Bug 1355671 - Import brotli encoder and command line tool code. r=gps
authorMike Hommey <mh+mozilla@glandium.org>
Fri, 07 Apr 2017 15:57:31 +0900
changeset 353706 666f87b2d58fab1d0feed62f695635129239f8d5
parent 353705 904cbae6e23572b12b9e1d8bd62246fb20c792f8
child 353707 55cb8ab2f8466b99cf88d6c59d2ab151b89065e9
push id31675
push usercbook@mozilla.com
push dateWed, 19 Apr 2017 08:28:05 +0000
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reviewersgps
bugs1355671
milestone55.0a1
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Bug 1355671 - Import brotli encoder and command line tool code. r=gps
modules/brotli/enc/Makefile
modules/brotli/enc/backward_references.cc
modules/brotli/enc/backward_references.h
modules/brotli/enc/bit_cost.h
modules/brotli/enc/block_splitter.cc
modules/brotli/enc/block_splitter.h
modules/brotli/enc/brotli_bit_stream.cc
modules/brotli/enc/brotli_bit_stream.h
modules/brotli/enc/cluster.h
modules/brotli/enc/command.h
modules/brotli/enc/compress_fragment.cc
modules/brotli/enc/compress_fragment.h
modules/brotli/enc/compress_fragment_two_pass.cc
modules/brotli/enc/compress_fragment_two_pass.h
modules/brotli/enc/compressor.h
modules/brotli/enc/context.h
modules/brotli/enc/dictionary.cc
modules/brotli/enc/dictionary.h
modules/brotli/enc/dictionary_hash.h
modules/brotli/enc/encode.cc
modules/brotli/enc/encode.h
modules/brotli/enc/encode_parallel.cc
modules/brotli/enc/encode_parallel.h
modules/brotli/enc/entropy_encode.cc
modules/brotli/enc/entropy_encode.h
modules/brotli/enc/entropy_encode_static.h
modules/brotli/enc/fast_log.h
modules/brotli/enc/find_match_length.h
modules/brotli/enc/hash.h
modules/brotli/enc/histogram.cc
modules/brotli/enc/histogram.h
modules/brotli/enc/literal_cost.cc
modules/brotli/enc/literal_cost.h
modules/brotli/enc/metablock.cc
modules/brotli/enc/metablock.h
modules/brotli/enc/port.h
modules/brotli/enc/prefix.h
modules/brotli/enc/ringbuffer.h
modules/brotli/enc/static_dict.cc
modules/brotli/enc/static_dict.h
modules/brotli/enc/static_dict_lut.h
modules/brotli/enc/streams.cc
modules/brotli/enc/streams.h
modules/brotli/enc/transform.h
modules/brotli/enc/types.h
modules/brotli/enc/utf8_util.cc
modules/brotli/enc/utf8_util.h
modules/brotli/enc/write_bits.h
modules/brotli/tools/Makefile
modules/brotli/tools/bro.cc
modules/brotli/tools/rfc-format.py
modules/brotli/tools/version.h
modules/brotli/update.sh
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/Makefile
@@ -0,0 +1,14 @@
+#brotli/enc
+
+include ../shared.mk
+
+OBJS_NODICT = backward_references.o block_splitter.o brotli_bit_stream.o compress_fragment.o compress_fragment_two_pass.o encode.o encode_parallel.o entropy_encode.o histogram.o literal_cost.o metablock.o static_dict.o streams.o utf8_util.o
+OBJS = $(OBJS_NODICT) dictionary.o
+
+nodict : $(OBJS_NODICT)
+
+all : $(OBJS)
+
+clean :
+	rm -f $(OBJS) $(SO)
+
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/backward_references.cc
@@ -0,0 +1,858 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Function to find backward reference copies.
+
+#include "./backward_references.h"
+
+#include <algorithm>
+#include <limits>
+#include <vector>
+
+#include "./command.h"
+#include "./fast_log.h"
+#include "./literal_cost.h"
+
+namespace brotli {
+
+// The maximum length for which the zopflification uses distinct distances.
+static const uint16_t kMaxZopfliLen = 325;
+
+// Histogram based cost model for zopflification.
+class ZopfliCostModel {
+ public:
+  ZopfliCostModel(void) : min_cost_cmd_(kInfinity) {}
+
+  void SetFromCommands(size_t num_bytes,
+                       size_t position,
+                       const uint8_t* ringbuffer,
+                       size_t ringbuffer_mask,
+                       const Command* commands,
+                       size_t num_commands,
+                       size_t last_insert_len) {
+    std::vector<uint32_t> histogram_literal(256, 0);
+    std::vector<uint32_t> histogram_cmd(kNumCommandPrefixes, 0);
+    std::vector<uint32_t> histogram_dist(kNumDistancePrefixes, 0);
+
+    size_t pos = position - last_insert_len;
+    for (size_t i = 0; i < num_commands; i++) {
+      size_t inslength = commands[i].insert_len_;
+      size_t copylength = commands[i].copy_len();
+      size_t distcode = commands[i].dist_prefix_;
+      size_t cmdcode = commands[i].cmd_prefix_;
+
+      histogram_cmd[cmdcode]++;
+      if (cmdcode >= 128) histogram_dist[distcode]++;
+
+      for (size_t j = 0; j < inslength; j++) {
+        histogram_literal[ringbuffer[(pos + j) & ringbuffer_mask]]++;
+      }
+
+      pos += inslength + copylength;
+    }
+
+    std::vector<float> cost_literal;
+    Set(histogram_literal, &cost_literal);
+    Set(histogram_cmd, &cost_cmd_);
+    Set(histogram_dist, &cost_dist_);
+
+    for (uint32_t i = 0; i < kNumCommandPrefixes; ++i) {
+      min_cost_cmd_ = std::min(min_cost_cmd_, cost_cmd_[i]);
+    }
+
+    literal_costs_.resize(num_bytes + 1);
+    literal_costs_[0] = 0.0;
+    for (size_t i = 0; i < num_bytes; ++i) {
+      literal_costs_[i + 1] = literal_costs_[i] +
+          cost_literal[ringbuffer[(position + i) & ringbuffer_mask]];
+    }
+  }
+
+  void SetFromLiteralCosts(size_t num_bytes,
+                           size_t position,
+                           const uint8_t* ringbuffer,
+                           size_t ringbuffer_mask) {
+    literal_costs_.resize(num_bytes + 2);
+    EstimateBitCostsForLiterals(position, num_bytes, ringbuffer_mask,
+                                ringbuffer, &literal_costs_[1]);
+    literal_costs_[0] = 0.0;
+    for (size_t i = 0; i < num_bytes; ++i) {
+      literal_costs_[i + 1] += literal_costs_[i];
+    }
+    cost_cmd_.resize(kNumCommandPrefixes);
+    cost_dist_.resize(kNumDistancePrefixes);
+    for (uint32_t i = 0; i < kNumCommandPrefixes; ++i) {
+      cost_cmd_[i] = static_cast<float>(FastLog2(11 + i));
+    }
+    for (uint32_t i = 0; i < kNumDistancePrefixes; ++i) {
+      cost_dist_[i] = static_cast<float>(FastLog2(20 + i));
+    }
+    min_cost_cmd_ = static_cast<float>(FastLog2(11));
+  }
+
+  float GetCommandCost(
+      size_t dist_code, size_t length_code, size_t insert_length) const {
+    uint16_t inscode = GetInsertLengthCode(insert_length);
+    uint16_t copycode = GetCopyLengthCode(length_code);
+    uint16_t cmdcode = CombineLengthCodes(inscode, copycode, dist_code == 0);
+    uint16_t dist_symbol;
+    uint32_t distextra;
+    PrefixEncodeCopyDistance(dist_code, 0, 0, &dist_symbol, &distextra);
+    uint32_t distnumextra = distextra >> 24;
+
+    float result = static_cast<float>(
+        GetInsertExtra(inscode) + GetCopyExtra(copycode) + distnumextra);
+    result += cost_cmd_[cmdcode];
+    if (cmdcode >= 128) result += cost_dist_[dist_symbol];
+    return result;
+  }
+
+  float GetLiteralCosts(size_t from, size_t to) const {
+    return literal_costs_[to] - literal_costs_[from];
+  }
+
+  float GetMinCostCmd(void) const {
+    return min_cost_cmd_;
+  }
+
+ private:
+  void Set(const std::vector<uint32_t>& histogram, std::vector<float>* cost) {
+    cost->resize(histogram.size());
+    size_t sum = 0;
+    for (size_t i = 0; i < histogram.size(); i++) {
+      sum += histogram[i];
+    }
+    float log2sum = static_cast<float>(FastLog2(sum));
+    for (size_t i = 0; i < histogram.size(); i++) {
+      if (histogram[i] == 0) {
+        (*cost)[i] = log2sum + 2;
+        continue;
+      }
+
+      // Shannon bits for this symbol.
+      (*cost)[i] = log2sum - static_cast<float>(FastLog2(histogram[i]));
+
+      // Cannot be coded with less than 1 bit
+      if ((*cost)[i] < 1) (*cost)[i] = 1;
+    }
+  }
+
+  std::vector<float> cost_cmd_;  // The insert and copy length symbols.
+  std::vector<float> cost_dist_;
+  // Cumulative costs of literals per position in the stream.
+  std::vector<float> literal_costs_;
+  float min_cost_cmd_;
+};
+
+inline size_t ComputeDistanceCode(size_t distance,
+                                  size_t max_distance,
+                                  int quality,
+                                  const int* dist_cache) {
+  if (distance <= max_distance) {
+    if (distance == static_cast<size_t>(dist_cache[0])) {
+      return 0;
+    } else if (distance == static_cast<size_t>(dist_cache[1])) {
+      return 1;
+    } else if (distance == static_cast<size_t>(dist_cache[2])) {
+      return 2;
+    } else if (distance == static_cast<size_t>(dist_cache[3])) {
+      return 3;
+    } else if (quality > 3 && distance >= 6) {
+      for (size_t k = 4; k < kNumDistanceShortCodes; ++k) {
+        size_t idx = kDistanceCacheIndex[k];
+        size_t candidate =
+            static_cast<size_t>(dist_cache[idx] + kDistanceCacheOffset[k]);
+        static const size_t kLimits[16] = {  0,  0,  0,  0,
+                                             6,  6, 11, 11,
+                                            11, 11, 11, 11,
+                                            12, 12, 12, 12 };
+        if (distance == candidate && distance >= kLimits[k]) {
+          return k;
+        }
+      }
+    }
+  }
+  return distance + 15;
+}
+
+// REQUIRES: len >= 2, start_pos <= pos
+// REQUIRES: cost < kInfinity, nodes[start_pos].cost < kInfinity
+// Maintains the "ZopfliNode array invariant".
+inline void UpdateZopfliNode(ZopfliNode* nodes, size_t pos, size_t start_pos,
+                             size_t len, size_t len_code, size_t dist,
+                             size_t short_code, float cost) {
+  ZopfliNode& next = nodes[pos + len];
+  next.length = static_cast<uint32_t>(len | ((len + 9u - len_code) << 24));
+  next.distance = static_cast<uint32_t>(dist | (short_code << 25));
+  next.insert_length = static_cast<uint32_t>(pos - start_pos);
+  next.cost = cost;
+}
+
+// Maintains the smallest 2^k cost difference together with their positions
+class StartPosQueue {
+ public:
+  struct PosData {
+    size_t pos;
+    int distance_cache[4];
+    float costdiff;
+  };
+
+  explicit StartPosQueue(int bits)
+      : mask_((1u << bits) - 1), q_(1 << bits), idx_(0) {}
+
+  void Clear(void) {
+    idx_ = 0;
+  }
+
+  void Push(const StartPosQueue::PosData& posdata) {
+    size_t offset = ~idx_ & mask_;
+    ++idx_;
+    size_t len = size();
+    q_[offset] = posdata;
+    /* Restore the sorted order. In the list of |len| items at most |len - 1|
+       adjacent element comparisons / swaps are required. */
+    for (size_t i = 1; i < len; ++i) {
+      if (q_[offset & mask_].costdiff > q_[(offset + 1) & mask_].costdiff) {
+        std::swap(q_[offset & mask_], q_[(offset + 1) & mask_]);
+      }
+      ++offset;
+    }
+  }
+
+  size_t size(void) const { return std::min(idx_, mask_ + 1); }
+
+  const StartPosQueue::PosData& GetStartPosData(size_t k) const {
+    return q_[(k - idx_) & mask_];
+  }
+
+ private:
+  const size_t mask_;
+  std::vector<PosData> q_;
+  size_t idx_;
+};
+
+// Returns the minimum possible copy length that can improve the cost of any
+// future position.
+static size_t ComputeMinimumCopyLength(const StartPosQueue& queue,
+                                       const ZopfliNode* nodes,
+                                       const ZopfliCostModel& model,
+                                       const size_t num_bytes,
+                                       const size_t pos) {
+  // Compute the minimum possible cost of reaching any future position.
+  const size_t start0 = queue.GetStartPosData(0).pos;
+  float min_cost = (nodes[start0].cost +
+                    model.GetLiteralCosts(start0, pos) +
+                    model.GetMinCostCmd());
+  size_t len = 2;
+  size_t next_len_bucket = 4;
+  size_t next_len_offset = 10;
+  while (pos + len <= num_bytes && nodes[pos + len].cost <= min_cost) {
+    // We already reached (pos + len) with no more cost than the minimum
+    // possible cost of reaching anything from this pos, so there is no point in
+    // looking for lengths <= len.
+    ++len;
+    if (len == next_len_offset) {
+      // We reached the next copy length code bucket, so we add one more
+      // extra bit to the minimum cost.
+      min_cost += static_cast<float>(1.0);
+      next_len_offset += next_len_bucket;
+      next_len_bucket *= 2;
+    }
+  }
+  return len;
+}
+
+// Fills in dist_cache[0..3] with the last four distances (as defined by
+// Section 4. of the Spec) that would be used at (block_start + pos) if we
+// used the shortest path of commands from block_start, computed from
+// nodes[0..pos]. The last four distances at block_start are in
+// starting_dist_cach[0..3].
+// REQUIRES: nodes[pos].cost < kInfinity
+// REQUIRES: nodes[0..pos] satisfies that "ZopfliNode array invariant".
+static void ComputeDistanceCache(const size_t block_start,
+                                 const size_t pos,
+                                 const size_t max_backward,
+                                 const int* starting_dist_cache,
+                                 const ZopfliNode* nodes,
+                                 int* dist_cache) {
+  int idx = 0;
+  size_t p = pos;
+  // Because of prerequisite, does at most (pos + 1) / 2 iterations.
+  while (idx < 4 && p > 0) {
+    const size_t clen = nodes[p].copy_length();
+    const size_t ilen = nodes[p].insert_length;
+    const size_t dist = nodes[p].copy_distance();
+    // Since block_start + p is the end position of the command, the copy part
+    // starts from block_start + p - clen. Distances that are greater than this
+    // or greater than max_backward are static dictionary references, and do
+    // not update the last distances. Also distance code 0 (last distance)
+    // does not update the last distances.
+    if (dist + clen <= block_start + p && dist <= max_backward &&
+        nodes[p].distance_code() > 0) {
+      dist_cache[idx++] = static_cast<int>(dist);
+    }
+    // Because of prerequisite, p >= clen + ilen >= 2.
+    p -= clen + ilen;
+  }
+  for (; idx < 4; ++idx) {
+    dist_cache[idx] = *starting_dist_cache++;
+  }
+}
+
+static void UpdateNodes(const size_t num_bytes,
+                        const size_t block_start,
+                        const size_t pos,
+                        const uint8_t* ringbuffer,
+                        const size_t ringbuffer_mask,
+                        const size_t max_backward_limit,
+                        const int* starting_dist_cache,
+                        const size_t num_matches,
+                        const BackwardMatch* matches,
+                        const ZopfliCostModel* model,
+                        StartPosQueue* queue,
+                        ZopfliNode* nodes) {
+  size_t cur_ix = block_start + pos;
+  size_t cur_ix_masked = cur_ix & ringbuffer_mask;
+  size_t max_distance = std::min(cur_ix, max_backward_limit);
+
+  if (nodes[pos].cost <= model->GetLiteralCosts(0, pos)) {
+    StartPosQueue::PosData posdata;
+    posdata.pos = pos;
+    posdata.costdiff = nodes[pos].cost - model->GetLiteralCosts(0, pos);
+    ComputeDistanceCache(block_start, pos, max_backward_limit,
+                         starting_dist_cache, nodes, posdata.distance_cache);
+    queue->Push(posdata);
+  }
+
+  const size_t min_len = ComputeMinimumCopyLength(
+      *queue, nodes, *model, num_bytes, pos);
+
+  // Go over the command starting positions in order of increasing cost
+  // difference.
+  for (size_t k = 0; k < 5 && k < queue->size(); ++k) {
+    const StartPosQueue::PosData& posdata = queue->GetStartPosData(k);
+    const size_t start = posdata.pos;
+    const float start_costdiff = posdata.costdiff;
+
+    // Look for last distance matches using the distance cache from this
+    // starting position.
+    size_t best_len = min_len - 1;
+    for (size_t j = 0; j < kNumDistanceShortCodes; ++j) {
+      const size_t idx = kDistanceCacheIndex[j];
+      const size_t backward = static_cast<size_t>(posdata.distance_cache[idx] +
+                                                  kDistanceCacheOffset[j]);
+      size_t prev_ix = cur_ix - backward;
+      if (prev_ix >= cur_ix) {
+        continue;
+      }
+      if (PREDICT_FALSE(backward > max_distance)) {
+        continue;
+      }
+      prev_ix &= ringbuffer_mask;
+
+      if (cur_ix_masked + best_len > ringbuffer_mask ||
+          prev_ix + best_len > ringbuffer_mask ||
+          ringbuffer[cur_ix_masked + best_len] !=
+          ringbuffer[prev_ix + best_len]) {
+        continue;
+      }
+      const size_t len =
+          FindMatchLengthWithLimit(&ringbuffer[prev_ix],
+                                   &ringbuffer[cur_ix_masked],
+                                   num_bytes - pos);
+      for (size_t l = best_len + 1; l <= len; ++l) {
+        const size_t inslen = pos - start;
+        float cmd_cost = model->GetCommandCost(j, l, inslen);
+        float cost = start_costdiff + cmd_cost + model->GetLiteralCosts(0, pos);
+        if (cost < nodes[pos + l].cost) {
+          UpdateZopfliNode(&nodes[0], pos, start, l, l, backward, j + 1, cost);
+        }
+        best_len = l;
+      }
+    }
+
+    // At higher iterations look only for new last distance matches, since
+    // looking only for new command start positions with the same distances
+    // does not help much.
+    if (k >= 2) continue;
+
+    // Loop through all possible copy lengths at this position.
+    size_t len = min_len;
+    for (size_t j = 0; j < num_matches; ++j) {
+      BackwardMatch match = matches[j];
+      size_t dist = match.distance;
+      bool is_dictionary_match = dist > max_distance;
+      // We already tried all possible last distance matches, so we can use
+      // normal distance code here.
+      size_t dist_code = dist + 15;
+      // Try all copy lengths up until the maximum copy length corresponding
+      // to this distance. If the distance refers to the static dictionary, or
+      // the maximum length is long enough, try only one maximum length.
+      size_t max_len = match.length();
+      if (len < max_len && (is_dictionary_match || max_len > kMaxZopfliLen)) {
+        len = max_len;
+      }
+      for (; len <= max_len; ++len) {
+        size_t len_code = is_dictionary_match ? match.length_code() : len;
+        const size_t inslen = pos - start;
+        float cmd_cost = model->GetCommandCost(dist_code, len_code, inslen);
+        float cost = start_costdiff + cmd_cost + model->GetLiteralCosts(0, pos);
+        if (cost < nodes[pos + len].cost) {
+          UpdateZopfliNode(&nodes[0], pos, start, len, len_code, dist, 0, cost);
+        }
+      }
+    }
+  }
+}
+
+static void ComputeShortestPathFromNodes(size_t num_bytes,
+                                         const ZopfliNode* nodes,
+                                         std::vector<uint32_t>* path) {
+  std::vector<uint32_t> backwards(num_bytes / 2 + 1);
+  size_t index = num_bytes;
+  while (nodes[index].cost == kInfinity) --index;
+  size_t num_commands = 0;
+  while (index != 0) {
+    size_t len = nodes[index].command_length();
+    backwards[num_commands++] = static_cast<uint32_t>(len);
+    index -= len;
+  }
+  path->resize(num_commands);
+  for (size_t i = num_commands, j = 0; i > 0; --i, ++j) {
+    (*path)[j] = backwards[i - 1];
+  }
+}
+
+void ZopfliCreateCommands(const size_t num_bytes,
+                          const size_t block_start,
+                          const size_t max_backward_limit,
+                          const std::vector<uint32_t>& path,
+                          const ZopfliNode* nodes,
+                          int* dist_cache,
+                          size_t* last_insert_len,
+                          Command* commands,
+                          size_t* num_literals) {
+  size_t pos = 0;
+  for (size_t i = 0; i < path.size(); i++) {
+    const ZopfliNode& next = nodes[pos + path[i]];
+    size_t copy_length = next.copy_length();
+    size_t insert_length = next.insert_length;
+    pos += insert_length;
+    if (i == 0) {
+      insert_length += *last_insert_len;
+      *last_insert_len = 0;
+    }
+    size_t distance = next.copy_distance();
+    size_t len_code = next.length_code();
+    size_t max_distance = std::min(block_start + pos, max_backward_limit);
+    bool is_dictionary = (distance > max_distance);
+    size_t dist_code = next.distance_code();
+
+    Command cmd(insert_length, copy_length, len_code, dist_code);
+    commands[i] = cmd;
+
+    if (!is_dictionary && dist_code > 0) {
+      dist_cache[3] = dist_cache[2];
+      dist_cache[2] = dist_cache[1];
+      dist_cache[1] = dist_cache[0];
+      dist_cache[0] = static_cast<int>(distance);
+    }
+
+    *num_literals += insert_length;
+    pos += copy_length;
+  }
+  *last_insert_len += num_bytes - pos;
+}
+
+static void ZopfliIterate(size_t num_bytes,
+                          size_t position,
+                          const uint8_t* ringbuffer,
+                          size_t ringbuffer_mask,
+                          const size_t max_backward_limit,
+                          const int* dist_cache,
+                          const ZopfliCostModel& model,
+                          const std::vector<uint32_t>& num_matches,
+                          const std::vector<BackwardMatch>& matches,
+                          ZopfliNode* nodes,
+                          std::vector<uint32_t>* path) {
+  nodes[0].length = 0;
+  nodes[0].cost = 0;
+  StartPosQueue queue(3);
+  size_t cur_match_pos = 0;
+  for (size_t i = 0; i + 3 < num_bytes; i++) {
+    UpdateNodes(num_bytes, position, i, ringbuffer, ringbuffer_mask,
+                max_backward_limit, dist_cache, num_matches[i],
+                &matches[cur_match_pos], &model, &queue, &nodes[0]);
+    cur_match_pos += num_matches[i];
+    // The zopflification can be too slow in case of very long lengths, so in
+    // such case skip it all, it does not cost a lot of compression ratio.
+    if (num_matches[i] == 1 &&
+        matches[cur_match_pos - 1].length() > kMaxZopfliLen) {
+      i += matches[cur_match_pos - 1].length() - 1;
+      queue.Clear();
+    }
+  }
+  ComputeShortestPathFromNodes(num_bytes, &nodes[0], path);
+}
+
+
+void ZopfliComputeShortestPath(size_t num_bytes,
+                               size_t position,
+                               const uint8_t* ringbuffer,
+                               size_t ringbuffer_mask,
+                               const size_t max_backward_limit,
+                               const int* dist_cache,
+                               Hashers::H10* hasher,
+                               ZopfliNode* nodes,
+                               std::vector<uint32_t>* path) {
+  nodes[0].length = 0;
+  nodes[0].cost = 0;
+  ZopfliCostModel* model = new ZopfliCostModel;
+  model->SetFromLiteralCosts(num_bytes, position,
+                             ringbuffer, ringbuffer_mask);
+  StartPosQueue queue(3);
+  BackwardMatch matches[Hashers::H10::kMaxNumMatches];
+  for (size_t i = 0; i + 3 < num_bytes; i++) {
+    const size_t max_distance = std::min(position + i, max_backward_limit);
+    size_t num_matches = hasher->FindAllMatches(
+        ringbuffer, ringbuffer_mask, position + i, num_bytes - i, max_distance,
+        matches);
+    if (num_matches > 0 &&
+        matches[num_matches - 1].length() > kMaxZopfliLen) {
+      matches[0] = matches[num_matches - 1];
+      num_matches = 1;
+    }
+    UpdateNodes(num_bytes, position, i, ringbuffer, ringbuffer_mask,
+                max_backward_limit, dist_cache, num_matches, matches,
+                model, &queue, nodes);
+    if (num_matches == 1 && matches[0].length() > kMaxZopfliLen) {
+      for (size_t j = 1; j < matches[0].length() && i + 4 < num_bytes; ++j) {
+        ++i;
+        if (matches[0].length() - j < 64 &&
+            num_bytes - i >= kMaxTreeCompLength) {
+          hasher->Store(ringbuffer, ringbuffer_mask, position + i);
+        }
+      }
+      queue.Clear();
+    }
+  }
+  delete model;
+  ComputeShortestPathFromNodes(num_bytes, nodes, path);
+}
+
+template<typename Hasher>
+void CreateBackwardReferences(size_t num_bytes,
+                              size_t position,
+                              bool is_last,
+                              const uint8_t* ringbuffer,
+                              size_t ringbuffer_mask,
+                              const int quality,
+                              const int lgwin,
+                              Hasher* hasher,
+                              int* dist_cache,
+                              size_t* last_insert_len,
+                              Command* commands,
+                              size_t* num_commands,
+                              size_t* num_literals) {
+  // Set maximum distance, see section 9.1. of the spec.
+  const size_t max_backward_limit = (1 << lgwin) - 16;
+
+  // Choose which init method is faster.
+  // memset is about 100 times faster than hasher->InitForData().
+  const size_t kMaxBytesForPartialHashInit = Hasher::kHashMapSize >> 7;
+  if (position == 0 && is_last && num_bytes <= kMaxBytesForPartialHashInit) {
+    hasher->InitForData(ringbuffer, num_bytes);
+  } else {
+    hasher->Init();
+  }
+  if (num_bytes >= 3 && position >= 3) {
+    // Prepare the hashes for three last bytes of the last write.
+    // These could not be calculated before, since they require knowledge
+    // of both the previous and the current block.
+    hasher->Store(&ringbuffer[(position - 3) & ringbuffer_mask],
+                  static_cast<uint32_t>(position - 3));
+    hasher->Store(&ringbuffer[(position - 2) & ringbuffer_mask],
+                  static_cast<uint32_t>(position - 2));
+    hasher->Store(&ringbuffer[(position - 1) & ringbuffer_mask],
+                  static_cast<uint32_t>(position - 1));
+  }
+  const Command * const orig_commands = commands;
+  size_t insert_length = *last_insert_len;
+  size_t i = position & ringbuffer_mask;
+  const size_t i_diff = position - i;
+  const size_t i_end = i + num_bytes;
+
+  // For speed up heuristics for random data.
+  const size_t random_heuristics_window_size = quality < 9 ? 64 : 512;
+  size_t apply_random_heuristics = i + random_heuristics_window_size;
+
+  // Minimum score to accept a backward reference.
+  const double kMinScore = 4.0;
+
+  while (i + Hasher::kHashTypeLength - 1 < i_end) {
+    size_t max_length = i_end - i;
+    size_t max_distance = std::min(i + i_diff, max_backward_limit);
+    size_t best_len = 0;
+    size_t best_len_code = 0;
+    size_t best_dist = 0;
+    double best_score = kMinScore;
+    bool match_found = hasher->FindLongestMatch(
+        ringbuffer, ringbuffer_mask,
+        dist_cache, static_cast<uint32_t>(i + i_diff), max_length, max_distance,
+        &best_len, &best_len_code, &best_dist, &best_score);
+    if (match_found) {
+      // Found a match. Let's look for something even better ahead.
