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Start Learning Terracotta |
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Quick Overview
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Short Demo that demonstrates the Terracotta technology. |
Introduction to Terracotta
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| | An overview of what Terracotta is. |
| | An overview of the Terracotta architecture and how it works. |
| | An overview of how Terracotta scales. |
Use cases for Terracotta
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| | Using Terracotta for distributed caches. |
| | Using Terracotta and Hibernate. |
| | Using Terracotta to cluster HTTP sessions. |
| | Using the Terracotta virtual heap to handle large datasets that don't fit into physical memory. |
| | Using Terracotta to cluster existing open source frameworks. |
| | Using Terracotta to implement a distributed master-worker architecture. |
| | Use Terracotta to cluster plain-old Java objects. |
Terracotta Case Studies
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| | Eliminating Database Overload at an Online Testing Application in Publishing |
| | Avoiding Network Overload at an Internet Portal in Online Media |
| | Providing High Availability to an Online Gaming Site |
Terracotta Articles and Whitepapers
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| | This article provides a quick deep-dive into Terracotta including example code that shows Terracotta in action. |
| | This paper highlights Terracotta DSO features and demonstrates how it can be used to easily cluster a any Java application. |
| | This paper describes how Terracotta lets you scale out your application tier while relieving database load and avoiding costly database updates. |
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| | This paper measures scalability of the Terracotta Sessions products versus Tomcat's (simple TcpCluster) mechanism using the JPetstore application. |
| | Terracotta HTTP Session Clustering vs. BEA WebLogic 8.1 HTTP Session Clustering |
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| | Terracotta used as a cache vs. JBoss Tree Cache with scalability comparisons |
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