internal k b()
{
a0 a = new a0(new string[] { "Vital", "HandlerString", "MinPercent", "MaxPercent", "Stance" });
foreach (KeyValuePair <eRechargeVital_Single, List <uTank2.cRechargeManager.a> > pair in this.b)
{
foreach (uTank2.cRechargeManager.a a2 in pair.Value)
{
v v = new v(a);
v[0] = k.a((int)pair.Key);
if (a2.c != null)
{
v[1] = k.a(a2.c.FriendlyName);
}
else
{
v[1] = k.a("");
}
v[2] = k.a(a2.a);
v[3] = k.a(a2.b);
v[4] = k.a((int)a2.d);
a.c(v);
}
}
return(new k(a));
}
public void a(k A_0)
{
a0 a = A_0.c() as a0;
this.a = k.b(a.a(0, k.a("st"))[1]);
this.b = k.b(a.a(0, k.a("ret"))[1]);
}
public override void a(k A_0)
{
a0 a = A_0.c() as a0;
this.a = k.e(a.a(0, k.a("sid"))[1]);
this.b = k.e(a.a(0, k.a("sec"))[1]);
}
private void a()
{
bf bf = new bf();
bf.b(Path.Combine(PluginCore.ci, this.j()));
this.c.Clear();
if (!bf.ContainsKey("CondAct"))
{
a5.a(eChatType.Errors, "Meta file load: DB format invalid.");
this.c.Clear();
}
else
{
a0 a = bf["CondAct"];
for (int i = 0; i < a.c(); i++)
{
fl fl = cl.a((c3)k.e(a.d()[i][0]));
b3 b = cl.a((ep)k.e(a.d()[i][1]));
if ((b == null) || (fl == null))
{
a5.a(eChatType.Errors, "Meta file load: unsupported cond/act type.");
this.c.Clear();
return;
}
fl.h(a.d()[i][2]);
b.h(a.d()[i][3]);
string key = k.b(a.d()[i][4]);
if (!this.c.ContainsKey(key))
{
this.c[key] = new List <d8>();
}
this.c[key].Add(new d8(fl, b, key));
}
}
}
public void b(a0 A_0)
{
this.e.Clear();
foreach (v v in A_0.d())
{
this.e.Add(new dl.c(k.e(v[0]), k.e(v[1])));
PluginCore.cq.n.b(k.e(v[0]));
}
}
public override k a()
{
a0 a = new a0(new string[] { "K", "V" });
v v = new v(a);
v[0] = k.a((int)this.a.f());
v[1] = this.a.i();
a.c(v);
return(new k(a));
}
public override void a(k A_0)
{
a0 a = A_0.c() as a0;
if (((a != null) && (a.a() == 2)) && (a.c() == 1))
{
v v = a.d()[0];
this.a = cl.a((c3)k.e(v[0]));
this.a.h(v[1]);
this.a.a(this);
}
}
public override k j()
{
a0 a = new a0(new string[] { "k", "v" });
foreach (KeyValuePair <string, k> pair in this.a)
{
v v = new v(a);
v[0] = k.a(pair.Key);
v[1] = pair.Value;
a.c(v);
}
return(new k(a));
}
public k d()
{
a0 a = new a0(new string[] { "K", "V" });
foreach (T local in this.a)
{
v v = new v(a);
v[0] = k.a(cl.GetTypeIDForClass <T>(local));
v[1] = local.i();
a.c(v);
}
return(new k(a));
}
public k d()
{
a0 a = new a0(new string[] { "k", "v" });
v v = new v(a);
v[0] = k.a("st");
v[1] = k.a(this.a);
a.c(v);
v = new v(a);
v[0] = k.a("ret");
v[1] = k.a(this.b);
a.c(v);
return(new k(a));
}
public void a(a0 A_0)
{
A_0.f();
foreach (dl.c c in this.e)
{
if ((c.b != -1) && (c.b != PluginCore.cq.aw.get_CharacterFilter().get_Id()))
{
v v = new v(A_0);
v[0] = k.a(c.b);
v[1] = k.a(c.a);
A_0.c(v);
}
}
}
public override k a()
{
a0 a = new a0(new string[] { "k", "v" });
v v = new v(a);
v[0] = k.a("sid");
v[1] = k.a(this.a);
a.c(v);
v = new v(a);
v[0] = k.a("sec");
v[1] = k.a(this.b);
a.c(v);
return(new k(a));
}
public override void a(k A_0)
{
this.a();
a0 a = A_0.c() as a0;
if ((a != null) && (a.a() >= 2))
{
foreach (v v in a.d())
{
string str = k.b(v[0]);
k k = v[1];
this.a[str] = k;
}
}
}
public void a(k A_0)
{
this.a.Clear();
a0 a = A_0.c() as a0;
if (a != null)
{
foreach (v v in a.d())
{
T item = cl.Create <T>(k.e(v[0]));
item.h(v[1]);
item.a(this);
this.a.Add(item);
}
}
}
public void a(a0 A_0, int A_1)
{
if (A_1 >= this.a())
{
throw new Exception("Invalid column number in MergeShallowOverwrite");
}
if (A_1 < 0)
{
throw new Exception("Invalid column number in MergeShallowOverwrite");
}
if (this.b.Count == A_0.b.Count)
{
bool flag = this.c.ContainsKey(A_1);
if (!flag)
{
this.c(A_1);
}
foreach (v v in A_0.a)
{
v v2 = this.a(A_1, v[A_1]);
if (v2 != null)
{
for (int i = 0; i < v2.Count; i++)
{
if (i != A_1)
{
v2[i] = v[i];
}
}
}
else
{
v2 = new v(this);
for (int j = 0; j < v2.Count; j++)
{
v2[j] = v[j];
}
this.c(v2);
}
}
if (!flag)
{
this.d(A_1);
}
}
}
internal void a(k A_0)
{
this.a();
if (A_0 != null)
{
a0 a = A_0.c() as a0;
if (a != null)
{
foreach (v v in a.d())
{
uTank2.cRechargeManager.a item = new uTank2.cRechargeManager.a {
c = this.a(k.b(v[1])),
a = k.e(v[2]),
b = k.e(v[3]),
d = (eRechargeStance)k.e(v[4])
};
this.b[(eRechargeVital_Single)k.e(v[0])].Add(item);
}
}
}
}
public void k()
{
if (!string.IsNullOrEmpty(this.j()))
{
bf bf = new bf();
a0 a = new a0(new string[] { "CType", "AType", "CData", "AData", "State" });
bf.Add("CondAct", a);
foreach (KeyValuePair <string, List <d8> > pair in this.c)
{
foreach (d8 d in pair.Value)
{
v v = new v(a);
v[0] = k.a((int)d.a.f());
v[1] = k.a((int)d.b.d());
v[2] = d.a.i();
v[3] = d.b.i();
v[4] = k.a(d.c);
a.c(v);
}
}
bf.c(Path.Combine(PluginCore.ci, this.j()));
}
}
var(a0, a1) = ((byte)alpha, (byte)(alpha >> 8));
var(a0, a1) = ((byte)alphaBlock, (byte)(alphaBlock >> 8));