Adding upstream version 1.3.upstream/1.3

Signed-off-by: Daniel Baumann <mail@daniel-baumann.ch>

1 files changed, 184 insertions, 177 deletions

diff --git a/encoder.c b/encoder.c
index 20180d7..84e2586 100644
--- a/encoder.c
+++ b/encoder.c
@@ -1,5 +1,5 @@
 /*  Clzip - Data compressor based on the LZMA algorithm
-    Copyright (C) 2010, 2011 Antonio Diaz Diaz.
+    Copyright (C) 2010, 2011, 2012 Antonio Diaz Diaz.
 
     This program is free software: you can redistribute it and/or modify
     it under the terms of the GNU General Public License as published by
@@ -19,9 +19,9 @@
 
 #include <errno.h>
 #include <stdbool.h>
+#include <stdint.h>
 #include <stdlib.h>
 #include <string.h>
-#include <stdint.h>
 
 #include "clzip.h"
 #include "encoder.h"
@@ -40,65 +40,75 @@ bool Mf_read_block( struct Matchfinder * const mf )
     mf->stream_pos += rd;
     if( rd != size && errno )
       { show_error( "Read error", errno, false ); cleanup_and_fail( 1 ); }
-    mf->at_stream_end = ( rd < size );
+    if( rd < size )
+      { mf->at_stream_end = true; mf->pos_limit = mf->buffer_size; }
     }
   return mf->pos < mf->stream_pos;
   }
 
 
-void Mf_init( struct Matchfinder * const mf,
+void Mf_normalize_pos( struct Matchfinder * const mf )
+  {
+  if( mf->pos > mf->stream_pos )
+    internal_error( "pos > stream_pos in Mf_normalize_pos" );
+  if( !mf->at_stream_end )
+    {
+    int i;
+    const int offset = mf->pos - mf->dictionary_size - before_size;
+    const int size = mf->stream_pos - offset;
+    memmove( mf->buffer, mf->buffer + offset, size );
+    mf->partial_data_pos += offset;
+    mf->pos -= offset;
+    mf->stream_pos -= offset;
+    for( i = 0; i < num_prev_positions; ++i )
+      if( mf->prev_positions[i] >= 0 ) mf->prev_positions[i] -= offset;
+    for( i = 0; i < 2 * mf->dictionary_size; ++i )
+      if( mf->prev_pos_tree[i] >= 0 ) mf->prev_pos_tree[i] -= offset;
+    Mf_read_block( mf );
+    }
+  }
+
+
+bool Mf_init( struct Matchfinder * const mf,
               const int dict_size, const int len_limit, const int ifd )
   {
   const int buffer_size_limit = ( 2 * dict_size ) + before_size + after_size;
   int i;
   mf->partial_data_pos = 0;
-  mf->prev_positions =
-    (int32_t *)malloc( num_prev_positions * sizeof (int32_t) );
-  if( !mf->prev_positions )
-    {
-    show_error( "Not enough memory. Try a smaller dictionary size.", 0, false );
-    cleanup_and_fail( 1 );
-    }
+  mf->prev_positions = (int32_t *)malloc( num_prev_positions * sizeof (int32_t) );
+  if( !mf->prev_positions ) return false;
   mf->pos = 0;
   mf->cyclic_pos = 0;
   mf->stream_pos = 0;
-  mf->match_len_limit_ = len_limit;
+  mf->match_len_limit = len_limit;
   mf->cycles = ( len_limit < max_match_len ) ? 16 + ( len_limit / 2 ) : 256;
   mf->infd = ifd;
   mf->at_stream_end = false;
 
