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 # Memtables
![Chapter Overview](./lsm-tutorial/week1-01-overview.svg) ![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 # Merge Iterator
![Chapter Overview](./lsm-tutorial/week1-02-overview.svg) ![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 # Block
![Chapter Overview](./lsm-tutorial/week1-03-overview.svg) ![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) # 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 # Read Path
![Chapter Overview](./lsm-tutorial/week1-05-overview.svg) ![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 # 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) ![Chapter Overview](./lsm-tutorial/week1-07-overview.svg)
at the end of each week, we will have some easy, not important, while interesting things 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 # Compaction Implementation
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg) ![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 # Simple Compaction Strategy
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg) ![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 # Tiered Compaction Strategy
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg) ![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 # Leveled Compaction Strategy
![Chapter Overview](./lsm-tutorial/week2-01-overview.svg) ![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 # Manifest
![Chapter Overview](./lsm-tutorial/week2-05-overview.svg) ![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) # Write-Ahead Log (WAL)
![Chapter Overview](./lsm-tutorial/week2-06-overview.svg) ![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.