+      int delayed_backward_references_in_row = 0;
+      for (;;) {
+        --max_length;
+        size_t best_len_2 =
+            quality < 5 ? std::min(best_len - 1, max_length) : 0;
+        size_t best_len_code_2 = 0;
+        size_t best_dist_2 = 0;
+        double best_score_2 = kMinScore;
+        max_distance = std::min(i + i_diff + 1, max_backward_limit);
+        match_found = hasher->FindLongestMatch(
+            ringbuffer, ringbuffer_mask,
+            dist_cache, static_cast<uint32_t>(i + i_diff + 1),
+            max_length, max_distance,
+            &best_len_2, &best_len_code_2, &best_dist_2, &best_score_2);
+        double cost_diff_lazy = 7.0;
+        if (match_found && best_score_2 >= best_score + cost_diff_lazy) {
+          // Ok, let's just write one byte for now and start a match from the
+            // next byte.
+          ++i;
+          ++insert_length;
+          best_len = best_len_2;
+          best_len_code = best_len_code_2;
+          best_dist = best_dist_2;
+          best_score = best_score_2;
+          if (++delayed_backward_references_in_row < 4) {
+            continue;
+          }
+        }
+        break;
+      }
+      apply_random_heuristics =
+          i + 2 * best_len + random_heuristics_window_size;
+      max_distance = std::min(i + i_diff, max_backward_limit);
+      // The first 16 codes are special shortcodes, and the minimum offset is 1.
+      size_t distance_code =
+          ComputeDistanceCode(best_dist, max_distance, quality, dist_cache);
+      if (best_dist <= max_distance && distance_code > 0) {
+        dist_cache[3] = dist_cache[2];
+        dist_cache[2] = dist_cache[1];
+        dist_cache[1] = dist_cache[0];
+        dist_cache[0] = static_cast<int>(best_dist);
+      }
+      Command cmd(insert_length, best_len, best_len_code, distance_code);
+      *commands++ = cmd;
+      *num_literals += insert_length;
+      insert_length = 0;
+      // Put the hash keys into the table, if there are enough
+      // bytes left.
+      for (size_t j = 2; j < best_len; ++j) {
+        hasher->Store(&ringbuffer[i + j],
+                      static_cast<uint32_t>(i + i_diff + j));
+      }
+      i += best_len;
+    } else {
+      ++insert_length;
+      ++i;
+      // If we have not seen matches for a long time, we can skip some
+      // match lookups. Unsuccessful match lookups are very very expensive
+      // and this kind of a heuristic speeds up compression quite
+      // a lot.
+      if (i > apply_random_heuristics) {
+        // Going through uncompressible data, jump.
+        if (i > apply_random_heuristics + 4 * random_heuristics_window_size) {
+          // It is quite a long time since we saw a copy, so we assume
+          // that this data is not compressible, and store hashes less
+          // often. Hashes of non compressible data are less likely to
+          // turn out to be useful in the future, too, so we store less of
+          // them to not to flood out the hash table of good compressible
+          // data.
+          size_t i_jump = std::min(i + 16, i_end - 4);
+          for (; i < i_jump; i += 4) {
+            hasher->Store(ringbuffer + i, static_cast<uint32_t>(i + i_diff));
+            insert_length += 4;
+          }
+        } else {
+          size_t i_jump = std::min(i + 8, i_end - 3);
+          for (; i < i_jump; i += 2) {
+            hasher->Store(ringbuffer + i, static_cast<uint32_t>(i + i_diff));
+            insert_length += 2;
+          }
+        }
+      }
+    }
+  }
+  insert_length += i_end - i;
+  *last_insert_len = insert_length;
+  *num_commands += static_cast<size_t>(commands - orig_commands);
+}
+
+void CreateBackwardReferences(size_t num_bytes,
+                              size_t position,
+                              bool is_last,
+                              const uint8_t* ringbuffer,
+                              size_t ringbuffer_mask,
+                              const int quality,
+                              const int lgwin,
+                              Hashers* hashers,
+                              int hash_type,
+                              int* dist_cache,
+                              size_t* last_insert_len,
+                              Command* commands,
+                              size_t* num_commands,
+                              size_t* num_literals) {
+  bool zopflify = quality > 9;
+  if (zopflify) {
+    Hashers::H10* hasher = hashers->hash_h10;
+    hasher->Init(lgwin, position, num_bytes, is_last);
+    hasher->StitchToPreviousBlock(num_bytes, position,
+                                  ringbuffer, ringbuffer_mask);
+    // Set maximum distance, see section 9.1. of the spec.
+    const size_t max_backward_limit = (1 << lgwin) - 16;
+    if (quality == 10) {
+      std::vector<ZopfliNode> nodes(num_bytes + 1);
+      std::vector<uint32_t> path;
+      ZopfliComputeShortestPath(num_bytes, position,
+                                ringbuffer, ringbuffer_mask,
+                                max_backward_limit, dist_cache, hasher,
+                                &nodes[0], &path);
+      ZopfliCreateCommands(num_bytes, position, max_backward_limit, path,
+                           &nodes[0], dist_cache, last_insert_len, commands,
+                           num_literals);
+      *num_commands += path.size();
+      return;
+    }
+    std::vector<uint32_t> num_matches(num_bytes);
+    std::vector<BackwardMatch> matches(4 * num_bytes);
+    size_t cur_match_pos = 0;
+    for (size_t i = 0; i + 3 < num_bytes; ++i) {
+      size_t max_distance = std::min(position + i, max_backward_limit);
+      size_t max_length = num_bytes - i;
+      // Ensure that we have enough free slots.
+      if (matches.size() < cur_match_pos + Hashers::H10::kMaxNumMatches) {
+        matches.resize(cur_match_pos + Hashers::H10::kMaxNumMatches);
+      }
+      size_t num_found_matches = hasher->FindAllMatches(
+          ringbuffer, ringbuffer_mask, position + i, max_length, max_distance,
+          &matches[cur_match_pos]);
+      const size_t cur_match_end = cur_match_pos + num_found_matches;
+      for (size_t j = cur_match_pos; j + 1 < cur_match_end; ++j) {
+        assert(matches[j].length() < matches[j + 1].length());
+        assert(matches[j].distance > max_distance ||
+               matches[j].distance <= matches[j + 1].distance);
+      }
+      num_matches[i] = static_cast<uint32_t>(num_found_matches);
+      if (num_found_matches > 0) {
+        const size_t match_len = matches[cur_match_end - 1].length();
+        if (match_len > kMaxZopfliLen) {
+          matches[cur_match_pos++] = matches[cur_match_end - 1];
+          num_matches[i] = 1;
+          for (size_t j = 1; j < match_len; ++j) {
+            ++i;
+            if (match_len - j < 64 && num_bytes - i >= kMaxTreeCompLength) {
+              hasher->Store(ringbuffer, ringbuffer_mask, position + i);
+            }
+            num_matches[i] = 0;
+          }
+        } else {
+          cur_match_pos = cur_match_end;
+        }
+      }
+    }
+    size_t orig_num_literals = *num_literals;
+    size_t orig_last_insert_len = *last_insert_len;
+    int orig_dist_cache[4] = {
+      dist_cache[0], dist_cache[1], dist_cache[2], dist_cache[3]
+    };
+    size_t orig_num_commands = *num_commands;
+    static const size_t kIterations = 2;
+    for (size_t i = 0; i < kIterations; i++) {
+      ZopfliCostModel model;
+      if (i == 0) {
+        model.SetFromLiteralCosts(num_bytes, position,
+                                  ringbuffer, ringbuffer_mask);
+      } else {
+        model.SetFromCommands(num_bytes, position,
+                              ringbuffer, ringbuffer_mask,
+                              commands, *num_commands - orig_num_commands,
+                              orig_last_insert_len);
+      }
+      *num_commands = orig_num_commands;
+      *num_literals = orig_num_literals;
+      *last_insert_len = orig_last_insert_len;
+      memcpy(dist_cache, orig_dist_cache, 4 * sizeof(dist_cache[0]));
+      std::vector<ZopfliNode> nodes(num_bytes + 1);
+      std::vector<uint32_t> path;
+      ZopfliIterate(num_bytes, position, ringbuffer, ringbuffer_mask,
+                    max_backward_limit, dist_cache, model, num_matches, matches,
+                    &nodes[0], &path);
+      ZopfliCreateCommands(num_bytes, position, max_backward_limit, path,
+                           &nodes[0], dist_cache, last_insert_len, commands,
+                           num_literals);
+      *num_commands += path.size();
+    }
+    return;
+  }
+
+  switch (hash_type) {
+    case 2:
+      CreateBackwardReferences<Hashers::H2>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h2, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    case 3:
+      CreateBackwardReferences<Hashers::H3>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h3, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    case 4:
+      CreateBackwardReferences<Hashers::H4>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h4, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    case 5:
+      CreateBackwardReferences<Hashers::H5>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h5, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    case 6:
+      CreateBackwardReferences<Hashers::H6>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h6, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    case 7:
+      CreateBackwardReferences<Hashers::H7>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h7, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    case 8:
+      CreateBackwardReferences<Hashers::H8>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h8, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    case 9:
+      CreateBackwardReferences<Hashers::H9>(
+          num_bytes, position, is_last, ringbuffer, ringbuffer_mask,
+          quality, lgwin, hashers->hash_h9, dist_cache,
+          last_insert_len, commands, num_commands, num_literals);
+      break;
+    default:
+      break;
+  }
+}
+
+}  // namespace brotli
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/backward_references.h
@@ -0,0 +1,116 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Function to find backward reference copies.
+
+#ifndef BROTLI_ENC_BACKWARD_REFERENCES_H_
+#define BROTLI_ENC_BACKWARD_REFERENCES_H_
+
+#include <vector>
+
+#include "./hash.h"
+#include "./command.h"
+#include "./types.h"
+
+namespace brotli {
+
+// "commands" points to the next output command to write to, "*num_commands" is
+// initially the total amount of commands output by previous
+// CreateBackwardReferences calls, and must be incremented by the amount written
+// by this call.
+void CreateBackwardReferences(size_t num_bytes,
+                              size_t position,
+                              bool is_last,
+                              const uint8_t* ringbuffer,
+                              size_t ringbuffer_mask,
+                              const int quality,
+                              const int lgwin,
+                              Hashers* hashers,
+                              int hash_type,
+                              int* dist_cache,
+                              size_t* last_insert_len,
+                              Command* commands,
+                              size_t* num_commands,
+                              size_t* num_literals);
+
+static const float kInfinity = std::numeric_limits<float>::infinity();
+
+struct ZopfliNode {
+  ZopfliNode(void) : length(1),
+                     distance(0),
+                     insert_length(0),
+                     cost(kInfinity) {}
+
+  inline uint32_t copy_length() const {
+    return length & 0xffffff;
+  }
+
+  inline uint32_t length_code() const {
+    const uint32_t modifier = length >> 24;
+    return copy_length() + 9u - modifier;
+  }
+
+  inline uint32_t copy_distance() const {
+    return distance & 0x1ffffff;
+  }
+
+  inline uint32_t distance_code() const {
+    const uint32_t short_code = distance >> 25;
+    return short_code == 0 ? copy_distance() + 15 : short_code - 1;
+  }
+
+  inline uint32_t command_length() const {
+    return copy_length() + insert_length;
+  }
+
+  // best length to get up to this byte (not including this byte itself)
+  // highest 8 bit is used to reconstruct the length code
+  uint32_t length;
+  // distance associated with the length
+  // highest 7 bit contains distance short code + 1 (or zero if no short code)
+  uint32_t distance;
+  // number of literal inserts before this copy
+  uint32_t insert_length;
+  // smallest cost to get to this byte from the beginning, as found so far
+  float cost;
+};
+
+// Computes the shortest path of commands from position to at most
+// position + num_bytes.
+//
+// On return, path->size() is the number of commands found and path[i] is the
+// length of the ith command (copy length plus insert length).
+// Note that the sum of the lengths of all commands can be less than num_bytes.
+//
+// On return, the nodes[0..num_bytes] array will have the following
+// "ZopfliNode array invariant":
+// For each i in [1..num_bytes], if nodes[i].cost < kInfinity, then
+//   (1) nodes[i].copy_length() >= 2
+//   (2) nodes[i].command_length() <= i and
+//   (3) nodes[i - nodes[i].command_length()].cost < kInfinity
+void ZopfliComputeShortestPath(size_t num_bytes,
+                               size_t position,
+                               const uint8_t* ringbuffer,
+                               size_t ringbuffer_mask,
+                               const size_t max_backward_limit,
+                               const int* dist_cache,
+                               Hashers::H10* hasher,
+                               ZopfliNode* nodes,
+                               std::vector<uint32_t>* path);
+
+void ZopfliCreateCommands(const size_t num_bytes,
+                          const size_t block_start,
+                          const size_t max_backward_limit,
+                          const std::vector<uint32_t>& path,
+                          const ZopfliNode* nodes,
+                          int* dist_cache,
+                          size_t* last_insert_len,
+                          Command* commands,
+                          size_t* num_literals);
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_BACKWARD_REFERENCES_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/bit_cost.h
@@ -0,0 +1,161 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Functions to estimate the bit cost of Huffman trees.
+
+#ifndef BROTLI_ENC_BIT_COST_H_
+#define BROTLI_ENC_BIT_COST_H_
+
+#include "./entropy_encode.h"
+#include "./fast_log.h"
+#include "./types.h"
+
+namespace brotli {
+
+static inline double ShannonEntropy(const uint32_t *population, size_t size,
+                                    size_t *total) {
+  size_t sum = 0;
+  double retval = 0;
+  const uint32_t *population_end = population + size;
+  size_t p;
+  if (size & 1) {
+    goto odd_number_of_elements_left;
+  }
+  while (population < population_end) {
+    p = *population++;
+    sum += p;
+    retval -= static_cast<double>(p) * FastLog2(p);
+ odd_number_of_elements_left:
+    p = *population++;
+    sum += p;
+    retval -= static_cast<double>(p) * FastLog2(p);
+  }
+  if (sum) retval += static_cast<double>(sum) * FastLog2(sum);
+  *total = sum;
+  return retval;
+}
+
+static inline double BitsEntropy(const uint32_t *population, size_t size) {
+  size_t sum;
+  double retval = ShannonEntropy(population, size, &sum);
+  if (retval < sum) {
+    // At least one bit per literal is needed.
+    retval = static_cast<double>(sum);
+  }
+  return retval;
+}
+
+template<int kSize>
+double PopulationCost(const Histogram<kSize>& histogram) {
+  static const double kOneSymbolHistogramCost = 12;
+  static const double kTwoSymbolHistogramCost = 20;
+  static const double kThreeSymbolHistogramCost = 28;
+  static const double kFourSymbolHistogramCost = 37;
+  if (histogram.total_count_ == 0) {
+    return kOneSymbolHistogramCost;
+  }
+  int count = 0;
+  int s[5];
+  for (int i = 0; i < kSize; ++i) {
+    if (histogram.data_[i] > 0) {
+      s[count] = i;
+      ++count;
+      if (count > 4) break;
+    }
+  }
+  if (count == 1) {
+    return kOneSymbolHistogramCost;
+  }
+  if (count == 2) {
+    return (kTwoSymbolHistogramCost +
+            static_cast<double>(histogram.total_count_));
+  }
+  if (count == 3) {
+    const uint32_t histo0 = histogram.data_[s[0]];
+    const uint32_t histo1 = histogram.data_[s[1]];
+    const uint32_t histo2 = histogram.data_[s[2]];
+    const uint32_t histomax = std::max(histo0, std::max(histo1, histo2));
+    return (kThreeSymbolHistogramCost +
+            2 * (histo0 + histo1 + histo2) - histomax);
+  }
+  if (count == 4) {
+    uint32_t histo[4];
+    for (int i = 0; i < 4; ++i) {
+      histo[i] = histogram.data_[s[i]];
+    }
+    // Sort
+    for (int i = 0; i < 4; ++i) {
+      for (int j = i + 1; j < 4; ++j) {
+        if (histo[j] > histo[i]) {
+          std::swap(histo[j], histo[i]);
+        }
+      }
+    }
+    const uint32_t h23 = histo[2] + histo[3];
+    const uint32_t histomax = std::max(h23, histo[0]);
+    return (kFourSymbolHistogramCost +
+            3 * h23 + 2 * (histo[0] + histo[1]) - histomax);
+  }
+
+  // In this loop we compute the entropy of the histogram and simultaneously
+  // build a simplified histogram of the code length codes where we use the
+  // zero repeat code 17, but we don't use the non-zero repeat code 16.
+  double bits = 0;
+  size_t max_depth = 1;
+  uint32_t depth_histo[kCodeLengthCodes] = { 0 };
+  const double log2total = FastLog2(histogram.total_count_);
+  for (size_t i = 0; i < kSize;) {
+    if (histogram.data_[i] > 0) {
+      // Compute -log2(P(symbol)) = -log2(count(symbol)/total_count) =
+      //                          =  log2(total_count) - log2(count(symbol))
+      double log2p = log2total - FastLog2(histogram.data_[i]);
+      // Approximate the bit depth by round(-log2(P(symbol)))
+      size_t depth = static_cast<size_t>(log2p + 0.5);
+      bits += histogram.data_[i] * log2p;
+      if (depth > 15) {
+        depth = 15;
+      }
+      if (depth > max_depth) {
+        max_depth = depth;
+      }
+      ++depth_histo[depth];
+      ++i;
+    } else {
+      // Compute the run length of zeros and add the appropriate number of 0 and
+      // 17 code length codes to the code length code histogram.
+      uint32_t reps = 1;
+      for (size_t k = i + 1; k < kSize && histogram.data_[k] == 0; ++k) {
+        ++reps;
+      }
+      i += reps;
+      if (i == kSize) {
+        // Don't add any cost for the last zero run, since these are encoded
+        // only implicitly.
+        break;
+      }
+      if (reps < 3) {
+        depth_histo[0] += reps;
+      } else {
+        reps -= 2;
+        while (reps > 0) {
+          ++depth_histo[17];
+          // Add the 3 extra bits for the 17 code length code.
+          bits += 3;
+          reps >>= 3;
+        }
+      }
+    }
+  }
+  // Add the estimated encoding cost of the code length code histogram.
+  bits += static_cast<double>(18 + 2 * max_depth);
+  // Add the entropy of the code length code histogram.
+  bits += BitsEntropy(depth_histo, kCodeLengthCodes);
+  return bits;
+}
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_BIT_COST_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/block_splitter.cc
@@ -0,0 +1,505 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Block split point selection utilities.
+
+#include "./block_splitter.h"
+
+#include <assert.h>
+#include <math.h>
+
+#include <algorithm>
+#include <cstring>
+#include <vector>
+
+#include "./cluster.h"
+#include "./command.h"
+#include "./fast_log.h"
+#include "./histogram.h"
+
+namespace brotli {
+
+static const size_t kMaxLiteralHistograms = 100;
+static const size_t kMaxCommandHistograms = 50;
+static const double kLiteralBlockSwitchCost = 28.1;
+static const double kCommandBlockSwitchCost = 13.5;
+static const double kDistanceBlockSwitchCost = 14.6;
+static const size_t kLiteralStrideLength = 70;
+static const size_t kCommandStrideLength = 40;
+static const size_t kSymbolsPerLiteralHistogram = 544;
+static const size_t kSymbolsPerCommandHistogram = 530;
+static const size_t kSymbolsPerDistanceHistogram = 544;
+static const size_t kMinLengthForBlockSplitting = 128;
+static const size_t kIterMulForRefining = 2;
+static const size_t kMinItersForRefining = 100;
+
+void CopyLiteralsToByteArray(const Command* cmds,
+                             const size_t num_commands,
+                             const uint8_t* data,
+                             const size_t offset,
+                             const size_t mask,
+                             std::vector<uint8_t>* literals) {
+  // Count how many we have.
+  size_t total_length = 0;
+  for (size_t i = 0; i < num_commands; ++i) {
+    total_length += cmds[i].insert_len_;
+  }
+  if (total_length == 0) {
+    return;
+  }
+
+  // Allocate.
+  literals->resize(total_length);
+
+  // Loop again, and copy this time.
+  size_t pos = 0;
+  size_t from_pos = offset & mask;
+  for (size_t i = 0; i < num_commands && pos < total_length; ++i) {
+    size_t insert_len = cmds[i].insert_len_;
+    if (from_pos + insert_len > mask) {
+      size_t head_size = mask + 1 - from_pos;
+      memcpy(&(*literals)[pos], data + from_pos, head_size);
+      from_pos = 0;
+      pos += head_size;
+      insert_len -= head_size;
+    }
+    if (insert_len > 0) {
+      memcpy(&(*literals)[pos], data + from_pos, insert_len);
+      pos += insert_len;
+    }
+    from_pos = (from_pos + insert_len + cmds[i].copy_len()) & mask;
+  }
+}
+
+inline static unsigned int MyRand(unsigned int* seed) {
+  *seed *= 16807U;
+  if (*seed == 0) {
+    *seed = 1;
+  }
+  return *seed;
+}
+
+template<typename HistogramType, typename DataType>
+void InitialEntropyCodes(const DataType* data, size_t length,
+                         size_t stride,
+                         size_t num_histograms,
+                         HistogramType* histograms) {
+  for (size_t i = 0; i < num_histograms; ++i) {
+    histograms[i].Clear();
+  }
+  unsigned int seed = 7;
+  size_t block_length = length / num_histograms;
+  for (size_t i = 0; i < num_histograms; ++i) {
+    size_t pos = length * i / num_histograms;
+    if (i != 0) {
+      pos += MyRand(&seed) % block_length;
+    }
+    if (pos + stride >= length) {
+      pos = length - stride - 1;
+    }
+    histograms[i].Add(data + pos, stride);
+  }
+}
+
+template<typename HistogramType, typename DataType>
+void RandomSample(unsigned int* seed,
+                  const DataType* data,
+                  size_t length,
+                  size_t stride,
+                  HistogramType* sample) {
+  size_t pos = 0;
+  if (stride >= length) {
+    pos = 0;
+    stride = length;
+  } else {
+    pos = MyRand(seed) % (length - stride + 1);
+  }
+  sample->Add(data + pos, stride);
+}
+
+template<typename HistogramType, typename DataType>
+void RefineEntropyCodes(const DataType* data, size_t length,
+                        size_t stride,
+                        size_t num_histograms,
+                        HistogramType* histograms) {
+  size_t iters =
+      kIterMulForRefining * length / stride + kMinItersForRefining;
+  unsigned int seed = 7;
+  iters = ((iters + num_histograms - 1) / num_histograms) * num_histograms;
+  for (size_t iter = 0; iter < iters; ++iter) {
+    HistogramType sample;
+    RandomSample(&seed, data, length, stride, &sample);
+    size_t ix = iter % num_histograms;
+    histograms[ix].AddHistogram(sample);
+  }
+}
+
+inline static double BitCost(size_t count) {
+  return count == 0 ? -2.0 : FastLog2(count);
+}
+
+// Assigns a block id from the range [0, vec.size()) to each data element
+// in data[0..length) and fills in block_id[0..length) with the assigned values.
+// Returns the number of blocks, i.e. one plus the number of block switches.
+template<typename DataType, int kSize>
+size_t FindBlocks(const DataType* data, const size_t length,
+                  const double block_switch_bitcost,
+                  const size_t num_histograms,
+                  const Histogram<kSize>* histograms,
+                  double* insert_cost,
+                  double* cost,
+                  uint8_t* switch_signal,
+                  uint8_t *block_id) {
+  if (num_histograms <= 1) {
+    for (size_t i = 0; i < length; ++i) {
+      block_id[i] = 0;
+    }
+    return 1;
+  }
+  const size_t bitmaplen = (num_histograms + 7) >> 3;
+  assert(num_histograms <= 256);
+  memset(insert_cost, 0, sizeof(insert_cost[0]) * kSize * num_histograms);
+  for (size_t j = 0; j < num_histograms; ++j) {
+    insert_cost[j] = FastLog2(static_cast<uint32_t>(
+        histograms[j].total_count_));
+  }
+  for (size_t i = kSize; i != 0;) {
+    --i;
+    for (size_t j = 0; j < num_histograms; ++j) {
+      insert_cost[i * num_histograms + j] =
+          insert_cost[j] - BitCost(histograms[j].data_[i]);
+    }
+  }
+  memset(cost, 0, sizeof(cost[0]) * num_histograms);
+  memset(switch_signal, 0, sizeof(switch_signal[0]) * length * bitmaplen);
+  // After each iteration of this loop, cost[k] will contain the difference
+  // between the minimum cost of arriving at the current byte position using
+  // entropy code k, and the minimum cost of arriving at the current byte
+  // position. This difference is capped at the block switch cost, and if it
+  // reaches block switch cost, it means that when we trace back from the last
+  // position, we need to switch here.
+  for (size_t byte_ix = 0; byte_ix < length; ++byte_ix) {
+    size_t ix = byte_ix * bitmaplen;
+    size_t insert_cost_ix = data[byte_ix] * num_histograms;
+    double min_cost = 1e99;
+    for (size_t k = 0; k < num_histograms; ++k) {
+      // We are coding the symbol in data[byte_ix] with entropy code k.
+      cost[k] += insert_cost[insert_cost_ix + k];
+      if (cost[k] < min_cost) {
+        min_cost = cost[k];
+        block_id[byte_ix] = static_cast<uint8_t>(k);
+      }
+    }
+    double block_switch_cost = block_switch_bitcost;
+    // More blocks for the beginning.
+    if (byte_ix < 2000) {
+      block_switch_cost *= 0.77 + 0.07 * static_cast<double>(byte_ix) / 2000;
+    }
+    for (size_t k = 0; k < num_histograms; ++k) {
+      cost[k] -= min_cost;
+      if (cost[k] >= block_switch_cost) {
+        cost[k] = block_switch_cost;
+        const uint8_t mask = static_cast<uint8_t>(1u << (k & 7));
+        assert((k >> 3) < bitmaplen);
+        switch_signal[ix + (k >> 3)] |= mask;
+      }
+    }
+  }
+  // Now trace back from the last position and switch at the marked places.
