/// <summary> Parses the replay.details file, applying it to a Replay object. </summary>
/// <param name="replay"> The replay object to apply the parsed information to. </param>
/// <param name="buffer"> The buffer containing the replay.details file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
using (var reader = new BinaryReader(stream))
{
var replayDetailsStructure = new TrackerEventStructure(reader);
var playerId = -1;
replay.Players = replayDetailsStructure.dictionary[0].optionalData.array.Select(i => new Player
{
PlayerId = ++playerId,
Name = i.dictionary[0].blobText,
BattleNetRegionId = (int)i.dictionary[1].dictionary[0].vInt.Value,
BattleNetSubId = (int)i.dictionary[1].dictionary[2].vInt.Value,
BattleNetId = (int)i.dictionary[1].dictionary[4].vInt.Value,
// [2] = Race (SC2 Remnant, Always Empty String in Heroes of the Storm)
Color = i.dictionary[3].dictionary.Keys.OrderBy(j => j).Select(j => (int)i.dictionary[3].dictionary[j].vInt.Value).ToArray(),
// [4] = Player Type (2 = Human, 3 = Computer (Practice, Try Me, or Coop)) - This is more accurately gathered in replay.attributes.events
Team = (int)i.dictionary[5].vInt.Value,
Handicap = (int)i.dictionary[6].vInt.Value,
// [7] = VInt, Default 0
IsWinner = i.dictionary[8].vInt.Value == 1,
// [9] = Sometimes player index in ClientList array; usually 0-9, but can be higher if there are observers. I don't fully understand this, as this was incorrect in at least one Custom game, where this said ClientList[8] was null
Character = i.dictionary[10].blobText
}).ToArray();
if (replay.Players.Length != 10 || replay.Players.Count(i => i.IsWinner) != 5)
// Try Me Mode, or something strange
return;
replay.Map = replayDetailsStructure.dictionary[1].blobText;
// [2] - This is typically an empty string, no need to decode.
// [3] - Blob: "Minimap.tga" or "CustomMiniMap.tga"
// [4] - Uint, Default 1
// [5] - Utc Timestamp
replay.Timestamp = DateTime.FromFileTimeUtc(replayDetailsStructure.dictionary[5].vInt.Value);
// There was a bug during the below builds where timestamps were buggy for the Mac build of Heroes of the Storm
// The replay, as well as viewing these replays in the game client, showed years such as 1970, 1999, etc
// I couldn't find a way to get the correct timestamp, so I am just estimating based on when these builds were live
if (replay.ReplayBuild == 34053 && replay.Timestamp < new DateTime(2015, 2, 8))
replay.Timestamp = new DateTime(2015, 2, 13);
else if (replay.ReplayBuild == 34190 && replay.Timestamp < new DateTime(2015, 2, 15))
replay.Timestamp = new DateTime(2015, 2, 20);
// [6] - Windows replays, this is Utc offset. Mac replays, this is actually the entire Local Timestamp
// var potentialUtcOffset = new TimeSpan(replayDetailsStructure.dictionary[6].vInt.Value);
// [7] - Blob, Empty String
// [8] - Blob, Empty String
// [9] - Blob, Empty String
// [10] - Optional, Array: 0 - Blob, "s2ma"
// [11] - UInt, Default 0
// [12] - VInt, Default 4
// [13] - VInt, Default 1 or 7
// [14] - Optional, Null
// [15] - VInt, Default 0
// [16] - Optional, UInt, Default 0
}
}
/// <summary> Parses the replay.tracker.events file, applying it to a Replay object. </summary>
/// <param name="replay"> The replay object to apply the parsed information to. </param>
/// <param name="buffer"> The buffer containing the replay.tracker.events file. </param>
/// <param name="onlyParsePlayerSetupEvents"> If true, speeds up parsing by skipping Unit data, which is most of this file </param>
public static void Parse(Replay replay, byte[] buffer, bool onlyParsePlayerSetupEvents = false)
{
replay.TrackerEvents = new List<TrackerEvent>();
var currentFrameCount = 0;
using (var stream = new MemoryStream(buffer))
using (var reader = new BinaryReader(stream))
while (stream.Position < stream.Length)
{
var intro = reader.ReadBytes(3); // Always 03 ?? 09; Middle digit seems to have at least two possible values
currentFrameCount += (int)TrackerEventStructure.read_vint(reader);
var trackerEvent = new TrackerEvent { TimeSpan = new TimeSpan(0, 0, (int)(currentFrameCount / 16.0)) };
intro = reader.ReadBytes(1); // Always 09
trackerEvent.TrackerEventType = (TrackerEventType)TrackerEventStructure.read_vint(reader);
trackerEvent.Data = new TrackerEventStructure(reader);
replay.TrackerEvents.Add(trackerEvent);
if (onlyParsePlayerSetupEvents && trackerEvent.TrackerEventType != TrackerEventType.PlayerSetupEvent)
break;
}
// Populate the client list using player indexes
var playerIndexes = replay.TrackerEvents.Where(i => i.TrackerEventType == TrackerEventType.PlayerSetupEvent && i.Data.dictionary[2].optionalData != null).Select(i => i.Data.dictionary[2].optionalData.vInt.Value).Distinct().OrderBy(i => i).ToArray();
for (var i = 0; i < playerIndexes.Length; i++)
// The references between both of these classes are the same on purpose.
// We want updates to one to propogate to the other.
replay.ClientList[playerIndexes[i]] = replay.Players[i];
}
public Match ParseReplay(string path)
{
using (var archive = Nmpq.MpqArchive.Open(path))
{
try
{
Replay replay = new Replay();
ReplayInitData.Parse(replay, archive.ReadFile(InitData));
ReplayTrackerEvents.Parse(replay, archive.ReadFile(TrackerEvents));
ReplayDetails.Parse(replay, archive.ReadFile(Details));
ReplayAttributeEvents.Parse(replay, archive.ReadFile(AttributeEvents));
var player = replay.Players.First(p => p.Name == accountName);
Match match = new Match();
match.FileName = path.Split('\\').Last();
match.Map = replay.Map;
match.Win = player.IsWinner;
match.Character = new Hero(player.Character, replay.ReplayLength);
match.TimeStamp = replay.Timestamp;
replay = null;
return match;
}
catch (Exception ex)
{
Logger.Log(string.Format("Error mapping {0}, exception details : {1}", path, ex.ToString()));
return null;
}
}
}
private static void ParseHeader(Replay replay, BinaryReader reader)
{
reader.ReadBytes(3); // 'Magic'
reader.ReadByte(); // Format
BitConverter.ToInt32(reader.ReadBytes(4), 0); // Data Max Size
BitConverter.ToInt32(reader.ReadBytes(4), 0); // Header Offset
BitConverter.ToInt32(reader.ReadBytes(4), 0); // User Data Header Size
var headerStructure = new TrackerEventStructure(reader);
// [0] = Blob, "Heroes of the Storm replay 11" - Strange backward arrow before 11 as well. I don't think the '11' will change, as I believe it was also always '11' in Starcraft 2 replays.
replay.ReplayVersion = string.Format("{0}.{1}.{2}.{3}", headerStructure.dictionary[1].dictionary[0].vInt.Value, headerStructure.dictionary[1].dictionary[1].vInt.Value, headerStructure.dictionary[1].dictionary[2].vInt.Value, headerStructure.dictionary[1].dictionary[3].vInt.Value);
replay.ReplayBuild = (int)headerStructure.dictionary[1].dictionary[4].vInt.Value;
if (replay.ReplayBuild >= 39951)
// 'm_dataBuildNum' may have always been incremented for these smaller 'hotfix' patches, but build 39951 is the first time I've noticed where a Hero's available talent selection has changed in one of these smaller patches
// We probably want to use this as the most precise build number from now on
replay.ReplayBuild = (int)headerStructure.dictionary[6].vInt.Value;
// [2] = VInt, Default 2 - m_type
replay.Frames = (int)headerStructure.dictionary[3].vInt.Value; // m_elapsedGameLoops
// [4] = VInt, Default 0 - m_useScaledTime
// [5] = Depending on replay build, either Blob with gibberish, or array of 16 bytes (basically a Blob), also with gibberish. Of ~770 pre-wipe replays, there were only 11 distinct blobs, so this is likely a map version hash or something - 'm_ngdpRootKey'
// [6] = Replay Build (Usually the same as what is in [1], but can be incremented by itself for smaller 'hotfix' patches) - m_dataBuildNum
// [7] = m_fixedFileHash
}
public static Tuple<ReplayParseResult, Replay> ParseReplay(string fileName, bool ignoreErrors, bool deleteFile)
{
try
{
var replay = new Replay();
// File in the version numbers for later use.
MpqHeader.ParseHeader(replay, fileName);
if (!ignoreErrors && replay.ReplayBuild < 32455)
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.PreAlphaWipe, null);
using (var archive = new MpqArchive(fileName))
ParseReplayArchive(replay, archive, ignoreErrors);
if (deleteFile)
File.Delete(fileName);
return ParseReplayResults(replay, ignoreErrors);
}
catch
{
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.Exception, null);
}
}
public static void Parse(Replay replay, byte[] buffer)
{
using (var memoryStream = new MemoryStream(buffer))
using (var binaryReader = new BinaryReader(memoryStream))
while (memoryStream.Position < memoryStream.Length)
{
var timeSpan = TimeSpan.FromSeconds((int)(binaryReader.ReadInt32() / 16.0));
// Always 1 or 2 or 3, but doesn't seem to be useful to us
// Most of the time is 1
// 3 seems to usually be at the end of the game
// This seems to be the 'data' for this event, but doesn't seem to be anything useful
binaryReader.ReadByte();
Player player = null;
var clientListIndex = binaryReader.ReadByte();
if (clientListIndex != 16 /* Global Event, or event with Observer */)
player = replay.ClientList[clientListIndex];
// Team color?
// Team 0 is always 255 / 255 / 255
// Team 1 is always 35 / 35 / 35
binaryReader.ReadBytes(3);
// Always 255. May be part of the above three bytes
binaryReader.ReadByte();
// Player name without BattleTag. For global events, this is an empty string. This can also contain an Observer's player name in a Custom game
Encoding.UTF8.GetString(binaryReader.ReadBytes(binaryReader.ReadInt16()));
}
}
/// <summary> Parses the Replay.Messages.Events file. </summary>
/// <param name="buffer"> Buffer containing the contents of the replay.messages.events file. </param>
/// <returns> A list of chat messages parsed from the buffer. </returns>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
using (var reader = new BinaryReader(stream))
{
int totalTime = 0;
while (reader.BaseStream.Position < reader.BaseStream.Length)
{
// While not EOF
var message = new ChatMessage();
var time = ParseTimestamp(reader);
// sometimes we only have a header for the message
if (reader.BaseStream.Position >= reader.BaseStream.Length)
break;
message.PlayerId = reader.ReadByte();
// I believe this 'PlayerId' is an index for this client list, which can include observers
// var player = replay.ClientList[message.PlayerId];
totalTime += time;
var opCode = reader.ReadByte();
if (opCode == 0x80)
reader.ReadBytes(4);
else if (opCode == 0x83)
reader.ReadBytes(8);
else if (opCode == 2 && message.PlayerId <= 10)
{
if (message.PlayerId == 80)
continue;
message.MessageTarget = (ChatMessageTarget)(opCode & 7);
var length = reader.ReadByte();
if ((opCode & 8) == 8)
length += 64;
if ((opCode & 16) == 16)
length += 128;
message.Message = Encoding.UTF8.GetString(reader.ReadBytes(length));
}
else
{
}
if (message.Message != null)
{
message.Timestamp = new TimeSpan(0, 0, (int)Math.Round(totalTime / 16.0));
replay.ChatMessages.Add(message);
}
}
}
}
}
/// <summary> Parses the Replay.Messages.Events file. </summary>
/// <param name="buffer"> Buffer containing the contents of the replay.messages.events file. </param>
/// <returns> A list of chat messages parsed from the buffer. </returns>
public static void Parse(Replay replay, byte[] buffer)
{
var messages = new List<ChatMessage>();
using (var stream = new MemoryStream(buffer))
{
using (var reader = new BinaryReader(stream))
{
int totalTime = 0;
while (reader.BaseStream.Position < reader.BaseStream.Length)
{
// While not EOF
var message = new ChatMessage();
var time = ParseTimestamp(reader);
message.PlayerId = reader.ReadByte();
totalTime += time;
var opCode = reader.ReadByte();
if (opCode == 0x80)
reader.ReadBytes(4);
else if (opCode == 0x83)
reader.ReadBytes(8);
else if (opCode == 2 && message.PlayerId <= 10)
{
if (message.PlayerId == 80)
continue;
message.MessageTarget = (ChatMessageTarget)(opCode & 7);
var length = reader.ReadByte();
if ((opCode & 8) == 8)
length += 64;
if ((opCode & 16) == 16)
length += 128;
message.Message = Encoding.UTF8.GetString(reader.ReadBytes(length));
}
else
{
}
if (message.Message != null)
{
message.Timestamp = new TimeSpan(0, 0, (int)Math.Round(totalTime / 16.0));
messages.Add(message);
}
}
}
}
replay.ChatMessages = messages;
}
/// <summary> Parses the replay.details file, applying it to a Replay object. </summary>
/// <param name="replay"> The replay object to apply the parsed information to. </param>
/// <param name="buffer"> The buffer containing the replay.details file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
using (var reader = new BinaryReader(stream))
{
var replayDetailsStructure = new TrackerEventStructure(reader);
replay.Players = replayDetailsStructure.dictionary[0].optionalData.array.Select(i => new Player
{
Name = i.dictionary[0].blobText,
BattleNetRegionId = (int)i.dictionary[1].dictionary[0].vInt.Value,
BattleNetSubId = (int)i.dictionary[1].dictionary[2].vInt.Value,
BattleNetId = (int)i.dictionary[1].dictionary[4].vInt.Value,
// [2] = Race (SC2 Remnant, Always Empty String in Heroes of the Storm)
Color = i.dictionary[3].dictionary.Keys.OrderBy(j => j).Select(j => (int)i.dictionary[3].dictionary[j].vInt.Value).ToArray(),
// [4] = Player Type (2 = Human, 3 = Computer (Practice, Try Me, or Coop)) - This is more accurately gathered in replay.attributes.events
Team = (int)i.dictionary[5].vInt.Value,
Handicap = (int)i.dictionary[6].vInt.Value,
// [7] = VInt, Default 0
IsWinner = i.dictionary[8].vInt.Value == 1,
// [9] = Sometimes player index in ClientList array; usually 0-9, but can be higher if there are observers. I don't fully understand this, as this was incorrect in at least one Custom game, where this said ClientList[8] was null
Character = i.dictionary[10].blobText
}).ToArray();
if (replay.Players.Length != 10 || replay.Players.Count(i => i.IsWinner) != 5)
// Try Me Mode, or something strange
return;
replay.Map = replayDetailsStructure.dictionary[1].blobText;
// [2] - m_difficulty
// [3] - m_thumbnail - "Minimap.tga", "CustomMiniMap.tga", etc
// [4] - m_isBlizzardMap
replay.Timestamp = DateTime.FromFileTimeUtc(replayDetailsStructure.dictionary[5].vInt.Value); // m_timeUTC
// There was a bug during the below builds where timestamps were buggy for the Mac build of Heroes of the Storm
// The replay, as well as viewing these replays in the game client, showed years such as 1970, 1999, etc
// I couldn't find a way to get the correct timestamp, so I am just estimating based on when these builds were live
if (replay.ReplayBuild == 34053 && replay.Timestamp < new DateTime(2015, 2, 8))
replay.Timestamp = new DateTime(2015, 2, 13);
else if (replay.ReplayBuild == 34190 && replay.Timestamp < new DateTime(2015, 2, 15))
replay.Timestamp = new DateTime(2015, 2, 20);
// [6] - m_timeLocalOffset - For Windows replays, this is Utc offset. For Mac replays, this is actually the entire Local Timestamp
// [7] - m_description - Empty String
// [8] - m_imageFilePath - Empty String
// [9] - m_mapFileName - Empty String
// [10] - m_cacheHandles - "s2ma"
// [11] - m_miniSave - 0
// [12] - m_gameSpeed - 4
// [13] - m_defaultDifficulty - Usually 1 or 7
// [14] - m_modPaths - Null
// [15] - m_campaignIndex - 0
// [16] - m_restartAsTransitionMap - 0
}
}
static void Main(string[] args)
{
var heroesAccountsFolder = Path.Combine(Environment.GetFolderPath(Environment.SpecialFolder.MyDocuments), @"Heroes of the Storm\Accounts");
var randomReplayFileName = Directory.GetFiles(heroesAccountsFolder, "*.StormReplay", SearchOption.AllDirectories).OrderBy(i => Guid.NewGuid()).First();
// Use temp directory for MpqLib directory permissions requirements
var tmpPath = Path.GetTempFileName();
File.Copy(randomReplayFileName, tmpPath, true);
try
{
// Create our Replay object: this object will be filled as you parse the different files in the .StormReplay archive
var replay = new Replay();
MpqHeader.ParseHeader(replay, tmpPath);
using (var archive = new CArchive(tmpPath))
{
ReplayInitData.Parse(replay, GetMpqArchiveFileBytes(archive, ReplayInitData.FileName));
ReplayDetails.Parse(replay, GetMpqArchiveFileBytes(archive, ReplayDetails.FileName));
ReplayTrackerEvents.Parse(replay, GetMpqArchiveFileBytes(archive, ReplayTrackerEvents.FileName));
ReplayAttributeEvents.Parse(replay, GetMpqArchiveFileBytes(archive, ReplayAttributeEvents.FileName));
if (replay.ReplayBuild >= 32455)
ReplayGameEvents.Parse(replay, GetMpqArchiveFileBytes(archive, ReplayGameEvents.FileName));
ReplayServerBattlelobby.Parse(replay, GetMpqArchiveFileBytes(archive, ReplayServerBattlelobby.FileName));
ReplayMessageEvents.Parse(replay, GetMpqArchiveFileBytes(archive, ReplayMessageEvents.FileName));
Unit.ParseUnitData(replay);
}
// Our Replay object now has all currently available information
var playerDictionary = new Dictionary<int, Player>();
Console.WriteLine("Replay Build: " + replay.ReplayBuild);
Console.WriteLine("Map: " + replay.Map);
foreach (var player in replay.Players.OrderByDescending(i => i.IsWinner))
{
playerDictionary[player.PlayerId] = player;
Console.WriteLine("Player: " + player.Name + ", Win: " + player.IsWinner + ", Hero: " + player.Character + ", Lvl: " + player.CharacterLevel + (replay.ReplayBuild >= 32524 ? ", Talents: " + string.Join(",", player.Talents.OrderBy(i => i)) : ""));
}
foreach (var message in replay.ChatMessages)
if (playerDictionary.ContainsKey(message.PlayerId))
Console.WriteLine(playerDictionary[message.PlayerId].Name + ": " + message.Message);
Console.WriteLine("Press Any Key to Close");
Console.Read();
}
finally
{
if (File.Exists(tmpPath))
File.Delete(tmpPath);
}
}
public static void Parse(Replay replay, byte[] buffer)
{
var headerSize = 5;
var numAttributes = BitConverter.ToInt32(buffer, headerSize);
var attributes = new ReplayAttribute[numAttributes];
var initialOffset = 4 + headerSize;
for (int i = 0; i < numAttributes; i++)
attributes[i] = ReplayAttribute.Parse(buffer, initialOffset + (i*13));
new ReplayAttributeEvents { Attributes = attributes.OrderBy(i => i.AttributeType).ToArray() }.ApplyAttributes(replay);
/* var stringList = attributes.OrderBy(i => i.AttributeType);
Console.WriteLine(stringList.Count()); */
}
private static void ParseHeader(Replay replay, BinaryReader reader)
{
reader.ReadBytes(3); // 'Magic'
reader.ReadByte(); // Format
BitConverter.ToInt32(reader.ReadBytes(4), 0); // Data Max Size
BitConverter.ToInt32(reader.ReadBytes(4), 0); // Header Offset
BitConverter.ToInt32(reader.ReadBytes(4), 0); // User Data Header Size
var headerStructure = new TrackerEventStructure(reader);
// [0] = Blob, "Heroes of the Storm replay 11" - Strange backward arrow before 11 as well. I don't think the '11' will change, as I believe it was also always '11' in Starcraft 2 replays.
replay.ReplayVersion = string.Format("{0}.{1}.{2}.{3}", headerStructure.dictionary[1].dictionary[0].vInt.Value, headerStructure.dictionary[1].dictionary[1].vInt.Value, headerStructure.dictionary[1].dictionary[2].vInt.Value, headerStructure.dictionary[1].dictionary[3].vInt.Value);
replay.ReplayBuild = (int)headerStructure.dictionary[1].dictionary[4].vInt.Value;
// [2] = VInt, Default 2
// [3] = VInt, Frame Count (Very similar, though slightly different, than frame count from tracker event frame delta sum)
// [4] = VInt, Default 0
// [5] = Depending on replay build, either Blob with gibberish, or array of 16 bytes (basically a Blob), also with gibberish. Of ~770 pre-wipe replays, there were only 11 distinct blobs, so this is likely a map version hash or something
// [6] = Replay Build (Same as what is in [1])
}
public static Tuple<ReplayParseResult, Replay> ParseReplay(byte[] bytes, bool ignoreErrors = false)
{
try
{
var replay = new Replay();
// File in the version numbers for later use.
MpqHeader.ParseHeader(replay, bytes);
if (!ignoreErrors && replay.ReplayBuild < 32455)
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.PreAlphaWipe, null);
using (var memoryStream = new MemoryStream(bytes))
using (var archive = new MpqArchive(memoryStream))
ParseReplayArchive(replay, archive, ignoreErrors);
return ParseReplayResults(replay, ignoreErrors);
}
catch
{
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.Exception, null);
}
}
private static Tuple<ReplayParseResult, Replay> ParseReplayResults(Replay replay, bool ignoreErrors)
{
if (ignoreErrors)
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.UnexpectedResult, replay);
else if (replay.Players.Length == 1)
// Filter out 'Try Me' games, as they have unusual format that throws exceptions in other areas
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.TryMeMode, null);
else if (replay.Players.Length == 5)
// Custom game with all computer players on the opposing team won't register them as players at all (Noticed at build 34053)
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.ComputerPlayerFound, null);
else if (replay.Players.All(i => !i.IsWinner) || replay.ReplayLength.TotalMinutes < 2)
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.Incomplete, null);
else if (replay.Timestamp < new DateTime(2014, 10, 6, 0, 0, 0, DateTimeKind.Utc))
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.PreAlphaWipe, null);
else if (replay.Players.Any(i => i.PlayerType == PlayerType.Computer || i.Character == "Random Hero" || i.Name.Contains(' ')))
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.ComputerPlayerFound, null);
else if (replay.Players.Any(i => i.BattleNetRegionId >= 90 /* PTR/Test Region */))
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.PTRRegion, null);
else if (replay.Players.Count(i => i.IsWinner) != 5 || replay.Players.Length != 10 || (replay.GameMode != GameMode.TeamLeague && replay.GameMode != GameMode.HeroLeague && replay.GameMode != GameMode.QuickMatch && replay.GameMode != GameMode.Custom))
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.UnexpectedResult, null);
else
return new Tuple<ReplayParseResult, Replay>(ReplayParseResult.Success, replay);
}
static void Main(string[] args)
{
var path = args[0];
// Use temp directory for MpqLib directory permissions requirements
var tmpPath = Path.GetTempFileName();
File.Copy(path, tmpPath, true);
try
{
// Create our Replay object: this object will be filled as you parse the different files in the .StormReplay archive
var replay = new Replay();
MpqHeader.ParseHeader(replay, tmpPath);
using (var archive = new CArchive(tmpPath))
{
ReplayInitData.Parse(replay, GetMpqArchiveFileBytes(archive, "replay.initData"));
ReplayDetails.Parse(replay, GetMpqArchiveFileBytes(archive, "replay.details"));
ReplayTrackerEvents.Parse(replay, GetMpqArchiveFileBytes(archive, "replay.tracker.events"));
ReplayAttributeEvents.Parse(replay, GetMpqArchiveFileBytes(archive, "replay.attributes.events"));
if (replay.ReplayBuild >= 32455)
ReplayGameEvents.Parse(replay, GetMpqArchiveFileBytes(archive, "replay.game.events"));
ReplayServerBattlelobby.Parse(replay, GetMpqArchiveFileBytes(archive, "replay.server.battlelobby"));
Unit.ParseUnitData(replay);
}
// Our Replay object now has all currently available information
Console.WriteLine(JsonConvert.SerializeObject(replay, Formatting.None, new JsonSerializerSettings {
PreserveReferencesHandling = PreserveReferencesHandling.Objects,
NullValueHandling = NullValueHandling.Ignore
}));
}
finally
{
if (File.Exists(tmpPath))
File.Delete(tmpPath);
}
}
/// <summary> Parses the replay.tracker.events file, applying it to a Replay object. </summary>
/// <param name="replay"> The replay object to apply the parsed information to. </param>
/// <param name="buffer"> The buffer containing the replay.tracker.events file. </param>
/// <param name="parseUnitData"> Determines whether or not to parse unit data </param>
public static void Parse(Replay replay, byte[] buffer)
{
replay.TrackerEvents = new List<TrackerEvent>();
var currentFrameCount = 0;
using (var stream = new MemoryStream(buffer))
using (var reader = new BinaryReader(stream))
while (stream.Position < stream.Length)
{
var intro = reader.ReadBytes(3); // Always 03 00 09 (Edit: Middle digit seems to have at least two possible values)
if (intro[0] != 3 || /* intro[1] != 0 || */ intro[2] != 9)
throw new Exception("Unexpected data in tracker event");
currentFrameCount += (int)TrackerEventStructure.read_vint(reader);
var trackerEvent = new TrackerEvent { TimeSpan = new TimeSpan(0, 0, (int)(currentFrameCount / 16.0)) };
intro = reader.ReadBytes(1); // Always 09
if (intro[0] != 9)
throw new Exception("Unexpected data in tracker event");
trackerEvent.TrackerEventType = (TrackerEventType)TrackerEventStructure.read_vint(reader);
trackerEvent.Data = new TrackerEventStructure(reader);
replay.TrackerEvents.Add(trackerEvent);
}
replay.Frames = currentFrameCount;
replay.ReplayLength = replay.TrackerEvents.Last().TimeSpan;
// Populate the client list using player indexes
var playerIndexes = replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.PlayerSetupEvent && i.Data.dictionary[2].optionalData != null).Select(i => i.Data.dictionary[2].optionalData.vInt.Value).Distinct().OrderBy(i => i).ToArray();
for (var i = 0; i < playerIndexes.Length; i++)
// The references between both of these classes are the same on purpose.
// We want updates to one to propogate to the other.
replay.ClientList[playerIndexes[i]] = replay.Players[i];
}
/// <summary> Parses the replay.server.battlelobby file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.server.battlelobby file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var bitReader = new BitReader(stream);
// 52124 and 52381 are non-tested ptr builds
if (replay.ReplayBuild < 38793 ||
replay.ReplayBuild == 52124 || replay.ReplayBuild == 52381 ||
replay.GameMode == GameMode.Unknown)
{
GetBattleTags(replay, bitReader);
return;
}
int s2mArrayLength = bitReader.ReadByte();
int stringLength = bitReader.ReadByte();
bitReader.ReadString(stringLength);
for (var i = 1; i < s2mArrayLength; i++)
{
bitReader.Read(16);
bitReader.ReadString(stringLength);
}
if (bitReader.ReadByte() != s2mArrayLength)
{
throw new Exception("s2ArrayLength not equal");
}
for (var i = 0; i < s2mArrayLength; i++)
{
bitReader.ReadString(4); // s2m
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
if (replay.ReplayBuild < 55929)
{
// seems to be in all replays
bitReader.ReadInt16();
bitReader.stream.Position = bitReader.stream.Position + 684;
// seems to be in all replays
bitReader.ReadInt16();
bitReader.stream.Position = bitReader.stream.Position + 1944;
if (bitReader.ReadString(8) != "HumnComp")
{
throw new Exception("Not HumnComp");
}
}
bitReader.stream.Position = bitReader.stream.Position = bitReader.stream.Position + 19859;
//// next section is language libraries?
