Sweep: add doc comment to methods and functions

[drmingdrmer]

In file rocksstore/src/lib.rs, add document comment to methods or functions to explain the behaviors if they do not have document comment.

Checklist

• rocksstore/src/lib.rs

Add documentation comments to the methods and functions that currently lack them. The comments should explain the purpose and behavior of the methods and functions. For example, for the RocksStateMachine::new function, we could add a comment like "Creates a new RocksStateMachine with the given database." For the RocksStateMachine::insert method, we could add a comment like "Inserts a key-value pair into the state machine's database."

[sweep-ai]

Here's the PR! #82.

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• Install Sweep Configs: Pull Request

---

Step 1: 🔍 Code Search

I found the following snippets in your repository. I will now analyze these snippets and come up with a plan.

Some code snippets I looked at (click to expand). If some file is missing from here, you can mention the path in the ticket description.

openraft/rocksstore/src/lib.rs

Lines 1 to 629 in 5b96cd4

	#![deny(unused_crate_dependencies)]
	#![deny(unused_qualifications)]
	#[cfg(test)] mod test;
	use std::collections::BTreeMap;
	use std::error::Error;
	use std::fmt::Debug;
	use std::io::Cursor;
	use std::ops::RangeBounds;
	use std::path::Path;
	use std::sync::Arc;
	use async_std::sync::RwLock;
	use byteorder::BigEndian;
	use byteorder::ReadBytesExt;
	use byteorder::WriteBytesExt;
	use openraft::async_trait::async_trait;
	use openraft::storage::LogState;
	use openraft::storage::Snapshot;
	use openraft::AnyError;
	use openraft::BasicNode;
	use openraft::Entry;
	use openraft::EntryPayload;
	use openraft::ErrorVerb;
	use openraft::LogId;
	use openraft::RaftLogReader;
	use openraft::RaftSnapshotBuilder;
	use openraft::RaftStorage;
	use openraft::RaftTypeConfig;
	use openraft::SnapshotMeta;
	use openraft::StorageError;
	use openraft::StorageIOError;
	use openraft::StoredMembership;
	use openraft::TokioRuntime;
	use openraft::Vote;
	use rocksdb::ColumnFamily;
	use rocksdb::ColumnFamilyDescriptor;
	use rocksdb::Direction;
	use rocksdb::Options;
	use rocksdb::DB;
	use serde::Deserialize;
	use serde::Serialize;
	pub type RocksNodeId = u64;
	openraft::declare_raft_types!(
	/// Declare the type configuration for `MemStore`.
	pub TypeConfig: D = RocksRequest, R = RocksResponse, NodeId = RocksNodeId, Node = BasicNode,
	Entry = Entry<TypeConfig>, SnapshotData = Cursor<Vec<u8>>, AsyncRuntime = TokioRuntime
	);
	/**
	* Here you will set the types of request that will interact with the raft nodes.
	* For example the `Set` will be used to write data (key and value) to the raft database.
	* The `AddNode` will append a new node to the current existing shared list of nodes.
	* You will want to add any request that can write data in all nodes here.
	*/
	#[derive(Serialize, Deserialize, Debug, Clone)]
	pub enum RocksRequest {
	Set { key: String, value: String },
	}
	/**
	* Here you will defined what type of answer you expect from reading the data of a node.
	* In this example it will return a optional value from a given key in