+  size_t byte_ix = length - 1;
+  size_t ix = byte_ix * bitmaplen;
+  uint8_t cur_id = block_id[byte_ix];
+  size_t num_blocks = 1;
+  while (byte_ix > 0) {
+    --byte_ix;
+    ix -= bitmaplen;
+    const uint8_t mask = static_cast<uint8_t>(1u << (cur_id & 7));
+    assert((static_cast<size_t>(cur_id) >> 3) < bitmaplen);
+    if (switch_signal[ix + (cur_id >> 3)] & mask) {
+      if (cur_id != block_id[byte_ix]) {
+        cur_id = block_id[byte_ix];
+        ++num_blocks;
+      }
+    }
+    block_id[byte_ix] = cur_id;
+  }
+  return num_blocks;
+}
+
+static size_t RemapBlockIds(uint8_t* block_ids, const size_t length,
+                            uint16_t* new_id, const size_t num_histograms) {
+  static const uint16_t kInvalidId = 256;
+  for (size_t i = 0; i < num_histograms; ++i) {
+    new_id[i] = kInvalidId;
+  }
+  uint16_t next_id = 0;
+  for (size_t i = 0; i < length; ++i) {
+    assert(block_ids[i] < num_histograms);
+    if (new_id[block_ids[i]] == kInvalidId) {
+      new_id[block_ids[i]] = next_id++;
+    }
+  }
+  for (size_t i = 0; i < length; ++i) {
+    block_ids[i] = static_cast<uint8_t>(new_id[block_ids[i]]);
+    assert(block_ids[i] < num_histograms);
+  }
+  assert(next_id <= num_histograms);
+  return next_id;
+}
+
+template<typename HistogramType, typename DataType>
+void BuildBlockHistograms(const DataType* data, const size_t length,
+                          const uint8_t* block_ids,
+                          const size_t num_histograms,
+                          HistogramType* histograms) {
+  for (size_t i = 0; i < num_histograms; ++i) {
+    histograms[i].Clear();
+  }
+  for (size_t i = 0; i < length; ++i) {
+    histograms[block_ids[i]].Add(data[i]);
+  }
+}
+
+template<typename HistogramType, typename DataType>
+void ClusterBlocks(const DataType* data, const size_t length,
+                   const size_t num_blocks,
+                   uint8_t* block_ids,
+                   BlockSplit* split) {
+  static const size_t kMaxNumberOfBlockTypes = 256;
+  static const size_t kHistogramsPerBatch = 64;
+  static const size_t kClustersPerBatch = 16;
+  std::vector<uint32_t> histogram_symbols(num_blocks);
+  std::vector<uint32_t> block_lengths(num_blocks);
+
+  size_t block_idx = 0;
+  for (size_t i = 0; i < length; ++i) {
+    assert(block_idx < num_blocks);
+    ++block_lengths[block_idx];
+    if (i + 1 == length || block_ids[i] != block_ids[i + 1]) {
+      ++block_idx;
+    }
+  }
+  assert(block_idx == num_blocks);
+
+  const size_t expected_num_clusters =
+      kClustersPerBatch *
+      (num_blocks + kHistogramsPerBatch - 1) / kHistogramsPerBatch;
+  std::vector<HistogramType> all_histograms;
+  std::vector<uint32_t> cluster_size;
+  all_histograms.reserve(expected_num_clusters);
+  cluster_size.reserve(expected_num_clusters);
+  size_t num_clusters = 0;
+  std::vector<HistogramType> histograms(
+      std::min(num_blocks, kHistogramsPerBatch));
+  size_t max_num_pairs = kHistogramsPerBatch * kHistogramsPerBatch / 2;
+  std::vector<HistogramPair> pairs(max_num_pairs + 1);
+  size_t pos = 0;
+  for (size_t i = 0; i < num_blocks; i += kHistogramsPerBatch) {
+    const size_t num_to_combine = std::min(num_blocks - i, kHistogramsPerBatch);
+    uint32_t sizes[kHistogramsPerBatch];
+    uint32_t clusters[kHistogramsPerBatch];
+    uint32_t symbols[kHistogramsPerBatch];
+    uint32_t remap[kHistogramsPerBatch];
+    for (size_t j = 0; j < num_to_combine; ++j) {
+      histograms[j].Clear();
+      for (size_t k = 0; k < block_lengths[i + j]; ++k) {
+        histograms[j].Add(data[pos++]);
+      }
+      histograms[j].bit_cost_ = PopulationCost(histograms[j]);
+      symbols[j] = clusters[j] = static_cast<uint32_t>(j);
+      sizes[j] = 1;
+    }
+    size_t num_new_clusters = HistogramCombine(
+        &histograms[0], sizes, symbols, clusters, &pairs[0], num_to_combine,
+        num_to_combine, kHistogramsPerBatch, max_num_pairs);
+    for (size_t j = 0; j < num_new_clusters; ++j) {
+      all_histograms.push_back(histograms[clusters[j]]);
+      cluster_size.push_back(sizes[clusters[j]]);
+      remap[clusters[j]] = static_cast<uint32_t>(j);
+    }
+    for (size_t j = 0; j < num_to_combine; ++j) {
+      histogram_symbols[i + j] =
+          static_cast<uint32_t>(num_clusters) + remap[symbols[j]];
+    }
+    num_clusters += num_new_clusters;
+    assert(num_clusters == cluster_size.size());
+    assert(num_clusters == all_histograms.size());
+  }
+
+  max_num_pairs =
+      std::min(64 * num_clusters, (num_clusters / 2) * num_clusters);
+  pairs.resize(max_num_pairs + 1);
+
+  std::vector<uint32_t> clusters(num_clusters);
+  for (size_t i = 0; i < num_clusters; ++i) {
+    clusters[i] = static_cast<uint32_t>(i);
+  }
+  size_t num_final_clusters =
+      HistogramCombine(&all_histograms[0], &cluster_size[0],
+                       &histogram_symbols[0],
+                       &clusters[0], &pairs[0], num_clusters,
+                       num_blocks, kMaxNumberOfBlockTypes, max_num_pairs);
+
+  static const uint32_t kInvalidIndex = std::numeric_limits<uint32_t>::max();
+  std::vector<uint32_t> new_index(num_clusters, kInvalidIndex);
+  uint32_t next_index = 0;
+  pos = 0;
+  for (size_t i = 0; i < num_blocks; ++i) {
+    HistogramType histo;
+    for (size_t j = 0; j < block_lengths[i]; ++j) {
+      histo.Add(data[pos++]);
+    }
+    uint32_t best_out =
+        i == 0 ? histogram_symbols[0] : histogram_symbols[i - 1];
+    double best_bits = HistogramBitCostDistance(
+        histo, all_histograms[best_out]);
+    for (size_t j = 0; j < num_final_clusters; ++j) {
+      const double cur_bits = HistogramBitCostDistance(
+          histo, all_histograms[clusters[j]]);
+      if (cur_bits < best_bits) {
+        best_bits = cur_bits;
+        best_out = clusters[j];
+      }
+    }
+    histogram_symbols[i] = best_out;
+    if (new_index[best_out] == kInvalidIndex) {
+      new_index[best_out] = next_index++;
+    }
+  }
+  uint8_t max_type = 0;
+  uint32_t cur_length = 0;
+  block_idx = 0;
+  split->types.resize(num_blocks);
+  split->lengths.resize(num_blocks);
+  for (size_t i = 0; i < num_blocks; ++i) {
+    cur_length += block_lengths[i];
+    if (i + 1 == num_blocks ||
+        histogram_symbols[i] != histogram_symbols[i + 1]) {
+      const uint8_t id = static_cast<uint8_t>(new_index[histogram_symbols[i]]);
+      split->types[block_idx] = id;
+      split->lengths[block_idx] = cur_length;
+      max_type = std::max(max_type, id);
+      cur_length = 0;
+      ++block_idx;
+    }
+  }
+  split->types.resize(block_idx);
+  split->lengths.resize(block_idx);
+  split->num_types = static_cast<size_t>(max_type) + 1;
+}
+
+template<int kSize, typename DataType>
+void SplitByteVector(const std::vector<DataType>& data,
+                     const size_t literals_per_histogram,
+                     const size_t max_histograms,
+                     const size_t sampling_stride_length,
+                     const double block_switch_cost,
+                     BlockSplit* split) {
+  if (data.empty()) {
+    split->num_types = 1;
+    return;
+  } else if (data.size() < kMinLengthForBlockSplitting) {
+    split->num_types = 1;
+    split->types.push_back(0);
+    split->lengths.push_back(static_cast<uint32_t>(data.size()));
+    return;
+  }
+  size_t num_histograms = data.size() / literals_per_histogram + 1;
+  if (num_histograms > max_histograms) {
+    num_histograms = max_histograms;
+  }
+  Histogram<kSize>* histograms = new Histogram<kSize>[num_histograms];
+  // Find good entropy codes.
+  InitialEntropyCodes(&data[0], data.size(),
+                      sampling_stride_length,
+                      num_histograms, histograms);
+  RefineEntropyCodes(&data[0], data.size(),
+                     sampling_stride_length,
+                     num_histograms, histograms);
+  // Find a good path through literals with the good entropy codes.
+  std::vector<uint8_t> block_ids(data.size());
+  size_t num_blocks;
+  const size_t bitmaplen = (num_histograms + 7) >> 3;
+  double* insert_cost = new double[kSize * num_histograms];
+  double *cost = new double[num_histograms];
+  uint8_t* switch_signal = new uint8_t[data.size() * bitmaplen];
+  uint16_t* new_id = new uint16_t[num_histograms];
+  for (size_t i = 0; i < 10; ++i) {
+    num_blocks = FindBlocks(&data[0], data.size(),
+                            block_switch_cost,
+                            num_histograms, histograms,
+                            insert_cost, cost, switch_signal,
+                            &block_ids[0]);
+    num_histograms = RemapBlockIds(&block_ids[0], data.size(),
+                                   new_id, num_histograms);
+    BuildBlockHistograms(&data[0], data.size(), &block_ids[0],
+                         num_histograms, histograms);
+  }
+  delete[] insert_cost;
+  delete[] cost;
+  delete[] switch_signal;
+  delete[] new_id;
+  delete[] histograms;
+  ClusterBlocks<Histogram<kSize> >(&data[0], data.size(), num_blocks,
+                                   &block_ids[0], split);
+}
+
+void SplitBlock(const Command* cmds,
+                const size_t num_commands,
+                const uint8_t* data,
+                const size_t pos,
+                const size_t mask,
+                BlockSplit* literal_split,
+                BlockSplit* insert_and_copy_split,
+                BlockSplit* dist_split) {
+  {
+    // Create a continuous array of literals.
+    std::vector<uint8_t> literals;
+    CopyLiteralsToByteArray(cmds, num_commands, data, pos, mask, &literals);
+    // Create the block split on the array of literals.
+    // Literal histograms have alphabet size 256.
+    SplitByteVector<256>(
+        literals,
+        kSymbolsPerLiteralHistogram, kMaxLiteralHistograms,
+        kLiteralStrideLength, kLiteralBlockSwitchCost,
+        literal_split);
+  }
+
+  {
+    // Compute prefix codes for commands.
+    std::vector<uint16_t> insert_and_copy_codes(num_commands);
+    for (size_t i = 0; i < num_commands; ++i) {
+      insert_and_copy_codes[i] = cmds[i].cmd_prefix_;
+    }
+    // Create the block split on the array of command prefixes.
+    SplitByteVector<kNumCommandPrefixes>(
+        insert_and_copy_codes,
+        kSymbolsPerCommandHistogram, kMaxCommandHistograms,
+        kCommandStrideLength, kCommandBlockSwitchCost,
+        insert_and_copy_split);
+  }
+
+  {
+    // Create a continuous array of distance prefixes.
+    std::vector<uint16_t> distance_prefixes(num_commands);
+    size_t pos = 0;
+    for (size_t i = 0; i < num_commands; ++i) {
+      const Command& cmd = cmds[i];
+      if (cmd.copy_len() && cmd.cmd_prefix_ >= 128) {
+        distance_prefixes[pos++] = cmd.dist_prefix_;
+      }
+    }
+    distance_prefixes.resize(pos);
+    // Create the block split on the array of distance prefixes.
+    SplitByteVector<kNumDistancePrefixes>(
+        distance_prefixes,
+        kSymbolsPerDistanceHistogram, kMaxCommandHistograms,
+        kCommandStrideLength, kDistanceBlockSwitchCost,
+        dist_split);
+  }
+}
+
+}  // namespace brotli
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/block_splitter.h
@@ -0,0 +1,61 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Block split point selection utilities.
+
+#ifndef BROTLI_ENC_BLOCK_SPLITTER_H_
+#define BROTLI_ENC_BLOCK_SPLITTER_H_
+
+#include <vector>
+
+#include "./command.h"
+#include "./metablock.h"
+#include "./types.h"
+
+namespace brotli {
+
+struct BlockSplitIterator {
+  explicit BlockSplitIterator(const BlockSplit& split)
+      : split_(split), idx_(0), type_(0), length_(0) {
+    if (!split.lengths.empty()) {
+      length_ = split.lengths[0];
+    }
+  }
+
+  void Next(void) {
+    if (length_ == 0) {
+      ++idx_;
+      type_ = split_.types[idx_];
+      length_ = split_.lengths[idx_];
+    }
+    --length_;
+  }
+
+  const BlockSplit& split_;
+  size_t idx_;
+  size_t type_;
+  size_t length_;
+};
+
+void CopyLiteralsToByteArray(const Command* cmds,
+                             const size_t num_commands,
+                             const uint8_t* data,
+                             const size_t offset,
+                             const size_t mask,
+                             std::vector<uint8_t>* literals);
+
+void SplitBlock(const Command* cmds,
+                const size_t num_commands,
+                const uint8_t* data,
+                const size_t offset,
+                const size_t mask,
+                BlockSplit* literal_split,
+                BlockSplit* insert_and_copy_split,
+                BlockSplit* dist_split);
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_BLOCK_SPLITTER_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/brotli_bit_stream.cc
@@ -0,0 +1,1181 @@
+/* Copyright 2014 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Brotli bit stream functions to support the low level format. There are no
+// compression algorithms here, just the right ordering of bits to match the
+// specs.
+
+#include "./brotli_bit_stream.h"
+
+#include <algorithm>
+#include <cstdlib>  /* free, malloc */
+#include <cstring>
+#include <limits>
+#include <vector>
+
+#include "./bit_cost.h"
+#include "./context.h"
+#include "./entropy_encode.h"
+#include "./entropy_encode_static.h"
+#include "./fast_log.h"
+#include "./prefix.h"
+#include "./write_bits.h"
+
+namespace brotli {
+
+namespace {
+
+static const size_t kMaxHuffmanTreeSize = 2 * kNumCommandPrefixes + 1;
+// Context map alphabet has 256 context id symbols plus max 16 rle symbols.
+static const size_t kContextMapAlphabetSize = 256 + 16;
+// Block type alphabet has 256 block id symbols plus 2 special symbols.
+static const size_t kBlockTypeAlphabetSize = 256 + 2;
+
+// nibblesbits represents the 2 bits to encode MNIBBLES (0-3)
+// REQUIRES: length > 0
+// REQUIRES: length <= (1 << 24)
+void EncodeMlen(size_t length, uint64_t* bits,
+                size_t* numbits, uint64_t* nibblesbits) {
+  assert(length > 0);
+  assert(length <= (1 << 24));
+  length--;  // MLEN - 1 is encoded
+  size_t lg = length == 0 ? 1 : Log2FloorNonZero(
+      static_cast<uint32_t>(length)) + 1;
+  assert(lg <= 24);
+  size_t mnibbles = (lg < 16 ? 16 : (lg + 3)) / 4;
+  *nibblesbits = mnibbles - 4;
+  *numbits = mnibbles * 4;
+  *bits = length;
+}
+
+static inline void StoreCommandExtra(
+    const Command& cmd, size_t* storage_ix, uint8_t* storage) {
+  uint32_t copylen_code = cmd.copy_len_code();
+  uint16_t inscode = GetInsertLengthCode(cmd.insert_len_);
+  uint16_t copycode = GetCopyLengthCode(copylen_code);
+  uint32_t insnumextra = GetInsertExtra(inscode);
+  uint64_t insextraval = cmd.insert_len_ - GetInsertBase(inscode);
+  uint64_t copyextraval = copylen_code - GetCopyBase(copycode);
+  uint64_t bits = (copyextraval << insnumextra) | insextraval;
+  WriteBits(insnumextra + GetCopyExtra(copycode), bits, storage_ix, storage);
+}
+
+}  // namespace
+
+void StoreVarLenUint8(size_t n, size_t* storage_ix, uint8_t* storage) {
+  if (n == 0) {
+    WriteBits(1, 0, storage_ix, storage);
+  } else {
+    WriteBits(1, 1, storage_ix, storage);
+    size_t nbits = Log2FloorNonZero(n);
+    WriteBits(3, nbits, storage_ix, storage);
+    WriteBits(nbits, n - (1 << nbits), storage_ix, storage);
+  }
+}
+
+void StoreCompressedMetaBlockHeader(bool final_block,
+                                    size_t length,
+                                    size_t* storage_ix,
+                                    uint8_t* storage) {
+  // Write ISLAST bit.
+  WriteBits(1, final_block, storage_ix, storage);
+  // Write ISEMPTY bit.
+  if (final_block) {
+    WriteBits(1, 0, storage_ix, storage);
+  }
+
+  uint64_t lenbits;
+  size_t nlenbits;
+  uint64_t nibblesbits;
+  EncodeMlen(length, &lenbits, &nlenbits, &nibblesbits);
+  WriteBits(2, nibblesbits, storage_ix, storage);
+  WriteBits(nlenbits, lenbits, storage_ix, storage);
+
+  if (!final_block) {
+    // Write ISUNCOMPRESSED bit.
+    WriteBits(1, 0, storage_ix, storage);
+  }
+}
+
+void StoreUncompressedMetaBlockHeader(size_t length,
+                                      size_t* storage_ix,
+                                      uint8_t* storage) {
+  // Write ISLAST bit. Uncompressed block cannot be the last one, so set to 0.
+  WriteBits(1, 0, storage_ix, storage);
+  uint64_t lenbits;
+  size_t nlenbits;
+  uint64_t nibblesbits;
+  EncodeMlen(length, &lenbits, &nlenbits, &nibblesbits);
+  WriteBits(2, nibblesbits, storage_ix, storage);
+  WriteBits(nlenbits, lenbits, storage_ix, storage);
+  // Write ISUNCOMPRESSED bit.
+  WriteBits(1, 1, storage_ix, storage);
+}
+
+void StoreHuffmanTreeOfHuffmanTreeToBitMask(
+    const int num_codes,
+    const uint8_t *code_length_bitdepth,
+    size_t *storage_ix,
+    uint8_t *storage) {
+  static const uint8_t kStorageOrder[kCodeLengthCodes] = {
+    1, 2, 3, 4, 0, 5, 17, 6, 16, 7, 8, 9, 10, 11, 12, 13, 14, 15
+  };
+  // The bit lengths of the Huffman code over the code length alphabet
+  // are compressed with the following static Huffman code:
+  //   Symbol   Code
+  //   ------   ----
+  //   0          00
+  //   1        1110
+  //   2         110
+  //   3          01
+  //   4          10
+  //   5        1111
+  static const uint8_t kHuffmanBitLengthHuffmanCodeSymbols[6] = {
+     0, 7, 3, 2, 1, 15
+  };
+  static const uint8_t kHuffmanBitLengthHuffmanCodeBitLengths[6] = {
+    2, 4, 3, 2, 2, 4
+  };
+
+  // Throw away trailing zeros:
+  size_t codes_to_store = kCodeLengthCodes;
+  if (num_codes > 1) {
+    for (; codes_to_store > 0; --codes_to_store) {
+      if (code_length_bitdepth[kStorageOrder[codes_to_store - 1]] != 0) {
+        break;
+      }
+    }
+  }
+  size_t skip_some = 0;  // skips none.
+  if (code_length_bitdepth[kStorageOrder[0]] == 0 &&
+      code_length_bitdepth[kStorageOrder[1]] == 0) {
+    skip_some = 2;  // skips two.
+    if (code_length_bitdepth[kStorageOrder[2]] == 0) {
+      skip_some = 3;  // skips three.
+    }
+  }
+  WriteBits(2, skip_some, storage_ix, storage);
+  for (size_t i = skip_some; i < codes_to_store; ++i) {
+    size_t l = code_length_bitdepth[kStorageOrder[i]];
+    WriteBits(kHuffmanBitLengthHuffmanCodeBitLengths[l],
+              kHuffmanBitLengthHuffmanCodeSymbols[l], storage_ix, storage);
+  }
+}
+
+static void StoreHuffmanTreeToBitMask(
+    const size_t huffman_tree_size,
+    const uint8_t* huffman_tree,
+    const uint8_t* huffman_tree_extra_bits,
+    const uint8_t* code_length_bitdepth,
+    const uint16_t* code_length_bitdepth_symbols,
+    size_t * __restrict storage_ix,
+    uint8_t * __restrict storage) {
+  for (size_t i = 0; i < huffman_tree_size; ++i) {
+    size_t ix = huffman_tree[i];
+    WriteBits(code_length_bitdepth[ix], code_length_bitdepth_symbols[ix],
+              storage_ix, storage);
+    // Extra bits
+    switch (ix) {
+      case 16:
+        WriteBits(2, huffman_tree_extra_bits[i], storage_ix, storage);
+        break;
+      case 17:
+        WriteBits(3, huffman_tree_extra_bits[i], storage_ix, storage);
+        break;
+    }
+  }
+}
+
+static void StoreSimpleHuffmanTree(const uint8_t* depths,
+                                   size_t symbols[4],
+                                   size_t num_symbols,
+                                   size_t max_bits,
+                                   size_t *storage_ix, uint8_t *storage) {
+  // value of 1 indicates a simple Huffman code
+  WriteBits(2, 1, storage_ix, storage);
+  WriteBits(2, num_symbols - 1, storage_ix, storage);  // NSYM - 1
+
+  // Sort
+  for (size_t i = 0; i < num_symbols; i++) {
+    for (size_t j = i + 1; j < num_symbols; j++) {
+      if (depths[symbols[j]] < depths[symbols[i]]) {
+        std::swap(symbols[j], symbols[i]);
+      }
+    }
+  }
+
+  if (num_symbols == 2) {
+    WriteBits(max_bits, symbols[0], storage_ix, storage);
+    WriteBits(max_bits, symbols[1], storage_ix, storage);
+  } else if (num_symbols == 3) {
+    WriteBits(max_bits, symbols[0], storage_ix, storage);
+    WriteBits(max_bits, symbols[1], storage_ix, storage);
+    WriteBits(max_bits, symbols[2], storage_ix, storage);
+  } else {
+    WriteBits(max_bits, symbols[0], storage_ix, storage);
+    WriteBits(max_bits, symbols[1], storage_ix, storage);
+    WriteBits(max_bits, symbols[2], storage_ix, storage);
+    WriteBits(max_bits, symbols[3], storage_ix, storage);
+    // tree-select
+    WriteBits(1, depths[symbols[0]] == 1 ? 1 : 0, storage_ix, storage);
+  }
+}
+
+// num = alphabet size
+// depths = symbol depths
+void StoreHuffmanTree(const uint8_t* depths, size_t num,
+                      HuffmanTree* tree,
+                      size_t *storage_ix, uint8_t *storage) {
+  // Write the Huffman tree into the brotli-representation.
+  // The command alphabet is the largest, so this allocation will fit all
+  // alphabets.
+  assert(num <= kNumCommandPrefixes);
+  uint8_t huffman_tree[kNumCommandPrefixes];
+  uint8_t huffman_tree_extra_bits[kNumCommandPrefixes];
+  size_t huffman_tree_size = 0;
+  WriteHuffmanTree(depths, num, &huffman_tree_size, huffman_tree,
+                   huffman_tree_extra_bits);
+
+  // Calculate the statistics of the Huffman tree in brotli-representation.
+  uint32_t huffman_tree_histogram[kCodeLengthCodes] = { 0 };
+  for (size_t i = 0; i < huffman_tree_size; ++i) {
+    ++huffman_tree_histogram[huffman_tree[i]];
+  }
+
+  int num_codes = 0;
+  int code = 0;
+  for (int i = 0; i < kCodeLengthCodes; ++i) {
+    if (huffman_tree_histogram[i]) {
+      if (num_codes == 0) {
+        code = i;
+        num_codes = 1;
+      } else if (num_codes == 1) {
+        num_codes = 2;
+        break;
+      }
+    }
+  }
+
+  // Calculate another Huffman tree to use for compressing both the
+  // earlier Huffman tree with.
+  uint8_t code_length_bitdepth[kCodeLengthCodes] = { 0 };
+  uint16_t code_length_bitdepth_symbols[kCodeLengthCodes] = { 0 };
+  CreateHuffmanTree(&huffman_tree_histogram[0], kCodeLengthCodes,
+                    5, tree, &code_length_bitdepth[0]);
+  ConvertBitDepthsToSymbols(code_length_bitdepth, kCodeLengthCodes,
+                            &code_length_bitdepth_symbols[0]);
+
+  // Now, we have all the data, let's start storing it
+  StoreHuffmanTreeOfHuffmanTreeToBitMask(num_codes, code_length_bitdepth,
+                                         storage_ix, storage);
+
+  if (num_codes == 1) {
+    code_length_bitdepth[code] = 0;
+  }
+
+  // Store the real huffman tree now.
+  StoreHuffmanTreeToBitMask(huffman_tree_size,
+                            huffman_tree,
+                            huffman_tree_extra_bits,
+                            &code_length_bitdepth[0],
+                            code_length_bitdepth_symbols,
+                            storage_ix, storage);
+}
+
+void BuildAndStoreHuffmanTree(const uint32_t *histogram,
+                              const size_t length,
+                              HuffmanTree* tree,
+                              uint8_t* depth,
+                              uint16_t* bits,
+                              size_t* storage_ix,
+                              uint8_t* storage) {
+  size_t count = 0;
+  size_t s4[4] = { 0 };
+  for (size_t i = 0; i < length; i++) {
+    if (histogram[i]) {
+      if (count < 4) {
+        s4[count] = i;
+      } else if (count > 4) {
+        break;
+      }
+      count++;
+    }
+  }
+
+  size_t max_bits_counter = length - 1;
+  size_t max_bits = 0;
+  while (max_bits_counter) {
+    max_bits_counter >>= 1;
+    ++max_bits;
+  }
+
+  if (count <= 1) {
+    WriteBits(4, 1, storage_ix, storage);
+    WriteBits(max_bits, s4[0], storage_ix, storage);
+    return;
+  }
+
+  CreateHuffmanTree(histogram, length, 15, tree, depth);
+  ConvertBitDepthsToSymbols(depth, length, bits);
+
+  if (count <= 4) {
+    StoreSimpleHuffmanTree(depth, s4, count, max_bits, storage_ix, storage);
+  } else {
+    StoreHuffmanTree(depth, length, tree, storage_ix, storage);
+  }
+}
+
+static inline bool SortHuffmanTree(const HuffmanTree& v0,
+                                   const HuffmanTree& v1) {
+  return v0.total_count_ < v1.total_count_;
+}
+
+void BuildAndStoreHuffmanTreeFast(const uint32_t *histogram,
+                                  const size_t histogram_total,
+                                  const size_t max_bits,
+                                  uint8_t* depth,
+                                  uint16_t* bits,
+                                  size_t* storage_ix,
+                                  uint8_t* storage) {
+  size_t count = 0;
+  size_t symbols[4] = { 0 };
+  size_t length = 0;
+  size_t total = histogram_total;
+  while (total != 0) {
+    if (histogram[length]) {
+      if (count < 4) {
+        symbols[count] = length;
+      }
+      ++count;
+      total -= histogram[length];
+    }
+    ++length;
+  }
+
+  if (count <= 1) {
+    WriteBits(4, 1, storage_ix, storage);
+    WriteBits(max_bits, symbols[0], storage_ix, storage);
+    return;
+  }
+
+  const size_t max_tree_size = 2 * length + 1;
+  HuffmanTree* const tree =
+      static_cast<HuffmanTree*>(malloc(max_tree_size * sizeof(HuffmanTree)));
+  for (uint32_t count_limit = 1; ; count_limit *= 2) {
+    HuffmanTree* node = tree;
+    for (size_t i = length; i != 0;) {
+      --i;
+      if (histogram[i]) {
+        if (PREDICT_TRUE(histogram[i] >= count_limit)) {
+          *node = HuffmanTree(histogram[i], -1, static_cast<int16_t>(i));
+        } else {
+          *node = HuffmanTree(count_limit, -1, static_cast<int16_t>(i));
+        }
+        ++node;
+      }
+    }
+    const int n = static_cast<int>(node - tree);
+    std::sort(tree, node, SortHuffmanTree);
+    // The nodes are:
+    // [0, n): the sorted leaf nodes that we start with.
+    // [n]: we add a sentinel here.
+    // [n + 1, 2n): new parent nodes are added here, starting from
+    //              (n+1). These are naturally in ascending order.
+    // [2n]: we add a sentinel at the end as well.
+    // There will be (2n+1) elements at the end.
+    const HuffmanTree sentinel(std::numeric_limits<int>::max(), -1, -1);
+    *node++ = sentinel;
+    *node++ = sentinel;
+
+    int i = 0;      // Points to the next leaf node.
+    int j = n + 1;  // Points to the next non-leaf node.
+    for (int k = n - 1; k > 0; --k) {
+      int left, right;
+      if (tree[i].total_count_ <= tree[j].total_count_) {
+        left = i;
+        ++i;
+      } else {
+        left = j;
+        ++j;
+      }
+      if (tree[i].total_count_ <= tree[j].total_count_) {
+        right = i;
+        ++i;
+      } else {
+        right = j;
+        ++j;
+      }
+      // The sentinel node becomes the parent node.
+      node[-1].total_count_ =
+          tree[left].total_count_ + tree[right].total_count_;
+      node[-1].index_left_ = static_cast<int16_t>(left);
+      node[-1].index_right_or_value_ = static_cast<int16_t>(right);
+      // Add back the last sentinel node.
+      *node++ = sentinel;
+    }
+    SetDepth(tree[2 * n - 1], &tree[0], depth, 0);
+    // We need to pack the Huffman tree in 14 bits.
+    // If this was not successful, add fake entities to the lowest values
+    // and retry.