+  for( i = 0; i < num_prev_positions; ++i ) mf->prev_positions[i] = -1;
   mf->buffer_size = max( 65536, dict_size );
   mf->buffer = (uint8_t *)malloc( mf->buffer_size );
-  if( !mf->buffer )
-    {
-    show_error( "Not enough memory. Try a smaller dictionary size.", 0, false );
-    cleanup_and_fail( 1 );
-    }
+  if( !mf->buffer ) { free( mf->prev_positions ); return false; }
   if( Mf_read_block( mf ) && !mf->at_stream_end &&
       mf->buffer_size < buffer_size_limit )
     {
     mf->buffer_size = buffer_size_limit;
-    mf->buffer = (uint8_t *)realloc( mf->buffer, mf->buffer_size );
-    if( !mf->buffer )
-      {
-      show_error( "Not enough memory. Try a smaller dictionary size.", 0, false );
-      cleanup_and_fail( 1 );
-      }
+    uint8_t * const tmp = (uint8_t *)realloc( mf->buffer, mf->buffer_size );
+    if( !tmp )
+      { free( mf->buffer ); free( mf->prev_positions ); return false; }
+    mf->buffer = tmp;
     Mf_read_block( mf );
     }
   if( mf->at_stream_end && mf->stream_pos < dict_size )
-    mf->dictionary_size_ = max( min_dictionary_size, mf->stream_pos );
-  else mf->dictionary_size_ = dict_size;
+    mf->dictionary_size = max( min_dictionary_size, mf->stream_pos );
+  else mf->dictionary_size = dict_size;
   mf->pos_limit = mf->buffer_size;
   if( !mf->at_stream_end ) mf->pos_limit -= after_size;
   mf->prev_pos_tree =
-    (int32_t *)malloc( 2 * mf->dictionary_size_ * sizeof (int32_t) );
+    (int32_t *)malloc( 2 * mf->dictionary_size * sizeof (int32_t) );
   if( !mf->prev_pos_tree )
-    {
-    show_error( "Not enough memory. Try a smaller dictionary size.", 0, false );
-    cleanup_and_fail( 1 );
-    }
-  for( i = 0; i < num_prev_positions; ++i ) mf->prev_positions[i] = -1;
+    { free( mf->buffer ); free( mf->prev_positions ); return false; }
+  return true;
   }
 
 
@@ -116,32 +126,6 @@ void Mf_reset( struct Matchfinder * const mf )
   }
 
 
-void Mf_move_pos( struct Matchfinder * const mf )
-  {
-  if( ++mf->cyclic_pos >= mf->dictionary_size_ ) mf->cyclic_pos = 0;
-  if( ++mf->pos >= mf->pos_limit )
-    {
-    if( mf->pos > mf->stream_pos )
-      internal_error( "pos > stream_pos in Mf_move_pos" );
-    if( !mf->at_stream_end )
-      {
-      int i;
-      const int offset = mf->pos - mf->dictionary_size_ - before_size;
-      const int size = mf->stream_pos - offset;
-      memmove( mf->buffer, mf->buffer + offset, size );
-      mf->partial_data_pos += offset;
-      mf->pos -= offset;
-      mf->stream_pos -= offset;
-      for( i = 0; i < num_prev_positions; ++i )
-        if( mf->prev_positions[i] >= 0 ) mf->prev_positions[i] -= offset;
-      for( i = 0; i < 2 * mf->dictionary_size_; ++i )
-        if( mf->prev_pos_tree[i] >= 0 ) mf->prev_pos_tree[i] -= offset;
-      Mf_read_block( mf );
-      }
-    }
-  }
-
-
 int Mf_longest_match_len( struct Matchfinder * const mf, int * const distances )
   {
   int32_t * ptr0 = mf->prev_pos_tree + ( mf->cyclic_pos << 1 );
@@ -150,11 +134,11 @@ int Mf_longest_match_len( struct Matchfinder * const mf, int * const distances )
   const uint8_t * newdata;
   int len = 0, len0 = 0, len1 = 0;
   int maxlen = min_match_len - 1;
-  const int min_pos = (mf->pos >= mf->dictionary_size_) ?
-                      (mf->pos - mf->dictionary_size_ + 1) : 0;
+  const int min_pos = (mf->pos >= mf->dictionary_size) ?
+                      (mf->pos - mf->dictionary_size + 1) : 0;
   const uint8_t * const data = mf->buffer + mf->pos;
   int count, delta, key2, key3, key4, newpos, tmp;
-  int len_limit = mf->match_len_limit_;
+  int len_limit = mf->match_len_limit;
 