//// ---------------------------------------
//for (int i = 0; ; i++) // no idea how to determine the count
//{
// if (bitReader.ReadString(4).Substring(0, 2) != "s2") // s2mv; not sure if its going to be 'mv' all the time
// {
// bitReader.stream.Position = bitReader.stream.Position - 4;
// break;
// }
// bitReader.ReadBytes(2); // 0x00 0x00
// bitReader.ReadString(2); // Realm
// bitReader.ReadBytes(32);
//}
//bitReader.Read(32);
//bitReader.Read(8);
//bitReader.ReadByte();
//for (int i = 0; ; i++) // no idea how to determine the count
//{
// if (bitReader.ReadString(4).Substring(0, 2) != "s2") // s2ml
// {
// bitReader.stream.Position = bitReader.stream.Position - 4;
// break;
// }
// bitReader.ReadBytes(2); // 0x00 0x00
// bitReader.ReadString(2); // Realm
// bitReader.ReadBytes(32);
//}
//for (int k = 0; k < 11; k++)
//{
// // ruRU, zhCN, plPL, esMX, frFR, esES
// // ptBR, itIT, enUs, deDe, koKR
// bitReader.ReadString(4);
// bitReader.ReadByte();
// for (int i = 0; ; i++)
// {
// if (bitReader.ReadString(4).Substring(0, 2) != "s2") // s2ml
// {
// bitReader.stream.Position = bitReader.stream.Position - 4;
// break;
// }
// bitReader.ReadString(4); // s2ml
// bitReader.ReadBytes(2); // 0x00 0x00
// bitReader.ReadString(2); // Realm
// bitReader.ReadBytes(32);
// }
//}
// new section, can't find a pattern
// has blizzmaps#1, Hero, s2mv
// --------------------
//bitReader.ReadBytes(8); // all 0x00
for (;;)
{
// we're just going to skip all the way down to the s2mh
if (bitReader.ReadString(4) == "s2mh")
{
bitReader.stream.Position = bitReader.stream.Position - 4;
break;
}
else
{
bitReader.stream.Position = bitReader.stream.Position - 3;
}
}
for (var i = 0; i < s2mArrayLength; i++)
{
bitReader.ReadString(4); // s2mh
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
// Player collections - starting with HOTS 2.0 (live build 52860)
// --------------------------------------------------------------
List <string> playerCollection = new List <string>();
int collectionSize = 0;
if (replay.ReplayBuild >= 48027)
{
collectionSize = bitReader.ReadInt16();
}
else
{
collectionSize = bitReader.ReadInt32();
}
if (collectionSize > 5000)
{
throw new Exception("collectionSize is an unusually large number");
}
for (int i = 0; i < collectionSize; i++)
{
if (replay.ReplayBuild >= 55929)
{
bitReader.ReadBytes(8);
}
else
{
playerCollection.Add(bitReader.ReadString(bitReader.ReadByte()));
}
}
// use to determine if the collection item is usable by the player (owns/free to play/internet cafe)
if (bitReader.ReadInt32() != collectionSize)
{
throw new Exception("skinArrayLength not equal");
}
for (int i = 0; i < collectionSize; i++)
{
for (int j = 0; j < 16; j++) // 16 is total player slots
{
bitReader.ReadByte();
var num = bitReader.Read(8);
if (replay.ReplayBuild < 55929)
{
if (replay.ClientListByUserID[j] != null)
{
if (num > 0)
{
replay.ClientListByUserID[j].PlayerCollectionDictionary.Add(playerCollection[i], true);
}
else if (num == 0)
{
replay.ClientListByUserID[j].PlayerCollectionDictionary.Add(playerCollection[i], false);
}
else
{
throw new NotImplementedException();
}
}
}
}
}
// Player info
// ------------------------
if (replay.ReplayBuild <= 43259 || replay.ReplayBuild == 47801)
{
// Builds that are not yet supported for detailed parsing
// build 47801 is a ptr build that had new data in the battletag section, the data was changed in 47944 (patch for 47801)
GetBattleTags(replay, bitReader);
return;
}
bitReader.ReadInt32(); // m_randomSeed
bitReader.ReadBytes(32);
bitReader.ReadInt32(); // 0x19
if (replay.ReplayBuild <= 47479 || replay.ReplayBuild == 47903)
{
ExtendedBattleTagParsingOld(replay, bitReader);
return;
}
for (int player = 0; player < replay.ClientListByUserID.Length; player++)
{
if (replay.ClientListByUserID[player] == null)
{
break;
}
string TId;
if (player == 0)
{
var offset = bitReader.ReadByte();
bitReader.ReadString(2); // T:
TId = bitReader.ReadString(12 + offset);
}
else
{
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
bitReader.Read(6);
// get XXXXXXXX#YYY
TId = Encoding.UTF8.GetString(ReadSpecialBlob(bitReader, 8));
}
replay.ClientListByUserID[player].BattleNetTId = TId;
// next 18 bytes
bitReader.ReadBytes(4); // same for all players
bitReader.ReadBytes(26);
// repeat of the collection section above
if (replay.ReplayBuild >= 51609)
{
int size = (int)bitReader.Read(12); // 3 bytes max 4095
if (size != collectionSize)
{
throw new Exception("size and collectionSize not equal");
}
int bytesSize = collectionSize / 8;
int bitsSize = (collectionSize % 8) + 2; // two additional unknown bits
bitReader.ReadBytes(bytesSize);
bitReader.Read(bitsSize);
}
else
{
if (replay.ReplayBuild >= 48027)
{
bitReader.ReadInt16();
}
else
{
bitReader.ReadInt32();
}
// each byte has a max value of 0x7F (127)
bitReader.stream.Position = bitReader.stream.Position = bitReader.stream.Position + (collectionSize * 2);
bitReader.Read(1);
}
if (bitReader.ReadBoolean())
{
// use this to determine who is in a party
// those in the same party will have the same exact 8 bytes of data
// the party leader is the first one (in the order of the client list)
replay.ClientListByUserID[player].PartyValue = bitReader.ReadInt32() + bitReader.ReadInt32();
}
bitReader.Read(1);
var battleTag = Encoding.UTF8.GetString(bitReader.ReadBlobPrecededWithLength(7)).Split('#'); // battleTag <name>#xxxxx
if (battleTag.Length != 2 || battleTag[0] != replay.ClientListByUserID[player].Name)
{
throw new Exception("Couldn't find BattleTag");
}
replay.ClientListByUserID[player].BattleTag = int.Parse(battleTag[1]);
if (replay.ReplayBuild >= 52860 || (replay.ReplayVersionMajor == 2 && replay.ReplayBuild >= 51978))
{
replay.ClientListByUserID[player].AccountLevel = bitReader.ReadInt32(); // player's account level, not available in custom games
}
bitReader.ReadBytes(27); // these similar bytes don't occur for last player
}
// some more data after this
}
}
public static void ParseUnitData(Replay replay)
{
// Get array of units from 'UnitBornEvent'
replay.Units = replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitBornEvent).Select(i => new Unit
{
UnitID = Unit.GetUnitID((int)i.Data.dictionary[0].vInt.Value, (int)i.Data.dictionary[1].vInt.Value),
Name = i.Data.dictionary[2].blobText,
Group = Unit.UnitGroupDictionary.ContainsKey(i.Data.dictionary[2].blobText) ? Unit.UnitGroupDictionary[i.Data.dictionary[2].blobText] : Unit.UnitGroup.Unknown,
TimeSpanBorn = i.TimeSpan,
Team = i.Data.dictionary[3].vInt.Value == 11 || i.Data.dictionary[3].vInt.Value == 12 ? (int)i.Data.dictionary[3].vInt.Value - 11
: i.Data.dictionary[3].vInt.Value > 0 && i.Data.dictionary[3].vInt.Value <= 10 ? replay.Players[i.Data.dictionary[3].vInt.Value - 1].Team
: (int?)null,
PlayerControlledBy = i.Data.dictionary[3].vInt.Value > 0 && i.Data.dictionary[3].vInt.Value <= 10 ? replay.Players[i.Data.dictionary[3].vInt.Value - 1] : null,
PointBorn = new Point { X = (int)i.Data.dictionary[5].vInt.Value, Y = (int)i.Data.dictionary[6].vInt.Value }
})
.ToList();
// Add in information on unit deaths from 'UnitDiedEvent'
var unitsDictionary = replay.Units.ToDictionary(i => i.UnitID, i => i);
foreach (var unitDiedEvent in replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitDiedEvent).Select(i => new
{
UnitID = Unit.GetUnitID((int)i.Data.dictionary[0].vInt.Value, (int)i.Data.dictionary[1].vInt.Value),
TimeSpanDied = i.TimeSpan,
PlayerIDKilledBy = i.Data.dictionary[2].optionalData != null ? (int)i.Data.dictionary[2].optionalData.vInt.Value : (int?)null,
PointDied = new Point { X = (int)i.Data.dictionary[3].vInt.Value, Y = (int)i.Data.dictionary[4].vInt.Value },
UnitKilledBy = i.Data.dictionary[5].optionalData != null ? unitsDictionary[Unit.GetUnitID((int)i.Data.dictionary[5].optionalData.vInt.Value, (int)i.Data.dictionary[6].optionalData.vInt.Value)] : null
}))
{
var unitThatDied = unitsDictionary[unitDiedEvent.UnitID];
unitThatDied.TimeSpanDied = unitDiedEvent.TimeSpanDied;
unitThatDied.PlayerKilledBy = unitDiedEvent.PlayerIDKilledBy.HasValue && unitDiedEvent.PlayerIDKilledBy.Value > 0 && unitDiedEvent.PlayerIDKilledBy.Value <= 10 ? replay.Players[unitDiedEvent.PlayerIDKilledBy.Value - 1] : null;
unitThatDied.PointDied = unitDiedEvent.PointDied;
unitThatDied.UnitKilledBy = unitDiedEvent.UnitKilledBy;
// Sometimes 'PlayerIDKilledBy' will be outside of the range of players (1-10)
// Minions that are killed by other minions or towers will have the 'team' that killed them in this field (11 or 12)
// Some other units have interesting values I don't fully understand yet. For example, 'ItemCannonball' (the coins on Blackheart's Bay) will have 0 or 15 in this field. I'm guessing this is also which team acquires them, which may be useful
// Other map objectives may also have this. I'll look into this more in the future.
/* if (unitDiedEvent.PlayerIDKilledBy.HasValue && unitThatDied.PlayerKilledBy == null)
Console.WriteLine(""); */
}
// Add in information on unit ownership changes from 'UnitOwnerChangeEvent' (For example, players grabbing regen globes or a player grabbing a Garden Terror)
foreach (var unitOwnerChangeEvent in replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitOwnerChangeEvent).Select(i => new
{
UnitID = Unit.GetUnitID((int)i.Data.dictionary[0].vInt.Value, (int)i.Data.dictionary[1].vInt.Value),
TimeSpanOwnerChanged = i.TimeSpan,
Team = i.Data.dictionary[2].vInt.Value == 11 || i.Data.dictionary[2].vInt.Value == 12 ? (int)i.Data.dictionary[2].vInt.Value - 11 : (int?)null,
PlayerNewOwner = i.Data.dictionary[2].vInt.Value > 0 && i.Data.dictionary[2].vInt.Value <= 10 ? replay.Players[i.Data.dictionary[2].vInt.Value - 1] : null
}))
unitsDictionary[unitOwnerChangeEvent.UnitID].OwnerChangeEvents.Add(new OwnerChangeEvent
{
TimeSpanOwnerChanged = unitOwnerChangeEvent.TimeSpanOwnerChanged,
Team = unitOwnerChangeEvent.Team ?? (unitOwnerChangeEvent.PlayerNewOwner != null ? unitOwnerChangeEvent.PlayerNewOwner.Team : (int?)null),
PlayerNewOwner = unitOwnerChangeEvent.PlayerNewOwner
});
// For simplicity, I set extra fields on units that are not initially controlled by a player, and only have one owner change event
foreach (var unitWithOneOwnerChange in replay.Units.Where(i => i.OwnerChangeEvents.Count() == 1 && i.PlayerControlledBy == null))
{
var singleOwnerChangeEvent = unitWithOneOwnerChange.OwnerChangeEvents.Single();
if (singleOwnerChangeEvent.PlayerNewOwner != null)
{
unitWithOneOwnerChange.PlayerControlledBy = singleOwnerChangeEvent.PlayerNewOwner;
unitWithOneOwnerChange.TimeSpanAcquired = singleOwnerChangeEvent.TimeSpanOwnerChanged;
unitWithOneOwnerChange.OwnerChangeEvents.Clear();
}
}
// Add in information from the 'UnitPositionEvent'
// We need to go through the replay file in order because unit IDs are recycled
var activeUnits = new Dictionary<int, Unit>();
foreach (var unitPositionEvent in replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitBornEvent || i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitPositionsEvent).OrderBy(i => i.TimeSpan))
if (unitPositionEvent.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitBornEvent)
activeUnits[(int)unitPositionEvent.Data.dictionary[0].vInt.Value] = unitsDictionary[Unit.GetUnitID((int)unitPositionEvent.Data.dictionary[0].vInt.Value, (int)unitPositionEvent.Data.dictionary[1].vInt.Value)];
else
{
var currentUnitIndex = (int)unitPositionEvent.Data.dictionary[0].vInt.Value;
for (var i = 0; i < unitPositionEvent.Data.dictionary[1].array.Length; i++)
{
currentUnitIndex += (int)unitPositionEvent.Data.dictionary[1].array[i++].vInt.Value;
activeUnits[currentUnitIndex].Positions.Add(new Position
{
TimeSpan = unitPositionEvent.TimeSpan,
Point = new Point
{
X = (int)unitPositionEvent.Data.dictionary[1].array[i++].vInt.Value,
Y = (int)unitPositionEvent.Data.dictionary[1].array[i].vInt.Value
}
});
}
}
// Add an array of Hero units to each player
// Currently I'm only getting single heroes (Lost Vikings not yet supported)
var earlyGameTimeSpan = new TimeSpan(0, 0, 10);
var heroUnitsDictionary = replay.Players.Where(i => replay.Units.Count(j => j.TimeSpanBorn < earlyGameTimeSpan && j.PlayerControlledBy == i && j.Name.StartsWith("Hero")) == 1).ToDictionary(i => i, i => replay.Units.Single(j => j.TimeSpanBorn < earlyGameTimeSpan && j.PlayerControlledBy == i && j.Name.StartsWith("Hero")));
foreach (var player in replay.Players)
if (heroUnitsDictionary.ContainsKey(player))
player.HeroUnits = new[] { heroUnitsDictionary[player] };
// Add derived hero positions from associated unit born/acquired/died info
// These are accurate positions: Picking up regen globes, spawning Locusts, etc
// For Abathur locusts, we need to make sure they aren't spawning from a locust nest (Level 20 talent)
var abathurLocustUnits = replay.Units.Where(i => i.Name == "AbathurLocustNormal" || i.Name == "AbathurLocustAssaultStrain" || i.Name == "AbathurLocustBombardStrain").ToList();
if (abathurLocustUnits.Any() && replay.Units.Any(i => i.Name == "AbathurLocustNest"))
{
var abathurLocustNests = replay.Units.Where(i => i.Name == "AbathurLocustNest");
foreach (var abathurLocustUnit in abathurLocustUnits.ToArray())
if (abathurLocustNests.Any(i => i.TimeSpanBorn <= abathurLocustUnit.TimeSpanBorn && (!i.TimeSpanDied.HasValue || i.TimeSpanDied >= abathurLocustUnit.TimeSpanBorn) && i.PointBorn.DistanceTo(abathurLocustUnit.PointBorn) <= 3))
abathurLocustUnits.Remove(abathurLocustUnit);
}
foreach (var unit in replay.Units.Where(i => Unit.UnitBornProvidesLocationForOwner.ContainsKey(i.Name) || i.Group == Unit.UnitGroup.HeroTalentSelection).Union(abathurLocustUnits).Where(i => heroUnitsDictionary.ContainsKey(i.PlayerControlledBy)))
heroUnitsDictionary[unit.PlayerControlledBy].Positions.Add(new Position { TimeSpan = unit.TimeSpanBorn, Point = unit.PointBorn });
foreach (var unit in replay.Units.Where(i => Unit.UnitOwnerChangeProvidesLocationForOwner.ContainsKey(i.Name) && i.PlayerControlledBy != null).Where(i => heroUnitsDictionary.ContainsKey(i.PlayerControlledBy)))
heroUnitsDictionary[unit.PlayerControlledBy].Positions.Add(new Position { TimeSpan = unit.TimeSpanAcquired.Value, Point = unit.PointBorn });
// Use 'CCmdUpdateTargetUnitEvent' to find an accurate location of units targeted
// Excellent for finding frequent, accurate locations of heroes during team fights
foreach (var updateTargetUnitEvent in replay.GameEvents.Where(i => i.eventType == GameEventType.CCmdUpdateTargetUnitEvent))
if (replay.Units.Any(i => i.UnitID == (int)updateTargetUnitEvent.data.array[2].unsignedInt.Value))
replay.Units.Single(i => i.UnitID == (int)updateTargetUnitEvent.data.array[2].unsignedInt.Value).Positions.Add(new Position
{
TimeSpan = updateTargetUnitEvent.TimeSpan,
Point = Point.FromEventFormat(
updateTargetUnitEvent.data.array[6].array[0].unsignedInt.Value,
updateTargetUnitEvent.data.array[6].array[1].unsignedInt.Value)
});
// Add in 'accurate' positions for each player's death, which sends them to their spawn point
// Special Exceptions:
// Uther: Level 20 respawn talent: Doesn't display the death animation when respawning, so probably doesn't count as a death in this situation. This is actually probably the best situation for us
// Diablo: Fast respawn if he has enough souls. Not yet able to detect when this occurs
// Murky: Respawns to his egg if his egg is alive when he dies
// Lost Vikings: Individual Vikings spawn 25% faster per their trait, and 50% faster with a talent, but currently we aren't able to track their deaths individually
foreach (var player in replay.Players.Where(i => i.HeroUnits.Length == 1 && i.Deaths.Length > 0))
{
var fullTimerDeaths = new List<TimeSpan>();
if (player.HeroUnits[0].Name == "HeroMurky")
{
// Gather a list of the eggs Murky has placed throughout the game
var murkyEggs = replay.Units.Where(i => i.PlayerControlledBy == player && i.Name == "MurkyRespawnEgg").OrderBy(i => i.TimeSpanBorn).ToArray();
var currentEggIndex = 0;
foreach (var murkyDeath in player.Deaths)
{
// If Murky respawns at the egg, it will be 5 seconds after his death
var murkyRespawnFromEggTimeSpan = murkyDeath.Add(TimeSpan.FromSeconds(5));
for (; currentEggIndex < murkyEggs.Length; currentEggIndex++)
{
if (murkyRespawnFromEggTimeSpan > murkyEggs[currentEggIndex].TimeSpanDied && currentEggIndex < murkyEggs.Length + 1)
continue;
// Check to see if there is an egg alive when Murky would respawn
if (murkyRespawnFromEggTimeSpan >= murkyEggs[currentEggIndex].TimeSpanBorn && (!murkyEggs[currentEggIndex].TimeSpanDied.HasValue || murkyRespawnFromEggTimeSpan <= murkyEggs[currentEggIndex].TimeSpanDied.Value))
for (; murkyRespawnFromEggTimeSpan >= murkyDeath; murkyRespawnFromEggTimeSpan = murkyRespawnFromEggTimeSpan.Add(TimeSpan.FromSeconds(-1)))
player.HeroUnits[0].Positions.Add(new Position { TimeSpan = murkyRespawnFromEggTimeSpan, Point = murkyEggs[currentEggIndex].PointBorn, IsEstimated = false });
else
// Murky did not respawn at egg - give him the normal death timer
fullTimerDeaths.Add(murkyDeath);
break;
}
}
}
else
fullTimerDeaths.AddRange(player.Deaths);
// Normal death timer deaths
// This is all deaths for most heroes, and Murky deaths if he didn't respawn from his egg
if (fullTimerDeaths.Count != 0)
{
// Add a 'Position' at the player spawn when the death occurs
player.HeroUnits[0].Positions.AddRange(fullTimerDeaths.Select(i => new Position { TimeSpan = i, Point = player.HeroUnits[0].PointBorn, IsEstimated = false }));
// Add a 'Position' at the player spawn when the hero respawns
if (player.HeroUnits[0].Name == "HeroDiablo")
// Currently not able to tell if Diablo has a fast respawn - because of this we just always assume he does respawn quickly
player.HeroUnits[0].Positions.AddRange(fullTimerDeaths.Select(i => new Position { TimeSpan = i.Add(TimeSpan.FromSeconds(5)), Point = player.HeroUnits[0].PointBorn, IsEstimated = false }));
else
{
var currentTeamLevelMilestoneIndex = 1;
foreach (var playerDeath in fullTimerDeaths)
for (; currentTeamLevelMilestoneIndex < replay.TeamLevelMilestones[player.Team].Length; currentTeamLevelMilestoneIndex++)
{
Position spawnPosition = null;
if (playerDeath < replay.TeamLevelMilestones[player.Team][currentTeamLevelMilestoneIndex])
spawnPosition = new Position { TimeSpan = playerDeath.Add(TimeSpan.FromSeconds(HeroDeathTimersByTeamLevelInSecondsForTalentLevels[currentTeamLevelMilestoneIndex - 1])), Point = player.HeroUnits[0].PointBorn, IsEstimated = false };
else if (currentTeamLevelMilestoneIndex == replay.TeamLevelMilestones[player.Team].Length - 1)
spawnPosition = new Position { TimeSpan = playerDeath.Add(TimeSpan.FromSeconds(HeroDeathTimersByTeamLevelInSecondsForTalentLevels[currentTeamLevelMilestoneIndex])), Point = player.HeroUnits[0].PointBorn, IsEstimated = false };
if (spawnPosition != null)
{
var deathTimeSpan = playerDeath;
while (deathTimeSpan < spawnPosition.TimeSpan)
{
// Add a 'Position' at the player spawn for every second the player is dead, to make sure we don't add 'estimated' positions during this time
player.HeroUnits[0].Positions.Add(new Position { TimeSpan = deathTimeSpan, Point = player.HeroUnits[0].PointBorn, IsEstimated = false });
deathTimeSpan = deathTimeSpan.Add(TimeSpan.FromSeconds(1));
}
player.HeroUnits[0].Positions.Add(spawnPosition);
break;
}
}
}
}
player.HeroUnits[0].Positions = player.HeroUnits[0].Positions.OrderBy(i => i.TimeSpan).ToList();
}
// Estimate Hero positions from CCmdEvent and CCmdUpdateTargetPointEvent (Movement points)
{
// List of Hero units (Excluding heroes with multiple units like Lost Vikings - not sure how to handle those)
// This is different from the above dictionary in that it excludes Abathur if he chooses the clone hero talent
// It's okay to not estimate Abathur's position, as he rarely moves and we also get an accurate position each time he spawns a locust
heroUnitsDictionary = replay.Players.Where(i => replay.Units.Count(j => j.PlayerControlledBy == i && j.Name.StartsWith("Hero")) == 1).ToDictionary(i => i, i => replay.Units.Single(j => j.PlayerControlledBy == i && j.Name.StartsWith("Hero")));
// This is a list of 'HeroUnit', 'TimeSpan', and 'EventPosition' for each CCmdEvent where ability data is null and a position is included
var heroCCmdEventLists = replay.GameEvents.Where(i =>
i.eventType == GameEventType.CCmdEvent &&
i.data.array[1] == null &&
i.data.array[2] != null &&
i.data.array[2].array.Length == 3 &&
heroUnitsDictionary.ContainsKey(i.player)).Select(i => new
{
HeroUnit = heroUnitsDictionary[i.player],
Position = new Position { TimeSpan = i.TimeSpan, Point = Point.FromEventFormat(i.data.array[2].array[0].unsignedInt.Value, i.data.array[2].array[1].unsignedInt.Value), IsEstimated = true }
})
.GroupBy(i => i.HeroUnit)
.Select(i => new
{
HeroUnit = i.Key,
// Take the latest applicable CCmdEvent or CCmdUpdateTargetPointEvent if there are more than one in a second
Positions = i.Select(j => j.Position).Union(replay.GameEvents.Where(j => j.player == i.Key.PlayerControlledBy && j.eventType == GameEventType.CCmdUpdateTargetPointEvent).Select(j => new Position { TimeSpan = j.TimeSpan, Point = Point.FromEventFormat(j.data.array[0].unsignedInt.Value, j.data.array[1].unsignedInt.Value), IsEstimated = true })).GroupBy(j => (int)j.TimeSpan.TotalSeconds).Select(j => j.OrderByDescending(k => k.TimeSpan).First()).OrderBy(j => j.TimeSpan).ToArray()
});
const double PlayerSpeedUnitsPerSecond = 5.0;
foreach (var heroCCmdEventList in heroCCmdEventLists)
{
// Estimate the hero unit travelling to each intended destination
// Only save one position per second, and prefer accurate positions
// Heroes can have a lot more positions, and probably won't be useful more frequently than this
var heroTargetLocationArray = heroCCmdEventList.HeroUnit.Positions.Union(new[] { new Position { TimeSpan = heroCCmdEventList.HeroUnit.TimeSpanBorn, Point = heroCCmdEventList.HeroUnit.PointBorn } }).Union(heroCCmdEventList.Positions).GroupBy(i => (int)i.TimeSpan.TotalSeconds).Select(i => i.OrderBy(j => j.IsEstimated).First()).OrderBy(i => i.TimeSpan).ToArray();
var currentEstimatedPosition = heroTargetLocationArray[0];
for (var i = 0; i < heroTargetLocationArray.Length - 1; i++)
if (!heroTargetLocationArray[i + 1].IsEstimated)
currentEstimatedPosition = heroTargetLocationArray[i + 1];
else
{
var percentageOfDistanceTravelledToTargetLocation = (heroTargetLocationArray[i + 1].TimeSpan - currentEstimatedPosition.TimeSpan).TotalSeconds * PlayerSpeedUnitsPerSecond / currentEstimatedPosition.Point.DistanceTo(heroTargetLocationArray[i + 1].Point);
currentEstimatedPosition = new Position
{
TimeSpan = heroTargetLocationArray[i + 1].TimeSpan,
Point = percentageOfDistanceTravelledToTargetLocation >= 1
? heroTargetLocationArray[i + 1].Point
: new Point
{
X = (int)((heroTargetLocationArray[i + 1].Point.X - currentEstimatedPosition.Point.X) * percentageOfDistanceTravelledToTargetLocation + currentEstimatedPosition.Point.X),
Y = (int)((heroTargetLocationArray[i + 1].Point.Y - currentEstimatedPosition.Point.Y) * percentageOfDistanceTravelledToTargetLocation + currentEstimatedPosition.Point.Y)
},
IsEstimated = true
};
heroCCmdEventList.HeroUnit.Positions.Add(currentEstimatedPosition);
}
heroCCmdEventList.HeroUnit.Positions = heroCCmdEventList.HeroUnit.Positions.OrderBy(i => i.TimeSpan).ToList();
}
}
foreach (var unit in replay.Units.Where(i => i.Positions.Any()))
{
// Save no more than one position event per second per unit
unit.Positions = unit.Positions.GroupBy(i => (int)i.TimeSpan.TotalSeconds).Select(i => i.OrderBy(j => j.IsEstimated).First()).OrderBy(i => i.TimeSpan).ToList();
// If this is a Hero unit, adjust the 'PointDied' and 'TimeSpanDied' to the last position
// Currently Hero units stop receiving tracker event updates after their first death
if (unit.Group == Unit.UnitGroup.Hero)
{
var finalPosition = unit.Positions.Last();
unit.PointDied = finalPosition.Point;
unit.TimeSpanDied = finalPosition.TimeSpan;
}
}
// Add 'estimated' minion positions based on their fixed pathing
// Without these positions, minions can appear to travel through walls straight across the map
// These estimated positions are actually quite accurate, as minions always follow a path connecting each fort/keep in their lane
var numberOfStructureTiers = replay.Units.Where(i => i.Name.StartsWith("TownTownHall")).Select(i => i.Name).Distinct().Count();
var uniqueTierName = replay.Units.First(i => i.Name.StartsWith("TownTownHall")).Name;
var numberOfLanes = replay.Units.Count(i => i.Name == uniqueTierName && i.Team == 0);
var minionWayPoints = replay.Units.Where(i => i.Name.StartsWith("TownTownHall")).Select(j => j.PointBorn).OrderBy(j => j.X).Skip(numberOfLanes).OrderByDescending(j => j.X).Skip(numberOfLanes).OrderBy(j => j.Y);
for (var team = 0; team <= 1; team++)
{
// Gather all minion units for this team
var minionUnits = replay.Units.Where(i => i.Team == team && i.Group == Unit.UnitGroup.Minions).ToArray();
// Each wave spawns together, but not necessarily from top to bottom
// We will figure out what order the lanes are spawning in, and order by top to bottom later on
var unitsPerLaneTemp = new List<Unit>[numberOfLanes];
for (var i = 0; i < unitsPerLaneTemp.Length; i++)
unitsPerLaneTemp[i] = new List<Unit>();
var minionLaneOrderMinions = minionUnits.Where(i => i.Name == "WizardMinion").Take(numberOfLanes).ToArray();
var minionLaneOrder = new List<Tuple<int, int>>();
// *change*
try
{
for (var i = 0; i < numberOfLanes; i++)
minionLaneOrder.Add(new Tuple<int, int>(i, minionLaneOrderMinions[i].PointBorn.Y));
}
catch (Exception )
{
}
minionLaneOrder = minionLaneOrder.OrderBy(i => i.Item2).ToList();
// Group minion units by lane
var currentIndex = 0;
var minionUnitsPerWave = 7;
while (currentIndex < minionUnits.Length)
for (var i = 0; i < unitsPerLaneTemp.Length; i++)
for (var j = 0; j < minionUnitsPerWave; j++)
{
if (currentIndex == minionUnits.Length)
break;
unitsPerLaneTemp[i].Add(minionUnits[currentIndex++]);
// CatapultMinions don't seem to spawn exactly with their minion wave, which is strange
// For now I will leave them out of this, which means they may appear to travel through walls
if (currentIndex < minionUnits.Length && minionUnits[currentIndex].Name == "CatapultMinion")
currentIndex++;
}
// Order the lanes by top to bottom
var unitsPerLane = unitsPerLaneTemp.ToArray();
// *change*
try
{
for (var i = 0; i < unitsPerLane.Length; i++)
unitsPerLane[i] = unitsPerLaneTemp[minionLaneOrder[i].Item1];
}
catch (Exception )
{
}
for (var i = 0; i < numberOfLanes; i++)
{
// For each lane, take the forts in that lane, and see if the minions in that lane walked beyond this
var currentLaneUnitsToAdjust = unitsPerLane[i].Where(j => j.Positions.Any() || j.TimeSpanDied.HasValue);
var currentLaneWaypoints = minionWayPoints.Skip(numberOfStructureTiers * i).Take(numberOfStructureTiers);
if (team == 0)
currentLaneWaypoints = currentLaneWaypoints.OrderBy(j => j.X);
else
currentLaneWaypoints = currentLaneWaypoints.OrderByDescending(j => j.X);
foreach (var laneUnit in currentLaneUnitsToAdjust)
{
var isLaneUnitModified = false;
var beginningPosition = new Position { TimeSpan = laneUnit.TimeSpanBorn, Point = laneUnit.PointBorn };
var firstLaneUnitPosition = laneUnit.Positions.Any()
? laneUnit.Positions.First()
: new Position { TimeSpan = laneUnit.TimeSpanDied.Value, Point = laneUnit.PointDied };
foreach (var laneWaypoint in currentLaneWaypoints)
if ((team == 0 && firstLaneUnitPosition.Point.X > laneWaypoint.X) || team == 1 && firstLaneUnitPosition.Point.X < laneWaypoint.X)
{
var leg1Distance = beginningPosition.Point.DistanceTo(laneWaypoint);
var newPosition = new Position
{
TimeSpan = beginningPosition.TimeSpan + TimeSpan.FromSeconds((long)((firstLaneUnitPosition.TimeSpan - beginningPosition.TimeSpan).TotalSeconds * (leg1Distance / (leg1Distance + laneWaypoint.DistanceTo(firstLaneUnitPosition.Point))))),
Point = laneWaypoint
};
laneUnit.Positions.Add(newPosition);
beginningPosition = newPosition;
isLaneUnitModified = true;
}
else
break;
if (isLaneUnitModified)
laneUnit.Positions = laneUnit.Positions.OrderBy(j => j.TimeSpan).ToList();
}
}
}
// Remove 'duplicate' positions that don't tell us anything
foreach (var unit in replay.Units.Where(i => i.Positions.Count >= 3))
{
var unitPositions = unit.Positions.ToArray();
for (var i = 1; i < unitPositions.Length - 1; i++)
if (unitPositions[i].Point.X == unitPositions[i - 1].Point.X
&& unitPositions[i].Point.Y == unitPositions[i - 1].Point.Y
&& unitPositions[i].Point.X == unitPositions[i + 1].Point.X
&& unitPositions[i].Point.Y == unitPositions[i + 1].Point.Y)
unit.Positions.Remove(unitPositions[i]);
}
}
public static void ParseUnitData(Replay replay)
{
{
// We go through these events in chronological order, and keep a list of currently 'active' units, because UnitIDs are recycled
var activeUnitsByIndex = new Dictionary<int, Unit>();
var activeUnitsByUnitID = new Dictionary<int, Unit>();
var activeHeroUnits = new Dictionary<Player, Unit>();
var isCheckingForAbathurLocusts = true;
var updateTargetUnitEventArray = replay.GameEvents.Where(i => i.eventType == GameEventType.CCmdUpdateTargetUnitEvent).OrderBy(i => i.TimeSpan).ToArray();
var updateTargetUnitEventArrayIndex = 0;
foreach (var unitTrackerEvent in replay.TrackerEvents.Where(i =>
i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitBornEvent ||
i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitRevivedEvent ||
i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitDiedEvent ||
i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitOwnerChangeEvent ||
i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitPositionsEvent))
{
switch (unitTrackerEvent.TrackerEventType)
{
case ReplayTrackerEvents.TrackerEventType.UnitBornEvent:
case ReplayTrackerEvents.TrackerEventType.UnitRevivedEvent:
Unit newUnit;
var newUnitIndex = (int)unitTrackerEvent.Data.dictionary[0].vInt.Value;
if (unitTrackerEvent.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UnitBornEvent)
newUnit = new Unit {
UnitID = GetUnitID(newUnitIndex, (int)unitTrackerEvent.Data.dictionary[1].vInt.Value),
Name = unitTrackerEvent.Data.dictionary[2].blobText,
Group = UnitGroupDictionary.ContainsKey(unitTrackerEvent.Data.dictionary[2].blobText) ? UnitGroupDictionary[unitTrackerEvent.Data.dictionary[2].blobText] : UnitGroup.Unknown,
TimeSpanBorn = unitTrackerEvent.TimeSpan,
Team = unitTrackerEvent.Data.dictionary[3].vInt.Value == 11 || unitTrackerEvent.Data.dictionary[3].vInt.Value == 12 ? (int)unitTrackerEvent.Data.dictionary[3].vInt.Value - 11
: unitTrackerEvent.Data.dictionary[3].vInt.Value > 0 && unitTrackerEvent.Data.dictionary[3].vInt.Value <= 10 ? replay.Players[unitTrackerEvent.Data.dictionary[3].vInt.Value - 1].Team
: (int?)null,
PlayerControlledBy = unitTrackerEvent.Data.dictionary[3].vInt.Value > 0 && unitTrackerEvent.Data.dictionary[3].vInt.Value <= 10 ? replay.Players[unitTrackerEvent.Data.dictionary[3].vInt.Value - 1] : null,
PointBorn = new Point { X = (int)unitTrackerEvent.Data.dictionary[5].vInt.Value, Y = (int)unitTrackerEvent.Data.dictionary[6].vInt.Value } };
else
{
var deadUnit = activeUnitsByIndex[newUnitIndex];
newUnit = new Unit {
UnitID = deadUnit.UnitID,
Name = deadUnit.Name,
Group = deadUnit.Group,
TimeSpanBorn = unitTrackerEvent.TimeSpan,
Team = deadUnit.Team,
PlayerControlledBy = deadUnit.PlayerControlledBy,
PointBorn = new Point { X = (int)unitTrackerEvent.Data.dictionary[2].vInt.Value, Y = (int)unitTrackerEvent.Data.dictionary[3].vInt.Value } };
}
replay.Units.Add(newUnit);
activeUnitsByIndex[newUnitIndex] = newUnit;
activeUnitsByUnitID[newUnit.UnitID] = newUnit;
// Add Hero units to the controlling Player
if (newUnit.PlayerControlledBy != null && newUnit.Name.StartsWith("Hero"))
{
newUnit.PlayerControlledBy.HeroUnits.Add(newUnit);
activeHeroUnits[newUnit.PlayerControlledBy] = newUnit;
}
// Add derived hero positions from associated unit born/acquired/died info
// These are accurate positions: Picking up regen globes, spawning Locusts, etc
if (newUnit.PlayerControlledBy != null)
{
if (UnitBornProvidesLocationForOwner.ContainsKey(newUnit.Name) || newUnit.Group == UnitGroup.HeroTalentSelection)
activeHeroUnits[newUnit.PlayerControlledBy].Positions.Add(new Position { TimeSpan = newUnit.TimeSpanBorn, Point = newUnit.PointBorn });
else if (isCheckingForAbathurLocusts)
{
// For Abathur locusts, we need to make sure they aren't spawning from a locust nest (Level 20 talent)
if (newUnit.Name == "AbathurLocustNest")
isCheckingForAbathurLocusts = false;
else if (newUnit.Name == "AbathurLocustNormal" || newUnit.Name == "AbathurLocustAssaultStrain" || newUnit.Name == "AbathurLocustBombardStrain")
activeHeroUnits[newUnit.PlayerControlledBy].Positions.Add(new Position { TimeSpan = newUnit.TimeSpanBorn, Point = newUnit.PointBorn });
}
}
break;
case ReplayTrackerEvents.TrackerEventType.UnitDiedEvent:
var unitThatDied = activeUnitsByIndex[(int)unitTrackerEvent.Data.dictionary[0].vInt.Value];
var playerIDKilledBy = unitTrackerEvent.Data.dictionary[2].optionalData != null ? (int)unitTrackerEvent.Data.dictionary[2].optionalData.vInt.Value : (int?)null;
unitThatDied.TimeSpanDied = unitTrackerEvent.TimeSpan;
unitThatDied.PlayerKilledBy = playerIDKilledBy.HasValue && playerIDKilledBy.Value > 0 && playerIDKilledBy.Value <= 10 ? replay.Players[playerIDKilledBy.Value - 1] : null;
unitThatDied.PointDied = new Point { X = (int)unitTrackerEvent.Data.dictionary[3].vInt.Value, Y = (int)unitTrackerEvent.Data.dictionary[4].vInt.Value };
unitThatDied.UnitKilledBy = unitTrackerEvent.Data.dictionary[5].optionalData != null ? activeUnitsByIndex[(int)unitTrackerEvent.Data.dictionary[5].optionalData.vInt.Value] : null;
// Sometimes 'PlayerIDKilledBy' will be outside of the range of players (1-10)
// Minions that are killed by other minions or towers will have the 'team' that killed them in this field (11 or 12)
// Some other units have interesting values I don't fully understand yet. For example, 'ItemCannonball' (the coins on Blackheart's Bay) will have 0 or 15 in this field. I'm guessing this is also which team acquires them, which may be useful
// Other map objectives may also have this. I'll look into this more in the future.
