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Tarantool
In-memory computing platform
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Enterprise data services with ease
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Cluster Management for Tarantool
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Distributed in‑memory message queuing system
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NoSQL DBMS
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RESP endpoint
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Cross data center replication (xDCR) module
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Version:
latest
Fibers
Introduction
Event library
Thread model
Fibers engine overview
Fiber’s scheduling
Fiber exit
Fiber yield
Fiber wakeup
Replication
Introduction
Replication in 1.10 series
Code flow
Bootstrap first replica
Bootstrap from a cluster leader
Continue bootstrap
Applier lifecycle
Replication in 2.x series
Bootstrap first replica
Bootstrap from a cluster leader
Applier lifecycle
Relay
Introduction
Relay start up
Relay lifecycle
Relay Raft
Qsync
Introduction
How Raft works in general
Synchronous replication of the journal
Limbo
Master initiates transaction
Replica receives transaction
Master receives ACK
Master finishes write
Master write finished early
Rollback
Implementation of election process
Raft structure
election_mode = OFF
election_mode = CANDIDATE
election_mode = MANUAL
PreVote
Fencing
Split-Brain detection
Split-Vote detection
Write-ahead logging
Journal subsystem
WAL thread
Write data to WAL
Transactions processing
Transactions processing in 1.x series
Transactions processing in 2.x series
WAL file binary format
General overview
Meta information block
Data blocks (xrows)
Memory management
Introduction
Arena
Arena definition
Arena methods
Slab cache
Slab & slab cache definition
Slab cache methods
Mempool
MSlab & mempool definitions
Mempool methods
Small
Small allocator definitions
Small methods
Small class
Small class definition
Small class methods
Interim conclusion
Matras
Implementation
Address translation
Versioning
Matras definition
Matras methods
Cbus (Communication bus)
Introduction
General overview
Endpoints
Cpipes (communication pipes)
Event loop and messages
Ports
Introduction
General overview
Interface
Taxonomy of ports
Dataflow with ports
Complete code walkthrough example
Tarantool internals
Tarantool internals
Fibers
Introduction
Event library
Thread model
Fibers engine overview
Fiber’s scheduling
Replication
Introduction
Replication in 1.10 series
Replication in 2.x series
Relay
Introduction
Relay start up
Relay lifecycle
Relay Raft
Qsync
Introduction
How Raft works in general
Synchronous replication of the journal
Implementation of election process
Write-ahead logging
Journal subsystem
WAL thread
Transactions processing
WAL file binary format
General overview
Meta information block
Data blocks (xrows)
Memory management
Introduction
Arena
Slab cache
Mempool
Small
Interim conclusion
Matras
Cbus (Communication bus)
Introduction
General overview
Endpoints
Cpipes (communication pipes)
Event loop and messages
Ports
Introduction
General overview
Interface
Taxonomy of ports
Dataflow with ports
Complete code walkthrough example
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Fibers
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