public AbilityEvent(BitReader bitReader, Replay replay, Player player, AbilityData abilityData, UnitData unitData)
{
uint flags;
// 1.3.3 patch notes:
// - Fixed an issue where the APM statistic could be artificially increased.
// This adds the "failed" flag, which is triggered usually by holding down a
// hotkey, leading to key repeat spamming the event throughout a single tick.
if (replay.ReplayBuild < 18574) // < 1.3.3
{
flags = bitReader.Read(17);
}
else if (replay.ReplayBuild < 22612) // < 1.5.0
{
flags = bitReader.Read(18);
}
else
{
flags = bitReader.Read(20);
}
Queued = (flags & 2) != 0;
RightClick = (flags & 8) != 0;
WireframeClick = (flags & 0x20) != 0;
ToggleAbility = (flags & 0x40) != 0;
EnableAutoCast = (flags & 0x80) != 0;
AbilityUsed = (flags & 0x100) != 0;
WireframeUnload = (flags & 0x200) != 0;
WireframeCancel = (flags & 0x400) != 0;
MinimapClick = (flags & 0x10000) != 0;
AbilityFailed = (flags & 0x20000) != 0;
// flags & 0xf815 -> Debug for unknown flags
// Never found any across all test data.
DefaultAbility = (bitReader.Read(1) == 0);
DefaultActor = true;
if (!DefaultAbility)
{
AbilityType = abilityData.GetAbilityType(
(int)bitReader.Read(16),
(int)bitReader.Read(5));
DefaultActor = (bitReader.Read(1) == 0);
if (!DefaultActor)
{ // I'm thinking this would be an array type... but I can't
// find anything that causes this bit to be set.
throw new InvalidOperationException("Unsupported: non-default actor");
}
}
if (DefaultActor)
{
// Deep copy the current wireframe as the actor list
// -----
// If a user wants to deal with subgroups to get a more
// concise actor list, the data is all here. We're not
// going to bother, though, because there are several
// exceptions to account for in determining event actors.
Actors = new List<Unit>(player.Wireframe.Count);
foreach (var unit in player.Wireframe)
{
Actors.Add(new Unit(unit));
}
}
var targetType = bitReader.Read(2);
if (targetType == 1) // Location target
{
var targetX = bitReader.Read(20);
var targetY = bitReader.Read(20);
var targetZ = bitReader.Read(32);
TargetLocation = Location.FromEventFormat(targetX, targetY, targetZ);
}
else if (targetType == 2) // Unit + Location target
{
TargetFlags = (int)bitReader.Read(8);
WireframeIndex = (int)bitReader.Read(8);
var unitId = (int)bitReader.Read(32);
var unit = replay.GetUnitById(unitId);
var unitTypeId = (int)bitReader.Read(16);
if (unit == null)
{
var unitType = unitData.GetUnitType(unitTypeId);
unit = new Unit(unitId, unitType);
unit.typeId = unitTypeId;
replay.GameUnits.Add(unitId, unit);
}
TargetUnit = unit;
var targetHasPlayer = bitReader.Read(1) == 1;
if (targetHasPlayer)
{
TargetPlayer = (int)bitReader.Read(4);
}
// 1.4.0 -- Don't really know what this was meant to fix
if (replay.ReplayBuild >= 19595)
{
var targetHasTeam = bitReader.Read(1) == 1;
if (targetHasTeam)
{
TargetTeam = (int)bitReader.Read(4);
}
}
var targetX = bitReader.Read(20);
var targetY = bitReader.Read(20);
var targetZ = bitReader.Read(32);
TargetLocation = Location.FromEventFormat(targetX, targetY, targetZ);
}
else if (targetType == 3) // Unit target
{
var id = bitReader.Read(32);
// Again, if the user wants to determine exactly which
// queue item is canceled in the case of a queue cancel
// event (the most common case of this target specifier's
// occurence), they can; however, it requires an additional
// data structure that I don't want to bother with; however,
// all the underlying data is available in the events list.
TargetId = id;
}
var lastBit = bitReader.Read(1); // Should be 0; if not, misalignment is likely
if (!AbilityFailed)
{
if (RightClick)
{
this.EventType = GameEventType.RightClick;
}
else
{
this.EventType = EventData.GetInstance().GetEventType(this.AbilityType);
}
}
else
{
this.EventType = GameEventType.Inactive;
}
}
public AbilityEvent(BitReader bitReader, Replay replay, Player player, AbilityData abilityData, UnitData unitData)
{
uint flags;
// 1.3.3 patch notes:
// - Fixed an issue where the APM statistic could be artificially increased.