   if( len_limit > Mf_available_bytes( mf ) )
     {
@@ -187,7 +171,6 @@ int Mf_longest_match_len( struct Matchfinder * const mf, int * const distances )
   newpos = mf->prev_positions[key4];
   mf->prev_positions[key4] = mf->pos;
 
-
   for( count = mf->cycles; ; )
     {
     if( newpos < min_pos || --count < 0 ) { *ptr0 = *ptr1 = -1; break; }
@@ -199,7 +182,7 @@ int Mf_longest_match_len( struct Matchfinder * const mf, int * const distances )
 
     newptr = mf->prev_pos_tree +
       ( ( mf->cyclic_pos - delta +
-          ( ( mf->cyclic_pos >= delta ) ? 0 : mf->dictionary_size_ ) ) << 1 );
+          ( ( mf->cyclic_pos >= delta ) ? 0 : mf->dictionary_size ) ) << 1 );
 
     if( len < len_limit )
       {
@@ -234,42 +217,44 @@ int Mf_longest_match_len( struct Matchfinder * const mf, int * const distances )
   }
 
 
-void Re_flush_data( struct Range_encoder * const range_encoder )
+void Re_flush_data( struct Range_encoder * const renc )
   {
-  if( range_encoder->pos > 0 )
+  if( renc->pos > 0 )
     {
-    if( range_encoder->outfd >= 0 &&
-        writeblock( range_encoder->outfd, range_encoder->buffer,
-                    range_encoder->pos ) != range_encoder->pos )
+    if( renc->outfd >= 0 &&
+        writeblock( renc->outfd, renc->buffer,
+                    renc->pos ) != renc->pos )
       { show_error( "Write error", errno, false ); cleanup_and_fail( 1 ); }
-    range_encoder->partial_member_pos += range_encoder->pos;
-    range_encoder->pos = 0;
+    renc->partial_member_pos += renc->pos;
+    renc->pos = 0;
     }
   }
 
 
 void Lee_encode( struct Len_encoder * const len_encoder,
-                 struct Range_encoder * const range_encoder,
+                 struct Range_encoder * const renc,
                  int symbol, const int pos_state )
   {
   symbol -= min_match_len;
   if( symbol < len_low_symbols )
     {
-    Re_encode_bit( range_encoder, &len_encoder->choice1, 0 );
-    Re_encode_tree( range_encoder, len_encoder->bm_low[pos_state], symbol, len_low_bits );
+    Re_encode_bit( renc, &len_encoder->choice1, 0 );
+    Re_encode_tree( renc, len_encoder->bm_low[pos_state], symbol, len_low_bits );
     }
   else
     {
-    Re_encode_bit( range_encoder, &len_encoder->choice1, 1 );
+    Re_encode_bit( renc, &len_encoder->choice1, 1 );
     if( symbol < len_low_symbols + len_mid_symbols )
       {
-      Re_encode_bit( range_encoder, &len_encoder->choice2, 0 );
-      Re_encode_tree( range_encoder, len_encoder->bm_mid[pos_state], symbol - len_low_symbols, len_mid_bits );
+      Re_encode_bit( renc, &len_encoder->choice2, 0 );
+      Re_encode_tree( renc, len_encoder->bm_mid[pos_state],
+                      symbol - len_low_symbols, len_mid_bits );
       }
     else
       {
-      Re_encode_bit( range_encoder, &len_encoder->choice2, 1 );
-      Re_encode_tree( range_encoder, len_encoder->bm_high, symbol - len_low_symbols - len_mid_symbols, len_high_bits );
+      Re_encode_bit( renc, &len_encoder->choice2, 1 );
+      Re_encode_tree( renc, len_encoder->bm_high,
+                      symbol - len_low_symbols - len_mid_symbols, len_high_bits );
       }
     }
   if( --len_encoder->counters[pos_state] <= 0 )
@@ -277,11 +262,32 @@ void Lee_encode( struct Len_encoder * const len_encoder,
   }
 
