use crate::models::*; use crate::repo::Mutation; /// Helper functions for doing database and repo operations relating to bluesky endpoints and /// records use crate::{ ipld_into_json_value, json_value_into_ipld, AtpDatabase, AtpService, Did, Result, Tid, XrpcError, }; use adenosine_cli::identifiers::{AtUri, DidOrHost, Nsid}; use anyhow::anyhow; use libipld::Cid; use rusqlite::params; use serde_json::json; use std::str::FromStr; /// Handles updating the database with creation, update, deletion of arbitrary records pub fn bsky_mutate_db(db: &mut AtpDatabase, did: &Did, mutations: Vec) -> Result<()> { // TODO: this function could probably be refactored let bsky_post: Nsid = Nsid::from_str("app.bsky.feed.post").unwrap(); let bsky_repost: Nsid = Nsid::from_str("app.bsky.feed.repost").unwrap(); let bsky_like: Nsid = Nsid::from_str("app.bsky.feed.like").unwrap(); let bsky_follow: Nsid = Nsid::from_str("app.bsky.graph.follow").unwrap(); for m in mutations.into_iter() { match m { Mutation::Create(ref_type, tid, val) | Mutation::Update(ref_type, tid, val) if ref_type == bsky_post => { db.bsky_upsert_post(did, &tid, Some(val))? } Mutation::Delete(ref_type, tid) if ref_type == bsky_post => { db.bsky_upsert_post(did, &tid, None)? } Mutation::Create(ref_type, tid, val) | Mutation::Update(ref_type, tid, val) if ref_type == bsky_repost => { db.bsky_upsert_ref("repost", did, &tid, Some(val))? } Mutation::Delete(ref_type, tid) if ref_type == bsky_repost => { db.bsky_upsert_ref("repost", did, &tid, None)? } Mutation::Create(ref_type, tid, val) | Mutation::Update(ref_type, tid, val) if ref_type == bsky_like => { db.bsky_upsert_ref("like", did, &tid, Some(val))? } Mutation::Delete(ref_type, tid) if ref_type == bsky_like => { db.bsky_upsert_ref("like", did, &tid, None)? } Mutation::Create(ref_type, tid, val) | Mutation::Update(ref_type, tid, val) if ref_type == bsky_follow => { db.bsky_upsert_follow(did, &tid, Some(val))? } Mutation::Delete(ref_type, tid) if ref_type == bsky_follow => { db.bsky_upsert_follow(did, &tid, None)? } _ => (), } } Ok(()) } // TODO: should probably return Result>? pub fn bsky_get_profile(srv: &mut AtpService, did: &Did) -> Result { // first get the profile record let mut profile_cid: Option = None; let commit_cid = match srv.repo.lookup_commit(did)? { Some(cid) => cid, None => Err(anyhow!("repository not found: {}", did))?, }; let last_commit = srv.repo.get_commit(&commit_cid)?; let full_map = srv.repo.mst_to_map(&last_commit.mst_cid)?; let prefix = "/app.bsky.actor.profile/"; for (mst_key, cid) in full_map.iter() { if mst_key.starts_with(prefix) { profile_cid = Some(*cid); } } let (display_name, description): (Option, Option) = if let Some(cid) = profile_cid { let record: ProfileRecord = serde_json::from_value(ipld_into_json_value(srv.repo.get_ipld(&cid)?))?; (Some(record.displayName), record.description) } else { (None, None) }; let mut stmt = srv .atp_db .conn .prepare_cached("SELECT handle FROM account WHERE did = $1")?; let handle: String = stmt.query_row(params!(did.to_string()), |row| row.get(0))?; let mut stmt = srv .atp_db .conn .prepare_cached("SELECT COUNT(*) FROM bsky_post WHERE did = $1")?; let post_count: u64 = stmt.query_row(params!(did.to_string()), |row| row.get(0))?; let mut stmt = srv .atp_db .conn .prepare_cached("SELECT COUNT(*) FROM bsky_follow WHERE did = $1")?; let follows_count: u64 = stmt.query_row(params!