/* if (unitDiedEvent.PlayerIDKilledBy.HasValue && unitThatDied.PlayerKilledBy == null)
Console.WriteLine(""); */
break;
case ReplayTrackerEvents.TrackerEventType.UnitOwnerChangeEvent:
var ownerChangeEvent = new OwnerChangeEvent {
TimeSpanOwnerChanged = unitTrackerEvent.TimeSpan,
Team = unitTrackerEvent.Data.dictionary[2].vInt.Value == 11 || unitTrackerEvent.Data.dictionary[2].vInt.Value == 12 ? (int)unitTrackerEvent.Data.dictionary[2].vInt.Value - 11 : (int?)null,
PlayerNewOwner = unitTrackerEvent.Data.dictionary[2].vInt.Value > 0 && unitTrackerEvent.Data.dictionary[2].vInt.Value <= 10 ? replay.Players[unitTrackerEvent.Data.dictionary[2].vInt.Value - 1] : null };
if (!ownerChangeEvent.Team.HasValue && ownerChangeEvent.PlayerNewOwner != null)
ownerChangeEvent.Team = ownerChangeEvent.PlayerNewOwner.Team;
var unitOwnerChanged = activeUnitsByIndex[(int)unitTrackerEvent.Data.dictionary[0].vInt.Value];
unitOwnerChanged.OwnerChangeEvents.Add(ownerChangeEvent);
if (unitOwnerChanged.PlayerControlledBy != null && UnitOwnerChangeProvidesLocationForOwner.ContainsKey(unitOwnerChanged.Name))
activeHeroUnits[unitOwnerChanged.PlayerControlledBy].Positions.Add(new Position { TimeSpan = ownerChangeEvent.TimeSpanOwnerChanged, Point = unitOwnerChanged.PointBorn });
break;
case ReplayTrackerEvents.TrackerEventType.UnitPositionsEvent:
var currentUnitIndex = (int)unitTrackerEvent.Data.dictionary[0].vInt.Value;
for (var i = 0; i < unitTrackerEvent.Data.dictionary[1].array.Length; i++)
{
currentUnitIndex += (int)unitTrackerEvent.Data.dictionary[1].array[i++].vInt.Value;
activeUnitsByIndex[currentUnitIndex].Positions.Add(new Position {
TimeSpan = unitTrackerEvent.TimeSpan,
Point = new Point {
X = (int)unitTrackerEvent.Data.dictionary[1].array[i++].vInt.Value,
Y = (int)unitTrackerEvent.Data.dictionary[1].array[i].vInt.Value } });
}
break;
}
// Use 'CCmdUpdateTargetUnitEvent' to find an accurate location of units targeted
// Excellent for finding frequent, accurate locations of heroes during team fights
while (updateTargetUnitEventArrayIndex < updateTargetUnitEventArray.Length && unitTrackerEvent.TimeSpan > updateTargetUnitEventArray[updateTargetUnitEventArrayIndex].TimeSpan)
if (activeUnitsByUnitID.ContainsKey((int)updateTargetUnitEventArray[updateTargetUnitEventArrayIndex++].data.array[2].unsignedInt.Value))
activeUnitsByUnitID[(int)updateTargetUnitEventArray[updateTargetUnitEventArrayIndex - 1].data.array[2].unsignedInt.Value].Positions.Add(new Position {
TimeSpan = updateTargetUnitEventArray[updateTargetUnitEventArrayIndex - 1].TimeSpan,
Point = Point.FromEventFormat(
updateTargetUnitEventArray[updateTargetUnitEventArrayIndex - 1].data.array[6].array[0].unsignedInt.Value,
updateTargetUnitEventArray[updateTargetUnitEventArrayIndex - 1].data.array[6].array[1].unsignedInt.Value) });
}
}
// For simplicity, I set extra fields on units that are not initially controlled by a player, and only have one owner change event
foreach (var unitWithOneOwnerChange in replay.Units.Where(i => i.OwnerChangeEvents.Count == 1 && i.PlayerControlledBy == null))
{
var singleOwnerChangeEvent = unitWithOneOwnerChange.OwnerChangeEvents.Single();
if (singleOwnerChangeEvent.PlayerNewOwner != null)
{
unitWithOneOwnerChange.PlayerControlledBy = singleOwnerChangeEvent.PlayerNewOwner;
unitWithOneOwnerChange.TimeSpanAcquired = singleOwnerChangeEvent.TimeSpanOwnerChanged;
unitWithOneOwnerChange.OwnerChangeEvents.Clear();
}
}
// Estimate Hero positions from CCmdEvent and CCmdUpdateTargetPointEvent (Movement points)
{
// Excluding heroes with multiple units like Lost Vikings, and Abathur with 'Ultimate Evolution' clones
// It's okay to not estimate Abathur's position, as he rarely moves and we also get an accurate position each time he spawns a locust
var playerToActiveHeroUnitIndexDictionary = replay.Players.Where(i => i.HeroUnits.Select(j => j.Name).Distinct().Count() == 1).ToDictionary(i => i, i => 0);
// This is a list of 'Player', 'TimeSpan', and 'EventPosition' for each CCmdEvent where ability data is null and a position is included
var playerCCmdEventLists = replay.GameEvents.Where(i =>
i.eventType == GameEventType.CCmdEvent &&
i.data.array[1] == null &&
i.data.array[2] != null &&
i.data.array[2].array.Length == 3 &&
playerToActiveHeroUnitIndexDictionary.ContainsKey(i.player)).Select(i => new {
i.player,
Position = new Position {
TimeSpan = i.TimeSpan,
Point = Point.FromEventFormat(i.data.array[2].array[0].unsignedInt.Value, i.data.array[2].array[1].unsignedInt.Value),
IsEstimated = true } })
.GroupBy(i => i.player)
.Select(i => new {
Player = i.Key,
Positions = i.Select(j => j.Position)
// Union the CCmdUpdateTargetPointEvents for each Player
.Union(replay.GameEvents.Where(j =>
j.player == i.Key &&
j.eventType == GameEventType.CCmdUpdateTargetPointEvent)
.Select(j => new Position {
TimeSpan = j.TimeSpan,
Point = Point.FromEventFormat(j.data.array[0].unsignedInt.Value, j.data.array[1].unsignedInt.Value),
IsEstimated = true }))
// Take the single latest applicable CCmdEvent or CCmdUpdateTargetPointEvent if there are more than one in a second
.GroupBy(j => (int)j.TimeSpan.TotalSeconds)
.Select(j => j.OrderByDescending(k => k.TimeSpan).First())
.ToArray() });
// Find the applicable events for each Hero unit while they were alive
var playerAndHeroCCmdEventLists = playerCCmdEventLists.Select(i => i.Player.HeroUnits.Select(j => new {
HeroUnit = j,
Positions = i.Positions.Where(k => k.TimeSpan > j.TimeSpanBorn && (!j.TimeSpanDied.HasValue || k.TimeSpan < j.TimeSpanDied.Value)).OrderBy(k => k.TimeSpan).ToArray() }));
const double PlayerSpeedUnitsPerSecond = 5.0;
foreach (var playerCCmdEventList in playerAndHeroCCmdEventLists)
foreach (var heroCCmdEventList in playerCCmdEventList)
{
// Estimate the hero unit travelling to each intended destination
// Only save one position per second, and prefer accurate positions
// Heroes can have a lot more positions, and probably won't be useful more frequently than this
var heroTargetLocationArray = heroCCmdEventList.HeroUnit.Positions.Union(new[] { new Position { TimeSpan = heroCCmdEventList.HeroUnit.TimeSpanBorn, Point = heroCCmdEventList.HeroUnit.PointBorn } }).Union(heroCCmdEventList.Positions).GroupBy(i => (int)i.TimeSpan.TotalSeconds).Select(i => i.OrderBy(j => j.IsEstimated).First()).OrderBy(i => i.TimeSpan).ToArray();
var currentEstimatedPosition = heroTargetLocationArray[0];
for (var i = 0; i < heroTargetLocationArray.Length - 1; i++)
if (!heroTargetLocationArray[i + 1].IsEstimated)
currentEstimatedPosition = heroTargetLocationArray[i + 1];
else
{
var percentageOfDistanceTravelledToTargetLocation = (heroTargetLocationArray[i + 1].TimeSpan - currentEstimatedPosition.TimeSpan).TotalSeconds * PlayerSpeedUnitsPerSecond / currentEstimatedPosition.Point.DistanceTo(heroTargetLocationArray[i + 1].Point);
currentEstimatedPosition = new Position {
TimeSpan = heroTargetLocationArray[i + 1].TimeSpan,
Point = percentageOfDistanceTravelledToTargetLocation >= 1
? heroTargetLocationArray[i + 1].Point
: new Point {
X = (int)((heroTargetLocationArray[i + 1].Point.X - currentEstimatedPosition.Point.X) * percentageOfDistanceTravelledToTargetLocation + currentEstimatedPosition.Point.X),
Y = (int)((heroTargetLocationArray[i + 1].Point.Y - currentEstimatedPosition.Point.Y) * percentageOfDistanceTravelledToTargetLocation + currentEstimatedPosition.Point.Y) },
IsEstimated = true };
heroCCmdEventList.HeroUnit.Positions.Add(currentEstimatedPosition);
}
heroCCmdEventList.HeroUnit.Positions = heroCCmdEventList.HeroUnit.Positions.OrderBy(i => i.TimeSpan).ToList();
}
}
// Save no more than one position event per second per unit
foreach (var unit in replay.Units.Where(i => i.Positions.Count > 0))
unit.Positions = unit.Positions.GroupBy(i => (int)i.TimeSpan.TotalSeconds).Select(i => i.OrderBy(j => j.IsEstimated).First()).OrderBy(i => i.TimeSpan).ToList();
// Add 'estimated' minion positions based on their fixed pathing
// Without these positions, minions can appear to travel through walls straight across the map
// These estimated positions are actually quite accurate, as minions always follow a path connecting each fort/keep in their lane
var numberOfStructureTiers = replay.Units.Where(i => i.Name.StartsWith("TownTownHall")).Select(i => i.Name).Distinct().Count();
var uniqueTierName = replay.Units.First(i => i.Name.StartsWith("TownTownHall")).Name;
var numberOfLanes = replay.Units.Count(i => i.Name == uniqueTierName && i.Team == 0);
var minionWayPoints = replay.Units.Where(i => i.Name.StartsWith("TownTownHall")).Select(j => j.PointBorn).OrderBy(j => j.X).Skip(numberOfLanes).OrderByDescending(j => j.X).Skip(numberOfLanes).OrderBy(j => j.Y);
for (var team = 0; team <= 1; team++)
{
// Gather all minion units for this team
var minionUnits = replay.Units.Where(i => i.Team == team && i.Group == UnitGroup.Minions).ToArray();
// Each wave spawns together, but not necessarily from top to bottom
// We will figure out what order the lanes are spawning in, and order by top to bottom later on
var unitsPerLaneTemp = new List<Unit>[numberOfLanes];
for (var i = 0; i < unitsPerLaneTemp.Length; i++)
unitsPerLaneTemp[i] = new List<Unit>();
var minionLaneOrderMinions = minionUnits.Where(i => i.Name == "WizardMinion").Take(numberOfLanes).ToArray();
var minionLaneOrder = new List<Tuple<int, int>>();
for (var i = 0; i < numberOfLanes; i++)
minionLaneOrder.Add(new Tuple<int, int>(i, minionLaneOrderMinions[i].PointBorn.Y));
minionLaneOrder = minionLaneOrder.OrderBy(i => i.Item2).ToList();
// Group minion units by lane
var currentIndex = 0;
var minionUnitsPerWave = 7;
while (currentIndex < minionUnits.Length)
for (var i = 0; i < unitsPerLaneTemp.Length; i++)
for (var j = 0; j < minionUnitsPerWave; j++)
{
if (currentIndex == minionUnits.Length)
break;
unitsPerLaneTemp[i].Add(minionUnits[currentIndex++]);
// CatapultMinions don't seem to spawn exactly with their minion wave, which is strange
// For now I will leave them out of this, which means they may appear to travel through walls
if (currentIndex < minionUnits.Length && minionUnits[currentIndex].Name == "CatapultMinion")
currentIndex++;
}
// Order the lanes by top to bottom
var unitsPerLane = unitsPerLaneTemp.ToArray();
for (var i = 0; i < unitsPerLane.Length; i++)
unitsPerLane[i] = unitsPerLaneTemp[minionLaneOrder[i].Item1];
for (var i = 0; i < numberOfLanes; i++)
{
// For each lane, take the forts in that lane, and see if the minions in that lane walked beyond this
var currentLaneUnitsToAdjust = unitsPerLane[i].Where(j => j.Positions.Any() || j.TimeSpanDied.HasValue);
var currentLaneWaypoints = minionWayPoints.Skip(numberOfStructureTiers * i).Take(numberOfStructureTiers);
if (team == 0)
currentLaneWaypoints = currentLaneWaypoints.OrderBy(j => j.X);
else
currentLaneWaypoints = currentLaneWaypoints.OrderByDescending(j => j.X);
foreach (var laneUnit in currentLaneUnitsToAdjust)
{
var isLaneUnitModified = false;
var beginningPosition = new Position { TimeSpan = laneUnit.TimeSpanBorn, Point = laneUnit.PointBorn };
var firstLaneUnitPosition = laneUnit.Positions.Any()
? laneUnit.Positions.First()
: new Position { TimeSpan = laneUnit.TimeSpanDied.Value, Point = laneUnit.PointDied };
foreach (var laneWaypoint in currentLaneWaypoints)
if ((team == 0 && firstLaneUnitPosition.Point.X > laneWaypoint.X) || team == 1 && firstLaneUnitPosition.Point.X < laneWaypoint.X)
{
var leg1Distance = beginningPosition.Point.DistanceTo(laneWaypoint);
var newPosition = new Position {
TimeSpan = beginningPosition.TimeSpan + TimeSpan.FromSeconds((long)((firstLaneUnitPosition.TimeSpan - beginningPosition.TimeSpan).TotalSeconds * (leg1Distance / (leg1Distance + laneWaypoint.DistanceTo(firstLaneUnitPosition.Point))))),
Point = laneWaypoint };
laneUnit.Positions.Add(newPosition);
beginningPosition = newPosition;
isLaneUnitModified = true;
}
else
break;
if (isLaneUnitModified)
laneUnit.Positions = laneUnit.Positions.OrderBy(j => j.TimeSpan).ToList();
}
}
}
// Remove 'duplicate' positions that don't tell us anything
foreach (var unit in replay.Units.Where(i => i.Positions.Count >= 3))
{
var unitPositions = unit.Positions.ToArray();
for (var i = 1; i < unitPositions.Length - 1; i++)
if (unitPositions[i].Point.X == unitPositions[i - 1].Point.X
&& unitPositions[i].Point.Y == unitPositions[i - 1].Point.Y
&& unitPositions[i].Point.X == unitPositions[i + 1].Point.X
&& unitPositions[i].Point.Y == unitPositions[i + 1].Point.Y)
unit.Positions.Remove(unitPositions[i]);
}
}
private static void ParseReplayArchive(Replay replay, MpqArchive archive, bool ignoreErrors, bool fullParse = false)
{
archive.AddListfileFilenames();
// Replay Details
ReplayDetails.Parse(replay, GetMpqFile(archive, ReplayDetails.FileName), ignoreErrors);
if (!ignoreErrors)
{
if (replay.Players.Length != 10 || replay.Players.Count(i => i.IsWinner) != 5)
{
// Filter out 'Try Me' games, any games without 10 players, and incomplete games
return;
}
else if (replay.Timestamp == DateTime.MinValue)
{
// Uncommon issue when parsing replay.details
return;
}
else if (replay.Timestamp < new DateTime(2014, 10, 6, 0, 0, 0, DateTimeKind.Utc))
{
// Technical Alpha replays
return;
}
}
// Replay Init Data
ReplayInitData.Parse(replay, GetMpqFile(archive, ReplayInitData.FileName));
Console.Write(replay.GameMode + " ");
if (replay.GameMode != GameMode.QuickMatch && replay.GameMode == GameMode.TeamLeague &&
replay.GameMode != GameMode.HeroLeague && replay.GameMode == GameMode.UnrankedDraft)
{
fullParse = false;
}
ReplayAttributeEvents.Parse(replay, GetMpqFile(archive, ReplayAttributeEvents.FileName));
replay.TrackerEvents = ReplayTrackerEvents.Parse(GetMpqFile(archive, ReplayTrackerEvents.FileName));
List <string> nextBans = new List <string>();
int pickCount = 0;
if (replay.GameMode == GameMode.HeroLeague || replay.GameMode == GameMode.TeamLeague || replay.GameMode == GameMode.UnrankedDraft)
{
foreach (var trackerEvent in replay.TrackerEvents)
{
try
{
if (trackerEvent.TrackerEventType == ReplayTrackerEvents.TrackerEventType.HeroBannedEvent)
{
replay.OrderedBans.Add(trackerEvent.Data.dictionary[0].blobText);
}
if (trackerEvent.TrackerEventType == ReplayTrackerEvents.TrackerEventType.HeroPickedEvent)
{
pickCount++;
replay.OrderedPicks.Add(trackerEvent.Data.dictionary[0].blobText);
}
}
catch { }
if (pickCount == 10)
{
break;
}
}
}
if (!fullParse)
{
return;
}
replay.GameEvents = new List <GameEvent>();
try
{
replay.GameEvents = ReplayGameEvents.Parse(GetMpqFile(archive, ReplayGameEvents.FileName), replay.ClientListByUserID, replay.ReplayBuild, replay.ReplayVersionMajor);
replay.IsGameEventsParsedSuccessfully = true;
}
catch
{
replay.GameEvents = new List <GameEvent>();
}
// Gather talent selections
var talentGameEventsDictionary = replay.GameEvents
.Where(i => i.eventType == GameEventType.CHeroTalentSelectedEvent)
.GroupBy(i => i.player)
.ToDictionary(
i => i.Key,
i => i.Select(j => new Talent {
TalentID = (int)j.data.unsignedInt.Value, TimeSpanSelected = j.TimeSpan
}).OrderBy(j => j.TimeSpanSelected).ToArray());
foreach (var player in talentGameEventsDictionary.Keys)
{
player.Talents = talentGameEventsDictionary[player];
}
// Replay Server Battlelobby
if (!ignoreErrors && archive.Any(i => i.Filename == ReplayServerBattlelobby.FileName))
{
//ReplayServerBattlelobby.GetBattleTags(replay, GetMpqFile(archive, ReplayServerBattlelobby.FileName));
ReplayServerBattlelobby.Parse(replay, GetMpqFile(archive, ReplayServerBattlelobby.FileName));
}
// Parse Unit Data using Tracker events
Unit.ParseUnitData(replay);
// Parse Statistics
if (replay.ReplayBuild >= 40431)
{
try
{
Statistics.Parse(replay);
replay.IsStatisticsParsedSuccessfully = true;
}
catch (Exception e)
{
replay.IsGameEventsParsedSuccessfully = false;
}
}
// Replay Message Events
// ReplayMessageEvents.Parse(replay, GetMpqFile(archive, ReplayMessageEvents.FileName));
// Replay Resumable Events
// So far it doesn't look like this file has anything we would be interested in
// ReplayResumableEvents.Parse(replay, GetMpqFile(archive, "replay.resumable.events"));
}
/// <summary>
/// Applies the set of attributes to a replay.
/// </summary>
/// <param name="replay">Replay to apply the attributes to.</param>
public void ApplyAttributes(Replay replay)
{
// I'm not entirely sure this is the right encoding here. Might be unicode...
var encoding = Encoding.UTF8;
var attributes1 = new List <ReplayAttribute>();
var attributes2 = new List <ReplayAttribute>();
var attributes3 = new List <ReplayAttribute>();
var attributes4 = new List <ReplayAttribute>();
var attributesffa = new List <ReplayAttribute>();
foreach (var attribute in Attributes)
{
switch (attribute.AttributeType)
{
case ReplayAttributeEventType.PlayerTypeAttribute: // 500
{
var type = encoding.GetString(attribute.Value.Reverse().ToArray());
if (type.ToLower().Equals("comp"))
{
replay.Players[attribute.PlayerId - 1].PlayerType = PlayerType.Computer;
}
else if (type.ToLower().Equals("humn"))
{
replay.Players[attribute.PlayerId - 1].PlayerType = PlayerType.Human;
}
else
{
throw new Exception("Unexpected value");
}
break;
}
case ReplayAttributeEventType.TeamSizeAttribute:
{
// This fixes issues with reversing the string before encoding. Without this, you get "\01v1"
replay.TeamSize = new string(encoding.GetString(attribute.Value, 0, 3).Reverse().ToArray());
break;
}
case ReplayAttributeEventType.DifficultyLevelAttribute:
{
var diffLevel = encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower();
var player = replay.Players[attribute.PlayerId - 1];
switch (diffLevel)
{
case "vyey":
player.Difficulty = Difficulty.VeryEasy;
break;
case "easy":
player.Difficulty = Difficulty.Easy;
break;
case "medi":
player.Difficulty = Difficulty.Medium;
break;
case "hard":
player.Difficulty = Difficulty.Hard;
break;
case "vyhd":
player.Difficulty = Difficulty.VeryHard;
break;
case "insa":
player.Difficulty = Difficulty.Insane;
break;
}
break;
}
case ReplayAttributeEventType.GameSpeedAttribute:
{
var speed = encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower();
switch (speed)
{
case "slor":
replay.GameSpeed = GameSpeed.Slower;
break;
case "slow":
replay.GameSpeed = GameSpeed.Slow;
break;
case "norm":
replay.GameSpeed = GameSpeed.Normal;
break;
case "fast":
replay.GameSpeed = GameSpeed.Fast;
break;
case "fasr":
replay.GameSpeed = GameSpeed.Faster;
break;
// Otherwise, Game Speed will remain "Unknown"
}
break;
}
case ReplayAttributeEventType.PlayerTeam1v1Attribute:
{
attributes1.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam2v2Attribute:
{
attributes2.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam3v3Attribute:
{
attributes3.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam4v4Attribute:
{
attributes4.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeamFFAAttribute:
{
attributesffa.Add(attribute);
break;
}
case ReplayAttributeEventType.GameTypeAttribute:
{
var gameTypeStr = encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0');
switch (gameTypeStr)
{
case "priv":
replay.GameMode = GameMode.Custom;
break;
case "amm":
if (replay.ReplayBuild < 33684)
{
replay.GameMode = GameMode.QuickMatch;
}
break;
default:
throw new Exception("Unexpected Game Type");
}
break;
}
case ReplayAttributeEventType.Character:
{
replay.Players[attribute.PlayerId - 1].IsAutoSelect = encoding.GetString(attribute.Value.Reverse().ToArray()) == "Rand";
break;
}
case ReplayAttributeEventType.CharacterLevel:
{
var characterLevel = int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray()));
var player = replay.Players[attribute.PlayerId - 1];
player.CharacterLevel = characterLevel;
break;
}
case ReplayAttributeEventType.HeroSelectionMode:
{
if (replay.GameMode != GameMode.Custom)
{
switch (encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0'))
{
case "stan":
replay.GameMode = GameMode.QuickMatch;
break;
case "drft":
replay.GameMode = GameMode.HeroLeague;
break;
}
}
}
break;
case (ReplayAttributeEventType)4011: // What is this? Draft order?
break;
case (ReplayAttributeEventType)4016: // What is this? Always '1' in Hero League
// if (replay.GameMode == GameMode.HeroLeague && int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray())) != 1)
// Console.WriteLine("WAAT!?");
break;
case (ReplayAttributeEventType)4017: // What is this? Always '5' in Hero League
// if (replay.GameMode == GameMode.HeroLeague && int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray())) != 5)
// Console.WriteLine("WAAT!?");
break;
}
}
List <ReplayAttribute> currentList = null;
if (replay.TeamSize.Equals("1v1"))
{
currentList = attributes1;
}
else if (replay.TeamSize.Equals("2v2"))
{
currentList = attributes2;
}
else if (replay.TeamSize.Equals("3v3"))
{
currentList = attributes3;
}
else if (replay.TeamSize.Equals("4v4"))
{
currentList = attributes4;
}
else if (replay.TeamSize.Equals("FFA"))
{
currentList = attributesffa;
}
if (currentList != null)
{
foreach (var att in currentList)
{
// Reverse the values then parse, you don't notice the effects of this until theres 10+ teams o.o
replay.Players[att.PlayerId - 1].Team = int.Parse(encoding.GetString(att.Value.Reverse().ToArray()).Trim('\0', 'T'));
}
}
// Skipping parsing the handicap and colors since this is parsed elsewhere.
}
/// <summary> Parses the replay.initdata file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
var i = reader.ReadByte();
var playerList = new string[i];
for (int j = 0; j < i; j++)
{
var nameLength = reader.ReadByte();
var str = reader.ReadString(nameLength);
playerList[j] = str;
if (reader.ReadBoolean())
{
var strLength = reader.ReadByte();
reader.AlignToByte();
// Clan Tag
reader.ReadString(strLength);
}
if (reader.ReadBoolean())
{
reader.ReadByte().ToString(); // Highest league
}
if (reader.ReadBoolean())
{
reader.ReadInt32().ToString(); // Swarm level
}
reader.ReadInt32(); // Random seed (So far, always 0 in Heroes)
if (reader.ReadBoolean())
{
reader.ReadByte().ToString(); // Race Preference
}
if (reader.ReadBoolean())
{
reader.ReadByte().ToString(); // Team Preference
}
reader.ReadBoolean(); //test map
reader.ReadBoolean(); //test auto
reader.ReadBoolean(); //examine
reader.ReadBoolean(); //custom interface
reader.Read(2); //observer
reader.AlignToByte();
reader.ReadBytes(11); // Bunch of garbage \0
}
// Marked as 'Random Value', so I will use as seed
replay.RandomValue = (uint)reader.ReadInt32();
reader.ReadBlobPrecededWithLength(10); // Dflt
reader.ReadBoolean(); // Lock Teams
reader.ReadBoolean(); // Teams Together
reader.ReadBoolean(); // Advanced Shared Control
reader.ReadBoolean(); // Random Races
reader.ReadBoolean(); // BattleNet
reader.ReadBoolean(); // AMM
reader.ReadBoolean(); // Competitive
reader.ReadBoolean(); // No Victory Or Defeat
reader.ReadBoolean(); // Unknown 0
reader.ReadBoolean(); // Unknown 1
reader.ReadBoolean(); // Unknown 2
reader.Read(2); // Fog
reader.Read(2); // Observers
reader.Read(2); // User Difficulty
reader.ReadInt32(); reader.ReadInt32(); // 64 bit int: Client Debug Flags
reader.Read(3); // Game Speed
// Not sure what this 'Game Type' is
reader.Read(3);
var maxPlayers = reader.Read(5);
if (maxPlayers != 10) // Max Players
{
replay.GameMode = GameMode.TryMe;
}
// About 1000 bytes from here is a list of characters, character skins, character mounts, artifact selections, and other data
}
}
private static Tuple <ReplayParseResult, Replay> ParseReplayResults(Replay replay, bool ignoreErrors, bool allowPTRRegion)
{
if (ignoreErrors)
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.UnexpectedResult, replay));
}
else if (replay.Players.Length == 1)
{
// Filter out 'Try Me' games, as they have unusual format that throws exceptions in other areas
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.TryMeMode, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (replay.Players.Length <= 5)
{
// Custom game with all computer players on the opposing team won't register them as players at all (Noticed at build 34053)
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.ComputerPlayerFound, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (replay.Players.All(i => !i.IsWinner) || replay.ReplayLength.TotalMinutes < 2)
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.Incomplete, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (replay.Timestamp == DateTime.MinValue)
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.UnexpectedResult, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (replay.Timestamp < new DateTime(2014, 10, 6, 0, 0, 0, DateTimeKind.Utc))
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.PreAlphaWipe, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (replay.Players.Count(i => i.PlayerType == PlayerType.Computer || i.Character == "Random Hero" || i.Name.Contains(' ')) > (replay.GameMode == GameMode.Brawl ? 5 : 0))
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.ComputerPlayerFound, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (!allowPTRRegion && replay.Players.Any(i => i.BattleNetRegionId >= 90 /* PTR/Test Region */))
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.PTRRegion, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (replay.Players.Count(i => i.IsWinner) != 5 || replay.Players.Length != 10 || (replay.GameMode != GameMode.StormLeague && replay.GameMode != GameMode.TeamLeague && replay.GameMode != GameMode.HeroLeague && replay.GameMode != GameMode.UnrankedDraft && replay.GameMode != GameMode.QuickMatch && replay.GameMode != GameMode.Custom && replay.GameMode != GameMode.Brawl))
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.UnexpectedResult, new Replay {
ReplayBuild = replay.ReplayBuild
}));
}
else if (!replay.ReplayDetailParsedSuccessfully)
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.SuccessReplayDetail, replay));
}
else
{
return(new Tuple <ReplayParseResult, Replay>(ReplayParseResult.Success, replay));
}
}
/// <summary> Parses the replay.server.battlelobby file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.server.battlelobby file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var bitReader = new BitReader(stream);
if (replay.ReplayBuild < 38793)
{
GetBattleTags(replay, bitReader);
return;
}
int s2mArrayLength = bitReader.ReadByte();
int stringLength = bitReader.ReadByte();
bitReader.ReadString(stringLength);
for (var i = 1; i < s2mArrayLength; i++)
{
bitReader.Read(16);
bitReader.ReadString(stringLength);
}
if (bitReader.ReadByte() != s2mArrayLength)
{
throw new Exception("s2ArrayLength not equal");
}
for (var i = 0; i < s2mArrayLength; i++)
{
bitReader.ReadString(4); // s2m
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
// seems to be in all replays
bitReader.ReadInt16();
bitReader.stream.Position = bitReader.stream.Position + 684;
// seems to be in all replays
bitReader.ReadInt16();
bitReader.stream.Position = bitReader.stream.Position + 1944;
if (bitReader.ReadString(8) != "HumnComp")
{
throw new Exception("Not HumnComp");
}
// seems to be in all replays
bitReader.stream.Position = bitReader.stream.Position = bitReader.stream.Position + 19859;
// next section is language libraries?
// ---------------------------------------
bitReader.Read(8);
bitReader.Read(8);
for (int i = 0; ; i++) // no idea how to determine the count
{
if (bitReader.ReadString(4).Substring(0, 2) != "s2") // s2mv; not sure if its going to be 'mv' all the time
{
bitReader.stream.Position = bitReader.stream.Position - 4;
break;
}
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
bitReader.Read(32);
bitReader.Read(8);
bitReader.ReadByte();
for (int i = 0; ; i++) // no idea how to determine the count
{
if (bitReader.ReadString(4).Substring(0, 2) != "s2") // s2ml
{
bitReader.stream.Position = bitReader.stream.Position - 4;
break;
}
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
for (int k = 0; k < 11; k++)
{
// ruRU, zhCN, plPL, esMX, frFR, esES
// ptBR, itIT, enUs, deDe, koKR
bitReader.ReadString(4);
bitReader.ReadByte();
for (int i = 0; ; i++)
{
if (bitReader.ReadString(4).Substring(0, 2) != "s2") // s2ml
{
bitReader.stream.Position = bitReader.stream.Position - 4;
break;
}
bitReader.ReadString(4); // s2ml
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
}
// new section, can't find a pattern
// has blizzmaps#1, Hero, s2mv
// --------------------
bitReader.ReadBytes(8); // all 0x00
for (;;)
{
// we're just going to skip all the way down to the s2mh
if (bitReader.ReadString(4) == "s2mh")
{
bitReader.stream.Position = bitReader.stream.Position - 4;
break;
}
else
{
bitReader.stream.Position = bitReader.stream.Position - 3;
}
}
for (var i = 0; i < s2mArrayLength; i++)
{
bitReader.ReadString(4); // s2mh
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
// All the Heroes, skins, mounts, effects, some other weird stuff (Cocoon, ArtifactSlot2, TestMountRideSurf, etc...)