 
+     /* End Of Stream mark => (dis == 0xFFFFFFFFU, len == min_match_len) */
+void LZe_full_flush( struct LZ_encoder * const encoder, const State state )
+  {
+  int i;
+  const int pos_state = Mf_data_position( encoder->matchfinder ) & pos_state_mask;
+  File_trailer trailer;
+  Re_encode_bit( &encoder->range_encoder, &encoder->bm_match[state][pos_state], 1 );
+  Re_encode_bit( &encoder->range_encoder, &encoder->bm_rep[state], 0 );
+  LZe_encode_pair( encoder, 0xFFFFFFFFU, min_match_len, pos_state );
+  Re_flush( &encoder->range_encoder );
+  Ft_set_data_crc( trailer, LZe_crc( encoder ) );
+  Ft_set_data_size( trailer, Mf_data_position( encoder->matchfinder ) );
+  Ft_set_member_size( trailer, Re_member_position( &encoder->range_encoder ) +
+                               Ft_size );
+  for( i = 0; i < Ft_size; ++i )
+    Re_put_byte( &encoder->range_encoder, trailer[i] );
+  Re_flush_data( &encoder->range_encoder );
+  }
+
+
 void LZe_fill_align_prices( struct LZ_encoder * const encoder )
   {
   int i;
   for( i = 0; i < dis_align_size; ++i )
-    encoder->align_prices[i] = price_symbol_reversed( encoder->bm_align, i, dis_align_bits );
+    encoder->align_prices[i] =
+      price_symbol_reversed( encoder->bm_align, i, dis_align_bits );
   encoder->align_price_count = dis_align_size;
   }
 
@@ -295,7 +301,8 @@ void LZe_fill_distance_prices( struct LZ_encoder * const encoder )
     const int direct_bits = ( dis_slot >> 1 ) - 1;
     const int base = ( 2 | ( dis_slot & 1 ) ) << direct_bits;
     const int price =
-      price_symbol_reversed( encoder->bm_dis + base - dis_slot, dis - base, direct_bits );
+      price_symbol_reversed( encoder->bm_dis + base - dis_slot,
+                             dis - base, direct_bits );
     for( dis_state = 0; dis_state < max_dis_states; ++dis_state )
       encoder->dis_prices[dis_state][dis] = price;
     }
@@ -320,17 +327,63 @@ void LZe_fill_distance_prices( struct LZ_encoder * const encoder )
   }
 