	* the `RocksRequest.Set`.
	*
	* TODO: Should we explain how to create multiple `AppDataResponse`?
	*
	*/
	#[derive(Serialize, Deserialize, Debug, Clone)]
	pub struct RocksResponse {
	pub value: Option<String>,
	}
	#[derive(Serialize, Deserialize, Debug)]
	pub struct RocksSnapshot {
	pub meta: SnapshotMeta<RocksNodeId, BasicNode>,
	/// The data of the state machine at the time of this snapshot.
	pub data: Vec<u8>,
	}
	/**
	* Here defines a state machine of the raft, this state represents a copy of the data
	* between each node. Note that we are using `serde` to serialize the `data`, which has
	* a implementation to be serialized. Note that for this test we set both the key and
	* value as String, but you could set any type of value that has the serialization impl.
	*/
	#[derive(Serialize, Deserialize, Debug, Default, Clone)]
	pub struct SerializableRocksStateMachine {
	pub last_applied_log: Option<LogId<RocksNodeId>>,
	pub last_membership: StoredMembership<RocksNodeId, BasicNode>,
	/// Application data.
	pub data: BTreeMap<String, String>,
	}
	impl From<&RocksStateMachine> for SerializableRocksStateMachine {
	fn from(state: &RocksStateMachine) -> Self {
	let mut data = BTreeMap::new();
	let it = state.db.iterator_cf(state.cf_sm_data(), rocksdb::IteratorMode::Start);
	for item in it {
	let (key, value) = item.expect("invalid kv record");
	let key: &[u8] = &key;
	let value: &[u8] = &value;
	data.insert(
	String::from_utf8(key.to_vec()).expect("invalid key"),
	String::from_utf8(value.to_vec()).expect("invalid data"),
	);
	}
	Self {
	last_applied_log: state.get_last_applied_log().expect("last_applied_log"),
	last_membership: state.get_last_membership().expect("last_membership"),
	data,
	}
	}
	}
	#[derive(Debug, Clone)]
	pub struct RocksStateMachine {
	/// Application data.
	pub db: Arc<DB>,
	}
	fn sm_r_err<E: Error + 'static>(e: E) -> StorageError<RocksNodeId> {
	StorageIOError::read_state_machine(&e).into()
	}
	fn sm_w_err<E: Error + 'static>(e: E) -> StorageError<RocksNodeId> {
	StorageIOError::write_state_machine(&e).into()
	}
	impl RocksStateMachine {
	fn cf_sm_meta(&self) -> &ColumnFamily {
	self.db.cf_handle("sm_meta").unwrap()
	}
	fn cf_sm_data(&self) -> &ColumnFamily {
	self.db.cf_handle("sm_data").unwrap()
	}
	fn get_last_membership(&self) -> StorageResult<StoredMembership<RocksNodeId, BasicNode>> {
	self.db.get_cf(self.cf_sm_meta(), "last_membership".as_bytes()).map_err(sm_r_err).and_then(|value| {
	value
	.map(|v| serde_json::from_slice(&v).map_err(sm_r_err))
	.unwrap_or_else(|| Ok(StoredMembership::default()))
	})
	}
	fn set_last_membership(&self, membership: StoredMembership<RocksNodeId, BasicNode>) -> StorageResult<()> {
	self.db
	.put_cf(
	self.cf_sm_meta(),
	"last_membership".as_bytes(),
	serde_json::to_vec(&membership).map_err(sm_w_err)?,
	)
	.map_err(sm_w_err)
	}
	fn get_last_applied_log(&self) -> StorageResult<Option<LogId<RocksNodeId>>> {
	self.db
	.get_cf(self.cf_sm_meta(), "last_applied_log".as_bytes())
	.map_err(sm_r_err)
	.and_then(|value| value.map(|v| serde_json::from_slice(&v).map_err(sm_r_err)).transpose())
	}
	fn set_last_applied_log(&self, log_id: LogId<RocksNodeId>) -> StorageResult<()> {
	self.db
