => (uint)msb.values["connectiontimeout"]
));
Options.Add(new MySqlConnectionStringOption("allowloadlocalinfile", "allow load local infile", typeof(bool), false, false));
// Authentication options.
Options.Add(new MySqlConnectionStringOption("persistsecurityinfo", "persist security info", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("persistsecurityinfo", value); }, (msb, sender) => msb.PersistSecurityInfo));
Options.Add(new MySqlConnectionStringOption("integratedsecurity", "integrated security", typeof(bool), false, false,
delegate(MySqlConnectionStringBuilder msb, MySqlConnectionStringOption sender, object value)
{
if (!Platform.IsWindows())
{
throw new MySqlException("IntegratedSecurity is supported on Windows only");
}
#if NETSTANDARD1_6 || NETSTANDARD2_0 || NETCOREAPP2_0
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(IntegratedSecurity)));
#else
msb.SetValue("Integrated Security", value.ToString().Equals("SSPI", StringComparison.OrdinalIgnoreCase) ? true : value);
#endif
},
delegate(MySqlConnectionStringBuilder msb, MySqlConnectionStringOption sender)
{
object val = msb.values["integratedsecurity"];
return((bool)val);
}
));
Options.Add(new MySqlConnectionStringOption("allowpublickeyretrieval", null, typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("allowpublickeyretrieval", value); }, (msb, sender) => msb.AllowPublicKeyRetrieval));
// Other properties.
#if !NETSTANDARD1_6
Options.Add(new MySqlConnectionStringOption("autoenlist", "auto enlist", typeof(bool), true, false,
(msb, sender, value) => { msb.SetValue("autoenlist", value); }, (msb, sender) => msb.AutoEnlist));
Options.Add(new MySqlConnectionStringOption("includesecurityasserts", "include security asserts", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("includesecurityasserts", value); }, (msb, sender) => msb.IncludeSecurityAsserts));
#endif
Options.Add(new MySqlConnectionStringOption("allowzerodatetime", "allow zero datetime", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("allowzerodatetime", value); }, (msb, sender) => msb.AllowZeroDateTime));
Options.Add(new MySqlConnectionStringOption("convertzerodatetime", "convert zero datetime", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("convertzerodatetime", value); }, (msb, sender) => msb.ConvertZeroDateTime));
Options.Add(new MySqlConnectionStringOption("useusageadvisor", "use usage advisor,usage advisor", typeof(bool), false, false,
(msb, sender, value) =>
{
#if NETSTANDARD1_6
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(UseUsageAdvisor)));
#else
msb.SetValue("useusageadvisor", value);
#endif
},
(msb, sender) => msb.UseUsageAdvisor));
Options.Add(new MySqlConnectionStringOption("procedurecachesize", "procedure cache size,procedure cache,procedurecache", typeof(uint), (uint)25, false,
(msb, sender, value) => { msb.SetValue("procedurecachesize", value); }, (msb, sender) => msb.ProcedureCacheSize));
Options.Add(new MySqlConnectionStringOption("useperformancemonitor", "use performance monitor,useperfmon,perfmon", typeof(bool), false, false,
(msb, sender, value) =>
{
#if NETSTANDARD1_6 || NETSTANDARD2_0 || NETCOREAPP2_0
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(UsePerformanceMonitor)));
#else
msb.SetValue("useperformancemonitor", value);
#endif
},
(msb, sender) => msb.UsePerformanceMonitor));
Options.Add(new MySqlConnectionStringOption("ignoreprepare", "ignore prepare", typeof(bool), true, false,
(msb, sender, value) => { msb.SetValue("ignoreprepare", value); }, (msb, sender) => msb.IgnorePrepare));
Options.Add(new MySqlConnectionStringOption("respectbinaryflags", "respect binary flags", typeof(bool), true, false,
(msb, sender, value) => { msb.SetValue("respectbinaryflags", value); }, (msb, sender) => msb.RespectBinaryFlags));
Options.Add(new MySqlConnectionStringOption("treattinyasboolean", "treat tiny as boolean", typeof(bool), true, false,
(msb, sender, value) => { msb.SetValue("treattinyasboolean", value); }, (msb, sender) => msb.TreatTinyAsBoolean));
Options.Add(new MySqlConnectionStringOption("allowuservariables", "allow user variables", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("allowuservariables", value); }, (msb, sender) => msb.AllowUserVariables));
Options.Add(new MySqlConnectionStringOption("interactivesession", "interactive session,interactive", typeof(bool), false, false,
(msb, sender, value) =>
{
#if NETSTANDARD1_6
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(InteractiveSession)));
#else
msb.SetValue("interactivesession", value);
#endif
},
(msb, sender) => msb.InteractiveSession));