(did.to_string()), |row| row.get(0))?; let mut stmt = srv .atp_db .conn .prepare_cached("SELECT COUNT(*) FROM bsky_follow WHERE subject_did = $1")?; let followers_count: u64 = stmt.query_row(params!(did.to_string()), |row| row.get(0))?; let decl = DeclRef { actorType: "app.bsky.system.actorUser".to_string(), cid: "bafyreid27zk7lbis4zw5fz4podbvbs4fc5ivwji3dmrwa6zggnj4bnd57u".to_string(), }; Ok(Profile { did: did.to_string(), handle, creator: did.to_string(), displayName: display_name, description, declaration: decl, followersCount: followers_count, followsCount: follows_count, postsCount: post_count, membersCount: 0, myState: json!({}), }) } pub fn bsky_update_profile(srv: &mut AtpService, did: &Did, profile: ProfileRecord) -> Result<()> { // get the profile record let mut profile_tid: Option = None; let commit_cid = match srv.repo.lookup_commit(did)? { Some(cid) => cid, None => Err(anyhow!("repository not found: {}", did))?, }; let last_commit = srv.repo.get_commit(&commit_cid)?; let full_map = srv.repo.mst_to_map(&last_commit.mst_cid)?; let prefix = "/app.bsky.actor.profile/"; for (mst_key, _cid) in full_map.iter() { if mst_key.starts_with(prefix) { profile_tid = Some(Tid::from_str(mst_key.split('/').nth(2).unwrap())?); } } let profile_tid: Tid = profile_tid.unwrap_or(srv.tid_gen.next_tid()); let mutations: Vec = vec![Mutation::Update( Nsid::from_str("app.bsky.actor.profile")?, profile_tid, json_value_into_ipld(serde_json::to_value(profile)?), )]; let keypair = srv.pds_keypair.clone(); srv.repo.mutate_repo(did, &mutations, &keypair)?; Ok(()) } struct FeedRow { pub item_did: Did, pub item_handle: String, pub item_post_tid: Tid, pub item_post_cid: Cid, pub indexed_at: String, } fn feed_row(row: &rusqlite::Row) -> Result { let item_did: String = row.get(0)?; let item_did = Did::from_str(&item_did)?; let item_handle = row.get(1)?; let item_post_tid: String = row.get(2)?; let item_post_tid = Tid::from_str(&item_post_tid)?; let cid_string: String = row.get(3)?; let item_post_cid = Cid::from_str(&cid_string)?; let indexed_at: String = row.get(4)?; Ok(FeedRow { item_did, item_handle, item_post_tid, item_post_cid, indexed_at, }) } fn feed_row_to_item(srv: &mut AtpService, row: FeedRow) -> Result { let record_ipld = srv.repo.get_ipld(&row.item_post_cid)?; let uri = format!( "at://{}/{}/{}", row.item_did, "app.bsky.feed.post", row.item_post_tid ); let mut stmt = srv.atp_db.conn.prepare_cached( "SELECT COUNT(*) FROM bsky_ref WHERE ref_type = 'like' AND subject_uri = $1", )?; let like_count: u64 = stmt.query_row(params!(uri), |row| row.get(0))?; let mut stmt = srv.atp_db.conn.prepare_cached( "SELECT COUNT(*) FROM bsky_ref WHERE ref_type = 'repost' AND subject_uri = $1", )?; let repost_count: u64 = stmt.query_row(params!(uri), |row| row.get(0))?; let mut stmt = srv .atp_db .conn .prepare_cached("SELECT COUNT(*) FROM bsky_post WHERE reply_to_parent_uri = $1")?; let reply_count: u64 = stmt.query_row(params!(uri), |row| row.get(0))?; let feed_item = FeedItem { uri, cid: Some(row.item_post_cid.to_string()), author: User { did: row.item_did.to_string(), handle: row.item_handle, displayName: None, // TODO: fetch from profile (or cache) }, repostedBy: None, record: ipld_into_json_value(record_ipld), embed: None, replyCount: reply_count, repostCount: repost_count, likeCount: like_count, indexedAt: row.indexed_at, myState: None, }; Ok(feed_item) } pub fn bsky_get_timeline(srv: &mut AtpService, did: &Did) -> Result { let mut feed: Vec = vec![]; // TODO: also handle reposts let rows = { let mut stmt = srv.atp_db .conn .prepare_cached("SELECT account.did, account.handle, bsky_post.tid, bsky_post.cid, bsky_post.indexed_at FROM bsky_post LEFT JOIN account ON bsky_post.did = account.did LEFT JOIN bsky_follow ON bsky_post.did = bsky_follow.subject_did WHERE bsky_follow.did = ?1 AND account.did IS NOT NULL ORDER BY bsky_post.tid DESC LIMIT 20")?; let mut sql_rows = stmt.query(params!