 
+bool LZe_init( struct LZ_encoder * const encoder,
+               struct Matchfinder * const mf,
+               const File_header header, const int outfd )
+  {
+  int i, j;
+  encoder->longest_match_found = 0;
+  encoder->crc = 0xFFFFFFFFU;
+
+  for( i = 0; i < states; ++i )
+    {
+    for( j = 0; j < pos_states; ++j )
+      {
+      Bm_init( &encoder->bm_match[i][j] );
+      Bm_init( &encoder->bm_len[i][j] );
+      }
+    Bm_init( &encoder->bm_rep[i] );
+    Bm_init( &encoder->bm_rep0[i] );
+    Bm_init( &encoder->bm_rep1[i] );
+    Bm_init( &encoder->bm_rep2[i] );
+    }
+  for( i = 0; i < max_dis_states; ++i )
+    for( j = 0; j < 1<<dis_slot_bits; ++j )
+      Bm_init( &encoder->bm_dis_slot[i][j] );
+  for( i = 0; i < modeled_distances-end_dis_model+1; ++i )
+    Bm_init( &encoder->bm_dis[i] );
+  for( i = 0; i < dis_align_size; ++i )
+    Bm_init( &encoder->bm_align[i] );
+
+  encoder->matchfinder = mf;
+  if( !Re_init( &encoder->range_encoder, outfd ) ) return false;
+  Lee_init( &encoder->len_encoder, encoder->matchfinder->match_len_limit );
+  Lee_init( &encoder->rep_match_len_encoder, encoder->matchfinder->match_len_limit );
+  Lie_init( &encoder->literal_encoder );
+  encoder->num_dis_slots =
+    2 * real_bits( encoder->matchfinder->dictionary_size - 1 );
+
+  LZe_fill_align_prices( encoder );
+
+  for( i = 0; i < Fh_size; ++i )
+    Re_put_byte( &encoder->range_encoder, header[i] );
+  return true;
+  }
+
+
 /* Return value == number of bytes advanced (ahead).
    trials[0]..trials[retval-1] contain the steps to encode.
-   ( trials[0].dis == -1 && trials[0].price == 1 ) means literal. */
+   ( trials[0].dis == -1 && trials[0].price == 1 ) means literal.
+*/
 int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
-                            const int reps[num_rep_distances], const State state )
+                            const int reps[num_rep_distances],
+                            const State state )
   {
   int main_len, i, rep, cur = 0, num_trials;
   int replens[num_rep_distances];
   int rep_index = 0;
 
-  if( encoder->longest_match_found > 0 )		/* from previous call */
+  if( encoder->longest_match_found > 0 )	/* from previous call */
     {
     main_len = encoder->longest_match_found;
     encoder->longest_match_found = 0;
@@ -342,20 +395,21 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
     replens[i] = Mf_true_match_len( encoder->matchfinder, 0, reps[i] + 1, max_match_len );
     if( replens[i] > replens[rep_index] ) rep_index = i;
     }
-  if( replens[rep_index] >= Mf_match_len_limit( encoder->matchfinder ) )
+  if( replens[rep_index] >= encoder->matchfinder->match_len_limit )
     {
     encoder->trials[0].dis = rep_index;
     encoder->trials[0].price = replens[rep_index];
-    LZe_move_pos( encoder, replens[rep_index], true );
+    LZe_move_pos( encoder, replens[rep_index] );
     return replens[rep_index];
     }
 
-  if( main_len >= Mf_match_len_limit( encoder->matchfinder ) )
+  if( main_len >= encoder->matchfinder->match_len_limit )
     {
-    encoder->trials[0].dis = encoder->match_distances[Mf_match_len_limit( encoder->matchfinder )] +
-                             num_rep_distances;
+    encoder->trials[0].dis =
+      encoder->match_distances[encoder->matchfinder->match_len_limit] +
+      num_rep_distances;
     encoder->trials[0].price = main_len;
-    LZe_move_pos( encoder, main_len, true );
+    LZe_move_pos( encoder, main_len );
     return main_len;
     }
 
@@ -368,17 +422,21 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
   const uint8_t match_byte = Mf_peek( encoder->matchfinder, -reps[0]-1 );
 
   encoder->trials[0].state = state;
-  for( i = 0; i < num_rep_distances; ++i ) encoder->trials[0].reps[i] = reps[i];
+  for( i = 0; i < num_rep_distances; ++i )
+    encoder->trials[0].reps[i] = reps[i];
   encoder->trials[1].dis = -1;
   encoder->trials[1].prev_index = 0;
   encoder->trials[1].price = price0( encoder->bm_match[state][pos_state] );
   if( St_is_char( state ) )
-    encoder->trials[1].price += Lie_price_symbol( &encoder->literal_encoder, prev_byte, cur_byte );
+    encoder->trials[1].price +=
+      Lie_price_symbol( &encoder->literal_encoder, prev_byte, cur_byte );
   else
-    encoder->trials[1].price += Lie_price_matched( &encoder->literal_encoder, prev_byte, cur_byte, match_byte );
+    encoder->trials[1].price +=
+      Lie_price_matched( &encoder->literal_encoder, prev_byte, cur_byte, match_byte );
 
