microcosm.blue / microcosm-rs
Constellation, Spacedust, Slingshot, UFOs: atproto crates and services for microcosm
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.github
workflows
build.yml
checks.yml
Cargo.lock
Cargo.toml
Makefile
constellation
Cargo.toml
LICENSE
LICENSE.future
readme.md
src
bin
main.rs
rocks-link-stats.rs
rocks-restore-from-backup.rs
consumer
jetstream.rs
server
filters.rs
mod.rs
storage
mem_store.rs
mod.rs
rocks_store.rs
templates
dids.html.j2
get-backlinks.html.j2
get-many-to-many-counts.html.j2
hello.html.j2
links.html.j2
try-it-macros.html.j2
lexicons
blue.microcosm
links
getBacklinks.json
getManyToManyCounts.json
com.bad-example
identity
resolveMiniDoc.json
repo
getUriRecord.json
pocket
.gitignore
api-description.md
src
lib.rs
main.rs
server.rs
storage.rs
token.rs
static
index.html
quasar
src
lib.rs
storage.rs
reflector
Cargo.toml
readme.md
src
main.rs
slingshot
src
server.rs
spacedust
src
error.rs
server.rs
subscriber.rs
ufos
Cargo.toml
who-am-i
src
server.rs
+21
.github/workflows/build.yml
··· 1 + name: Build 2 + 3 + on: 4 + push: 5 + tags: 6 + - "reflector-v*.*.*" 7 + 8 + jobs: 9 + build: 10 + runs-on: ubuntu-latest 11 + permissions: 12 + contents: write 13 + 14 + steps: 15 + - uses: actions/checkout@v4 16 + - name: build reflector 17 + run: cargo build --bin reflector --release && mv target/release/reflector target/release/reflector_amd64 18 + - name: release 19 + uses: softprops/action-gh-release@v2 20 + with: 21 + files: target/release/reflector_amd64
+1 -1
.github/workflows/checks.yml
··· 28 28 - name: get nightly toolchain for jetstream fmt 29 29 run: rustup toolchain install nightly --allow-downgrade -c rustfmt 30 30 - name: fmt 31 - run: cargo fmt --package links --package constellation --package ufos --package spacedust --package who-am-i --package slingshot -- --check 31 + run: cargo fmt --package links --package constellation --package ufos --package spacedust --package who-am-i --package slingshot --package pocket -- --check 32 32 - name: fmt jetstream (nightly) 33 33 run: cargo +nightly fmt --package jetstream -- --check 34 34 - name: clippy
+199 -179
Cargo.lock
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+1
Cargo.toml
··· 11 11 "slingshot", 12 12 "quasar", 13 13 "pocket", 14 + "reflector", 14 15 ]
+8 -1
Makefile
··· 5 5 cargo test --all-features 6 6 7 7 fmt: 8 - cargo fmt --package links --package constellation --package ufos --package spacedust --package who-am-i --package slingshot 8 + cargo fmt --package links \ 9 + --package constellation \ 10 + --package ufos \ 11 + --package spacedust \ 12 + --package who-am-i \ 13 + --package slingshot \ 14 + --package pocket \ 15 + --package reflector 9 16 cargo +nightly fmt --package jetstream 10 17 11 18 clippy:
+1 -1
constellation/Cargo.toml
··· 8 8 anyhow = "1.0.95" 9 9 askama = { version = "0.12.1", features = ["serde-json"] } 10 10 axum = "0.8.1" 11 - axum-extra = { version = "0.10.0", features = ["typed-header"] } 11 + axum-extra = { version = "0.10.0", features = ["query", "typed-header"] } 12 12 axum-metrics = "0.2" 13 13 bincode = "1.3.3" 14 14 clap = { version = "4.5.26", features = ["derive"] }
+661
constellation/LICENSE
··· 1 + GNU AFFERO GENERAL PUBLIC LICENSE 2 + Version 3, 19 November 2007 3 + 4 + Copyright (C) 2007 Free Software Foundation, Inc. <https://fsf.org/> 5 + Everyone is permitted to copy and distribute verbatim copies 6 + of this license document, but changing it is not allowed. 7 + 8 + Preamble 9 + 10 + The GNU Affero General Public License is a free, copyleft license for 11 + software and other kinds of works, specifically designed to ensure 12 + cooperation with the community in the case of network server software. 13 + 14 + The licenses for most software and other practical works are designed 15 + to take away your freedom to share and change the works. By contrast, 16 + our General Public Licenses are intended to guarantee your freedom to 17 + share and change all versions of a program--to make sure it remains free 18 + software for all its users. 19 + 20 + When we speak of free software, we are referring to freedom, not 21 + price. 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+3
constellation/LICENSE.future
··· 1 + constellation's source code is currently only available under the AGPL license. 2 + 3 + it MAY be relicensed in the future to MIT and/or Apache 2.0, at the sole discretion of the microcosm organization, but is not available under these licenses today.