+    if (PREDICT_TRUE(*std::max_element(&depth[0], &depth[length]) <= 14)) {
+      break;
+    }
+  }
+  free(tree);
+  ConvertBitDepthsToSymbols(depth, length, bits);
+  if (count <= 4) {
+    // value of 1 indicates a simple Huffman code
+    WriteBits(2, 1, storage_ix, storage);
+    WriteBits(2, count - 1, storage_ix, storage);  // NSYM - 1
+
+    // Sort
+    for (size_t i = 0; i < count; i++) {
+      for (size_t j = i + 1; j < count; j++) {
+        if (depth[symbols[j]] < depth[symbols[i]]) {
+          std::swap(symbols[j], symbols[i]);
+        }
+      }
+    }
+
+    if (count == 2) {
+      WriteBits(max_bits, symbols[0], storage_ix, storage);
+      WriteBits(max_bits, symbols[1], storage_ix, storage);
+    } else if (count == 3) {
+      WriteBits(max_bits, symbols[0], storage_ix, storage);
+      WriteBits(max_bits, symbols[1], storage_ix, storage);
+      WriteBits(max_bits, symbols[2], storage_ix, storage);
+    } else {
+      WriteBits(max_bits, symbols[0], storage_ix, storage);
+      WriteBits(max_bits, symbols[1], storage_ix, storage);
+      WriteBits(max_bits, symbols[2], storage_ix, storage);
+      WriteBits(max_bits, symbols[3], storage_ix, storage);
+      // tree-select
+      WriteBits(1, depth[symbols[0]] == 1 ? 1 : 0, storage_ix, storage);
+    }
+  } else {
+    // Complex Huffman Tree
+    StoreStaticCodeLengthCode(storage_ix, storage);
+
+    // Actual rle coding.
+    uint8_t previous_value = 8;
+    for (size_t i = 0; i < length;) {
+      const uint8_t value = depth[i];
+      size_t reps = 1;
+      for (size_t k = i + 1; k < length && depth[k] == value; ++k) {
+        ++reps;
+      }
+      i += reps;
+      if (value == 0) {
+        WriteBits(kZeroRepsDepth[reps], kZeroRepsBits[reps],
+                  storage_ix, storage);
+      } else {
+        if (previous_value != value) {
+          WriteBits(kCodeLengthDepth[value], kCodeLengthBits[value],
+                    storage_ix, storage);
+          --reps;
+        }
+        if (reps < 3) {
+          while (reps != 0) {
+            reps--;
+            WriteBits(kCodeLengthDepth[value], kCodeLengthBits[value],
+                      storage_ix, storage);
+          }
+        } else {
+          reps -= 3;
+          WriteBits(kNonZeroRepsDepth[reps], kNonZeroRepsBits[reps],
+                    storage_ix, storage);
+        }
+        previous_value = value;
+      }
+    }
+  }
+}
+
+static size_t IndexOf(const uint8_t* v, size_t v_size, uint8_t value) {
+  size_t i = 0;
+  for (; i < v_size; ++i) {
+    if (v[i] == value) return i;
+  }
+  return i;
+}
+
+static void MoveToFront(uint8_t* v, size_t index) {
+  uint8_t value = v[index];
+  for (size_t i = index; i != 0; --i) {
+    v[i] = v[i - 1];
+  }
+  v[0] = value;
+}
+
+static void MoveToFrontTransform(const uint32_t* __restrict v_in,
+                                 const size_t v_size,
+                                 uint32_t* v_out) {
+  if (v_size == 0) {
+    return;
+  }
+  uint32_t max_value = *std::max_element(v_in, v_in + v_size);
+  assert(max_value < 256u);
+  uint8_t mtf[256];
+  size_t mtf_size = max_value + 1;
+  for (uint32_t i = 0; i <= max_value; ++i) {
+    mtf[i] = static_cast<uint8_t>(i);
+  }
+  for (size_t i = 0; i < v_size; ++i) {
+    size_t index = IndexOf(mtf, mtf_size, static_cast<uint8_t>(v_in[i]));
+    assert(index < mtf_size);
+    v_out[i] = static_cast<uint32_t>(index);
+    MoveToFront(mtf, index);
+  }
+}
+
+// Finds runs of zeros in v[0..in_size) and replaces them with a prefix code of
+// the run length plus extra bits (lower 9 bits is the prefix code and the rest
+// are the extra bits). Non-zero values in v[] are shifted by
+// *max_length_prefix. Will not create prefix codes bigger than the initial
+// value of *max_run_length_prefix. The prefix code of run length L is simply
+// Log2Floor(L) and the number of extra bits is the same as the prefix code.
+static void RunLengthCodeZeros(const size_t in_size,
+                               uint32_t* __restrict v,
+                               size_t* __restrict out_size,
+                               uint32_t* __restrict max_run_length_prefix) {
+  uint32_t max_reps = 0;
+  for (size_t i = 0; i < in_size;) {
+    for (; i < in_size && v[i] != 0; ++i) ;
+    uint32_t reps = 0;
+    for (; i < in_size && v[i] == 0; ++i) {
+      ++reps;
+    }
+    max_reps = std::max(reps, max_reps);
+  }
+  uint32_t max_prefix = max_reps > 0 ? Log2FloorNonZero(max_reps) : 0;
+  max_prefix = std::min(max_prefix, *max_run_length_prefix);
+  *max_run_length_prefix = max_prefix;
+  *out_size = 0;
+  for (size_t i = 0; i < in_size;) {
+    assert(*out_size <= i);
+    if (v[i] != 0) {
+      v[*out_size] = v[i] + *max_run_length_prefix;
+      ++i;
+      ++(*out_size);
+    } else {
+      uint32_t reps = 1;
+      for (size_t k = i + 1; k < in_size && v[k] == 0; ++k) {
+        ++reps;
+      }
+      i += reps;
+      while (reps != 0) {
+        if (reps < (2u << max_prefix)) {
+          uint32_t run_length_prefix = Log2FloorNonZero(reps);
+          const uint32_t extra_bits = reps - (1u << run_length_prefix);
+          v[*out_size] = run_length_prefix + (extra_bits << 9);
+          ++(*out_size);
+          break;
+        } else {
+          const uint32_t extra_bits = (1u << max_prefix) - 1u;
+          v[*out_size] = max_prefix + (extra_bits << 9);
+          reps -= (2u << max_prefix) - 1u;
+          ++(*out_size);
+        }
+      }
+    }
+  }
+}
+
+void EncodeContextMap(const std::vector<uint32_t>& context_map,
+                      size_t num_clusters,
+                      HuffmanTree* tree,
+                      size_t* storage_ix, uint8_t* storage) {
+  StoreVarLenUint8(num_clusters - 1, storage_ix, storage);
+
+  if (num_clusters == 1) {
+    return;
+  }
+
+  uint32_t* rle_symbols = new uint32_t[context_map.size()];
+  MoveToFrontTransform(&context_map[0], context_map.size(), rle_symbols);
+  uint32_t max_run_length_prefix = 6;
+  size_t num_rle_symbols = 0;
+  RunLengthCodeZeros(context_map.size(), rle_symbols,
+                     &num_rle_symbols, &max_run_length_prefix);
+  uint32_t histogram[kContextMapAlphabetSize];
+  memset(histogram, 0, sizeof(histogram));
+  static const int kSymbolBits = 9;
+  static const uint32_t kSymbolMask = (1u << kSymbolBits) - 1u;
+  for (size_t i = 0; i < num_rle_symbols; ++i) {
+    ++histogram[rle_symbols[i] & kSymbolMask];
+  }
+  bool use_rle = max_run_length_prefix > 0;
+  WriteBits(1, use_rle, storage_ix, storage);
+  if (use_rle) {
+    WriteBits(4, max_run_length_prefix - 1, storage_ix, storage);
+  }
+  uint8_t depths[kContextMapAlphabetSize];
+  uint16_t bits[kContextMapAlphabetSize];
+  memset(depths, 0, sizeof(depths));
+  memset(bits, 0, sizeof(bits));
+  BuildAndStoreHuffmanTree(histogram, num_clusters + max_run_length_prefix,
+                           tree, depths, bits, storage_ix, storage);
+  for (size_t i = 0; i < num_rle_symbols; ++i) {
+    const uint32_t rle_symbol = rle_symbols[i] & kSymbolMask;
+    const uint32_t extra_bits_val = rle_symbols[i] >> kSymbolBits;
+    WriteBits(depths[rle_symbol], bits[rle_symbol], storage_ix, storage);
+    if (rle_symbol > 0 && rle_symbol <= max_run_length_prefix) {
+      WriteBits(rle_symbol, extra_bits_val, storage_ix, storage);
+    }
+  }
+  WriteBits(1, 1, storage_ix, storage);  // use move-to-front
+  delete[] rle_symbols;
+}
+
+void StoreBlockSwitch(const BlockSplitCode& code,
+                      const size_t block_ix,
+                      size_t* storage_ix,
+                      uint8_t* storage) {
+  if (block_ix > 0) {
+    size_t typecode = code.type_code[block_ix];
+    WriteBits(code.type_depths[typecode], code.type_bits[typecode],
+              storage_ix, storage);
+  }
+  size_t lencode = code.length_prefix[block_ix];
+  WriteBits(code.length_depths[lencode], code.length_bits[lencode],
+            storage_ix, storage);
+  WriteBits(code.length_nextra[block_ix], code.length_extra[block_ix],
+            storage_ix, storage);
+}
+
+static void BuildAndStoreBlockSplitCode(const std::vector<uint8_t>& types,
+                                        const std::vector<uint32_t>& lengths,
+                                        const size_t num_types,
+                                        HuffmanTree* tree,
+                                        BlockSplitCode* code,
+                                        size_t* storage_ix,
+                                        uint8_t* storage) {
+  const size_t num_blocks = types.size();
+  uint32_t type_histo[kBlockTypeAlphabetSize];
+  uint32_t length_histo[kNumBlockLenPrefixes];
+  memset(type_histo, 0, (num_types + 2) * sizeof(type_histo[0]));
+  memset(length_histo, 0, sizeof(length_histo));
+  size_t last_type = 1;
+  size_t second_last_type = 0;
+  code->type_code.resize(num_blocks);
+  code->length_prefix.resize(num_blocks);
+  code->length_nextra.resize(num_blocks);
+  code->length_extra.resize(num_blocks);
+  code->type_depths.resize(num_types + 2);
+  code->type_bits.resize(num_types + 2);
+  memset(code->length_depths, 0, sizeof(code->length_depths));
+  memset(code->length_bits, 0, sizeof(code->length_bits));
+  for (size_t i = 0; i < num_blocks; ++i) {
+    size_t type = types[i];
+    size_t type_code = (type == last_type + 1 ? 1 :
+                     type == second_last_type ? 0 :
+                     type + 2);
+    second_last_type = last_type;
+    last_type = type;
+    code->type_code[i] = static_cast<uint32_t>(type_code);
+    if (i != 0) ++type_histo[type_code];
+    GetBlockLengthPrefixCode(lengths[i],
+                             &code->length_prefix[i],
+                             &code->length_nextra[i],
+                             &code->length_extra[i]);
+    ++length_histo[code->length_prefix[i]];
+  }
+  StoreVarLenUint8(num_types - 1, storage_ix, storage);
+  if (num_types > 1) {
+    BuildAndStoreHuffmanTree(&type_histo[0], num_types + 2, tree,
+                             &code->type_depths[0], &code->type_bits[0],
+                             storage_ix, storage);
+    BuildAndStoreHuffmanTree(&length_histo[0], kNumBlockLenPrefixes, tree,
+                             &code->length_depths[0], &code->length_bits[0],
+                             storage_ix, storage);
+    StoreBlockSwitch(*code, 0, storage_ix, storage);
+  }
+}
+
+void StoreTrivialContextMap(size_t num_types,
+                            size_t context_bits,
+                            HuffmanTree* tree,
+                            size_t* storage_ix,
+                            uint8_t* storage) {
+  StoreVarLenUint8(num_types - 1, storage_ix, storage);
+  if (num_types > 1) {
+    size_t repeat_code = context_bits - 1u;
+    size_t repeat_bits = (1u << repeat_code) - 1u;
+    size_t alphabet_size = num_types + repeat_code;
+    uint32_t histogram[kContextMapAlphabetSize];
+    uint8_t depths[kContextMapAlphabetSize];
+    uint16_t bits[kContextMapAlphabetSize];
+    memset(histogram, 0, alphabet_size * sizeof(histogram[0]));
+    memset(depths, 0, alphabet_size * sizeof(depths[0]));
+    memset(bits, 0, alphabet_size * sizeof(bits[0]));
+    // Write RLEMAX.
+    WriteBits(1, 1, storage_ix, storage);
+    WriteBits(4, repeat_code - 1, storage_ix, storage);
+    histogram[repeat_code] = static_cast<uint32_t>(num_types);
+    histogram[0] = 1;
+    for (size_t i = context_bits; i < alphabet_size; ++i) {
+      histogram[i] = 1;
+    }
+    BuildAndStoreHuffmanTree(&histogram[0], alphabet_size, tree,
+                             &depths[0], &bits[0],
+                             storage_ix, storage);
+    for (size_t i = 0; i < num_types; ++i) {
+      size_t code = (i == 0 ? 0 : i + context_bits - 1);
+      WriteBits(depths[code], bits[code], storage_ix, storage);
+      WriteBits(depths[repeat_code], bits[repeat_code], storage_ix, storage);
+      WriteBits(repeat_code, repeat_bits, storage_ix, storage);
+    }
+    // Write IMTF (inverse-move-to-front) bit.
+    WriteBits(1, 1, storage_ix, storage);
+  }
+}
+
+// Manages the encoding of one block category (literal, command or distance).
+class BlockEncoder {
+ public:
+  BlockEncoder(size_t alphabet_size,
+               size_t num_block_types,
+               const std::vector<uint8_t>& block_types,
+               const std::vector<uint32_t>& block_lengths)
+      : alphabet_size_(alphabet_size),
+        num_block_types_(num_block_types),
+        block_types_(block_types),
+        block_lengths_(block_lengths),
+        block_ix_(0),
+        block_len_(block_lengths.empty() ? 0 : block_lengths[0]),
+        entropy_ix_(0) {}
+
+  // Creates entropy codes of block lengths and block types and stores them
+  // to the bit stream.
+  void BuildAndStoreBlockSwitchEntropyCodes(HuffmanTree* tree,
+                                            size_t* storage_ix,
+                                            uint8_t* storage) {
+    BuildAndStoreBlockSplitCode(
+        block_types_, block_lengths_, num_block_types_,
+        tree, &block_split_code_, storage_ix, storage);
+  }
+
+  // Creates entropy codes for all block types and stores them to the bit
+  // stream.
+  template<int kSize>
+  void BuildAndStoreEntropyCodes(
+      const std::vector<Histogram<kSize> >& histograms,
+      HuffmanTree* tree,
+      size_t* storage_ix, uint8_t* storage) {
+    depths_.resize(histograms.size() * alphabet_size_);
+    bits_.resize(histograms.size() * alphabet_size_);
+    for (size_t i = 0; i < histograms.size(); ++i) {
+      size_t ix = i * alphabet_size_;
+      BuildAndStoreHuffmanTree(&histograms[i].data_[0], alphabet_size_,
+                               tree,
+                               &depths_[ix], &bits_[ix],
+                               storage_ix, storage);
+    }
+  }
+
+  // Stores the next symbol with the entropy code of the current block type.
+  // Updates the block type and block length at block boundaries.
+  void StoreSymbol(size_t symbol, size_t* storage_ix, uint8_t* storage) {
+    if (block_len_ == 0) {
+      ++block_ix_;
+      block_len_ = block_lengths_[block_ix_];
+      entropy_ix_ = block_types_[block_ix_] * alphabet_size_;
+      StoreBlockSwitch(block_split_code_, block_ix_, storage_ix, storage);
+    }
+    --block_len_;
+    size_t ix = entropy_ix_ + symbol;
+    WriteBits(depths_[ix], bits_[ix], storage_ix, storage);
+  }
+
+  // Stores the next symbol with the entropy code of the current block type and
+  // context value.
+  // Updates the block type and block length at block boundaries.
+  template<int kContextBits>
+  void StoreSymbolWithContext(size_t symbol, size_t context,
+                              const std::vector<uint32_t>& context_map,
+                              size_t* storage_ix, uint8_t* storage) {
+    if (block_len_ == 0) {
+      ++block_ix_;
+      block_len_ = block_lengths_[block_ix_];
+      size_t block_type = block_types_[block_ix_];
+      entropy_ix_ = block_type << kContextBits;
+      StoreBlockSwitch(block_split_code_, block_ix_, storage_ix, storage);
+    }
+    --block_len_;
+    size_t histo_ix = context_map[entropy_ix_ + context];
+    size_t ix = histo_ix * alphabet_size_ + symbol;
+    WriteBits(depths_[ix], bits_[ix], storage_ix, storage);
+  }
+
+ private:
+  const size_t alphabet_size_;
+  const size_t num_block_types_;
+  const std::vector<uint8_t>& block_types_;
+  const std::vector<uint32_t>& block_lengths_;
+  BlockSplitCode block_split_code_;
+  size_t block_ix_;
+  size_t block_len_;
+  size_t entropy_ix_;
+  std::vector<uint8_t> depths_;
+  std::vector<uint16_t> bits_;
+};
+
+static void JumpToByteBoundary(size_t* storage_ix, uint8_t* storage) {
+  *storage_ix = (*storage_ix + 7u) & ~7u;
+  storage[*storage_ix >> 3] = 0;
+}
+
+void StoreMetaBlock(const uint8_t* input,
+                    size_t start_pos,
+                    size_t length,
+                    size_t mask,
+                    uint8_t prev_byte,
+                    uint8_t prev_byte2,
+                    bool is_last,
+                    uint32_t num_direct_distance_codes,
+                    uint32_t distance_postfix_bits,
+                    ContextType literal_context_mode,
+                    const brotli::Command *commands,
+                    size_t n_commands,
+                    const MetaBlockSplit& mb,
+                    size_t *storage_ix,
+                    uint8_t *storage) {
+  StoreCompressedMetaBlockHeader(is_last, length, storage_ix, storage);
+
+  size_t num_distance_codes =
+      kNumDistanceShortCodes + num_direct_distance_codes +
+      (48u << distance_postfix_bits);
+
+  HuffmanTree* tree = static_cast<HuffmanTree*>(
+      malloc(kMaxHuffmanTreeSize * sizeof(HuffmanTree)));
+  BlockEncoder literal_enc(256,
+                           mb.literal_split.num_types,
+                           mb.literal_split.types,
+                           mb.literal_split.lengths);
+  BlockEncoder command_enc(kNumCommandPrefixes,
+                           mb.command_split.num_types,
+                           mb.command_split.types,
+                           mb.command_split.lengths);
+  BlockEncoder distance_enc(num_distance_codes,
+                            mb.distance_split.num_types,
+                            mb.distance_split.types,
+                            mb.distance_split.lengths);
+
+  literal_enc.BuildAndStoreBlockSwitchEntropyCodes(tree, storage_ix, storage);
+  command_enc.BuildAndStoreBlockSwitchEntropyCodes(tree, storage_ix, storage);
+  distance_enc.BuildAndStoreBlockSwitchEntropyCodes(tree, storage_ix, storage);
+
+  WriteBits(2, distance_postfix_bits, storage_ix, storage);
+  WriteBits(4, num_direct_distance_codes >> distance_postfix_bits,
+            storage_ix, storage);
+  for (size_t i = 0; i < mb.literal_split.num_types; ++i) {
+    WriteBits(2, literal_context_mode, storage_ix, storage);
+  }
+
+  size_t num_literal_histograms = mb.literal_histograms.size();
+  if (mb.literal_context_map.empty()) {
+    StoreTrivialContextMap(num_literal_histograms, kLiteralContextBits, tree,
+                           storage_ix, storage);
+  } else {
+    EncodeContextMap(mb.literal_context_map, num_literal_histograms, tree,
+                     storage_ix, storage);
+  }
+
+  size_t num_dist_histograms = mb.distance_histograms.size();
+  if (mb.distance_context_map.empty()) {
+    StoreTrivialContextMap(num_dist_histograms, kDistanceContextBits, tree,
+                           storage_ix, storage);
+  } else {
+    EncodeContextMap(mb.distance_context_map, num_dist_histograms, tree,
+                     storage_ix, storage);
+  }
+
+  literal_enc.BuildAndStoreEntropyCodes(mb.literal_histograms, tree,
+                                        storage_ix, storage);
+  command_enc.BuildAndStoreEntropyCodes(mb.command_histograms, tree,
+                                        storage_ix, storage);
+  distance_enc.BuildAndStoreEntropyCodes(mb.distance_histograms, tree,
+                                         storage_ix, storage);
+  free(tree);
+
+  size_t pos = start_pos;
+  for (size_t i = 0; i < n_commands; ++i) {
+    const Command cmd = commands[i];
+    size_t cmd_code = cmd.cmd_prefix_;
+    command_enc.StoreSymbol(cmd_code, storage_ix, storage);
+    StoreCommandExtra(cmd, storage_ix, storage);
+    if (mb.literal_context_map.empty()) {
+      for (size_t j = cmd.insert_len_; j != 0; --j) {
+        literal_enc.StoreSymbol(input[pos & mask], storage_ix, storage);
+        ++pos;
+      }
+    } else {
+      for (size_t j = cmd.insert_len_; j != 0; --j) {
+        size_t context = Context(prev_byte, prev_byte2, literal_context_mode);
+        uint8_t literal = input[pos & mask];
+        literal_enc.StoreSymbolWithContext<kLiteralContextBits>(
+            literal, context, mb.literal_context_map, storage_ix, storage);
+        prev_byte2 = prev_byte;
+        prev_byte = literal;
+        ++pos;
+      }
+    }
+    pos += cmd.copy_len();
+    if (cmd.copy_len()) {
+      prev_byte2 = input[(pos - 2) & mask];
+      prev_byte = input[(pos - 1) & mask];
+      if (cmd.cmd_prefix_ >= 128) {
+        size_t dist_code = cmd.dist_prefix_;
+        uint32_t distnumextra = cmd.dist_extra_ >> 24;
+        uint64_t distextra = cmd.dist_extra_ & 0xffffff;
+        if (mb.distance_context_map.empty()) {
+          distance_enc.StoreSymbol(dist_code, storage_ix, storage);
+        } else {
+          size_t context = cmd.DistanceContext();
+          distance_enc.StoreSymbolWithContext<kDistanceContextBits>(
+              dist_code, context, mb.distance_context_map, storage_ix, storage);
+        }
+        brotli::WriteBits(distnumextra, distextra, storage_ix, storage);
+      }
+    }
+  }
+  if (is_last) {
+    JumpToByteBoundary(storage_ix, storage);
+  }
+}
+
+static void BuildHistograms(const uint8_t* input,
+                            size_t start_pos,
+                            size_t mask,
+                            const brotli::Command *commands,
+                            size_t n_commands,
+                            HistogramLiteral* lit_histo,
+                            HistogramCommand* cmd_histo,
+                            HistogramDistance* dist_histo) {
+  size_t pos = start_pos;
+  for (size_t i = 0; i < n_commands; ++i) {
+    const Command cmd = commands[i];
+    cmd_histo->Add(cmd.cmd_prefix_);
+    for (size_t j = cmd.insert_len_; j != 0; --j) {
+      lit_histo->Add(input[pos & mask]);
+      ++pos;
+    }
+    pos += cmd.copy_len();
+    if (cmd.copy_len() && cmd.cmd_prefix_ >= 128) {
+      dist_histo->Add(cmd.dist_prefix_);
+    }
+  }
+}
+
+static void StoreDataWithHuffmanCodes(const uint8_t* input,
+                                      size_t start_pos,
+                                      size_t mask,
+                                      const brotli::Command *commands,
+                                      size_t n_commands,
+                                      const uint8_t* lit_depth,
+                                      const uint16_t* lit_bits,
+                                      const uint8_t* cmd_depth,
+                                      const uint16_t* cmd_bits,
+                                      const uint8_t* dist_depth,
+                                      const uint16_t* dist_bits,
+                                      size_t* storage_ix,
+                                      uint8_t* storage) {
+  size_t pos = start_pos;
+  for (size_t i = 0; i < n_commands; ++i) {
+    const Command cmd = commands[i];
+    const size_t cmd_code = cmd.cmd_prefix_;
+    WriteBits(cmd_depth[cmd_code], cmd_bits[cmd_code], storage_ix, storage);
+    StoreCommandExtra(cmd, storage_ix, storage);
+    for (size_t j = cmd.insert_len_; j != 0; --j) {
+      const uint8_t literal = input[pos & mask];
+      WriteBits(lit_depth[literal], lit_bits[literal], storage_ix, storage);
+      ++pos;
+    }
+    pos += cmd.copy_len();
+    if (cmd.copy_len() && cmd.cmd_prefix_ >= 128) {
+      const size_t dist_code = cmd.dist_prefix_;
+      const uint32_t distnumextra = cmd.dist_extra_ >> 24;
+      const uint32_t distextra = cmd.dist_extra_ & 0xffffff;
+      WriteBits(dist_depth[dist_code], dist_bits[dist_code],
+                storage_ix, storage);
+      WriteBits(distnumextra, distextra, storage_ix, storage);
+    }
+  }
+}
+
+void StoreMetaBlockTrivial(const uint8_t* input,
+                           size_t start_pos,
+                           size_t length,
+                           size_t mask,
+                           bool is_last,
+                           const brotli::Command *commands,
+                           size_t n_commands,
+                           size_t *storage_ix,
+                           uint8_t *storage) {
+  StoreCompressedMetaBlockHeader(is_last, length, storage_ix, storage);
+
+  HistogramLiteral lit_histo;
+  HistogramCommand cmd_histo;
+  HistogramDistance dist_histo;
+
+  BuildHistograms(input, start_pos, mask, commands, n_commands,
+                  &lit_histo, &cmd_histo, &dist_histo);
+
+  WriteBits(13, 0, storage_ix, storage);
+
+  std::vector<uint8_t> lit_depth(256);
+  std::vector<uint16_t> lit_bits(256);
+  std::vector<uint8_t> cmd_depth(kNumCommandPrefixes);
+  std::vector<uint16_t> cmd_bits(kNumCommandPrefixes);
+  std::vector<uint8_t> dist_depth(64);
+  std::vector<uint16_t> dist_bits(64);
+
+  HuffmanTree* tree = static_cast<HuffmanTree*>(
+      malloc(kMaxHuffmanTreeSize * sizeof(HuffmanTree)));
+  BuildAndStoreHuffmanTree(&lit_histo.data_[0], 256, tree,
+                           &lit_depth[0], &lit_bits[0],
+                           storage_ix, storage);
+  BuildAndStoreHuffmanTree(&cmd_histo.data_[0], kNumCommandPrefixes, tree,
+                           &cmd_depth[0], &cmd_bits[0],
+                           storage_ix, storage);
+  BuildAndStoreHuffmanTree(&dist_histo.data_[0], 64, tree,
+                           &dist_depth[0], &dist_bits[0],
+                           storage_ix, storage);
+  free(tree);
+  StoreDataWithHuffmanCodes(input, start_pos, mask, commands,
+                            n_commands, &lit_depth[0], &lit_bits[0],
+                            &cmd_depth[0], &cmd_bits[0],
+                            &dist_depth[0], &dist_bits[0],
+                            storage_ix, storage);
+  if (is_last) {
+    JumpToByteBoundary(storage_ix, storage);
+  }
+}
+
+void StoreMetaBlockFast(const uint8_t* input,
+                        size_t start_pos,
+                        size_t length,
+                        size_t mask,
+                        bool is_last,
+                        const brotli::Command *commands,
+                        size_t n_commands,
+                        size_t *storage_ix,
+                        uint8_t *storage) {
+  StoreCompressedMetaBlockHeader(is_last, length, storage_ix, storage);
+
+  WriteBits(13, 0, storage_ix, storage);
+
+  if (n_commands <= 128) {
+    uint32_t histogram[256] = { 0 };
+    size_t pos = start_pos;
+    size_t num_literals = 0;
+    for (size_t i = 0; i < n_commands; ++i) {
+      const Command cmd = commands[i];
+      for (size_t j = cmd.insert_len_; j != 0; --j) {
+        ++histogram[input[pos & mask]];
+        ++pos;
+      }
+      num_literals += cmd.insert_len_;
+      pos += cmd.copy_len();
+    }
+    uint8_t lit_depth[256] = { 0 };
+    uint16_t lit_bits[256] = { 0 };
+    BuildAndStoreHuffmanTreeFast(histogram, num_literals,
+                                 /* max_bits = */ 8,
+                                 lit_depth, lit_bits,
+                                 storage_ix, storage);
+    StoreStaticCommandHuffmanTree(storage_ix, storage);
+    StoreStaticDistanceHuffmanTree(storage_ix, storage);
+    StoreDataWithHuffmanCodes(input, start_pos, mask, commands,
+                              n_commands, &lit_depth[0], &lit_bits[0],
+                              kStaticCommandCodeDepth,
+                              kStaticCommandCodeBits,
+                              kStaticDistanceCodeDepth,
+                              kStaticDistanceCodeBits,
+                              storage_ix, storage);
+  } else {
+    HistogramLiteral lit_histo;
+    HistogramCommand cmd_histo;
+    HistogramDistance dist_histo;
+    BuildHistograms(input, start_pos, mask, commands, n_commands,
+                    &lit_histo, &cmd_histo, &dist_histo);
+    std::vector<uint8_t> lit_depth(256);
+    std::vector<uint16_t> lit_bits(256);
+    std::vector<uint8_t> cmd_depth(kNumCommandPrefixes);
+    std::vector<uint16_t> cmd_bits(kNumCommandPrefixes);
+    std::vector<uint8_t> dist_depth(64);
+    std::vector<uint16_t> dist_bits(64);
+    BuildAndStoreHuffmanTreeFast(&lit_histo.data_[0], lit_histo.total_count_,
+                                 /* max_bits = */ 8,
+                                 &lit_depth[0], &lit_bits[0],
+                                 storage_ix, storage);
+    BuildAndStoreHuffmanTreeFast(&cmd_histo.data_[0], cmd_histo.total_count_,
+                                 /* max_bits = */ 10,
+                                 &cmd_depth[0], &cmd_bits[0],
+                                 storage_ix, storage);
+    BuildAndStoreHuffmanTreeFast(&dist_histo.data_[0], dist_histo.total_count_,
+                                 /* max_bits = */ 6,
+                                 &dist_depth[0], &dist_bits[0],
+                                 storage_ix, storage);
+    StoreDataWithHuffmanCodes(input, start_pos, mask, commands,
+                              n_commands, &lit_depth[0], &lit_bits[0],
+                              &cmd_depth[0], &cmd_bits[0],
+                              &dist_depth[0], &dist_bits[0],
+                              storage_ix, storage);
+  }
+
+  if (is_last) {
+    JumpToByteBoundary(storage_ix, storage);
+  }
+}
+
+// This is for storing uncompressed blocks (simple raw storage of
+// bytes-as-bytes).