Options.Add(new MySqlConnectionStringOption("functionsreturnstring", "functions return string", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("functionsreturnstring", value); }, (msb, sender) => msb.FunctionsReturnString));
Options.Add(new MySqlConnectionStringOption("useaffectedrows", "use affected rows", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("useaffectedrows", value); }, (msb, sender) => msb.UseAffectedRows));
Options.Add(new MySqlConnectionStringOption("oldguids", "old guids", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("oldguids", value); }, (msb, sender) => msb.OldGuids));
Options.Add(new MySqlConnectionStringOption("sqlservermode", "sql server mode", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("sqlservermode", value); }, (msb, sender) => msb.SqlServerMode));
Options.Add(new MySqlConnectionStringOption("tablecaching", "table cache,tablecache", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("tablecaching", value); }, (msb, sender) => msb.TableCaching));
Options.Add(new MySqlConnectionStringOption("defaulttablecacheage", "default table cache age", typeof(int), (int)60, false,
(msb, sender, value) => { msb.SetValue("defaulttablecacheage", value); }, (msb, sender) => msb.DefaultTableCacheAge));
Options.Add(new MySqlConnectionStringOption("checkparameters", "check parameters", typeof(bool), true, false,
(msb, sender, value) => { msb.SetValue("checkparameters", value); }, (msb, sender) => msb.CheckParameters));
Options.Add(new MySqlConnectionStringOption("replication", null, typeof(bool), false, false,
(msb, sender, value) =>
{
#if NETSTANDARD1_6
throw new PlatformNotSupportedException(string.Format(Resources.OptionNotCurrentlySupported, nameof(Replication)));
#else
msb.SetValue("replication", value);
#endif
},
(msb, sender) => msb.Replication));
Options.Add(new MySqlConnectionStringOption("exceptioninterceptors", "exception interceptors", typeof(string), null, false,
(msb, sender, value) => { msb.SetValue("exceptioninterceptors", value); }, (msb, sender) => msb.ExceptionInterceptors));
Options.Add(new MySqlConnectionStringOption("commandinterceptors", "command interceptors", typeof(string), null, false,
(msb, sender, value) => { msb.SetValue("commandinterceptors", value); }, (msb, sender) => msb.CommandInterceptors));
// Pooling options.
Options.Add(new MySqlConnectionStringOption("connectionlifetime", "connection lifetime", typeof(uint), (uint)0, false,
(msb, sender, value) => { msb.SetValue("connectionlifetime", value); }, (msb, sender) => msb.ConnectionLifeTime));
Options.Add(new MySqlConnectionStringOption("pooling", null, typeof(bool), true, false,
(msb, sender, value) => { msb.SetValue("pooling", value); }, (msb, sender) => msb.Pooling));
Options.Add(new MySqlConnectionStringOption("minpoolsize", "minimumpoolsize,min pool size,minimum pool size", typeof(uint), (uint)0, false,
(msb, sender, value) => { msb.SetValue("minpoolsize", value); }, (msb, sender) => msb.MinimumPoolSize));
Options.Add(new MySqlConnectionStringOption("maxpoolsize", "maximumpoolsize,max pool size,maximum pool size", typeof(uint), (uint)100, false,
(msb, sender, value) => { msb.SetValue("maxpoolsize", value); }, (msb, sender) => msb.MaximumPoolSize));
Options.Add(new MySqlConnectionStringOption("connectionreset", "connection reset", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("connectionreset", value); }, (msb, sender) => msb.ConnectionReset));
Options.Add(new MySqlConnectionStringOption("cacheserverproperties", "cache server properties", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("cacheserverproperties", value); }, (msb, sender) => msb.CacheServerProperties));
// Language and charset options.
Options.Add(new MySqlConnectionStringOption("treatblobsasutf8", "treat blobs as utf8", typeof(bool), false, false,
(msb, sender, value) => { msb.SetValue("treatblobsasutf8", value); }, (msb, sender) => msb.TreatBlobsAsUTF8));
Options.Add(new MySqlConnectionStringOption("blobasutf8includepattern", null, typeof(string), "", false,
(msb, sender, value) => { msb.SetValue("blobasutf8includepattern", value); }, (msb, sender) => msb.BlobAsUTF8IncludePattern));
Options.Add(new MySqlConnectionStringOption("blobasutf8excludepattern", null, typeof(string), "", false,
(msb, sender, value) => { msb.SetValue("blobasutf8excludepattern", value); }, (msb, sender) => msb.BlobAsUTF8ExcludePattern));
}
/// <inheritdoc/>
public AddApp([NotNull] ICommandHandler handler) : base(handler)
{
Options.Add("no-download", () => Resources.OptionNoDownload, _ => NoDownload = true);
}
/// <summary>
/// Adds the element to the options collection.