+9
constellation/readme.md
··· 83 83 ``` 84 84 85 85 86 + ## Contributions 87 + 88 + ### Licensing 89 + 90 + Constellation's source code is currently available exclusively under the AGPL license (see [LICENSE](./LICENSE)). 91 + 92 + In the future, its code MAY become available under the MIT and/or Apache2.0 licenses, at the sole discretion of the microcosm organization. Contributing implies acceptance with this possible future licensing change. The change has not happed yet and is not guaranteed. 93 + 94 + 86 95 some todos 87 96 88 97 - [x] find links and write them to rocksdb
+75 -16
constellation/src/bin/main.rs
··· 1 1 use anyhow::{bail, Result}; 2 2 use clap::{Parser, ValueEnum}; 3 3 use metrics_exporter_prometheus::PrometheusBuilder; 4 + use std::net::SocketAddr; 4 5 use std::num::NonZero; 5 6 use std::path::PathBuf; 6 7 use std::sync::{atomic::AtomicU32, Arc}; ··· 21 22 #[derive(Parser, Debug)] 22 23 #[command(version, about, long_about = None)] 23 24 struct Args { 24 - #[arg(short, long)] 25 + /// constellation server's listen address 26 + #[arg(long)] 27 + #[clap(default_value = "0.0.0.0:6789")] 28 + bind: SocketAddr, 29 + /// optionally disable the metrics server 30 + #[arg(long)] 31 + #[clap(default_value_t = false)] 32 + collect_metrics: bool, 33 + /// metrics server's listen address 34 + #[arg(long)] 35 + #[clap(default_value = "0.0.0.0:8765")] 36 + bind_metrics: SocketAddr, 25 37 /// Jetstream server to connect to (exclusive with --fixture). Provide either a wss:// URL, or a shorhand value: 26 38 /// 'us-east-1', 'us-east-2', 'us-west-1', or 'us-west-2' 27 39 #[arg(short, long)] ··· 46 58 /// Saved jsonl from jetstream to use instead of a live subscription 47 59 #[arg(short, long)] 48 60 fixture: Option<PathBuf>, 61 + /// run a scan across the target id table and write all key -> ids to id -> keys 62 + #[arg(long, action)] 63 + repair_target_ids: bool, 49 64 } 50 65 51 66 #[derive(Debug, Clone, ValueEnum)] ··· 78 93 let stream = jetstream_url(&args.jetstream); 79 94 println!("using jetstream server {stream:?}...",); 80 95 96 + let bind = args.bind; 97 + let metrics_bind = args.bind_metrics; 98 + 99 + let collect_metrics = args.collect_metrics; 81 100 let stay_alive = CancellationToken::new(); 82 101 83 102 match args.backend { 84 - StorageBackend::Memory => run(MemStorage::new(), fixture, None, stream, stay_alive), 103 + StorageBackend::Memory => run( 104 + MemStorage::new(), 105 + fixture, 106 + None, 107 + stream, 108 + bind, 109 + metrics_bind, 110 + collect_metrics, 111 + stay_alive, 112 + ), 85 113 #[cfg(feature = "rocks")] 86 114 StorageBackend::Rocks => { 87 115 let storage_dir = args.data.clone().unwrap_or("rocks.test".into()); ··· 96 124 rocks.start_backup(backup_dir, auto_backup, stay_alive.clone())?; 97 125 } 98 126 println!("rocks ready."); 99 - run(rocks, fixture, args.data, stream, stay_alive) 127 + std::thread::scope(|s| { 128 + if args.repair_target_ids { 129 + let rocks = rocks.clone(); 130 + let stay_alive = stay_alive.clone(); 131 + s.spawn(move || { 132 + let rep = rocks.run_repair(time::Duration::from_millis(0), stay_alive); 133 + eprintln!("repair finished: {rep:?