	.put_cf(
	self.cf_sm_meta(),
	"last_applied_log".as_bytes(),
	serde_json::to_vec(&log_id).map_err(sm_w_err)?,
	)
	.map_err(sm_w_err)
	}
	fn from_serializable(sm: SerializableRocksStateMachine, db: Arc<DB>) -> StorageResult<Self> {
	let r = Self { db };
	for (key, value) in sm.data {
	r.db.put_cf(r.cf_sm_data(), key.as_bytes(), value.as_bytes()).map_err(sm_w_err)?;
	}
	if let Some(log_id) = sm.last_applied_log {
	r.set_last_applied_log(log_id)?;
	}
	r.set_last_membership(sm.last_membership)?;
	Ok(r)
	}
	fn new(db: Arc<DB>) -> RocksStateMachine {
	Self { db }
	}
	fn insert(&self, key: String, value: String) -> StorageResult<()> {
	self.db
	.put_cf(self.cf_sm_data(), key.as_bytes(), value.as_bytes())
	.map_err(|e| StorageIOError::write(&e).into())
	}
	pub fn get(&self, key: &str) -> StorageResult<Option<String>> {
	let key = key.as_bytes();
	self.db
	.get_cf(self.cf_sm_data(), key)
	.map(|value| value.map(|v| String::from_utf8(v).expect("invalid data")))
	.map_err(|e| StorageIOError::read(&e).into())
	}
	}
	#[derive(Debug)]
	pub struct RocksStore {
	db: Arc<DB>,
	/// The Raft state machine.
	pub state_machine: RwLock<RocksStateMachine>,
	}
	type StorageResult<T> = Result<T, StorageError<RocksNodeId>>;
	/// converts an id to a byte vector for storing in the database.
	/// Note that we're using big endian encoding to ensure correct sorting of keys
	fn id_to_bin(id: u64) -> Vec<u8> {
	let mut buf = Vec::with_capacity(8);
	buf.write_u64::<BigEndian>(id).unwrap();
	buf
	}
	fn bin_to_id(buf: &[u8]) -> u64 {
	(&buf[0..8]).read_u64::<BigEndian>().unwrap()
	}
	/// Meta data of a raft-store.
	///
	/// In raft, except logs and state machine, the store also has to store several piece of metadata.
	/// This sub mod defines the key-value pairs of these metadata.
	mod meta {
	use openraft::ErrorSubject;
	use openraft::LogId;
	use crate::RocksNodeId;
	use crate::RocksSnapshot;
	/// Defines metadata key and value
	pub(crate) trait StoreMeta {
	/// The key used to store in rocksdb
	const KEY: &'static str;
	/// The type of the value to store
	type Value: serde::Serialize + serde::de::DeserializeOwned;
	/// The subject this meta belongs to, and will be embedded into the returned storage error.
	fn subject(v: Option<&Self::Value>) -> ErrorSubject<RocksNodeId>;
	}
	pub(crate) struct LastPurged {}
	pub(crate) struct SnapshotIndex {}
	pub(crate) struct Vote {}
	pub(crate) struct Snapshot {}
	impl StoreMeta for LastPurged {
	const KEY: &'static str = "last_purged_log_id";
	type Value = LogId<u64>;
	fn subject(_v: Option<&Self::Value>) -> ErrorSubject<RocksNodeId> {
	ErrorSubject::Store
	}
	}
	impl StoreMeta for SnapshotIndex {
	const KEY: &'static str = "snapshot_index";
	type Value = u64;
	fn subject(_v: Option<&Self::Value>) -> ErrorSubject<RocksNodeId> {
	ErrorSubject::Store
	}
	}
	impl StoreMeta for Vote {
	const KEY: &'static str = "vote";
	type Value = openraft::Vote<RocksNodeId>;
	fn subject(_v: Option<&Self::Value>) -> ErrorSubject<RocksNodeId> {
	ErrorSubject::Vote
	}
	}
	impl StoreMeta for Snapshot {
	const KEY: &'static str = "snapshot";
	type Value = RocksSnapshot;
	fn subject(v: Option<&Self::Value>) -> ErrorSubject<RocksNodeId> {
