public void BeginResearch(Hero hero)
{
heroSelectedForResearch = hero;
heroLevelOnResearchStart = hero.Level;
researchPoints = CanResearchAtOnce;
isResearching = true;
}
internal void Order(string name, int time)
{
foreach (Hero hero in heroes)
{
if (hero.Name == name)
{
hero.Order(time);
return;
}
}
Hero h = new Hero(name);
heroes.Add(h);
buildOrders.Add(new OrderItem(name, time));
}
public void DisplayHero(Player p)
{
if (p.Heroes.Count == 0)
{
playerNameLabel.Text = p.Name;
return;
}
player = p;
hero = p.GetMostUsedHero();
string imagePath = DHLOOKUP.hpcUnitProfiles[hero.Name, "Art"] as string;
if (imagePath == null) return;
heroImagePanel.BackgroundImage = DHRC.GetImage(imagePath);
playerNameLabel.Text = p.Name;
heroNameLabel.Text = DHFormatter.ToString(DHLOOKUP.hpcUnitProfiles[hero.Name, "Name"]);
skillsDGrV.RowCount = hero.Abilities.BuildOrders.Count;
itemsDGrV.RowCount = player.Items.BuildOrders.Count;
}
public void EndResearch()
{
if (isResearching)
{
// calculate level required for the hero to research skills that he did research
int researchPointsUsed = CanResearchAtOnce - researchPoints;
int levelRequiredToResearch = heroLevelOnResearchStart + researchPointsUsed;
// now specify that hero level in his last researched skills
List<OrderItem> skillsResearched = heroSelectedForResearch.Abilities.BuildOrders;
for (int i = skillsResearched.Count - researchPointsUsed;
i < skillsResearched.Count;
i++)
{
skillsResearched[i].Tag = Math.Max(levelRequiredToResearch, skillsResearched[i].Tag);
}
}
heroSelectedForResearch = null;
researchPoints = 0;
isResearching = false;
}
private void LoadTimeSlot(BinaryReader reader, short rest, int time, ref bool isPaused)
{
bool wasDeselect = false;
//#pragma warning disable TooWideLocalVariableScope
short flag;
uint itemId;
float x;
float y;
int objectId1;
int objectId2;
uint itemId1;
uint itemId2;
float x2;
float y2;
short unitCount;
byte groupNo;
byte slotNo;
int len;
string gamecache;
string missonKey;
string key;
int value;
List<int> units;
//#pragma warning restore TooWideLocalVariableScope
while (rest > 0)
{
byte playerId = reader.ReadByte();
Player player = GetPlayerById(playerId);
player.Time = time;
short playerBlockRest = reader.ReadInt16();
rest -= 3;
short prest = playerBlockRest;
while (prest > 0)
{
#region
byte actionId = reader.ReadByte();
switch (actionId)
{
//pause game
case 0x01:
isPaused = true;
chats.Add(new ChatInfo(time, player, TalkTo.System, null, "pause"));
prest--;
break;
//resume game
case 0x02:
isPaused = false;
chats.Add(new ChatInfo(time, player, TalkTo.System, null, "resume"));
prest--;
break;
//set game speed
case 0x03:
prest -= 2;
break;
//icrease, decrease game speed
case 0x04:
case 0x05:
prest--;
break;
//save game
case 0x06:
len = 0;
while (reader.ReadByte() != 0)
len++;
chats.Add(new ChatInfo(time, player, TalkTo.System, null, "save"));
prest -= (short)(len + 2);
break;
//game saved
case 0x07:
reader.ReadInt32();
prest -= 5;
break;
//unit ability without target
case 0x10:
flag = reader.ReadInt16();
itemId = reader.ReadUInt32();
//unknownA, unknownB
reader.ReadInt64();
player.ActionsCount++;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(flag);
hashWriter.Write(itemId);
#endif
//if (string.Compare(DHJassInt.int2id(itemId),"A00S", true)==0)
OrderItem(player, itemId, time, 0,0, -1, -1);
prest -= 15;
break;
//unit ability with target position
case 0x11:
flag = reader.ReadInt16();
itemId = reader.ReadUInt32();
//unknownA, unknownB
reader.ReadInt64();
x = reader.ReadSingle();
y = reader.ReadSingle();
player.ActionsCount++;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(flag);
hashWriter.Write(itemId);
hashWriter.Write(x);
hashWriter.Write(y);
#endif
OrderItem(player, itemId, time, x, y, -1, -1);
prest -= 23;
break;
//unit ability with target position and target object
case 0x12:
flag = reader.ReadInt16();
itemId = reader.ReadUInt32();
//unknownA, unknownB
