public void TypeEquality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), null);
var entry2 = new ProxyCacheEntry(typeof(Entity1), new System.Type[0]);
Assert.IsTrue(entry1.Equals(entry2));
Assert.IsTrue(entry2.Equals(entry1));
}
public void InterfaceInequality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(INHibernateProxy), typeof(ISerializable) });
var entry2 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(ISerializable) });
TweakEntry(entry2, entry1.GetHashCode());
Assert.IsFalse(entry1.Equals(entry2));
Assert.IsFalse(entry2.Equals(entry1));
}
public void InterfaceEqualityWithLotOfUnordererdAndDupInterfaces()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(INHibernateProxy), typeof(ISerializable), typeof(IType), typeof(IDisposable), typeof(IFilter) });
// Interfaces order inverted and duplicated on purpose: must be supported.
var entry2 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(IType), typeof(ISerializable), typeof(IFilter), typeof(IDisposable), typeof(IType), typeof(IFilter), typeof(INHibernateProxy) });
Assert.IsTrue(entry1.Equals(entry2));
Assert.IsTrue(entry2.Equals(entry1));
}
public void InterfaceEquality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(INHibernateProxy), typeof(ISerializable) });
// Interfaces order inverted on purpose: must be supported.
var entry2 = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(ISerializable), typeof(INHibernateProxy) });
Assert.IsTrue(entry1.Equals(entry2));
Assert.IsTrue(entry2.Equals(entry1));
}
public void TypeInequality()
{
var entry1 = new ProxyCacheEntry(typeof(Entity1), null);
var entry2 = new ProxyCacheEntry(typeof(Entity2), null);
TweakEntry(entry2, entry1.GetHashCode());
Assert.IsFalse(entry1.Equals(entry2));
Assert.IsFalse(entry2.Equals(entry1));
}
public void ProxyCacheEntity1FakeProxy2()
{
var entry = new ProxyCacheEntry(typeof(Entity1), new[] { typeof(INHibernateProxy) });
TweakEntry(entry, _hashCode1);
var result = _internalCache[entry];
Assert.AreEqual(typeof(Entity1FakeProxy2), result);
}
public void ProxyCacheEntity2FakeProxy2()
{
var entry = new ProxyCacheEntry(typeof(Entity2), null);
TweakEntry(entry, _hashCode2);
var result = _internalCache[entry];
Assert.AreEqual(typeof(Entity2FakeProxy2), result);
}
/// <summary>
/// Stores a proxy type in the cache.
/// </summary>
/// <param name="result">The proxy type to be stored.</param>
/// <param name="baseType">The base type of the dynamically-generated proxy type.</param>
/// <param name="baseInterfaces">The list of interfaces that the generated proxy type must implement.</param>
public void Store(Type result, Type baseType, params Type[] baseInterfaces)
{
var entry = new ProxyCacheEntry(baseType, baseInterfaces);
lock (_cache)
{
_cache[entry] = result;
}
}
public void ProxyCacheEntity4FakeProxy2()
{
var entry = new ProxyCacheEntry(typeof(Entity4), new[] { typeof(ISerializable) });
TweakEntry(entry, _hashCode2);
var result = _internalCache[entry];
Assert.AreEqual(typeof(Entity4FakeProxy2), result);
}
public void ProxyCacheEntity5FakeProxy2()
{
// Interfaces order inverted on purpose: must be supported.
var entry = new ProxyCacheEntry(typeof(Entity5), new[] { typeof(IProxy), typeof(INHibernateProxy) });
TweakEntry(entry, _hashCode2);
var result = _internalCache[entry];
Assert.AreEqual(typeof(Entity5FakeProxy2), result);
}
/// <summary>
/// Allows to simulate a hashcode collision. Issue would be unpractical to test otherwise.
/// Hashcode collision must be supported for avoiding unexpected and hard to reproduce failures.
/// </summary>
private void TweakEntry(ProxyCacheEntry entryToTweak, int hashcode)
{
// Though hashCode is a readonly field, this works at the time of this writing. If it starts breaking and cannot be fixed,
// ignore those tests or throw them away.