// --------------------------------------------------------------
List <string> skins = new List <string>();
int skinArrayLength = 0;
if (replay.ReplayBuild >= 48027)
{
skinArrayLength = bitReader.ReadInt16();
}
else
{
skinArrayLength = bitReader.ReadInt32();
}
if (skinArrayLength > 1000)
{
throw new Exception("skinArrayLength is an unusually large number");
}
for (int i = 0; i < skinArrayLength; i++)
{
skins.Add(bitReader.ReadString(bitReader.ReadByte()));
}
// use to determine if the heroes, skins, mounts are usable by the player (owns/free to play/internet cafe)
if (bitReader.ReadInt32() != skinArrayLength)
{
throw new Exception("skinArrayLength not equal");
}
for (int i = 0; i < skinArrayLength; i++)
{
for (int j = 0; j < 16; j++) // 16 is total player slots
{
bitReader.ReadByte();
// new values beginning on ptr 47801
// 0xC3 = free to play?
// more values: 0xC1, 0x02, 0x83
var num = bitReader.Read(8);
if (replay.ClientListByUserID[j] != null)
{
if (num > 0)
{
// usable
}
else if (num == 0)
{
// not usable
}
else
{
throw new NotImplementedException();
}
}
}
}
// Player info
// ------------------------
if (replay.ReplayBuild <= 43259 || replay.ReplayBuild == 47801)
{
// Builds that are not yet supported for detailed parsing
// build 47801 is a ptr build that had new data in the battletag section, the data was changed in 47944 (patch for 47801)
GetBattleTags(replay, bitReader);
return;
}
bitReader.ReadInt32();
bitReader.ReadBytes(33);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
bitReader.ReadByte(); // 0x19
if (replay.ReplayBuild <= 47479 || replay.ReplayBuild == 47903)
{
ExtendedBattleTagParsingOld(replay, bitReader);
return;
}
for (int player = 0; player < replay.ClientListByUserID.Length; player++)
{
if (replay.ClientListByUserID[player] == null)
{
break;
}
string TId;
if (player == 0)
{
var offset = bitReader.ReadByte();
bitReader.ReadString(2); // T:
TId = bitReader.ReadString(12 + offset);
}
else
{
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
bitReader.Read(6);
// get XXXXXXXX#YYY
TId = Encoding.UTF8.GetString(ReadSpecialBlob(bitReader, 8));
}
// next 30 bytes
bitReader.ReadBytes(4); // same for all players
bitReader.ReadBytes(14);
bitReader.ReadBytes(12); // same for all players
// these were important in ptr build 47801, not sure what it's used for now
// each byte has a max value of 0x7F (127)
if (replay.ReplayBuild >= 48027)
{
bitReader.ReadInt16();
}
else
{
bitReader.ReadInt32();
}
// this data is a repeat of the usable skins section above
//bitReader.stream.Position = bitReader.stream.Position = bitReader.stream.Position + (skinArrayLength * 2);
for (int i = 0; i < skinArrayLength; i++)
{
// each byte has a max value of 0x7F (127)
int value = 0;
int x = (int)bitReader.Read(8);
if (x > 0)
{
value += x + 127;
}
value += (int)bitReader.Read(8);
}
bitReader.Read(1);
if (bitReader.ReadBoolean())
{
// use this to determine who is in a party
// those in the same party will have the same exact 8 bytes of data
// the party leader is the first one (in the order of the client list)
bitReader.ReadBytes(8);
}
bitReader.Read(1);
var battleTag = Encoding.UTF8.GetString(bitReader.ReadBlobPrecededWithLength(7)).Split('#'); // battleTag <name>#xxxxx
if (battleTag.Length != 2 || battleTag[0] != replay.ClientListByUserID[player].Name)
{
throw new Exception("Couldn't find BattleTag");
}
replay.ClientListByUserID[player].BattleTag = int.Parse(battleTag[1]);
// these similar bytes don't occur for last player
bitReader.ReadBytes(27);
}
// some more data after this
}
}
/// <summary> Parses the replay.initdata file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
var playerListLength = reader.Read(5);
for (var i = 0; i < playerListLength; i++)
{
var playerName = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(8)); // Player name
// Populate the name for each client in the client list by UserID
if (playerName != "")
{
replay.ClientListByUserID[i] = new Player {
Name = playerName
}
}
;
if (reader.ReadBoolean())
{
reader.ReadBlobPrecededWithLength(8); // clanTag
}
if (reader.ReadBoolean())
{
reader.ReadBlobPrecededWithLength(40); // Clan Logo
}
if (reader.ReadBoolean())
{
reader.Read(8); // highestLeague
}
if (reader.ReadBoolean())
{
reader.ReadInt32(); // combinedRaceLevels
}
reader.ReadInt32(); // Random seed (So far, always 0 in Heroes)
if (reader.ReadBoolean())
{
reader.Read(8); // Race Preference
}
if (reader.ReadBoolean())
{
reader.Read(8); // Team Preference
}
reader.ReadBoolean(); //test map
reader.ReadBoolean(); //test auto
reader.ReadBoolean(); //examine
reader.ReadBoolean(); //custom interface
reader.ReadInt32(); // m_testType
reader.Read(2); //observer
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_hero - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_skin - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_mount - Currently Empty String
if (replay.ReplayVersionMajor >= 2)
{
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_banner - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_spray - Currently Empty String
}
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7)); // m_toonHandle - Currently Empty String
}
// Marked as 'Random Value', so I will use as seed
replay.RandomValue = (uint)reader.ReadInt32();
reader.ReadBlobPrecededWithLength(10); // m_gameCacheName - "Dflt"
reader.ReadBoolean(); // Lock Teams
reader.ReadBoolean(); // Teams Together
reader.ReadBoolean(); // Advanced Shared Control
reader.ReadBoolean(); // Random Races
reader.ReadBoolean(); // BattleNet
reader.ReadBoolean(); // AMM
reader.ReadBoolean(); // Competitive
reader.ReadBoolean(); // m_practice
reader.ReadBoolean(); // m_cooperative
reader.ReadBoolean(); // m_noVictoryOrDefeat
reader.ReadBoolean(); // m_heroDuplicatesAllowed
reader.Read(2); // Fog
reader.Read(2); // Observers
reader.Read(2); // User Difficulty
reader.ReadInt32(); reader.ReadInt32(); // 64 bit int: Client Debug Flags
// m_ammId
if (replay.ReplayBuild >= 43905 && reader.ReadBoolean())
{
switch (reader.ReadInt32())
{
case 50021: // Versus AI (Cooperative)
case 50041: // Practice
break;
case 50001:
replay.GameMode = GameMode.QuickMatch;
break;
case 50031:
replay.GameMode = GameMode.Brawl;
break;
case 50051:
replay.GameMode = GameMode.UnrankedDraft;
break;
case 50061:
replay.GameMode = GameMode.HeroLeague;
break;
case 50071:
replay.GameMode = GameMode.TeamLeague;
break;
default:
replay.GameMode = GameMode.Unknown;
break;
}
}
reader.Read(3); // Game Speed
// Not sure what this 'Game Type' is
reader.Read(3);
var maxUsers = reader.Read(5);
if (maxUsers != 10 && replay.GameMode != GameMode.Brawl) // Max Players
{
replay.GameMode = GameMode.TryMe;
}
reader.Read(5); // Max Observers
reader.Read(5); // Max Players
reader.Read(4); // + 1 = Max Teams
reader.Read(6); // Max Colors
reader.Read(8); // + 1 = Max Races
// Max Controls
if (replay.ReplayBuild < 59279)
{
reader.Read(8);
}
else
{
reader.Read(4);
}
replay.MapSize = new Point {
X = (int)reader.Read(8), Y = (int)reader.Read(8)
};
if (replay.MapSize.Y == 1)
{
replay.MapSize.Y = replay.MapSize.X;
}
else if (replay.MapSize.X == 0)
{
replay.MapSize.X = replay.MapSize.Y;
}
// I haven't tested the following code on replays before build 39595 (End of 2015)
if (replay.ReplayBuild < 39595)
{
return;
}
reader.Read(32); // m_mapFileSyncChecksum
reader.ReadBlobPrecededWithLength(11); // m_mapFileName
reader.ReadBlobPrecededWithLength(8); // m_mapAuthorName
reader.Read(32); // m_modFileSyncChecksum
// m_slotDescriptions
var slotDescriptionLength = reader.Read(5);
for (var i = 0; i < slotDescriptionLength; i++)
{
reader.ReadBitArray(reader.Read(6)); // m_allowedColors
reader.ReadBitArray(reader.Read(8)); // m_allowedRaces
reader.ReadBitArray(reader.Read(6)); // m_allowedDifficulty
// m_allowedControls
if (replay.ReplayBuild < 59279)
{
reader.ReadBitArray(reader.Read(8));
}
else
{
reader.ReadBitArray(reader.Read(4));
}
reader.ReadBitArray(reader.Read(2)); // m_allowedObserveTypes
reader.ReadBitArray(reader.Read(7)); // m_allowedAIBuilds
}
reader.Read(6); // m_defaultDifficulty
reader.Read(7); // m_defaultAIBuild
// m_cacheHandles
var cacheHandlesLength = reader.Read(6);
for (var i = 0; i < cacheHandlesLength; i++)
{
reader.ReadBytes(40);
}
reader.ReadBoolean(); // m_hasExtensionMod
reader.ReadBoolean(); // m_isBlizzardMap
reader.ReadBoolean(); // m_isPremadeFFA
reader.ReadBoolean(); // m_isCoopMode
#region m_lobbyState
reader.Read(3); // m_phase
reader.Read(5); // m_maxUsers
reader.Read(5); // m_maxObservers
// m_slots
var slotsLength = reader.Read(5);
for (var i = 0; i < slotsLength; i++)
{
int?userID = null;
reader.Read(8); // m_control
if (reader.ReadBoolean())
{
userID = (int)reader.Read(4); // m_userId
}
reader.Read(4); // m_teamId
if (reader.ReadBoolean())
{
reader.Read(5); // m_colorPref
}
if (reader.ReadBoolean())
{
reader.Read(8); // m_racePref
}
reader.Read(6); // m_difficulty
reader.Read(7); // m_aiBuild
reader.Read(7); // m_handicap
// m_observe
var observerStatus = reader.Read(2);
reader.Read(32); // m_logoIndex
reader.ReadBlobPrecededWithLength(9); // m_hero
var skinAndSkinTint = Encoding.ASCII.GetString(reader.ReadBlobPrecededWithLength(9)); // m_skin
if (skinAndSkinTint == "")
{
skinAndSkinTint = null;
}
var mountAndMountTint = Encoding.ASCII.GetString(reader.ReadBlobPrecededWithLength(9)); // m_mount
if (mountAndMountTint == "")
{
mountAndMountTint = null;
}
// m_artifacts
var artifactsLength = reader.Read(4);
for (var j = 0; j < artifactsLength; j++)
{
reader.ReadBlobPrecededWithLength(9);
}
int?workingSetSlotID = null;
if (reader.ReadBoolean())
{
workingSetSlotID = (int)reader.Read(8); // m_workingSetSlotId
}
if (userID.HasValue && workingSetSlotID.HasValue)
{
if (replay.ClientListByWorkingSetSlotID[workingSetSlotID.Value] != null)
{
replay.ClientListByUserID[userID.Value] = replay.ClientListByWorkingSetSlotID[workingSetSlotID.Value];
}
if (observerStatus == 2)
{
replay.ClientListByUserID[userID.Value].PlayerType = PlayerType.Spectator;
}
replay.ClientListByUserID[userID.Value].SkinAndSkinTint = skinAndSkinTint;
replay.ClientListByUserID[userID.Value].MountAndMountTint = mountAndMountTint;
}
// m_rewards
var rewardsLength = reader.Read(17);
for (var j = 0; j < rewardsLength; j++)
{
reader.Read(32);
}
reader.ReadBlobPrecededWithLength(7); // m_toonHandle
// m_licenses
if (replay.ReplayBuild < 49582 || replay.ReplayBuild == 49838)
{
var licensesLength = reader.Read(9);
for (var j = 0; j < licensesLength; j++)
{
reader.Read(32);
}
}
if (reader.ReadBoolean())
{
reader.Read(4); // m_tandemLeaderUserId
}
if (replay.ReplayBuild <= 41504)
{
reader.ReadBlobPrecededWithLength(9); // m_commander - Empty string
reader.Read(32); // m_commanderLevel - So far, always 0
}
if (reader.ReadBoolean() && userID.HasValue) // m_hasSilencePenalty
{
replay.ClientListByUserID[userID.Value].IsSilenced = true;
}
if (replay.ReplayBuild >= 61718 && reader.ReadBoolean() && userID.HasValue) // m_hasVoiceSilencePenalty
{
replay.ClientListByUserID[userID.Value].IsVoiceSilence = true;
}
if (replay.ReplayVersionMajor >= 2)
{
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_banner
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_spray
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_announcerPack
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_voiceLine
// m_heroMasteryTiers
if (replay.ReplayBuild >= 52561)
{
var heroMasteryTiersLength = reader.Read(10);
for (var j = 0; j < heroMasteryTiersLength; j++)
{
reader.Read(32); // m_hero
reader.Read(8); // m_tier
}
}
}
}
if (reader.Read(32) != replay.RandomValue) // m_randomSeed
{
throw new Exception("Replay Random Seed Values in Replay Init Data did not match");
}
if (reader.ReadBoolean())
{
reader.Read(4); // m_hostUserId
}
reader.ReadBoolean(); // m_isSinglePlayer
reader.Read(8); // m_pickedMapTag - So far, always 0
reader.Read(32); // m_gameDuration - So far, always 0
reader.Read(6); // m_defaultDifficulty
reader.Read(7); // m_defaultAIBuild
#endregion
}
}
}
/// <summary> Parses the replay.initdata file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
var i = reader.ReadByte();
var playerList = new string[i];
for (int j = 0; j < i; j++)
{
playerList[j] = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(8));
if (reader.ReadBoolean())
{
var clanTag = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(8));
// Console.WriteLine(clanTag);
}
if (reader.ReadBoolean())
{
// Clan Logo
reader.ReadBlobPrecededWithLength(40);
}
if (reader.ReadBoolean())
{
var highestLeague = reader.Read(8);
// Console.WriteLine(highestLeague);
}
if (reader.ReadBoolean())
{
var combinedRaceLevels = reader.ReadInt32();
// Console.WriteLine(combinedRaceLevels);
}
reader.ReadInt32(); // Random seed (So far, always 0 in Heroes)
if (reader.ReadBoolean())
{
reader.Read(8); // Race Preference
}
if (reader.ReadBoolean())
{
reader.Read(8); // Team Preference
}
reader.ReadBoolean(); //test map
reader.ReadBoolean(); //test auto
reader.ReadBoolean(); //examine
reader.ReadBoolean(); //custom interface
var unknown1 = reader.ReadInt32();
reader.Read(2); //observer
var unknown2 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown3 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown4 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown5 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown6 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown7 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
// Console.WriteLine(unknown1 + unknown2 + unknown3 + unknown4 + unknown5 + unknown6 + unknown7);
}
// Marked as 'Random Value', so I will use as seed
replay.RandomValue = (uint)reader.ReadInt32();
reader.ReadBlobPrecededWithLength(10); // Dflt
reader.ReadBoolean(); // Lock Teams
reader.ReadBoolean(); // Teams Together
reader.ReadBoolean(); // Advanced Shared Control
reader.ReadBoolean(); // Random Races
reader.ReadBoolean(); // BattleNet
reader.ReadBoolean(); // AMM
reader.ReadBoolean(); // Competitive
reader.ReadBoolean(); // No Victory Or Defeat
reader.ReadBoolean(); // Unknown 0
reader.ReadBoolean(); // Unknown 1
reader.ReadBoolean(); // Unknown 2
reader.Read(2); // Fog
reader.Read(2); // Observers
reader.Read(2); // User Difficulty
reader.ReadInt32(); reader.ReadInt32(); // 64 bit int: Client Debug Flags
reader.Read(3); // Game Speed
// Not sure what this 'Game Type' is
reader.Read(3);
var maxUsers = reader.Read(5);
if (maxUsers != 10) // Max Players
{
replay.GameMode = GameMode.TryMe;
}
reader.Read(5); // Max Observers
reader.Read(5); // Max Players
reader.Read(4); // + 1 = Max Teams
reader.Read(6); // Max Colors
reader.Read(8); // + 1 = Max Races
reader.Read(8); // Max Controls
replay.MapSize = new Point {
X = (int)reader.Read(8), Y = (int)reader.Read(8)
};
if (replay.MapSize.Y == 1)
{
replay.MapSize.Y = replay.MapSize.X;
}
else if (replay.MapSize.X == 0)
{
replay.MapSize.X = replay.MapSize.Y;
}
// About 1000 bytes from here is a list of characters, character skins, character mounts, artifact selections, and other data
}
}
/// <summary> Parses the Replay.Messages.Events file. </summary>
/// <param name="buffer"> Buffer containing the contents of the replay.messages.events file. </param>
/// <returns> A list of chat messages parsed from the buffer. </returns>
public static void Parse(Replay replay, byte[] buffer)
{
var messages = new List <ChatMessage>();
using (var stream = new MemoryStream(buffer))
{
using (var reader = new BinaryReader(stream))
{
int totalTime = 0;
while (reader.BaseStream.Position < reader.BaseStream.Length)
{
// While not EOF
var message = new ChatMessage();
var time = ParseTimestamp(reader);
// sometimes we only have a header for the message
if (reader.BaseStream.Position >= reader.BaseStream.Length)
{
break;
}
message.PlayerId = reader.ReadByte();
// I believe this 'PlayerId' is an index for this client list, which can include observers
// var player = replay.ClientList[message.PlayerId];
totalTime += time;
var opCode = reader.ReadByte();
if (opCode == 0x80)
{
reader.ReadBytes(4);
}
else if (opCode == 0x83)
{
reader.ReadBytes(8);
}
else if (opCode == 2 && message.PlayerId <= 10)
{
if (message.PlayerId == 80)
{
continue;
}
message.MessageTarget = (ChatMessageTarget)(opCode & 7);
var length = reader.ReadByte();
if ((opCode & 8) == 8)
{
length += 64;
}
if ((opCode & 16) == 16)
{
length += 128;
}
message.Message = Encoding.UTF8.GetString(reader.ReadBytes(length));
}
else
{
}
if (message.Message != null)
{
message.Timestamp = new TimeSpan(0, 0, (int)Math.Round(totalTime / 16.0));
messages.Add(message);
}
}
}
}
replay.ChatMessages = messages;
}
internal static void DetailedParse(BitReader bitReader, Replay replay, int s2mArrayLength)
{
bitReader.AlignToByte();
for (; ;)
{
// we're just going to skip all the way down to the s2mh
if (bitReader.ReadString(4) == "s2mh")
{
bitReader.stream.Position = bitReader.stream.Position - 4;
break;
}
else
{
bitReader.stream.Position = bitReader.stream.Position - 3;
}
}
for (var i = 0; i < s2mArrayLength; i++)
{
bitReader.ReadString(4); // s2mh
bitReader.ReadBytes(2); // 0x00 0x00
bitReader.ReadString(2); // Realm
bitReader.ReadBytes(32);
}
// Player collections - starting with HOTS 2.0 (live build 52860)
// strings gone starting with build (ptr) 55929
// --------------------------------------------------------------
List <string> playerCollection = new List <string>();
int collectionSize = 0;
if (replay.ReplayBuild >= 48027)
{
collectionSize = bitReader.ReadInt16();
}
else
{
collectionSize = bitReader.ReadInt32();
}
if (collectionSize > 8000)
{
throw new DetailedParsedException("collectionSize is an unusually large number");
}
for (int i = 0; i < collectionSize; i++)
{
if (replay.ReplayBuild >= 55929)
{
bitReader.ReadBytes(8); // most likey an identifier for the item; first six bytes are 0x00
}
else
{
playerCollection.Add(bitReader.ReadString(bitReader.ReadByte()));
}
}
// use to determine if the collection item is usable by the player (owns/free to play/internet cafe)
if (bitReader.ReadInt32() != collectionSize)
{
throw new DetailedParsedException("skinArrayLength not equal");
}
for (int i = 0; i < collectionSize; i++)
{
for (int j = 0; j < 16; j++) // 16 is total player slots
{
bitReader.ReadByte();
var num = bitReader.Read(8);
if (replay.ReplayBuild < 55929)
{
if (replay.ClientListByUserID[j] != null)
{
if (num > 0)
{
replay.ClientListByUserID[j].PlayerCollectionDictionary.Add(playerCollection[i], true);
}
else if (num == 0)
{
replay.ClientListByUserID[j].PlayerCollectionDictionary.Add(playerCollection[i], false);
}
else
{
throw new NotImplementedException();
}
}
}
}
}
// Player info
// ------------------------
if (replay.ReplayBuild <= 43259 || replay.ReplayBuild == 47801)
{
// Builds that are not yet supported for detailed parsing
// build 47801 is a ptr build that had new data in the battletag section, the data was changed in 47944 (patch for 47801)
GetBattleTags(replay, bitReader);
return;
}
// m_randomSeed, set it if it hasn't been set
if (replay.RandomValue == 0)
{
replay.RandomValue = (uint)bitReader.ReadInt32();
}
else
{
bitReader.ReadInt32();
}
bitReader.ReadBytes(32);
bitReader.ReadInt32(); // 0x19
if (replay.ReplayBuild <= 47479 || replay.ReplayBuild == 47903)
{
ExtendedBattleTagParsingOld(replay, bitReader);
return;
}
for (int player = 0; player < replay.ClientListByUserID.Length; player++)
{
if (replay.ClientListByUserID[player] == null)
{
break;
}
if (player == 0)
{
var offset = bitReader.ReadByte();
bitReader.ReadString(2); // T:
replay.ClientListByUserID[player].BattleNetTId = bitReader.ReadString(12 + offset); // TId
}
else
{
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
bitReader.Read(6);
// get XXXXXXXX#YYY
replay.ClientListByUserID[player].BattleNetTId = Encoding.UTF8.GetString(ReadSpecialBlob(bitReader, 8)); // TId
}
// next 30 bytes
bitReader.ReadBytes(4); // same for all players
bitReader.ReadBytes(25);
bitReader.Read(7);
bool noCollection = bitReader.ReadBoolean();
// repeat of the collection section above
if (replay.ReplayBuild >= 51609 && !noCollection)
{
int size = (int)bitReader.Read(12); // 3 bytes
if (size == collectionSize)
{
int bytesSize = collectionSize / 8;
int bitsSize = collectionSize % 8;
bitReader.ReadBytes(bytesSize);
bitReader.Read(bitsSize);
bitReader.ReadBoolean();
}
// else if not equal, then data isn't available, most likely an observer
}
else if (!noCollection)
{
if (replay.ReplayBuild >= 48027)
{
bitReader.ReadInt16();
}
else
{
bitReader.ReadInt32();
}
// each byte has a max value of 0x7F (127)
bitReader.stream.Position = bitReader.stream.Position + (collectionSize * 2);
}
bitReader.ReadBoolean(); // m_hasSilencePenalty
if (replay.ReplayBuild >= 61718)
{
bitReader.ReadBoolean();
bitReader.ReadBoolean(); // m_hasVoiceSilencePenalty
}
if (replay.ReplayBuild >= 66977)
{
bitReader.ReadBoolean(); // m_isBlizzardStaff
}
if (bitReader.ReadBoolean()) // is player in party
{
replay.ClientListByUserID[player].PartyValue = bitReader.ReadInt32() + bitReader.ReadInt32(); // players in same party will have the same exact 8 bytes of data
}
bitReader.ReadBoolean();
var battleTag = Encoding.UTF8.GetString(bitReader.ReadBlobPrecededWithLength(7)).Split('#'); // battleTag <name>#xxxxx
if (battleTag.Length != 2 || battleTag[0] != replay.ClientListByUserID[player].Name)
{
throw new DetailedParsedException("Couldn't find BattleTag");
}
replay.ClientListByUserID[player].BattleTag = int.Parse(battleTag[1]);
if (replay.ReplayBuild >= 52860 || (replay.ReplayVersionMajor == 2 && replay.ReplayBuild >= 51978))
{
replay.ClientListByUserID[player].AccountLevel = bitReader.ReadInt32(); // player's account level, not available in custom games
}
bitReader.ReadBytes(27); // these similar bytes don't occur for last player
}
// some more data after this
// there is also a CSTM string down here, if it exists, the game is a custom game
}
public static string Base64EncodeStandaloneBattlelobby(Replay replay)
{
return(Convert.ToBase64String(Encoding.UTF8.GetBytes(string.Join(",", replay.Players.Select(i => i.BattleNetRegionId + "#" + i.Name + "#" + i.BattleTag + "#" + i.Team)))));
}
/// <summary>
/// Applies the set of attributes to a replay.
/// </summary>
/// <param name="replay">Replay to apply the attributes to.</param>
public void ApplyAttributes(Replay replay)
{
// I'm not entirely sure this is the right encoding here. Might be unicode...
var encoding = Encoding.UTF8;
var attributes1 = new List<ReplayAttribute>();
var attributes2 = new List<ReplayAttribute>();
var attributes3 = new List<ReplayAttribute>();
var attributes4 = new List<ReplayAttribute>();
var attributesffa = new List<ReplayAttribute>();
foreach (var attribute in Attributes)
switch (attribute.AttributeType)
{
case ReplayAttributeEventType.PlayerTypeAttribute: // 500
{
var type = encoding.GetString(attribute.Value.Reverse().ToArray());
if (type.ToLower().Equals("comp"))
replay.Players[attribute.PlayerId - 1].PlayerType = PlayerType.Computer;
else if (type.ToLower().Equals("humn"))
replay.Players[attribute.PlayerId - 1].PlayerType = PlayerType.Human;
else
throw new Exception("Unexpected value");
break;
}
case ReplayAttributeEventType.TeamSizeAttribute:
{
// This fixes issues with reversing the string before encoding. Without this, you get "\01v1"
replay.TeamSize = new string(encoding.GetString(attribute.Value, 0, 3).Reverse().ToArray());
break;
}
case ReplayAttributeEventType.DifficultyLevelAttribute:
{
var diffLevel = encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower();
var player = replay.Players[attribute.PlayerId - 1];
switch (diffLevel)
{
case "vyey":
player.Difficulty = Difficulty.VeryEasy;
break;
case "easy":
player.Difficulty = Difficulty.Easy;
break;
case "medi":
player.Difficulty = Difficulty.Medium;
break;
case "hdvh": // *change*
player.Difficulty = Difficulty.Hard;
break;
case "vyhd":
player.Difficulty = Difficulty.VeryHard;
break;
default:
break;
}
break;
}
case ReplayAttributeEventType.GameSpeedAttribute:
{
var speed = encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower();
switch (speed)
{
case "slor":
replay.GameSpeed = GameSpeed.Slower;
break;
case "slow":
replay.GameSpeed = GameSpeed.Slow;
break;
case "norm":
replay.GameSpeed = GameSpeed.Normal;
break;
case "fast":
replay.GameSpeed = GameSpeed.Fast;
break;
case "fasr":
replay.GameSpeed = GameSpeed.Faster;
break;
// Otherwise, Game Speed will remain "Unknown"
}
break;
}
case ReplayAttributeEventType.PlayerTeam1v1Attribute:
{
attributes1.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam2v2Attribute:
{
attributes2.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam3v3Attribute:
{
attributes3.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam4v4Attribute:
{
attributes4.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeamFFAAttribute:
{
attributesffa.Add(attribute);
break;
}
case ReplayAttributeEventType.GameTypeAttribute:
{
switch (encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0'))
{
case "priv":
replay.GameMode = GameMode.Custom;
break;
case "amm":
if (replay.ReplayBuild < 33684)
replay.GameMode = GameMode.QuickMatch;
break;
default:
throw new Exception("Unexpected Game Type");
}
break;
}
case ReplayAttributeEventType.Character:
{
replay.Players[attribute.PlayerId - 1].IsAutoSelect = encoding.GetString(attribute.Value.Reverse().ToArray()) == "Rand";
break;
}
case ReplayAttributeEventType.CharacterLevel:
{
var characterLevel = int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray()));
var player = replay.Players[attribute.PlayerId - 1];
player.CharacterLevel = characterLevel;
break;
}
case ReplayAttributeEventType.HeroSelectionMode:
{
if (replay.GameMode != GameMode.Custom)
switch (encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0'))
{
case "stan":
replay.GameMode = GameMode.QuickMatch;
break;
case "drft":
replay.GameMode = GameMode.HeroLeague;
break;
}
}
break;
case ReplayAttributeEventType.HeroDraftMode:
if (replay.GameMode == GameMode.HeroLeague && encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0') == "fcfs")
replay.GameMode = GameMode.TeamLeague;
break;
case (ReplayAttributeEventType)4011: // What is this? Draft order?