reader.ReadInt64();
x = reader.ReadSingle();
y = reader.ReadSingle();
objectId1 = reader.ReadInt32();
objectId2 = reader.ReadInt32();
player.ActionsCount++;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(flag);
hashWriter.Write(itemId);
hashWriter.Write(x);
hashWriter.Write(y);
hashWriter.Write(objectId1);
hashWriter.Write(objectId2);
#endif
OrderItem(player, itemId, time, x, y, objectId1, objectId2);
prest -= 31;
break;
//unit ability with target position, target object, and target item (give item action)
case 0x13:
flag = reader.ReadInt16();
itemId = reader.ReadUInt32();
//unknownA, unknownB
reader.ReadInt64();
x = reader.ReadSingle();
y = reader.ReadSingle();
objectId1 = reader.ReadInt32();
objectId2 = reader.ReadInt32();
itemId1 = reader.ReadUInt32();
itemId2 = reader.ReadUInt32();
player.ActionsCount++;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(flag);
hashWriter.Write(itemId);
hashWriter.Write(x);
hashWriter.Write(y);
hashWriter.Write(objectId1);
hashWriter.Write(objectId2);
hashWriter.Write(itemId1);
hashWriter.Write(itemId2);
#endif
prest -= 39;
break;
//unit ability with two target positions and two item IDs
case 0x14:
flag = reader.ReadInt16();
itemId = reader.ReadUInt32();
//unknownA, unknownB
reader.ReadInt64();
x = reader.ReadSingle();
y = reader.ReadSingle();
itemId1 = reader.ReadUInt32();
reader.ReadBytes(9);
x2 = reader.ReadSingle();
y2 = reader.ReadSingle();
player.ActionsCount++;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(flag);
hashWriter.Write(itemId);
hashWriter.Write(x);
hashWriter.Write(y);
hashWriter.Write(itemId1);
hashWriter.Write(x2);
hashWriter.Write(y2);
#endif
prest -= 44;
break;
//change selection
case 0x16:
byte selectMode = reader.ReadByte();
unitCount = reader.ReadInt16();
//object ids
//reader.ReadBytes(unitCount * 8);
for (int i = 0; i < unitCount; i++)
{
objectId1 = reader.ReadInt32();
objectId2 = reader.ReadInt32();
if (selectMode!=2)
player.State.CurrentSelection.Add(objectId1);
else
player.State.CurrentSelection.Remove(objectId1);
}
//if is deselect
if (selectMode == 2)
{
wasDeselect = true;
player.ActionsCount++;
}
else
{
if (!wasDeselect)
player.ActionsCount++;
wasDeselect = false;
}
player.Units.Multiplier = unitCount;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(selectMode);
hashWriter.Write(unitCount);
#endif
prest -= (short)(unitCount * 8 + 4);
break;
//create group
case 0x17:
groupNo = reader.ReadByte();
unitCount = reader.ReadInt16();
//unit ids
//reader.ReadBytes(unitCount * 8);
units = new List<int>(unitCount);
for (int i = 0; i < unitCount; i++)
{
objectId1 = reader.ReadInt32();
objectId2 = reader.ReadInt32();
units.Add(objectId1);
}
player.ActionsCount++;
player.Groups.SetGroup(groupNo, units);
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(groupNo);
hashWriter.Write(unitCount);
#endif
prest -= (short)(unitCount * 8 + 4);
break;
//select group
case 0x18:
groupNo = reader.ReadByte();
//unknown
reader.ReadByte();
player.State.CurrentSelection = new List<int>(player.Groups[groupNo]);
player.ActionsCount++;
player.Units.Multiplier = (short)player.Groups[groupNo].Count;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(groupNo);
#endif
prest -= 3;
break;
//select sub group
case 0x19:
//itemId, objectId1, objectId2
itemId = reader.ReadUInt32();
objectId1 = reader.ReadInt32();
reader.ReadInt32();
string codeID = DHJassInt.int2id(itemId);
// write this objectID-codeID pair to cache
if (!dcObjectsCodeIDs.ContainsKey(objectId1) || dcObjectsCodeIDs[objectId1]!=codeID)
{
dcObjectsCodeIDs[objectId1] = codeID;
if (DHLOOKUP.dcHeroesTaverns.ContainsKey(codeID))
{
Hero cachedHero;
if (!dcHeroCache.TryGetValue(objectId1, out cachedHero) || cachedHero.Name != codeID)
dcHeroCache[objectId1] = new Hero(codeID);
}
}
// update current selection for player
//player.State.CurrentSelection = objectId1;
//no way to find how many buildings is in a subgroup..