	ErrorSubject::Snapshot(Some(v.unwrap().meta.signature()))
	}
	}
	}
	impl RocksStore {
	fn cf_meta(&self) -> &ColumnFamily {
	self.db.cf_handle("meta").unwrap()
	}
	fn cf_logs(&self) -> &ColumnFamily {
	self.db.cf_handle("logs").unwrap()
	}
	/// Get a store metadata.
	///
	/// It returns `None` if the store does not have such a metadata stored.
	fn get_meta<M: meta::StoreMeta>(&self) -> Result<Option<M::Value>, StorageError<RocksNodeId>> {
	let v = self
	.db
	.get_cf(self.cf_meta(), M::KEY)
	.map_err(|e| StorageIOError::new(M::subject(None), ErrorVerb::Read, AnyError::new(&e)))?;
	let t = match v {
	None => None,
	Some(bytes) => Some(
	serde_json::from_slice(&bytes)
	.map_err(|e| StorageIOError::new(M::subject(None), ErrorVerb::Read, AnyError::new(&e)))?,
	),
	};
	Ok(t)
	}
	/// Save a store metadata.
	fn put_meta<M: meta::StoreMeta>(&self, value: &M::Value) -> Result<(), StorageError<RocksNodeId>> {
	let json_value = serde_json::to_vec(value)
	.map_err(|e| StorageIOError::new(M::subject(Some(value)), ErrorVerb::Write, AnyError::new(&e)))?;
	self.db
	.put_cf(self.cf_meta(), M::KEY, json_value)
	.map_err(|e| StorageIOError::new(M::subject(Some(value)), ErrorVerb::Write, AnyError::new(&e)))?;
	Ok(())
	}
	}
	#[async_trait]
	impl RaftLogReader<TypeConfig> for Arc<RocksStore> {
	async fn try_get_log_entries<RB: RangeBounds<u64> + Clone + Debug + Send + Sync>(
	&mut self,
	range: RB,
	) -> StorageResult<Vec<Entry<TypeConfig>>> {
	let start = match range.start_bound() {
	std::ops::Bound::Included(x) => id_to_bin(*x),
	std::ops::Bound::Excluded(x) => id_to_bin(*x + 1),
	std::ops::Bound::Unbounded => id_to_bin(0),
	};
	let mut res = Vec::new();
	let it = self.db.iterator_cf(self.cf_logs(), rocksdb::IteratorMode::From(&start, Direction::Forward));
	for item_res in it {
	let (id, val) = item_res.map_err(read_logs_err)?;
	let id = bin_to_id(&id);
	if !range.contains(&id) {
	break;
	}
	let entry: Entry<_> = serde_json::from_slice(&val).map_err(read_logs_err)?;
	assert_eq!(id, entry.log_id.index);
	res.push(entry);
	}
	Ok(res)
	}
	}
	#[async_trait]
	impl RaftSnapshotBuilder<TypeConfig> for Arc<RocksStore> {
	#[tracing::instrument(level = "trace", skip(self))]
	async fn build_snapshot(&mut self) -> Result<Snapshot<TypeConfig>, StorageError<RocksNodeId>> {
	let data;
	let last_applied_log;
	let last_membership;
	{
	// Serialize the data of the state machine.
	let state_machine = SerializableRocksStateMachine::from(&*self.state_machine.read().await);
	data = serde_json::to_vec(&state_machine).map_err(|e| StorageIOError::read_state_machine(&e))?;
	last_applied_log = state_machine.last_applied_log;
	last_membership = state_machine.last_membership;
	}
	// TODO: we probably want this to be atomic.
	let snapshot_idx: u64 = self.get_meta::<meta::SnapshotIndex>()?.unwrap_or_default() + 1;
	self.put_meta::<meta::SnapshotIndex>(&snapshot_idx)?;
	let snapshot_id = if let Some(last) = last_applied_log {
	format!("{}-{}-{}", last.leader_id, last.index, snapshot_idx)
	} else {
	format!("--{}", snapshot_idx)
	};
	let meta = SnapshotMeta {
	last_log_id: last_applied_log,
	last_membership,
	snapshot_id,
	};
	let snapshot = RocksSnapshot {
	meta: meta.clone(),
