#Lzip vs xz vs lzop full

The socket is always used as full duplex, then it's compression + decompression memory. Time /home/user/lz4-read-only/lz4demo64 -c0 linux-3.3.tar linux-3.3.tar.lz4 du -ksh linux-3.3.tar* ls -l linux-3.3.tar* read PAUSe time /home/user/lz4-read-only/lz4demo64 -d linux-3.3.tar.lz4 linux-3.3.tar rm linux-3.3.tar.* Time xz -e -1 linux-3.3.tar du -ksh linux-3.3.tar* ls -l linux-3.3.tar* read PAUSe time unxz linux-3.3.tar* Time xz -1 linux-3.3.tar du -ksh linux-3.3.tar* ls -l linux-3.3.tar* read PAUSe time unxz linux-3.3.tar* Time lzma -e -1 linux-3.3.tar du -ksh linux-3.3.tar* ls -l linux-3.3.tar* read PAUSe time unlzma linux-3.3.tar* Time lzma -1 linux-3.3.tar du -ksh linux-3.3.tar* ls -l linux-3.3.tar* read PAUSe time unlzma linux-3.3.tar* Time bzip2 -1 linux-3.3.tar du -ksh linux-3.3.tar* ls -l linux-3.3.tar* time bunzip2 linux-3.3.tar.bz2 Time gzip -1 linux-3.3.tar du -ksh linux-3.3.tar* ls -l linux-3.3.tar* time gunzip linux-3.3.tar* Note: lz4 it's the program using this size, the code for internal lz4 use very less memory Gzip -1 vs lz4 -1 on ARM: lz4 3.6x more fast Gzip -1 vs lz4 -1 on x86: lz4 6.2x more fast Note: The first column with numbers 1.9 indicates the compression setting passed to gzip, bzip2 and lzmash (e.g. Source of the kernel to test source compressionĬFLAGS: -pipe -O2 -g -floop-block -floop-interchange -fgraphite