Designing Data-Intensive Applications

Index

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• aborts (transactions), Transactions, Atomicity
  • in two-phase commit, Introduction to two-phase commit
  • performance of optimistic concurrency control, Performance of serializable snapshot isolation
  • retrying aborted transactions, Handling errors and aborts
• abstraction, Simplicity: Managing Complexity, Data Models and Query Languages, Transactions, Summary, Consistency and Consensus
• access path (in network model), The network model, The SPARQL query language
• accidental complexity, removing, Simplicity: Managing Complexity
• accountability, Responsibility and accountability
• ACID properties (transactions), Transaction Processing or Analytics?, The Meaning of ACID
  • atomicity, Atomicity, Single-Object and Multi-Object Operations
  • consistency, Consistency, Maintaining integrity in the face of software bugs
  • durability, Durability
  • isolation, Isolation, Single-Object and Multi-Object Operations
• acknowledgements (messaging), Acknowledgments and redelivery
• active/active replication (see multi-leader replication)
• active/passive replication (see leader-based replication)
• ActiveMQ (messaging), Message brokers, Message brokers compared to databases
  • distributed transaction support, XA transactions
• ActiveRecord (object-relational mapper), The Object-Relational Mismatch, Handling errors and aborts
• actor model, Distributed actor frameworks
  • (see also message-passing)
  • comparison to Pregel model, The Pregel processing model
  • comparison to stream processing, Message passing and RPC
• Advanced Message Queuing Protocol (see AMQP) ...