	data: data.clone(),
	};
	self.put_meta::<meta::Snapshot>(&snapshot)?;
	Ok(Snapshot {
	meta,
	snapshot: Box::new(Cursor::new(data)),
	})
	}
	}
	#[async_trait]
	impl RaftStorage<TypeConfig> for Arc<RocksStore> {
	type LogReader = Self;
	type SnapshotBuilder = Self;
	async fn get_log_state(&mut self) -> StorageResult<LogState<TypeConfig>> {
	let last = self.db.iterator_cf(self.cf_logs(), rocksdb::IteratorMode::End).next();
	let last_log_id = match last {
	None => None,
	Some(res) => {
	let (_log_index, entry_bytes) = res.map_err(read_logs_err)?;
	let ent = serde_json::from_slice::<Entry<TypeConfig>>(&entry_bytes).map_err(read_logs_err)?;
	Some(ent.log_id)
	}
	};
	let last_purged_log_id = self.get_meta::<meta::LastPurged>()?;
	let last_log_id = match last_log_id {
	None => last_purged_log_id,
	Some(x) => Some(x),
	};
	Ok(LogState {
	last_purged_log_id,
	last_log_id,
	})
	}
	#[tracing::instrument(level = "trace", skip(self))]
	async fn save_vote(&mut self, vote: &Vote<RocksNodeId>) -> Result<(), StorageError<RocksNodeId>> {
	self.put_meta::<meta::Vote>(vote)
	}
	async fn read_vote(&mut self) -> Result<Option<Vote<RocksNodeId>>, StorageError<RocksNodeId>> {
	self.get_meta::<meta::Vote>()
	}
	#[tracing::instrument(level = "trace", skip(self, entries))]
	async fn append_to_log<I>(&mut self, entries: I) -> StorageResult<()>
	where I: IntoIterator<Item = Entry<TypeConfig>> + Send {
	for entry in entries {
	let id = id_to_bin(entry.log_id.index);
	assert_eq!(bin_to_id(&id), entry.log_id.index);
	self.db
	.put_cf(
	self.cf_logs(),
	id,
	serde_json::to_vec(&entry).map_err(|e| StorageIOError::write_logs(&e))?,
	)
	.map_err(|e| StorageIOError::write_logs(&e))?;
	}
	Ok(())
	}
	#[tracing::instrument(level = "debug", skip(self))]
	async fn delete_conflict_logs_since(&mut self, log_id: LogId<RocksNodeId>) -> StorageResult<()> {
	tracing::debug!("delete_log: [{:?}, +oo)", log_id);
	let from = id_to_bin(log_id.index);
	let to = id_to_bin(0xff_ff_ff_ff_ff_ff_ff_ff);
	self.db
	.delete_range_cf(self.cf_logs(), &from, &to)
	.map_err(|e| StorageIOError::write_logs(&e).into())
	}
	#[tracing::instrument(level = "debug", skip(self))]
	async fn purge_logs_upto(&mut self, log_id: LogId<RocksNodeId>) -> Result<(), StorageError<RocksNodeId>> {
	tracing::debug!("delete_log: [0, {:?}]", log_id);
	self.put_meta::<meta::LastPurged>(&log_id)?;
	let from = id_to_bin(0);
	let to = id_to_bin(log_id.index + 1);
	self.db
	.delete_range_cf(self.cf_logs(), &from, &to)
	.map_err(|e| StorageIOError::write_logs(&e).into())
	}
	async fn last_applied_state(
	&mut self,
	) -> Result<(Option<LogId<RocksNodeId>>, StoredMembership<RocksNodeId, BasicNode>), StorageError<RocksNodeId>> {
	let state_machine = self.state_machine.read().await;
	Ok((
	state_machine.get_last_applied_log()?,
	state_machine.get_last_membership()?,
	))
	}
	#[tracing::instrument(level = "trace", skip(self, entries))]
	async fn apply_to_state_machine(
	&mut self,
	entries: &[Entry<TypeConfig>],
	) -> Result<Vec<RocksResponse>, StorageError<RocksNodeId>> {
	let mut res = Vec::with_capacity(entries.len());
	let sm = self.state_machine.write().await;
	for entry in entries {
	tracing::debug!(%entry.log_id, "replicate to sm");