player.Units.Multiplier = 1;
prest -= 13;
break;
//pre select sub group
case 0x1A:
prest--;
break;
//unknown
case 0x1B:
//unknown, objectid1, objectid2
reader.ReadByte();
reader.ReadInt64();
prest -= 10;
break;
//select ground item
case 0x1C:
//unknown, objectid1, objectid2
reader.ReadByte();
reader.ReadInt64();
player.ActionsCount++;
prest -= 10;
break;
//cancel hero revival
case 0x1D:
reader.ReadInt64();
player.ActionsCount++;
prest -= 9;
break;
//remove unit from order queue
case 0x1E:
slotNo = reader.ReadByte();
itemId = reader.ReadUInt32();
player.ActionsCount++;
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(slotNo);
hashWriter.Write(itemId);
#endif
CancelItem(player, itemId, time);
prest -= 6;
break;
//unknown
case 0x21:
reader.ReadInt64();
prest -= 9;
break;
//cheats
case 0x20:
case 0x22:
case 0x23:
case 0x24:
case 0x25:
case 0x26:
case 0x29:
case 0x2A:
case 0x2B:
case 0x2C:
case 0x2F:
case 0x30:
case 0x31:
case 0x32:
prest--;
break;
//cheats
case 0x27:
case 0x28:
case 0x2D:
reader.ReadByte();
reader.ReadInt32();
prest -= 6;
break;
//cheats
case 0x2E:
reader.ReadInt32();
prest -= 5;
break;
//change ally option
case 0x50:
reader.ReadByte();
reader.ReadInt32();
prest -= 6;
break;
//transfer resource
case 0x51:
slotNo = reader.ReadByte();
int gold = reader.ReadInt32();
int lumber = reader.ReadInt32();
#if !SUPRESS_HASH_CALCULATION
hashWriter.Write(time);
hashWriter.Write(actionId);
hashWriter.Write(slotNo);
hashWriter.Write(gold);
hashWriter.Write(lumber);
#endif
prest -= 10;
break;
//trigger chat
case 0x60:
//unknownA, unknownB
reader.ReadInt64();
len = 0;
while (reader.ReadByte() != 0)
len++;
prest -= (short)(10 + len);
break;
//esc pressed
case 0x61:
// exit research mode for this player
if (player.State.IsResearching)
player.State.EndResearch();
player.ActionsCount++;
prest--;
break;
//Scenario Trigger
case 0x62:
//unknownABC
reader.ReadInt32();
reader.ReadInt64();
prest -= 13;
break;
//begin choose hero skill
case 0x66:
// end any previous research session
player.State.EndResearch();
// make sure that there is a hero in player's current selection
Hero hero;
if (!MakeSureHeroExists(player, time, out hero))
Console.WriteLine("No hero selected for choose skill action!");
else
player.State.BeginResearch(hero);
player.ActionsCount++;
prest--;
break;
//begin choose building
case 0x67:
player.ActionsCount++;
prest--;
break;
//ping mini map
case 0x68:
//x, y
reader.ReadInt64();
//unknown
reader.ReadInt32();
prest -= 13;
break;
//continue game
case 0x69:
case 0x6A:
reader.ReadInt64();
reader.ReadInt64();
prest -= 17;
break;
// SyncStoredInteger actions
case 0x6B:
gamecache = ParserUtility.ReadString(reader);
missonKey = ParserUtility.ReadString(reader);
key = ParserUtility.ReadString(reader);
value = reader.ReadInt32();
//Console.WriteLine("Sync: [" + gamecache + "][" + missonKey + "][" + key + "]=" + value);
prest -= (short)((gamecache.Length + 1) + (missonKey.Length + 1) + (key.Length + 1) + 4 + 1);
switch (missonKey)
{
//case "0":
case "1":
case "2":
case "3":
case "4":
case "5":
int slot = int.Parse(missonKey);
Player p = GetPlayerBySlot(slot - 1);
if (p!=null) p.gameCacheValues[key] = value;
break;
case "7":
case "8":
case "9":
case "10":
case "11":
slot = int.Parse(missonKey);
p = GetPlayerBySlot(slot - 2);
if (p!= null) p.gameCacheValues[key] = value;
break;
case "Global":
if (key == "Winner")
this.GetTeamByType((TeamType)value).IsWinner = true;
break;
case "Data":
// hero death
if (key.StartsWith("Hero"))
{
int deadId = int.Parse(key.Substring(4));
Player victim = GetPlayerBySpecialSlot(deadId);
Player killer = GetPlayerBySpecialSlot(value);
int gcValue;
victim.gameCacheValues.TryGetValue("deaths", out gcValue);
victim.gameCacheValues["deaths"] = gcValue + 1;
// if killer is a player
if (killer != null)
{
killer.gameCacheValues.TryGetValue("kills", out gcValue);
