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drone-packer/vendor/github.com/rs/zerolog/internal/cbor
Bo-Yi Wu df93db3d28
refactor: replace sirupsen with zerolog 		6 years ago
..
README.md refactor: replace sirupsen with zerolog 6 years ago
base.go refactor: replace sirupsen with zerolog 6 years ago
cbor.go refactor: replace sirupsen with zerolog 6 years ago
decode_stream.go refactor: replace sirupsen with zerolog 6 years ago
string.go refactor: replace sirupsen with zerolog 6 years ago
time.go refactor: replace sirupsen with zerolog 6 years ago
types.go refactor: replace sirupsen with zerolog 6 years ago

README.md

Reference:

CBOR Encoding is described in RFC7049

Comparison of JSON vs CBOR

Two main areas of reduction are:

  1. CPU usage to write a log msg
  2. Size (in bytes) of log messages.

CPU Usage savings are below:

name                                    JSON time/op    CBOR time/op   delta
Info-32                                   15.3ns ± 1%    11.7ns ± 3%  -23.78%  (p=0.000 n=9+10)      
ContextFields-32                          16.2ns ± 2%    12.3ns ± 3%  -23.97%  (p=0.000 n=9+9)       
ContextAppend-32                          6.70ns ± 0%    6.20ns ± 0%   -7.44%  (p=0.000 n=9+9)       
LogFields-32                              66.4ns ± 0%    24.6ns ± 2%  -62.89%  (p=0.000 n=10+9)      
LogArrayObject-32                          911ns ±11%     768ns ± 6%  -15.64%  (p=0.000 n=10+10)     
LogFieldType/Floats-32                    70.3ns ± 2%    29.5ns ± 1%  -57.98%  (p=0.000 n=10+10)     
LogFieldType/Err-32                       14.0ns ± 3%    12.1ns ± 8%  -13.20%  (p=0.000 n=8+10)      
LogFieldType/Dur-32                       17.2ns ± 2%    13.1ns ± 1%  -24.27%  (p=0.000 n=10+9)      
LogFieldType/Object-32                    54.3ns ±11%    52.3ns ± 7%     ~     (p=0.239 n=10+10)     
LogFieldType/Ints-32                      20.3ns ± 2%    15.1ns ± 2%  -25.50%  (p=0.000 n=9+10)      
LogFieldType/Interfaces-32                 642ns ±11%     621ns ± 9%     ~     (p=0.118 n=10+10)     
LogFieldType/Interface(Objects)-32         635ns ±13%     632ns ± 9%     ~     (p=0.592 n=10+10)     
LogFieldType/Times-32                      294ns ± 0%      27ns ± 1%  -90.71%  (p=0.000 n=10+9)      
LogFieldType/Durs-32                       121ns ± 0%      33ns ± 2%  -72.44%  (p=0.000 n=9+9)       
LogFieldType/Interface(Object)-32         56.6ns ± 8%    52.3ns ± 8%   -7.54%  (p=0.007 n=10+10)     
LogFieldType/Errs-32                      17.8ns ± 3%    16.1ns ± 2%   -9.71%  (p=0.000 n=10+9)      
LogFieldType/Time-32                      40.5ns ± 1%    12.7ns ± 6%  -68.66%  (p=0.000 n=8+9)       
LogFieldType/Bool-32                      12.0ns ± 5%    10.2ns ± 2%  -15.18%  (p=0.000 n=10+8)      
LogFieldType/Bools-32                     17.2ns ± 2%    12.6ns ± 4%  -26.63%  (p=0.000 n=10+10)     
LogFieldType/Int-32                       12.3ns ± 2%    11.2ns ± 4%   -9.27%  (p=0.000 n=9+10)      
LogFieldType/Float-32                     16.7ns ± 1%    12.6ns ± 2%  -24.42%  (p=0.000 n=7+9)       
LogFieldType/Str-32                       12.7ns ± 7%    11.3ns ± 7%  -10.88%  (p=0.000 n=10+9)      
LogFieldType/Strs-32                      20.3ns ± 3%    18.2ns ± 3%  -10.25%  (p=0.000 n=9+10)      
LogFieldType/Interface-32                  183ns ±12%     175ns ± 9%     ~     (p=0.078 n=10+10)

Log message size savings is greatly dependent on the number and type of fields in the log message. Assuming this log message (with an Integer, timestamp and string, in addition to level).

{"level":"error","Fault":41650,"time":"2018-04-01T15:18:19-07:00","message":"Some Message"}

Two measurements were done for the log file sizes - one without any compression, second using compress/zlib.

Results for 10,000 log messages:

Log Format Plain File Size (in KB) Compressed File Size (in KB)
JSON 920 28
CBOR 550 28

The example used to calculate the above data is available in Examples.