(did.to_string()))?; let mut rows: Vec = vec![]; while let Some(sql_row) = sql_rows.next()? { let row = feed_row(sql_row)?; rows.push(row); } rows }; for row in rows { feed.push(feed_row_to_item(srv, row)?); } Ok(GenericFeed { feed }) } pub fn bsky_get_author_feed(srv: &mut AtpService, did: &Did) -> Result { let mut feed: Vec = vec![]; // TODO: also handle reposts let rows = { let mut stmt = srv.atp_db .conn .prepare_cached("SELECT account.did, account.handle, bsky_post.tid, bsky_post.cid, bsky_post.indexed_at FROM bsky_post LEFT JOIN account ON bsky_post.did = account.did WHERE bsky_post.did = ?1 ORDER BY bsky_post.tid DESC LIMIT 20")?; let mut sql_rows = stmt.query(params!(did.to_string()))?; let mut rows: Vec = vec![]; while let Some(sql_row) = sql_rows.next()? { let row = feed_row(sql_row)?; rows.push(row); } rows }; for row in rows { feed.push(feed_row_to_item(srv, row)?); } Ok(GenericFeed { feed }) } // TODO: this is a partial implementation // TODO: should maybe have this take a did and tid instead of a aturi? pub fn bsky_get_thread( srv: &mut AtpService, uri: &AtUri, _depth: Option, ) -> Result { // parse the URI let did = match uri.repository { DidOrHost::Did(ref did_type, ref did_body) => { Did::from_str(&format!("did:{}:{}", did_type, did_body))? } _ => Err(anyhow!("expected a DID, not handle, in uri: {}", uri))?, }; if uri.collection != Some("app.bsky.feed.post".to_string()) { Err(anyhow!("expected a post collection in uri: {}", uri))?; }; let tid = match uri.record { Some(ref tid) => Tid::from_str(tid)?, _ => Err(anyhow!("expected a record in uri: {}", uri))?, }; // post itself, as a FeedItem let post_items = { let mut stmt = srv.atp_db .conn .prepare_cached("SELECT account.did, account.handle, bsky_post.tid, bsky_post.cid, bsky_post.indexed_at FROM bsky_post LEFT JOIN account ON bsky_post.did = account.did WHERE bsky_post.did = ?1 AND bsky_post.tid = ?2")?; let mut sql_rows = stmt.query(params!(did.to_string(), tid.to_string()))?; let mut rows: Vec = vec![]; while let Some(sql_row) = sql_rows.next()? { let row = feed_row(sql_row)?; rows.push(row); } rows }; if post_items.is_empty() { Err(XrpcError::NotFound("post not found".to_string()))?; }; let post_item = feed_row_to_item(srv, post_items.into_iter().next().unwrap())?; // TODO: any parent let parent = None; // any children let mut children = vec![]; let rows = { let mut stmt = srv.atp_db .conn .prepare_cached("SELECT account.did, account.handle, bsky_post.tid, bsky_post.cid, bsky_post.indexed_at FROM bsky_post LEFT JOIN account ON bsky_post.did = account.did WHERE bsky_post.reply_to_parent_uri = ?1 ORDER BY bsky_post.tid DESC LIMIT 20")?; let mut sql_rows = stmt.query(params!