killer.gameCacheValues["kills"] = gcValue + 1;
}
kills.Add(new KillInfo(time, killer, victim));
}
else
// player disconnected
if (key.StartsWith("CK"))
{
int deniesIndex = key.IndexOf('D');
int neutralsIndex = key.IndexOf('N');
int creepKills = int.Parse(key.Substring(2, deniesIndex - 2));
int creepDenies = int.Parse(key.Substring(deniesIndex + 1, neutralsIndex - deniesIndex - 1));
Player leavingPlayer = GetPlayerBySpecialSlot(value);
if (leavingPlayer != null)
{
leavingPlayer.gameCacheValues["creeps"] = creepKills;
leavingPlayer.gameCacheValues["denies"] = creepDenies;
}
}
break;
}
break;
case 0x70:
gamecache = ParserUtility.ReadString(reader);
missonKey = ParserUtility.ReadString(reader);
key = ParserUtility.ReadString(reader);
prest -= (short)((gamecache.Length + 1) + (missonKey.Length + 1) + (key.Length + 1) + 1);
break;
case 0x75:
reader.ReadByte();
prest -= 2;
break;
default:
if (actionId == 0)
{
prest--;
byte[] bskipped = reader.ReadBytes(prest);
prest = 0;
Console.WriteLine("Warning: ActionID==0 found. Skipping remaining " + bskipped.Length + " bytes in the timeslot...");
}
else
throw new W3gParserException("Unknown ActionID:" + actionId);
break;
}
#endregion
}
rest -= playerBlockRest;
}
}
void IncreaseHeroUseCount(Player player, Hero hero)
{
KeyValuePair<Hero,int> kvp;
if (player.UsedHeroes.TryGetValue(hero.Name, out kvp))
player.UsedHeroes[hero.Name] = new KeyValuePair<Hero, int>(kvp.Key, kvp.Value + 1);
else
player.UsedHeroes.Add(hero.Name, new KeyValuePair<Hero, int>(hero, 1));
}
bool MakeSureHeroExists(Player player, int time, out Hero hero)
{
// check if the list of currently selected units contains objectId
// that references hero in dcHeroCache
int objectId1;
if (TryFindHeroByCache(player.State.CurrentSelection, out hero, out objectId1))
{
// if the hero object value is empty (which means this hero hasn't been used by anyone yet)
if (hero.ObjectId == -1)
{
// get name of currently selected hero
string heroName = hero.Name;
// find hero that is owned by this player
// and has same name as the hero currently selected
Hero playerHero = player.Heroes[heroName];
// if this player does not own hero with specified name
if (playerHero == null)
{
// then use the selected hero
playerHero = hero;
// add this hero to current player
// (the player will own this hero from now on)
player.Heroes.Order(playerHero, time);
}
else // if this player does have a hero with same name as the selected hero,
// then use the player's own hero
hero = playerHero;
// assign object id to this hero
hero.ObjectId = objectId1;
// update hero-cache
// this ensures that objectId contained in current selection
// will reference the hero object that this player owns.
dcHeroCache[objectId1] = hero;
}
else
// if this hero has been already used by someone,
// check if this player doesnt have any hero,
// in which case add this hero to him (players probably used -swap command)
if (player.Heroes.Count == 0)
player.Heroes.Order(hero, time);
IncreaseHeroUseCount(player, hero);
return true;
}
else
{
// if hero cannot be found, just try to get most used hero
hero = player.GetMostUsedHero();
return hero != null;
}
}
bool TryFindHeroByCache(List<int> unitList, out Hero hero, out int heroObjectID)
{
foreach (int objectID in unitList)
if (dcHeroCache.TryGetValue(objectID, out hero))
{
heroObjectID = objectID;
return true;
}
heroObjectID = 0;
hero = null;
return false;
}
internal void Order(Hero h, int time)
{
heroes.Add(h);
buildOrders.Add(new OrderItem(h.Name, time));
}
internal static string GetBestMatchAbilityForHero(Hero hero, string abilityId, ItemType type)
{
switch (type)
{
case ItemType.HeroAbility:
return abilityId;
case ItemType.Ability:
string similarAbilityId = DHHELPER.GetSimilarAbilityFromHero(hero.Name, abilityId);
return (similarAbilityId == null) ? abilityId : similarAbilityId;
default:
return abilityId;
}
}