+void StoreUncompressedMetaBlock(bool final_block,
+                                const uint8_t * __restrict input,
+                                size_t position, size_t mask,
+                                size_t len,
+                                size_t * __restrict storage_ix,
+                                uint8_t * __restrict storage) {
+  StoreUncompressedMetaBlockHeader(len, storage_ix, storage);
+  JumpToByteBoundary(storage_ix, storage);
+
+  size_t masked_pos = position & mask;
+  if (masked_pos + len > mask + 1) {
+    size_t len1 = mask + 1 - masked_pos;
+    memcpy(&storage[*storage_ix >> 3], &input[masked_pos], len1);
+    *storage_ix += len1 << 3;
+    len -= len1;
+    masked_pos = 0;
+  }
+  memcpy(&storage[*storage_ix >> 3], &input[masked_pos], len);
+  *storage_ix += len << 3;
+
+  // We need to clear the next 4 bytes to continue to be
+  // compatible with WriteBits.
+  brotli::WriteBitsPrepareStorage(*storage_ix, storage);
+
+  // Since the uncompressed block itself may not be the final block, add an
+  // empty one after this.
+  if (final_block) {
+    brotli::WriteBits(1, 1, storage_ix, storage);  // islast
+    brotli::WriteBits(1, 1, storage_ix, storage);  // isempty
+    JumpToByteBoundary(storage_ix, storage);
+  }
+}
+
+void StoreSyncMetaBlock(size_t * __restrict storage_ix,
+                        uint8_t * __restrict storage) {
+  // Empty metadata meta-block bit pattern:
+  //   1 bit:  is_last (0)
+  //   2 bits: num nibbles (3)
+  //   1 bit:  reserved (0)
+  //   2 bits: metadata length bytes (0)
+  WriteBits(6, 6, storage_ix, storage);
+  JumpToByteBoundary(storage_ix, storage);
+}
+
+}  // namespace brotli
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/brotli_bit_stream.h
@@ -0,0 +1,179 @@
+/* Copyright 2014 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Functions to convert brotli-related data structures into the
+// brotli bit stream. The functions here operate under
+// assumption that there is enough space in the storage, i.e., there are
+// no out-of-range checks anywhere.
+//
+// These functions do bit addressing into a byte array. The byte array
+// is called "storage" and the index to the bit is called storage_ix
+// in function arguments.
+
+#ifndef BROTLI_ENC_BROTLI_BIT_STREAM_H_
+#define BROTLI_ENC_BROTLI_BIT_STREAM_H_
+
+#include <vector>
+
+#include "./entropy_encode.h"
+#include "./metablock.h"
+#include "./types.h"
+
+namespace brotli {
+
+// All Store functions here will use a storage_ix, which is always the bit
+// position for the current storage.
+
+// Stores a number between 0 and 255.
+void StoreVarLenUint8(size_t n, size_t* storage_ix, uint8_t* storage);
+
+// Stores the compressed meta-block header.
+// REQUIRES: length > 0
+// REQUIRES: length <= (1 << 24)
+void StoreCompressedMetaBlockHeader(bool final_block,
+                                    size_t length,
+                                    size_t* storage_ix,
+                                    uint8_t* storage);
+
+// Stores the uncompressed meta-block header.
+// REQUIRES: length > 0
+// REQUIRES: length <= (1 << 24)
+void StoreUncompressedMetaBlockHeader(size_t length,
+                                      size_t* storage_ix,
+                                      uint8_t* storage);
+
+// Stores a context map where the histogram type is always the block type.
+void StoreTrivialContextMap(size_t num_types,
+                            size_t context_bits,
+                            HuffmanTree* tree,
+                            size_t* storage_ix,
+                            uint8_t* storage);
+
+void StoreHuffmanTreeOfHuffmanTreeToBitMask(
+    const int num_codes,
+    const uint8_t *code_length_bitdepth,
+    size_t *storage_ix,
+    uint8_t *storage);
+
+void StoreHuffmanTree(const uint8_t* depths, size_t num, HuffmanTree* tree,
+                      size_t *storage_ix, uint8_t *storage);
+
+// Builds a Huffman tree from histogram[0:length] into depth[0:length] and
+// bits[0:length] and stores the encoded tree to the bit stream.
+void BuildAndStoreHuffmanTree(const uint32_t *histogram,
+                              const size_t length,
+                              HuffmanTree* tree,
+                              uint8_t* depth,
+                              uint16_t* bits,
+                              size_t* storage_ix,
+                              uint8_t* storage);
+
+void BuildAndStoreHuffmanTreeFast(const uint32_t *histogram,
+                                  const size_t histogram_total,
+                                  const size_t max_bits,
+                                  uint8_t* depth,
+                                  uint16_t* bits,
+                                  size_t* storage_ix,
+                                  uint8_t* storage);
+
+// Encodes the given context map to the bit stream. The number of different
+// histogram ids is given by num_clusters.
+void EncodeContextMap(const std::vector<uint32_t>& context_map,
+                      size_t num_clusters,
+                      HuffmanTree* tree,
+                      size_t* storage_ix, uint8_t* storage);
+
+// Data structure that stores everything that is needed to encode each block
+// switch command.
+struct BlockSplitCode {
+  std::vector<uint32_t> type_code;
+  std::vector<uint32_t> length_prefix;
+  std::vector<uint32_t> length_nextra;
+  std::vector<uint32_t> length_extra;
+  std::vector<uint8_t> type_depths;
+  std::vector<uint16_t> type_bits;
+  uint8_t length_depths[kNumBlockLenPrefixes];
+  uint16_t length_bits[kNumBlockLenPrefixes];
+};
+
+// Builds a BlockSplitCode data structure from the block split given by the
+// vector of block types and block lengths and stores it to the bit stream.
+void BuildAndStoreBlockSplitCode(const std::vector<uint8_t>& types,
+                                 const std::vector<uint32_t>& lengths,
+                                 const size_t num_types,
+                                 BlockSplitCode* code,
+                                 size_t* storage_ix,
+                                 uint8_t* storage);
+
+// Stores the block switch command with index block_ix to the bit stream.
+void StoreBlockSwitch(const BlockSplitCode& code,
+                      const size_t block_ix,
+                      size_t* storage_ix,
+                      uint8_t* storage);
+
+// REQUIRES: length > 0
+// REQUIRES: length <= (1 << 24)
+void StoreMetaBlock(const uint8_t* input,
+                    size_t start_pos,
+                    size_t length,
+                    size_t mask,
+                    uint8_t prev_byte,
+                    uint8_t prev_byte2,
+                    bool final_block,
+                    uint32_t num_direct_distance_codes,
+                    uint32_t distance_postfix_bits,
+                    ContextType literal_context_mode,
+                    const brotli::Command *commands,
+                    size_t n_commands,
+                    const MetaBlockSplit& mb,
+                    size_t *storage_ix,
+                    uint8_t *storage);
+
+// Stores the meta-block without doing any block splitting, just collects
+// one histogram per block category and uses that for entropy coding.
+// REQUIRES: length > 0
+// REQUIRES: length <= (1 << 24)
+void StoreMetaBlockTrivial(const uint8_t* input,
+                           size_t start_pos,
+                           size_t length,
+                           size_t mask,
+                           bool is_last,
+                           const brotli::Command *commands,
+                           size_t n_commands,
+                           size_t *storage_ix,
+                           uint8_t *storage);
+
+// Same as above, but uses static prefix codes for histograms with a only a few
+// symbols, and uses static code length prefix codes for all other histograms.
+// REQUIRES: length > 0
+// REQUIRES: length <= (1 << 24)
+void StoreMetaBlockFast(const uint8_t* input,
+                        size_t start_pos,
+                        size_t length,
+                        size_t mask,
+                        bool is_last,
+                        const brotli::Command *commands,
+                        size_t n_commands,
+                        size_t *storage_ix,
+                        uint8_t *storage);
+
+// This is for storing uncompressed blocks (simple raw storage of
+// bytes-as-bytes).
+// REQUIRES: length > 0
+// REQUIRES: length <= (1 << 24)
+void StoreUncompressedMetaBlock(bool final_block,
+                                const uint8_t* input,
+                                size_t position, size_t mask,
+                                size_t len,
+                                size_t* storage_ix,
+                                uint8_t* storage);
+
+// Stores an empty metadata meta-block and syncs to a byte boundary.
+void StoreSyncMetaBlock(size_t* storage_ix, uint8_t* storage);
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_BROTLI_BIT_STREAM_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/cluster.h
@@ -0,0 +1,330 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Functions for clustering similar histograms together.
+
+#ifndef BROTLI_ENC_CLUSTER_H_
+#define BROTLI_ENC_CLUSTER_H_
+
+#include <math.h>
+#include <algorithm>
+#include <utility>
+#include <vector>
+
+#include "./bit_cost.h"
+#include "./entropy_encode.h"
+#include "./fast_log.h"
+#include "./histogram.h"
+#include "./port.h"
+#include "./types.h"
+
+namespace brotli {
+
+struct HistogramPair {
+  uint32_t idx1;
+  uint32_t idx2;
+  double cost_combo;
+  double cost_diff;
+};
+
+inline bool operator<(const HistogramPair& p1, const HistogramPair& p2) {
+  if (p1.cost_diff != p2.cost_diff) {
+    return p1.cost_diff > p2.cost_diff;
+  }
+  return (p1.idx2 - p1.idx1) > (p2.idx2 - p2.idx1);
+}
+
+// Returns entropy reduction of the context map when we combine two clusters.
+inline double ClusterCostDiff(size_t size_a, size_t size_b) {
+  size_t size_c = size_a + size_b;
+  return static_cast<double>(size_a) * FastLog2(size_a) +
+      static_cast<double>(size_b) * FastLog2(size_b) -
+      static_cast<double>(size_c) * FastLog2(size_c);
+}
+
+// Computes the bit cost reduction by combining out[idx1] and out[idx2] and if
+// it is below a threshold, stores the pair (idx1, idx2) in the *pairs queue.
+template<typename HistogramType>
+void CompareAndPushToQueue(const HistogramType* out,
+                           const uint32_t* cluster_size,
+                           uint32_t idx1, uint32_t idx2,
+                           size_t max_num_pairs,
+                           HistogramPair* pairs,
+                           size_t* num_pairs) {
+  if (idx1 == idx2) {
+    return;
+  }
+  if (idx2 < idx1) {
+    uint32_t t = idx2;
+    idx2 = idx1;
+    idx1 = t;
+  }
+  bool store_pair = false;
+  HistogramPair p;
+  p.idx1 = idx1;
+  p.idx2 = idx2;
+  p.cost_diff = 0.5 * ClusterCostDiff(cluster_size[idx1], cluster_size[idx2]);
+  p.cost_diff -= out[idx1].bit_cost_;
+  p.cost_diff -= out[idx2].bit_cost_;
+
+  if (out[idx1].total_count_ == 0) {
+    p.cost_combo = out[idx2].bit_cost_;
+    store_pair = true;
+  } else if (out[idx2].total_count_ == 0) {
+    p.cost_combo = out[idx1].bit_cost_;
+    store_pair = true;
+  } else {
+    double threshold = *num_pairs == 0 ? 1e99 :
+        std::max(0.0, pairs[0].cost_diff);
+    HistogramType combo = out[idx1];
+    combo.AddHistogram(out[idx2]);
+    double cost_combo = PopulationCost(combo);
+    if (cost_combo < threshold - p.cost_diff) {
+      p.cost_combo = cost_combo;
+      store_pair = true;
+    }
+  }
+  if (store_pair) {
+    p.cost_diff += p.cost_combo;
+    if (*num_pairs > 0 && pairs[0] < p) {
+      // Replace the top of the queue if needed.
+      if (*num_pairs < max_num_pairs) {
+        pairs[*num_pairs] = pairs[0];
+        ++(*num_pairs);
+      }
+      pairs[0] = p;
+    } else if (*num_pairs < max_num_pairs) {
+      pairs[*num_pairs] = p;
+      ++(*num_pairs);
+    }
+  }
+}
+
+template<typename HistogramType>
+size_t HistogramCombine(HistogramType* out,
+                        uint32_t* cluster_size,
+                        uint32_t* symbols,
+                        uint32_t* clusters,
+                        HistogramPair* pairs,
+                        size_t num_clusters,
+                        size_t symbols_size,
+                        size_t max_clusters,
+                        size_t max_num_pairs) {
+  double cost_diff_threshold = 0.0;
+  size_t min_cluster_size = 1;
+
+  // We maintain a vector of histogram pairs, with the property that the pair
+  // with the maximum bit cost reduction is the first.
+  size_t num_pairs = 0;
+  for (size_t idx1 = 0; idx1 < num_clusters; ++idx1) {
+    for (size_t idx2 = idx1 + 1; idx2 < num_clusters; ++idx2) {
+      CompareAndPushToQueue(out, cluster_size, clusters[idx1], clusters[idx2],
+                            max_num_pairs, &pairs[0], &num_pairs);
+    }
+  }
+
+  while (num_clusters > min_cluster_size) {
+    if (pairs[0].cost_diff >= cost_diff_threshold) {
+      cost_diff_threshold = 1e99;
+      min_cluster_size = max_clusters;
+      continue;
+    }
+    // Take the best pair from the top of heap.
+    uint32_t best_idx1 = pairs[0].idx1;
+    uint32_t best_idx2 = pairs[0].idx2;
+    out[best_idx1].AddHistogram(out[best_idx2]);
+    out[best_idx1].bit_cost_ = pairs[0].cost_combo;
+    cluster_size[best_idx1] += cluster_size[best_idx2];
+    for (size_t i = 0; i < symbols_size; ++i) {
+      if (symbols[i] == best_idx2) {
+        symbols[i] = best_idx1;
+      }
+    }
+    for (size_t i = 0; i < num_clusters; ++i) {
+      if (clusters[i] == best_idx2) {
+        memmove(&clusters[i], &clusters[i + 1],
+                (num_clusters - i - 1) * sizeof(clusters[0]));
+        break;
+      }
+    }
+    --num_clusters;
+    // Remove pairs intersecting the just combined best pair.
+    size_t copy_to_idx = 0;
+    for (size_t i = 0; i < num_pairs; ++i) {
+      HistogramPair& p = pairs[i];
+      if (p.idx1 == best_idx1 || p.idx2 == best_idx1 ||
+          p.idx1 == best_idx2 || p.idx2 == best_idx2) {
+        // Remove invalid pair from the queue.
+        continue;
+      }
+      if (pairs[0] < p) {
+        // Replace the top of the queue if needed.
+        HistogramPair front = pairs[0];
+        pairs[0] = p;
+        pairs[copy_to_idx] = front;
+      } else {
+        pairs[copy_to_idx] = p;
+      }
+      ++copy_to_idx;
+    }
+    num_pairs = copy_to_idx;
+
+    // Push new pairs formed with the combined histogram to the heap.
+    for (size_t i = 0; i < num_clusters; ++i) {
+      CompareAndPushToQueue(out, cluster_size, best_idx1, clusters[i],
+                            max_num_pairs, &pairs[0], &num_pairs);
+    }
+  }
+  return num_clusters;
+}
+
+// -----------------------------------------------------------------------------
+// Histogram refinement
+
+// What is the bit cost of moving histogram from cur_symbol to candidate.
+template<typename HistogramType>
+double HistogramBitCostDistance(const HistogramType& histogram,
+                                const HistogramType& candidate) {
+  if (histogram.total_count_ == 0) {
+    return 0.0;
+  }
+  HistogramType tmp = histogram;
+  tmp.AddHistogram(candidate);
+  return PopulationCost(tmp) - candidate.bit_cost_;
+}
+
+// Find the best 'out' histogram for each of the 'in' histograms.
+// When called, clusters[0..num_clusters) contains the unique values from
+// symbols[0..in_size), but this property is not preserved in this function.
+// Note: we assume that out[]->bit_cost_ is already up-to-date.
+template<typename HistogramType>
+void HistogramRemap(const HistogramType* in, size_t in_size,
+                    const uint32_t* clusters, size_t num_clusters,
+                    HistogramType* out, uint32_t* symbols) {
+  for (size_t i = 0; i < in_size; ++i) {
+    uint32_t best_out = i == 0 ? symbols[0] : symbols[i - 1];
+    double best_bits = HistogramBitCostDistance(in[i], out[best_out]);
+    for (size_t j = 0; j < num_clusters; ++j) {
+      const double cur_bits = HistogramBitCostDistance(in[i], out[clusters[j]]);
+      if (cur_bits < best_bits) {
+        best_bits = cur_bits;
+        best_out = clusters[j];
+      }
+    }
+    symbols[i] = best_out;
+  }
+
+  // Recompute each out based on raw and symbols.
+  for (size_t j = 0; j < num_clusters; ++j) {
+    out[clusters[j]].Clear();
+  }
+  for (size_t i = 0; i < in_size; ++i) {
+    out[symbols[i]].AddHistogram(in[i]);
+  }
+}
+
+// Reorders elements of the out[0..length) array and changes values in
+// symbols[0..length) array in the following way:
+//   * when called, symbols[] contains indexes into out[], and has N unique
+//     values (possibly N < length)
+//   * on return, symbols'[i] = f(symbols[i]) and
+//                out'[symbols'[i]] = out[symbols[i]], for each 0 <= i < length,
+//     where f is a bijection between the range of symbols[] and [0..N), and
+//     the first occurrences of values in symbols'[i] come in consecutive
+//     increasing order.
+// Returns N, the number of unique values in symbols[].
+template<typename HistogramType>
+size_t HistogramReindex(HistogramType* out, uint32_t* symbols, size_t length) {
+  static const uint32_t kInvalidIndex = std::numeric_limits<uint32_t>::max();
+  std::vector<uint32_t> new_index(length, kInvalidIndex);
+  uint32_t next_index = 0;
+  for (size_t i = 0; i < length; ++i) {
+    if (new_index[symbols[i]] == kInvalidIndex) {
+      new_index[symbols[i]] = next_index;
+      ++next_index;
+    }
+  }
+  std::vector<HistogramType> tmp(next_index);
+  next_index = 0;
+  for (size_t i = 0; i < length; ++i) {
+    if (new_index[symbols[i]] == next_index) {
+      tmp[next_index] = out[symbols[i]];
+      ++next_index;
+    }
+    symbols[i] = new_index[symbols[i]];
+  }
+  for (size_t i = 0; i < next_index; ++i) {
+    out[i] = tmp[i];
+  }
+  return next_index;
+}
+
+// Clusters similar histograms in 'in' together, the selected histograms are
+// placed in 'out', and for each index in 'in', *histogram_symbols will
+// indicate which of the 'out' histograms is the best approximation.
+template<typename HistogramType>
+void ClusterHistograms(const std::vector<HistogramType>& in,
+                       size_t num_contexts, size_t num_blocks,
+                       size_t max_histograms,
+                       std::vector<HistogramType>* out,
+                       std::vector<uint32_t>* histogram_symbols) {
+  const size_t in_size = num_contexts * num_blocks;
+  assert(in_size == in.size());
+  std::vector<uint32_t> cluster_size(in_size, 1);
+  std::vector<uint32_t> clusters(in_size);
+  size_t num_clusters = 0;
+  out->resize(in_size);
+  histogram_symbols->resize(in_size);
+  for (size_t i = 0; i < in_size; ++i) {
+    (*out)[i] = in[i];
+    (*out)[i].bit_cost_ = PopulationCost(in[i]);
+    (*histogram_symbols)[i] = static_cast<uint32_t>(i);
+  }
+
+  const size_t max_input_histograms = 64;
+  // For the first pass of clustering, we allow all pairs.
+  size_t max_num_pairs = max_input_histograms * max_input_histograms / 2;
+  std::vector<HistogramPair> pairs(max_num_pairs + 1);
+
+  for (size_t i = 0; i < in_size; i += max_input_histograms) {
+    size_t num_to_combine = std::min(in_size - i, max_input_histograms);
+    for (size_t j = 0; j < num_to_combine; ++j) {
+      clusters[num_clusters + j] = static_cast<uint32_t>(i + j);
+    }
+    size_t num_new_clusters =
+        HistogramCombine(&(*out)[0], &cluster_size[0],
+                         &(*histogram_symbols)[i],
+                         &clusters[num_clusters], &pairs[0],
+                         num_to_combine, num_to_combine,
+                         max_histograms, max_num_pairs);
+    num_clusters += num_new_clusters;
+  }
+
+  // For the second pass, we limit the total number of histogram pairs.
+  // After this limit is reached, we only keep searching for the best pair.
+  max_num_pairs =
+      std::min(64 * num_clusters, (num_clusters / 2) * num_clusters);
+  pairs.resize(max_num_pairs + 1);
+
+  // Collapse similar histograms.
+  num_clusters = HistogramCombine(&(*out)[0], &cluster_size[0],
+                                  &(*histogram_symbols)[0], &clusters[0],
+                                  &pairs[0], num_clusters, in_size,
+                                  max_histograms, max_num_pairs);
+
+  // Find the optimal map from original histograms to the final ones.
+  HistogramRemap(&in[0], in_size, &clusters[0], num_clusters,
+                 &(*out)[0], &(*histogram_symbols)[0]);
+
+  // Convert the context map to a canonical form.
+  size_t num_histograms =
+      HistogramReindex(&(*out)[0], &(*histogram_symbols)[0], in_size);
+  out->resize(num_histograms);
+}
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_CLUSTER_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/command.h
@@ -0,0 +1,156 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// This class models a sequence of literals and a backward reference copy.
+
+#ifndef BROTLI_ENC_COMMAND_H_
+#define BROTLI_ENC_COMMAND_H_
+
+#include "./fast_log.h"
+#include "./prefix.h"
+#include "./types.h"
+
+namespace brotli {
+
+static uint32_t kInsBase[] =   { 0, 1, 2, 3, 4, 5, 6, 8, 10, 14, 18, 26, 34, 50,
+    66, 98, 130, 194, 322, 578, 1090, 2114, 6210, 22594 };
+static uint32_t kInsExtra[] =  { 0, 0, 0, 0, 0, 0, 1, 1,  2,  2,  3,  3,  4,  4,
+    5,   5,   6,   7,   8,   9,   10,   12,   14,    24 };
+static uint32_t kCopyBase[] =  { 2, 3, 4, 5, 6, 7, 8, 9, 10, 12, 14, 18, 22, 30,
+    38, 54,  70, 102, 134, 198, 326,   582, 1094,  2118 };
+static uint32_t kCopyExtra[] = { 0, 0, 0, 0, 0, 0, 0, 0,  1,  1,  2,  2,  3,  3,
+     4,  4,   5,   5,   6,   7,   8,     9,   10,    24 };
+
+static inline uint16_t GetInsertLengthCode(size_t insertlen) {
+  if (insertlen < 6) {
+    return static_cast<uint16_t>(insertlen);
+  } else if (insertlen < 130) {
+    insertlen -= 2;
+    uint32_t nbits = Log2FloorNonZero(insertlen) - 1u;
+    return static_cast<uint16_t>((nbits << 1) + (insertlen >> nbits) + 2);
+  } else if (insertlen < 2114) {
+    return static_cast<uint16_t>(Log2FloorNonZero(insertlen - 66) + 10);
+  } else if (insertlen < 6210) {
+    return 21u;
+  } else if (insertlen < 22594) {
+    return 22u;
+  } else {
+    return 23u;
+  }
+}
+
+static inline uint16_t GetCopyLengthCode(size_t copylen) {
+  if (copylen < 10) {
+    return static_cast<uint16_t>(copylen - 2);
+  } else if (copylen < 134) {
+    copylen -= 6;
+    uint32_t nbits = Log2FloorNonZero(copylen) - 1u;
+    return static_cast<uint16_t>((nbits << 1) + (copylen >> nbits) + 4);
+  } else if (copylen < 2118) {
+    return static_cast<uint16_t>(Log2FloorNonZero(copylen - 70) + 12);
+  } else {
+    return 23u;
+  }
+}
+
+static inline uint16_t CombineLengthCodes(
+    uint16_t inscode, uint16_t copycode, bool use_last_distance) {
+  uint16_t bits64 =
+      static_cast<uint16_t>((copycode & 0x7u) | ((inscode & 0x7u) << 3));
+  if (use_last_distance && inscode < 8 && copycode < 16) {
+    return (copycode < 8) ? bits64 : (bits64 | 64);
+  } else {
+    // "To convert an insert-and-copy length code to an insert length code and
+    // a copy length code, the following table can be used"
+    static const uint16_t cells[9] = { 128u, 192u, 384u, 256u, 320u, 512u,
+                                       448u, 576u, 640u };
+    return cells[(copycode >> 3) + 3 * (inscode >> 3)] | bits64;
+  }
+}
+
+static inline void GetLengthCode(size_t insertlen, size_t copylen,
+                                 bool use_last_distance,
+                                 uint16_t* code) {
+  uint16_t inscode = GetInsertLengthCode(insertlen);
+  uint16_t copycode = GetCopyLengthCode(copylen);
+  *code = CombineLengthCodes(inscode, copycode, use_last_distance);
+}
+
+static inline uint32_t GetInsertBase(uint16_t inscode) {
+  return kInsBase[inscode];
+}
+
+static inline uint32_t GetInsertExtra(uint16_t inscode) {
+  return kInsExtra[inscode];
+}
+
+static inline uint32_t GetCopyBase(uint16_t copycode) {
+  return kCopyBase[copycode];
+}
+
+static inline uint32_t GetCopyExtra(uint16_t copycode) {
+  return kCopyExtra[copycode];
+}
+
+struct Command {
+  // distance_code is e.g. 0 for same-as-last short code, or 16 for offset 1.
+  Command(size_t insertlen, size_t copylen, size_t copylen_code,
+          size_t distance_code)
+      : insert_len_(static_cast<uint32_t>(insertlen)) {
+    copy_len_ = static_cast<uint32_t>(
+        copylen | ((copylen_code ^ copylen) << 24));
+    // The distance prefix and extra bits are stored in this Command as if
+    // npostfix and ndirect were 0, they are only recomputed later after the
+    // clustering if needed.