// This adds the "failed" flag, which is triggered usually by holding down a
// hotkey, leading to key repeat spamming the event throughout a single tick.
if (replay.ReplayBuild < 18574) // < 1.3.3
{
flags = bitReader.Read(17);
}
else if (replay.ReplayBuild < 22612) // < 1.5.0
{
flags = bitReader.Read(18);
}
else
{
flags = bitReader.Read(20);
}
Queued = (flags & 2) != 0;
RightClick = (flags & 8) != 0;
WireframeClick = (flags & 0x20) != 0;
ToggleAbility = (flags & 0x40) != 0;
EnableAutoCast = (flags & 0x80) != 0;
AbilityUsed = (flags & 0x100) != 0;
WireframeUnload = (flags & 0x200) != 0;
WireframeCancel = (flags & 0x400) != 0;
MinimapClick = (flags & 0x10000) != 0;
AbilityFailed = (flags & 0x20000) != 0;
// flags & 0xf815 -> Debug for unknown flags
// Never found any across all test data.
DefaultAbility = (bitReader.Read(1) == 0);
DefaultActor = true;
if (!DefaultAbility)
{
AbilityType = abilityData.GetAbilityType(
(int)bitReader.Read(16),
(int)bitReader.Read(5));
DefaultActor = (bitReader.Read(1) == 0);
if (!DefaultActor)
{ // I'm thinking this would be an array type... but I can't
// find anything that causes this bit to be set.
throw new InvalidOperationException("Unsupported: non-default actor");
}
}
if (DefaultActor)
{
// Deep copy the current wireframe as the actor list
// -----
// If a user wants to deal with subgroups to get a more
// concise actor list, the data is all here. We're not
// going to bother, though, because there are several
// exceptions to account for in determining event actors.
Actors = new List <Unit>(player.Wireframe.Count);
foreach (var unit in player.Wireframe)
{
Actors.Add(new Unit(unit));
}
}
var targetType = bitReader.Read(2);
if (targetType == 1) // Location target
{
var targetX = bitReader.Read(20);
var targetY = bitReader.Read(20);
var targetZ = bitReader.Read(32);
TargetLocation = Location.FromEventFormat(targetX, targetY, targetZ);
}
else if (targetType == 2) // Unit + Location target
{
TargetFlags = (int)bitReader.Read(8);
WireframeIndex = (int)bitReader.Read(8);
var unitId = (int)bitReader.Read(32);
var unit = replay.GetUnitById(unitId);
var unitTypeId = (int)bitReader.Read(16);
if (unit == null)
{
var unitType = unitData.GetUnitType(unitTypeId);
unit = new Unit(unitId, unitType);
unit.typeId = unitTypeId;
replay.GameUnits.Add(unitId, unit);
}
TargetUnit = unit;
var targetHasPlayer = bitReader.Read(1) == 1;
if (targetHasPlayer)
{
TargetPlayer = (int)bitReader.Read(4);
}
// 1.4.0 -- Don't really know what this was meant to fix
if (replay.ReplayBuild >= 19595)
{
var targetHasTeam = bitReader.Read(1) == 1;
if (targetHasTeam)
{
TargetTeam = (int)bitReader.Read(4);
}
}
var targetX = bitReader.Read(20);
var targetY = bitReader.Read(20);
var targetZ = bitReader.Read(32);
TargetLocation = Location.FromEventFormat(targetX, targetY, targetZ);
}
else if (targetType == 3) // Unit target
{
var id = bitReader.Read(32);
// Again, if the user wants to determine exactly which
// queue item is canceled in the case of a queue cancel
// event (the most common case of this target specifier's
// occurence), they can; however, it requires an additional
// data structure that I don't want to bother with; however,
// all the underlying data is available in the events list.
TargetId = id;
}
var lastBit = bitReader.Read(1); // Should be 0; if not, misalignment is likely
if (!AbilityFailed)
{
if (RightClick)
{
this.EventType = GameEventType.RightClick;
}
else
{
this.EventType = EventData.GetInstance().GetEventType(this.AbilityType);
}
}
else
{
this.EventType = GameEventType.Inactive;
}
}
/// <summary>
/// Reads the 8 {16, 8, 8}, 8 {32} struct; the result is in AddedUnits / AddedUnitTypes.
/// </summary>
void HandleUnitArrays(BitReader bitReader, Replay replay, UnitData data)
{
int wireframeLength = 8;
if (replay.ReplayBuild >= 22612)
{
wireframeLength = 9; // Maximum selection size has been increased to 500, up from 255.