   if( match_byte == cur_byte )
-    Tr_update( &encoder->trials[1], 0, 0, rep_match_price + LZe_price_rep_len1( encoder, state, pos_state ) );
+    Tr_update( &encoder->trials[1], 0, 0, rep_match_price +
+               LZe_price_rep_len1( encoder, state, pos_state ) );
 
   if( main_len < min_match_len )
     {
@@ -404,7 +462,7 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
       encoder->trials[len].dis = encoder->match_distances[len] + num_rep_distances;
       encoder->trials[len].prev_index = 0;
       encoder->trials[len].price = normal_match_price +
-                                   LZe_price_pair( encoder, encoder->match_distances[len], len, pos_state );
+        LZe_price_pair( encoder, encoder->match_distances[len], len, pos_state );
       }
     }
 
@@ -435,7 +493,7 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
       return cur;
       }
     newlen = LZe_read_match_distances( encoder );
-    if( newlen >= Mf_match_len_limit( encoder->matchfinder ) )
+    if( newlen >= encoder->matchfinder->match_len_limit )
       {
       encoder->longest_match_found = newlen;
       LZe_backward( encoder, cur );
@@ -449,6 +507,7 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
 
     for( i = 0; i < num_rep_distances; ++i )
       cur_trial->reps[i] = encoder->trials[prev_index].reps[i];
+
     if( prev_index == cur - 1 )
       {
       if( cur_trial->dis == 0 ) St_set_short_rep( &cur_trial->state );
@@ -466,11 +525,14 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
     cur_byte = Mf_peek( encoder->matchfinder, 0 );
     match_byte = Mf_peek( encoder->matchfinder, -cur_trial->reps[0]-1 );
 
-    next_price = cur_trial->price + price0( encoder->bm_match[cur_trial->state][pos_state] );
+    next_price = cur_trial->price +
+                 price0( encoder->bm_match[cur_trial->state][pos_state] );
     if( St_is_char( cur_trial->state ) )
-      next_price += Lie_price_symbol( &encoder->literal_encoder, prev_byte, cur_byte );
+      next_price += Lie_price_symbol( &encoder->literal_encoder,
+                                      prev_byte, cur_byte );
     else
-      next_price += Lie_price_matched( &encoder->literal_encoder, prev_byte, cur_byte, match_byte );
+      next_price += Lie_price_matched( &encoder->literal_encoder,
+                                       prev_byte, cur_byte, match_byte );
     Mf_move_pos( encoder->matchfinder );
 
     next_trial = &encoder->trials[cur+1];
@@ -486,7 +548,7 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
 
     len_limit = min( min( max_num_trials - 1 - cur,
                           Mf_available_bytes( encoder->matchfinder ) ),
-                     Mf_match_len_limit( encoder->matchfinder ) );
+                     encoder->matchfinder->match_len_limit );
     if( len_limit < min_match_len ) continue;
 
     for( rep = 0; rep < num_rep_distances; ++rep )
@@ -545,82 +607,21 @@ int LZe_sequence_optimizer( struct LZ_encoder * const encoder,
   }
 