/// </summary>
/// <param name="element">The group element to add.</param>
/// <param name="before">The following element.</param>
public void AddOption(IHtmlOptionsGroupElement element, IHtmlElement before = null)
{
Options.Add(element, before);
}
public void AddOption(TDSPreLoginOptionTokenType type, Object data)
{
if (Terminated)
{
throw new InvalidOperationException();
}
switch (type)
{
case TDSPreLoginOptionTokenType.Version:
{
if (data is TDSClientVersion && ClientVersion == null)
{
ClientVersion = (TDSClientVersion)data;
LoggingUtilities.WriteLogVerboseOnly($" Adding PreLogin option {type.ToString()}.");
}
else
{
throw new ArgumentException();
}
break;
}
case TDSPreLoginOptionTokenType.Encryption:
{
if (data is TDSEncryptionOption)
{
Encryption = (TDSEncryptionOption)data;
LoggingUtilities.WriteLogVerboseOnly($" Adding PreLogin option {type.ToString()} [{Encryption.ToString()}].");
}
else
{
throw new ArgumentException();
}
break;
}
case TDSPreLoginOptionTokenType.FedAuthRequired | TDSPreLoginOptionTokenType.MARS:
{
if (data is bool)
{
if (type == TDSPreLoginOptionTokenType.FedAuthRequired)
{
FedAuthRequired = (bool)data;
}
else
{
MARS = (bool)data;
}
LoggingUtilities.WriteLogVerboseOnly($" Adding PreLogin option {type.ToString()} [{(bool)data}].");
}
else
{
throw new ArgumentException();
}
break;
}
case TDSPreLoginOptionTokenType.ThreadID:
{
if (data is ulong)
{
ThreadID = (ulong)data;
LoggingUtilities.WriteLogVerboseOnly($" Adding PreLogin option {type.ToString()} [{ThreadID}].");
}
else
{
throw new ArgumentException();
}
break;
}
case TDSPreLoginOptionTokenType.TraceID:
{
if (data is TDSClientTraceID)
{
TraceID = (TDSClientTraceID)data;
LoggingUtilities.WriteLogVerboseOnly($" Adding PreLogin option {type.ToString()}.");
}
else
{
throw new ArgumentException();
}
break;
}
case TDSPreLoginOptionTokenType.NonceOpt:
{
if (data is byte[])
{
Nonce = (byte[])data;
LoggingUtilities.WriteLogVerboseOnly($" Adding PreLogin option {type.ToString()}.");
}
else
{
throw new ArgumentException();
}
break;
}
default:
{
throw new NotSupportedException();
}
}
Options.Add(new TDSPreLoginOptionToken(type));
}
static int Main(string[] args)
{
try
{
var directories = new List <string>();
var files = new List <string>();
var programCommand = Command.None;
Func <CompositionContractInfo, bool> contractPredicate = c => false;
Func <CompositionInfo, PartDefinitionInfo, bool> partPredicate = (ci, p) => false;
var verbose = false;
var whitelist = new RejectionWhitelist();
var opts = new Options();
opts.Add <string>("dir", @"C:\MyApp\Parts", "Specify directories to search for parts.",
d => directories.Add(d));
opts.Add <string>("file", "MyParts.dll", "Specify assemblies to search for parts.",
f => files.Add(f));
opts.AddSwitch("verbose", "Print verbose information on each part.",
() => verbose = true);
var programCommandGroup = new ExclusiveGroup();
opts.Add <string>("type", "MyNamespace.MyType", "Print details of the given part type.", t => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p == ci.GetPartDefinitionInfo(t));
},
programCommandGroup);
opts.Add <string>("importers", "MyContract", "List importers of the given contract.", i => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.ImportsContract(i));
},
programCommandGroup);
opts.Add <string>("exporters", "MyContract", "List exporters of the given contract.", e => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.ExportsContract(e));
},
programCommandGroup);
opts.AddSwitch("rejected", "List all rejected parts.", () => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.IsRejected);
},
programCommandGroup);
opts.AddSwitch("causes", "List root causes - parts with errors not related to the rejection of other parts.", () => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.IsPrimaryRejection);
},
programCommandGroup);
opts.Add <string>("whitelist", "RejectionWhitelist.txt", "Specify parts that may be validly rejected; requres the /rejected or /causes commands.",
w => whitelist = new RejectionWhitelist(w));
