public LongHashMapEntry(int par1, long par2, Object par4Obj, LongHashMapEntry par5LongHashMapEntry)
{
this.value = par4Obj;
this.nextEntry = par5LongHashMapEntry;
this.key = par2;
this.hash = par1;
}
public LongHashMapEntry(int par1, long par2, Object par4Obj, LongHashMapEntry par5LongHashMapEntry)
{
this.value = par4Obj;
this.nextEntry = par5LongHashMapEntry;
this.key = par2;
this.hash = par1;
}
public bool equals(Object par1Obj)
{
if (!(par1Obj is LongHashMapEntry))
{
return(false);
}
else
{
LongHashMapEntry var2 = (LongHashMapEntry)par1Obj;
Int64? var3 = this.getKey();
Int64? var4 = var2.getKey();
if (var3 == var4 || var3 != null && var3.Equals(var4))
{
Object var5 = this.getValue();
Object var6 = var2.getValue();
if (var5 == var6 || var5 != null && var5.Equals(var6))
{
return(true);
}
}
return(false);
}
}
LongHashMapEntry removeKey(long par1)
{
int var3 = getHashedKey(par1);
int var4 = getHashIndex(var3, this.hashArray.Length);
LongHashMapEntry var5 = this.hashArray[var4];
LongHashMapEntry var6;
LongHashMapEntry var7;
for (var6 = var5; var6 != null; var6 = var7)
{
var7 = var6.nextEntry;
if (var6.key == par1)
{
++this.modCount;
--this.numHashElements;
if (var5 == var6)
{
this.hashArray[var4] = var7;
}
else
{
var5.nextEntry = var7;
}
return(var6);
}
var5 = var6;
}
return(var6);
}
private void copyHashTableTo(LongHashMapEntry[] par1ArrayOfLongHashMapEntry)
{
LongHashMapEntry[] var2 = this.hashArray;
int var3 = par1ArrayOfLongHashMapEntry.Length;
for (int var4 = 0; var4 < var2.Length; ++var4)
{
LongHashMapEntry var5 = var2[var4];
if (var5 != null)
{
var2[var4] = null;
LongHashMapEntry var6;
do
{
var6 = var5.nextEntry;
int var7 = getHashIndex(var5.hash, var3);
var5.nextEntry = par1ArrayOfLongHashMapEntry[var7];
par1ArrayOfLongHashMapEntry[var7] = var5;
var5 = var6;
}while (var6 != null);
}
}
}
private void createKey(int par1, long par2, Object par4Obj, int par5)
{
LongHashMapEntry var6 = this.hashArray[par5];
this.hashArray[par5] = new LongHashMapEntry(par1, par2, par4Obj, var6);
if (this.numHashElements++ >= this.capacity)
{
this.resizeTable(2 * this.hashArray.Length);
}
}
LongHashMapEntry getEntry(long par1)
{
int var3 = getHashedKey(par1);
for (LongHashMapEntry var4 = this.hashArray[getHashIndex(var3, this.hashArray.Length)]; var4 != null; var4 = var4.nextEntry)
{
if (var4.key == par1)
{
return(var4);
}
}
return(null);
}
private void resizeTable(int par1)
{
LongHashMapEntry[] var2 = this.hashArray;
int var3 = var2.Length;
if (var3 == 1073741824)
{
this.capacity = Int32.MaxValue;
}
else
{
LongHashMapEntry[] var4 = new LongHashMapEntry[par1];
this.copyHashTableTo(var4);
this.hashArray = var4;
this.capacity = (int)((float)par1 * this.percentUseable);
}
}
public void add(long par1, Object par3Obj)
{
int var4 = getHashedKey(par1);
int var5 = getHashIndex(var4, this.hashArray.Length);
for (LongHashMapEntry var6 = this.hashArray[var5]; var6 != null; var6 = var6.nextEntry)
{
if (var6.key == par1)
{
var6.value = par3Obj;
return;
}
}
++this.modCount;
this.createKey(var4, par1, par3Obj, var5);
}
public Object remove(long par1)
{
LongHashMapEntry var3 = this.removeKey(par1);
return(var3 == null ? null : var3.value);
}
