/// <summary>
/// Initializes a new instance of the <see cref="CommandLineConversionProcessor"/> class.
/// </summary>
/// <param name="executablePath">The path to the executable to call</param>
/// <param name="outputFolderName">The destination folder used to generate the output file name</param>
/// <param name="outputFileExtension">The extension to use when renaming the output file</param>
/// <param name="commandLineTemplate">The command line template to use. This should contain 2 variables {0} and {1}.
/// Where {0} represents the input file, and {1} will be replaced with the output file</param>
public CommandLineConversionProcessor(
string executablePath,
string outputFolderName,
string outputFileExtension,
string commandLineTemplate)
{
Precondition.NotNullOrEmpty(executablePath, "executablePath");
Precondition.NotNullOrEmpty(outputFolderName, "outputFolderName");
Precondition.NotNullOrEmpty(outputFileExtension, "outputFileExtension");
Precondition.NotNullOrEmpty(commandLineTemplate, "commandLineTemplate");
Precondition.Assert(() => File.Exists(executablePath), "Invalid executablePath");
Logger.InfoFormat("Executable Path: '{0}'", executablePath);
Logger.InfoFormat("Output Folder Name: '{0}'", outputFolderName);
Logger.InfoFormat("Output File Extension: '{0}'", outputFileExtension);
Logger.InfoFormat("Command Line : '{0}'", commandLineTemplate);
this.outputDirectoryInfo = new DirectoryInfo(outputFolderName);
this.commandLineTemplate = commandLineTemplate;
this.executablePath = executablePath;
this.outputFileExtension = outputFileExtension.StartsWith(".")
? outputFileExtension
: "." + outputFileExtension;
if (!this.outputDirectoryInfo.Exists)
{
this.outputDirectoryInfo.Create();
}
}
/// <summary>
/// Based on a supplied input stream, this method parses the data and constructs
/// a new pipeline.
/// </summary>
/// <param name="sourceStream">The source stream to read from</param>
/// <returns>The new pipeline of processors</returns>
public IDocumentProcessorPipeline Parse(Stream sourceStream)
{
XDocument document = XDocument.Load(sourceStream);
XElement root = document.Root;
Precondition.Assert(() => root != null, "No root element found in XML data");
// ReSharper disable once PossibleNullReferenceException
XElement processorsRootElement = root.Element("processors");
var pipeline = new DocumentProcessorPipeline();
if (processorsRootElement != null)
{
this.Variables = new VariableProvider(root.Element("variables"));
var processorElements = processorsRootElement.Elements("processor");
foreach (var processorElement in processorElements)
{
IDocumentProcessor processor = LoadProcessorFromConfig(this.Variables, processorElement);
if (processor != null)
{
pipeline.AddProcessor(processor);
}
}
}
return(pipeline);
}
public void raid_aliases_remove(Context ctx, [RegexParameter(@"\w+")] string key)
{
//Check that the alias exists
Precondition.Assert(this.raidConfig.HasAlias(key.ToUpper()), "No existing alias with that name.");
//Pass on to the implementation
this.raid_aliases_remove_impl(ctx, key.ToUpper());
}
public void raid_aliases_add(Context ctx, [RegexParameter(@"\w+")] string key, [RegexParameter(@"\w+")] string value)
{
//Check that the role exists
Precondition.Assert(this.raidConfig.HasRole(value.ToUpper()), "No role with that name.");
//Pass on to the implementation
this.raid_aliases_add_impl(ctx, key.ToUpper(), value.ToUpper());
}
public void raid_delete(Context ctx, uint id)
{
//Determine if a raid with this ID exists
var exists = RaidManager.EnumerateRaids().Any(r => r.raid_id == id);
Precondition.Assert(exists, $"No raid with that id ({id}).");
//Pass on to the implementation
this.raid_delete_impl(ctx, (int)id);
}
public void raid_add(Context ctx, uint id, [RegexParameter(@"[\S\s]+")] string name, [RegexParameter(@"[\S\s]+")] string roles)
{
//Determine if a raid with this ID exists
var exists = RaidManager.EnumerateRaids().Any(r => r.raid_id == id);
Precondition.Assert(exists, $"No raid with that id ({id}).");