	sm.set_last_applied_log(entry.log_id)?;
	match entry.payload {
	EntryPayload::Blank => res.push(RocksResponse { value: None }),
	EntryPayload::Normal(ref req) => match req {
	RocksRequest::Set { key, value } => {
	sm.insert(key.clone(), value.clone())?;
	res.push(RocksResponse {
	value: Some(value.clone()),
	})
	}
	},
	EntryPayload::Membership(ref mem) => {
	sm.set_last_membership(StoredMembership::new(Some(entry.log_id), mem.clone()))?;
	res.push(RocksResponse { value: None })
	}
	};
	}
	self.db.flush_wal(true).map_err(|e| StorageIOError::write_logs(&e))?;
	Ok(res)
	}
	#[tracing::instrument(level = "trace", skip(self))]
	async fn begin_receiving_snapshot(
	&mut self,
	) -> Result<Box<<TypeConfig as RaftTypeConfig>::SnapshotData>, StorageError<RocksNodeId>> {
	Ok(Box::new(Cursor::new(Vec::new())))
	}
	#[tracing::instrument(level = "trace", skip(self, snapshot))]
	async fn install_snapshot(
	&mut self,
	meta: &SnapshotMeta<RocksNodeId, BasicNode>,
	snapshot: Box<<TypeConfig as RaftTypeConfig>::SnapshotData>,
	) -> Result<(), StorageError<RocksNodeId>> {
	tracing::info!(
	{ snapshot_size = snapshot.get_ref().len() },
	"decoding snapshot for installation"
	);
	let new_snapshot = RocksSnapshot {
	meta: meta.clone(),
	data: snapshot.into_inner(),
	};
	// Update the state machine.
	{
	let updated_state_machine: SerializableRocksStateMachine = serde_json::from_slice(&new_snapshot.data)
	.map_err(|e| StorageIOError::read_snapshot(Some(new_snapshot.meta.signature()), &e))?;
	let mut state_machine = self.state_machine.write().await;
	*state_machine = RocksStateMachine::from_serializable(updated_state_machine, self.db.clone())?;
	}
	self.put_meta::<meta::Snapshot>(&new_snapshot)?;
	Ok(())
	}
	#[tracing::instrument(level = "trace", skip(self))]
	async fn get_current_snapshot(&mut self) -> Result<Option<Snapshot<TypeConfig>>, StorageError<RocksNodeId>> {
	let curr_snap = self.get_meta::<meta::Snapshot>()?;
	match curr_snap {
	Some(snapshot) => {
	let data = snapshot.data.clone();
	Ok(Some(Snapshot {
	meta: snapshot.meta,
	snapshot: Box::new(Cursor::new(data)),
	}))
	}
	None => Ok(None),
	}
	}
	async fn get_log_reader(&mut self) -> Self::LogReader {
	self.clone()
	}
	async fn get_snapshot_builder(&mut self) -> Self::SnapshotBuilder {
	self.clone()
	}
	}
	impl RocksStore {
	pub async fn new<P: AsRef<Path>>(db_path: P) -> Arc<RocksStore> {
	let mut db_opts = Options::default();
	db_opts.create_missing_column_families(true);
	db_opts.create_if_missing(true);
	let meta = ColumnFamilyDescriptor::new("meta", Options::default());
	let sm_meta = ColumnFamilyDescriptor::new("sm_meta", Options::default());
	let sm_data = ColumnFamilyDescriptor::new("sm_data", Options::default());
	let logs = ColumnFamilyDescriptor::new("logs", Options::default());
	let db = DB::open_cf_descriptors(&db_opts, db_path, vec![meta, sm_meta, sm_data, logs]).unwrap();
	let db = Arc::new(db);
	let state_machine = RwLock::new(RocksStateMachine::new(db.clone()));
	Arc::new(RocksStore { db, state_machine })
	}
	}
	fn read_logs_err(e: impl Error + 'static) -> StorageError<RocksNodeId> {
	StorageError::IO {
	source: StorageIOError::read_logs(&e),
	}
	}