+    PrefixEncodeCopyDistance(distance_code, 0, 0, &dist_prefix_, &dist_extra_);
+    GetLengthCode(insertlen, copylen_code, dist_prefix_ == 0,
+                  &cmd_prefix_);
+  }
+
+  explicit Command(size_t insertlen)
+      : insert_len_(static_cast<uint32_t>(insertlen))
+      , copy_len_(4 << 24), dist_extra_(0), dist_prefix_(16) {
+    GetLengthCode(insertlen, 4, dist_prefix_ == 0, &cmd_prefix_);
+  }
+
+  uint32_t DistanceCode(void) const {
+    if (dist_prefix_ < 16) {
+      return dist_prefix_;
+    }
+    uint32_t nbits = dist_extra_ >> 24;
+    uint32_t extra = dist_extra_ & 0xffffff;
+    uint32_t prefix = dist_prefix_ - 12 - 2 * nbits;
+    return (prefix << nbits) + extra + 12;
+  }
+
+  uint32_t DistanceContext(void) const {
+    uint32_t r = cmd_prefix_ >> 6;
+    uint32_t c = cmd_prefix_ & 7;
+    if ((r == 0 || r == 2 || r == 4 || r == 7) && (c <= 2)) {
+      return c;
+    }
+    return 3;
+  }
+
+  inline uint32_t copy_len(void) const {
+    return copy_len_ & 0xFFFFFF;
+  }
+
+  inline uint32_t copy_len_code(void) const {
+    return (copy_len_ & 0xFFFFFF) ^ (copy_len_ >> 24);
+  }
+
+  uint32_t insert_len_;
+  /* Stores copy_len in low 24 bits and copy_len XOR copy_code in high 8 bit. */
+  uint32_t copy_len_;
+  uint32_t dist_extra_;
+  uint16_t cmd_prefix_;
+  uint16_t dist_prefix_;
+};
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_COMMAND_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/compress_fragment.cc
@@ -0,0 +1,701 @@
+/* Copyright 2015 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Function for fast encoding of an input fragment, independently from the input
+// history. This function uses one-pass processing: when we find a backward
+// match, we immediately emit the corresponding command and literal codes to
+// the bit stream.
+//
+// Adapted from the CompressFragment() function in
+// https://github.com/google/snappy/blob/master/snappy.cc
+
+#include "./compress_fragment.h"
+
+#include <algorithm>
+#include <cstring>
+
+#include "./brotli_bit_stream.h"
+#include "./entropy_encode.h"
+#include "./fast_log.h"
+#include "./find_match_length.h"
+#include "./port.h"
+#include "./types.h"
+#include "./write_bits.h"
+
+namespace brotli {
+
+// kHashMul32 multiplier has these properties:
+// * The multiplier must be odd. Otherwise we may lose the highest bit.
+// * No long streaks of 1s or 0s.
+// * There is no effort to ensure that it is a prime, the oddity is enough
+//   for this use.
+// * The number has been tuned heuristically against compression benchmarks.
+static const uint32_t kHashMul32 = 0x1e35a7bd;
+
+static inline uint32_t Hash(const uint8_t* p, size_t shift) {
+  const uint64_t h = (BROTLI_UNALIGNED_LOAD64(p) << 24) * kHashMul32;
+  return static_cast<uint32_t>(h >> shift);
+}
+
+static inline uint32_t HashBytesAtOffset(uint64_t v, int offset, size_t shift) {
+  assert(offset >= 0);
+  assert(offset <= 3);
+  const uint64_t h = ((v >> (8 * offset)) << 24) * kHashMul32;
+  return static_cast<uint32_t>(h >> shift);
+}
+
+static inline int IsMatch(const uint8_t* p1, const uint8_t* p2) {
+  return (BROTLI_UNALIGNED_LOAD32(p1) == BROTLI_UNALIGNED_LOAD32(p2) &&
+          p1[4] == p2[4]);
+}
+
+// Builds a literal prefix code into "depths" and "bits" based on the statistics
+// of the "input" string and stores it into the bit stream.
+// Note that the prefix code here is built from the pre-LZ77 input, therefore
+// we can only approximate the statistics of the actual literal stream.
+// Moreover, for long inputs we build a histogram from a sample of the input
+// and thus have to assign a non-zero depth for each literal.
+static void BuildAndStoreLiteralPrefixCode(const uint8_t* input,
+                                           const size_t input_size,
+                                           uint8_t depths[256],
+                                           uint16_t bits[256],
+                                           size_t* storage_ix,
+                                           uint8_t* storage) {
+  uint32_t histogram[256] = { 0 };
+  size_t histogram_total;
+  if (input_size < (1 << 15)) {
+    for (size_t i = 0; i < input_size; ++i)  {
+      ++histogram[input[i]];
+    }
+    histogram_total = input_size;
+    for (size_t i = 0; i < 256; ++i) {
+      // We weigh the first 11 samples with weight 3 to account for the
+      // balancing effect of the LZ77 phase on the histogram.
+      const uint32_t adjust = 2 * std::min(histogram[i], 11u);
+      histogram[i] += adjust;
+      histogram_total += adjust;
+    }
+  } else {
+    static const size_t kSampleRate = 29;
+    for (size_t i = 0; i < input_size; i += kSampleRate) {
+      ++histogram[input[i]];
+    }
+    histogram_total = (input_size + kSampleRate - 1) / kSampleRate;
+    for (size_t i = 0; i < 256; ++i) {
+      // We add 1 to each population count to avoid 0 bit depths (since this is
+      // only a sample and we don't know if the symbol appears or not), and we
+      // weigh the first 11 samples with weight 3 to account for the balancing
+      // effect of the LZ77 phase on the histogram (more frequent symbols are
+      // more likely to be in backward references instead as literals).
+      const uint32_t adjust = 1 + 2 * std::min(histogram[i], 11u);
+      histogram[i] += adjust;
+      histogram_total += adjust;
+    }
+  }
+  BuildAndStoreHuffmanTreeFast(histogram, histogram_total,
+                               /* max_bits = */ 8,
+                               depths, bits, storage_ix, storage);
+}
+
+// Builds a command and distance prefix code (each 64 symbols) into "depth" and
+// "bits" based on "histogram" and stores it into the bit stream.
+static void BuildAndStoreCommandPrefixCode(const uint32_t histogram[128],
+                                           uint8_t depth[128],
+                                           uint16_t bits[128],
+                                           size_t* storage_ix,
+                                           uint8_t* storage) {
+  // Tree size for building a tree over 64 symbols is 2 * 64 + 1.
+  static const size_t kTreeSize = 129;
+  HuffmanTree tree[kTreeSize];
+  CreateHuffmanTree(histogram, 64, 15, tree, depth);
+  CreateHuffmanTree(&histogram[64], 64, 14, tree, &depth[64]);
+  // We have to jump through a few hoopes here in order to compute
+  // the command bits because the symbols are in a different order than in
+  // the full alphabet. This looks complicated, but having the symbols
+  // in this order in the command bits saves a few branches in the Emit*
+  // functions.
+  uint8_t cmd_depth[64];
+  uint16_t cmd_bits[64];
+  memcpy(cmd_depth, depth, 24);
+  memcpy(cmd_depth + 24, depth + 40, 8);
+  memcpy(cmd_depth + 32, depth + 24, 8);
+  memcpy(cmd_depth + 40, depth + 48, 8);
+  memcpy(cmd_depth + 48, depth + 32, 8);
+  memcpy(cmd_depth + 56, depth + 56, 8);
+  ConvertBitDepthsToSymbols(cmd_depth, 64, cmd_bits);
+  memcpy(bits, cmd_bits, 48);
+  memcpy(bits + 24, cmd_bits + 32, 16);
+  memcpy(bits + 32, cmd_bits + 48, 16);
+  memcpy(bits + 40, cmd_bits + 24, 16);
+  memcpy(bits + 48, cmd_bits + 40, 16);
+  memcpy(bits + 56, cmd_bits + 56, 16);
+  ConvertBitDepthsToSymbols(&depth[64], 64, &bits[64]);
+  {
+    // Create the bit length array for the full command alphabet.
+    uint8_t cmd_depth[704] = { 0 };
+    memcpy(cmd_depth, depth, 8);
+    memcpy(cmd_depth + 64, depth + 8, 8);
+    memcpy(cmd_depth + 128, depth + 16, 8);
+    memcpy(cmd_depth + 192, depth + 24, 8);
+    memcpy(cmd_depth + 384, depth + 32, 8);
+    for (size_t i = 0; i < 8; ++i) {
+      cmd_depth[128 + 8 * i] = depth[40 + i];
+      cmd_depth[256 + 8 * i] = depth[48 + i];
+      cmd_depth[448 + 8 * i] = depth[56 + i];
+    }
+    StoreHuffmanTree(cmd_depth, 704, tree, storage_ix, storage);
+  }
+  StoreHuffmanTree(&depth[64], 64, tree, storage_ix, storage);
+}
+
+// REQUIRES: insertlen < 6210
+inline void EmitInsertLen(size_t insertlen,
+                          const uint8_t depth[128],
+                          const uint16_t bits[128],
+                          uint32_t histo[128],
+                          size_t* storage_ix,
+                          uint8_t* storage) {
+  if (insertlen < 6) {
+    const size_t code = insertlen + 40;
+    WriteBits(depth[code], bits[code], storage_ix, storage);
+    ++histo[code];
+  } else if (insertlen < 130) {
+    insertlen -= 2;
+    const uint32_t nbits = Log2FloorNonZero(insertlen) - 1u;
+    const size_t prefix = insertlen >> nbits;
+    const size_t inscode = (nbits << 1) + prefix + 42;
+    WriteBits(depth[inscode], bits[inscode], storage_ix, storage);
+    WriteBits(nbits, insertlen - (prefix << nbits), storage_ix, storage);
+    ++histo[inscode];
+  } else if (insertlen < 2114) {
+    insertlen -= 66;
+    const uint32_t nbits = Log2FloorNonZero(insertlen);
+    const size_t code = nbits + 50;
+    WriteBits(depth[code], bits[code], storage_ix, storage);
+    WriteBits(nbits, insertlen - (1 << nbits), storage_ix, storage);
+    ++histo[code];
+  } else {
+    WriteBits(depth[61], bits[61], storage_ix, storage);
+    WriteBits(12, insertlen - 2114, storage_ix, storage);
+    ++histo[21];
+  }
+}
+
+inline void EmitLongInsertLen(size_t insertlen,
+                              const uint8_t depth[128],
+                              const uint16_t bits[128],
+                              uint32_t histo[128],
+                              size_t* storage_ix,
+                              uint8_t* storage) {
+  if (insertlen < 22594) {
+    WriteBits(depth[62], bits[62], storage_ix, storage);
+    WriteBits(14, insertlen - 6210, storage_ix, storage);
+    ++histo[22];
+  } else {
+    WriteBits(depth[63], bits[63], storage_ix, storage);
+    WriteBits(24, insertlen - 22594, storage_ix, storage);
+    ++histo[23];
+  }
+}
+
+inline void EmitCopyLen(size_t copylen,
+                        const uint8_t depth[128],
+                        const uint16_t bits[128],
+                        uint32_t histo[128],
+                        size_t* storage_ix,
+                        uint8_t* storage) {
+  if (copylen < 10) {
+    WriteBits(depth[copylen + 14], bits[copylen + 14], storage_ix, storage);
+    ++histo[copylen + 14];
+  } else if (copylen < 134) {
+    copylen -= 6;
+    const uint32_t nbits = Log2FloorNonZero(copylen) - 1u;
+    const size_t prefix = copylen >> nbits;
+    const size_t code = (nbits << 1) + prefix + 20;
+    WriteBits(depth[code], bits[code], storage_ix, storage);
+    WriteBits(nbits, copylen - (prefix << nbits), storage_ix, storage);
+    ++histo[code];
+  } else if (copylen < 2118) {
+    copylen -= 70;
+    const uint32_t nbits = Log2FloorNonZero(copylen);
+    const size_t code = nbits + 28;
+    WriteBits(depth[code], bits[code], storage_ix, storage);
+    WriteBits(nbits, copylen - (1 << nbits), storage_ix, storage);
+    ++histo[code];
+  } else {
+    WriteBits(depth[39], bits[39], storage_ix, storage);
+    WriteBits(24, copylen - 2118, storage_ix, storage);
+    ++histo[47];
+  }
+}
+
+inline void EmitCopyLenLastDistance(size_t copylen,
+                                    const uint8_t depth[128],
+                                    const uint16_t bits[128],
+                                    uint32_t histo[128],
+                                    size_t* storage_ix,
+                                    uint8_t* storage) {
+  if (copylen < 12) {
+    WriteBits(depth[copylen - 4], bits[copylen - 4], storage_ix, storage);
+    ++histo[copylen - 4];
+  } else if (copylen < 72) {
+    copylen -= 8;
+    const uint32_t nbits = Log2FloorNonZero(copylen) - 1;
+    const size_t prefix = copylen >> nbits;
+    const size_t code = (nbits << 1) + prefix + 4;
+    WriteBits(depth[code], bits[code], storage_ix, storage);
+    WriteBits(nbits, copylen - (prefix << nbits), storage_ix, storage);
+    ++histo[code];
+  } else if (copylen < 136) {
+    copylen -= 8;
+    const size_t code = (copylen >> 5) + 30;
+    WriteBits(depth[code], bits[code], storage_ix, storage);
+    WriteBits(5, copylen & 31, storage_ix, storage);
+    WriteBits(depth[64], bits[64], storage_ix, storage);
+    ++histo[code];
+    ++histo[64];
+  } else if (copylen < 2120) {
+    copylen -= 72;
+    const uint32_t nbits = Log2FloorNonZero(copylen);
+    const size_t code = nbits + 28;
+    WriteBits(depth[code], bits[code], storage_ix, storage);
+    WriteBits(nbits, copylen - (1 << nbits), storage_ix, storage);
+    WriteBits(depth[64], bits[64], storage_ix, storage);
+    ++histo[code];
+    ++histo[64];
+  } else {
+    WriteBits(depth[39], bits[39], storage_ix, storage);
+    WriteBits(24, copylen - 2120, storage_ix, storage);
+    WriteBits(depth[64], bits[64], storage_ix, storage);
+    ++histo[47];
+    ++histo[64];
+  }
+}
+
+inline void EmitDistance(size_t distance,
+                         const uint8_t depth[128],
+                         const uint16_t bits[128],
+                         uint32_t histo[128],
+                         size_t* storage_ix, uint8_t* storage) {
+  distance += 3;
+  const uint32_t nbits = Log2FloorNonZero(distance) - 1u;
+  const size_t prefix = (distance >> nbits) & 1;
+  const size_t offset = (2 + prefix) << nbits;
+  const size_t distcode = 2 * (nbits - 1) + prefix + 80;
+  WriteBits(depth[distcode], bits[distcode], storage_ix, storage);
+  WriteBits(nbits, distance - offset, storage_ix, storage);
+  ++histo[distcode];
+}
+
+inline void EmitLiterals(const uint8_t* input, const size_t len,
+                         const uint8_t depth[256], const uint16_t bits[256],
+                         size_t* storage_ix, uint8_t* storage) {
+  for (size_t j = 0; j < len; j++) {
+    const uint8_t lit = input[j];
+    WriteBits(depth[lit], bits[lit], storage_ix, storage);
+  }
+}
+
+// REQUIRES: len <= 1 << 20.
+static void StoreMetaBlockHeader(
+    size_t len, bool is_uncompressed, size_t* storage_ix, uint8_t* storage) {
+  // ISLAST
+  WriteBits(1, 0, storage_ix, storage);
+  if (len <= (1U << 16)) {
+    // MNIBBLES is 4
+    WriteBits(2, 0, storage_ix, storage);
+    WriteBits(16, len - 1, storage_ix, storage);
+  } else {
+    // MNIBBLES is 5
+    WriteBits(2, 1, storage_ix, storage);
+    WriteBits(20, len - 1, storage_ix, storage);
+  }
+  // ISUNCOMPRESSED
+  WriteBits(1, is_uncompressed, storage_ix, storage);
+}
+
+static void UpdateBits(size_t n_bits,
+                       uint32_t bits,
+                       size_t pos,
+                       uint8_t *array) {
+  while (n_bits > 0) {
+    size_t byte_pos = pos >> 3;
+    size_t n_unchanged_bits = pos & 7;
+    size_t n_changed_bits = std::min(n_bits, 8 - n_unchanged_bits);
+    size_t total_bits = n_unchanged_bits + n_changed_bits;
+    uint32_t mask = (~((1 << total_bits) - 1)) | ((1 << n_unchanged_bits) - 1);
+    uint32_t unchanged_bits = array[byte_pos] & mask;
+    uint32_t changed_bits = bits & ((1 << n_changed_bits) - 1);
+    array[byte_pos] =
+        static_cast<uint8_t>((changed_bits << n_unchanged_bits) |
+                             unchanged_bits);
+    n_bits -= n_changed_bits;
+    bits >>= n_changed_bits;
+    pos += n_changed_bits;
+  }
+}
+
+static void RewindBitPosition(const size_t new_storage_ix,
+                              size_t* storage_ix, uint8_t* storage) {
+  const size_t bitpos = new_storage_ix & 7;
+  const size_t mask = (1u << bitpos) - 1;
+  storage[new_storage_ix >> 3] &= static_cast<uint8_t>(mask);
+  *storage_ix = new_storage_ix;
+}
+
+static bool ShouldMergeBlock(const uint8_t* data, size_t len,
+                             const uint8_t* depths) {
+  size_t histo[256] = { 0 };
+  static const size_t kSampleRate = 43;
+  for (size_t i = 0; i < len; i += kSampleRate) {
+    ++histo[data[i]];
+  }
+  const size_t total = (len + kSampleRate - 1) / kSampleRate;
+  double r = (FastLog2(total) + 0.5) * static_cast<double>(total) + 200;
+  for (size_t i = 0; i < 256; ++i) {
+    r -= static_cast<double>(histo[i]) * (depths[i] + FastLog2(histo[i]));
+  }
+  return r >= 0.0;
+}
+
+inline bool ShouldUseUncompressedMode(const uint8_t* metablock_start,
+                                      const uint8_t* next_emit,
+                                      const size_t insertlen,
+                                      const uint8_t literal_depths[256]) {
+  const size_t compressed = static_cast<size_t>(next_emit - metablock_start);
+  if (compressed * 50 > insertlen) {
+    return false;
+  }
+  static const double kAcceptableLossForUncompressibleSpeedup = 0.02;
+  static const double kMinEntropy =
+      8 * (1.0 - kAcceptableLossForUncompressibleSpeedup);
+  uint32_t sum = 0;
+  for (int i = 0; i < 256; ++i) {
+    const uint32_t n = literal_depths[i];
+    sum += n << (15 - n);
+  }
+  return sum > static_cast<uint32_t>((1 << 15) * kMinEntropy);
+}
+
+static void EmitUncompressedMetaBlock(const uint8_t* begin, const uint8_t* end,
+                                      const size_t storage_ix_start,
+                                      size_t* storage_ix, uint8_t* storage) {
+  const size_t len = static_cast<size_t>(end - begin);
+  RewindBitPosition(storage_ix_start, storage_ix, storage);
+  StoreMetaBlockHeader(len, 1, storage_ix, storage);
+  *storage_ix = (*storage_ix + 7u) & ~7u;
+  memcpy(&storage[*storage_ix >> 3], begin, len);
+  *storage_ix += len << 3;
+  storage[*storage_ix >> 3] = 0;
+}
+
+void BrotliCompressFragmentFast(const uint8_t* input, size_t input_size,
+                                bool is_last,
+                                int* table, size_t table_size,
+                                uint8_t cmd_depth[128], uint16_t cmd_bits[128],
+                                size_t* cmd_code_numbits, uint8_t* cmd_code,
+                                size_t* storage_ix, uint8_t* storage) {
+  if (input_size == 0) {
+    assert(is_last);
+    WriteBits(1, 1, storage_ix, storage);  // islast
+    WriteBits(1, 1, storage_ix, storage);  // isempty
+    *storage_ix = (*storage_ix + 7u) & ~7u;
+    return;
+  }
+
+  // "next_emit" is a pointer to the first byte that is not covered by a
+  // previous copy. Bytes between "next_emit" and the start of the next copy or
+  // the end of the input will be emitted as literal bytes.
+  const uint8_t* next_emit = input;
+  // Save the start of the first block for position and distance computations.
+  const uint8_t* base_ip = input;
+
+  static const size_t kFirstBlockSize = 3 << 15;
+  static const size_t kMergeBlockSize = 1 << 16;
+
+  const uint8_t* metablock_start = input;
+  size_t block_size = std::min(input_size, kFirstBlockSize);
+  size_t total_block_size = block_size;
+  // Save the bit position of the MLEN field of the meta-block header, so that
+  // we can update it later if we decide to extend this meta-block.
+  size_t mlen_storage_ix = *storage_ix + 3;
+  StoreMetaBlockHeader(block_size, 0, storage_ix, storage);
+  // No block splits, no contexts.
+  WriteBits(13, 0, storage_ix, storage);
+
+  uint8_t lit_depth[256] = { 0 };
+  uint16_t lit_bits[256] = { 0 };
+  BuildAndStoreLiteralPrefixCode(input, block_size, lit_depth, lit_bits,
+                                 storage_ix, storage);
+
+  // Store the pre-compressed command and distance prefix codes.
+  for (size_t i = 0; i + 7 < *cmd_code_numbits; i += 8) {
+    WriteBits(8, cmd_code[i >> 3], storage_ix, storage);
+  }
+  WriteBits(*cmd_code_numbits & 7, cmd_code[*cmd_code_numbits >> 3],
+            storage_ix, storage);
+
+ emit_commands:
+  // Initialize the command and distance histograms. We will gather
+  // statistics of command and distance codes during the processing
+  // of this block and use it to update the command and distance
+  // prefix codes for the next block.
+  uint32_t cmd_histo[128] = {
+    0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 1, 1, 1, 1, 1,
+    1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 1, 1, 1, 1, 1, 1, 1,
+    1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0,
+    0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
+    1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
+    1, 1, 1, 1, 0, 0, 0, 0,
+  };
+
+  // "ip" is the input pointer.
+  const uint8_t* ip = input;
+  assert(table_size);
+  assert(table_size <= (1u << 31));
+  assert((table_size & (table_size - 1)) == 0);  // table must be power of two
+  const size_t shift = 64u - Log2FloorNonZero(table_size);
+  assert(table_size - 1 == static_cast<size_t>(
+      MAKE_UINT64_T(0xFFFFFFFF, 0xFFFFFF) >> shift));
+  const uint8_t* ip_end = input + block_size;
+
+  int last_distance = -1;
+  const size_t kInputMarginBytes = 16;
+  const size_t kMinMatchLen = 5;
+  if (PREDICT_TRUE(block_size >= kInputMarginBytes)) {
+    // For the last block, we need to keep a 16 bytes margin so that we can be
+    // sure that all distances are at most window size - 16.
+    // For all other blocks, we only need to keep a margin of 5 bytes so that
+    // we don't go over the block size with a copy.
+    const size_t len_limit = std::min(block_size - kMinMatchLen,
+                                      input_size - kInputMarginBytes);
+    const uint8_t* ip_limit = input + len_limit;
+
+    for (uint32_t next_hash = Hash(++ip, shift); ; ) {
+      assert(next_emit < ip);
+      // Step 1: Scan forward in the input looking for a 5-byte-long match.
+      // If we get close to exhausting the input then goto emit_remainder.
+      //
+      // Heuristic match skipping: If 32 bytes are scanned with no matches
+      // found, start looking only at every other byte. If 32 more bytes are
+      // scanned, look at every third byte, etc.. When a match is found,
+      // immediately go back to looking at every byte. This is a small loss
+      // (~5% performance, ~0.1% density) for compressible data due to more
+      // bookkeeping, but for non-compressible data (such as JPEG) it's a huge
+      // win since the compressor quickly "realizes" the data is incompressible
+      // and doesn't bother looking for matches everywhere.
+      //
+      // The "skip" variable keeps track of how many bytes there are since the
+      // last match; dividing it by 32 (ie. right-shifting by five) gives the
+      // number of bytes to move ahead for each iteration.
+      uint32_t skip = 32;
+
+      const uint8_t* next_ip = ip;
+      const uint8_t* candidate;
+      do {
+        ip = next_ip;
+        uint32_t hash = next_hash;
+        assert(hash == Hash(ip, shift));
+        uint32_t bytes_between_hash_lookups = skip++ >> 5;
+        next_ip = ip + bytes_between_hash_lookups;
+        if (PREDICT_FALSE(next_ip > ip_limit)) {
+          goto emit_remainder;
+        }
+        next_hash = Hash(next_ip, shift);
+        candidate = ip - last_distance;
+        if (IsMatch(ip, candidate)) {
+          if (PREDICT_TRUE(candidate < ip)) {
+            table[hash] = static_cast<int>(ip - base_ip);
+            break;
+          }
+        }
+        candidate = base_ip + table[hash];
+        assert(candidate >= base_ip);
+        assert(candidate < ip);
+
+        table[hash] = static_cast<int>(ip - base_ip);
+      } while (PREDICT_TRUE(!IsMatch(ip, candidate)));
+
+      // Step 2: Emit the found match together with the literal bytes from
+      // "next_emit" to the bit stream, and then see if we can find a next macth
+      // immediately afterwards. Repeat until we find no match for the input
+      // without emitting some literal bytes.
+      uint64_t input_bytes;
+
+      {
+        // We have a 5-byte match at ip, and we need to emit bytes in
+        // [next_emit, ip).
+        const uint8_t* base = ip;
+        size_t matched = 5 + FindMatchLengthWithLimit(
+            candidate + 5, ip + 5, static_cast<size_t>(ip_end - ip) - 5);
+        ip += matched;
+        int distance = static_cast<int>(base - candidate);  /* > 0 */
+        size_t insert = static_cast<size_t>(base - next_emit);
+        assert(0 == memcmp(base, candidate, matched));
+        if (PREDICT_TRUE(insert < 6210)) {
+          EmitInsertLen(insert, cmd_depth, cmd_bits, cmd_histo,
+                        storage_ix, storage);
+        } else if (ShouldUseUncompressedMode(metablock_start, next_emit, insert,
+                                             lit_depth)) {
+          EmitUncompressedMetaBlock(metablock_start, base, mlen_storage_ix - 3,
+                                    storage_ix, storage);
+          input_size -= static_cast<size_t>(base - input);
+          input = base;
+          next_emit = input;
+          goto next_block;
+        } else {
+          EmitLongInsertLen(insert, cmd_depth, cmd_bits, cmd_histo,
+                            storage_ix, storage);
+        }
+        EmitLiterals(next_emit, insert, lit_depth, lit_bits,
+                     storage_ix, storage);
+        if (distance == last_distance) {
+          WriteBits(cmd_depth[64], cmd_bits[64], storage_ix, storage);
+          ++cmd_histo[64];
+        } else {
+          EmitDistance(static_cast<size_t>(distance), cmd_depth, cmd_bits,
+                       cmd_histo, storage_ix, storage);
+          last_distance = distance;
+        }
+        EmitCopyLenLastDistance(matched, cmd_depth, cmd_bits, cmd_histo,
+                                storage_ix, storage);
+
+        next_emit = ip;
+        if (PREDICT_FALSE(ip >= ip_limit)) {
+          goto emit_remainder;
+        }
+        // We could immediately start working at ip now, but to improve
+        // compression we first update "table" with the hashes of some positions
+        // within the last copy.
+        input_bytes = BROTLI_UNALIGNED_LOAD64(ip - 3);
+        uint32_t prev_hash = HashBytesAtOffset(input_bytes, 0, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 3);
+        prev_hash = HashBytesAtOffset(input_bytes, 1, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 2);
+        prev_hash = HashBytesAtOffset(input_bytes, 2, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 1);
+
+        uint32_t cur_hash = HashBytesAtOffset(input_bytes, 3, shift);
+        candidate = base_ip + table[cur_hash];
+        table[cur_hash] = static_cast<int>(ip - base_ip);
+      }
+
+      while (IsMatch(ip, candidate)) {
+        // We have a 5-byte match at ip, and no need to emit any literal bytes
+        // prior to ip.
+        const uint8_t* base = ip;
+        size_t matched = 5 + FindMatchLengthWithLimit(
+            candidate + 5, ip + 5, static_cast<size_t>(ip_end - ip) - 5);
+        ip += matched;
+        last_distance = static_cast<int>(base - candidate);  /* > 0 */
+        assert(0 == memcmp(base, candidate, matched));
+        EmitCopyLen(matched, cmd_depth, cmd_bits, cmd_histo,
+                    storage_ix, storage);
+        EmitDistance(static_cast<size_t>(last_distance), cmd_depth, cmd_bits,
+                     cmd_histo, storage_ix, storage);
+
+        next_emit = ip;
+        if (PREDICT_FALSE(ip >= ip_limit)) {
+          goto emit_remainder;
+        }
+        // We could immediately start working at ip now, but to improve
+        // compression we first update "table" with the hashes of some positions
+        // within the last copy.