HashCodeField.SetValue(entryToTweak, hashcode);
}
public SimcraftImpl()
{
//Write("go!");
try
{
dbc = Serializer.DeSerializeObject(FindDatabase());
}
catch (Exception e)
{
Write(e.ToString());
}
spell_data_t[] a = new spell_data_t[dbc.Spells.Values.Count];
dbc.Spells.Values.CopyTo(a, 0);
foreach (var v in a)
{
dbc.Spells[v.id, v.token] = v;
}
Write("Count "+dbc.Spells.Count);
Directory.CreateDirectory(SimcraftProfilePath);
try
{
RoutineManager.Current = null;
SimcNames.Populate();
MainCache = new ProxyCacheEntry();
inst = this;
active_dot = new ActiveDot();
//trinket = new TrinketProxy(() => StyxWoW.Me.ToUnit(), this);
health = new HealthProxy(() => StyxWoW.Me.ToUnit());
energy = new EnergyProxy(() => StyxWoW.Me.ToUnit());
focus = new FocusProxy(() => StyxWoW.Me.ToUnit());
chi = new ChiProxy(() => StyxWoW.Me.ToUnit());
rage = new RageProxy(() => StyxWoW.Me.ToUnit());
buff = new BuffProxy(() => StyxWoW.Me.ToUnit(), PlayerAuras);
debuff = new DebuffProxy(() => conditionUnit);
talent = new TalentProxy(() => StyxWoW.Me.ToUnit());
cooldown = new CooldownProxy(() => StyxWoW.Me.ToUnit());
spell = new SpellProxy(() => StyxWoW.Me.ToUnit());
combo_points = new ComboPointProxy(() => StyxWoW.Me.ToUnit());
target = new TargetProxy(() => conditionUnit);
runic_power = new RunicPowerProxy(() => StyxWoW.Me.ToUnit());
disease = new DiseaseProxy(this);
blood = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Blood);
unholy = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Unholy);
frost = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Frost);
death = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Death);
glyph = new GlyphProxy(() => StyxWoW.Me.ToUnit());
set_bonus = new SetBonusProxy();
prev_gcd = new PrevGcdProxy();
prev = new PrevGcdProxy();
pet = new PetProxy("def");
eclipse_energy = new EclipseProxy(() => StyxWoW.Me.ToUnit());
mana = new ManaProxy(() => StyxWoW.Me.ToUnit());
holy_power = new HolyPowerProxy(() => StyxWoW.Me.ToUnit());
seal = new SealProxy();
actions = new ActionProxy();
stat = new StatProxy();
obliterate = new ObliterateProxy();
MainCache["gcd"].SetRetrievalDelegate(() =>
{
var rem = (Decimal)SpellManager.GlobalCooldownLeft.TotalSeconds;
var g = BaseGcd();
g = g / ((100+spell_haste)/ 100);
return new Gcd((Decimal)_conditionSpell.gcd, Math.Max(g, 1), rem);
});
MainCache["GlobalCooldown"].SetRetrievalDelegate(() =>
{
return SpellManager.GlobalCooldownLeft.TotalMilliseconds > 1000/15;
});
MainCache["WoWTime"].SetRetrievalDelegate(() =>
{
return Lua.GetReturnVal<double>("return GetTime()",0);
});
var s = new spell_data_t();
s.name = "Storm, Earth, and Fire";
s.token = "storm_earth_and_fire";
s.id = 138130;
dbc.Spells.Add(138130, s);
GenerateApls(SimcraftProfilePath);
var settings = SimCSettings.currentSettings;
if (settings.Specs.ContainsKey(Me.Specialization))
{
var aplFileName = settings.Specs[Me.Specialization];
try
{
var apl = apls[aplFileName];
apl.CreateBehavior();
apl.PrintResolutionTable();
current_action_list = apl;
}
catch (KeyNotFoundException)
{
throw new ApplicationException(
string.Format("settings are incorrect for current spec {0}, it reference unexistent file {1}",
Me.Specialization, aplFileName));
}
}
else
{
try
{
var apl = apls.Values.First(o => o.Class == Me.Class);
var filename = apls.Keys.First(k => apls[k] == apl);
settings.Specs[Me.Specialization] = filename;
SimCSettings.Save();
Write(string.Format("Settings does not tell which *.simc " +
"use for current spec({0}) so picking most appropriate: {1}",
Me.Specialization, filename));
apl.CreateBehavior();
apl.PrintResolutionTable();
current_action_list = apl;
}
catch (Exception)
{
throw new ApplicationException(
string.Format("There's not *.simc for current spec({0})",
Me.Specialization));
}
}
}
catch (Exception e)
{
Write(e.ToString());
}
}
private void Inject(ProxyCacheEntry entryToTweak, int hashcode, System.Type result)
{
TweakEntry(entryToTweak, hashcode);
_internalCache[entryToTweak] = result;
}