break;
case (ReplayAttributeEventType)4016: // What is this? Always '1' in Hero League
// if (replay.GameMode == GameMode.HeroLeague && int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray())) != 1)
// Console.WriteLine("WAAT!?");
break;
case (ReplayAttributeEventType)4017: // What is this? Always '5' in Hero League
// if (replay.GameMode == GameMode.HeroLeague && int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray())) != 5)
// Console.WriteLine("WAAT!?");
break;
}
List<ReplayAttribute> currentList = null;
if (replay.TeamSize.Equals("1v1"))
currentList = attributes1;
else if (replay.TeamSize.Equals("2v2"))
currentList = attributes2;
else if (replay.TeamSize.Equals("3v3"))
currentList = attributes3;
else if (replay.TeamSize.Equals("4v4"))
currentList = attributes4;
else if (replay.TeamSize.Equals("FFA"))
currentList = attributesffa;
if (currentList != null)
foreach (var att in currentList)
// Reverse the values then parse, you don't notice the effects of this until theres 10+ teams o.o
replay.Players[att.PlayerId - 1].Team = int.Parse(encoding.GetString(att.Value.Reverse().ToArray()).Trim('\0', 'T'));
}
public static void Parse(Replay replay)
{
// I believe these 'PlayerID' are just indexes to the ClientList, but we should use the info given in this file just to be safe
var playerIDDictionary = new Dictionary <int, Player>();
for (var i = 0; i < replay.TeamLevels.Length; i++)
{
replay.TeamLevels[i] = new Dictionary <int, TimeSpan>();
replay.TeamPeriodicXPBreakdown[i] = new List <PeriodicXPBreakdown>();
}
var playerIDTalentIndexDictionary = new Dictionary <int, int>();
foreach (var trackerEvent in replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UpgradeEvent || i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.StatGameEvent || i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.ScoreResultEvent))
{
switch (trackerEvent.TrackerEventType)
{
case ReplayTrackerEvents.TrackerEventType.UpgradeEvent:
switch (trackerEvent.Data.dictionary[1].blobText)
{
case "CreepColor":
// Not sure what this is - it's been in the replay file since Alpha, so it may just be a SC2 remnant
break;
case "IsPlayer11":
case "IsPlayer12":
// Also not sure what this is
break;
case "GatesAreOpen":
case "MinionsAreSpawning":
case "GallTalentNetherCallsUpgrade":
case "TracerJumperButtonSwap":
// Not really interested in these
break;
case "VehicleDragonUpgrade":
break;
case "NovaSnipeMasterDamageUpgrade":
playerIDDictionary[(int)trackerEvent.Data.dictionary[0].vInt.Value].UpgradeEvents.Add(new UpgradeEvent {
TimeSpan = trackerEvent.TimeSpan,
UpgradeEventType = UpgradeEventType.NovaSnipeMasterDamageUpgrade,
Value = (int)trackerEvent.Data.dictionary[2].vInt.Value
});
break;
case "GallTalentDarkDescentUpgrade":
playerIDDictionary[(int)trackerEvent.Data.dictionary[0].vInt.Value].UpgradeEvents.Add(new UpgradeEvent {
TimeSpan = trackerEvent.TimeSpan,
UpgradeEventType = UpgradeEventType.GallTalentDarkDescentUpgrade,
Value = (int)trackerEvent.Data.dictionary[2].vInt.Value
});
break;
default:
// New Upgrade Event - let's log it until we can identify and properly track it
playerIDDictionary[(int)trackerEvent.Data.dictionary[0].vInt.Value].MiscellaneousUpgradeEventDictionary[trackerEvent.Data.dictionary[1].blobText] = true;
break;
}
break;
case ReplayTrackerEvents.TrackerEventType.StatGameEvent:
switch (trackerEvent.Data.dictionary[0].blobText)
{
case "GameStart": // {StatGameEvent: {"GameStart", , , [{{"MapSizeX"}, 248}, {{"MapSizeY"}, 208}]}}
if (trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[0].dictionary[0].blobText == "MapSizeX" &&
trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[0].dictionary[0].blobText == "MapSizeY")
{
replay.MapSize = new Point {
X = (int)trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[1].vInt.Value,
Y = (int)trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[1].vInt.Value
}
}
;
break;
case "PlayerInit": // {StatGameEvent: {"PlayerInit", [{{"Controller"}, "User"}, {{"ToonHandle"}, "1-Hero-1-XXXXX"}], [{{"PlayerID"}, 1}, {{"Team"}, 1}], }}
if (trackerEvent.Data.dictionary[1].optionalData.array[1].dictionary[0].dictionary[0].blobText == "ToonHandle" &&
trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PlayerID")
{
playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value] = replay.Players.Single(i => i.BattleNetId == int.Parse(trackerEvent.Data.dictionary[1].optionalData.array[1].dictionary[1].blobText.Split('-').Last()));
}
break;
case "LevelUp": // {StatGameEvent: {"LevelUp", , [{{"PlayerID"}, 6}, {{"Level"}, 1}], }}
if (trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PlayerID" &&
trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[0].dictionary[0].blobText == "Level")
{
var team = playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value].Team;
var level = (int)trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[1].vInt.Value;
if (!replay.TeamLevels[team].ContainsKey(level))
{
replay.TeamLevels[team][level] = trackerEvent.TimeSpan;
}
}
break;
case "TalentChosen": // {StatGameEvent: {"TalentChosen", [{{"PurchaseName"}, "NovaCombatStyleAdvancedCloaking"}], [{{"PlayerID"}, 6}], }}
if (trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PlayerID" &&
trackerEvent.Data.dictionary[1].optionalData != null &&
trackerEvent.Data.dictionary[1].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PurchaseName")
{
var playerID = (int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value;
if (!playerIDTalentIndexDictionary.ContainsKey(playerID))
{
playerIDTalentIndexDictionary[playerID] = 0;
}
if (playerIDDictionary[playerID].Talents.Length > playerIDTalentIndexDictionary[playerID])
{
playerIDDictionary[playerID].Talents[playerIDTalentIndexDictionary[playerID]++].TalentName = trackerEvent.Data.dictionary[1].optionalData.array[0].dictionary[1].blobText;
}
else
{
// A talent was selected while a player was disconnected
// This makes it more difficult to match a 'TalentName' with a 'TalentID'
// Since this is rare, I'll just clear all 'TalentName' for that player
foreach (var talent in playerIDDictionary[playerID].Talents)
{
talent.TalentName = null;
}
}
}
break;
case "PeriodicXPBreakdown": // {StatGameEvent: {"PeriodicXPBreakdown", , [{{"Team"}, 1}, {{"TeamLevel"}, 9}], [{{"GameTime"}, 420}, {{"PreviousGameTime"}, 360}, {{"MinionXP"}, 10877}, {{"CreepXP"}, 0}, {{"StructureXP"}, 1200}, {{"HeroXP"}, 3202}, {{"TrickleXP"}, 7700}]}}
if (trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[0].dictionary[0].blobText == "TeamLevel" &&
trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[0].dictionary[0].blobText == "GameTime" &&
trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[0].dictionary[0].blobText == "PreviousGameTime" &&
trackerEvent.Data.dictionary[3].optionalData.array[2].dictionary[0].dictionary[0].blobText == "MinionXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[3].dictionary[0].dictionary[0].blobText == "CreepXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[4].dictionary[0].dictionary[0].blobText == "StructureXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[5].dictionary[0].dictionary[0].blobText == "HeroXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[6].dictionary[0].dictionary[0].blobText == "TrickleXP")
{
replay.TeamPeriodicXPBreakdown[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value - 1].Add(new PeriodicXPBreakdown {
TeamLevel = (int)trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[1].vInt.Value,
TimeSpan = trackerEvent.TimeSpan,
MinionXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[2].dictionary[1].vInt.Value,
CreepXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[3].dictionary[1].vInt.Value,
StructureXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[4].dictionary[1].vInt.Value,
HeroXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[5].dictionary[1].vInt.Value,
TrickleXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[6].dictionary[1].vInt.Value
});
}
break;
case "EndOfGameXPBreakdown": // {StatGameEvent: {"EndOfGameXPBreakdown", , [{{"PlayerID"}, 4}], [{{"MinionXP"}, 31222}, {{"CreepXP"}, 1476}, {{"StructureXP"}, 10550}, {{"HeroXP"}, 22676}, {{"TrickleXP"}, 27280}]}}
if (trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PlayerID" &&
trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[0].dictionary[0].blobText == "MinionXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[0].dictionary[0].blobText == "CreepXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[2].dictionary[0].dictionary[0].blobText == "StructureXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[3].dictionary[0].dictionary[0].blobText == "HeroXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[4].dictionary[0].dictionary[0].blobText == "TrickleXP" &&
(!replay.TeamPeriodicXPBreakdown[playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value].Team].Any() || replay.TeamPeriodicXPBreakdown[playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value].Team].Last().TimeSpan != trackerEvent.TimeSpan))
{
replay.TeamPeriodicXPBreakdown[playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value].Team].Add(new PeriodicXPBreakdown {
TeamLevel = replay.TeamLevels[playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value].Team].Keys.Max(),
TimeSpan = trackerEvent.TimeSpan,
MinionXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[1].vInt.Value,
CreepXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[1].vInt.Value,
StructureXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[2].dictionary[1].vInt.Value,
HeroXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[3].dictionary[1].vInt.Value,
TrickleXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[4].dictionary[1].vInt.Value
});
}
break;
case "TownStructureInit": break; // {StatGameEvent: {"TownStructureInit", , [{{"TownID"}, 5}, {{"Team"}, 1}, {{"Lane"}, 3}], [{{"PositionX"}, 59}, {{"PositionY"}, 93}]}}
case "JungleCampInit": break; // {StatGameEvent: {"JungleCampInit", , [{{"CampID"}, 1}], [{{"PositionX"}, 101}, {{"PositionY"}, 74}]}}
case "PlayerSpawned": break; // {StatGameEvent: {"PlayerSpawned", [{{"Hero"}, "HeroLeoric"}], [{{"PlayerID"}, 1}], }}
case "GatesOpen": break; // {StatGameEvent: {"GatesOpen", , , }}
case "PlayerDeath": break; // {StatGameEvent: {"PlayerDeath", , [{{"PlayerID"}, 8}, {{"KillingPlayer"}, 1}, {{"KillingPlayer"}, 2}, {{"KillingPlayer"}, 3}, {{"KillingPlayer"}, 4}, {{"KillingPlayer"}, 5}], [{{"PositionX"}, 130}, {{"PositionY"}, 80}]}}
case "RegenGlobePickedUp": break; // {StatGameEvent: {"RegenGlobePickedUp", , [{{"PlayerID"}, 1}], }}
case "JungleCampCapture": // {StatGameEvent: {"JungleCampCapture", [{{"CampType"}, "Boss Camp"}], [{{"CampID"}, 1}], [{{"TeamID"}, 1}]}}
if (trackerEvent.Data.dictionary[1].optionalData.array[0].dictionary[1].blobText == "Boss Camp")
{
var teamID = trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[1].vInt.Value;
// TODO: LOG THIS SOMEWHERE
}
break;
case "TownStructureDeath": break; // {StatGameEvent: {"TownStructureDeath", , [{{"TownID"}, 8}, {{"KillingPlayer"}, 1}, {{"KillingPlayer"}, 2}, {{"KillingPlayer"}, 3}, {{"KillingPlayer"}, 4}, {{"KillingPlayer"}, 5}], }}
case "EndOfGameTimeSpentDead": break; // {StatGameEvent: {"EndOfGameTimeSpentDead", , [{{"PlayerID"}, 2}], [{{"Time"}, 162}]}}
// Map Objectives
case "Altar Captured": break; // {StatGameEvent: {"Altar Captured", , [{{"Firing Team"}, 2}, {{"Towns Owned"}, 3}], }}
case "Town Captured": break; // {StatGameEvent: {"Town Captured", , [{{"New Owner"}, 12}], }}
case "Six Town Event Start": break; // {StatGameEvent: {"Six Town Event Start", , [{{"Owning Team"}, 1}], [{{"Start Time"}, 742}]}}
case "Six Town Event End": break; // {StatGameEvent: {"Six Town Event End", , [{{"Owning Team"}, 1}], [{{"End Time"}, 747}]}}
case "SkyTempleActivated": break; // {StatGameEvent: {"SkyTempleActivated", , [{{"Event"}, 1}, {{"TempleID"}, 1}], }}
case "SkyTempleCaptured": break; // {StatGameEvent: {"SkyTempleCaptured", , [{{"Event"}, 1}, {{"TempleID"}, 2}, {{"TeamID"}, 2}], }}
case "SkyTempleShotsFired": break; // {StatGameEvent: {"SkyTempleShotsFired", , [{{"Event"}, 1}, {{"TempleID"}, 2}, {{"TeamID"}, 2}], [{{"SkyTempleShotsDamage"}, 450}]}}
case "Immortal Defeated": break; // {StatGameEvent: {"Immortal Defeated", , [{{"Event"}, 1}, {{"Winning Team"}, 1}, {{"Immortal Fight Duration"}, 62}], [{{"Immortal Power Percent"}, 14}]}}
case "Boss Duel Started": break; // {StatGameEvent: {"Boss Duel Started", , [{{"Boss Duel Number"}, 1}], }}
case "SoulEatersSpawned": break; // {StatGameEvent: {"SoulEatersSpawned", , [{{"Event"}, 1}, {{"TeamScore"}, 50}, {{"OpponentScore"}, 5}], [{{"TeamID"}, 2}]}}
case "TributeCollected": break; // {StatGameEvent: {"TributeCollected", , [{{"Event"}, 1}], [{{"TeamID"}, 2}]}}
case "RavenCurseActivated": break; // {StatGameEvent: {"RavenCurseActivated", , [{{"Event"}, 1}, {{"TeamScore"}, 3}, {{"OpponentScore"}, 2}], [{{"TeamID"}, 2}]}}
case "GhostShipCaptured": break; // {StatGameEvent: {"GhostShipCaptured", , [{{"Event"}, 1}, {{"TeamScore"}, 10}, {{"OpponentScore"}, 6}], [{{"TeamID"}, 2}]}}
case "GardenTerrorActivated": break; // {StatGameEvent: {"GardenTerrorActivated", , , [{{"Event"}, 1}, {{"TeamID"}, 2}]}}
case "Infernal Shrine Captured": break; // {StatGameEvent: {"Infernal Shrine Captured", , [{{"Event"}, 1}, {{"Winning Team"}, 2}, {{"Winning Score"}, 40}, {{"Losing Score"}, 33}], }}
case "Punisher Killed": break; // {StatGameEvent: {"Punisher Killed", [{{"Punisher Type"}, "BombardShrine"}], [{{"Event"}, 1}, {{"Owning Team of Punisher"}, 2}, {{"Duration"}, 20}], [{{"Siege Damage Done"}, 726}, {{"Hero Damage Done"}, 0}]}}
case "DragonKnightActivated": break; // {StatGameEvent: {"DragonKnightActivated", , [{{"Event"}, 1}], [{{"TeamID"}, 2}]}}
default:
break;
}
break;
case ReplayTrackerEvents.TrackerEventType.ScoreResultEvent:
var scoreResultEventDictionary = trackerEvent.Data.dictionary[0].array.ToDictionary(i => i.dictionary[0].blobText, i => i.dictionary[1].array.Select(j => j.array.Length == 1 ? (int)j.array[0].dictionary[0].vInt.Value : (int?)null).ToArray());
foreach (var scoreResultEventKey in scoreResultEventDictionary.Keys)
{
var scoreResultEventValueArray = scoreResultEventDictionary[scoreResultEventKey];
switch (scoreResultEventKey)
{
case "Takedowns":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.Takedowns = scoreResultEventValueArray[i].Value;
}
}
break;
case "SoloKill":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.SoloKills = scoreResultEventValueArray[i].Value;
}
}
break;
case "Assists":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.Assists = scoreResultEventValueArray[i].Value;
}
}
break;
case "Deaths":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.Deaths = scoreResultEventValueArray[i].Value;
}
}
break;
case "HeroDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.HeroDamage = scoreResultEventValueArray[i].Value;
}
}
break;
case "SiegeDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.SiegeDamage = scoreResultEventValueArray[i].Value;
}
}
break;
case "StructureDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.StructureDamage = scoreResultEventValueArray[i].Value;
}
}
break;
case "MinionDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.MinionDamage = scoreResultEventValueArray[i].Value;
}
}
break;
case "CreepDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.CreepDamage = scoreResultEventValueArray[i].Value;
}
}
break;
case "SummonDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.SummonDamage = scoreResultEventValueArray[i].Value;
}
}
break;
case "TimeCCdEnemyHeroes":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue && scoreResultEventValueArray[i].Value > 0)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.TimeCCdEnemyHeroes = TimeSpan.FromSeconds(scoreResultEventValueArray[i].Value);
}
}
break;
case "Healing":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue && scoreResultEventValueArray[i].Value > 0)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.Healing = scoreResultEventValueArray[i].Value;
}
}
break;
case "SelfHealing":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.SelfHealing = scoreResultEventValueArray[i].Value;
}
}
break;
case "DamageTaken":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue && scoreResultEventValueArray[i].Value > 0)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.DamageTaken = scoreResultEventValueArray[i].Value;
}
}
break;
case "ExperienceContribution":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.ExperienceContribution = scoreResultEventValueArray[i].Value;
}
}
break;
case "TownKills":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.TownKills = scoreResultEventValueArray[i].Value;
}
}
break;
case "TimeSpentDead":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.TimeSpentDead = TimeSpan.FromSeconds(scoreResultEventValueArray[i].Value);
}
}
break;
case "MercCampCaptures":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.MercCampCaptures = scoreResultEventValueArray[i].Value;
}
}
break;
case "WatchTowerCaptures":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.WatchTowerCaptures = scoreResultEventValueArray[i].Value;
}
}
break;
case "MetaExperience":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].ScoreResult.MetaExperience = scoreResultEventValueArray[i].Value;
}
}
break;
default:
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
{
if (scoreResultEventValueArray[i].HasValue)
{
replay.ClientListByWorkingSetSlotID[i].MiscellaneousScoreResultEventDictionary[scoreResultEventKey] = scoreResultEventValueArray[i].Value;
}
}
break;
}
}
break;
}
}
}
/// <summary> Parses the replay.initdata file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
var playerListLength = reader.Read(5);
for (var i = 0; i < playerListLength; i++)
{
var playerName = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(8)); // Player name
// Populate the client list
if (playerName != "")
{
if (i < replay.Players.Length && replay.Players[i].Name == playerName)
// 99.9% of matches have 10 players and 10 clients
replay.ClientList[i] = replay.Players[i];
else
// Some Custom games with Observers may have the client list in a different order than player list
// Hopefully in these rare cases, nobody will be sharing the same name :)
replay.ClientList[i] = replay.Players.SingleOrDefault(j => j.Name == playerName);
if (replay.ClientList[i] == null)
replay.ClientList[i] = new Player { Name = playerName };
}
if (reader.ReadBoolean())
reader.ReadBlobPrecededWithLength(8); // clanTag
if (reader.ReadBoolean())
reader.ReadBlobPrecededWithLength(40); // Clan Logo
if (reader.ReadBoolean())
reader.Read(8); // highestLeague
if (reader.ReadBoolean())
reader.ReadInt32(); // combinedRaceLevels
reader.ReadInt32(); // Random seed (So far, always 0 in Heroes)
if (reader.ReadBoolean())
reader.Read(8); // Race Preference
if (reader.ReadBoolean())
reader.Read(8); // Team Preference
reader.ReadBoolean(); //test map
reader.ReadBoolean(); //test auto
reader.ReadBoolean(); //examine
reader.ReadBoolean(); //custom interface
reader.ReadInt32(); // m_testType
reader.Read(2); //observer
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_hero - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_skin - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_mount - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7)); // m_toonHandle - Currently Empty String
}
// Marked as 'Random Value', so I will use as seed
replay.RandomValue = (uint)reader.ReadInt32();
reader.ReadBlobPrecededWithLength(10); // m_gameCacheName - "Dflt"
reader.ReadBoolean(); // Lock Teams
reader.ReadBoolean(); // Teams Together
reader.ReadBoolean(); // Advanced Shared Control
reader.ReadBoolean(); // Random Races
reader.ReadBoolean(); // BattleNet
reader.ReadBoolean(); // AMM
reader.ReadBoolean(); // Competitive
reader.ReadBoolean(); // m_practice
reader.ReadBoolean(); // m_cooperative
reader.ReadBoolean(); // m_noVictoryOrDefeat
reader.ReadBoolean(); // m_heroDuplicatesAllowed
reader.Read(2); // Fog
reader.Read(2); // Observers
reader.Read(2); // User Difficulty
reader.ReadInt32(); reader.ReadInt32(); // 64 bit int: Client Debug Flags
reader.Read(3); // Game Speed
// Not sure what this 'Game Type' is
reader.Read(3);
var maxUsers = reader.Read(5);
if (maxUsers != 10) // Max Players
replay.GameMode = GameMode.TryMe;
reader.Read(5); // Max Observers
reader.Read(5); // Max Players
reader.Read(4); // + 1 = Max Teams
reader.Read(6); // Max Colors
reader.Read(8); // + 1 = Max Races
reader.Read(8); // Max Controls
replay.MapSize = new Point { X = (int)reader.Read(8), Y = (int)reader.Read(8) };
if (replay.MapSize.Y == 1)
replay.MapSize.Y = replay.MapSize.X;
else if (replay.MapSize.X == 0)
replay.MapSize.X = replay.MapSize.Y;
// I haven't tested the following code on replays before build 39595 (End of 2015)
if (replay.ReplayBuild < 39595)
return;
reader.Read(32); // m_mapFileSyncChecksum
reader.ReadBlobPrecededWithLength(11); // m_mapFileName
reader.ReadBlobPrecededWithLength(8); // m_mapAuthorName
reader.Read(32); // m_modFileSyncChecksum
// m_slotDescriptions
var slotDescriptionLength = reader.Read(5);
for (var i = 0; i < slotDescriptionLength; i++)
{
reader.ReadBitArray(reader.Read(6)); // m_allowedColors
reader.ReadBitArray(reader.Read(8)); // m_allowedRaces
reader.ReadBitArray(reader.Read(6)); // m_allowedDifficulty
reader.ReadBitArray(reader.Read(8)); // m_allowedControls
reader.ReadBitArray(reader.Read(2)); // m_allowedObserveTypes
reader.ReadBitArray(reader.Read(7)); // m_allowedAIBuilds
}
reader.Read(6); // m_defaultDifficulty
reader.Read(7); // m_defaultAIBuild
// m_cacheHandles
var cacheHandlesLength = reader.Read(6);
for (var i = 0; i < cacheHandlesLength; i++)
reader.ReadBytes(40);
reader.ReadBoolean(); // m_hasExtensionMod
reader.ReadBoolean(); // m_isBlizzardMap
reader.ReadBoolean(); // m_isPremadeFFA
reader.ReadBoolean(); // m_isCoopMode
#region m_lobbyState
reader.Read(3); // m_phase
reader.Read(5); // m_maxUsers
reader.Read(5); // m_maxObservers
// m_slots
var slotsLength = reader.Read(5);
for (var i = 0; i < slotsLength; i++)
{
int? clientListIndex = null;
reader.Read(8); // m_control
if (reader.ReadBoolean())
clientListIndex = (int)reader.Read(4); // m_userId
reader.Read(4); // m_teamId
if (reader.ReadBoolean())
reader.Read(5); // m_colorPref
if (reader.ReadBoolean())
reader.Read(8); // m_racePref
reader.Read(6); // m_difficulty
reader.Read(7); // m_aiBuild
reader.Read(7); // m_handicap
// m_observe
var observerStatus = reader.Read(2);
if (observerStatus == 2)
replay.ClientList[clientListIndex.Value].PlayerType = PlayerType.Spectator;
reader.Read(32); // m_logoIndex
reader.ReadBlobPrecededWithLength(9); // m_hero
var skinAndSkinTint = Encoding.ASCII.GetString(reader.ReadBlobPrecededWithLength(9)); // m_skin
if (skinAndSkinTint == "")
skinAndSkinTint = null;
if (clientListIndex.HasValue && replay.ClientList[clientListIndex.Value] != null)
replay.ClientList[clientListIndex.Value].SkinAndSkinTint = skinAndSkinTint;
var mountAndMountTint = Encoding.ASCII.GetString(reader.ReadBlobPrecededWithLength(9)); // m_mount
if (mountAndMountTint == "")
mountAndMountTint = null;
if (clientListIndex.HasValue && replay.ClientList[clientListIndex.Value] != null)
replay.ClientList[clientListIndex.Value].MountAndMountTint = mountAndMountTint;
// m_artifacts
var artifactsLength = reader.Read(4);
for (var j = 0; j < artifactsLength; j++)
reader.ReadBlobPrecededWithLength(9);
if (reader.ReadBoolean())
reader.Read(8); // m_workingSetSlotId
// m_rewards
var rewardsLength = reader.Read(17);
for (var j = 0; j < rewardsLength; j++)
reader.Read(32);
reader.ReadBlobPrecededWithLength(7); // m_toonHandle
// m_licenses
var licensesLength = reader.Read(9);
for (var j = 0; j < licensesLength; j++)
reader.Read(32);
if (reader.ReadBoolean())
reader.Read(4); // m_tandemLeaderUserId
reader.ReadBlobPrecededWithLength(9); // m_commander - Empty string
reader.Read(32); // m_commanderLevel - So far, always 0
if (reader.ReadBoolean() && clientListIndex.HasValue && replay.ClientList[clientListIndex.Value] != null) // m_hasSilencePenalty
replay.ClientList[clientListIndex.Value].IsSilenced = true;
}
if (reader.Read(32) != replay.RandomValue) // m_randomSeed
throw new Exception("Replay Random Seed Values in Replay Init Data did not match");
if (reader.ReadBoolean())
reader.Read(4); // m_hostUserId
reader.ReadBoolean(); // m_isSinglePlayer
reader.Read(8); // m_pickedMapTag - So far, always 0
reader.Read(32); // m_gameDuration - So far, always 0
reader.Read(6); // m_defaultDifficulty
reader.Read(7); // m_defaultAIBuild
#endregion
}
}
/// <summary>
/// Parses the MPQ header on a file to determine version and build numbers.
/// </summary>
/// <param name="replay">Replay object to store </param>
/// <param name="filename">Filename of the file to open.</param>
public static void ParseHeader(Replay replay, string filename)
{
using (var fileStream = new FileStream(filename, FileMode.Open))
using (var reader = new BinaryReader(fileStream))
ParseHeader(replay, reader);
}
private static void ParseReplayArchive(Replay replay, MpqArchive archive, bool ignoreErrors, bool detailedBattleLobbyParsing = false)
{
archive.AddListfileFilenames();
// Replay Details
ReplayDetails.Parse(replay, GetMpqFile(archive, ReplayDetails.FileName), ignoreErrors);
if (!ignoreErrors)
{
if (replay.Players.Length != 10 || replay.Players.Count(i => i.IsWinner) != 5)
{
// Filter out 'Try Me' games, any games without 10 players, and incomplete games
return;
}
else if (replay.Timestamp == DateTime.MinValue)
{
// Uncommon issue when parsing replay.details
return;
}
else if (replay.Timestamp < new DateTime(2014, 10, 6, 0, 0, 0, DateTimeKind.Utc))
{
// Technical Alpha replays
return;
}
}
// Replay Init Data
ReplayInitData.Parse(replay, GetMpqFile(archive, ReplayInitData.FileName));
ReplayAttributeEvents.Parse(replay, GetMpqFile(archive, ReplayAttributeEvents.FileName));
replay.TrackerEvents = ReplayTrackerEvents.Parse(GetMpqFile(archive, ReplayTrackerEvents.FileName));
try
{
replay.GameEvents = ReplayGameEvents.Parse(GetMpqFile(archive, ReplayGameEvents.FileName), replay.ClientListByUserID, replay.ReplayBuild, replay.ReplayVersionMajor);
replay.IsGameEventsParsedSuccessfully = true;
}
catch
{
throw new Exception("GameEvents failed to parse");
}
{
// Gather talent selections
var talentGameEventsDictionary = replay.GameEvents
.Where(i => i.eventType == GameEventType.CHeroTalentSelectedEvent)
.GroupBy(i => i.player)
.ToDictionary(
i => i.Key,
i => i.Select(j => new Talent {
TalentID = (int)j.data.unsignedInt.Value, TimeSpanSelected = j.TimeSpan
}).OrderBy(j => j.TimeSpanSelected).ToArray());
foreach (var player in talentGameEventsDictionary.Keys)
{
player.Talents = talentGameEventsDictionary[player];
}
}
// Replay Server Battlelobby
if (!ignoreErrors && archive.Any(i => i.Filename == ReplayServerBattlelobby.FileName))
{
if (detailedBattleLobbyParsing)
{
ReplayServerBattlelobby.Parse(replay, GetMpqFile(archive, ReplayServerBattlelobby.FileName));
}
else
{
ReplayServerBattlelobby.GetBattleTags(replay, GetMpqFile(archive, ReplayServerBattlelobby.FileName));
}
}
// Parse Unit Data using Tracker events
Unit.ParseUnitData(replay);
// Parse Statistics
if (replay.ReplayBuild >= 40431)
{
try
{
Statistics.Parse(replay);
replay.IsStatisticsParsedSuccessfully = true;
}
catch
{
replay.IsGameEventsParsedSuccessfully = false;
}
}
// Replay Message Events
ReplayMessageEvents.Parse(replay, GetMpqFile(archive, ReplayMessageEvents.FileName));
// Replay Resumable Events
// So far it doesn't look like this file has anything we would be interested in
// ReplayResumableEvents.Parse(replay, GetMpqFile(archive, "replay.resumable.events"));
}
/// <summary> Parses the replay.details file, applying it to a Replay object. </summary>
/// <param name="replay"> The replay object to apply the parsed information to. </param>
/// <param name="buffer"> The buffer containing the replay.details file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
using (var reader = new BinaryReader(stream))
{
var replayDetailsStructure = new TrackerEventStructure(reader);
replay.Players = replayDetailsStructure.dictionary[0].optionalData.array.Select(i => new Player
{
Name = i.dictionary[0].blobText,
BattleNetRegionId = (int)i.dictionary[1].dictionary[0].vInt.Value,
BattleNetSubId = (int)i.dictionary[1].dictionary[2].vInt.Value,
BattleNetId = (int)i.dictionary[1].dictionary[4].vInt.Value,
// [2] = Race (SC2 Remnant, Always Empty String in Heroes of the Storm)
Color = i.dictionary[3].dictionary.Keys.OrderBy(j => j).Select(j => (int)i.dictionary[3].dictionary[j].vInt.Value).ToArray(),
// [4] = Player Type (2 = Human, 3 = Computer (Practice, Try Me, or Coop)) - This is more accurately gathered in replay.attributes.events
Team = (int)i.dictionary[5].vInt.Value,
Handicap = (int)i.dictionary[6].vInt.Value,
// [7] = VInt, Default 0
IsWinner = i.dictionary[8].vInt.Value == 1,
// [9] = Sometimes player index in ClientList array; usually 0-9, but can be higher if there are observers. I don't fully understand this, as this was incorrect in at least one Custom game, where this said ClientList[8] was null
Character = i.dictionary[10].blobText
}).ToArray();
if (replay.Players.Length != 10 || replay.Players.Count(i => i.IsWinner) != 5)
{
// Try Me Mode, or something strange
return;
}
replay.Map = replayDetailsStructure.dictionary[1].blobText;
// [2] - This is typically an empty string, no need to decode.
// [3] - Blob: "Minimap.tga" or "CustomMiniMap.tga"
// [4] - Uint, Default 1
// [5] - Utc Timestamp
replay.Timestamp = DateTime.FromFileTimeUtc(replayDetailsStructure.dictionary[5].vInt.Value);
// There was a bug during the below builds where timestamps were buggy for the Mac build of Heroes of the Storm
// The replay, as well as viewing these replays in the game client, showed years such as 1970, 1999, etc
// I couldn't find a way to get the correct timestamp, so I am just estimating based on when these builds were live
if (replay.ReplayBuild == 34053 && replay.Timestamp < new DateTime(2015, 2, 8))
{
replay.Timestamp = new DateTime(2015, 2, 13);
}
else if (replay.ReplayBuild == 34190 && replay.Timestamp < new DateTime(2015, 2, 15))
{
replay.Timestamp = new DateTime(2015, 2, 20);
}
// [6] - Windows replays, this is Utc offset. Mac replays, this is actually the entire Local Timestamp
// var potentialUtcOffset = new TimeSpan(replayDetailsStructure.dictionary[6].vInt.Value);
// [7] - Blob, Empty String
// [8] - Blob, Empty String
// [9] - Blob, Empty String
// [10] - Optional, Array: 0 - Blob, "s2ma"
// [11] - UInt, Default 0
// [12] - VInt, Default 4
// [13] - VInt, Default 1 or 7
// [14] - Optional, Null
// [15] - VInt, Default 0
// [16] - Optional, UInt, Default 0
}
}
private static void ParseReplayArchive(Replay replay, MpqArchive archive, bool ignoreErrors)
{
archive.AddListfileFilenames();
// Replay Details
ReplayDetails.Parse(replay, GetMpqFile(archive, ReplayDetails.FileName));
if (!ignoreErrors && (replay.Players.Length != 10 || replay.Players.Count(i => i.IsWinner) != 5))
// Filter out 'Try Me' games, any games without 10 players, and incomplete games
return;
else if (!ignoreErrors && replay.Timestamp < new DateTime(2014, 10, 6, 0, 0, 0, DateTimeKind.Utc))
// Technical Alpha replays
return;
// Replay Init Data
ReplayInitData.Parse(replay, GetMpqFile(archive, ReplayInitData.FileName));
ReplayAttributeEvents.Parse(replay, GetMpqFile(archive, ReplayAttributeEvents.FileName));
replay.TrackerEvents = ReplayTrackerEvents.Parse(GetMpqFile(archive, ReplayTrackerEvents.FileName));
try
{
replay.GameEvents = ReplayGameEvents.Parse(GetMpqFile(archive, ReplayGameEvents.FileName), replay.ClientList, replay.ReplayBuild);
replay.IsGameEventsParsedSuccessfully = true;
}
catch
{
replay.GameEvents = new List<GameEvent>();
}
{
// Gather talent selections
var talentGameEventsDictionary = replay.GameEvents
.Where(i => i.eventType == GameEventType.CHeroTalentSelectedEvent)
.GroupBy(i => i.player)
.ToDictionary(
i => i.Key,
i => i.Select(j => new Talent { TalentID = (int)j.data.unsignedInt.Value, TimeSpanSelected = j.TimeSpan }).OrderBy(j => j.TimeSpanSelected).ToArray());
foreach (var player in talentGameEventsDictionary.Keys)
player.Talents = talentGameEventsDictionary[player];
}
// Replay Server Battlelobby
if (!ignoreErrors)
ReplayServerBattlelobby.Parse(replay, GetMpqFile(archive, ReplayServerBattlelobby.FileName));
// Parse Unit Data using Tracker events
Unit.ParseUnitData(replay);
// Parse Statistics
if (replay.ReplayBuild >= 40431)
try
{
Statistics.Parse(replay);
replay.IsStatisticsParsedSuccessfully = true;
}
catch
{
}
// Replay Message Events
// ReplayMessageEvents.Parse(replay, GetMpqFile(archive, ReplayMessageEvents.FileName));
// Replay Resumable Events
// So far it doesn't look like this file has anything we would be interested in
// ReplayResumableEvents.Parse(replay, GetMpqFile(archive, "replay.resumable.events"));
}
public static void Parse(Replay replay, byte[] buffer)
{
var gameEvents = new List<GameEvent>();
var ticksElapsed = 0;
using (var stream = new MemoryStream(buffer))
{
var bitReader = new Heroes.ReplayParser.Streams.BitReader(stream);
while (!bitReader.EndOfStream)
{
var gameEvent = new GameEvent();
ticksElapsed += (int)bitReader.Read(6 + (bitReader.Read(2) << 3));
gameEvent.ticksElapsed = ticksElapsed;
var playerIndex = (int)bitReader.Read(5);
if (playerIndex == 16)
gameEvent.isGlobal = true;
else
gameEvent.player = replay.ClientList[playerIndex];
gameEvent.eventType = (GameEventType)bitReader.Read(7);
switch (gameEvent.eventType)
{
case GameEventType.CStartGameEvent:
break;
case GameEventType.CUserFinishedLoadingSyncEvent:
break;
case GameEventType.CUserOptionsEvent:
gameEvent.data = new TrackerEventStructure { array = new[] {
// Names for user options may or may not be accurate
// Referenced from https://raw.githubusercontent.com/Blizzard/s2protocol/master/protocol38215.py (Void Beta)
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_gameFullyDownloaded
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_developmentCheatsEnabled
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_testCheatsEnabled
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_multiplayerCheatsEnabled
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_syncChecksummingEnabled
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_isMapToMapTransition
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_startingRally
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_debugPauseEnabled
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_useGalaxyAsserts
new TrackerEventStructure { unsignedInt = bitReader.Read(1) }, // m_platformMac
// m_cameraFollow?