(uri.to_string()))?; let mut rows: Vec = vec![]; while let Some(sql_row) = sql_rows.next()? { let row = feed_row(sql_row)?; rows.push(row); } rows }; for row in rows { let item = feed_row_to_item(srv, row)?; children.push(ThreadItem { uri: item.uri, cid: item.cid, author: item.author, record: item.record, embed: item.embed, // don't want a loop here parent: None, replyCount: item.replyCount, // only going to depth of one here replies: None, likeCount: item.likeCount, repostCount: item.repostCount, indexedAt: item.indexedAt, myState: None, }); } let post = ThreadItem { uri: post_item.uri, cid: post_item.cid, author: post_item.author, record: post_item.record, embed: post_item.embed, parent, replyCount: post_item.replyCount, replies: Some(children), likeCount: post_item.likeCount, repostCount: post_item.repostCount, indexedAt: post_item.indexedAt, myState: None, }; Ok(PostThread { thread: post }) } #[test] fn test_bsky_profile() { use crate::{create_account, created_at_now}; use libipld::ipld; let post_nsid = Nsid::from_str("app.bsky.feed.post").unwrap(); let follow_nsid = Nsid::from_str("app.bsky.graph.follow").unwrap(); let mut srv = AtpService::new_ephemeral().unwrap(); let req = AccountRequest { email: "test@bogus.com".to_string(), handle: "handle.test".to_string(), password: "bogus".to_string(), inviteCode: None, recoveryKey: None, }; let session = create_account(&mut srv, &req, true).unwrap(); let did = Did::from_str(&session.did).unwrap(); let profile = bsky_get_profile(&mut srv, &did).unwrap(); assert_eq!(profile.did, session.did); assert_eq!(profile.handle, req.handle); assert_eq!(profile.displayName, None); assert_eq!(profile.description, None); assert_eq!(profile.followersCount, 0); assert_eq!(profile.followsCount, 0); assert_eq!(profile.postsCount, 0); let record = ProfileRecord { displayName: "Test Name".to_string(), description: Some("short description".to_string()), }; bsky_update_profile(&mut srv, &did, record.clone()).unwrap(); let profile = bsky_get_profile(&mut srv, &did).unwrap(); assert_eq!(profile.displayName, Some(record.displayName)); assert_eq!(profile.description, record.description); let record = ProfileRecord { displayName: "New Test Name".to_string(), description: Some("longer description".to_string()), }; bsky_update_profile(&mut srv, &did, record.clone()).unwrap(); let profile = bsky_get_profile(&mut srv, &did).unwrap(); assert_eq!(profile.displayName, Some(record.displayName)); assert_eq!(profile.description, record.description); let mutations = vec![ Mutation::Create( follow_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"subject": {"did": session.did}, "createdAt": created_at_now()}), ), Mutation::Create( follow_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"subject": {"did": "did:web:external.domain"}, "createdAt": created_at_now()}), ), Mutation::Create( post_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"text": "first post"}), ), Mutation::Create( post_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"text": "second post"}), ), Mutation::Create( post_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"text": "third post"}), ), ]; srv.repo .mutate_repo(&did, &mutations, &srv.pds_keypair) .unwrap(); bsky_mutate_db(&mut srv.atp_db, &did, mutations).unwrap(); let profile = bsky_get_profile(&mut srv, &did).unwrap(); assert_eq!(profile.followersCount, 1); assert_eq!(profile.followsCount, 2); assert_eq!