update toc for v2

Signed-off-by: Alex Chi <iskyzh@gmail.com>
This commit is contained in:
Alex Chi
2024-01-20 11:55:10 +08:00
parent 36b78a0a88
commit b762a41506
13 changed files with 101 additions and 2 deletions

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# Memtables
![Chapter Overview](./lsm-tutorial/week1-01-overview.svg)
In this chapter, you will:
* Implement memtables based on skiplists.
* Implement freezing memtable logic.
* Implement LSM read path `get` for memtables.
## Task 1: SkipList Memtable
## Task 2: Write Path - Freezing a Memtable
## Task 3: Read Path - Get

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# Merge Iterator
![Chapter Overview](./lsm-tutorial/week1-02-overview.svg)
In this chapter, you will:
* Implement memtable iterator.
* Implement merge iterator.
* Implement LSM read path `scan` for memtables.
## Task 1: Memtable Iterator
## Task 2: Merge Iterator
## Task 3: Read Path - Scan

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# Block
![Chapter Overview](./lsm-tutorial/week1-03-overview.svg)
In this chapter, you will:
* Implement SST block encoding.
* Implement SST block decoding and block iterator.
## Task 1: Block Builder
## Task 2: Block Iterator

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# Sorted String Table (SST)
![Chapter Overview](./lsm-tutorial/week1-04-overview.svg)
![Chapter Overview](./lsm-tutorial/week1-04-overview.svg)
In this chapter, you will:
* Implement SST encoding and metadata encoding.
* Implement SST decoding and iterator.
## Task 1: SST Builder
## Task 2: SST Iterator

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# Read Path
![Chapter Overview](./lsm-tutorial/week1-05-overview.svg)
In this chapter, you will:
* Integrate SST into the LSM read path.
* Implement LSM read path `get` with SSTs.
* Implement LSM read path `scan` with SSTs.
## Task 1: Two Merge Iterator
## Task 2: Read Path - Get
## Task 3: Read Path - Scan

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# Write Path
![Chapter Overview](./lsm-tutorial/week1-05-overview.svg)
![Chapter Overview](./lsm-tutorial/week1-05-overview.svg)
In this chapter, you will:
* Implement the LSM write path with L0 flush.
* Implement the logic to correctly update the LSM state.
## Task 1: Flush Memtable to SST
## Task 2: Update the LSM State

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![Chapter Overview](./lsm-tutorial/week1-07-overview.svg)
at the end of each week, we will have some easy, not important, while interesting things
In this chapter, you will:
* Implement bloom filter on SSTs and integrate into the LSM read path `get`.
* Implement key compression in SST block format.

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# Compaction Implementation
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg)
In this chapter, you will:
* Implement the compaction logic that combines some files and produces new files.
* Implement the logic to update the LSM states and manage SST files on the filesystem.
* Update LSM read path to incorporate the LSM levels.

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# Simple Compaction Strategy
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg)
In this chapter, you will:
* Implement a simple leveled compaction strategy and simulate it on the compaction simulator.
* Start compaction as a background task and implement a compaction trigger in the system.

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# Tiered Compaction Strategy
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg)
In this chapter, you will:
* Implement a tiered compaction strategy and simulate it on the compaction simulator.
* Incorporate tiered compaction strategy into the system.

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# Leveled Compaction Strategy
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg)
In this chapter, you will:
* Implement a leveled compaction strategy and simulate it on the compaction simulator.
* Incorporate leveled compaction strategy into the system.

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# Manifest
![Chapter Overview](./lsm-tutorial/week2-05-overview.svg)
In this chapter, you will:
* Implement encoding and decoding of the manifest file.
* Recover from the manifest when the system restarts.

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# Write-Ahead Log (WAL)
![Chapter Overview](./lsm-tutorial/week2-06-overview.svg)
In this chapter, you will:
* Implement encoding and decoding of the write-ahead log file.
* Recover memtables from the WALs when the system restarts.