new TrackerEventStructure { unsignedInt = bitReader.Read(32) }, // m_baseBuildNum
new TrackerEventStructure { unsignedInt = bitReader.Read(32) }, // m_buildNum
new TrackerEventStructure { unsignedInt = bitReader.Read(32) }, // m_versionFlags
new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7) } /* m_hotkeyProfile, Referenced as 9 bit length */ } };
break;
case GameEventType.CBankFileEvent:
gameEvent.data = new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7) };
break;
case GameEventType.CBankSectionEvent:
gameEvent.data = new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(6) };
break;
case GameEventType.CBankKeyEvent:
gameEvent.data = new TrackerEventStructure { array = new[] {
new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(6) },
new TrackerEventStructure { unsignedInt = bitReader.Read(32) },
new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7) } } };
break;
case GameEventType.CBankSignatureEvent:
gameEvent.data = new TrackerEventStructure { DataType = 2, array = new TrackerEventStructure[bitReader.Read(5)] };
for (var i = 0; i < gameEvent.data.array.Length; i++)
gameEvent.data.array[i] = new TrackerEventStructure { unsignedInt = bitReader.Read(8) };
gameEvent.data.blob = bitReader.ReadBlobPrecededWithLength(7);
break;
case GameEventType.CCameraSaveEvent:
bitReader.Read(3); // m_which
bitReader.Read(16); // x
bitReader.Read(16); // y
break;
case GameEventType.CCommandManagerResetEvent:
bitReader.Read(32); // m_sequence
break;
case GameEventType.CCmdEvent:
gameEvent.data = new TrackerEventStructure { array = new TrackerEventStructure[5] };
// m_cmdFlags
if (replay.ReplayBuild < 33684)
gameEvent.data.array[0] = new TrackerEventStructure { array = new TrackerEventStructure[22] };
else if (replay.ReplayBuild < 37117)
gameEvent.data.array[0] = new TrackerEventStructure { array = new TrackerEventStructure[23] };
else if (replay.ReplayBuild < 38236)
gameEvent.data.array[0] = new TrackerEventStructure { array = new TrackerEventStructure[24] };
else
gameEvent.data.array[0] = new TrackerEventStructure { array = new TrackerEventStructure[25] };
for (var i = 0; i < gameEvent.data.array[0].array.Length; i++)
gameEvent.data.array[0].array[i] = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(1) };
// m_abil
if (bitReader.ReadBoolean())
{
gameEvent.data.array[1] = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure { unsignedInt = bitReader.Read(16) }, // m_abilLink
new TrackerEventStructure { unsignedInt = bitReader.Read(5) }, // m_abilCmdIndex
new TrackerEventStructure() } };
if (bitReader.ReadBoolean())
// m_abilCmdData
gameEvent.data.array[1].array[2].unsignedInt = bitReader.Read(8);
}
// m_data
switch (bitReader.Read(2))
{
case 0: // None
break;
case 1: // TargetPoint
gameEvent.data.array[2] = new TrackerEventStructure { array = new[] { new TrackerEventStructure { unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 } } };
break;
case 2: // TargetUnit
gameEvent.data.array[2] = new TrackerEventStructure { array = new[] {
new TrackerEventStructure { unsignedInt = bitReader.Read(16) }, // m_targetUnitFlags
new TrackerEventStructure { unsignedInt = bitReader.Read(8) }, // m_timer
new TrackerEventStructure { unsignedInt = bitReader.Read(32) }, // m_tag
new TrackerEventStructure { unsignedInt = bitReader.Read(16) }, // m_snapshotUnitLink
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure(), } };
if (bitReader.ReadBoolean())
// m_snapshotControlPlayerId
gameEvent.data.array[2].array[4].unsignedInt = bitReader.Read(4);
if (bitReader.ReadBoolean())
// m_snapshotUpkeepPlayerId
gameEvent.data.array[2].array[5].unsignedInt = bitReader.Read(4);
// m_snapshotPoint
gameEvent.data.array[2].array[6].array = new[] { new TrackerEventStructure { unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 } };
break;
case 3: // Data
gameEvent.data.array[2] = new TrackerEventStructure { unsignedInt = bitReader.Read(32) };
break;
}
if (replay.ReplayBuild >= 33684)
bitReader.Read(32); // m_sequence
if (bitReader.ReadBoolean())
gameEvent.data.array[3] = new TrackerEventStructure { unsignedInt = bitReader.Read(32) }; // m_otherUnit
if (bitReader.ReadBoolean())
gameEvent.data.array[4] = new TrackerEventStructure { unsignedInt = bitReader.Read(32) }; // m_unitGroup
break;
case GameEventType.CSelectionDeltaEvent:
gameEvent.data = new TrackerEventStructure { array = new[] {
new TrackerEventStructure { unsignedInt = bitReader.Read(4) }, // m_controlGroupId
// m_delta
new TrackerEventStructure { array = new[] {
new TrackerEventStructure { unsignedInt = bitReader.Read(9) }, // m_subgroupIndex
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure() } } }
};
// m_removeMask
switch (bitReader.Read(2))
{
case 0: // None
break;
case 1: // Mask
bitReader.Read(bitReader.Read(9));
break;
case 2: // OneIndices
case 3: // ZeroIndices
gameEvent.data.array[1].array[1] = new TrackerEventStructure { array = new TrackerEventStructure[bitReader.Read(9)] };
for (var i = 0; i < gameEvent.data.array[1].array[1].array.Length; i++)
gameEvent.data.array[1].array[1].array[i] = new TrackerEventStructure { unsignedInt = bitReader.Read(9) };
break;
}
// m_addSubgroups
gameEvent.data.array[1].array[2] = new TrackerEventStructure { array = new TrackerEventStructure[bitReader.Read(9)] };
for (var i = 0; i < gameEvent.data.array[1].array[2].array.Length; i++)
gameEvent.data.array[1].array[2].array[i] = new TrackerEventStructure { array = new[] {
new TrackerEventStructure { unsignedInt = bitReader.Read(16) }, // m_unitLink
new TrackerEventStructure { unsignedInt = bitReader.Read(8) }, // m_subgroupPriority
new TrackerEventStructure { unsignedInt = bitReader.Read(8) }, // m_intraSubgroupPriority
new TrackerEventStructure { unsignedInt = bitReader.Read(9) } } }; // m_count
// m_addUnitTags
gameEvent.data.array[1].array[3] = new TrackerEventStructure { array = new TrackerEventStructure[bitReader.Read(9)] };
for (var i = 0; i < gameEvent.data.array[1].array[3].array.Length; i++)
gameEvent.data.array[1].array[3].array[i] = new TrackerEventStructure { unsignedInt = bitReader.Read(32) };
break;
case GameEventType.CControlGroupUpdateEvent:
bitReader.Read(4); // m_controlGroupIndex
// m_controlGroupUpdate
if (replay.ReplayBuild < 36359) // Not sure exactly when this change happened - roughly around here. This primarily affected 'The Lost Vikings' hero
bitReader.Read(2);
else
bitReader.Read(3);
// m_mask
switch (bitReader.Read(2))
{
case 0: // None
break;
case 1: // Mask
bitReader.Read(bitReader.Read(9));
break;
case 2: // OneIndices
case 3: // ZeroIndices
gameEvent.data.array[1].array[1] = new TrackerEventStructure { array = new TrackerEventStructure[bitReader.Read(9)] };
for (var i = 0; i < gameEvent.data.array[1].array[1].array.Length; i++)
gameEvent.data.array[1].array[1].array[i] = new TrackerEventStructure { unsignedInt = bitReader.Read(9) };
break;
}
break;
case GameEventType.CResourceTradeEvent:
bitReader.Read(4); // m_recipientId
bitReader.Read(32); // m_resources, should be offset -2147483648
bitReader.Read(32); // m_resources, should be offset -2147483648
bitReader.Read(32); // m_resources, should be offset -2147483648
break;
case GameEventType.CTriggerChatMessageEvent:
gameEvent.data = new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(10) };
break;
case GameEventType.CTriggerPingEvent:
gameEvent.data = new TrackerEventStructure { array = new[] {
new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 },
new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 },
new TrackerEventStructure { unsignedInt = bitReader.Read(32) },
new TrackerEventStructure { unsignedInt = bitReader.Read(1) },
new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 } } };
break;
case GameEventType.CUnitClickEvent:
gameEvent.data = new TrackerEventStructure { unsignedInt = bitReader.Read(32) }; // m_unitTag
break;
case GameEventType.CTriggerSkippedEvent:
break;
case GameEventType.CTriggerSoundLengthQueryEvent:
gameEvent.data = new TrackerEventStructure { array = new[] { new TrackerEventStructure { unsignedInt = bitReader.Read(32) }, new TrackerEventStructure { unsignedInt = bitReader.Read(32) } } };
break;
case GameEventType.CTriggerSoundOffsetEvent:
gameEvent.data = new TrackerEventStructure { unsignedInt = bitReader.Read(32) };
break;
case GameEventType.CTriggerTransmissionOffsetEvent:
gameEvent.data = new TrackerEventStructure { array = new[] { new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 }, new TrackerEventStructure { unsignedInt = bitReader.Read(32) } } };
break;
case GameEventType.CTriggerTransmissionCompleteEvent:
gameEvent.data = new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 };
break;
case GameEventType.CCameraUpdateEvent:
gameEvent.data = new TrackerEventStructure { array = new TrackerEventStructure[6] };
if (bitReader.ReadBoolean())
// m_target, x/y
gameEvent.data.array[0] = new TrackerEventStructure { array = new[] { new TrackerEventStructure { unsignedInt = bitReader.Read(16) }, new TrackerEventStructure { unsignedInt = bitReader.Read(16) } } };
if (bitReader.ReadBoolean())
// m_distance
gameEvent.data.array[1] = new TrackerEventStructure { unsignedInt = bitReader.Read(16) };
if (bitReader.ReadBoolean())
// m_pitch
gameEvent.data.array[2] = new TrackerEventStructure { unsignedInt = bitReader.Read(16) };
if (bitReader.ReadBoolean())
// m_yaw
gameEvent.data.array[3] = new TrackerEventStructure { unsignedInt = bitReader.Read(16) };
if (bitReader.ReadBoolean())
// m_reason
gameEvent.data.array[4] = new TrackerEventStructure { vInt = bitReader.Read(8) - 128 };
// m_follow
gameEvent.data.array[5] = new TrackerEventStructure { unsignedInt = bitReader.Read(1) };
break;
case GameEventType.CTriggerPlanetMissionLaunchedEvent:
bitReader.Read(32); // m_difficultyLevel, offset -2147483648
break;
case GameEventType.CTriggerDialogControlEvent:
gameEvent.data = new TrackerEventStructure { array = new[] {
new TrackerEventStructure { vInt = bitReader.Read(32) /* Actually signed - not handled correctly */ },
new TrackerEventStructure { vInt = bitReader.Read(32) /* Actually signed - not handled correctly */ },
new TrackerEventStructure() } };
switch (bitReader.Read(3))
{
case 0: // None
break;
case 1: // Checked
gameEvent.data.array[2].unsignedInt = bitReader.Read(1);
break;
case 2: // ValueChanged
gameEvent.data.array[2].unsignedInt = bitReader.Read(32);
break;
case 3: // SelectionChanged
gameEvent.data.array[2].vInt = bitReader.Read(32); /* Actually signed - not handled correctly */
break;
case 4: // TextChanged
gameEvent.data.array[2].DataType = 2;
gameEvent.data.array[2].blob = bitReader.ReadBlobPrecededWithLength(11);
break;
case 5: // MouseButton
gameEvent.data.array[2].unsignedInt = bitReader.Read(32);
break;
}
break;
case GameEventType.CTriggerSoundLengthSyncEvent:
gameEvent.data = new TrackerEventStructure { array = new TrackerEventStructure[2] };
gameEvent.data.array[0] = new TrackerEventStructure { array = new TrackerEventStructure[bitReader.Read(7)] };
for (var i = 0; i < gameEvent.data.array[0].array.Length; i++)
gameEvent.data.array[0].array[i] = new TrackerEventStructure { unsignedInt = bitReader.Read(32) };
gameEvent.data.array[1] = new TrackerEventStructure { array = new TrackerEventStructure[bitReader.Read(7)] };
for (var i = 0; i < gameEvent.data.array[1].array.Length; i++)
gameEvent.data.array[1].array[i] = new TrackerEventStructure { unsignedInt = bitReader.Read(32) };
break;
case GameEventType.CTriggerConversationSkippedEvent:
gameEvent.data = new TrackerEventStructure { unsignedInt = bitReader.Read(1) };
break;
case GameEventType.CTriggerMouseClickedEvent:
bitReader.Read(32); // m_button
bitReader.ReadBoolean(); // m_down
bitReader.Read(11); // m_posUI X
bitReader.Read(11); // m_posUI Y
bitReader.Read(20); // m_posWorld X
bitReader.Read(20); // m_posWorld Y
bitReader.Read(32); // m_posWorld Z (Offset -2147483648)
bitReader.Read(8); // m_flags (-128)
break;
case GameEventType.CTriggerMouseMovedEvent:
gameEvent.data = new TrackerEventStructure { array = new[] {
new TrackerEventStructure { unsignedInt = bitReader.Read(11) },
new TrackerEventStructure { unsignedInt = bitReader.Read(11) },
new TrackerEventStructure { array = new[] { new TrackerEventStructure { unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 } } },
new TrackerEventStructure { vInt = bitReader.Read(8) - 128 } } };
break;
case GameEventType.CTriggerHotkeyPressedEvent:
gameEvent.data = new TrackerEventStructure { unsignedInt = bitReader.Read(32) }; // May be missing an offset value
break;
case GameEventType.CTriggerTargetModeUpdateEvent:
bitReader.Read(16); // m_abilLink
bitReader.Read(5); // m_abilCmdIndex
bitReader.Read(8); // m_state (-128)
break;
case GameEventType.CTriggerSoundtrackDoneEvent:
gameEvent.data = new TrackerEventStructure { unsignedInt = bitReader.Read(32) };
break;
case GameEventType.CTriggerKeyPressedEvent:
gameEvent.data = new TrackerEventStructure { array = new[] { new TrackerEventStructure { vInt = bitReader.Read(8) - 128 }, new TrackerEventStructure { vInt = bitReader.Read(8) - 128 } } };
break;
case GameEventType.CTriggerCutsceneBookmarkFiredEvent:
// m_cutsceneId, m_bookmarkName
gameEvent.data = new TrackerEventStructure { array = new[] { new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 }, new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7) } } };
break;
case GameEventType.CTriggerCutsceneEndSceneFiredEvent:
// m_cutsceneId
gameEvent.data = new TrackerEventStructure { vInt = bitReader.Read(32) - 2147483648 };
break;
case GameEventType.CGameUserLeaveEvent:
break;
case GameEventType.CGameUserJoinEvent:
gameEvent.data = new TrackerEventStructure { array = new TrackerEventStructure[5] };
gameEvent.data.array[0] = new TrackerEventStructure { unsignedInt = bitReader.Read(2) };
gameEvent.data.array[1] = new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(8) };
if (bitReader.ReadBoolean())
gameEvent.data.array[2] = new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7) };
if (bitReader.ReadBoolean())
gameEvent.data.array[3] = new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(8) };
if (bitReader.ReadBoolean())
gameEvent.data.array[4] = new TrackerEventStructure { DataType = 2, blob = bitReader.ReadBytes(40) };
break;
case GameEventType.CCommandManagerStateEvent:
gameEvent.data = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(2) }; // m_state
if (replay.ReplayBuild >= 33684)
if (bitReader.ReadBoolean())
// m_sequence
gameEvent.data.array = new[] { new TrackerEventStructure { DataType = 9, vInt = bitReader.Read(8) }, new TrackerEventStructure { DataType = 9, vInt = bitReader.Read(8) }, new TrackerEventStructure { DataType = 9, vInt = bitReader.Read(16) } };
break;
case GameEventType.CCmdUpdateTargetPointEvent:
gameEvent.data = new TrackerEventStructure { array = new[] { new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { DataType = 9, vInt = bitReader.Read(32) - 2147483648 } } };
break;
case GameEventType.CCmdUpdateTargetUnitEvent:
gameEvent.data = new TrackerEventStructure { array = new TrackerEventStructure[7] };
gameEvent.data.array[0] = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(16) }; // m_targetUnitFlags
gameEvent.data.array[1] = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(8) }; // m_timer
gameEvent.data.array[2] = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(32) }; // m_tag
gameEvent.data.array[3] = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(16) }; // m_snapshotUnitLink
if (bitReader.ReadBoolean())
gameEvent.data.array[4] = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(4) }; // m_snapshotControlPlayerId
if (bitReader.ReadBoolean())
gameEvent.data.array[5] = new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(4) }; // m_snapshotUpkeepPlayerId
gameEvent.data.array[6] = new TrackerEventStructure { array = new[] { new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { DataType = 7, unsignedInt = bitReader.Read(20) }, new TrackerEventStructure { DataType = 9, vInt = bitReader.Read(32) - 2147483648 } } }; // m_snapshotPoint (x, y, z)
break;
case GameEventType.CHeroTalentSelectedEvent:
gameEvent.data = new TrackerEventStructure { unsignedInt = bitReader.Read(32) }; // m_index
break;
case GameEventType.CHeroTalentTreeSelectionPanelToggled:
gameEvent.data = new TrackerEventStructure { unsignedInt = bitReader.Read(1) }; // m_shown
break;
default:
throw new NotImplementedException();
}
bitReader.AlignToByte();
gameEvents.Add(gameEvent);
}
}
replay.GameEvents = gameEvents;
// Gather talent selections
var talentGameEvents = replay.GameEvents.Where(i => i.eventType == GameEventType.CHeroTalentSelectedEvent);
if (talentGameEvents.Any(i => i.player == null))
throw new Exception("Invalid Player for CHeroTalentSelected Game Event");
foreach (var player in replay.Players)
player.Talents = talentGameEvents.Where(i => i.player == player).Select(j => new Tuple<int, TimeSpan>((int)j.data.unsignedInt.Value, j.TimeSpan)).OrderBy(j => j.Item1).ToArray();
// Gather Team Level Milestones (From talent choices: 1 / 4 / 7 / 10 / 13 / 16 / 20)
for (var currentTeam = 0; currentTeam < replay.TeamLevelMilestones.Length; currentTeam++)
{
var maxTalentChoices = replay.Players.Where(i => i.Team == currentTeam).Select(i => i.Talents.Length).Max();
replay.TeamLevelMilestones[currentTeam] = new TimeSpan[maxTalentChoices];
var appropriatePlayers = replay.Players.Where(j => j.Team == currentTeam && j.Talents.Length == maxTalentChoices);
for (var i = 0; i < replay.TeamLevelMilestones[currentTeam].Length; i++)
replay.TeamLevelMilestones[currentTeam][i] = appropriatePlayers.Select(j => j.Talents[i].Item2).Min();
}
// Uncomment this to write out all replay.game.events to individual text files in the 'C:\HOTSLogs\' folder
/* var eventGroups = replay.GameEvents.GroupBy(i => i.eventType).Select(i => new { EventType = i.Key, EventCount = i.Count(), Events = i.OrderBy(j => j.TimeSpan) });
string eventGroupData = "";
foreach (var eventGroup in eventGroups)
{
foreach (var eventData in eventGroup.Events)
eventGroupData += eventData.TimeSpan + ": " + eventData.player + ": " + eventData + "\r\n";
File.WriteAllText(@"C:\HOTSLogs\" + (int)eventGroup.EventType + " " + eventGroup.EventType + @".txt", eventGroupData);
eventGroupData = "";
} */
}
public static void Parse(Replay replay, byte[] buffer)
{
var gameEvents = new List <GameEvent>();
var ticksElapsed = 0;
using (var stream = new MemoryStream(buffer))
{
var bitReader = new Heroes.ReplayParser.Streams.BitReader(stream);
while (!bitReader.EndOfStream)
{
var gameEvent = new GameEvent();
ticksElapsed += (int)bitReader.Read(6 + (bitReader.Read(2) << 3));
gameEvent.ticksElapsed = ticksElapsed;
gameEvent.playerIndex = (int)bitReader.Read(5);
if (gameEvent.playerIndex == 16)
{
gameEvent.isGlobal = true;
}
gameEvent.eventType = (GameEventType)bitReader.Read(7);
switch (gameEvent.eventType)
{
case GameEventType.CUserFinishedLoadingSyncEvent:
break;
case GameEventType.CUserOptionsEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}, // Base Build Number
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(7)
}
}
};
break;
case GameEventType.CBankFileEvent:
gameEvent.data = new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(7)
};
break;
case GameEventType.CBankSectionEvent:
gameEvent.data = new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(6)
};
break;
case GameEventType.CBankKeyEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(6)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(7)
}
}
};
break;
case GameEventType.CBankSignatureEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(5)]
};
for (var i = 0; i < gameEvent.data.array.Length; i++)
{
gameEvent.data.array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
}
}
;
gameEvent.data.blob = bitReader.ReadBlobPrecededWithLength(7);
break;
case GameEventType.CCameraSaveEvent:
bitReader.Read(3);
bitReader.Read(16);
bitReader.Read(16);
break;
case GameEventType.CCommandManagerResetEvent:
bitReader.Read(32);
break;
case GameEventType.CCmdEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[5]
};
if (replay.ReplayBuild < 33684)
{
gameEvent.data.array[0] = new TrackerEventStructure {
unsignedInt = bitReader.Read(22)
}
}
;
else
{
gameEvent.data.array[0] = new TrackerEventStructure {
unsignedInt = bitReader.Read(23)
}
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[1] = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(5)
},
new TrackerEventStructure()
}
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[1].array[2].unsignedInt = bitReader.Read(8);
}
}
switch (bitReader.Read(2))
{
case 0: // None
break;
case 1: // TargetPoint
gameEvent.data.array[2] = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} }
};
break;
case 2: // TargetUnit
gameEvent.data.array[2] = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
},
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure(),
}
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[2].array[4].unsignedInt = bitReader.Read(4);
}
if (bitReader.ReadBoolean())
{
gameEvent.data.array[2].array[5].unsignedInt = bitReader.Read(4);
}
gameEvent.data.array[2].array[6].array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} };
break;
case 3: // Data
gameEvent.data.array[2] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
}
if (replay.ReplayBuild >= 33684)
{
bitReader.Read(32);
}
if (bitReader.ReadBoolean())
{
gameEvent.data.array[3] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[4] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
break;
case GameEventType.CSelectionDeltaEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(4)
},
new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(9)
},
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure()
}
}
}
};
switch (bitReader.Read(2))
{
case 0: // None
break;
case 1: // Mask
bitReader.Read(bitReader.Read(9));
break;
case 2: // OneIndices
case 3: // ZeroIndices
gameEvent.data.array[1].array[1] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(9)]
};
for (var i = 0; i < gameEvent.data.array[1].array[1].array.Length; i++)
{
gameEvent.data.array[1].array[1].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(9)
}
}
;
break;
}
gameEvent.data.array[1].array[2] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(9)]
};
for (var i = 0; i < gameEvent.data.array[1].array[2].array.Length; i++)
{
gameEvent.data.array[1].array[2].array[i] = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(9)
}
}
}
}
;
gameEvent.data.array[1].array[3] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(9)]
};
for (var i = 0; i < gameEvent.data.array[1].array[3].array.Length; i++)
{
gameEvent.data.array[1].array[3].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
break;
case GameEventType.CResourceTradeEvent:
bitReader.Read(4);
bitReader.Read(32);
bitReader.Read(32);
bitReader.Read(32);
break;
case GameEventType.CTriggerChatMessageEvent:
gameEvent.data = new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(10)
};
break;
case GameEventType.CTriggerPingEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
},
new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
}
}
};
break;
case GameEventType.CUnitClickEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
case GameEventType.CTriggerSkippedEvent:
break;
case GameEventType.CTriggerSoundLengthQueryEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
} }
};
break;
case GameEventType.CTriggerSoundOffsetEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
case GameEventType.CTriggerTransmissionOffsetEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
} }
};
break;
case GameEventType.CTriggerTransmissionCompleteEvent:
gameEvent.data = new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
};
break;
case GameEventType.CCameraUpdateEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[6]
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[0] = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
} }
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[1] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[2] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[3] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[4] = new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
}
}
;
gameEvent.data.array[5] = new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
};
break;
case GameEventType.CTriggerPlanetMissionLaunchedEvent:
bitReader.Read(32);
break;
case GameEventType.CTriggerDialogControlEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
vInt = bitReader.Read(32) /* Actually signed - not handled correctly */
},
new TrackerEventStructure {
vInt = bitReader.Read(32) /* Actually signed - not handled correctly */
},
new TrackerEventStructure()
}
};
switch (bitReader.Read(3))
{
case 0: // None
break;
case 1: // Checked
gameEvent.data.array[2].unsignedInt = bitReader.Read(1);
break;
case 2: // ValueChanged
gameEvent.data.array[2].unsignedInt = bitReader.Read(32);
break;
case 3: // SelectionChanged
gameEvent.data.array[2].vInt = bitReader.Read(32); /* Actually signed - not handled correctly */
break;
case 4: // TextChanged
gameEvent.data.array[2].blob = bitReader.ReadBlobPrecededWithLength(11);
break;
case 5: // MouseButton
gameEvent.data.array[2].unsignedInt = bitReader.Read(32);
break;
}
break;
case GameEventType.CTriggerSoundLengthSyncEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[2]
};
gameEvent.data.array[0] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(7)]
};
for (var i = 0; i < gameEvent.data.array[0].array.Length; i++)
{
gameEvent.data.array[0].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
gameEvent.data.array[1] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(7)]
};
for (var i = 0; i < gameEvent.data.array[1].array.Length; i++)
{
gameEvent.data.array[1].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
break;
case GameEventType.CTriggerMouseClickedEvent:
bitReader.Read(32);
bitReader.ReadBoolean();
bitReader.Read(11);
bitReader.Read(11);
bitReader.Read(20);
bitReader.Read(20);
bitReader.Read(32);
bitReader.Read(8);
break;
case GameEventType.CTriggerMouseMovedEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(11)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(11)
},
new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} }
},
new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
}
}
};
break;
case GameEventType.CTriggerHotkeyPressedEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}; // May be missing an offset value
break;
case GameEventType.CTriggerTargetModeUpdateEvent:
bitReader.Read(16);
bitReader.Read(5);
bitReader.Read(8);
break;
case GameEventType.CTriggerSoundtrackDoneEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
case GameEventType.CTriggerKeyPressedEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
}, new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
} }
};
break;
case GameEventType.CTriggerCutsceneBookmarkFiredEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
}, new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(7)
} }
};
break;
case GameEventType.CTriggerCutsceneEndSceneFiredEvent:
gameEvent.data = new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
};
break;
case GameEventType.CGameUserLeaveEvent:
break;
case GameEventType.CGameUserJoinEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[5]
};
gameEvent.data.array[0] = new TrackerEventStructure {
unsignedInt = bitReader.Read(2)
};
gameEvent.data.array[1] = new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(8)
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[2] = new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(7)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[3] = new TrackerEventStructure {
blob = bitReader.ReadBlobPrecededWithLength(8)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[4] = new TrackerEventStructure {
blob = bitReader.ReadBytes(40)
}
}
;
break;
case GameEventType.CCommandManagerStateEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(2)
};
if (replay.ReplayBuild >= 33684)
{
if (bitReader.ReadBoolean())
{
bitReader.Read(32);
}
}
break;
case GameEventType.CCmdUpdateTargetPointEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} }
};
break;
case GameEventType.CCmdUpdateTargetUnitEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[7]
};
gameEvent.data.array[0] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
};
gameEvent.data.array[1] = new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
};
gameEvent.data.array[2] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
gameEvent.data.array[3] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[4] = new TrackerEventStructure {
unsignedInt = bitReader.Read(4)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[5] = new TrackerEventStructure {
unsignedInt = bitReader.Read(4)
}
}
;
gameEvent.data.array[6] = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} }
};
break;
case GameEventType.CHeroTalentSelectedEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
case GameEventType.CHeroTalentTreeSelectionPanelToggled:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
};
break;
default:
throw new NotImplementedException();
}
bitReader.AlignToByte();
gameEvents.Add(gameEvent);
}
}
replay.GameEvents = gameEvents;
var talentGameEvents = replay.GameEvents.Where(i => i.eventType == GameEventType.CHeroTalentSelectedEvent);
for (var i = 0; i < replay.ClientList.Length; i++)
{
if (replay.ClientList[i] != null)
{
replay.ClientList[i].Talents = talentGameEvents.Where(j => j.playerIndex == i).Select(j => (int)j.data.unsignedInt.Value).OrderBy(j => j).ToArray();
}
}
}
}
public static void ParseHeader(Replay replay, byte[] bytes)
{
using (var memoryStream = new MemoryStream(bytes))
using (var reader = new BinaryReader(memoryStream))
ParseHeader(replay, reader);
}
/// <summary> Parses the replay.details file, applying it to a Replay object. </summary>
/// <param name="replay"> The replay object to apply the parsed information to. </param>
/// <param name="buffer"> The buffer containing the replay.details file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
using (var reader = new BinaryReader(stream))
{
var replayDetailsStructure = new TrackerEventStructure(reader);
replay.Players = replayDetailsStructure.dictionary[0].optionalData.array.Select(i => new Player
{
Name = i.dictionary[0].blobText,
BattleNetRegionId = (int)i.dictionary[1].dictionary[0].vInt.Value,
BattleNetSubId = (int)i.dictionary[1].dictionary[2].vInt.Value,
BattleNetId = (int)i.dictionary[1].dictionary[4].vInt.Value,
// [2] = Race (SC2 Remnant, Always Empty String in Heroes of the Storm)
Color = i.dictionary[3].dictionary.Keys.OrderBy(j => j).Select(j => (int)i.dictionary[3].dictionary[j].vInt.Value).ToArray(),
// [4] = Player Type (2 = Human, 3 = Computer (Practice, Try Me, or Coop)) - This is more accurately gathered in replay.attributes.events
Team = (int)i.dictionary[5].vInt.Value,
Handicap = (int)i.dictionary[6].vInt.Value,
// [7] = VInt, Default 0
IsWinner = i.dictionary[8].vInt.Value == 1,
// [9] = Player Number (0 - 9)
Character = i.dictionary[10].blobText
}).ToArray();
if (replay.Players.Length != 10)
{
// Try Me Mode, or something strange
return;
}
var playerIndexes = replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.PlayerSetupEvent && i.Data.dictionary[2].optionalData != null).Select(i => i.Data.dictionary[2].optionalData.vInt.Value).OrderBy(i => i).ToArray();
for (var i = 0; i < playerIndexes.Length; i++)
{
// The references between both of these classes are the same on purpose.
// We want updates to one to propogate to the other.
replay.ClientList[playerIndexes[i]] = replay.Players[i];
}
replay.Map = replayDetailsStructure.dictionary[1].blobText;
// [2] - This is typically an empty string, no need to decode.