}
var typesLength = (int)bitReader.Read(wireframeLength);
AddedUnitTypes = new Dictionary<UnitType, int>(typesLength);
// Guarantee order is maintained
var subgroups = new List<KeyValuePair<UnitType, int>>(typesLength);
for (int i = 0; i < typesLength; i++)
{
var unitTypeId = (int)bitReader.Read(16);
var unitType = data.GetUnitType(unitTypeId);
var unitSubtype = bitReader.Read(8);
if (unitSubtype == 2) // hallucination -- cheers, Graylin
{
unitType = data.GetHallucination(unitType);
}
var unitCountType = (int)bitReader.Read(wireframeLength);
if (unitType == UnitType.Unknown && AddedUnitTypes.ContainsKey(UnitType.Unknown))
{
AddedUnitTypes[UnitType.Unknown] += unitCountType;
}
else
{
AddedUnitTypes.Add(unitType, unitCountType);
}
subgroups.Add(new KeyValuePair<UnitType, int>(unitType, unitCountType));
}
var idsLength = (int)bitReader.Read(wireframeLength);
AddedUnits = AddedUnits ?? new List<Unit>(idsLength);
if (idsLength == 0) return;
var subgroupsEnumerator = subgroups.GetEnumerator();
int currentSubgroupIndex;
if (subgroupsEnumerator.MoveNext())
{
currentSubgroupIndex = subgroupsEnumerator.Current.Value;
}
else return;
for (int i = 0; i < idsLength; i++)
{
var unitId = (int)bitReader.Read(32);
var unit = replay.GetUnitById(unitId);
var unitType = subgroupsEnumerator.Current.Key;
if (unit == null)
{
unit = new Unit(unitId, unitType);
replay.GameUnits.Add(unitId, unit);
}
else
{
unit.UpdateType(unitType);
}
AddedUnits.Add(unit);
if (--currentSubgroupIndex <= 0)
{
if (subgroupsEnumerator.MoveNext())
{
currentSubgroupIndex = subgroupsEnumerator.Current.Value;
}
}
}
}
/// <summary>
/// Reads the 8 {16, 8, 8}, 8 {32} struct; the result is in AddedUnits / AddedUnitTypes.
/// </summary>
void HandleUnitArrays(BitReader bitReader, Replay replay, UnitData data)
{
int wireframeLength = 8;
if (replay.ReplayBuild >= 22612)
{
wireframeLength = 9; // Maximum selection size has been increased to 500, up from 255.
}
var typesLength = (int)bitReader.Read(wireframeLength);
AddedUnitTypes = new Dictionary <UnitType, int>(typesLength);
// Guarantee order is maintained
var subgroups = new List <KeyValuePair <UnitType, int> >(typesLength);
for (int i = 0; i < typesLength; i++)
{
var unitTypeId = (int)bitReader.Read(16);
var unitType = data.GetUnitType(unitTypeId);
var unitSubtype = bitReader.Read(8);
if (unitSubtype == 2) // hallucination -- cheers, Graylin
{
unitType = data.GetHallucination(unitType);
}
var unitCountType = (int)bitReader.Read(wireframeLength);
if (unitType == UnitType.Unknown && AddedUnitTypes.ContainsKey(UnitType.Unknown))
{
AddedUnitTypes[UnitType.Unknown] += unitCountType;
}
else
{
AddedUnitTypes.Add(unitType, unitCountType);
}
subgroups.Add(new KeyValuePair <UnitType, int>(unitType, unitCountType));
}
var idsLength = (int)bitReader.Read(wireframeLength);
AddedUnits = AddedUnits ?? new List <Unit>(idsLength);
if (idsLength == 0)
{
return;
}
var subgroupsEnumerator = subgroups.GetEnumerator();
int currentSubgroupIndex;
if (subgroupsEnumerator.MoveNext())
{
currentSubgroupIndex = subgroupsEnumerator.Current.Value;
}
else
{
return;
}
for (int i = 0; i < idsLength; i++)
{
var unitId = (int)bitReader.Read(32);
var unit = replay.GetUnitById(unitId);
var unitType = subgroupsEnumerator.Current.Key;
if (unit == null)
{
unit = new Unit(unitId, unitType);
replay.GameUnits.Add(unitId, unit);
}
else
{
unit.UpdateType(unitType);
}
AddedUnits.Add(unit);
if (--currentSubgroupIndex <= 0)
{
if (subgroupsEnumerator.MoveNext())
{
currentSubgroupIndex = subgroupsEnumerator.Current.Value;
}
}
}
}