opts.AddSwitch("parts", "List all parts found in the source assemblies.", () => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => true);
},
programCommandGroup);
opts.AddSwitch("?", "Print usage.",
() => programCommand = Command.PrintUsage, programCommandGroup);
var contractsSubgroup = new InclusiveSubroup(programCommandGroup);
opts.AddSwitch("imports", "Find imported contracts.", () => {
programCommand = Command.PrintContracts;
contractPredicate = AddToPredicate(contractPredicate, c => c.Importers.Any());
},
contractsSubgroup);
opts.AddSwitch("exports", "Find exported contracts.", () => {
programCommand = Command.PrintContracts;
contractPredicate = AddToPredicate(contractPredicate, c => c.Exporters.Any());
},
contractsSubgroup);
opts.Parse(args);
return(Run(directories, files, programCommand, contractPredicate, partPredicate, verbose, whitelist, opts));
}
catch (Exception ex)
{
Console.Write("Error: ");
Console.WriteLine(ex.Message);
return(1);
}
}
private void SaveAsset(Option option)
{
Options.Add(option);
SaveChanges();
}
public CommandSet Add <TKey, TValue>(string prototype, string description, OptionAction <TKey, TValue> action)
{
Options.Add(prototype, description, action);
return(this);
}
public CommandSet Add(Option option)
{
Options.Add(option);
return(this);
}
public ImportCertificateCommand()
{
Options.Add("variables=", "Path to a JSON file containing variables.", v => variablesFile = Path.GetFullPath(v));
Options.Add("sensitiveVariables=", "Password protected JSON file containing sensitive-variables.", v => sensitiveVariablesFile = v);
Options.Add("sensitiveVariablesPassword="******"Password used to decrypt sensitive-variables.", v => sensitiveVariablesPassword = v);
}
public ClusterCommand() : base(names, help, helpHeaders)
{
Options.Add("write-all-fields", "Writes all the fields.", s => writeAllFields = s != null);
}
/// <inheritdoc/>
public UpdateApps([NotNull] ICommandHandler handler) : base(handler)
{
Options.Add("c|clean", () => Resources.OptionClean, _ => _clean = true);
}
public Select <T> Add(SelectOption <T> option)
{
Options.Add(option);
return(this);
}
public CommandSet Add(string header)
{
Options.Add(header);
return(this);
}
public void Add(TextViewGroupOption option) => Options.Add(option);
public CommandSet Add(string prototype, OptionAction <string, string> action)
{
Options.Add(prototype, action);
return(this);
}
/// <summary>
/// Query the server for multiple changelists in a range specified by the query parameter
/// </summary>
/// <param name="InQuery">Changelist query representing a start and end changelist number to query the Perforce server for changelists between</param>
/// <return>Returns a list of changelists</return>
public IList<Changelist> QueryChangelists(P4ChangelistSpanQuery InQuery)
{
IList<Changelist> ChangelistRecordSet = null;
// Only attempt to query if actually connected
if (ConnectionStatus == EP4ConnectionStatus.P4CS_Connected)
{
try
{
Options options = new Options();
//Extended descriptions
options.Add("-l",null);
//Only submitted changelists
options.Add("-s", "submitted");
//Filter by user
if (!string.IsNullOrWhiteSpace(InQuery.FilterUser))
{
options.Add("-u", InQuery.FilterUser);
}
ChangelistRecordSet = mP4Repository.GetChangelists(options, InQuery.FileFilter);
}
catch (P4Exception E)
{
Console.WriteLine("Error running Perforce command!\n{0}", E.Message);
}
}
return ChangelistRecordSet;
}
public CommandSet Add <T>(string prototype, Action <T> action)
{
Options.Add(prototype, null, action);
return(this);
}
/// <summary>
/// Gets list of workspaces for a given server and user</summary>
/// <param name="serverAddress">Server address</param>
/// <param name="userId">User ID</param>
/// <returns>List of workspaces</returns>
public IEnumerable<string> GetWorkspaces(string serverAddress, string userId)
{
var result = new List<string>();
try
{
var server = new Server(new ServerAddress(serverAddress));
var repository = new Repository(server);
// This call ensures internal P4Server is set for repository.Connection,
// otherwise GetUsers() call will fail.