+        input_bytes = BROTLI_UNALIGNED_LOAD64(ip - 3);
+        uint32_t prev_hash = HashBytesAtOffset(input_bytes, 0, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 3);
+        prev_hash = HashBytesAtOffset(input_bytes, 1, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 2);
+        prev_hash = HashBytesAtOffset(input_bytes, 2, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 1);
+
+        uint32_t cur_hash = HashBytesAtOffset(input_bytes, 3, shift);
+        candidate = base_ip + table[cur_hash];
+        table[cur_hash] = static_cast<int>(ip - base_ip);
+      }
+
+      next_hash = Hash(++ip, shift);
+    }
+  }
+
+ emit_remainder:
+  assert(next_emit <= ip_end);
+  input += block_size;
+  input_size -= block_size;
+  block_size = std::min(input_size, kMergeBlockSize);
+
+  // Decide if we want to continue this meta-block instead of emitting the
+  // last insert-only command.
+  if (input_size > 0 &&
+      total_block_size + block_size <= (1 << 20) &&
+      ShouldMergeBlock(input, block_size, lit_depth)) {
+    assert(total_block_size > (1 << 16));
+    // Update the size of the current meta-block and continue emitting commands.
+    // We can do this because the current size and the new size both have 5
+    // nibbles.
+    total_block_size += block_size;
+    UpdateBits(20, static_cast<uint32_t>(total_block_size - 1),
+               mlen_storage_ix, storage);
+    goto emit_commands;
+  }
+
+  // Emit the remaining bytes as literals.
+  if (next_emit < ip_end) {
+    const size_t insert = static_cast<size_t>(ip_end - next_emit);
+    if (PREDICT_TRUE(insert < 6210)) {
+      EmitInsertLen(insert, cmd_depth, cmd_bits, cmd_histo,
+                    storage_ix, storage);
+      EmitLiterals(next_emit, insert, lit_depth, lit_bits, storage_ix, storage);
+    } else if (ShouldUseUncompressedMode(metablock_start, next_emit, insert,
+                                         lit_depth)) {
+      EmitUncompressedMetaBlock(metablock_start, ip_end, mlen_storage_ix - 3,
+                                storage_ix, storage);
+    } else {
+      EmitLongInsertLen(insert, cmd_depth, cmd_bits, cmd_histo,
+                        storage_ix, storage);
+      EmitLiterals(next_emit, insert, lit_depth, lit_bits,
+                   storage_ix, storage);
+    }
+  }
+  next_emit = ip_end;
+
+next_block:
+  // If we have more data, write a new meta-block header and prefix codes and
+  // then continue emitting commands.
+  if (input_size > 0) {
+    metablock_start = input;
+    block_size = std::min(input_size, kFirstBlockSize);
+    total_block_size = block_size;
+    // Save the bit position of the MLEN field of the meta-block header, so that
+    // we can update it later if we decide to extend this meta-block.
+    mlen_storage_ix = *storage_ix + 3;
+    StoreMetaBlockHeader(block_size, 0, storage_ix, storage);
+    // No block splits, no contexts.
+    WriteBits(13, 0, storage_ix, storage);
+    memset(lit_depth, 0, sizeof(lit_depth));
+    memset(lit_bits, 0, sizeof(lit_bits));
+    BuildAndStoreLiteralPrefixCode(input, block_size, lit_depth, lit_bits,
+                                   storage_ix, storage);
+    BuildAndStoreCommandPrefixCode(cmd_histo, cmd_depth, cmd_bits,
+                                   storage_ix, storage);
+    goto emit_commands;
+  }
+
+  if (is_last) {
+    WriteBits(1, 1, storage_ix, storage);  // islast
+    WriteBits(1, 1, storage_ix, storage);  // isempty
+    *storage_ix = (*storage_ix + 7u) & ~7u;
+  } else {
+    // If this is not the last block, update the command and distance prefix
+    // codes for the next block and store the compressed forms.
+    cmd_code[0] = 0;
+    *cmd_code_numbits = 0;
+    BuildAndStoreCommandPrefixCode(cmd_histo, cmd_depth, cmd_bits,
+                                   cmd_code_numbits, cmd_code);
+  }
+}
+
+}  // namespace brotli
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/compress_fragment.h
@@ -0,0 +1,47 @@
+/* Copyright 2015 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Function for fast encoding of an input fragment, independently from the input
+// history. This function uses one-pass processing: when we find a backward
+// match, we immediately emit the corresponding command and literal codes to
+// the bit stream.
+
+#ifndef BROTLI_ENC_COMPRESS_FRAGMENT_H_
+#define BROTLI_ENC_COMPRESS_FRAGMENT_H_
+
+#include "./types.h"
+
+namespace brotli {
+
+// Compresses "input" string to the "*storage" buffer as one or more complete
+// meta-blocks, and updates the "*storage_ix" bit position.
+//
+// If "is_last" is true, emits an additional empty last meta-block.
+//
+// "cmd_depth" and "cmd_bits" contain the command and distance prefix codes
+// (see comment in encode.h) used for the encoding of this input fragment.
+// If "is_last" is false, they are updated to reflect the statistics
+// of this input fragment, to be used for the encoding of the next fragment.
+//
+// "*cmd_code_numbits" is the number of bits of the compressed representation
+// of the command and distance prefix codes, and "cmd_code" is an array of
+// at least "(*cmd_code_numbits + 7) >> 3" size that contains the compressed
+// command and distance prefix codes. If "is_last" is false, these are also
+// updated to represent the updated "cmd_depth" and "cmd_bits".
+//
+// REQUIRES: "input_size" is greater than zero, or "is_last" is true.
+// REQUIRES: All elements in "table[0..table_size-1]" are initialized to zero.
+// REQUIRES: "table_size" is a power of two
+void BrotliCompressFragmentFast(const uint8_t* input, size_t input_size,
+                                bool is_last,
+                                int* table, size_t table_size,
+                                uint8_t cmd_depth[128], uint16_t cmd_bits[128],
+                                size_t* cmd_code_numbits, uint8_t* cmd_code,
+                                size_t* storage_ix, uint8_t* storage);
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_COMPRESS_FRAGMENT_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/compress_fragment_two_pass.cc
@@ -0,0 +1,524 @@
+/* Copyright 2015 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Function for fast encoding of an input fragment, independently from the input
+// history. This function uses two-pass processing: in the first pass we save
+// the found backward matches and literal bytes into a buffer, and in the
+// second pass we emit them into the bit stream using prefix codes built based
+// on the actual command and literal byte histograms.
+
+#include "./compress_fragment_two_pass.h"
+
+#include <algorithm>
+
+#include "./brotli_bit_stream.h"
+#include "./bit_cost.h"
+#include "./entropy_encode.h"
+#include "./fast_log.h"
+#include "./find_match_length.h"
+#include "./port.h"
+#include "./types.h"
+#include "./write_bits.h"
+
+namespace brotli {
+
+// kHashMul32 multiplier has these properties:
+// * The multiplier must be odd. Otherwise we may lose the highest bit.
+// * No long streaks of 1s or 0s.
+// * There is no effort to ensure that it is a prime, the oddity is enough
+//   for this use.
+// * The number has been tuned heuristically against compression benchmarks.
+static const uint32_t kHashMul32 = 0x1e35a7bd;
+
+static inline uint32_t Hash(const uint8_t* p, size_t shift) {
+  const uint64_t h = (BROTLI_UNALIGNED_LOAD64(p) << 16) * kHashMul32;
+  return static_cast<uint32_t>(h >> shift);
+}
+
+static inline uint32_t HashBytesAtOffset(uint64_t v, int offset, size_t shift) {
+  assert(offset >= 0);
+  assert(offset <= 2);
+  const uint64_t h = ((v >> (8 * offset)) << 16) * kHashMul32;
+  return static_cast<uint32_t>(h >> shift);
+}
+
+static inline int IsMatch(const uint8_t* p1, const uint8_t* p2) {
+  return (BROTLI_UNALIGNED_LOAD32(p1) == BROTLI_UNALIGNED_LOAD32(p2) &&
+          p1[4] == p2[4] &&
+          p1[5] == p2[5]);
+}
+
+// Builds a command and distance prefix code (each 64 symbols) into "depth" and
+// "bits" based on "histogram" and stores it into the bit stream.
+static void BuildAndStoreCommandPrefixCode(
+    const uint32_t histogram[128],
+    uint8_t depth[128], uint16_t bits[128],
+    size_t* storage_ix, uint8_t* storage) {
+  // Tree size for building a tree over 64 symbols is 2 * 64 + 1.
+  static const size_t kTreeSize = 129;
+  HuffmanTree tree[kTreeSize];
+  CreateHuffmanTree(histogram, 64, 15, tree, depth);
+  CreateHuffmanTree(&histogram[64], 64, 14, tree, &depth[64]);
+  // We have to jump through a few hoopes here in order to compute
+  // the command bits because the symbols are in a different order than in
+  // the full alphabet. This looks complicated, but having the symbols
+  // in this order in the command bits saves a few branches in the Emit*
+  // functions.
+  uint8_t cmd_depth[64];
+  uint16_t cmd_bits[64];
+  memcpy(cmd_depth, depth + 24, 24);
+  memcpy(cmd_depth + 24, depth, 8);
+  memcpy(cmd_depth + 32, depth + 48, 8);
+  memcpy(cmd_depth + 40, depth + 8, 8);
+  memcpy(cmd_depth + 48, depth + 56, 8);
+  memcpy(cmd_depth + 56, depth + 16, 8);
+  ConvertBitDepthsToSymbols(cmd_depth, 64, cmd_bits);
+  memcpy(bits, cmd_bits + 24, 16);
+  memcpy(bits + 8, cmd_bits + 40, 16);
+  memcpy(bits + 16, cmd_bits + 56, 16);
+  memcpy(bits + 24, cmd_bits, 48);
+  memcpy(bits + 48, cmd_bits + 32, 16);
+  memcpy(bits + 56, cmd_bits + 48, 16);
+  ConvertBitDepthsToSymbols(&depth[64], 64, &bits[64]);
+  {
+    // Create the bit length array for the full command alphabet.
+    uint8_t cmd_depth[704] = { 0 };
+    memcpy(cmd_depth, depth + 24, 8);
+    memcpy(cmd_depth + 64, depth + 32, 8);
+    memcpy(cmd_depth + 128, depth + 40, 8);
+    memcpy(cmd_depth + 192, depth + 48, 8);
+    memcpy(cmd_depth + 384, depth + 56, 8);
+    for (size_t i = 0; i < 8; ++i) {
+      cmd_depth[128 + 8 * i] = depth[i];
+      cmd_depth[256 + 8 * i] = depth[8 + i];
+      cmd_depth[448 + 8 * i] = depth[16 + i];
+    }
+    StoreHuffmanTree(cmd_depth, 704, tree, storage_ix, storage);
+  }
+  StoreHuffmanTree(&depth[64], 64, tree, storage_ix, storage);
+}
+
+inline void EmitInsertLen(uint32_t insertlen, uint32_t** commands) {
+  if (insertlen < 6) {
+    **commands = insertlen;
+  } else if (insertlen < 130) {
+    insertlen -= 2;
+    const uint32_t nbits = Log2FloorNonZero(insertlen) - 1u;
+    const uint32_t prefix = insertlen >> nbits;
+    const uint32_t inscode = (nbits << 1) + prefix + 2;
+    const uint32_t extra = insertlen - (prefix << nbits);
+    **commands = inscode | (extra << 8);
+  } else if (insertlen < 2114) {
+    insertlen -= 66;
+    const uint32_t nbits = Log2FloorNonZero(insertlen);
+    const uint32_t code = nbits + 10;
+    const uint32_t extra = insertlen - (1 << nbits);
+    **commands = code | (extra << 8);
+  } else if (insertlen < 6210) {
+    const uint32_t extra = insertlen - 2114;
+    **commands = 21 | (extra << 8);
+  } else if (insertlen < 22594) {
+    const uint32_t extra = insertlen - 6210;
+    **commands = 22 | (extra << 8);
+  } else {
+    const uint32_t extra = insertlen - 22594;
+    **commands = 23 | (extra << 8);
+  }
+  ++(*commands);
+}
+
+inline void EmitCopyLen(size_t copylen, uint32_t** commands) {
+  if (copylen < 10) {
+    **commands = static_cast<uint32_t>(copylen + 38);
+  } else if (copylen < 134) {
+    copylen -= 6;
+    const size_t nbits = Log2FloorNonZero(copylen) - 1;
+    const size_t prefix = copylen >> nbits;
+    const size_t code = (nbits << 1) + prefix + 44;
+    const size_t extra = copylen - (prefix << nbits);
+    **commands = static_cast<uint32_t>(code | (extra << 8));
+  } else if (copylen < 2118) {
+    copylen -= 70;
+    const size_t nbits = Log2FloorNonZero(copylen);
+    const size_t code = nbits + 52;
+    const size_t extra = copylen - (1 << nbits);
+    **commands = static_cast<uint32_t>(code | (extra << 8));
+  } else {
+    const size_t extra = copylen - 2118;
+    **commands = static_cast<uint32_t>(63 | (extra << 8));
+  }
+  ++(*commands);
+}
+
+inline void EmitCopyLenLastDistance(size_t copylen, uint32_t** commands) {
+  if (copylen < 12) {
+    **commands = static_cast<uint32_t>(copylen + 20);
+    ++(*commands);
+  } else if (copylen < 72) {
+    copylen -= 8;
+    const size_t nbits = Log2FloorNonZero(copylen) - 1;
+    const size_t prefix = copylen >> nbits;
+    const size_t code = (nbits << 1) + prefix + 28;
+    const size_t extra = copylen - (prefix << nbits);
+    **commands = static_cast<uint32_t>(code | (extra << 8));
+    ++(*commands);
+  } else if (copylen < 136) {
+    copylen -= 8;
+    const size_t code = (copylen >> 5) + 54;
+    const size_t extra = copylen & 31;
+    **commands = static_cast<uint32_t>(code | (extra << 8));
+    ++(*commands);
+    **commands = 64;
+    ++(*commands);
+  } else if (copylen < 2120) {
+    copylen -= 72;
+    const size_t nbits = Log2FloorNonZero(copylen);
+    const size_t code = nbits + 52;
+    const size_t extra = copylen - (1 << nbits);
+    **commands = static_cast<uint32_t>(code | (extra << 8));
+    ++(*commands);
+    **commands = 64;
+    ++(*commands);
+  } else {
+    const size_t extra = copylen - 2120;
+    **commands = static_cast<uint32_t>(63 | (extra << 8));
+    ++(*commands);
+    **commands = 64;
+    ++(*commands);
+  }
+}
+
+inline void EmitDistance(uint32_t distance, uint32_t** commands) {
+  distance += 3;
+  uint32_t nbits = Log2FloorNonZero(distance) - 1;
+  const uint32_t prefix = (distance >> nbits) & 1;
+  const uint32_t offset = (2 + prefix) << nbits;
+  const uint32_t distcode = 2 * (nbits - 1) + prefix + 80;
+  uint32_t extra = distance - offset;
+  **commands = distcode | (extra << 8);
+  ++(*commands);
+}
+
+// REQUIRES: len <= 1 << 20.
+static void StoreMetaBlockHeader(
+    size_t len, bool is_uncompressed, size_t* storage_ix, uint8_t* storage) {
+  // ISLAST
+  WriteBits(1, 0, storage_ix, storage);
+  if (len <= (1U << 16)) {
+    // MNIBBLES is 4
+    WriteBits(2, 0, storage_ix, storage);
+    WriteBits(16, len - 1, storage_ix, storage);
+  } else {
+    // MNIBBLES is 5
+    WriteBits(2, 1, storage_ix, storage);
+    WriteBits(20, len - 1, storage_ix, storage);
+  }
+  // ISUNCOMPRESSED
+  WriteBits(1, is_uncompressed, storage_ix, storage);
+}
+
+static void CreateCommands(const uint8_t* input, size_t block_size,
+                           size_t input_size, const uint8_t* base_ip,
+                           int* table, size_t table_size,
+                           uint8_t** literals, uint32_t** commands) {
+  // "ip" is the input pointer.
+  const uint8_t* ip = input;
+  assert(table_size);
+  assert(table_size <= (1u << 31));
+  assert((table_size & (table_size - 1)) == 0);  // table must be power of two
+  const size_t shift = 64u - Log2FloorNonZero(table_size);
+  assert(table_size - 1 == static_cast<size_t>(
+      MAKE_UINT64_T(0xFFFFFFFF, 0xFFFFFF) >> shift));
+  const uint8_t* ip_end = input + block_size;
+  // "next_emit" is a pointer to the first byte that is not covered by a
+  // previous copy. Bytes between "next_emit" and the start of the next copy or
+  // the end of the input will be emitted as literal bytes.
+  const uint8_t* next_emit = input;
+
+  int last_distance = -1;
+  const size_t kInputMarginBytes = 16;
+  const size_t kMinMatchLen = 6;
+  if (PREDICT_TRUE(block_size >= kInputMarginBytes)) {
+    // For the last block, we need to keep a 16 bytes margin so that we can be
+    // sure that all distances are at most window size - 16.
+    // For all other blocks, we only need to keep a margin of 5 bytes so that
+    // we don't go over the block size with a copy.
+    const size_t len_limit = std::min(block_size - kMinMatchLen,
+                                      input_size - kInputMarginBytes);
+    const uint8_t* ip_limit = input + len_limit;
+
+    for (uint32_t next_hash = Hash(++ip, shift); ; ) {
+      assert(next_emit < ip);
+      // Step 1: Scan forward in the input looking for a 6-byte-long match.
+      // If we get close to exhausting the input then goto emit_remainder.
+      //
+      // Heuristic match skipping: If 32 bytes are scanned with no matches
+      // found, start looking only at every other byte. If 32 more bytes are
+      // scanned, look at every third byte, etc.. When a match is found,
+      // immediately go back to looking at every byte. This is a small loss
+      // (~5% performance, ~0.1% density) for compressible data due to more
+      // bookkeeping, but for non-compressible data (such as JPEG) it's a huge
+      // win since the compressor quickly "realizes" the data is incompressible
+      // and doesn't bother looking for matches everywhere.
+      //
+      // The "skip" variable keeps track of how many bytes there are since the
+      // last match; dividing it by 32 (ie. right-shifting by five) gives the
+      // number of bytes to move ahead for each iteration.
+      uint32_t skip = 32;
+
+      const uint8_t* next_ip = ip;
+      const uint8_t* candidate;
+      do {
+        ip = next_ip;
+        uint32_t hash = next_hash;
+        assert(hash == Hash(ip, shift));
+        uint32_t bytes_between_hash_lookups = skip++ >> 5;
+        next_ip = ip + bytes_between_hash_lookups;
+        if (PREDICT_FALSE(next_ip > ip_limit)) {
+          goto emit_remainder;
+        }
+        next_hash = Hash(next_ip, shift);
+        candidate = ip - last_distance;
+        if (IsMatch(ip, candidate)) {
+          if (PREDICT_TRUE(candidate < ip)) {
+            table[hash] = static_cast<int>(ip - base_ip);
+            break;
+          }
+        }
+        candidate = base_ip + table[hash];
+        assert(candidate >= base_ip);
+        assert(candidate < ip);
+
+        table[hash] = static_cast<int>(ip - base_ip);
+      } while (PREDICT_TRUE(!IsMatch(ip, candidate)));
+
+      // Step 2: Emit the found match together with the literal bytes from
+      // "next_emit", and then see if we can find a next macth immediately
+      // afterwards. Repeat until we find no match for the input
+      // without emitting some literal bytes.
+      uint64_t input_bytes;
+
+      {
+        // We have a 6-byte match at ip, and we need to emit bytes in
+        // [next_emit, ip).
+        const uint8_t* base = ip;
+        size_t matched = 6 + FindMatchLengthWithLimit(
+            candidate + 6, ip + 6, static_cast<size_t>(ip_end - ip) - 6);
+        ip += matched;
+        int distance = static_cast<int>(base - candidate);  /* > 0 */
+        int insert = static_cast<int>(base - next_emit);
+        assert(0 == memcmp(base, candidate, matched));
+        EmitInsertLen(static_cast<uint32_t>(insert), commands);
+        memcpy(*literals, next_emit, static_cast<size_t>(insert));
+        *literals += insert;
+        if (distance == last_distance) {
+          **commands = 64;
+          ++(*commands);
+        } else {
+          EmitDistance(static_cast<uint32_t>(distance), commands);
+          last_distance = distance;
+        }
+        EmitCopyLenLastDistance(matched, commands);
+
+        next_emit = ip;
+        if (PREDICT_FALSE(ip >= ip_limit)) {
+          goto emit_remainder;
+        }
+        // We could immediately start working at ip now, but to improve
+        // compression we first update "table" with the hashes of some positions
+        // within the last copy.
+        input_bytes = BROTLI_UNALIGNED_LOAD64(ip - 5);
+        uint32_t prev_hash = HashBytesAtOffset(input_bytes, 0, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 5);
+        prev_hash = HashBytesAtOffset(input_bytes, 1, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 4);
+        prev_hash = HashBytesAtOffset(input_bytes, 2, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 3);
+        input_bytes = BROTLI_UNALIGNED_LOAD64(ip - 2);
+        prev_hash = HashBytesAtOffset(input_bytes, 0, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 2);
+        prev_hash = HashBytesAtOffset(input_bytes, 1, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 1);
+
+        uint32_t cur_hash = HashBytesAtOffset(input_bytes, 2, shift);
+        candidate = base_ip + table[cur_hash];
+        table[cur_hash] = static_cast<int>(ip - base_ip);
+      }
+
+      while (IsMatch(ip, candidate)) {
+        // We have a 6-byte match at ip, and no need to emit any
+        // literal bytes prior to ip.
+        const uint8_t* base = ip;
+        size_t matched = 6 + FindMatchLengthWithLimit(
+            candidate + 6, ip + 6, static_cast<size_t>(ip_end - ip) - 6);
+        ip += matched;
+        last_distance = static_cast<int>(base - candidate);  /* > 0 */
+        assert(0 == memcmp(base, candidate, matched));
+        EmitCopyLen(matched, commands);
+        EmitDistance(static_cast<uint32_t>(last_distance), commands);
+
+        next_emit = ip;
+        if (PREDICT_FALSE(ip >= ip_limit)) {
+          goto emit_remainder;
+        }
+        // We could immediately start working at ip now, but to improve
+        // compression we first update "table" with the hashes of some positions
+        // within the last copy.
+        input_bytes = BROTLI_UNALIGNED_LOAD64(ip - 5);
+        uint32_t prev_hash = HashBytesAtOffset(input_bytes, 0, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 5);
+        prev_hash = HashBytesAtOffset(input_bytes, 1, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 4);
+        prev_hash = HashBytesAtOffset(input_bytes, 2, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 3);
+        input_bytes = BROTLI_UNALIGNED_LOAD64(ip - 2);
+        prev_hash = HashBytesAtOffset(input_bytes, 0, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 2);
+        prev_hash = HashBytesAtOffset(input_bytes, 1, shift);
+        table[prev_hash] = static_cast<int>(ip - base_ip - 1);
+
+        uint32_t cur_hash = HashBytesAtOffset(input_bytes, 2, shift);
+        candidate = base_ip + table[cur_hash];
+        table[cur_hash] = static_cast<int>(ip - base_ip);
+      }
+
+      next_hash = Hash(++ip, shift);
+    }
+  }
+
+emit_remainder:
+  assert(next_emit <= ip_end);
+  // Emit the remaining bytes as literals.
+  if (next_emit < ip_end) {
+    const uint32_t insert = static_cast<uint32_t>(ip_end - next_emit);
+    EmitInsertLen(insert, commands);
+    memcpy(*literals, next_emit, insert);
+    *literals += insert;
+  }
+}
+
+static void StoreCommands(const uint8_t* literals, const size_t num_literals,
+                          const uint32_t* commands, const size_t num_commands,
+                          size_t* storage_ix, uint8_t* storage) {
+  uint8_t lit_depths[256] = { 0 };
+  uint16_t lit_bits[256] = { 0 };
+  uint32_t lit_histo[256] = { 0 };
+  for (size_t i = 0; i < num_literals; ++i) {
+    ++lit_histo[literals[i]];
+  }
+  BuildAndStoreHuffmanTreeFast(lit_histo, num_literals,
+                               /* max_bits = */ 8,
+                               lit_depths, lit_bits,
+                               storage_ix, storage);
+
+  uint8_t cmd_depths[128] = { 0 };
+  uint16_t cmd_bits[128] = { 0 };
+  uint32_t cmd_histo[128] = { 0 };
+  for (size_t i = 0; i < num_commands; ++i) {
+    ++cmd_histo[commands[i] & 0xff];
+  }
+  cmd_histo[1] += 1;
+  cmd_histo[2] += 1;
+  cmd_histo[64] += 1;
+  cmd_histo[84] += 1;
+  BuildAndStoreCommandPrefixCode(cmd_histo, cmd_depths, cmd_bits,
+                                 storage_ix, storage);
+
+  static const uint32_t kNumExtraBits[128] = {
+    0, 0, 0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 7, 8, 9, 10, 12, 14, 24,
+    0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4,
+    0, 0, 0, 0, 0, 0, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 7, 8, 9, 10, 24,
+    0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+    1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 6, 7, 7, 8, 8,
+    9, 9, 10, 10, 11, 11, 12, 12, 13, 13, 14, 14, 15, 15, 16, 16,
+    17, 17, 18, 18, 19, 19, 20, 20, 21, 21, 22, 22, 23, 23, 24, 24,
+  };
+  static const uint32_t kInsertOffset[24] = {
+    0, 1, 2, 3, 4, 5, 6, 8, 10, 14, 18, 26, 34, 50, 66, 98, 130, 194, 322, 578,
+    1090, 2114, 6210, 22594,
+  };
+
+  for (size_t i = 0; i < num_commands; ++i) {
+    const uint32_t cmd = commands[i];
+    const uint32_t code = cmd & 0xff;
+    const uint32_t extra = cmd >> 8;
+    WriteBits(cmd_depths[code], cmd_bits[code], storage_ix, storage);
+    WriteBits(kNumExtraBits[code], extra, storage_ix, storage);
+    if (code < 24) {
+      const uint32_t insert = kInsertOffset[code] + extra;
+      for (uint32_t j = 0; j < insert; ++j) {
+        const uint8_t lit = *literals;
+        WriteBits(lit_depths[lit], lit_bits[lit], storage_ix, storage);
+        ++literals;
+      }
+    }
+  }
+}
+
+static bool ShouldCompress(const uint8_t* input, size_t input_size,
+                           size_t num_literals) {
+  static const double kAcceptableLossForUncompressibleSpeedup = 0.02;
+  static const double kMaxRatioOfLiterals =
+      1.0 - kAcceptableLossForUncompressibleSpeedup;
+  if (num_literals < kMaxRatioOfLiterals * static_cast<double>(input_size)) {
+    return true;
+  }
+  uint32_t literal_histo[256] = { 0 };
+  static const uint32_t kSampleRate = 43;
+  static const double kMaxEntropy =
+      8 * (1.0 - kAcceptableLossForUncompressibleSpeedup);
+  const double max_total_bit_cost =
+      static_cast<double>(input_size) * kMaxEntropy / kSampleRate;
+  for (size_t i = 0; i < input_size; i += kSampleRate) {
+    ++literal_histo[input[i]];
+  }
+  return BitsEntropy(literal_histo, 256) < max_total_bit_cost;
+}
+
+void BrotliCompressFragmentTwoPass(const uint8_t* input, size_t input_size,
+                                   bool is_last,
+                                   uint32_t* command_buf, uint8_t* literal_buf,
+                                   int* table, size_t table_size,
+                                   size_t* storage_ix, uint8_t* storage) {
+  // Save the start of the first block for position and distance computations.