//Pass on to the implementation
this.raid_add_impl(ctx, (int)id, name.Trim(), roles);
}
public void raid_make_comp(Context ctx, [RegexParameter(@"[\S\s]+")] string name)
{
//Get the next raid
var handle = RaidManager.GetNextRaid();
//Check if we have one
Precondition.Assert(handle.HasValue, "No raids up.");
//Pass on
this.raid_make_comp(ctx, name, (uint)handle.Value.raid_id);
}
public void raid_delete(Context ctx)
{
//Get the next raid
var handle = RaidManager.GetNextRaid();
//Check if we have one
Precondition.Assert(handle.HasValue, "No raids up.");
//Pass on
this.raid_delete(ctx, (uint)handle.Value.raid_id);
}
private void raid_upload_logs_impl(Context ctx)
{
//Get the attachment
var attachment = ctx.message.Attachments.First();
//Send status report
var dlStatus = ctx.message.Channel.SendMessageAsync("Downloading...");
//Download it
Stream file = null;
using (var httpClient = new HttpClient())
{
file = httpClient.GetStreamAsync(attachment.Url).GetAwaiter().GetResult();
}
//Update status report
var msg = dlStatus.GetAwaiter().GetResult();
var zipStatus = msg.ModifyAsync(prop =>
{
prop.Content = "Unzipping...";
});
//Open the zip archive and accept only the first 30 distinct streams
var streams = ZipHelper.GetUnzippedStreams(file)
.GroupBy(t => t.filename).Select(g => g.First())
.Take(30).ToList();
//Close the zip archive
file.Close();
//Update status report
zipStatus.GetAwaiter().GetResult();
var verifyStatus = msg.ModifyAsync(prop =>
{
prop.Content = "Verifying...";
});
//Check that we have some streams
Precondition.Assert(streams.Count > 0, "No .evtc files found in zip!");
//Get the encounter ids
var encounters = streams.Select(log => Debug.Try(() =>
{
//Open the log
using (var evtcReader = new EVTCReader(log.stream.GetStream()))
{
//Read the header
var header = evtcReader.ReadHeader();
//Group filename and encounter id
return(log.filename, id: header.encounter_id);
}
}, default, severity: LOG_LEVEL.WARNING))
public void raid_create(Context ctx, uint day, uint month, uint hours, uint minutes, int offset, [RegexParameter(@"[\S\s]+")] string description)
{
//Derive the year
var year = DateTool.GetDefaultYear((int)day, (int)month);
//Validate our inputs
Precondition.Assert(DateTool.IsValidDate((int)day, (int)month, year), "Invalid date!");
Precondition.Assert(hours < 24, "Invalid hours!");
Precondition.Assert(minutes < 60, "Invalid minutes!");
Precondition.Assert(Math.Abs(offset) <= 12, "Invalid offset!");
//Pass on to the implementation
this.raid_create_impl(ctx, (int)day, (int)month, year, (int)hours, (int)minutes, offset, description);
}
public void raid_upload_logs(Context ctx)
{
//Check that we got an attachment
Precondition.Assert(ctx.message.Attachments.Count > 0, "Missing attachment!");
//Get the attachment
var attachment = ctx.message.Attachments.First();
//Check that it's a zip file
Precondition.Assert(attachment.Filename.EndsWith(".zip"), "Only .zip files are accepted!");
//Pass on to the implementation
this.raid_upload_logs_impl(ctx);
}
public SystemConfiguration(ISettingsReader settingsReader, [ImportMany] IEnumerable <IDocumentProcessorFactory> factories)
{
string fileName = settingsReader.GetSetting("printerConfigFile", string.Empty);
Precondition.Assert(
() => !string.IsNullOrEmpty(fileName) && File.Exists(fileName),
"Invalid configuration provided - missing configuration file");
using (Stream inputStream = File.OpenRead(fileName))
{
parser = new PrinterConfigurationParser(factories);
processorPipeline = parser.Parse(inputStream);
}
string printerDir = parser.Variables.Get("printer-dir");
string printerFileExt = parser.Variables.Get("printer-file-extension");
string printerName = parser.Variables.Get("printer-name");
string driverName = parser.Variables.Get("printer-driver");
string port = Path.Combine(new DirectoryInfo(printerDir).FullName, Guid.NewGuid().ToString()) + printerFileExt;
var driverConfiguration = new DriverConfiguration
{
ConfigFileName = parser.Variables.Get("driver-config-file"),