repository.Connection.Connect(ConnectionOptions);
if (CheckLogin(repository.Connection))
{
var opts = new Options();
opts.Add("-u", userId); //The -u user flag lists client workspaces that are owned by the specified user.
foreach (var client in repository.GetClients(opts))
result.Add(client.Name);
}
}
catch (P4Exception ex)
{
switch (ex.ErrorLevel)
{
case ErrorSeverity.E_WARN:
Outputs.WriteLine(OutputMessageType.Warning, ex.Message);
break;
case ErrorSeverity.E_FAILED:
Outputs.WriteLine(OutputMessageType.Error, ex.Message);
break;
case ErrorSeverity.E_INFO:
Outputs.WriteLine(OutputMessageType.Info, ex.Message);
break;
}
if (ThrowExceptions)
throw;
}
return result;
}
public void AddOption(String pOption)
{
Options.Add(new PollOption(pOption.ToLower()));
}
public override IEnumerable<string> SelectFeatures(Prediction prediction)
{
_libLinear.LoadClassificationModelFiles();
string logPath = Path.Combine(Model.ModelDirectory, "feature_selection_log.txt");
System.IO.File.Delete(logPath);
int nullClass = -1;
foreach (string unmappedLabel in _libLinear.Labels)
if (unmappedLabel == PointPrediction.NullLabel)
if (nullClass == -1)
nullClass = int.Parse(_libLinear.GetMappedLabel(unmappedLabel));
else
throw new Exception("Multiple null classes in label map");
if (nullClass == -1)
throw new Exception("Failed to find null class");
string featureSelectionTrainingPath = Path.GetTempFileName();
using (FileStream compressedTrainingInstancesFile = new FileStream(CompressedTrainingInstancesPath, FileMode.Open, FileAccess.Read))
using (GZipStream compressedTrainingInstancesGzip = new GZipStream(compressedTrainingInstancesFile, CompressionMode.Decompress))
using (StreamReader trainingInstancesFile = new StreamReader(compressedTrainingInstancesGzip))
using (FileStream compressedTrainingInstanceLocationsFile = new FileStream(CompressedTrainingInstanceLocationsPath, FileMode.Open, FileAccess.Read))
using (GZipStream compressedTrainingInstanceLocationsGzip = new GZipStream(compressedTrainingInstanceLocationsFile, CompressionMode.Decompress))
using (StreamReader trainingInstanceLocationsFile = new StreamReader(compressedTrainingInstanceLocationsGzip))
using (StreamWriter featureSelectionTrainingFile = new StreamWriter(featureSelectionTrainingPath))
{
try
{
string instance;
while ((instance = trainingInstancesFile.ReadLine()) != null)
{
string location = trainingInstanceLocationsFile.ReadLine();
if (location == null)
throw new Exception("Missing location for training instance");
featureSelectionTrainingFile.WriteLine(instance + " # " + location);
}
if ((instance = trainingInstanceLocationsFile.ReadToEnd()) != null && (instance = instance.Trim()) != "")
throw new Exception("Extra training instance locations: " + instance);
trainingInstancesFile.Close();
trainingInstanceLocationsFile.Close();
featureSelectionTrainingFile.Close();
}
catch (Exception ex)
{
throw new Exception("Failed to read training instances: " + ex.Message);
}
}
string groupNamePath = Path.GetTempFileName();
Dictionary<string, string> groupNameFeatureId = new Dictionary<string, string>();
using (StreamWriter groupNameFile = new StreamWriter(groupNamePath))
{
foreach (PTL.ATT.Models.Feature feature in Model.Features)
{
int featureNumber;
if (_libLinear.TryGetFeatureNumber(feature.Id, out featureNumber))
{
string groupName = feature.ToString().ReplacePunctuation(" ").RemoveRepeatedWhitespace().Replace(' ', '_').Trim('_');
groupNameFile.WriteLine(featureNumber + " " + groupName);
groupNameFeatureId.Add(groupName, feature.Id);
}
}
groupNameFile.Close();
}
Options featureSelectionOptions = new Options();
featureSelectionOptions.Add(FeatureSelector.Option.ExitOnErrorAction, FeatureSelector.ExitOnErrorAction.ThrowException.ToString());