}"); 134 + rep 135 + }); 136 + } 137 + s.spawn(|| { 138 + let r = run( 139 + rocks, 140 + fixture, 141 + args.data, 142 + stream, 143 + bind, 144 + metrics_bind, 145 + collect_metrics, 146 + stay_alive, 147 + ); 148 + eprintln!("run finished: {r:?}"); 149 + r 150 + }); 151 + }); 152 + Ok(()) 100 153 } 101 154 } 102 155 } 103 156 157 + #[allow(clippy::too_many_lines)] 158 + #[allow(clippy::too_many_arguments)] 104 159 fn run( 105 160 mut storage: impl LinkStorage, 106 161 fixture: Option<PathBuf>, 107 162 data_dir: Option<PathBuf>, 108 163 stream: String, 164 + bind: SocketAddr, 165 + metrics_bind: SocketAddr, 166 + collect_metrics: bool, 109 167 stay_alive: CancellationToken, 110 168 ) -> Result<()> { 111 169 ctrlc::set_handler({ ··· 150 208 .build() 151 209 .expect("axum startup") 152 210 .block_on(async { 153 - install_metrics_server()?; 154 - serve(readable, "0.0.0.0:6789", staying_alive).await 211 + // Install metrics server only if requested 212 + if collect_metrics { 213 + install_metrics_server(metrics_bind)?; 214 + } 215 + serve(readable, bind, staying_alive).await 155 216 }) 156 217 .unwrap(); 157 218 stay_alive.drop_guard(); 158 219 } 159 220 }); 160 221 161 - s.spawn(move || { // monitor thread 222 + // only spawn monitoring thread if the metrics server is running 223 + if collect_metrics { 224 + s.spawn(move || { // monitor thread 162 225 let stay_alive = stay_alive.clone(); 163 226 let check_alive = stay_alive.clone(); 164 227 ··· 184 247 185 248 'monitor: loop { 186 249 match readable.get_stats() { 187 - Ok(StorageStats { dids, targetables, linking_records }) => { 250 + Ok(StorageStats { dids, targetables, linking_records, .. }) => { 188 251 metrics::gauge!("storage.stats.dids").set(dids as f64); 189 252 metrics::gauge!("storage.stats.targetables").set(targetables as f64); 190 253 metrics::gauge!("storage.stats.linking_records").set(linking_records as f64); ··· 210 273 } 211 274 } 212 275 stay_alive.drop_guard(); 213 - }); 276 + }); 277 + } 214 278 }); 215 279 216 280 println!("byeeee"); ··· 218 282 Ok(()) 219 283 } 220 284 221 - fn install_metrics_server() -> Result<()> { 285 + fn install_metrics_server(metrics_bind: SocketAddr) -> Result<()> { 222 286 println!("installing metrics server..."); 223 - let host = [0, 0, 0, 0]; 224 - let port = 8765; 225 287 PrometheusBuilder::new() 226 288 .set_quantiles(&[0.5, 0.9, 0.99, 1.0])? 227 289 .set_bucket_duration(time::Duration::from_secs(30))? 228 290 .set_bucket_count(NonZero::new(10).unwrap()) // count * duration = 5 mins. stuff doesn't happen that fast here. 229 291 .set_enable_unit_suffix(true) 230 - .with_http_listener((host, port)) 292 + .with_http_listener(metrics_bind) 231 293 .install()?; 232 - println!( 233 - "metrics server installed! listening on http://{}.{}.{}.{}:{port}", 234 - host[0], host[1], host[2], host[3] 235 - ); 294 + println!("metrics server installed! listening at {metrics_bind:?}"); 236 295 Ok(()) 237 296 } 238 297
+2
constellation/src/bin/rocks-restore-from-backup.rs
··· 3 3 use clap::Parser; 4 4 use std::path::PathBuf; 5 5 6 + #[cfg(feature = "rocks")] 6 7 use rocksdb::backup::{BackupEngine, BackupEngineOptions, RestoreOptions}; 7 8 8 9 use std::time; ··· 19 20 to_data_dir: PathBuf, 20 21 } 21 22 23 + #[cfg(feature = "rocks")] 22 24 fn main() -> Result<()> { 23 25 let args = Args::parse(); 24 26