public SimcraftImpl()
{
//Write("go!");
try
{
dbc = Serializer.DeSerializeObject(FindDatabase());
}
catch (Exception e)
{
Write(e.ToString());
}
spell_data_t[] a = new spell_data_t[dbc.Spells.Values.Count];
dbc.Spells.Values.CopyTo(a, 0);
foreach (var v in a)
{
dbc.Spells[v.id, v.token] = v;
}
Write("Count "+dbc.Spells.Count);
Directory.CreateDirectory(SimcraftProfilePath);
try
{
RoutineManager.Current = null;
SimcNames.Populate();
MainCache = new ProxyCacheEntry();
inst = this;
active_dot = new ActiveDot();
//trinket = new TrinketProxy(() => StyxWoW.Me.ToUnit(), this);
health = new HealthProxy(() => StyxWoW.Me.ToUnit());
energy = new EnergyProxy(() => StyxWoW.Me.ToUnit());
focus = new FocusProxy(() => StyxWoW.Me.ToUnit());
chi = new ChiProxy(() => StyxWoW.Me.ToUnit());
rage = new RageProxy(() => StyxWoW.Me.ToUnit());
buff = new BuffProxy(() => StyxWoW.Me.ToUnit(), PlayerAuras);
debuff = new DebuffProxy(() => conditionUnit);
talent = new TalentProxy(() => StyxWoW.Me.ToUnit());
cooldown = new CooldownProxy(() => StyxWoW.Me.ToUnit());
spell = new SpellProxy(() => StyxWoW.Me.ToUnit());
combo_points = new ComboPointProxy(() => StyxWoW.Me.ToUnit());
target = new TargetProxy(() => conditionUnit);
runic_power = new RunicPowerProxy(() => StyxWoW.Me.ToUnit());
disease = new DiseaseProxy(this);
blood = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Blood);
unholy = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Unholy);
frost = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Frost);
death = new RuneProxy(() => StyxWoW.Me.ToUnit(), RuneType.Death);
glyph = new GlyphProxy(() => StyxWoW.Me.ToUnit());
set_bonus = new SetBonusProxy();
prev_gcd = new PrevGcdProxy();
prev = new PrevGcdProxy();
pet = new PetProxy("def");
eclipse_energy = new EclipseProxy(() => StyxWoW.Me.ToUnit());
mana = new ManaProxy(() => StyxWoW.Me.ToUnit());
holy_power = new HolyPowerProxy(() => StyxWoW.Me.ToUnit());
seal = new SealProxy();
actions = new ActionProxy();
stat = new StatProxy();
obliterate = new ObliterateProxy();
MainCache["gcd"].SetRetrievalDelegate(() =>
{
var rem = (Decimal)SpellManager.GlobalCooldownLeft.TotalSeconds;
var g = BaseGcd();
g = g / ((100+spell_haste)/ 100);
return new Gcd((Decimal)_conditionSpell.gcd, Math.Max(g, 1), rem);
});
MainCache["GlobalCooldown"].SetRetrievalDelegate(() =>
{
return SpellManager.GlobalCooldownLeft.TotalMilliseconds > 1000/15;
});
MainCache["WoWTime"].SetRetrievalDelegate(() =>
{
return Lua.GetReturnVal<double>("return GetTime()",0);
});
var s = new spell_data_t();
s.name = "Storm, Earth, and Fire";
s.token = "storm_earth_and_fire";
s.id = 138130;
dbc.Spells.Add(138130, s);
}
catch (Exception e)
{
Write(e.ToString());
}
}
/// <summary>
/// Retrieves an existing proxy type from the cache.
/// </summary>
/// <param name="baseType">The base type of the dynamically-generated proxy type.</param>
/// <param name="baseInterfaces">The list of interfaces that the generated proxy type must implement.</param>
/// <returns>Returns a valid <see cref="Type"/> if the type already exists; otherwise, it might return <c>null</c> or opt to throw an exception.</returns>
public Type Get(Type baseType, params Type[] baseInterfaces)
{
var entry = new ProxyCacheEntry(baseType, baseInterfaces);
return _cache[entry];
}
/// <summary>
/// Determines whether or not the cache contains an existing proxy type
/// that is derived from the <paramref name="baseType"/> and implements
/// the given <paramref name="baseInterfaces"/>.
/// </summary>
/// <param name="baseType">The base type of the dynamically-generated proxy type.</param>
/// <param name="baseInterfaces">The list of interfaces that the generated proxy type must implement.</param>
/// <returns>Returns <c>true</c> if the proxy type already exists; otherwise, it will return <c>false.</c></returns>
public bool Contains(Type baseType, params Type[] baseInterfaces)
{
var entry = new ProxyCacheEntry(baseType, baseInterfaces);
return _cache.ContainsKey(entry);
}