+  const uint8_t* base_ip = input;
+
+  while (input_size > 0) {
+    size_t block_size = std::min(input_size, kCompressFragmentTwoPassBlockSize);
+    uint32_t* commands = command_buf;
+    uint8_t* literals = literal_buf;
+    CreateCommands(input, block_size, input_size, base_ip, table, table_size,
+                   &literals, &commands);
+    const size_t num_literals = static_cast<size_t>(literals - literal_buf);
+    const size_t num_commands = static_cast<size_t>(commands - command_buf);
+    if (ShouldCompress(input, block_size, num_literals)) {
+      StoreMetaBlockHeader(block_size, 0, storage_ix, storage);
+      // No block splits, no contexts.
+      WriteBits(13, 0, storage_ix, storage);
+      StoreCommands(literal_buf, num_literals, command_buf, num_commands,
+                    storage_ix, storage);
+    } else {
+      // Since we did not find many backward references and the entropy of
+      // the data is close to 8 bits, we can simply emit an uncompressed block.
+      // This makes compression speed of uncompressible data about 3x faster.
+      StoreMetaBlockHeader(block_size, 1, storage_ix, storage);
+      *storage_ix = (*storage_ix + 7u) & ~7u;
+      memcpy(&storage[*storage_ix >> 3], input, block_size);
+      *storage_ix += block_size << 3;
+      storage[*storage_ix >> 3] = 0;
+    }
+    input += block_size;
+    input_size -= block_size;
+  }
+
+  if (is_last) {
+    WriteBits(1, 1, storage_ix, storage);  // islast
+    WriteBits(1, 1, storage_ix, storage);  // isempty
+    *storage_ix = (*storage_ix + 7u) & ~7u;
+  }
+}
+
+}  // namespace brotli
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/compress_fragment_two_pass.h
@@ -0,0 +1,40 @@
+/* Copyright 2015 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Function for fast encoding of an input fragment, independently from the input
+// history. This function uses two-pass processing: in the first pass we save
+// the found backward matches and literal bytes into a buffer, and in the
+// second pass we emit them into the bit stream using prefix codes built based
+// on the actual command and literal byte histograms.
+
+#ifndef BROTLI_ENC_COMPRESS_FRAGMENT_TWO_PASS_H_
+#define BROTLI_ENC_COMPRESS_FRAGMENT_TWO_PASS_H_
+
+#include "./types.h"
+
+namespace brotli {
+
+static const size_t kCompressFragmentTwoPassBlockSize = 1 << 17;
+
+// Compresses "input" string to the "*storage" buffer as one or more complete
+// meta-blocks, and updates the "*storage_ix" bit position.
+//
+// If "is_last" is true, emits an additional empty last meta-block.
+//
+// REQUIRES: "input_size" is greater than zero, or "is_last" is true.
+// REQUIRES: "command_buf" and "literal_buf" point to at least
+//            kCompressFragmentTwoPassBlockSize long arrays.
+// REQUIRES: All elements in "table[0..table_size-1]" are initialized to zero.
+// REQUIRES: "table_size" is a power of two
+void BrotliCompressFragmentTwoPass(const uint8_t* input, size_t input_size,
+                                   bool is_last,
+                                   uint32_t* command_buf, uint8_t* literal_buf,
+                                   int* table, size_t table_size,
+                                   size_t* storage_ix, uint8_t* storage);
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_COMPRESS_FRAGMENT_TWO_PASS_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/compressor.h
@@ -0,0 +1,15 @@
+/* Copyright 2016 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+/* C++ API for Brotli compression. */
+
+#ifndef BROTLI_ENC_COMPRESSOR_H_
+#define BROTLI_ENC_COMPRESSOR_H_
+
+#include "./encode.h"
+#include "./streams.h"
+
+#endif  /* BROTLI_ENC_COMPRESSOR_H_ */
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/context.h
@@ -0,0 +1,178 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+// Functions to map previous bytes into a context id.
+
+#ifndef BROTLI_ENC_CONTEXT_H_
+#define BROTLI_ENC_CONTEXT_H_
+
+#include "./types.h"
+
+namespace brotli {
+
+// Second-order context lookup table for UTF8 byte streams.
+//
+// If p1 and p2 are the previous two bytes, we calculate the context as
+//
+//   context = kUTF8ContextLookup[p1] | kUTF8ContextLookup[p2 + 256].
+//
+// If the previous two bytes are ASCII characters (i.e. < 128), this will be
+// equivalent to
+//
+//   context = 4 * context1(p1) + context2(p2),
+//
+// where context1 is based on the previous byte in the following way:
+//
+//   0  : non-ASCII control
+//   1  : \t, \n, \r
+//   2  : space
+//   3  : other punctuation
+//   4  : " '
+//   5  : %
+//   6  : ( < [ {
+//   7  : ) > ] }
+//   8  : , ; :
+//   9  : .
+//   10 : =
+//   11 : number
+//   12 : upper-case vowel
+//   13 : upper-case consonant
+//   14 : lower-case vowel
+//   15 : lower-case consonant
+//
+// and context2 is based on the second last byte:
+//
+//   0 : control, space
+//   1 : punctuation
+//   2 : upper-case letter, number
+//   3 : lower-case letter
+//
+// If the last byte is ASCII, and the second last byte is not (in a valid UTF8
+// stream it will be a continuation byte, value between 128 and 191), the
+// context is the same as if the second last byte was an ASCII control or space.
+//
+// If the last byte is a UTF8 lead byte (value >= 192), then the next byte will
+// be a continuation byte and the context id is 2 or 3 depending on the LSB of
+// the last byte and to a lesser extent on the second last byte if it is ASCII.
+//
+// If the last byte is a UTF8 continuation byte, the second last byte can be:
+//   - continuation byte: the next byte is probably ASCII or lead byte (assuming
+//     4-byte UTF8 characters are rare) and the context id is 0 or 1.
+//   - lead byte (192 - 207): next byte is ASCII or lead byte, context is 0 or 1
+//   - lead byte (208 - 255): next byte is continuation byte, context is 2 or 3
+//
+// The possible value combinations of the previous two bytes, the range of
+// context ids and the type of the next byte is summarized in the table below:
+//
+// |--------\-----------------------------------------------------------------|
+// |         \                         Last byte                              |
+// | Second   \---------------------------------------------------------------|
+// | last byte \    ASCII            |   cont. byte        |   lead byte      |
+// |            \   (0-127)          |   (128-191)         |   (192-)         |
+// |=============|===================|=====================|==================|
+// |  ASCII      | next: ASCII/lead  |  not valid          |  next: cont.     |
+// |  (0-127)    | context: 4 - 63   |                     |  context: 2 - 3  |
+// |-------------|-------------------|---------------------|------------------|
+// |  cont. byte | next: ASCII/lead  |  next: ASCII/lead   |  next: cont.     |
+// |  (128-191)  | context: 4 - 63   |  context: 0 - 1     |  context: 2 - 3  |
+// |-------------|-------------------|---------------------|------------------|
+// |  lead byte  | not valid         |  next: ASCII/lead   |  not valid       |
+// |  (192-207)  |                   |  context: 0 - 1     |                  |
+// |-------------|-------------------|---------------------|------------------|
+// |  lead byte  | not valid         |  next: cont.        |  not valid       |
+// |  (208-)     |                   |  context: 2 - 3     |                  |
+// |-------------|-------------------|---------------------|------------------|
+static const uint8_t kUTF8ContextLookup[512] = {
+  // Last byte.
+  //
+  // ASCII range.
+   0,  0,  0,  0,  0,  0,  0,  0,  0,  4,  4,  0,  0,  4,  0,  0,
+   0,  0,  0,  0,  0,  0,  0,  0,  0,  0,  0,  0,  0,  0,  0,  0,
+   8, 12, 16, 12, 12, 20, 12, 16, 24, 28, 12, 12, 32, 12, 36, 12,
+  44, 44, 44, 44, 44, 44, 44, 44, 44, 44, 32, 32, 24, 40, 28, 12,
+  12, 48, 52, 52, 52, 48, 52, 52, 52, 48, 52, 52, 52, 52, 52, 48,
+  52, 52, 52, 52, 52, 48, 52, 52, 52, 52, 52, 24, 12, 28, 12, 12,
+  12, 56, 60, 60, 60, 56, 60, 60, 60, 56, 60, 60, 60, 60, 60, 56,
+  60, 60, 60, 60, 60, 56, 60, 60, 60, 60, 60, 24, 12, 28, 12,  0,
+  // UTF8 continuation byte range.
+  0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1,
+  0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1,
+  0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1,
+  0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1, 0, 1,
+  // UTF8 lead byte range.
+  2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3,
+  2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3,
+  2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3,
+  2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3, 2, 3,
+  // Second last byte.
+  //
+  // ASCII range.
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
+  2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1, 1,
+  1, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,
+  2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 1, 1, 1, 1, 1,
+  1, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3,
+  3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 1, 1, 1, 1, 0,
+  // UTF8 continuation byte range.
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  // UTF8 lead byte range.
+  0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
+  2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,
+  2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,
+};
+
+// Context lookup table for small signed integers.
+static const uint8_t kSigned3BitContextLookup[] = {
+  0, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1,
+  2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,
+  2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,
+  2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2, 2,
+  3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3,
+  3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3,
+  3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3,
+  3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3, 3,
+  4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4,
+  4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4,
+  4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4,
+  4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4,
+  5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5,
+  5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5,
+  5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5, 5,
+  6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 7,
+};
+
+enum ContextType {
+  CONTEXT_LSB6         = 0,
+  CONTEXT_MSB6         = 1,
+  CONTEXT_UTF8         = 2,
+  CONTEXT_SIGNED       = 3
+};
+
+static inline uint8_t Context(uint8_t p1, uint8_t p2, ContextType mode) {
+  switch (mode) {
+    case CONTEXT_LSB6:
+      return p1 & 0x3f;
+    case CONTEXT_MSB6:
+      return static_cast<uint8_t>(p1 >> 2);
+    case CONTEXT_UTF8:
+      return kUTF8ContextLookup[p1] | kUTF8ContextLookup[p2 + 256];
+    case CONTEXT_SIGNED:
+      return static_cast<uint8_t>((kSigned3BitContextLookup[p1] << 3) +
+                                  kSigned3BitContextLookup[p2]);
+    default:
+      return 0;
+  }
+}
+
+}  // namespace brotli
+
+#endif  // BROTLI_ENC_CONTEXT_H_
new file mode 100644
--- /dev/null
+++ b/modules/brotli/enc/dictionary.cc
@@ -0,0 +1,9466 @@
+/* Copyright 2013 Google Inc. All Rights Reserved.
+
+   Distributed under MIT license.
+   See file LICENSE for detail or copy at https://opensource.org/licenses/MIT
+*/
+
+#include "./dictionary.h"
+
+#if defined(__cplusplus) || defined(c_plusplus)
+extern "C" {
+#endif
+
+// In case of multiple definition linker error with dictionary.c from the
+// decoder: include only one of enc/dictionary.cc or dec/dictionary.c in a
+// target using both enc and dec.
+const uint8_t kBrotliDictionary[122784] = {
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+  0x84, 0x8f, 0xe7, 0x94, 0xb3, 0xe8, 0xaf, 0xb7, 0xe5, 0xad, 0xa6, 0xe6, 0xa0,
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+  0xe6, 0x80, 0x81, 0xe7, 0x8a, 0xb6, 0xe6, 0x80, 0x81, 0xe7, 0x89, 0xb9, 0xe5,
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+  0xbb, 0xe6, 0x9b, 0xb4, 0xe6, 0x96, 0xb0, 0xe5, 0xb0, 0x8f, 0xe8, 0xaf, 0xb4,
+  0xe6, 0x88, 0x91, 0xe5, 0x80, 0x91, 0xe4, 0xbd, 0x9c, 0xe4, 0xb8, 0xba, 0xe5,
+  0xaa, 0x92, 0xe4, 0xbd, 0x93, 0xe5, 0x8c, 0x85, 0xe6, 0x8b, 0xac, 0xe9, 0x82,
+  0xa3, 0xe4, 0xb9, 0x88, 0xe4, 0xb8, 0x80, 0xe6, 0xa0, 0xb7, 0xe5, 0x9b, 0xbd,
+  0xe5, 0x86, 0x85, 0xe6, 0x98, 0xaf, 0xe5, 0x90, 0xa6, 0xe6, 0xa0, 0xb9, 0xe6,
+  0x8d, 0xae, 0xe7, 0x94, 0xb5, 0xe8, 0xa7, 0x86, 0xe5, 0xad, 0xa6, 0xe9, 0x99,
+  0xa2, 0xe5, 0x85, 0xb7, 0xe6, 0x9c, 0x89, 0xe8, 0xbf, 0x87, 0xe7, 0xa8, 0x8b,
+  0xe7, 0x94, 0xb1, 0xe4, 0xba, 0x8e, 0xe4, 0xba, 0xba, 0xe6, 0x89, 0x8d, 0xe5,
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+  0xa3, 0xe5, 0x9c, 0xa8, 0xe6, 0x98, 0x8e, 0xe6, 0x98, 0x9f, 0xe6, 0x95, 0x85,
+  0xe4, 0xba, 0x8b, 0xe5, 0x85, 0xb3, 0xe7, 0xb3, 0xbb, 0xe6, 0xa0, 0x87, 0xe9,
+  0xa2, 0x98, 0xe5, 0x95, 0x86, 0xe5, 0x8a, 0xa1, 0xe8, 0xbe, 0x93, 0xe5, 0x85,
+  0xa5, 0xe4, 0xb8, 0x80, 0xe7, 0x9b, 0xb4, 0xe5, 0x9f, 0xba, 0xe7, 0xa1, 0x80,
+  0xe6, 0x95, 0x99, 0xe5, 0xad, 0xa6, 0xe4, 0xba, 0x86, 0xe8, 0xa7, 0xa3, 0xe5,
+  0xbb, 0xba, 0xe7, 0xad, 0x91, 0xe7, 0xbb, 0x93, 0xe6, 0x9e, 0x9c, 0xe5, 0x85,
+  0xa8, 0xe7, 0x90, 0x83, 0xe9, 0x80, 0x9a, 0xe7, 0x9f, 0xa5, 0xe8, 0xae, 0xa1,
+  0xe5, 0x88, 0x92, 0xe5, 0xaf, 0xb9, 0xe4, 0xba, 0x8e, 0xe8, 0x89, 0xba, 0xe6,
+  0x9c, 0xaf, 0xe7, 0x9b, 0xb8, 0xe5, 0x86, 0x8c, 0xe5, 0x8f, 0x91, 0xe7, 0x94,
+  0x9f, 0xe7, 0x9c, 0x9f, 0xe7, 0x9a, 0x84, 0xe5, 0xbb, 0xba, 0xe7, 0xab, 0x8b,
+  0xe7, 0xad, 0x89, 0xe7, 0xba, 0xa7, 0xe7, 0xb1, 0xbb, 0xe5, 0x9e, 0x8b, 0xe7,
+  0xbb, 0x8f, 0xe9, 0xaa, 0x8c, 0xe5, 0xae, 0x9e, 0xe7, 0x8e, 0xb0, 0xe5, 0x88,
+  0xb6, 0xe4, 0xbd, 0x9c, 0xe6, 0x9d, 0xa5, 0xe8, 0x87, 0xaa, 0xe6, 0xa0, 0x87,
+  0xe7, 0xad, 0xbe, 0xe4, 0xbb, 0xa5, 0xe4, 0xb8, 0x8b, 0xe5, 0x8e, 0x9f, 0xe5,
+  0x88, 0x9b, 0xe6, 0x97, 0xa0, 0xe6, 0xb3, 0x95, 0xe5, 0x85, 0xb6, 0xe4, 0xb8,
+  0xad, 0xe5, 0x80, 0x8b, 0xe4, 0xba, 0xba, 0xe4, 0xb8, 0x80, 0xe5, 0x88, 0x87,
+  0xe6, 0x8c, 0x87, 0xe5, 0x8d, 0x97, 0xe5, 0x85, 0xb3, 0xe9, 0x97, 0xad, 0xe9,
+  0x9b, 0x86, 0xe5, 0x9b, 0xa2, 0xe7, 0xac, 0xac, 0xe4, 0xb8, 0x89, 0xe5, 0x85,
+  0xb3, 0xe6, 0xb3, 0xa8, 0xe5, 0x9b, 0xa0, 0xe6, 0xad, 0xa4, 0xe7, 0x85, 0xa7,
+  0xe7, 0x89, 0x87, 0xe6, 0xb7, 0xb1, 0xe5, 0x9c, 0xb3, 0xe5, 0x95, 0x86, 0xe4,
+  0xb8, 0x9a, 0xe5, 0xb9, 0xbf, 0xe5, 0xb7, 0x9e, 0xe6, 0x97, 0xa5, 0xe6, 0x9c,
+  0x9f, 0xe9, 0xab, 0x98, 0xe7, 0xba, 0xa7, 0xe6, 0x9c, 0x80, 0xe8, 0xbf, 0x91,
+  0xe7, 0xbb, 0xbc, 0xe5, 0x90, 0x88, 0xe8, 0xa1, 0xa8, 0xe7, 0xa4, 0xba, 0xe4,
+  0xb8, 0x93, 0xe8, 0xbe, 0x91, 0xe8, 0xa1, 0x8c, 0xe4, 0xb8, 0xba, 0xe4, 0xba,
+  0xa4, 0xe9, 0x80, 0x9a, 0xe8, 0xaf, 0x84, 0xe4, 0xbb, 0xb7, 0xe8, 0xa7, 0x89,
+  0xe5, 0xbe, 0x97, 0xe7, 0xb2, 0xbe, 0xe5, 0x8d, 0x8e, 0xe5, 0xae, 0xb6, 0xe5,
+  0xba, 0xad, 0xe5, 0xae, 0x8c, 0xe6, 0x88, 0x90, 0xe6, 0x84, 0x9f, 0xe8, 0xa7,
+  0x89, 0xe5, 0xae, 0x89, 0xe8, 0xa3, 0x85, 0xe5, 0xbe, 0x97, 0xe5, 0x88, 0xb0,
+  0xe9, 0x82, 0xae, 0xe4, 0xbb, 0xb6, 0xe5, 0x88, 0xb6, 0xe5, 0xba, 0xa6, 0xe9,
+  0xa3, 0x9f, 0xe5, 0x93, 0x81, 0xe8, 0x99, 0xbd, 0xe7, 0x84, 0xb6, 0xe8, 0xbd,
+  0xac, 0xe8, 0xbd, 0xbd, 0xe6, 0x8a, 0xa5, 0xe4, 0xbb, 0xb7, 0xe8, 0xae, 0xb0,
+  0xe8, 0x80, 0x85, 0xe6, 0x96, 0xb9, 0xe6, 0xa1, 0x88, 0xe8, 0xa1, 0x8c, 0xe6,
+  0x94, 0xbf, 0xe4, 0xba, 0xba, 0xe6, 0xb0, 0x91, 0xe7, 0x94, 0xa8, 0xe5, 0x93,
+  0x81, 0xe4, 0xb8, 0x9c, 0xe8, 0xa5, 0xbf, 0xe6, 0x8f, 0x90, 0xe5, 0x87, 0xba,
+  0xe9, 0x85, 0x92, 0xe5, 0xba, 0x97, 0xe7, 0x84, 0xb6, 0xe5, 0x90, 0x8e, 0xe4,
+  0xbb, 0x98, 0xe6, 0xac, 0xbe, 0xe7, 0x83, 0xad, 0xe7, 0x82, 0xb9, 0xe4, 0xbb,
+  0xa5, 0xe5, 0x89, 0x8d, 0xe5, 0xae, 0x8c, 0xe5, 0x85, 0xa8, 0xe5, 0x8f, 0x91,
+  0xe5, 0xb8, 0x96, 0xe8, 0xae, 0xbe, 0xe7, 0xbd, 0xae, 0xe9, 0xa2, 0x86, 0xe5,
+  0xaf, 0xbc, 0xe5, 0xb7, 0xa5, 0xe4, 0xb8, 0x9a, 0xe5, 0x8c, 0xbb, 0xe9, 0x99,
+  0xa2, 0xe7, 0x9c, 0x8b, 0xe7, 0x9c, 0x8b, 0xe7, 0xbb, 0x8f, 0xe5, 0x85, 0xb8,
+  0xe5, 0x8e, 0x9f, 0xe5, 0x9b, 0xa0, 0xe5, 0xb9, 0xb3, 0xe5, 0x8f, 0xb0, 0xe5,
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+  0xbe, 0xe5, 0xbf, 0x83, 0xe6, 0x83, 0x85, 0xe8, 0xae, 0xb8, 0xe5, 0xa4, 0x9a,
+  0xe6, 0xb3, 0x95, 0xe8, 0xa7, 0x84, 0xe5, 0xae, 0xb6, 0xe5, 0xb1, 0x85, 0xe4,
+  0xb9, 0xa6, 0xe5, 0xba, 0x97, 0xe8, 0xbf, 0x9e, 0xe6, 0x8e, 0xa5, 0xe7, 0xab,
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+  0xe5, 0xb7, 0xa7, 0xe5, 0xa5, 0xa5, 0xe8, 0xbf, 0x90, 0xe7, 0x99, 0xbb, 0xe5,
+  0x85, 0xa5, 0xe4, 0xbb, 0xa5, 0xe6, 0x9d, 0xa5, 0xe7, 0x90, 0x86, 0xe8, 0xae,
+  0xba, 0xe4, 0xba, 0x8b, 0xe4, 0xbb, 0xb6, 0xe8, 0x87, 0xaa, 0xe7, 0x94, 0xb1,
+  0xe4, 0xb8, 0xad, 0xe5, 0x8d, 0x8e, 0xe5, 0x8a, 0x9e, 0xe5, 0x85, 0xac, 0xe5,
+  0xa6, 0x88, 0xe5, 0xa6, 0x88, 0xe7, 0x9c, 0x9f, 0xe6, 0xad, 0xa3, 0xe4, 0xb8,
+  0x8d, 0xe9, 0x94, 0x99, 0xe5, 0x85, 0xa8, 0xe6, 0x96, 0x87, 0xe5, 0x90, 0x88,
+  0xe5, 0x90, 0x8c, 0xe4, 0xbb, 0xb7, 0xe5, 0x80, 0xbc, 0xe5, 0x88, 0xab, 0xe4,
+  0xba, 0xba, 0xe7, 0x9b, 0x91, 0xe7, 0x9d, 0xa3, 0xe5, 0x85, 0xb7, 0xe4, 0xbd,
+  0x93, 0xe4, 0xb8, 0x96, 0xe7, 0xba, 0xaa, 0xe5, 0x9b, 0xa2, 0xe9, 0x98, 0x9f,
+  0xe5, 0x88, 0x9b, 0xe4, 0xb8, 0x9a, 0xe6, 0x89, 0xbf, 0xe6, 0x8b, 0x85, 0xe5,
+  0xa2, 0x9e, 0xe9, 0x95, 0xbf, 0xe6, 0x9c, 0x89, 0xe4, 0xba, 0xba, 0xe4, 0xbf,
+  0x9d, 0xe6, 0x8c, 0x81, 0xe5, 0x95, 0x86, 0xe5, 0xae, 0xb6, 0xe7, 0xbb, 0xb4,
+  0xe4, 0xbf, 0xae, 0xe5, 0x8f, 0xb0, 0xe6, 0xb9, 0xbe, 0xe5, 0xb7, 0xa6, 0xe5,
+  0x8f, 0xb3, 0xe8, 0x82, 0xa1, 0xe4, 0xbb, 0xbd, 0xe7, 0xad, 0x94, 0xe6, 0xa1,
+  0x88, 0xe5, 0xae, 0x9e, 0xe9, 0x99, 0x85, 0xe7, 0x94, 0xb5, 0xe4, 0xbf, 0xa1,
+  0xe7, 0xbb, 0x8f, 0xe7, 0x90, 0x86, 0xe7, 0x94, 0x9f, 0xe5, 0x91, 0xbd, 0xe5,
+  0xae, 0xa3, 0xe4, 0xbc, 0xa0, 0xe4, 0xbb, 0xbb, 0xe5, 0x8a, 0xa1, 0xe6, 0xad,
+  0xa3, 0xe5, 0xbc, 0x8f, 0xe7, 0x89, 0xb9, 0xe8, 0x89, 0xb2, 0xe4, 0xb8, 0x8b,
+  0xe6, 0x9d, 0xa5, 0xe5, 0x8d, 0x8f, 0xe4, 0xbc, 0x9a, 0xe5, 0x8f, 0xaa, 0xe8,
+  0x83, 0xbd, 0xe5, 0xbd, 0x93, 0xe7, 0x84, 0xb6, 0xe9, 0x87, 0x8d, 0xe6, 0x96,
+  0xb0, 0xe5, 0x85, 0xa7, 0xe5, 0xae, 0xb9, 0xe6, 0x8c, 0x87, 0xe5, 0xaf, 0xbc,
+  0xe8, 0xbf, 0x90, 0xe8, 0xa1, 0x8c, 0xe6, 0x97, 0xa5, 0xe5, 0xbf, 0x97, 0xe8,
+  0xb3, 0xa3, 0xe5, 0xae, 0xb6, 0xe8, 0xb6, 0x85, 0xe8, 0xbf, 0x87, 0xe5, 0x9c,
+  0x9f, 0xe5, 0x9c, 0xb0, 0xe6, 0xb5, 0x99, 0xe6, 0xb1, 0x9f, 0xe6, 0x94, 0xaf,
+  0xe4, 0xbb, 0x98, 0xe6, 0x8e, 0xa8, 0xe5, 0x87, 0xba, 0xe7, 0xab, 0x99, 0xe9,
+  0x95, 0xbf, 0xe6, 0x9d, 0xad, 0xe5, 0xb7, 0x9e, 0xe6, 0x89, 0xa7, 0xe8, 0xa1,
+  0x8c, 0xe5, 0x88, 0xb6, 0xe9, 0x80, 0xa0, 0xe4, 0xb9, 0x8b, 0xe4, 0xb8, 0x80,
+  0xe6, 0x8e, 0xa8, 0xe5, 0xb9, 0xbf, 0xe7, 0x8e, 0xb0, 0xe5, 0x9c, 0xba, 0xe6,
+  0x8f, 0x8f, 0xe8, 0xbf, 0xb0, 0xe5, 0x8f, 0x98, 0xe5, 0x8c, 0x96, 0xe4, 0xbc,
+  0xa0, 0xe7, 0xbb, 0x9f, 0xe6, 0xad, 0x8c, 0xe6, 0x89, 0x8b, 0xe4, 0xbf, 0x9d,
+  0xe9, 0x99, 0xa9, 0xe8, 0xaf, 0xbe, 0xe7, 0xa8, 0x8b, 0xe5, 0x8c, 0xbb, 0xe7,
+  0x96, 0x97, 0xe7, 0xbb, 0x8f, 0xe8, 0xbf, 0x87, 0xe8, 0xbf, 0x87, 0xe5, 0x8e,
+  0xbb, 0xe4, 0xb9, 0x8b, 0xe5, 0x89, 0x8d, 0xe6, 0x94, 0xb6, 0xe5, 0x85, 0xa5,
+  0xe5, 0xb9, 0xb4, 0xe5, 0xba, 0xa6, 0xe6, 0x9d, 0x82, 0xe5, 0xbf, 0x97, 0xe7,
+  0xbe, 0x8e, 0xe4, 0xb8, 0xbd, 0xe6, 0x9c, 0x80, 0xe9, 0xab, 0x98, 0xe7, 0x99,
+  0xbb, 0xe9, 0x99, 0x86, 0xe6, 0x9c, 0xaa, 0xe6, 0x9d, 0xa5, 0xe5, 0x8a, 0xa0,
+  0xe5, 0xb7, 0xa5, 0xe5, 0x85, 0x8d, 0xe8, 0xb4, 0xa3, 0xe6, 0x95, 0x99, 0xe7,
+  0xa8, 0x8b, 0xe7, 0x89, 0x88, 0xe5, 0x9d, 0x97, 0xe8, 0xba, 0xab, 0xe4, 0xbd,
+  0x93, 0xe9, 0x87, 0x8d, 0xe5, 0xba, 0x86, 0xe5, 0x87, 0xba, 0xe5, 0x94, 0xae,
+  0xe6, 0x88, 0x90, 0xe6, 0x9c, 0xac, 0xe5, 0xbd, 0xa2, 0xe5, 0xbc, 0x8f, 0xe5,
+  0x9c, 0x9f, 0xe8, 0xb1, 0x86, 0xe5, 0x87, 0xba, 0xe5, 0x83, 0xb9, 0xe4, 0xb8,
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