+13 -6
constellation/src/consumer/jetstream.rs
··· 226 226 println!("jetstream closed the websocket cleanly."); 227 227 break; 228 228 } 229 - r => eprintln!("jetstream: close result after error: {r:?}"), 229 + Err(_) => { 230 + counter!("jetstream_read_fail", "url" => stream.clone(), "reason" => "dirty close").increment(1); 231 + println!("jetstream failed to close the websocket cleanly."); 232 + break; 233 + } 234 + Ok(r) => { 235 + eprintln!("jetstream: close result after error: {r:?}"); 236 + counter!("jetstream_read_fail", "url" => stream.clone(), "reason" => "read error") 237 + .increment(1); 238 + // if we didn't immediately get ConnectionClosed, we should keep polling read 239 + // until we get it. 240 + continue; 241 + } 230 242 } 231 - counter!("jetstream_read_fail", "url" => stream.clone(), "reason" => "read error") 232 - .increment(1); 233 - // if we didn't immediately get ConnectionClosed, we should keep polling read 234 - // until we get it. 235 - continue; 236 243 } 237 244 }; 238 245
+8 -6
constellation/src/server/filters.rs
··· 5 5 Ok({ 6 6 if let Some(link) = parse_any_link(s) { 7 7 match link { 8 - Link::AtUri(at_uri) => at_uri.strip_prefix("at://").map(|noproto| { 9 - format!("https://atproto-browser-plus-links.vercel.app/at/{noproto}") 10 - }), 11 - Link::Did(did) => Some(format!( 12 - "https://atproto-browser-plus-links.vercel.app/at/{did}" 13 - )), 8 + Link::AtUri(at_uri) => at_uri 9 + .strip_prefix("at://") 10 + .map(|noproto| format!("https://pdsls.dev/at://{noproto}")), 11 + Link::Did(did) => Some(format!("https://pdsls.dev/at://{did}")), 14 12 Link::Uri(uri) => Some(uri), 15 13 } 16 14 } else { ··· 22 20 pub fn human_number(n: &u64) -> askama::Result<String> { 23 21 Ok(n.to_formatted_string(&Locale::en)) 24 22 } 23 + 24 + pub fn to_u64(n: usize) -> askama::Result<u64> { 25 + Ok(n as u64) 26 + }
+334 -21
constellation/src/server/mod.rs
··· 11 11 use bincode::Options; 12 12 use serde::{Deserialize, Serialize}; 13 13 use serde_with::serde_as; 14 - use std::collections::HashMap; 14 + use std::collections::{HashMap, HashSet}; 15 15 use std::time::{Duration, UNIX_EPOCH}; 16 16 use tokio::net::{TcpListener, ToSocketAddrs}; 17 - use tokio::task::block_in_place; 17 + use tokio::task::spawn_blocking; 18 18 use tokio_util::sync::CancellationToken; 19 19 20 20 use crate::storage::{LinkReader, StorageStats}; ··· 25 25 26 26 use acceptable::{acceptable, ExtractAccept}; 27 27 28 - const DEFAULT_CURSOR_LIMIT: u64 = 16; 29 - const DEFAULT_CURSOR_LIMIT_MAX: u64 = 100; 28 + const DEFAULT_CURSOR_LIMIT: u64 = 100; 29 + const DEFAULT_CURSOR_LIMIT_MAX: u64 = 1000; 30 + 31 + fn get_default_cursor_limit() -> u64 { 32 + DEFAULT_CURSOR_LIMIT 33 + } 30 34 31 - const INDEX_BEGAN_AT_TS: u64 = 1738083600; // TODO: not this 35 + fn to500(e: tokio::task::JoinError) -> http::StatusCode { 36 + eprintln!("handler error: {e}"); 37 + http::StatusCode::INTERNAL_SERVER_ERROR 38 + } 32 39 33 40 pub async fn serve<S, A>(store: S, addr: A, stay_alive: CancellationToken) -> anyhow::Result<()> 34 41 where ··· 41 48 "/", 42 49 get({ 43 50 let store = store.clone(); 44 - move |accept| async { block_in_place(|| hello(accept, store)) } 51 + move |accept| async { 52 + spawn_blocking(|| hello(accept, store)) 53 + .await 54 + .map_err(to500)? 