(profile.postsCount, 3); } #[test] fn test_bsky_feeds() { // TODO: test that displayName comes through in feeds and timelines (it does not currently) use crate::{create_account, created_at_now}; use libipld::ipld; let post_nsid = Nsid::from_str("app.bsky.feed.post").unwrap(); let like_nsid = Nsid::from_str("app.bsky.feed.like").unwrap(); let repost_nsid = Nsid::from_str("app.bsky.feed.repost").unwrap(); let follow_nsid = Nsid::from_str("app.bsky.graph.follow").unwrap(); let mut srv = AtpService::new_ephemeral().unwrap(); let alice_did = { let req = AccountRequest { email: "alice@bogus.com".to_string(), handle: "alice.test".to_string(), password: "bogus".to_string(), inviteCode: None, recoveryKey: None, }; let session = create_account(&mut srv, &req, true).unwrap(); Did::from_str(&session.did).unwrap() }; let bob_did = { let req = AccountRequest { email: "bob@bogus.com".to_string(), handle: "bob.test".to_string(), password: "bogus".to_string(), inviteCode: None, recoveryKey: None, }; let session = create_account(&mut srv, &req, true).unwrap(); Did::from_str(&session.did).unwrap() }; let carol_did = { let req = AccountRequest { email: "carol@bogus.com".to_string(), handle: "carol.test".to_string(), password: "bogus".to_string(), inviteCode: None, recoveryKey: None, }; let session = create_account(&mut srv, &req, true).unwrap(); Did::from_str(&session.did).unwrap() }; // all feeds and timelines should be empty let alice_feed = bsky_get_author_feed(&mut srv, &alice_did).unwrap(); let alice_timeline = bsky_get_timeline(&mut srv, &alice_did).unwrap(); assert!(alice_feed.feed.is_empty()); assert!(alice_timeline.feed.is_empty()); let bob_feed = bsky_get_author_feed(&mut srv, &bob_did).unwrap(); let bob_timeline = bsky_get_timeline(&mut srv, &bob_did).unwrap(); assert!(bob_feed.feed.is_empty()); assert!(bob_timeline.feed.is_empty()); let carol_feed = bsky_get_author_feed(&mut srv, &carol_did).unwrap(); let carol_timeline = bsky_get_timeline(&mut srv, &carol_did).unwrap(); assert!(carol_feed.feed.is_empty()); assert!(carol_timeline.feed.is_empty()); // alice does some posts let alice_post1_tid = srv.tid_gen.next_tid(); let alice_post2_tid = srv.tid_gen.next_tid(); let alice_post3_tid = srv.tid_gen.next_tid(); assert!(alice_post1_tid < alice_post2_tid && alice_post2_tid < alice_post3_tid); let mutations = vec![ Mutation::Create( post_nsid.clone(), alice_post1_tid.clone(), ipld!({"text": "alice first post"}), ), Mutation::Create( post_nsid.clone(), alice_post2_tid.clone(), ipld!({"text": "alice second post"}), ), Mutation::Create( post_nsid.clone(), alice_post3_tid.clone(), ipld!({"text": "alice third post"}), ), ]; srv.repo .mutate_repo(&alice_did, &mutations, &srv.pds_keypair) .unwrap(); bsky_mutate_db(&mut srv.atp_db, &alice_did, mutations).unwrap(); // bob follows alice, likes first post, reposts second, replies third let alice_post3_uri = format!( "at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post3_tid.to_string() ); let mutations = vec![ Mutation::Create( follow_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"subject": {"did": alice_did.to_string()}, "createdAt": created_at_now()}), ), Mutation::Create( like_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"subject": {"uri": format!("at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post1_tid.to_string())}, "createdAt": created_at_now()}), ), Mutation::Create( repost_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"subject": {"uri": format!