featureSelectionOptions.Add(FeatureSelector.Option.FeatureFilters, typeof(ZeroVectorFeatureFilter).FullName + "," + typeof(CosineSimilarityFeatureFilter).FullName);
featureSelectionOptions.Add(FeatureSelector.Option.FloatingSelection, false.ToString());
featureSelectionOptions.Add(FeatureSelector.Option.GroupNamePath, groupNamePath);
featureSelectionOptions.Add(FeatureSelector.Option.LogPath, logPath);
featureSelectionOptions.Add(FeatureSelector.Option.MaxThreads, Configuration.ProcessorCount.ToString());
featureSelectionOptions.Add(FeatureSelector.Option.PerformanceIncreaseRequirement, float.Epsilon.ToString());
featureSelectionOptions.Add(FeatureSelector.Option.Scorer, typeof(SurveillancePlotScorer).FullName);
featureSelectionOptions.Add(FeatureSelector.Option.TrainingInstancesInMemory, true.ToString());
featureSelectionOptions.Add(FeatureSelector.Option.TrainingInstancesPath, featureSelectionTrainingPath);
featureSelectionOptions.Add(FeatureSelector.Option.Verbosity, FeatureSelector.Verbosity.Debug.ToString());
featureSelectionOptions.Add(SurveillancePlotScorer.Option.IgnoredSurveillanceClasses, nullClass.ToString());
featureSelectionOptions.Add(CommonWrapper.Option.ClassifyExePath, Configuration.ClassifierTypeOptions[GetType()]["predict"]);
featureSelectionOptions.Add(CommonWrapper.Option.TrainExePath, Configuration.ClassifierTypeOptions[GetType()]["train"]);
featureSelectionOptions.Add(LibLinearWrapper.Option.IgnoredProbabilisticClasses, nullClass.ToString());
featureSelectionOptions.Add(LibLinearWrapper.Option.SumInstanceProbabilities, true.ToString());
featureSelectionOptions.Add(CrossFoldValidator.Option.RandomizeInstanceBlocks, true.ToString());
featureSelectionOptions.Add(CrossFoldValidator.Option.InstanceBlockRandomizationSeed, (498734983).ToString());
featureSelectionOptions.Add(CrossFoldValidator.Option.NumFolds, (2).ToString());
featureSelectionOptions.Add(CosineSimilarityFeatureFilter.Option.Threshold, (0.98).ToString());
if (_positiveClassWeighting == PositiveClassWeighting.NegativePositiveRatio)
{
using (FileStream compressedTrainingInstancesFile = new FileStream(CompressedTrainingInstancesPath, FileMode.Open, FileAccess.Read))
using (GZipStream compressedTrainingInstancesGzip = new GZipStream(compressedTrainingInstancesFile, CompressionMode.Decompress))
using (StreamReader compressedTrainingInstancesReader = new StreamReader(compressedTrainingInstancesGzip))
{
Dictionary<int, float> classWeight = GetPerClassWeights(compressedTrainingInstancesReader);
foreach (int classNum in classWeight.Keys)
featureSelectionOptions.Add((LibLinearWrapper.Option)Enum.Parse(typeof(LibLinearWrapper.Option), "W" + classNum), classWeight[classNum].ToString());
}
}
else if (_positiveClassWeighting != PositiveClassWeighting.None)
throw new Exception("Unrecognized positive class weighting scheme: " + _positiveClassWeighting);
FeatureSelector.Run(_libLinear, featureSelectionOptions);
float score;
Dictionary<string, Tuple<int, float>> featureRankContribution;
FeatureSelector.GetResults(logPath, out score, out featureRankContribution);
System.IO.File.Delete(featureSelectionTrainingPath);
System.IO.File.Delete(groupNamePath);
return featureRankContribution.Keys.Select(groupName => groupNameFeatureId[groupName]);
}
/// <summary>
/// Query the server for a single changelist specified by the query parameter
/// </summary>
/// <param name="ChangelistNumber">The changelist number to query for</param>
/// <returns>P4Changelist object representing the queried changelist, if it exists; otherwise, P4Changelist.InvalidChangelist</returns>
public Changelist QueryChangelist(int ChangelistNumber)
{
Changelist ChangelistRecordSet = null;
// Can only query if currently connected to the server!
if (ConnectionStatus == EP4ConnectionStatus.P4CS_Connected)
{
try
{
//do not include file diffs in this operation.
