public LongHashMapEntry(int par1, long par2, Object par4Obj, LongHashMapEntry par5LongHashMapEntry)
{
value = par4Obj;
nextEntry = par5LongHashMapEntry;
key = par2;
hash = par1;
}
public LongHashMapEntry(int par1, long par2, Object par4Obj, LongHashMapEntry par5LongHashMapEntry)
{
value = par4Obj;
nextEntry = par5LongHashMapEntry;
key = par2;
hash = par1;
}
/**
* removes the key from the hash linked list
*/
LongHashMapEntry removeKey(long par1)
{
int i = getHashedKey(par1);
int j = getHashIndex(i, hashArray.Length);
LongHashMapEntry longhashmapentry = hashArray[j];
LongHashMapEntry longhashmapentry1;
LongHashMapEntry longhashmapentry2;
for (longhashmapentry1 = longhashmapentry; longhashmapentry1 != null; longhashmapentry1 = longhashmapentry2)
{
longhashmapentry2 = longhashmapentry1.nextEntry;
if (longhashmapentry1.key == par1)
{
modCount++;
numHashElements--;
if (longhashmapentry == longhashmapentry1)
{
hashArray[j] = longhashmapentry2;
}
else
{
longhashmapentry.nextEntry = longhashmapentry2;
}
return(longhashmapentry1);
}
longhashmapentry = longhashmapentry1;
}
return(longhashmapentry1);
}
/**
* copies the hash table to the specified array
*/
private void copyHashTableTo(LongHashMapEntry[] par1ArrayOfLongHashMapEntry)
{
LongHashMapEntry[] alonghashmapentry = hashArray;
int i = par1ArrayOfLongHashMapEntry.Length;
for (int j = 0; j < alonghashmapentry.Length; j++)
{
LongHashMapEntry longhashmapentry = alonghashmapentry[j];
if (longhashmapentry == null)
{
continue;
}
alonghashmapentry[j] = null;
do
{
LongHashMapEntry longhashmapentry1 = longhashmapentry.nextEntry;
int k = getHashIndex(longhashmapentry.hash, i);
longhashmapentry.nextEntry = par1ArrayOfLongHashMapEntry[k];
par1ArrayOfLongHashMapEntry[k] = longhashmapentry;
longhashmapentry = longhashmapentry1;
}while (longhashmapentry != null);
}
}
/**
* creates the key in the hash table
*/
private void createKey(int par1, long par2, Object par4Obj, int par5)
{
LongHashMapEntry longhashmapentry = hashArray[par5];
hashArray[par5] = new LongHashMapEntry(par1, par2, par4Obj, longhashmapentry);
if (numHashElements++ >= capacity)
{
resizeTable(2 * hashArray.Length);
}
}
LongHashMapEntry getEntry(long par1)
{
int i = getHashedKey(par1);
for (LongHashMapEntry longhashmapentry = hashArray[getHashIndex(i, hashArray.Length)]; longhashmapentry != null; longhashmapentry = longhashmapentry.nextEntry)
{
if (longhashmapentry.key == par1)
{
return(longhashmapentry);
}
}
return(null);
}
/**
* add the key value pair to the list
*/
public void add(long par1, Object par3Obj)
{
int i = getHashedKey(par1);
int j = getHashIndex(i, hashArray.Length);
for (LongHashMapEntry longhashmapentry = hashArray[j]; longhashmapentry != null; longhashmapentry = longhashmapentry.nextEntry)
{
if (longhashmapentry.key == par1)
{
longhashmapentry.value = par3Obj;
}
}
modCount++;
createKey(i, par1, par3Obj, j);
}
/**
* resizes the table
*/
private void resizeTable(int par1)
{
LongHashMapEntry[] alonghashmapentry = hashArray;
int i = alonghashmapentry.Length;
if (i == 0x40000000)
{
capacity = 0x7fffffff;
return;
}
else
{
LongHashMapEntry[] alonghashmapentry1 = new LongHashMapEntry[par1];
copyHashTableTo(alonghashmapentry1);
hashArray = alonghashmapentry1;
capacity = (int)((float)par1 * percentUseable);
return;
}
}
public bool equals(Object par1Obj)
{
if (!(par1Obj is LongHashMapEntry))
{
return(false);
}
LongHashMapEntry longhashmapentry = (LongHashMapEntry)par1Obj;
Int64? long1 = getKey();
Int64? long2 = longhashmapentry.getKey();
if (long1 == long2 || long1 != null && long1.Equals(long2))
{
Object obj = getValue();
Object obj1 = longhashmapentry.getValue();
if (obj == obj1 || obj != null && obj.Equals(obj1))
{
return(true);
}
}
return(false);
}
/**
* resizes the table
*/
private void resizeTable(int par1)
{
LongHashMapEntry[] alonghashmapentry = hashArray;
int i = alonghashmapentry.Length;
if (i == 0x40000000)
{
capacity = 0x7fffffff;
return;
}
else
{
LongHashMapEntry[] alonghashmapentry1 = new LongHashMapEntry[par1];
copyHashTableTo(alonghashmapentry1);
hashArray = alonghashmapentry1;
capacity = (int)((float)par1 * percentUseable);
return;
}
}
/**
* creates the key in the hash table
*/
private void createKey(int par1, long par2, Object par4Obj, int par5)
{
LongHashMapEntry longhashmapentry = hashArray[par5];
hashArray[par5] = new LongHashMapEntry(par1, par2, par4Obj, longhashmapentry);
if (numHashElements++ >= capacity)
{
resizeTable(2 * hashArray.Length);
}
}
/**
* copies the hash table to the specified array
*/
private void copyHashTableTo(LongHashMapEntry[] par1ArrayOfLongHashMapEntry)
{
LongHashMapEntry[] alonghashmapentry = hashArray;
int i = par1ArrayOfLongHashMapEntry.Length;
for (int j = 0; j < alonghashmapentry.Length; j++)
{
LongHashMapEntry longhashmapentry = alonghashmapentry[j];
if (longhashmapentry == null)
{
continue;
}
alonghashmapentry[j] = null;
do
{
LongHashMapEntry longhashmapentry1 = longhashmapentry.nextEntry;
int k = getHashIndex(longhashmapentry.hash, i);
longhashmapentry.nextEntry = par1ArrayOfLongHashMapEntry[k];
par1ArrayOfLongHashMapEntry[k] = longhashmapentry;
longhashmapentry = longhashmapentry1;
}
while (longhashmapentry != null);
}
}
/**
* calls the removeKey method and returns removed object
*/
public Object remove(long par1)
{
LongHashMapEntry longhashmapentry = removeKey(par1);
return(longhashmapentry != null ? longhashmapentry.value : null);
}