 
-     /* End Of Stream mark => (dis == 0xFFFFFFFFU, len == min_match_len) */
-void LZe_full_flush( struct LZ_encoder * const encoder, const State state )
-  {
-  int i;
-  const int pos_state = Mf_data_position( encoder->matchfinder ) & pos_state_mask;
-  File_trailer trailer;
-  Re_encode_bit( &encoder->range_encoder, &encoder->bm_match[state][pos_state], 1 );
-  Re_encode_bit( &encoder->range_encoder, &encoder->bm_rep[state], 0 );
-  LZe_encode_pair( encoder, 0xFFFFFFFFU, min_match_len, pos_state );
-  Re_flush( &encoder->range_encoder );
-  Ft_set_data_crc( trailer, LZe_crc( encoder ) );
-  Ft_set_data_size( trailer, Mf_data_position( encoder->matchfinder ) );
-  Ft_set_member_size( trailer, LZe_member_position( encoder ) + Ft_size );
-  for( i = 0; i < Ft_size; ++i )
-    Re_put_byte( &encoder->range_encoder, trailer[i] );
-  Re_flush_data( &encoder->range_encoder );
-  }
-
-
-void LZe_init( struct LZ_encoder * const encoder, struct Matchfinder * const mf,
-               const File_header header, const int outfd )
-  {
-  int i, j;
-  encoder->longest_match_found = 0;
-  encoder->crc_ = 0xFFFFFFFFU;
-
-  for( i = 0; i < states; ++i )
-    {
-    for( j = 0; j < pos_states; ++j )
-      {
-      Bm_init( &encoder->bm_match[i][j] );
-      Bm_init( &encoder->bm_len[i][j] );
-      }
-    Bm_init( &encoder->bm_rep[i] );
-    Bm_init( &encoder->bm_rep0[i] );
-    Bm_init( &encoder->bm_rep1[i] );
-    Bm_init( &encoder->bm_rep2[i] );
-    }
-  for( i = 0; i < max_dis_states; ++i )
-    for( j = 0; j < 1<<dis_slot_bits; ++j )
-      Bm_init( &encoder->bm_dis_slot[i][j] );
-  for( i = 0; i < modeled_distances-end_dis_model+1; ++i )
-    Bm_init( &encoder->bm_dis[i] );
-  for( i = 0; i < dis_align_size; ++i )
-    Bm_init( &encoder->bm_align[i] );
-
-  encoder->matchfinder = mf;
-  Re_init( &encoder->range_encoder, outfd );
-  Lee_init( &encoder->len_encoder, Mf_match_len_limit( encoder->matchfinder ) ),
-  Lee_init( &encoder->rep_match_len_encoder, Mf_match_len_limit( encoder->matchfinder ) ),
-  Lie_init( &encoder->literal_encoder );
-  encoder->num_dis_slots = 2 * real_bits( Mf_dictionary_size( encoder->matchfinder ) - 1 );
-
-  LZe_fill_align_prices( encoder );
-
-  for( i = 0; i < Fh_size; ++i )
-    Re_put_byte( &encoder->range_encoder, header[i] );
-  }
-
-
 bool LZe_encode_member( struct LZ_encoder * const encoder,
                         const long long member_size )
   {
   const long long member_size_limit =
     member_size - Ft_size - max_marker_size;
   const int fill_count =
-    ( Mf_match_len_limit( encoder->matchfinder ) > 12 ) ? 512 : 2048;
+    ( encoder->matchfinder->match_len_limit > 12 ) ? 512 : 2048;
   int fill_counter = 0;
-  int ahead;
-  int i;
+  int ahead, i;
   int rep_distances[num_rep_distances];
   State state = 0;
   for( i = 0; i < num_rep_distances; ++i ) rep_distances[i] = 0;
 
   if( Mf_data_position( encoder->matchfinder ) != 0 ||
-      LZe_member_position( encoder ) != Fh_size )
+      Re_member_position( &encoder->range_encoder ) != Fh_size )
     return false;			/* can be called only once */
 
   if( !Mf_finished( encoder->matchfinder ) )	/* encode first byte */
@@ -629,46 +630,50 @@ bool LZe_encode_member( struct LZ_encoder * const encoder,
     const uint8_t cur_byte = Mf_peek( encoder->matchfinder, 0 );
     Re_encode_bit( &encoder->range_encoder, &encoder->bm_match[state][0], 0 );
     Lie_encode( &encoder->literal_encoder, &encoder->range_encoder, prev_byte, cur_byte );
-    CRC32_update_byte( &encoder->crc_, cur_byte );
-    LZe_move_pos( encoder, 1, false );
+    CRC32_update_byte( &encoder->crc, cur_byte );
+    Mf_longest_match_len( encoder->matchfinder, 0 );
+    Mf_move_pos( encoder->matchfinder );
     }
 