Options options = new Options();
options.Add("-s","");
// Attempt to run a describe query on the changelist specified by the InQuery
ChangelistRecordSet = mP4Repository.GetChangelist(ChangelistNumber, options);
}
catch (P4Exception E)
{
Console.WriteLine("Error running Perforce command!\n{0}", E.Message);
}
}
return ChangelistRecordSet;
}
public void Add(HexViewGroupOption option) => Options.Add(option);
public CommandLineParser(params string[] args)
{
var queue = new Queue<string>(args);
var assemblyPaths = new List<string>();
var optionList = new Options();
var errors = new List<string>();
while (queue.Any())
{
var item = queue.Dequeue();
if (IsKey(item))
{
var key = KeyName(item);
key = CorrectlyCasedKey(key);
if (key == null)
{
errors.Add(string.Format("Option {0} is not recognized.", item));
break;
}
if (!queue.Any() || IsKey(queue.Peek()))
{
errors.Add(string.Format("Option {0} is missing its required value.", item));
break;
}
var value = queue.Dequeue();
if (key == CommandLineOption.Parameter)
{
if (value.Contains("="))
{
var equalSignIndex = value.IndexOf('=');
if (equalSignIndex == 0)
{
errors.Add(string.Format("Custom parameter {0} is missing its required key.", value));
break;
}
key = value.Substring(0, equalSignIndex);
value = value.Substring(equalSignIndex + 1);
}
else
{
key = value;
value = "on";
}
}
optionList.Add(key, value);
}
else
{
assemblyPaths.Add(item);
}
}
if (!errors.Any() && !assemblyPaths.Any())
errors.Add("Missing required test assembly path(s).");
AssemblyPaths = assemblyPaths.ToArray();
Options = optionList;
Errors = errors.ToArray();
}
public void analyzeCommands()
{
string currentFlag = "";
bool processingFiles = false;
foreach (string word in words)
{
if (word.StartsWith("/") || word.StartsWith("-"))
{
if (word.Contains(flag_dll) || word.Contains(flag_dll.ToUpper()))
{
isDll = true;
}
else if (word.Contains(flag_exe) || word.Contains(flag_exe.ToUpper()))
{
isExe = true;
}
else if (word.Contains(flag_out) || word.Contains(flag_out.ToUpper()))
{
Output = word.Substring(flag_out.Length + 1);
Options.Add(new KeyValuePair <string, string>(flag_out, Output));
currentFlag = flag_out;
}
else if (word.Contains(flag_def) || word.Contains(flag_def.ToUpper()))
{
Def = word.Substring(flag_def.Length + 1);
Options.Add(new KeyValuePair <string, string>(flag_def, Def));
currentFlag = flag_def;
}
else if (word.Contains(flag_entry) || word.Contains(flag_entry.ToUpper()))
{
Entry = word.Substring(flag_entry.Length + 1);
Options.Add(new KeyValuePair <string, string>(flag_entry, Entry));
currentFlag = flag_entry;
}
else
{
Options.Add(new KeyValuePair <string, string>(word, Entry));
}
}
else if (word.Contains(".obj"))
{
Objs.Add(word);
processingFiles = true;
}
else if (word.Contains(".lib"))
{
Libs.Add(word);
processingFiles = true;
}
else if (word.Contains(".res"))
{
}
else if (currentFlag != "")
{
}
else
{
//Unrecognized command
}
if (word.ToLower().Equals("link") || word.ToLower().Equals("link.exe"))
{
}
else if (!processingFiles)
{
if (!word.Equals(""))
{
LinkOptionsLiteral += word + " ";
LinkOptionsLiteral_Words.Add(word);
}
}
}
LinkOptionsLiteral = LinkOptionsLiteral.Trim();
}
static int Main(string[] args)
{
try
{
var directories = new List<string>();
var files = new List<string>();
var programCommand = Command.None;
Func<CompositionContractInfo, bool> contractPredicate = c => false;
Func<CompositionInfo, PartDefinitionInfo, bool> partPredicate = (ci, p) => false;
var verbose = false;
var whitelist = new RejectionWhitelist();
var opts = new Options();
opts.Add<string>("dir", @"C:\MyApp\Parts", "Specify directories to search for parts.",
d => directories.Add(d));
opts.Add<string>("file", "MyParts.dll", "Specify assemblies to search for parts.",
f => files.Add(f));
opts.AddSwitch("verbose", "Print verbose information on each part.",
() => verbose = true);
var programCommandGroup = new ExclusiveGroup();
opts.Add<string>("type", "MyNamespace.MyType", "Print details of the given part type.", t => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p == ci.GetPartDefinitionInfo(t));
},
programCommandGroup);
opts.Add<string>("importers", "MyContract", "List importers of the given contract.", i => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.ImportsContract(i));
},
programCommandGroup);