55 + } 56 + }), 57 + ) 58 + .route( 59 + "/xrpc/blue.microcosm.links.getManyToManyCounts", 60 + get({ 61 + let store = store.clone(); 62 + move |accept, query| async { 63 + spawn_blocking(|| get_many_to_many_counts(accept, query, store)) 64 + .await 65 + .map_err(to500)? 66 + } 45 67 }), 46 68 ) 47 69 .route( 48 70 "/links/count", 49 71 get({ 50 72 let store = store.clone(); 51 - move |accept, query| async { block_in_place(|| count_links(accept, query, store)) } 73 + move |accept, query| async { 74 + spawn_blocking(|| count_links(accept, query, store)) 75 + .await 76 + .map_err(to500)? 77 + } 52 78 }), 53 79 ) 54 80 .route( ··· 56 82 get({ 57 83 let store = store.clone(); 58 84 move |accept, query| async { 59 - block_in_place(|| count_distinct_dids(accept, query, store)) 85 + spawn_blocking(|| count_distinct_dids(accept, query, store)) 86 + .await 87 + .map_err(to500)? 88 + } 89 + }), 90 + ) 91 + .route( 92 + "/xrpc/blue.microcosm.links.getBacklinks", 93 + get({ 94 + let store = store.clone(); 95 + move |accept, query| async { 96 + spawn_blocking(|| get_backlinks(accept, query, store)) 97 + .await 98 + .map_err(to500)? 60 99 } 61 100 }), 62 101 ) ··· 64 103 "/links", 65 104 get({ 66 105 let store = store.clone(); 67 - move |accept, query| async { block_in_place(|| get_links(accept, query, store)) } 106 + move |accept, query| async { 107 + spawn_blocking(|| get_links(accept, query, store)) 108 + .await 109 + .map_err(to500)? 110 + } 68 111 }), 69 112 ) 70 113 .route( ··· 72 115 get({ 73 116 let store = store.clone(); 74 117 move |accept, query| async { 75 - block_in_place(|| get_distinct_dids(accept, query, store)) 118 + spawn_blocking(|| get_distinct_dids(accept, query, store)) 119 + .await 120 + .map_err(to500)? 76 121 } 77 122 }), 78 123 ) ··· 82 127 get({ 83 128 let store = store.clone(); 84 129 move |accept, query| async { 85 - block_in_place(|| count_all_links(accept, query, store)) 130 + spawn_blocking(|| count_all_links(accept, query, store)) 131 + .await 132 + .map_err(to500)? 86 133 } 87 134 }), 88 135 ) ··· 91 138 get({ 92 139 let store = store.clone(); 93 140 move |accept, query| async { 94 - block_in_place(|| explore_links(accept, query, store)) 141 + spawn_blocking(|| explore_links(accept, query, store)) 142 + .await 143 + .map_err(to500)? 95 144 } 96 145 }), 97 146 ) ··· 150 199 #[template(path = "hello.html.j2")] 151 200 struct HelloReponse { 152 201 help: &'static str, 153 - days_indexed: u64, 202 + days_indexed: Option<u64>, 154 203 stats: StorageStats, 155 204 } 156 205 fn hello( ··· 160 209 let stats = store 161 210 .get_stats() 162 211 .map_err(|_| http::StatusCode::INTERNAL_SERVER_ERROR)?; 163 - let days_indexed = (UNIX_EPOCH + Duration::from_secs(INDEX_BEGAN_AT_TS)) 164 - .elapsed() 212 + let days_indexed = stats 213 + .started_at 214 + .map(|c| (UNIX_EPOCH + Duration::from_micros(c)).elapsed()) 215 + .transpose() 165 216 .map_err(|_| http::StatusCode::INTERNAL_SERVER_ERROR)? 