("at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post2_tid.to_string())}, "createdAt": created_at_now()}), ), Mutation::Create( post_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"text": "bob comment on alice post3", "reply": {"parent": {"uri": alice_post3_uri.clone()}, "root": {"uri": alice_post3_uri.clone()}}}), ), ]; srv.repo .mutate_repo(&bob_did, &mutations, &srv.pds_keypair) .unwrap(); bsky_mutate_db(&mut srv.atp_db, &bob_did, mutations).unwrap(); // carol follows bob let mutations = vec![Mutation::Create( follow_nsid.clone(), srv.tid_gen.next_tid(), ipld!({"subject": {"did": bob_did.to_string()}, "createdAt": created_at_now()}), )]; srv.repo .mutate_repo(&bob_did, &mutations, &srv.pds_keypair) .unwrap(); bsky_mutate_db(&mut srv.atp_db, &carol_did, mutations).unwrap(); // test alice profile: counts should be updated let alice_profile = bsky_get_profile(&mut srv, &alice_did).unwrap(); assert_eq!(alice_profile.followersCount, 1); assert_eq!(alice_profile.followsCount, 0); assert_eq!(alice_profile.postsCount, 3); // test alice timeline: still empty (?) let alice_timeline = bsky_get_timeline(&mut srv, &alice_did).unwrap(); println!("{:?}", alice_timeline); assert!(alice_timeline.feed.is_empty()); // test alice feed: should have 3 posts, with correct counts let alice_feed = bsky_get_author_feed(&mut srv, &alice_did).unwrap(); assert_eq!(alice_feed.feed.len(), 3); assert_eq!( alice_feed.feed[2].uri, format!( "at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post1_tid.to_string() ) ); // TODO: CID assert_eq!(alice_feed.feed[2].author.did, alice_did.to_string()); assert_eq!(alice_feed.feed[2].author.handle, "alice.test"); assert_eq!(alice_feed.feed[2].repostedBy, None); assert_eq!( alice_feed.feed[2].record["text"].as_str().unwrap(), "alice first post" ); assert_eq!(alice_feed.feed[2].embed, None); assert_eq!(alice_feed.feed[2].replyCount, 0); assert_eq!(alice_feed.feed[2].repostCount, 0); assert_eq!(alice_feed.feed[2].likeCount, 1); assert_eq!(alice_feed.feed[1].author.did, alice_did.to_string()); assert_eq!(alice_feed.feed[1].replyCount, 0); assert_eq!(alice_feed.feed[1].repostCount, 1); assert_eq!(alice_feed.feed[1].likeCount, 0); assert_eq!(alice_feed.feed[0].author.did, alice_did.to_string()); assert_eq!(alice_feed.feed[0].replyCount, 1); assert_eq!(alice_feed.feed[0].repostCount, 0); assert_eq!(alice_feed.feed[0].likeCount, 0); // test bob timeline: should include alice posts let bob_timeline = bsky_get_timeline(&mut srv, &bob_did).unwrap(); println!("BOB TIMELINE ======"); for item in bob_timeline.feed.iter() { println!("{:?}", item); } assert_eq!(bob_timeline.feed.len(), 3); assert_eq!( bob_timeline.feed[2].uri, format!( "at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post1_tid.to_string() ) ); // TODO: CID assert_eq!(bob_timeline.feed[2].author.did, alice_did.to_string()); assert_eq!(bob_timeline.feed[2].author.handle, "alice.test"); // test bob feed: should include repost and reply let bob_feed = bsky_get_author_feed(&mut srv, &bob_did).unwrap(); assert_eq!(bob_feed.feed.len(), 1); // TODO: handle reposts /* assert_eq!(bob_feed.feed.len(), 2); assert_eq!(bob_feed.feed[1].uri, format!("at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post1_tid.to_string())); // TODO: CID assert_eq!(bob_feed.feed[1].author.did, alice_did.to_string()); assert_eq!(bob_feed.feed[1].author.handle, "alice.test"); assert_eq!(bob_feed.feed[1].repostedBy.as_ref().unwrap().did, bob_did.to_string()); assert_eq!(bob_feed.feed[1].repostedBy.as_ref().unwrap().handle, "bob.test"); // TODO: "is a repost" (check record?) */ assert_eq!