Merge "Address the warnings in recovery code"

        used_src_ranges.Insert(src_ranges);

        split_src_ranges->push_back(std::move(src_ranges));

      }

      src_ranges.Clear();

      src_ranges = {};

      // We don't have enough space for the current chunk; start a new split image and handle

      // this chunk there.

  }

  ZipModeImage split_tgt_image(false);

  split_tgt_image.Initialize(std::move(aligned_tgt_chunks), {});

  split_tgt_image.Initialize(aligned_tgt_chunks, {});

  split_tgt_image.MergeAdjacentNormalChunks();

  // Construct the dummy source file based on the src_ranges.

  CHECK(!src_content.empty());

  ZipModeImage split_src_image(true);

  split_src_image.Initialize(split_src_chunks, std::move(src_content));

  split_src_image.Initialize(split_src_chunks, src_content);

  split_tgt_images->push_back(std::move(split_tgt_image));

  split_src_images->push_back(std::move(split_src_image));

    BLOB = 2,

  };

  Value(Type type, const std::string& str) : type(type), data(str) {}

  Value(Type type, std::string str) : type(type), data(std::move(str)) {}

  Type type;

  std::string data;

      : type_(type),

        index_(index),

        cmdline_(std::move(cmdline)),

        patch_(std::move(patch)),

        patch_(patch),

        target_(std::move(target)),

        source_(std::move(source)),

        stash_(std::move(stash)) {}