-  while( true )
+  while( !Mf_finished( encoder->matchfinder ) )
     {
-    if( Mf_finished( encoder->matchfinder ) )
-      { LZe_full_flush( encoder, state ); return true; }
     if( fill_counter <= 0 )
       { LZe_fill_distance_prices( encoder ); fill_counter = fill_count; }
 
     ahead = LZe_sequence_optimizer( encoder, rep_distances, state );
-    if( ahead <= 0 ) return false;
+    if( ahead <= 0 ) return false;		/* can't happen */
     fill_counter -= ahead;
 
     for( i = 0; ; )
       {
-      const int pos_state = ( Mf_data_position( encoder->matchfinder ) - ahead ) & pos_state_mask;
+      const int pos_state =
+        ( Mf_data_position( encoder->matchfinder ) - ahead ) & pos_state_mask;
       const int dis = encoder->trials[i].dis;
       const int len = encoder->trials[i].price;
 
       bool bit = ( dis < 0 && len == 1 );
-      Re_encode_bit( &encoder->range_encoder, &encoder->bm_match[state][pos_state], !bit );
-      if( bit )				/* literal byte */
+      Re_encode_bit( &encoder->range_encoder,
+                     &encoder->bm_match[state][pos_state], !bit );
+      if( bit )					/* literal byte */
         {
         const uint8_t prev_byte = Mf_peek( encoder->matchfinder, -ahead-1 );
         const uint8_t cur_byte = Mf_peek( encoder->matchfinder, -ahead );
-        CRC32_update_byte( &encoder->crc_, cur_byte );
+        CRC32_update_byte( &encoder->crc, cur_byte );
         if( St_is_char( state ) )
-          Lie_encode( &encoder->literal_encoder, &encoder->range_encoder, prev_byte, cur_byte );
+          Lie_encode( &encoder->literal_encoder, &encoder->range_encoder,
+                      prev_byte, cur_byte );
         else
           {
-          const uint8_t match_byte = Mf_peek( encoder->matchfinder, -ahead-rep_distances[0]-1 );
-          Lie_encode_matched( &encoder->literal_encoder, &encoder->range_encoder, prev_byte, cur_byte, match_byte );
+          const uint8_t match_byte =
+            Mf_peek( encoder->matchfinder, -ahead-rep_distances[0]-1 );
+          Lie_encode_matched( &encoder->literal_encoder, &encoder->range_encoder,
+                              prev_byte, cur_byte, match_byte );
           }
         St_set_char( &state );
         }
       else				/* match or repeated match */
         {
-        CRC32_update_buf( &encoder->crc_, Mf_ptr_to_current_pos( encoder->matchfinder ) - ahead, len );
+        CRC32_update_buf( &encoder->crc, Mf_ptr_to_current_pos( encoder->matchfinder ) - ahead, len );
         LZe_mtf_reps( dis, rep_distances );
         bit = ( dis < num_rep_distances );
         Re_encode_bit( &encoder->range_encoder, &encoder->bm_rep[state], bit );
@@ -698,7 +703,7 @@ bool LZe_encode_member( struct LZ_encoder * const encoder,
           }
         }
       ahead -= len; i += len;
-      if( LZe_member_position( encoder ) >= member_size_limit )
+      if( Re_member_position( &encoder->range_encoder ) >= member_size_limit )
         {
         if( !Mf_dec_pos( encoder->matchfinder, ahead ) ) return false;
         LZe_full_flush( encoder, state );
@@ -707,4 +712,6 @@ bool LZe_encode_member( struct LZ_encoder * const encoder,
       if( ahead <= 0 ) break;
       }
     }
+  LZe_full_flush( encoder, state );
+  return true;
   }