// [3] - Blob: "Minimap.tga" or "CustomMiniMap.tga"
// [4] - Uint, Default 1
// [5] - Utc Timestamp
replay.Timestamp = DateTime.FromFileTimeUtc(replayDetailsStructure.dictionary[5].vInt.Value);
// [6] - Windows replays, this is Utc offset. Mac replays, this is actually the entire Local Timestamp
// var potentialUtcOffset = new TimeSpan(replayDetailsStructure.dictionary[6].vInt.Value);
// Console.WriteLine(potentialUtcOffset.ToString());
// [7] - Blob, Empty String
// [8] - Blob, Empty String
// [9] - Blob, Empty String
// [10] - Optional, Array: 0 - Blob, "s2ma"
// [11] - UInt, Default 0
// [12] - VInt, Default 4
// [13] - VInt, Default 1 or 7
// [14] - Optional, Null
// [15] - VInt, Default 0
// [16] - Optional, UInt, Default 0
}
}
/// <summary> Parses the replay.initdata file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
var playerListLength = reader.Read(5);
for (var i = 0; i < playerListLength; i++)
{
var playerName = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(8)); // Player name
// Populate the client list
if (playerName != "")
{
if (i < replay.Players.Length && replay.Players[i].Name == playerName)
{
// 99.9% of matches have 10 players and 10 clients
replay.ClientList[i] = replay.Players[i];
}
else
{
// Some Custom games with Observers may have the client list in a different order than player list
// Hopefully in these rare cases, nobody will be sharing the same name :)
replay.ClientList[i] = replay.Players.SingleOrDefault(j => j.Name == playerName);
}
if (replay.ClientList[i] == null)
{
replay.ClientList[i] = new Player {
Name = playerName
}
}
;
}
if (reader.ReadBoolean())
{
reader.ReadBlobPrecededWithLength(8); // clanTag
}
if (reader.ReadBoolean())
{
reader.ReadBlobPrecededWithLength(40); // Clan Logo
}
if (reader.ReadBoolean())
{
reader.Read(8); // highestLeague
}
if (reader.ReadBoolean())
{
reader.ReadInt32(); // combinedRaceLevels
}
reader.ReadInt32(); // Random seed (So far, always 0 in Heroes)
if (reader.ReadBoolean())
{
reader.Read(8); // Race Preference
}
if (reader.ReadBoolean())
{
reader.Read(8); // Team Preference
}
reader.ReadBoolean(); //test map
reader.ReadBoolean(); //test auto
reader.ReadBoolean(); //examine
reader.ReadBoolean(); //custom interface
reader.ReadInt32(); // m_testType
reader.Read(2); //observer
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_hero - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_skin - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(9)); // m_mount - Currently Empty String
Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7)); // m_toonHandle - Currently Empty String
}
// Marked as 'Random Value', so I will use as seed
replay.RandomValue = (uint)reader.ReadInt32();
reader.ReadBlobPrecededWithLength(10); // m_gameCacheName - "Dflt"
reader.ReadBoolean(); // Lock Teams
reader.ReadBoolean(); // Teams Together
reader.ReadBoolean(); // Advanced Shared Control
reader.ReadBoolean(); // Random Races
reader.ReadBoolean(); // BattleNet
reader.ReadBoolean(); // AMM
reader.ReadBoolean(); // Competitive
reader.ReadBoolean(); // m_practice
reader.ReadBoolean(); // m_cooperative
reader.ReadBoolean(); // m_noVictoryOrDefeat
reader.ReadBoolean(); // m_heroDuplicatesAllowed
reader.Read(2); // Fog
reader.Read(2); // Observers
reader.Read(2); // User Difficulty
reader.ReadInt32(); reader.ReadInt32(); // 64 bit int: Client Debug Flags
reader.Read(3); // Game Speed
// Not sure what this 'Game Type' is
reader.Read(3);
var maxUsers = reader.Read(5);
if (maxUsers != 10) // Max Players
{
replay.GameMode = GameMode.TryMe;
}
reader.Read(5); // Max Observers
reader.Read(5); // Max Players
reader.Read(4); // + 1 = Max Teams
reader.Read(6); // Max Colors
reader.Read(8); // + 1 = Max Races
reader.Read(8); // Max Controls
replay.MapSize = new Point {
X = (int)reader.Read(8), Y = (int)reader.Read(8)
};
if (replay.MapSize.Y == 1)
{
replay.MapSize.Y = replay.MapSize.X;
}
else if (replay.MapSize.X == 0)
{
replay.MapSize.X = replay.MapSize.Y;
}
// I haven't tested the following code on replays before build 39595 (End of 2015)
if (replay.ReplayBuild < 39595)
{
return;
}
reader.Read(32); // m_mapFileSyncChecksum
reader.ReadBlobPrecededWithLength(11); // m_mapFileName
reader.ReadBlobPrecededWithLength(8); // m_mapAuthorName
reader.Read(32); // m_modFileSyncChecksum
// m_slotDescriptions
var slotDescriptionLength = reader.Read(5);
for (var i = 0; i < slotDescriptionLength; i++)
{
reader.ReadBitArray(reader.Read(6)); // m_allowedColors
reader.ReadBitArray(reader.Read(8)); // m_allowedRaces
reader.ReadBitArray(reader.Read(6)); // m_allowedDifficulty
reader.ReadBitArray(reader.Read(8)); // m_allowedControls
reader.ReadBitArray(reader.Read(2)); // m_allowedObserveTypes
reader.ReadBitArray(reader.Read(7)); // m_allowedAIBuilds
}
reader.Read(6); // m_defaultDifficulty
reader.Read(7); // m_defaultAIBuild
// m_cacheHandles
var cacheHandlesLength = reader.Read(6);
for (var i = 0; i < cacheHandlesLength; i++)
{
reader.ReadBytes(40);
}
reader.ReadBoolean(); // m_hasExtensionMod
reader.ReadBoolean(); // m_isBlizzardMap
reader.ReadBoolean(); // m_isPremadeFFA
reader.ReadBoolean(); // m_isCoopMode
#region m_lobbyState
reader.Read(3); // m_phase
reader.Read(5); // m_maxUsers
reader.Read(5); // m_maxObservers
// m_slots
var slotsLength = reader.Read(5);
for (var i = 0; i < slotsLength; i++)
{
int?clientListIndex = null;
reader.Read(8); // m_control
if (reader.ReadBoolean())
{
clientListIndex = (int)reader.Read(4); // m_userId
}
reader.Read(4); // m_teamId
if (reader.ReadBoolean())
{
reader.Read(5); // m_colorPref
}
if (reader.ReadBoolean())
{
reader.Read(8); // m_racePref
}
reader.Read(6); // m_difficulty
reader.Read(7); // m_aiBuild
reader.Read(7); // m_handicap
// m_observe
var observerStatus = reader.Read(2);
if (observerStatus == 2 && clientListIndex.HasValue)
{
replay.ClientList[clientListIndex.Value].PlayerType = PlayerType.Spectator;
}
reader.Read(32); // m_logoIndex
reader.ReadBlobPrecededWithLength(9); // m_hero
var skinAndSkinTint = Encoding.ASCII.GetString(reader.ReadBlobPrecededWithLength(9)); // m_skin
if (skinAndSkinTint == "")
{
skinAndSkinTint = null;
}
if (clientListIndex.HasValue && replay.ClientList[clientListIndex.Value] != null)
{
replay.ClientList[clientListIndex.Value].SkinAndSkinTint = skinAndSkinTint;
}
var mountAndMountTint = Encoding.ASCII.GetString(reader.ReadBlobPrecededWithLength(9)); // m_mount
if (mountAndMountTint == "")
{
mountAndMountTint = null;
}
if (clientListIndex.HasValue && replay.ClientList[clientListIndex.Value] != null)
{
replay.ClientList[clientListIndex.Value].MountAndMountTint = mountAndMountTint;
}
// m_artifacts
var artifactsLength = reader.Read(4);
for (var j = 0; j < artifactsLength; j++)
{
reader.ReadBlobPrecededWithLength(9);
}
if (reader.ReadBoolean())
{
reader.Read(8); // m_workingSetSlotId
}
// m_rewards
var rewardsLength = reader.Read(17);
for (var j = 0; j < rewardsLength; j++)
{
reader.Read(32);
}
reader.ReadBlobPrecededWithLength(7); // m_toonHandle
// m_licenses
var licensesLength = reader.Read(9);
for (var j = 0; j < licensesLength; j++)
{
reader.Read(32);
}
if (reader.ReadBoolean())
{
reader.Read(4); // m_tandemLeaderUserId
}
reader.ReadBlobPrecededWithLength(9); // m_commander - Empty string
reader.Read(32); // m_commanderLevel - So far, always 0
if (reader.ReadBoolean() && clientListIndex.HasValue && replay.ClientList[clientListIndex.Value] != null) // m_hasSilencePenalty
{
replay.ClientList[clientListIndex.Value].IsSilenced = true;
}
}
if (reader.Read(32) != replay.RandomValue) // m_randomSeed
{
throw new Exception("Replay Random Seed Values in Replay Init Data did not match");
}
if (reader.ReadBoolean())
{
reader.Read(4); // m_hostUserId
}
reader.ReadBoolean(); // m_isSinglePlayer
reader.Read(8); // m_pickedMapTag - So far, always 0
reader.Read(32); // m_gameDuration - So far, always 0
reader.Read(6); // m_defaultDifficulty
reader.Read(7); // m_defaultAIBuild
#endregion
}
}
}
public static void Parse(Replay replay, byte[] buffer)
{
var gameEvents = new List <GameEvent>();
var ticksElapsed = 0;
using (var stream = new MemoryStream(buffer))
{
var bitReader = new Heroes.ReplayParser.Streams.BitReader(stream);
while (!bitReader.EndOfStream)
{
var gameEvent = new GameEvent();
ticksElapsed += (int)bitReader.Read(6 + (bitReader.Read(2) << 3));
gameEvent.ticksElapsed = ticksElapsed;
var playerIndex = (int)bitReader.Read(5);
if (playerIndex == 16)
{
gameEvent.isGlobal = true;
}
else
{
gameEvent.player = replay.ClientList[playerIndex];
}
gameEvent.eventType = (GameEventType)bitReader.Read(7);
switch (gameEvent.eventType)
{
case GameEventType.CStartGameEvent:
break;
case GameEventType.CUserFinishedLoadingSyncEvent:
break;
case GameEventType.CUserOptionsEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
// Names for user options may or may not be accurate
// Referenced from https://raw.githubusercontent.com/Blizzard/s2protocol/master/protocol34784.py (Void Beta)
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_gameFullyDownloaded
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_developmentCheatsEnabled
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_testCheatsEnabled
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_multiplayerCheatsEnabled
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_syncChecksummingEnabled
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_isMapToMapTransition
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_startingRally
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_debugPauseEnabled
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_useGalaxyAsserts
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}, // m_platformMac
// m_cameraFollow?
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}, // m_baseBuildNum
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}, // m_buildNum
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}, // m_versionFlags
new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7)
} /* m_hotkeyProfile, Referenced as 9 bit length */
}
};
break;
case GameEventType.CBankFileEvent:
gameEvent.data = new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7)
};
break;
case GameEventType.CBankSectionEvent:
gameEvent.data = new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(6)
};
break;
case GameEventType.CBankKeyEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(6)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7)
}
}
};
break;
case GameEventType.CBankSignatureEvent:
gameEvent.data = new TrackerEventStructure {
DataType = 2, array = new TrackerEventStructure[bitReader.Read(5)]
};
for (var i = 0; i < gameEvent.data.array.Length; i++)
{
gameEvent.data.array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
}
}
;
gameEvent.data.blob = bitReader.ReadBlobPrecededWithLength(7);
break;
case GameEventType.CCameraSaveEvent:
bitReader.Read(3); // m_which
bitReader.Read(16); // x
bitReader.Read(16); // y
break;
case GameEventType.CCommandManagerResetEvent:
bitReader.Read(32); // m_sequence
break;
case GameEventType.CCmdEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[5]
};
// m_cmdFlags
if (replay.ReplayBuild < 33684)
{
gameEvent.data.array[0] = new TrackerEventStructure {
array = new TrackerEventStructure[22]
}
}
;
else if (replay.ReplayBuild < 37117)
{
gameEvent.data.array[0] = new TrackerEventStructure {
array = new TrackerEventStructure[23]
}
}
;
else
{
gameEvent.data.array[0] = new TrackerEventStructure {
array = new TrackerEventStructure[24]
}
};
for (var i = 0; i < gameEvent.data.array[0].array.Length; i++)
{
gameEvent.data.array[0].array[i] = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(1)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[1] = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}, // m_abilLink
new TrackerEventStructure {
unsignedInt = bitReader.Read(5)
}, // m_abilCmdIndex
new TrackerEventStructure()
}
};
if (bitReader.ReadBoolean())
{
// m_abilCmdData, potentially 10 bits
gameEvent.data.array[1].array[2].unsignedInt = bitReader.Read(8);
}
}
switch (bitReader.Read(2))
{
case 0: // None
break;
case 1: // TargetPoint
gameEvent.data.array[2] = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} }
};
break;
case 2: // TargetUnit
gameEvent.data.array[2] = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
},
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure(),
}
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[2].array[4].unsignedInt = bitReader.Read(4);
}
if (bitReader.ReadBoolean())
{
gameEvent.data.array[2].array[5].unsignedInt = bitReader.Read(4);
}
gameEvent.data.array[2].array[6].array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} };
break;
case 3: // Data
gameEvent.data.array[2] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
}
if (replay.ReplayBuild >= 33684)
{
bitReader.Read(32); // m_sequence
}
if (bitReader.ReadBoolean())
{
gameEvent.data.array[3] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
; // m_otherUnit
if (bitReader.ReadBoolean())
{
gameEvent.data.array[4] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
; // m_unitGroup
break;
case GameEventType.CSelectionDeltaEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(4)
}, // m_controlGroupId
new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(9)
}, // m_subgroupIndex
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure(),
new TrackerEventStructure()
}
}
}
};
// m_removeMask
switch (bitReader.Read(2))
{
case 0: // None
break;
case 1: // Mask
bitReader.Read(bitReader.Read(9));
break;
case 2: // OneIndices
case 3: // ZeroIndices
gameEvent.data.array[1].array[1] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(9)]
};
for (var i = 0; i < gameEvent.data.array[1].array[1].array.Length; i++)
{
gameEvent.data.array[1].array[1].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(9)
}
}
;
break;
}
// m_addSubgroups
gameEvent.data.array[1].array[2] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(9)]
};
for (var i = 0; i < gameEvent.data.array[1].array[2].array.Length; i++)
{
gameEvent.data.array[1].array[2].array[i] = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(8)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(9)
}
}
}
}
;
// m_addUnitTags
gameEvent.data.array[1].array[3] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(9)]
};
for (var i = 0; i < gameEvent.data.array[1].array[3].array.Length; i++)
{
gameEvent.data.array[1].array[3].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
break;
case GameEventType.CControlGroupUpdateEvent:
bitReader.Read(4); // m_controlGroupIndex
bitReader.Read(2); // m_controlGroupUpdate
switch (bitReader.Read(2)) // m_mask
{
case 0: // None
break;
case 1: // Mask
bitReader.Read(9);
break;
case 2: // One Indices
for (var i = 0; i < bitReader.Read(9); i++)
{
bitReader.Read(9);
}
break;
case 3: // Zero Indices
for (var i = 0; i < bitReader.Read(9); i++)
{
bitReader.Read(9);
}
break;
}
break;
case GameEventType.CResourceTradeEvent:
bitReader.Read(4); // m_recipientId
bitReader.Read(32); // m_resources, should be offset -2147483648
bitReader.Read(32); // m_resources, should be offset -2147483648
bitReader.Read(32); // m_resources, should be offset -2147483648
break;
case GameEventType.CTriggerChatMessageEvent:
gameEvent.data = new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(10)
};
break;
case GameEventType.CTriggerPingEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
},
new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
},
new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
}
}
};
break;
case GameEventType.CUnitClickEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}; // m_unitTag
break;
case GameEventType.CTriggerSkippedEvent:
break;
case GameEventType.CTriggerSoundLengthQueryEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
} }
};
break;
case GameEventType.CTriggerSoundOffsetEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
case GameEventType.CTriggerTransmissionOffsetEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
} }
};
break;
case GameEventType.CTriggerTransmissionCompleteEvent:
gameEvent.data = new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
};
break;
case GameEventType.CCameraUpdateEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[6]
};
if (bitReader.ReadBoolean())
{
// m_target, x/y
gameEvent.data.array[0] = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
} }
}
}
;
if (bitReader.ReadBoolean())
{
// m_distance
gameEvent.data.array[1] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}
}
;
if (bitReader.ReadBoolean())
{
// m_pitch
gameEvent.data.array[2] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}
}
;
if (bitReader.ReadBoolean())
{
// m_yaw
gameEvent.data.array[3] = new TrackerEventStructure {
unsignedInt = bitReader.Read(16)
}
}
;
if (bitReader.ReadBoolean())
{
// m_reason
gameEvent.data.array[4] = new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
}
}
;
// m_follow
gameEvent.data.array[5] = new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
};
break;
case GameEventType.CTriggerPlanetMissionLaunchedEvent:
bitReader.Read(32); // m_difficultyLevel, offset -2147483648
break;
case GameEventType.CTriggerDialogControlEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
vInt = bitReader.Read(32) /* Actually signed - not handled correctly */
},
new TrackerEventStructure {
vInt = bitReader.Read(32) /* Actually signed - not handled correctly */
},
new TrackerEventStructure()
}
};
switch (bitReader.Read(3))
{
case 0: // None
break;
case 1: // Checked
gameEvent.data.array[2].unsignedInt = bitReader.Read(1);
break;
case 2: // ValueChanged
gameEvent.data.array[2].unsignedInt = bitReader.Read(32);
break;
case 3: // SelectionChanged
gameEvent.data.array[2].vInt = bitReader.Read(32); /* Actually signed - not handled correctly */
break;
case 4: // TextChanged
gameEvent.data.array[2].DataType = 2;
gameEvent.data.array[2].blob = bitReader.ReadBlobPrecededWithLength(11);
break;
case 5: // MouseButton
gameEvent.data.array[2].unsignedInt = bitReader.Read(32);
break;
}
break;
case GameEventType.CTriggerSoundLengthSyncEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[2]
};
gameEvent.data.array[0] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(7)]
};
for (var i = 0; i < gameEvent.data.array[0].array.Length; i++)
{
gameEvent.data.array[0].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
gameEvent.data.array[1] = new TrackerEventStructure {
array = new TrackerEventStructure[bitReader.Read(7)]
};
for (var i = 0; i < gameEvent.data.array[1].array.Length; i++)
{
gameEvent.data.array[1].array[i] = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}
}
;
break;
case GameEventType.CTriggerConversationSkippedEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
};
break;
case GameEventType.CTriggerMouseClickedEvent:
bitReader.Read(32); // m_button
bitReader.ReadBoolean(); // m_down
bitReader.Read(11); // m_posUI X
bitReader.Read(11); // m_posUI Y
bitReader.Read(20); // m_posWorld X
bitReader.Read(20); // m_posWorld Y
bitReader.Read(32); // m_posWorld Z (Offset -2147483648)
bitReader.Read(8); // m_flags (-128)
break;
case GameEventType.CTriggerMouseMovedEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] {
new TrackerEventStructure {
unsignedInt = bitReader.Read(11)
},
new TrackerEventStructure {
unsignedInt = bitReader.Read(11)
},
new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
} }
},
new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
}
}
};
break;
case GameEventType.CTriggerHotkeyPressedEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}; // May be missing an offset value
break;
case GameEventType.CTriggerTargetModeUpdateEvent:
bitReader.Read(16); // m_abilLink
bitReader.Read(5); // m_abilCmdIndex
bitReader.Read(8); // m_state (-128)
break;
case GameEventType.CTriggerSoundtrackDoneEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
};
break;
case GameEventType.CTriggerKeyPressedEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
}, new TrackerEventStructure {
vInt = bitReader.Read(8) - 128
} }
};
break;
case GameEventType.CTriggerCutsceneBookmarkFiredEvent:
// m_cutsceneId, m_bookmarkName
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
}, new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7)
} }
};
break;
case GameEventType.CTriggerCutsceneEndSceneFiredEvent:
// m_cutsceneId
gameEvent.data = new TrackerEventStructure {
vInt = bitReader.Read(32) - 2147483648
};
break;
case GameEventType.CGameUserLeaveEvent:
break;
case GameEventType.CGameUserJoinEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[5]
};
gameEvent.data.array[0] = new TrackerEventStructure {
unsignedInt = bitReader.Read(2)
};
gameEvent.data.array[1] = new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(8)
};
if (bitReader.ReadBoolean())
{
gameEvent.data.array[2] = new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(7)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[3] = new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBlobPrecededWithLength(8)
}
}
;
if (bitReader.ReadBoolean())
{
gameEvent.data.array[4] = new TrackerEventStructure {
DataType = 2, blob = bitReader.ReadBytes(40)
}
}
;
break;
case GameEventType.CCommandManagerStateEvent:
gameEvent.data = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(2)
}; // m_state
if (replay.ReplayBuild >= 33684)
{
if (bitReader.ReadBoolean())
{
// m_sequence
gameEvent.data.array = new[] { new TrackerEventStructure {
DataType = 9, vInt = bitReader.Read(8)
}, new TrackerEventStructure {
DataType = 9, vInt = bitReader.Read(8)
}, new TrackerEventStructure {
DataType = 9, vInt = bitReader.Read(16)
} }
}
}
;
break;
case GameEventType.CCmdUpdateTargetPointEvent:
gameEvent.data = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
DataType = 9, vInt = bitReader.Read(32) - 2147483648
} }
};
break;
case GameEventType.CCmdUpdateTargetUnitEvent:
gameEvent.data = new TrackerEventStructure {
array = new TrackerEventStructure[7]
};
gameEvent.data.array[0] = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(16)
}; // m_targetUnitFlags
gameEvent.data.array[1] = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(8)
}; // m_timer
gameEvent.data.array[2] = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(32)
}; // m_tag
gameEvent.data.array[3] = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(16)
}; // m_snapshotUnitLink
if (bitReader.ReadBoolean())
{
gameEvent.data.array[4] = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(4)
}
}
; // m_snapshotControlPlayerId
if (bitReader.ReadBoolean())
{
gameEvent.data.array[5] = new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(4)
}
}
; // m_snapshotUpkeepPlayerId
gameEvent.data.array[6] = new TrackerEventStructure {
array = new[] { new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
DataType = 7, unsignedInt = bitReader.Read(20)
}, new TrackerEventStructure {
DataType = 9, vInt = bitReader.Read(32) - 2147483648
} }
}; // m_snapshotPoint (x, y, z)
break;
case GameEventType.CHeroTalentSelectedEvent:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(32)
}; // m_index
break;
case GameEventType.CHeroTalentTreeSelectionPanelToggled:
gameEvent.data = new TrackerEventStructure {
unsignedInt = bitReader.Read(1)
}; // m_shown
break;
default:
throw new NotImplementedException();
}
bitReader.AlignToByte();
gameEvents.Add(gameEvent);
}
}
replay.GameEvents = gameEvents;
// Gather talent selections
var talentGameEvents = replay.GameEvents.Where(i => i.eventType == GameEventType.CHeroTalentSelectedEvent);
if (talentGameEvents.Any(i => i.player == null))
{
throw new Exception("Invalid Player for CHeroTalentSelected Game Event");
}
foreach (var player in replay.Players)
{
player.Talents = talentGameEvents.Where(i => i.player == player).Select(j => new Tuple <int, TimeSpan>((int)j.data.unsignedInt.Value, j.TimeSpan)).OrderBy(j => j.Item1).ToArray();
}
// Gather Team Level Milestones (From talent choices: 1 / 4 / 7 / 10 / 13 / 16 / 20)
for (var currentTeam = 0; currentTeam < replay.TeamLevelMilestones.Length; currentTeam++)
{
var maxTalentChoices = replay.Players.Where(i => i.Team == currentTeam).Select(i => i.Talents.Length).Max();
replay.TeamLevelMilestones[currentTeam] = new TimeSpan[maxTalentChoices];
var appropriatePlayers = replay.Players.Where(j => j.Team == currentTeam && j.Talents.Length == maxTalentChoices);
for (var i = 0; i < replay.TeamLevelMilestones[currentTeam].Length; i++)
{
replay.TeamLevelMilestones[currentTeam][i] = appropriatePlayers.Select(j => j.Talents[i].Item2).Min();
}
}
// Gather death events
var deathAnimationOffset = TimeSpan.FromSeconds(-2);
foreach (var playerDeathEvents in replay.GameEvents.Where(i => i.eventType == GameEventType.CTriggerCutsceneBookmarkFiredEvent && i.data.array != null && i.data.array.Length == 2 && i.data.array[1].blobText == "Loop Start").GroupBy(i => i.player))
{
playerDeathEvents.Key.Deaths = playerDeathEvents.Select(i => i.TimeSpan.Add(deathAnimationOffset)).OrderBy(i => i).ToArray();
}
// Uncomment this to write out all replay.game.events to individual text files in the 'C:\HOTSLogs\' folder
/* var eventGroups = replay.GameEvents.GroupBy(i => i.eventType).Select(i => new { EventType = i.Key, EventCount = i.Count(), Events = i.OrderBy(j => j.TimeSpan) });
* string eventGroupData = "";
* foreach (var eventGroup in eventGroups)
* {
* foreach (var eventData in eventGroup.Events)
* eventGroupData += eventData.TimeSpan + ": " + eventData.player + ": " + eventData + "\r\n";
* File.WriteAllText(@"C:\HOTSLogs\" + (int)eventGroup.EventType + " " + eventGroup.EventType + @".txt", eventGroupData);
* eventGroupData = "";
* } */
}
}
/// <summary> Parses the replay.details file, applying it to a Replay object. </summary>
/// <param name="replay"> The replay object to apply the parsed information to. </param>
/// <param name="buffer"> The buffer containing the replay.details file. </param>
public static void Parse(Replay replay, byte[] buffer, bool ignoreErrors = false)
{
using (var stream = new MemoryStream(buffer))
using (var reader = new BinaryReader(stream))
{
var replayDetailsStructure = new TrackerEventStructure(reader);
replay.Players = replayDetailsStructure.dictionary[0].optionalData.array.Select(i => new Player {
Name = i.dictionary[0].blobText,
BattleNetRegionId = (int)i.dictionary[1].dictionary[0].vInt.Value,
BattleNetSubId = (int)i.dictionary[1].dictionary[2].vInt.Value,
BattleNetId = (int)i.dictionary[1].dictionary[4].vInt.Value,
// [2] = Race (SC2 Remnant, Always Empty String in Heroes of the Storm)
Color = i.dictionary[3].dictionary.Keys.OrderBy(j => j).Select(j => (int)i.dictionary[3].dictionary[j].vInt.Value).ToArray(),
// [4] = Player Type (2 = Human, 3 = Computer (Practice, Try Me, or Cooperative)) - This is more accurately gathered in replay.attributes.events
Team = (int)i.dictionary[5].vInt.Value,
Handicap = (int)i.dictionary[6].vInt.Value,
// [7] = VInt, Default 0 - 'm_observe'
IsWinner = i.dictionary[8].vInt.Value == 1,
// [9] = 'm_workingSetSlotId'
Character = i.dictionary[10].blobText
}).ToArray();
if (!ignoreErrors && (replay.Players.Length != 10 || replay.Players.Count(i => i.IsWinner) != 5))
{
// Try Me Mode, or something strange
return;
}
for (var i = 0; i < replay.Players.Length; i++)
{
replay.ClientListByWorkingSetSlotID[replayDetailsStructure.dictionary[0].optionalData.array[i].dictionary[9].optionalData.vInt.Value] = replay.Players[i];
}
replay.Map = replayDetailsStructure.dictionary[1].blobText;
// [2] - m_difficulty
// [3] - m_thumbnail - "Minimap.tga", "CustomMiniMap.tga", etc
// [4] - m_isBlizzardMap
replay.Timestamp = DateTime.FromFileTimeUtc(replayDetailsStructure.dictionary[5].vInt.Value); // m_timeUTC
// There was a bug during the below builds where timestamps were buggy for the Mac build of Heroes of the Storm
// The replay, as well as viewing these replays in the game client, showed years such as 1970, 1999, etc
// I couldn't find a way to get the correct timestamp, so I am just estimating based on when these builds were live
if (replay.ReplayBuild == 34053 && replay.Timestamp < new DateTime(2015, 2, 8))
{
replay.Timestamp = new DateTime(2015, 2, 13);
}
else if (replay.ReplayBuild == 34190 && replay.Timestamp < new DateTime(2015, 2, 15))
{
replay.Timestamp = new DateTime(2015, 2, 20);
}
// [6] - m_timeLocalOffset - For Windows replays, this is Utc offset. For Mac replays, this is actually the entire Local Timestamp
// [7] - m_description - Empty String
// [8] - m_imageFilePath - Empty String
// [9] - m_mapFileName - Empty String
// [10] - m_cacheHandles - "s2ma"
// [11] - m_miniSave - 0
// [12] - m_gameSpeed - 4
// [13] - m_defaultDifficulty - Usually 1 or 7
// [14] - m_modPaths - Null
// [15] - m_campaignIndex - 0
// [16] - m_restartAsTransitionMap - 0
}
}
/// <summary> Parses the replay.server.battlelobby file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
int arrayLength = reader.ReadByte();
var stringLength = reader.ReadByte();
for (var i = 0; i < arrayLength; i++)
{
reader.ReadString(stringLength);
reader.ReadBytes(2); // Unknown
}
// This is not always here; we can't blindly wait for 's2mh'
/* while (!reader.EndOfStream)
* if (reader.ReadString(1) == "s" && reader.ReadString(1) == "2" && reader.ReadString(1) == "m" && reader.ReadString(1) == "h")
* {
* reader.stream.Position -= 4;
* break;
* }
*
* if (reader.EndOfStream)
* return;
*
* for (var j = 0; j < arrayLength; j++)
* {
* reader.ReadString(4); // s2mh
* reader.ReadBytes(2); // 0x00 0x00
* reader.ReadBytes(2); // 'Realm'
* reader.ReadBytes(32); // 'DepHash'
* }
* reader.ReadBytes(2); // 0x00 0x00
*
* // Different Skins / Artifacts / Characters - I think this is what users mouse over in the UI before the game
* arrayLength = reader.ReadInt16();
* for (var j = 0; j < arrayLength; j++)
* reader.ReadString(reader.ReadByte());
*
* reader.ReadBytes(2); // 0x00 0x00
* reader.ReadInt16();
*
* do
* arrayLength = reader.ReadByte();
* while (!reader.EndOfStream && (arrayLength == 0 || arrayLength == 1));
*
* if (reader.EndOfStream)
* return; */
// Now get the BattleTag for each player
var battleTagDigits = new List <char>();
foreach (var player in replay.Players.Where(i => i != null))
{
// Find each player's name, and then their associated BattleTag
battleTagDigits.Clear();
var playerNameBytes = Encoding.UTF8.GetBytes(player.Name);
while (!reader.EndOfStream)
{
var isFound = true;
for (var i = 0; i < playerNameBytes.Length + 1; i++)
{
if ((i == playerNameBytes.Length && reader.ReadByte() != 35 /* '#' Character */) || (i < playerNameBytes.Length && reader.ReadByte() != playerNameBytes[i]))
{
isFound = false;
break;
}
}
if (isFound)
{
break;
}
}
// Get the numbers from the BattleTag
while (!reader.EndOfStream)
{
var currentCharacter = (char)reader.ReadByte();
if (char.IsDigit(currentCharacter))
{
battleTagDigits.Add(currentCharacter);
}
else
{
break;
}
}
if (reader.EndOfStream)
{
break;
}
player.BattleTag = int.Parse(string.Join("", battleTagDigits));
}
if (replay.Players.Any(i => i != null && i.BattleTag == 0))
{
throw new Exception("Couldn't retrieve BattleTag");
}
}
}
/// <summary> Parses the Replay.Messages.Events file. </summary>
/// <param name="buffer"> Buffer containing the contents of the replay.messages.events file. </param>
/// <returns> A list of messages parsed from the buffer. </returns>
public static void Parse(Replay replay, byte[] buffer)
{
if (buffer.Length <= 1)
{
// Chat has been removed from this replay
return;
}
var ticksElapsed = 0;
using (var stream = new MemoryStream(buffer))
{
var bitReader = new Streams.BitReader(stream);
while (!bitReader.EndOfStream)
{
var message = new Message();
ticksElapsed += (int)bitReader.Read(6 + (bitReader.Read(2) << 3));
message.Timestamp = new TimeSpan(0, 0, (int)Math.Round(ticksElapsed / 16.0));
var playerIndex = (int)bitReader.Read(5);
if (playerIndex != 16)
{
message.MessageSender = replay.ClientListByUserID[playerIndex];
}
message.MessageEventType = (MessageEventType)bitReader.Read(4);
switch (message.MessageEventType)
{
case MessageEventType.SChatMessage:
{
ChatMessage chatMessage = new ChatMessage();
chatMessage.MessageTarget = (MessageTarget)bitReader.Read(3); // m_recipient (the target)
chatMessage.Message = Encoding.UTF8.GetString(bitReader.ReadBlobPrecededWithLength(11)); // m_string
message.ChatMessage = chatMessage;
replay.Messages.Add(message);
break;
}
case MessageEventType.SPingMessage:
{
PingMessage pingMessage = new PingMessage();
pingMessage.MessageTarget = (MessageTarget)bitReader.Read(3); // m_recipient (the target)
pingMessage.XCoordinate = bitReader.ReadInt32() - (-2147483648); // m_point x
pingMessage.YCoordinate = bitReader.ReadInt32() - (-2147483648); // m_point y
message.PingMessage = pingMessage;
replay.Messages.Add(message);
break;
}
case MessageEventType.SLoadingProgressMessage:
{
// can be used to keep track of how fast/slow players are loading
// also includes players who are reloading the game
var progress = bitReader.ReadInt32() - (-2147483648); // m_progress
break;
}
case MessageEventType.SServerPingMessage:
{
break;
}
case MessageEventType.SReconnectNotifyMessage:
{
bitReader.Read(2); // m_status; is either a 1 or a 2
break;
}
case MessageEventType.SPlayerAnnounceMessage:
{
PlayerAnnounceMessage announceMessage = new PlayerAnnounceMessage();
announceMessage.AnnouncementType = (AnnouncementType)bitReader.Read(2);
switch (announceMessage.AnnouncementType)
{
case AnnouncementType.None:
{
break;
}
case AnnouncementType.Ability:
{
AbilityAnnouncment ability = new AbilityAnnouncment();
ability.AbilityLink = bitReader.ReadInt16(); // m_abilLink
ability.AbilityIndex = (int)bitReader.Read(5); // m_abilCmdIndex
ability.ButtonLink = bitReader.ReadInt16(); // m_buttonLink
announceMessage.AbilityAnnouncement = ability;
break;
}
case AnnouncementType.Behavior: // no idea what triggers this
{
bitReader.ReadInt16(); // m_behaviorLink
bitReader.ReadInt16(); // m_buttonLink
break;
}
case AnnouncementType.Vitals:
{
VitalAnnouncment vital = new VitalAnnouncment();
vital.VitalType = (VitalType)(bitReader.ReadInt16() - (-32768));
announceMessage.VitalAnnouncement = vital;
break;
}
default:
throw new NotImplementedException();
}
if (replay.ReplayBuild > 45635)
{
// m_announceLink
bitReader.ReadInt16();
}
bitReader.ReadInt32(); // m_otherUnitTag
bitReader.ReadInt32(); // m_unitTag
message.PlayerAnnounceMessage = announceMessage;
replay.Messages.Add(message);
break;
}
default:
throw new NotImplementedException();
}
bitReader.AlignToByte();
}
}
}
/// <summary>
/// Parses the MPQ header on a file to determine version and build numbers.
/// </summary>
/// <param name="replay">Replay object to store </param>
/// <param name="filename">Filename of the file to open.</param>
public static void ParseHeader(Replay replay, string filename)
{
using (var fileStream = new FileStream(filename, FileMode.Open))
using (var reader = new BinaryReader(fileStream))
ParseHeader(replay, reader);
}
/// <summary>
/// Applies the set of attributes to a replay.
