API

# Basic Information

`Thoth` works with Deno KV.

Thoth prefixes all keys with `THOTH` to avoid conflicts with other services or functions.

Care should be taken to ensure that the keys used do not conflict.

For example, the following keys are stored.

	Thoth use keys
1	[ THOTH,ANALYSIS,01HTWMTZA6ZG96X04Q48FR81QF ]
2	[ THOTH,ANALYSIS_REVERSE,000001 ]
3	[ THOTH,GRAM_3,ABC,01HTWMTZA6ZG96X04Q48FR81QF ]
4	[ THOTH,GRAM_3_REVERSE,000001,ABC ]
5	[ THOTH,INPUT_ID,000001 ]
6	[ THOTH,RAW_INPUT,01HTWMTZA6ZG96X04Q48FR81QF ]

# The parsing process is unpredictable.

It takes time to parse the text, but this is not constant.The more input, the longer the parsing takes.

Therefore, `Thoth` provides a delayed process for parsing data as it is registered and for unregistering data.

Perform it however the developer prefers. (Deno Cron, upstash...)

I sincerely hope this will help you when you want that power.

# Create client

Function to create `Thoth client`.

createThothClient(kv: Deno.Kv, gram: number)

`gram` is the number of characters to use for n-gram.

import { createThothClient } from "jsr:@octo/thoth";

const kv = await Deno.openKv();
const thoth = createThothClient(kv, 3);

# Methods

thoth.register(rawData, originId)
thoth.register(rawData, originId, lazy)
thoth.analysis()
thoth.unregister(originId)
thoth.unregister(originId, lazy)
thoth.search(keyword)
thoth.flash()
thoth.unregisterTask()

# register

// Immediate analysis execution.
await thoth.register(["ABCDEFG", "abcdefg"], "000001");

// Delayed execution of analysis process.
await thoth.register(["ABCDEFG", "abcdefg"], "000002", true);

# analysis

// Analysis Execution
thoth.analysis()

# unregister

// Unsubscribe from registered entries
thoth.unregister("000001");

# search

// Search from registered entries
thoth.search("ABCD")

# flash

// Delete a registered entry
thoth.flash()

# unregisterTask

// Delayed processing registered deregistration process
thoth.unregisterTask()

# Links

Lazy API