void deflate_start(int level)
{
if(level==0)
level=DEFAULT_LEVEL;
else if(level<1)
level=1;
else if(level>9)
level=9;
this.compr_level=level;
this.initflag=false;
this.eofile=false;
if(outbuf!=null)return;
this.free_queue=this.qhead=this.qtail=null;
this.outbuf=new byte[OUTBUFSIZ];
this.win=new byte[window_size];
this.d_buf=new int[DIST_BUFSIZE];
this.l_buf=new int[INBUFSIZ+INBUF_EXTRA];
this.prev=new int[1<<BITS];
this.dyn_ltree=new_ctarray(HEAP_SIZE);
this.dyn_dtree=new_ctarray(2*D_CODES+1);
this.static_ltree=new_ctarray(L_CODES+2);
this.static_dtree=new_ctarray(D_CODES);
this.bl_tree=new_ctarray(2*BL_CODES+1);
this.l_desc=new DeflateTreeDesc();
this.d_desc=new DeflateTreeDesc();
this.bl_desc=new DeflateTreeDesc();
this.bl_count=new int[MAX_BITS+1];
this.heap=new int[2*L_CODES+1];
this.depth=new int[2*L_CODES+1];
this.length_code=new int[MAX_MATCH-MIN_MATCH+1];
this.dist_code=new int[512];
this.base_length=new int[LENGTH_CODES];
this.base_dist=new int[D_CODES];
this.flag_buf=new int[LIT_BUFSIZE/8];
}
/*
function deflate_end(){
free_queue=qhead=qtail=null;
outbuf=null;
win=null;
d_buf=null;
l_buf=null;
prev=null;
dyn_ltree=null;
dyn_dtree=null;
static_ltree=null;
static_dtree=null;
bl_tree=null;
l_desc=null;
d_desc=null;
bl_desc=null;
bl_count=null;
heap=null;
depth=null;
length_code=null;
dist_code=null;
base_length=null;
base_dist=null;
flag_buf=null;
}
//*/
void reuse_queue(DeflateBuffer p)
{
p.next=free_queue;
free_queue=p;
}
void qoutbuf()
{
if(outcnt!=0){
DeflateBuffer q=new_queue();
if(qhead==null)
qhead=qtail=q;
else{
qtail=qtail.next=q;
}
q.len=outcnt-outoff;
// System.arraycopy(outbuf,outoff,q.ptr,0,q.len);
for(int i=0;i<q.len;i++)
q.ptr[i]=outbuf[outoff+i];
outcnt=outoff=0;
}
}
int qcopy(byte[] buff,int off,int buff_size)
{
int n,i,j;
n=0;
while(qhead!=null&&n<buff_size){
i=buff_size-n;
if(i>qhead.len)i=qhead.len;
// System.arraycopy(qhead.ptr,qhead.off,buff,off+n,i);
for(j=0;j<i;j++)buff[off+n+j]=qhead.ptr[qhead.off+j];
qhead.off+=i;
qhead.len-=i;
n+=i;
if(qhead.len==0){
DeflateBuffer p=qhead;
qhead=qhead.next;
reuse_queue(p);
}
}
if(n==buff_size)return n;
if(outoff<outcnt){
i=buff_size-n;
if(i>outcnt-outoff)i=outcnt-outoff;
// System.arraycopy(outbuf,outoff,buff,off+n,i);
for(j=0;j<i;j++)buff[off+n+j]=outbuf[outoff+j];
outoff+=i;
n+=i;
if(outcnt==outoff)outcnt=outoff=0;
}
return n;
}
DeflateBuffer new_queue()
{
DeflateBuffer p;
if(free_queue!=null){
p=this.free_queue;
this.free_queue=free_queue.next;
}else{
p=new DeflateBuffer();
}
p.next=null;
p.len=p.off=0;
return p;
}
void init_deflate()
{
if(eofile)return;
bi_buf=0;
bi_valid=0;
ct_init();
lm_init();
qhead=null;
outcnt=0;
outoff=0;
if(compr_level<=3){
prev_length=MIN_MATCH-1;
match_length=0;
}else{
match_length=MIN_MATCH-1;
match_available=0;
}
complete=false;
}