DataFileName = parser.Variables.Get("driver-data-file"),
DependentFileNames = parser.Variables.Get("driver-dependent-file").Split(","[0]),
DriverFileName = parser.Variables.Get("driver-path"),
Environment = parser.Variables.Get("driver-environment"),
HelpFileName = parser.Variables.Get("driver-help-file"),
Name = parser.Variables.Get("driver-name")
};
printerConfiguration = new VirtualPrinterConfiguration
{
DefaultPort = port,
PrinterName = printerName,
DriverConfiguration = driverConfiguration
};
Logger.Info("Using the following configuration:");
Logger.Info(string.Empty);
Logger.InfoFormat(" Print Name: {0}", printerName);
Logger.InfoFormat(" Print Driver: {0}", driverName);
Logger.InfoFormat(" Print Directory: {0}", printerDir);
Logger.InfoFormat(" File Extension: {0}", printerFileExt);
Logger.Info(string.Empty);
}
/// <summary>
/// Called to create a new document processor from the given initialization parameters
/// </summary>
/// <param name="parameters">The parameters used to configure the processor</param>
/// <returns>The created processor </returns>
public override IDocumentProcessor Create(IDictionary <string, string> parameters)
{
Precondition.NotNull(parameters, "parameters");
string timeoutInSeconds;
string retryDelayInMilliSeconds;
parameters.TryGetValue("timeoutInSeconds", out timeoutInSeconds);
parameters.TryGetValue("retryDelayInMilliSeconds", out retryDelayInMilliSeconds);
int timeoutInSecondsInt = DefaultTimeoutInSecondsInt;
if (!string.IsNullOrEmpty(timeoutInSeconds))
{
if (!int.TryParse(timeoutInSeconds, out timeoutInSecondsInt))
{
timeoutInSecondsInt = DefaultTimeoutInSecondsInt;
}
else
{
throw new ArgumentException(
string.Format("timeoutInSeconds parameter value '{0}' is not a valid number", timeoutInSeconds));
}
}
int retryDelayInMilliSecondsInt = DefaultRetryDelayInMilliSecondsInt;
if (!string.IsNullOrEmpty(retryDelayInMilliSeconds))
{
if (!int.TryParse(retryDelayInMilliSeconds, out retryDelayInMilliSecondsInt))
{
retryDelayInMilliSecondsInt = DefaultRetryDelayInMilliSecondsInt;
}
else
{
throw new ArgumentException(
string.Format("retryDelayInMilliSeconds parameter value '{0}' is not a valid number", timeoutInSeconds));
}
}
// Verify values are reasonable
Precondition.Assert(() => timeoutInSecondsInt > 0, "timeout must be > 0");
Precondition.Assert(() => retryDelayInMilliSecondsInt > 0, "retryDelayInMilliSeconds must be > 0");
return(new WaitForFileProcessor(timeoutInSecondsInt, retryDelayInMilliSecondsInt));
}
public void raid_kick(Context ctx, uint id, ulong userID)
{
//Get a handle to the raid
var handle = RaidManager.GetRaidFromID((int)id);
//Make sure it exists
Precondition.Assert(handle.HasValue, $"No raid with that id ({id}).");
//Find the raider that matches the ID
var player = RaidManager.FindRaider(handle.Value, userID);
//Check that the raider exists in the roster
Precondition.Assert(player.HasValue, "That raider is not in the roster.");
//Pass on to the implementation
this.raid_kick_impl(ctx, handle.Value, player.Value);
}
public void raid_leave(Context ctx, uint id)
{
//Get a handle to the raid
var handle = RaidManager.GetRaidFromID((int)id);
//Make sure it exists
Precondition.Assert(handle.HasValue, $"No raid with that id ({id}).");
//Find the raider in the roster
var player = RaidManager.FindRaider(handle.Value, ctx.message.Author.Id);
//Check that the raider exists in the roster
Precondition.Assert(player.HasValue, "You are not in the roster.");
//Pass on to the implementation
this.raid_leave_impl(ctx, handle.Value, player.Value);
}
private void raid_create_comp_impl(Context ctx, string name, string roles)
{
//Get all the roles (including duplicates)
var layout = Regex.Matches(roles, @"\w+")
.Select(r => r.Value.ToUpper())
.ToArray();
//Check that we got a comp
Precondition.Assert(layout.Length > 0, "No roles provided!");
//Add the composition
this.raidConfig.AddComposition(name.ToUpper(), layout);
//Send success message
Bot.GetBotInstance().SendSuccessMessage(ctx.message.Channel,
"Success", "Comp was created."
