同等环境下，对于传输内容的压缩处理，对于TPS有倍数上的提升效率。

1. 序列化前后对于传输内容的压缩和解压缩
2. 基于业务类型来选择使用，业务类型按如下分类
   1. 强CPU
   2. 强IO
3. 核心代码如下

1. 压缩类型：
       QUICK_LZ_COMPRESSOR("quickLzCompressor"),
       SNAPPY_COMPRESSOR("snappyCompressor");
   

   public class CompressorExecutor {
       public static byte[] compress(byte[] bytes) {
           return compress(bytes, CompressorFactory.getCompressorType());
       }
   
       public static byte[] decompress(byte[] bytes) {
           return decompress(bytes, CompressorFactory.getCompressorType());
       }
   
       public static byte[] compress(byte[] bytes, CompressorType type) {
           if (type == CompressorType.QUICK_LZ_COMPRESSOR) {
               return QuickLz.compress(bytes, 1);
           } else if (type == CompressorType.SNAPPY_COMPRESSOR) {
               try {
                   return Snappy.compress(bytes);
               } catch (IOException e) {
                   throw new CompressorException(e);
               }
           } else {
               throw new CompressorException("Invalid compressor type : " + type);
           }
       }
   
       public static byte[] decompress(byte[] bytes, CompressorType type) {
           if (type == CompressorType.QUICK_LZ_COMPRESSOR) {
               return QuickLz.decompress(bytes);
           } else if (type == CompressorType.SNAPPY_COMPRESSOR) {
               try {
                   return Snappy.uncompress(bytes);
               } catch (IOException e) {
                   throw new CompressorException(e);
               }
           } else {
               throw new CompressorException("Invalid compressor type : " + type);
           }
       }