(bob_feed.feed[0].author.did, bob_did.to_string()); assert_eq!(bob_feed.feed[0].author.handle, "bob.test"); // test carol timeline: should include bob's repost and reply let carol_timeline = bsky_get_timeline(&mut srv, &carol_did).unwrap(); // TODO: handle re-posts (+1 here) assert_eq!(carol_timeline.feed.len(), 1); // TODO: details // test carol feed: still empty let carol_feed = bsky_get_author_feed(&mut srv, &carol_did).unwrap(); assert!(carol_feed.feed.is_empty()); } #[test] fn test_bsky_thread() { use crate::create_account; use libipld::ipld; let post_nsid = Nsid::from_str("app.bsky.feed.post").unwrap(); let mut srv = AtpService::new_ephemeral().unwrap(); let alice_did = { let req = AccountRequest { email: "alice@bogus.com".to_string(), handle: "alice.test".to_string(), password: "bogus".to_string(), inviteCode: None, recoveryKey: None, }; let session = create_account(&mut srv, &req, true).unwrap(); Did::from_str(&session.did).unwrap() }; let bob_did = { let req = AccountRequest { email: "bob@bogus.com".to_string(), handle: "bob.test".to_string(), password: "bogus".to_string(), inviteCode: None, recoveryKey: None, }; let session = create_account(&mut srv, &req, true).unwrap(); Did::from_str(&session.did).unwrap() }; // alice does a post let alice_post1_tid = srv.tid_gen.next_tid(); let mutations = vec![Mutation::Create( post_nsid.clone(), alice_post1_tid.clone(), ipld!({"text": "alice first post"}), )]; srv.repo .mutate_repo(&alice_did, &mutations, &srv.pds_keypair) .unwrap(); bsky_mutate_db(&mut srv.atp_db, &alice_did, mutations).unwrap(); let alice_post1_uri = format!( "at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post1_tid.to_string() ); // bob likes and replies first post let bob_post1_tid = srv.tid_gen.next_tid(); let mutations = vec![Mutation::Create( post_nsid.clone(), bob_post1_tid.clone(), ipld!({"text": "bob comment on alice post1", "reply": {"parent": {"uri": alice_post1_uri.clone()}, "root": {"uri": alice_post1_uri.clone()}}}), )]; srv.repo .mutate_repo(&bob_did, &mutations, &srv.pds_keypair) .unwrap(); bsky_mutate_db(&mut srv.atp_db, &bob_did, mutations).unwrap(); let bob_post1_uri = format!( "at://{}/{}/{}", bob_did.to_string(), post_nsid.to_string(), bob_post1_tid.to_string() ); // alice replies to bob reply let alice_post2_tid = srv.tid_gen.next_tid(); let mutations = vec![Mutation::Create( post_nsid.clone(), alice_post2_tid.clone(), ipld!({"text": "alice second post, replying to bob comment", "reply": {"parent": {"uri": bob_post1_uri.clone()}, "root": {"uri": alice_post1_uri.clone()}}}), )]; srv.repo .mutate_repo(&alice_did, &mutations, &srv.pds_keypair) .unwrap(); bsky_mutate_db(&mut srv.atp_db, &alice_did, mutations).unwrap(); let _alice_post2_uri = format!( "at://{}/{}/{}", alice_did.to_string(), post_nsid.to_string(), alice_post2_tid.to_string() ); // get thread from bob's post // TODO: should have both parent and children let post = bsky_get_thread(&mut srv, &AtUri::from_str(&bob_post1_uri).unwrap(), None) .unwrap() .thread; assert_eq!(post.author.did, bob_did.to_string()); assert_eq!(post.author.handle, "bob.test".to_string()); assert_eq!(post.embed, None); assert_eq!(post.replyCount, 1); assert_eq!(post.repostCount, 0); assert_eq!(post.likeCount, 0); assert_eq!(post.replies.as_ref().unwrap().len(), 1); let post_replies = post.replies.unwrap(); assert_eq!(post_replies[0].author.did, alice_did.to_string()); // TODO: root URI, etc }