);
}
public void raid_kick(Context ctx, uint id, [RegexParameter(@"[\S\s]+")] string name)
{
//Get a handle to the raid
var handle = RaidManager.GetRaidFromID((int)id);
//Make sure it exists
Precondition.Assert(handle.HasValue, $"No raid with that id ({id}).");
//Find any raiders that match the name
var players = RaidManager.FindRaiders(handle.Value, name);
//Check that we got only one
Precondition.Assert(players.Count > 0, "No one with that name.");
Precondition.Assert(players.Count == 1, $"More than one matches that name.");
//Pass on to the implementation
this.raid_kick_impl(ctx, handle.Value, players.First());
}
public void raid_make_comp(Context ctx, [RegexParameter(@"[\S\s]+")] string name, uint id)
{
//Get a handle to the raid
var handle = RaidManager.GetRaidFromID((int)id);
//Make sure it exists
Precondition.Assert(handle.HasValue, $"No raid with that id ({id}");
//Check that the composition exists
string[] layout;
Precondition.Assert
(
this.raidConfig.Compositions.TryGetValue(name.ToUpper(), out layout),
"No comp with that name. These are the recognised comps: \n" +
string.Join(", ", this.raidConfig.Compositions.Keys)
);
//Pass on to the implementation
this.raid_make_comp_impl(ctx, handle.Value, layout);
}
private void raid_add_impl(Context ctx, int id, string name, string roles)
{
//Get a handle to the raid
var handle = RaidManager.GetRaidFromID(id).Value;
//Extract the roles
var extractedRoles = this.raidConfig.MatchRoles(roles);
bool bu = roles.ToUpper().Contains("BACKUP");
//Check that we got any roles
Precondition.Assert(extractedRoles.Length > 0, "No recognized roles provided!");
//Add to the raid
RaidManager.AppendRaider(handle, name, bu, extractedRoles);
//Return success
Bot.GetBotInstance()
.SendSuccessMessage(ctx.message.Channel,
"Success",
$"They were added to the raid{(bu ? " as backup" : "")} with these roles: \"{string.Join(", ", extractedRoles)}\"."
);
}
private void raid_delete_impl(Context ctx, int id)
{
//Get a handle to the raid
var handle = RaidManager.GetRaidFromID(id).Value;
//Grab the data from the raid
var data = RaidManager.GetRaidData(handle);
//Check that it's valid
Precondition.Assert(data.HasValue, "There was an error processing the raid.");
//Get the owner
var owner_id = data.Value.owner_id;
//Check that the user is the owner
Precondition.Assert(ctx.message.Author.Id == owner_id, "You are not the owner of the raid!");
//Delete the raid
RaidManager.DeleteRaid(handle);
//Return success
Bot.GetBotInstance()
.SendSuccessMessage(ctx.message.Channel, "Success", $"Raid has been deleted.");
}
private void raid_kick_impl(Context ctx, RaidHandle handle, Entry e)
{
//Grab the data from the raid
var data = RaidManager.GetRaidData(handle);
//Check that it's valid
Precondition.Assert(data.HasValue, "There was an error processing the raid.");
//Get the owner
var owner_id = data.Value.owner_id;
//Check that the user is the owner
Precondition.Assert(ctx.message.Author.Id == owner_id, "You are not the owner of the raid!");
//Remove from the raid
RaidManager.RemoveRaider(handle, e);
//Return success
Bot.GetBotInstance()
.SendSuccessMessage(ctx.message.Channel,
"Success",
$"They were removed from the roster."
);
}
public void raid_delete_comp(Context ctx, [RegexParameter(@"[^ ]+")] string name)
{
//Check that they're not trying to delete the default comp
Precondition.Assert
(
!string.Equals(name.ToUpper(), "DEFAULT"),
"Cannot delete the default comp.\nOverwrite it instead."
);
//Get the index of the comp
//var idx = this.raidConfig.GetCompIndex(name.ToUpper());
bool exists = this.raidConfig.Compositions.ContainsKey(name.ToUpper());
//Check that it exists
Precondition.Assert
(
exists,
"No comp with that name. These are the recognised comps: \n" +
string.Join(", ", this.raidConfig.Compositions.Keys)
);
//Pass on to implementation
this.raid_delete_comp_impl(ctx, name);
}
