Beyond relational database - Building high performance websites using Redis and PHP
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This document discusses using Redis and PHP for building high performance websites as an alternative to relational databases. Redis is presented as a fast key-value data store that supports advanced data structures like lists, sets, and sorted sets. Several PHP clients are described for interacting with Redis, including phpredis, Rediska, and Predis. The document suggests use cases for Redis like caching, logging, and messaging queues.
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Beyond relational database - Building high performance websites using Redis and PHP
- 1. Beyond relational database Building high performance websites using Redis and PHP Pham Cong Dinh Software Developer Vega Corporation
- 3. High performance web apps: new challenges
- 4. Redis: A data structure store
- 5. Introduction to some Redis's PHP clients
- 7. Consistency - Nothing in your transaction will violate the rules of the database. Integrity.
- 8. Isolation - Each transaction operates independently of every other transaction.
- 9. Durability - Once the database says that data is committed there is no opportunity for that to be undone. Relational database in our world Part 1
- 12. Soft state
- 15. Facebook
- 16. Wikipedia
- 17. Live Journal
- 24. Replication is hard: replication is single threaded: MySQL
- 26. Disk I/O
- 28. Global lock
- 29. Complicated data types High performance web apps: new challenges
- 31. E.x: Records inserted in 14h High performance web apps: new challenges mysql> select count(1) from setacc; +----------+ | count(1) | +----------+ | 3982438 | +----------+ 1 row in set (0.00 sec) mysql> select count(1) from setacc_del; +----------+ | count(1) | +----------+ | 4003793 | +----------+ 1 row in set (0.00 sec)
- 36. Graph databases High performance web apps: new challenges
- 38. One of the hottest technologies in 2009 (Github)
- 39. Network interface to language dependent client library: Python, Java, Ruby, Erlang, C# âŠ
- 40. Written in C, single process, single thread, event-based
- 42. Can be found at http://code.google.com/p/redis/ Part 3
- 47. Supports set of complicated data structure
- 48. Built-in replication REDIS: A data structure datastore
- 51. GET mykey
- 52. SETNX (atomic operation)
- 55. Think of an ordered list with the operations you would expect: appending , indexed access , and access to a range of values
- 58. LLEN mylistkey
- 59. LPOP mylistkey
- 60. RPOP mylistkey
- 61. More: LGET/LSET ... REDIS: A data structure datastore
- 63. SREM mysetkey member
- 65. ZREM key member
- 66. ZRANGE key start end REDIS: A data structure datastore
- 69. Logging
- 70. Cache
- 73. C extension
- 79. Full Zend Framework integration
- 80. Sample Redis PHP clients require_once 'Rediska/Key.php'; $key = new Rediska_Key('keyName'); // Set value $key->setValue('hello'); // Get value $key = new Rediska_Key('keyName'); $key->getValue(); #=> hello
- 82. PHP 5.3+ only
- 83. Support PHP 5.3 namespace and functor
- 84. Support multiple Redis instances and pipelining Redis PHP clients $redis = Predislient::create( array('host' => '10.0.0.1', 'port' => 6379), array('host' => '10.0.0.2', 'port' => 6379) ); $replies = $redis->pipeline(function($pipe) { for ($i = 0; $i < 1000; $i++) { $pipe->set("key:$i", str_pad($i, 4, '0', 0)); $pipe->get("key:$i"); } });
- 85. Any question? Pháș§n 5