166 - .as_secs() 167 - / 86400; 217 + .map(|d| d.as_secs() / 86_400); 168 218 Ok(acceptable(accept, HelloReponse { 169 219 help: "open this URL in a web browser (or request with Accept: text/html) for information about this API.", 170 220 days_indexed, ··· 173 223 } 174 224 175 225 #[derive(Clone, Deserialize)] 226 + #[serde(rename_all = "camelCase")] 227 + struct GetManyToManyCountsQuery { 228 + subject: String, 229 + source: String, 230 + /// path to the secondary link in the linking record 231 + path_to_other: String, 232 + /// filter to linking records (join of the m2m) by these DIDs 233 + #[serde(default)] 234 + did: Vec<String>, 235 + /// filter to specific secondary records 236 + #[serde(default)] 237 + other_subject: Vec<String>, 238 + cursor: Option<OpaqueApiCursor>, 239 + /// Set the max number of links to return per page of results 240 + #[serde(default = "get_default_cursor_limit")] 241 + limit: u64, 242 + } 243 + #[derive(Serialize)] 244 + struct OtherSubjectCount { 245 + subject: String, 246 + total: u64, 247 + distinct: u64, 248 + } 249 + #[derive(Template, Serialize)] 250 + #[template(path = "get-many-to-many-counts.html.j2")] 251 + struct GetManyToManyCountsResponse { 252 + counts_by_other_subject: Vec<OtherSubjectCount>, 253 + cursor: Option<OpaqueApiCursor>, 254 + #[serde(skip_serializing)] 255 + query: GetManyToManyCountsQuery, 256 + } 257 + fn get_many_to_many_counts( 258 + accept: ExtractAccept, 259 + query: axum_extra::extract::Query<GetManyToManyCountsQuery>, 260 + store: impl LinkReader, 261 + ) -> Result<impl IntoResponse, http::StatusCode> { 262 + let cursor_key = query 263 + .cursor 264 + .clone() 265 + .map(|oc| ApiKeyedCursor::try_from(oc).map_err(|_| http::StatusCode::BAD_REQUEST)) 266 + .transpose()? 267 + .map(|c| c.next); 268 + 269 + let limit = query.limit; 270 + if limit > DEFAULT_CURSOR_LIMIT_MAX { 271 + return Err(http::StatusCode::BAD_REQUEST); 272 + } 273 + 274 + let filter_dids: HashSet<Did> = HashSet::from_iter( 275 + query 276 + .did 277 + .iter() 278 + .map(|d| d.trim()) 279 + .filter(|d| !d.is_empty()) 280 + .map(|d| Did(d.to_string())), 281 + ); 282 + 283 + let filter_other_subjects: HashSet<String> = HashSet::from_iter( 284 + query 285 + .other_subject 286 + .iter() 287 + .map(|s| s.trim().to_string()) 288 + .filter(|s| !s.is_empty()), 289 + ); 290 + 291 + let Some((collection, path)) = query.source.split_once(':') else { 292 + return Err(http::StatusCode::BAD_REQUEST); 293 + }; 294 + let path = format!(".{path}"); 295 + 296 + let path_to_other = format!(".{}", query.path_to_other); 297 + 298 + let paged = store 299 + .get_many_to_many_counts( 300 + &query.subject, 301 + collection, 302 + &path, 303 + &path_to_other, 304 + limit, 305 + cursor_key, 306 + &filter_dids, 307 + &filter_other_subjects, 308 + ) 309 + .map_err(|_| http::StatusCode::INTERNAL_SERVER_ERROR)?; 310 + 311 + let cursor = paged.next.map(|next| ApiKeyedCursor { next }.into()); 312 + 313 + let items = paged 314 + .items 315 + .into_iter() 316 + .map(|(subject, total, distinct)| OtherSubjectCount { 317 + subject, 318 + total, 319 + distinct, 320 + }) 321 + .collect(); 322 + 323 + Ok(acceptable( 324 + accept, 325 + GetManyToManyCountsResponse { 326 + counts_by_other_subject: items, 327 + cursor, 328 + query: (*query).clone(), 329 + }, 330 + )) 331 + } 332 + 333 + #[derive(Clone, Deserialize)] 176 334 struct GetLinksCountQuery { 177 335 target: String, 178 