wget http://blog.s135.com/soft/linux/webbench/webbench-1.5.tar.gz
tar zxvf webbench-1.5.tar.gz
cd webbench-1.5
make && make install
webbench --help
| # Optimized for writes, sort on read | |
| # LVC | |
| redis.hset("bonds|1", "bid_price", 96.01) | |
| redis.hset("bonds|1", "ask_price", 97.53) | |
| redis.hset("bonds|2", "bid_price", 95.50) | |
| redis.hset("bonds|2", "ask_price", 98.25) | |
| redis.sadd("bond_ids", 1) | |
| redis.sadd("bond_ids", 2) |
First: this here is the unofficial FAQ, only containing things that come up by users in the IRC channel #redis on Freenode. There's also a more official FAQ. This document is also available on my site.
Maybe. To better help please give the following info:
redis-cli INFOredis-cli CONFIG GET '*'| [{ "Note": "The first two digits (ranging from 10–43) correspond to the province, while the last two digits correspond either to the city/delivery zone (range 01–50) or to the district/delivery zone (range 51–99). Afghanistan Postal code lookup", "Country": "Afghanistan", "ISO": "AF", "Format": "NNNN", "Regex": "^\\d{4}$" }, { "Note": "With Finland, first two numbers are 22.", "Country": "Åland Islands", "ISO": "AX", "Format": "NNNNN", "Regex": "^\\d{5}$" }, { "Note": "Introduced in 2006, gradually implemented throughout 2007.", "Country": "Albania", "ISO": "AL", "Format": "NNNN", "Regex": "^\\d{4}$" }, { "Note": "First two as in ISO 3166-2:DZ", "Country": "Algeria", "ISO": "DZ", "Format": "NNNNN", "Regex": "^\\d{5}$" }, { "Note": "U.S. ZIP codes (range 96799)", "Country": "American Samoa", "ISO": "AS", "Format": "NNNNN (optionally NNNNN-NNNN or NNNNN-NNNNNN)", "Regex": "^\\d{5}(-{1}\\d{4,6})$" }, { "Note": |
| _hashCode java/lang/Object.hashCode()I | |
| _getClass java/lang/Object.getClass()Ljava/lang/Class; | |
| _clone java/lang/Object.clone()Ljava/lang/Object; | |
| _dabs java/lang/Math.abs(D)D | |
| _dsin java/lang/Math.sin(D)D | |
| _dcos java/lang/Math.cos(D)D | |
| _dtan java/lang/Math.tan(D)D | |
| _datan2 java/lang/Math.atan2(DD)D | |
| _dsqrt java/lang/Math.sqrt(D)D | |
| _dlog java/lang/Math.log(D)D |
| #!/usr/bin/env bash | |
| VERSION=4.0.1 | |
| SCRIPT=`basename "$0"` | |
| APPNAME="My App" | |
| APPICONS="/System/Library/CoreServices/CoreTypes.bundle/Contents/Resources/GenericApplicationIcon.icns" | |
| OSX_VERSION=`sw_vers -productVersion` | |
| PWD=`pwd` | |
| function usage { |
| # Let's add a few entries in our stream "mystream". Every entry in a stream is like | |
| # an hash, composed of fields and values, but every entry can have different fields. | |
| # XADD appends a new entry in a stream, and returns an unique ID which is guaranteed | |
| # be incrementing. | |
| # The first part of the ID is the millisecond unixtime during the | |
| # addition (or the time of the last entry in the stream, if greater than the current time). | |
| # The second part of an entry is a 64 bit counter for entries added in the same ms. | |
| 127.0.0.1:6379> XADD mystream name pamela nicknake kill-9 |
Versions history:
The Redis protocol has served us well in the past years, showing that, if carefully designed, a simple human readable protocol is not the bottleneck in the client server communication, and that the simplicity of the design is a major advantage in creating a healthy client libraries ecosystem.
Yet the Redis experience has shown that after about six years from its introduction (when it replaced the initial Redis protocol), the current RESP protocol could be improved, especially in order to make client implementations simpler and to support new features.