/// </summary>
/// <param name="replay">Replay to apply the attributes to.</param>
private static void ApplyAttributes(Replay replay, ReplayAttribute[] Attributes)
{
// I'm not entirely sure this is the right encoding here. Might be unicode...
var encoding = Encoding.UTF8;
var attributes1 = new List <ReplayAttribute>();
var attributes2 = new List <ReplayAttribute>();
var attributes3 = new List <ReplayAttribute>();
var attributes4 = new List <ReplayAttribute>();
var attributesffa = new List <ReplayAttribute>();
foreach (var attribute in Attributes)
{
switch (attribute.AttributeType)
{
case ReplayAttributeEventType.PlayerTypeAttribute:
{
var type = encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower();
if (type == "comp")
{
replay.Players[attribute.PlayerId - 1].PlayerType = PlayerType.Computer;
}
else if (type == "humn")
{
replay.Players[attribute.PlayerId - 1].PlayerType = PlayerType.Human;
}
else
{
throw new Exception("Unexpected value for PlayerType");
}
break;
}
case ReplayAttributeEventType.TeamSizeAttribute:
{
// This fixes issues with reversing the string before encoding. Without this, you get "\01v1"
replay.TeamSize = new string(encoding.GetString(attribute.Value, 0, 3).Reverse().ToArray());
break;
}
case ReplayAttributeEventType.DifficultyLevelAttribute:
{
var diffLevel = encoding.GetString(attribute.Value.Reverse().ToArray());
var player = replay.Players[attribute.PlayerId - 1];
switch (diffLevel)
{
case "VyEy":
player.Difficulty = Difficulty.Beginner;
break;
case "Easy":
player.Difficulty = Difficulty.Recruit;
break;
case "Medi":
player.Difficulty = Difficulty.Adept;
break;
case "HdVH":
player.Difficulty = Difficulty.Veteran;
break;
case "VyHd":
player.Difficulty = Difficulty.Elite;
break;
}
break;
}
case ReplayAttributeEventType.GameSpeedAttribute:
{
var speed = encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower();
switch (speed)
{
case "slor":
replay.GameSpeed = GameSpeed.Slower;
break;
case "slow":
replay.GameSpeed = GameSpeed.Slow;
break;
case "norm":
replay.GameSpeed = GameSpeed.Normal;
break;
case "fast":
replay.GameSpeed = GameSpeed.Fast;
break;
case "fasr":
replay.GameSpeed = GameSpeed.Faster;
break;
// Otherwise, Game Speed will remain "Unknown"
}
break;
}
case ReplayAttributeEventType.PlayerTeam1v1Attribute:
{
attributes1.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam2v2Attribute:
{
attributes2.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam3v3Attribute:
{
attributes3.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeam4v4Attribute:
{
attributes4.Add(attribute);
break;
}
case ReplayAttributeEventType.PlayerTeamFFAAttribute:
{
attributesffa.Add(attribute);
break;
}
case ReplayAttributeEventType.GameTypeAttribute:
{
switch (encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0'))
{
case "priv":
replay.GameMode = GameMode.Custom;
break;
case "amm":
if (replay.ReplayBuild < 33684)
{
replay.GameMode = GameMode.QuickMatch;
}
break;
default:
throw new Exception("Unexpected Game Type");
}
break;
}
case ReplayAttributeEventType.Hero:
{
replay.Players[attribute.PlayerId - 1].IsAutoSelect = encoding.GetString(attribute.Value.Reverse().ToArray()) == "Rand";
break;
}
case ReplayAttributeEventType.SkinAndSkinTint:
if (encoding.GetString(attribute.Value.Reverse().ToArray()) == "Rand")
{
replay.Players[attribute.PlayerId - 1].IsAutoSelect = true;
}
break;
case ReplayAttributeEventType.CharacterLevel:
{
var characterLevel = int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray()));
var player = replay.Players[attribute.PlayerId - 1];
player.CharacterLevel = characterLevel;
if (player.IsAutoSelect && player.CharacterLevel > 1)
{
player.IsAutoSelect = false;
}
break;
}
case ReplayAttributeEventType.LobbyMode:
{
if (replay.GameMode != GameMode.Custom)
{
switch (encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0'))
{
case "stan":
replay.GameMode = GameMode.QuickMatch;
break;
case "drft":
replay.GameMode = GameMode.HeroLeague;
break;
}
}
}
break;
case ReplayAttributeEventType.ReadyMode:
if (replay.GameMode == GameMode.HeroLeague && encoding.GetString(attribute.Value.Reverse().ToArray()).ToLower().Trim('\0') == "fcfs")
{
replay.GameMode = GameMode.TeamLeague;
}
break;
case (ReplayAttributeEventType)4011: // What is this? Draft order?
break;
case (ReplayAttributeEventType)4016: // What is this? Always '1' in Hero League
// if (replay.GameMode == GameMode.HeroLeague && int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray())) != 1)
// Console.WriteLine("WAAT!?");
break;
case (ReplayAttributeEventType)4017: // What is this? Always '5' in Hero League
// if (replay.GameMode == GameMode.HeroLeague && int.Parse(encoding.GetString(attribute.Value.Reverse().ToArray())) != 5)
// Console.WriteLine("WAAT!?");
break;
case ReplayAttributeEventType.DraftBanMode:
// Options: No Ban (""), One Ban ("1ban"), Two Ban ("2ban"), Mid Ban ("Mban", Default)
break;
case ReplayAttributeEventType.DraftTeam1BanChooserSlot:
case ReplayAttributeEventType.DraftTeam2BanChooserSlot:
// For Ranked Play, this is always "Hmmr" -> Highest MMR
break;
case ReplayAttributeEventType.DraftTeam1Ban1LockedIn:
case ReplayAttributeEventType.DraftTeam1Ban2LockedIn:
case ReplayAttributeEventType.DraftTeam2Ban1LockedIn:
case ReplayAttributeEventType.DraftTeam2Ban2LockedIn:
// So far I've only seen an empty string here
break;
case ReplayAttributeEventType.DraftTeam1Ban1:
case ReplayAttributeEventType.DraftTeam1Ban2:
case ReplayAttributeEventType.DraftTeam2Ban1:
case ReplayAttributeEventType.DraftTeam2Ban2:
var draftTeamBanValue = encoding.GetString(attribute.Value.Reverse().ToArray()).Trim('\0');
if (draftTeamBanValue != "")
{
switch (attribute.AttributeType)
{
case ReplayAttributeEventType.DraftTeam1Ban1:
replay.TeamHeroBans[0][0] = draftTeamBanValue;
break;
case ReplayAttributeEventType.DraftTeam1Ban2:
replay.TeamHeroBans[0][1] = draftTeamBanValue;
break;
case ReplayAttributeEventType.DraftTeam2Ban1:
replay.TeamHeroBans[1][0] = draftTeamBanValue;
break;
case ReplayAttributeEventType.DraftTeam2Ban2:
replay.TeamHeroBans[1][1] = draftTeamBanValue;
break;
}
}
break;
}
}
List <ReplayAttribute> currentList = null;
if (replay.TeamSize.Equals("1v1"))
{
currentList = attributes1;
}
else if (replay.TeamSize.Equals("2v2"))
{
currentList = attributes2;
}
else if (replay.TeamSize.Equals("3v3"))
{
currentList = attributes3;
}
else if (replay.TeamSize.Equals("4v4"))
{
currentList = attributes4;
}
else if (replay.TeamSize.Equals("FFA"))
{
currentList = attributesffa;
}
if (currentList != null)
{
foreach (var att in currentList)
{
// Reverse the values then parse, you don't notice the effects of this until theres 10+ teams o.o
replay.Players[att.PlayerId - 1].Team = int.Parse(encoding.GetString(att.Value.Reverse().ToArray()).Trim('\0', 'T'));
}
}
}
// used for builds <= 47479 and 47903
private static void ExtendedBattleTagParsingOld(Replay replay, BitReader bitReader)
{
bool changed47479 = false;
if (replay.ReplayBuild == 47479 && DetectBattleTagChangeBuild47479(replay, bitReader))
{
changed47479 = true;
}
for (int i = 0; i < replay.ClientListByUserID.Length; i++)
{
if (replay.ClientListByUserID[i] == null)
{
break;
}
string TId;
string TId_2;
// this first one is weird, nothing to indicate the length of the string
if (i == 0)
{
var offset = bitReader.ReadByte();
bitReader.ReadString(2); // T:
TId = bitReader.ReadString(12 + offset);
if (replay.ReplayBuild <= 47479 && !changed47479)
{
bitReader.ReadBytes(6);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
bitReader.Read(6);
// get T: again
TId_2 = Encoding.UTF8.GetString(ReadSpecialBlob(bitReader, 8));
if (TId != TId_2)
{
throw new Exception("TID dup not equal");
}
}
}
else
{
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
bitReader.Read(6);
// get XXXXXXXX#YYY
TId = Encoding.UTF8.GetString(ReadSpecialBlob(bitReader, 8));
if (replay.ReplayBuild <= 47479 && !changed47479)
{
bitReader.ReadBytes(6);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
ReadByte0x00(bitReader);
bitReader.Read(6);
// get T: again
TId_2 = Encoding.UTF8.GetString(ReadSpecialBlob(bitReader, 8));
if (TId != TId_2)
{
throw new Exception("TID dup not equal");
}
}
}
// next 31 bytes
bitReader.ReadBytes(4); // same for all players
bitReader.ReadByte();
bitReader.ReadBytes(8); // same for all players
bitReader.ReadBytes(4);
bitReader.ReadBytes(14); // same for all players
if (replay.ReplayBuild >= 47903 || changed47479)
{
bitReader.ReadBytes(40);
}
else if (replay.ReplayBuild >= 47219 || replay.ReplayBuild == 47024)
{
bitReader.ReadBytes(39);
}
else if (replay.ReplayBuild >= 45889)
{
bitReader.ReadBytes(38);
}
else if (replay.ReplayBuild >= 45228)
{
bitReader.ReadBytes(37);
}
else if (replay.ReplayBuild >= 44468)
{
bitReader.ReadBytes(36);
}
else
{
bitReader.ReadBytes(35);
}
if (replay.ReplayBuild >= 47903 || changed47479)
{
bitReader.Read(1);
}
else if (replay.ReplayBuild >= 47219 || replay.ReplayBuild == 47024)
{
bitReader.Read(6);
}
else if (replay.ReplayBuild >= 46690 || replay.ReplayBuild == 46416)
{
bitReader.Read(5);
}
else if (replay.ReplayBuild >= 45889)
{
bitReader.Read(2);
}
else if (replay.ReplayBuild >= 45228)
{
bitReader.Read(3);
}
else
{
bitReader.Read(5);
}
if (bitReader.ReadBoolean())
{
// use this to determine who is in a party
// those in the same party will have the same exact 8 bytes of data
// the party leader is the first one (in the order of the client list)
bitReader.ReadBytes(8);
}
bitReader.Read(1);
var battleTag = Encoding.UTF8.GetString(bitReader.ReadBlobPrecededWithLength(7)).Split('#'); // battleTag <name>#xxxxx
if (battleTag.Length != 2 || battleTag[0] != replay.ClientListByUserID[i].Name)
{
throw new Exception("Couldn't find BattleTag");
}
replay.ClientListByUserID[i].BattleTag = int.Parse(battleTag[1]);
// these similar bytes don't occur for last player
bitReader.ReadBytes(27);
}
// some more bytes after (at least 700)
// theres some HeroICONs and other repetitive stuff
}
public static void ParseHeader(Replay replay, byte[] bytes)
{
using (var memoryStream = new MemoryStream(bytes))
using (var reader = new BinaryReader(memoryStream))
ParseHeader(replay, reader);
}
/// <summary> Parses the replay.initdata file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
var i = reader.ReadByte();
var playerList = new string[i];
for (int j = 0; j < i; j++)
{
playerList[j] = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(8));
if (reader.ReadBoolean())
{
var clanTag = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(8));
// Console.WriteLine(clanTag);
}
if (reader.ReadBoolean())
// Clan Logo
reader.ReadBlobPrecededWithLength(40);
if (reader.ReadBoolean())
{
var highestLeague = reader.Read(8);
// Console.WriteLine(highestLeague);
}
if (reader.ReadBoolean())
{
var combinedRaceLevels = reader.ReadInt32();
// Console.WriteLine(combinedRaceLevels);
}
reader.ReadInt32(); // Random seed (So far, always 0 in Heroes)
if (reader.ReadBoolean())
reader.Read(8); // Race Preference
if (reader.ReadBoolean())
reader.Read(8); // Team Preference
reader.ReadBoolean(); //test map
reader.ReadBoolean(); //test auto
reader.ReadBoolean(); //examine
reader.ReadBoolean(); //custom interface
var unknown1 = reader.ReadInt32();
reader.Read(2); //observer
var unknown2 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown3 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown4 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown5 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown6 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
var unknown7 = Encoding.UTF8.GetString(reader.ReadBlobPrecededWithLength(7));
// Console.WriteLine(unknown1 + unknown2 + unknown3 + unknown4 + unknown5 + unknown6 + unknown7);
}
// Marked as 'Random Value', so I will use as seed
replay.RandomValue = (uint)reader.ReadInt32();
reader.ReadBlobPrecededWithLength(10); // Dflt
reader.ReadBoolean(); // Lock Teams
reader.ReadBoolean(); // Teams Together
reader.ReadBoolean(); // Advanced Shared Control
reader.ReadBoolean(); // Random Races
reader.ReadBoolean(); // BattleNet
reader.ReadBoolean(); // AMM
reader.ReadBoolean(); // Competitive
reader.ReadBoolean(); // No Victory Or Defeat
reader.ReadBoolean(); // Unknown 0
reader.ReadBoolean(); // Unknown 1
reader.ReadBoolean(); // Unknown 2
reader.Read(2); // Fog
reader.Read(2); // Observers
reader.Read(2); // User Difficulty
reader.ReadInt32(); reader.ReadInt32(); // 64 bit int: Client Debug Flags
reader.Read(3); // Game Speed
// Not sure what this 'Game Type' is
reader.Read(3);
var maxUsers = reader.Read(5);
if (maxUsers != 10) // Max Players
replay.GameMode = GameMode.TryMe;
reader.Read(5); // Max Observers
reader.Read(5); // Max Players
reader.Read(4); // + 1 = Max Teams
reader.Read(6); // Max Colors
reader.Read(8); // + 1 = Max Races
reader.Read(8); // Max Controls
replay.MapSize = new Point { X = (int)reader.Read(8), Y = (int)reader.Read(8) };
if (replay.MapSize.Y == 1)
replay.MapSize.Y = replay.MapSize.X;
else if (replay.MapSize.X == 0)
replay.MapSize.X = replay.MapSize.Y;
// About 1000 bytes from here is a list of characters, character skins, character mounts, artifact selections, and other data
}
}
private static void GetBattleTags(Replay replay, BitReader reader)
{
// Search for the BattleTag for each player
var battleTagDigits = new List <char>();
for (var playerNum = 0; playerNum < replay.Players.Length; playerNum++)
{
var player = replay.Players[playerNum];
if (player == null)
{
continue;
}
// Find each player's name, and then their associated BattleTag
battleTagDigits.Clear();
var playerNameBytes = Encoding.UTF8.GetBytes(player.Name);
while (!reader.EndOfStream)
{
var isFound = true;
for (var i = 0; i < playerNameBytes.Length + 1; i++)
{
if ((i == playerNameBytes.Length && reader.ReadByte() != 35 /* '#' Character */) || (i < playerNameBytes.Length && reader.ReadByte() != playerNameBytes[i]))
{
isFound = false;
break;
}
}
if (isFound)
{
break;
}
}
// Get the digits from the BattleTag
while (!reader.EndOfStream)
{
var currentCharacter = (char)reader.ReadByte();
if (playerNum == 9 && (currentCharacter == 'z' || currentCharacter == 'Ø'))
{
// If player is in slot 9, there's a chance that an extra digit could be appended to the BattleTag
battleTagDigits.RemoveAt(battleTagDigits.Count - 1);
break;
}
else if (char.IsDigit(currentCharacter))
{
battleTagDigits.Add(currentCharacter);
}
else
{
break;
}
}
if (reader.EndOfStream)
{
break;
}
player.BattleTag = int.Parse(string.Join("", battleTagDigits));
}
}
/// <summary> Parses the replay.server.battlelobby file in a replay file. </summary>
/// <param name="replay"> The replay file to apply the parsed data to. </param>
/// <param name="buffer"> The buffer containing the replay.initdata file. </param>
public static void Parse(Replay replay, byte[] buffer)
{
using (var stream = new MemoryStream(buffer))
{
var reader = new BitReader(stream);
int arrayLength = reader.ReadByte();
var stringLength = reader.ReadByte();
for (var i = 0; i < arrayLength; i++)
{
reader.ReadString(stringLength);
reader.ReadBytes(2); // Unknown
}
// This is not always here; we can't blindly wait for 's2mh'
/* while (!reader.EndOfStream)
if (reader.ReadString(1) == "s" && reader.ReadString(1) == "2" && reader.ReadString(1) == "m" && reader.ReadString(1) == "h")
{
reader.stream.Position -= 4;
break;
}
if (reader.EndOfStream)
return;
for (var j = 0; j < arrayLength; j++)
{
reader.ReadString(4); // s2mh
reader.ReadBytes(2); // 0x00 0x00
reader.ReadBytes(2); // 'Realm'
reader.ReadBytes(32); // 'DepHash'
}
reader.ReadBytes(2); // 0x00 0x00
// Different Skins / Artifacts / Characters - I think this is what users mouse over in the UI before the game
arrayLength = reader.ReadInt16();
for (var j = 0; j < arrayLength; j++)
reader.ReadString(reader.ReadByte());
reader.ReadBytes(2); // 0x00 0x00
reader.ReadInt16();
do
arrayLength = reader.ReadByte();
while (!reader.EndOfStream && (arrayLength == 0 || arrayLength == 1));
if (reader.EndOfStream)
return; */
// Now get the BattleTag for each player
var battleTagDigits = new List<char>();
foreach (var player in replay.Players.Where(i => i != null))
{
// Find each player's name, and then their associated BattleTag
battleTagDigits.Clear();
var playerNameBytes = Encoding.UTF8.GetBytes(player.Name);
while (!reader.EndOfStream)
{
var isFound = true;
for (var i = 0; i < playerNameBytes.Length + 1; i++)
if ((i == playerNameBytes.Length && reader.ReadByte() != 35 /* '#' Character */) || (i < playerNameBytes.Length && reader.ReadByte() != playerNameBytes[i]))
{
isFound = false;
break;
}
if (isFound)
break;
}
// Get the numbers from the BattleTag
while (!reader.EndOfStream)
{
var currentCharacter = (char)reader.ReadByte();
if (char.IsDigit(currentCharacter))
battleTagDigits.Add(currentCharacter);
else
break;
}
if (reader.EndOfStream)
break;
player.BattleTag = int.Parse(string.Join("", battleTagDigits));
}
}
}
public static void Parse(Replay replay)
{
// I believe these 'PlayerID' are just indexes to the ClientList, but we should use the info given in this file just to be safe
var playerIDDictionary = new Dictionary<int, Player>();
for (var i = 0; i < replay.TeamLevels.Length; i++)
{
replay.TeamLevels[i] = new Dictionary<int, TimeSpan>();
replay.TeamPeriodicXPBreakdown[i] = new List<PeriodicXPBreakdown>();
}
var playerIDTalentIndexDictionary = new Dictionary<int, int>();
foreach (var trackerEvent in replay.TrackerEvents.Where(i => i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.UpgradeEvent || i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.StatGameEvent || i.TrackerEventType == ReplayTrackerEvents.TrackerEventType.ScoreResultEvent))
switch (trackerEvent.TrackerEventType)
{
case ReplayTrackerEvents.TrackerEventType.UpgradeEvent:
// Contains interesting data such as tracking some 'Gathering Power' type talents: {UpgradeEvent: {6, "NovaSnipeMasterDamageUpgrade", 1}}
// We should save these kind of statistics somewhere
break;
case ReplayTrackerEvents.TrackerEventType.StatGameEvent:
switch (trackerEvent.Data.dictionary[0].blobText)
{
case "GameStart": // {StatGameEvent: {"GameStart", , , [{{"MapSizeX"}, 248}, {{"MapSizeY"}, 208}]}}
if (trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[0].dictionary[0].blobText == "MapSizeX" &&
trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[0].dictionary[0].blobText == "MapSizeY")
replay.MapSize = new Point {
X = (int)trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[1].vInt.Value,
Y = (int)trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[1].vInt.Value };
break;
case "PlayerInit": // {StatGameEvent: {"PlayerInit", [{{"Controller"}, "User"}, {{"ToonHandle"}, "1-Hero-1-XXXXX"}], [{{"PlayerID"}, 1}, {{"Team"}, 1}], }}
if (trackerEvent.Data.dictionary[1].optionalData.array[1].dictionary[0].dictionary[0].blobText == "ToonHandle" &&
trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PlayerID")
playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value] = replay.Players.Single(i => i.BattleNetId == int.Parse(trackerEvent.Data.dictionary[1].optionalData.array[1].dictionary[1].blobText.Split('-').Last()));
break;
case "LevelUp": // {StatGameEvent: {"LevelUp", , [{{"PlayerID"}, 6}, {{"Level"}, 1}], }}
if (trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PlayerID" &&
trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[0].dictionary[0].blobText == "Level")
{
var team = playerIDDictionary[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value].Team;
var level = (int)trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[1].vInt.Value;
if (!replay.TeamLevels[team].ContainsKey(level))
replay.TeamLevels[team][level] = trackerEvent.TimeSpan;
}
break;
case "TalentChosen": // {StatGameEvent: {"TalentChosen", [{{"PurchaseName"}, "NovaCombatStyleAdvancedCloaking"}], [{{"PlayerID"}, 6}], }}
if (trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PlayerID" &&
trackerEvent.Data.dictionary[1].optionalData != null &&
trackerEvent.Data.dictionary[1].optionalData.array[0].dictionary[0].dictionary[0].blobText == "PurchaseName")
{
var playerID = (int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value;
if (!playerIDTalentIndexDictionary.ContainsKey(playerID))
playerIDTalentIndexDictionary[playerID] = 0;
if (playerIDDictionary[playerID].Talents.Length > playerIDTalentIndexDictionary[playerID])
playerIDDictionary[playerID].Talents[playerIDTalentIndexDictionary[playerID]++].TalentName = trackerEvent.Data.dictionary[1].optionalData.array[0].dictionary[1].blobText;
else
// A talent was selected while a player was disconnected
// This makes it more difficult to match a 'TalentName' with a 'TalentID'
// Since this is rare, I'll just clear all 'TalentName' for that player
foreach (var talent in playerIDDictionary[playerID].Talents)
talent.TalentName = null;
}
break;
case "PeriodicXPBreakdown": // {StatGameEvent: {"PeriodicXPBreakdown", , [{{"Team"}, 1}, {{"TeamLevel"}, 9}], [{{"GameTime"}, 420}, {{"PreviousGameTime"}, 360}, {{"MinionXP"}, 10877}, {{"CreepXP"}, 0}, {{"StructureXP"}, 1200}, {{"HeroXP"}, 3202}, {{"TrickleXP"}, 7700}]}}
if (trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[0].dictionary[0].blobText == "TeamLevel" &&
trackerEvent.Data.dictionary[3].optionalData.array[0].dictionary[0].dictionary[0].blobText == "GameTime" &&
trackerEvent.Data.dictionary[3].optionalData.array[1].dictionary[0].dictionary[0].blobText == "PreviousGameTime" &&
trackerEvent.Data.dictionary[3].optionalData.array[2].dictionary[0].dictionary[0].blobText == "MinionXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[3].dictionary[0].dictionary[0].blobText == "CreepXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[4].dictionary[0].dictionary[0].blobText == "StructureXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[5].dictionary[0].dictionary[0].blobText == "HeroXP" &&
trackerEvent.Data.dictionary[3].optionalData.array[6].dictionary[0].dictionary[0].blobText == "TrickleXP")
replay.TeamPeriodicXPBreakdown[(int)trackerEvent.Data.dictionary[2].optionalData.array[0].dictionary[1].vInt.Value - 1].Add(new PeriodicXPBreakdown {
TeamLevel = (int)trackerEvent.Data.dictionary[2].optionalData.array[1].dictionary[1].vInt.Value,
TimeSpan = trackerEvent.TimeSpan,
MinionXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[2].dictionary[1].vInt.Value,
CreepXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[3].dictionary[1].vInt.Value,
StructureXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[4].dictionary[1].vInt.Value,
HeroXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[5].dictionary[1].vInt.Value,
TrickleXP = (int)trackerEvent.Data.dictionary[3].optionalData.array[6].dictionary[1].vInt.Value });
break;
case "TownStructureInit": break; // {StatGameEvent: {"TownStructureInit", , [{{"TownID"}, 5}, {{"Team"}, 1}, {{"Lane"}, 3}], [{{"PositionX"}, 59}, {{"PositionY"}, 93}]}}
case "JungleCampInit": break; // {StatGameEvent: {"JungleCampInit", , [{{"CampID"}, 1}], [{{"PositionX"}, 101}, {{"PositionY"}, 74}]}}
case "PlayerSpawned": break; // {StatGameEvent: {"PlayerSpawned", [{{"Hero"}, "HeroLeoric"}], [{{"PlayerID"}, 1}], }}
case "GatesOpen": break; // {StatGameEvent: {"GatesOpen", , , }}
case "PlayerDeath": break; // {StatGameEvent: {"PlayerDeath", , [{{"PlayerID"}, 8}, {{"KillingPlayer"}, 1}, {{"KillingPlayer"}, 2}, {{"KillingPlayer"}, 3}, {{"KillingPlayer"}, 4}, {{"KillingPlayer"}, 5}], [{{"PositionX"}, 130}, {{"PositionY"}, 80}]}}
case "RegenGlobePickedUp": break; // {StatGameEvent: {"RegenGlobePickedUp", , [{{"PlayerID"}, 1}], }}
case "JungleCampCapture": break; // {StatGameEvent: {"JungleCampCapture", [{{"CampType"}, "Siege Camp"}], [{{"CampID"}, 1}], [{{"TeamID"}, 1}]}}
case "TownStructureDeath": break; // {StatGameEvent: {"TownStructureDeath", , [{{"TownID"}, 8}, {{"KillingPlayer"}, 1}, {{"KillingPlayer"}, 2}, {{"KillingPlayer"}, 3}, {{"KillingPlayer"}, 4}, {{"KillingPlayer"}, 5}], }}
case "EndOfGameXPBreakdown": break; // {StatGameEvent: {"EndOfGameXPBreakdown", , [{{"PlayerID"}, 4}], [{{"MinionXP"}, 31222}, {{"CreepXP"}, 1476}, {{"StructureXP"}, 10550}, {{"HeroXP"}, 22676}, {{"TrickleXP"}, 27280}]}}
case "EndOfGameTimeSpentDead": break; // {StatGameEvent: {"EndOfGameTimeSpentDead", , [{{"PlayerID"}, 2}], [{{"Time"}, 162}]}}
// Map Objectives
case "Altar Captured": break; // {StatGameEvent: {"Altar Captured", , [{{"Firing Team"}, 2}, {{"Towns Owned"}, 3}], }}
case "Town Captured": break; // {StatGameEvent: {"Town Captured", , [{{"New Owner"}, 12}], }}
case "SkyTempleActivated": break; // {StatGameEvent: {"SkyTempleActivated", , [{{"Event"}, 1}, {{"TempleID"}, 1}], }}
case "SkyTempleCaptured": break; // {StatGameEvent: {"SkyTempleCaptured", , [{{"Event"}, 1}, {{"TempleID"}, 2}, {{"TeamID"}, 2}], }}
case "SkyTempleShotsFired": break; // {StatGameEvent: {"SkyTempleShotsFired", , [{{"Event"}, 1}, {{"TempleID"}, 2}, {{"TeamID"}, 2}], [{{"SkyTempleShotsDamage"}, 450}]}}
case "Immortal Defeated": break; // {StatGameEvent: {"Immortal Defeated", , [{{"Event"}, 1}, {{"Winning Team"}, 1}, {{"Immortal Fight Duration"}, 62}], [{{"Immortal Power Percent"}, 14}]}}
case "Boss Duel Started": break; // {StatGameEvent: {"Boss Duel Started", , [{{"Boss Duel Number"}, 1}], }}
case "SoulEatersSpawned": break; // {StatGameEvent: {"SoulEatersSpawned", , [{{"Event"}, 1}, {{"TeamScore"}, 50}, {{"OpponentScore"}, 5}], [{{"TeamID"}, 2}]}}
case "TributeCollected": break; // {StatGameEvent: {"TributeCollected", , [{{"Event"}, 1}], [{{"TeamID"}, 2}]}}
case "RavenCurseActivated": break; // {StatGameEvent: {"RavenCurseActivated", , [{{"Event"}, 1}, {{"TeamScore"}, 3}, {{"OpponentScore"}, 2}], [{{"TeamID"}, 2}]}}
case "GhostShipCaptured": break; // {StatGameEvent: {"GhostShipCaptured", , [{{"Event"}, 1}, {{"TeamScore"}, 10}, {{"OpponentScore"}, 6}], [{{"TeamID"}, 2}]}}
case "GardenTerrorActivated": break; // {StatGameEvent: {"GardenTerrorActivated", , , [{{"Event"}, 1}, {{"TeamID"}, 2}]}}
case "Infernal Shrine Captured": break; // {StatGameEvent: {"Infernal Shrine Captured", , [{{"Event"}, 1}, {{"Winning Team"}, 2}, {{"Winning Score"}, 40}, {{"Losing Score"}, 33}], }}
case "Punisher Killed": break; // {StatGameEvent: {"Punisher Killed", [{{"Punisher Type"}, "BombardShrine"}], [{{"Event"}, 1}, {{"Owning Team of Punisher"}, 2}, {{"Duration"}, 20}], [{{"Siege Damage Done"}, 726}, {{"Hero Damage Done"}, 0}]}}
default:
break;
}
break;
case ReplayTrackerEvents.TrackerEventType.ScoreResultEvent:
var scoreResultEventDictionary = trackerEvent.Data.dictionary[0].array.ToDictionary(i => i.dictionary[0].blobText, i => i.dictionary[1].array.Select(j => j.array.Length == 1 ? (int) j.array[0].dictionary[0].vInt.Value : (int?)null).ToArray());
foreach (var scoreResultEventKey in scoreResultEventDictionary.Keys)
{
var scoreResultEventValueArray = scoreResultEventDictionary[scoreResultEventKey];
switch (scoreResultEventKey)
{
case "Takedowns":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.Takedowns = scoreResultEventValueArray[i].Value;
break;
case "SoloKill":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.SoloKills = scoreResultEventValueArray[i].Value;
break;
case "Assists":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.Assists = scoreResultEventValueArray[i].Value;
break;
case "Deaths":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.Deaths = scoreResultEventValueArray[i].Value;
break;
case "HeroDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.HeroDamage = scoreResultEventValueArray[i].Value;
break;
case "SiegeDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.SiegeDamage = scoreResultEventValueArray[i].Value;
break;
case "StructureDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.StructureDamage = scoreResultEventValueArray[i].Value;
break;
case "MinionDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.MinionDamage = scoreResultEventValueArray[i].Value;
break;
case "CreepDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.CreepDamage = scoreResultEventValueArray[i].Value;
break;
case "SummonDamage":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.SummonDamage = scoreResultEventValueArray[i].Value;
break;
case "TimeCCdEnemyHeroes":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue && scoreResultEventValueArray[i].Value > 0)
replay.ClientList[i].ScoreResult.TimeCCdEnemyHeroes = TimeSpan.FromSeconds(scoreResultEventValueArray[i].Value);
break;
case "Healing":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue && scoreResultEventValueArray[i].Value > 0)
replay.ClientList[i].ScoreResult.Healing = scoreResultEventValueArray[i].Value;
break;
case "SelfHealing":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.SelfHealing = scoreResultEventValueArray[i].Value;
break;
case "DamageTaken":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue && scoreResultEventValueArray[i].Value > 0)
replay.ClientList[i].ScoreResult.DamageTaken = scoreResultEventValueArray[i].Value;
break;
case "ExperienceContribution":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.ExperienceContribution = scoreResultEventValueArray[i].Value;
break;
case "TownKills":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.TownKills = scoreResultEventValueArray[i].Value;
break;
case "TimeSpentDead":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.TimeSpentDead = TimeSpan.FromSeconds(scoreResultEventValueArray[i].Value);
break;
case "MercCampCaptures":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.MercCampCaptures = scoreResultEventValueArray[i].Value;
break;
case "WatchTowerCaptures":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.WatchTowerCaptures = scoreResultEventValueArray[i].Value;
break;
case "MetaExperience":
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].ScoreResult.MetaExperience = scoreResultEventValueArray[i].Value;
break;
default:
for (var i = 0; i < scoreResultEventValueArray.Length; i++)
if (scoreResultEventValueArray[i].HasValue)
replay.ClientList[i].MiscellaneousScoreResultEventDictionary[scoreResultEventKey] = scoreResultEventValueArray[i].Value;
break;
}
}
break;
}
}
