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The cache dictionary have some unexpected behavior.
From the documentation it seems it's work as a lfu ["These cells contain frequently used elements."](https://clickhouse.com/docs/en/sql-reference/d…
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Currently, Moka cache [uses TinyLFU](https://github.com/moka-rs/moka/wiki#admission-and-eviction-policies) as the admission/eviction policies (with a small buffer in front of the LFU filter). While it…
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I've a need to get/set values from an LFU cache directly, rather than as a function decorator. The need is as such:
```python
def slow_function(*args, **kwargs)
cache = choose_cache_out_of_ma…
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Currently, we parse the source code using a parser library and then we walk the AST and produce gno nodes.
We should investigate if it is possible to avoid this.
Ideally, we should create gno nodes …
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Issue created from https://github.com/TurnerSoftware/CacheTower/issues/53#issuecomment-628631354
Currently the only eviction strategy is one of absolute time. If there was a method to define a "siz…
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In high throughput use cases, the latency of rest calls may well become a pipeline bottleneck. It would be valuable to deploy a caching layer to enable speedy access to common lookups.
The cache sho…
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Does this will not increase memory usage of the application in which easy_pil is used ?
I h…
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# 缓存淘汰算法 | Go 语言编程之旅
5.2 缓存淘汰算法 本书讨论的缓存，是指存放在内存的。那么容量一般是有限的，因为内存是有限的。因此，当缓存容量超过一定限制时，应该移除一条或多条数据。那应该移除谁呢？答案是尽可能移除“无用”数据。那怎么判断数据是否“无用”？这就涉及到缓存淘汰算法。
常用的缓存淘汰算法有：
FIFO（先进先出） LFU（最少使用） LRU（最近最少使用） 本节讲解具…
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As of `v0.12.4`, Moka supports only the TinyLFU cache policy. However, there are some requests and plans to support other cache policies. I am going to implement the LRU policy without refactoring the…
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Now, @Liangshumin has a prototype to use cache look-up to speed up Drain significantly. I changed the lookup to after masking since
- I intend to ingest raw log, and the raw log has unique timestam…