Super detailed tutorial from getting started to mastering Redis6

• Chapter1 Chapter One
• 1-1 Course Introduction
• 1-2 Introduction to database-introduction
• 1-3 Database Introduction-Features
• 1-4 Overview and installation
• 1-5 Relevant knowledge introduction
• 1-6 key operation
• 1-7 Common data types-string string (1)
• 1-8 Common data types-string string (2)
• 1-9 Common data types-List
• 1-10 Common data types-Set collection
• Chapter2 Chapter two
• 2-1 Common data types-Hash hash
• 2-2 Common data types-Zset ordered set
• 2-3 Configuration detailed file
• 2-4 publish and subscribe
• 2-5 New data type - Bitmaps
• 2-6 New data type -HyperLogLog
• 2-7 New data type - Geospatial
• 2-8 Jedis operation test
• 2-9 Jedis case-simulating verification code sending
• 2-10 SpringBoot integration
• 2-11 Transaction and lock mechanism-basic operations
• Chapter3 third chapter
• 3-1 Transaction and lock mechanism-transaction conflict
• 3-2 Transactions and Locking Mechanism-Demonstrates optimistic locking and transaction features
• 3-3 Transaction and lock mechanism - flash sale case - basic implementation
• 3-4 Transaction and lock mechanism - flash sale case - ab tool simulates concurrency
• 3-5 Transaction and lock mechanism - flash sale case - overselling and overtime problem solving
• 3-6 Transaction and Lock Mechanism - Flash Sale Case - Solving Inventory Legacy Issues
• 3-7 Persistence Operation-RDB (1)
• 3-8 Persistence Operation-RDB (2)
• 3-9 Persistence operation-AOF
• Chapter4 Chapter Four
• 4-1 Introduction to master-slave replication
• 4-2 Master-slave replication-build-master-slave
• 4-3 Master-slave replication-replication principle and one master and two slaves
• 4-4 Master-slave replication-passing on the fire from generation to generation and focusing on the guest
• 4-5 Master-Slave Replication-Sentinel Mode
• 4-6 Cluster-Introduction
• 4-7 Cluster-Build rdis cluster
• 4-8 Cluster - Cluster Operations and Failure Recovery
• 4-9 Cluster - Jedis development for clusters
• 4-10 Application problem solving-cache penetration
• Chapter5 chapter Five
• 5-1 Application problem solving-cache breakdown
• 5-2 Application problem solving-cache avalanche
• 5-3 Application problem solving-distributed lock (setting lock and expiration time)
• 5-4 Application problem solving - distributed lock (UUID prevents accidental deletion)
• 5-5 Application problem solving - distributed lock (LUA guarantees deletion atomicity)
• 5-6 New feature introduction
• 5-7 Course summary