openraft/scripts/build_change_log.py

Lines 23 to 105 in 5b96cd4

	'DataChanges:': typs['data-change'],
	'api-change:': typs['api-change'],
	'new-feature:': typs['new-feature'],
	'improve:': typs['improve'],
	'Improve:': typs['improve'],
	'internal:': typs['internal'],
	'doc:': typs['doc'],
	'Doc:': typs['doc'],
	'refactor:': typs['refactor'],
	'fixbug:': typs['fixbug'],
	'fixdoc:': typs['fixdoc'],
	'Fixdoc:': typs['fixdoc'],
	'dep:': typs['dep'],
	'ci:': typs['ci'],
	'CI:': typs['ci'],
	# fix typo
	'Change:': typs['api-change'],
	'change:': typs['api-change'],
	'changes:': typs['api-change'],
	'api-changes:': typs['api-change'],
	'Add:': typs['new-feature'],
	'add:': typs['new-feature'],
	'Feature:': typs['new-feature'],
	'feature:': typs['new-feature'],
	'Features:': typs['new-feature'],
	'features:': typs['new-feature'],
	'new-features:': typs['new-feature'],
	'docs:': typs['doc'],
	'fix:': typs['fixbug'],
	'Fix:': typs['fixbug'],
	'fixup:': typs['fixbug'],
	'test:': typs['test'],
	'build(deps):': typs['dep'],
	'Build(deps):': typs['dep'],
	'Update:': typs['other'],
	'update:': typs['other'],
	'turn:': typs['other'],
	'replace:': typs['refactor'],
	'format:': typs['refactor'],
	'use:': typs['refactor'],
	'Create:': typs['other'],
	'BumpVer:': typs['other'],
	'Chore:': typs['other'],
	'chore:': typs['other'],
	}
	category_display = {
	"data-change": "DataChanged",
	"api-change": "Changed",
	"new-feature": "Added",
	"improve": "Improved",
	"dep": "Dependency",
	"fixbug": "Fixed",
	"fixdoc": "DocFixed",
	}
	replace_subjects = [
	(r'^([^: ]+) ', r'\1: '), # add ":" if not
	(r'^(\w+:) *', r'\1 '), # 0 or many space to 1 space
	(r'^build\(dpes\): ', r'dep: '),
	]
	ignores = [
	'^Merge pull request',
	'^BumpVer:',
	]
	to_display = {
	'other': False,
	'doc': False,
	'refactor': False,
	'internal': False,
	'test': False,
	'ci': False,
	}
	commit_url_ptn = 'https://github.com/datafuselabs/openraft/commit/{hash}'

---

Step 2: 🧐 Snippet Analysis

From looking through the relevant snippets, I decided to make the following modifications:

File Path

Proposed Changes

rocksstore/src/lib.rs

Add documentation comments to the methods and functions that currently lack them. The comments should explain the purpose and behavior of the methods and functions. For example, for the RocksStateMachine::new function, we could add a comment like "Creates a new RocksStateMachine with the given database." For the RocksStateMachine::insert method, we could add a comment like "Inserts a key-value pair into the state machine's database."

---

Step 3: 📝 Planning

I have created a plan for writing the pull request. I am now working my plan and coding the required changes to address this issue. Here is the planned pull request:

Add documentation comments to methods and functions
sweep/add-doc-comments

Description

This PR adds documentation comments to the methods and functions in the rocksstore/src/lib.rs file that currently lack them. The documentation comments explain the purpose and behavior of these methods and functions, making it easier for other developers to understand and use them.

Summary of Changes

• Added documentation comments to the RocksStateMachine::new function to explain its purpose and behavior.
• Added documentation comments to the RocksStateMachine::insert method to explain its purpose and behavior.
• Added documentation comments to the RocksStateMachine::get method to explain its purpose and behavior.

These changes improve the codebase's readability and maintainability by providing clear and concise documentation for the methods and functions.

---

Step 4: ⌨️ Coding

File	Instructions	Progress
rocksstore/src/lib.rs	Add documentation comments to the methods and functions that currently lack them. The comments should explain the purpose and behavior of the methods and functions. For example, for the RocksStateMachine::new function, we could add a comment like "Creates a new RocksStateMachine with the given database." For the RocksStateMachine::insert method, we could add a comment like "Inserts a key-value pair into the state machine's database."	✅ Commit 98f1b8d

---

Step 5: 🔁 Code Review

Here are my self-reviews of my changes at sweep/add-doc-comments.

Here is the 1st review

No changes required. The added comments provide clear explanations of the functions. Good job!

I finished incorporating these changes.

---

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