opts.Add<string>("exporters", "MyContract", "List exporters of the given contract.", e => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.ExportsContract(e));
},
programCommandGroup);
opts.AddSwitch("rejected", "List all rejected parts.", () => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.IsRejected);
},
programCommandGroup);
opts.AddSwitch("causes", "List root causes - parts with errors not related to the rejection of other parts.", () => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => p.IsPrimaryRejection);
},
programCommandGroup);
opts.Add<string>("whitelist", "RejectionWhitelist.txt", "Specify parts that may be validly rejected; requres the /rejected or /causes commands.",
w => whitelist = new RejectionWhitelist(w));
opts.AddSwitch("parts", "List all parts found in the source assemblies.", () => {
programCommand = Command.PrintParts;
partPredicate = AddToPredicate(partPredicate, (ci, p) => true);
},
programCommandGroup);
opts.AddSwitch("?", "Print usage.",
() => programCommand = Command.PrintUsage, programCommandGroup);
var contractsSubgroup = new InclusiveSubroup(programCommandGroup);
opts.AddSwitch("imports", "Find imported contracts.", () => {
programCommand = Command.PrintContracts;
contractPredicate = AddToPredicate(contractPredicate, c => c.Importers.Any());
},
contractsSubgroup);
opts.AddSwitch("exports", "Find exported contracts.", () => {
programCommand = Command.PrintContracts;
contractPredicate = AddToPredicate(contractPredicate, c => c.Exporters.Any());
},
contractsSubgroup);
opts.Parse(args);
return Run(directories, files, programCommand, contractPredicate, partPredicate, verbose, whitelist, opts);
}
catch (Exception ex)
{
Console.Write("Error: ");
Console.WriteLine(ex.Message);
return 1;
}
}
public NoteResult(Note note) : base(note.Content)
{
Subtitle = $"Created at {note.CreatedAt.ToShortDateString()}";
Options.Add(new DeleteNoteOptionResult(note));
}
/// <summary>
/// Perform actions which can be automated, such as moving and deleting files.
/// </summary>
private void PerformDefaultActions()
{
if (CheckConnect())
{
using (Connection P4Connection = P4Repository.Connection)
{
AddDeleteFilesToDefaultChangeList(P4Connection);
AddMoveFilesToDefaultChangeList(P4Connection);
//if there are files to move or delete submit them otherwise delete the changelist
try
{
Options SubmitOptions = new Options();
//Add a description
SubmitOptions.Add("-d", String.Format(Settings.Default.MoveDeleteChangelistDescription, _connectionDetails.UserSavedStatePreferredLanguage));
SubmitResults DeleteMoveSubmitResults = P4Connection.Client.SubmitFiles(SubmitOptions, null);
log.Info(String.Format("Delete and move files submitted in CL# {0}, Files affected:", DeleteMoveSubmitResults.ChangeIdAfterSubmit));
foreach (var SubmittedFile in DeleteMoveSubmitResults.Files)
{
log.Info(String.Format("\t{0}:\t{1}({2})", SubmittedFile.Action, SubmittedFile.File.DepotPath, SubmittedFile.File.Version));
}
}
catch (P4Exception ex)
{
//Swallow No files to submit error
if (ex.ErrorCode != 806427698)
{
log.Error("Error in submitting move delete changelist:");
log.Error(ex.Message);
}
}
}
}
}
public void AddMenuItem(MenuItem menuItem)
{
Options.Add(menuItem);
}
private void BuildChangeListsDescriptionMapping()
{
//Build filespec list of all files to get changelists for
List<FileSpec> ListOfFiles = new List<FileSpec>();
foreach (var LangFile in LangFileToCreateProcessingList)
{
ListOfFiles.Add(new FileSpec(new DepotPath(LangFile.DepotFile), null, null, VersionSpec.Head));
}
foreach (var LangFile in LangFileToUpdateProcessingList)
{
ListOfFiles.Add(new FileSpec(new DepotPath(LangFile.DepotFile), null, null, VersionSpec.Head));
}
foreach (var LangFile in LangFileTranslatedProcessingList)
{
ListOfFiles.Add(new FileSpec(new DepotPath(LangFile.DepotFile), null, null, VersionSpec.Head));
}
if (CheckConnect())
{
Options options = new Options();
//Extended descriptions
options.Add("-l", null);
IList<Changelist> Changelists = P4Repository.GetChangelists(options, ListOfFiles.ToArray());
foreach (Changelist ChangelistDetails in Changelists)
{
if (!ChangelistIdDescriptionMapping.ContainsKey(ChangelistDetails.Id))
{
ChangelistIdDescriptionMapping.Add(ChangelistDetails.Id, new ChangelistDescription(ChangelistDetails.Description));
}
}
}
}
public void AddMenuItem(Func <Menu> func)
{
Refresher = func;
Options.Add(func());
}