336 collection: String, ··· 233 391 } 234 392 235 393 #[derive(Clone, Deserialize)] 394 + struct GetBacklinksQuery { 395 + /// The link target 396 + /// 397 + /// can be an AT-URI, plain DID, or regular URI 398 + subject: String, 399 + /// Filter links only from this link source 400 + /// 401 + /// eg.: `app.bsky.feed.like:subject.uri` 402 + source: String, 403 + cursor: Option<OpaqueApiCursor>, 404 + /// Filter links only from these DIDs 405 + /// 406 + /// include multiple times to filter by multiple source DIDs 407 + #[serde(default)] 408 + did: Vec<String>, 409 + /// Set the max number of links to return per page of results 410 + #[serde(default = "get_default_cursor_limit")] 411 + limit: u64, 412 + // TODO: allow reverse (er, forward) order as well 413 + } 414 + #[derive(Template, Serialize)] 415 + #[template(path = "get-backlinks.html.j2")] 416 + struct GetBacklinksResponse { 417 + total: u64, 418 + records: Vec<RecordId>, 419 + cursor: Option<OpaqueApiCursor>, 420 + #[serde(skip_serializing)] 421 + query: GetBacklinksQuery, 422 + #[serde(skip_serializing)] 423 + collection: String, 424 + #[serde(skip_serializing)] 425 + path: String, 426 + } 427 + fn get_backlinks( 428 + accept: ExtractAccept, 429 + query: axum_extra::extract::Query<GetBacklinksQuery>, // supports multiple param occurrences 430 + store: impl LinkReader, 431 + ) -> Result<impl IntoResponse, http::StatusCode> { 432 + let until = query 433 + .cursor 434 + .clone() 435 + .map(|oc| ApiCursor::try_from(oc).map_err(|_| http::StatusCode::BAD_REQUEST)) 436 + .transpose()? 437 + .map(|c| c.next); 438 + 439 + let limit = query.limit; 440 + if limit > DEFAULT_CURSOR_LIMIT_MAX { 441 + return Err(http::StatusCode::BAD_REQUEST); 442 + } 443 + 444 + let filter_dids: HashSet<Did> = HashSet::from_iter( 445 + query 446 + .did 447 + .iter() 448 + .map(|d| d.trim()) 449 + .filter(|d| !d.is_empty()) 450 + .map(|d| Did(d.to_string())), 451 + ); 452 + 453 + let Some((collection, path)) = query.source.split_once(':') else { 454 + return Err(http::StatusCode::BAD_REQUEST); 455 + }; 456 + let path = format!(".{path}"); 457 + 458 + let paged = store 459 + .get_links( 460 + &query.subject, 461 + collection, 462 + &path, 463 + limit, 464 + until, 465 + &filter_dids, 466 + ) 467 + .map_err(|_| http::StatusCode::INTERNAL_SERVER_ERROR)?; 468 + 469 + let cursor = paged.next.map(|next| { 470 + ApiCursor { 471 + version: paged.version, 472 + next, 473 + } 474 + .into() 475 + }); 476 + 477 + Ok(acceptable( 478 + accept, 479 + GetBacklinksResponse { 480 + total: paged.total, 481 + records: paged.items, 482 + cursor, 483 + query: (*query).clone(), 484 + collection: collection.to_string(), 485 + path, 486 + }, 487 + )) 488 + } 489 + 490 + #[derive(Clone, Deserialize)] 236 491 struct GetLinkItemsQuery { 237 492 target: String, 238 493 collection: String, 239 494 path: String, 240 495 cursor: Option<OpaqueApiCursor>, 241 - limit: Option<u64>, 496 + /// Filter links only from these DIDs 497 + /// 498 + /// include multiple times to filter by multiple source DIDs 499 + #[serde(default)] 500 + did: Vec<String>, 501 + /// [deprecated] Filter links only from these DIDs 502 + /// 503 + /// format: comma-separated sequence of DIDs 504 + /// 505 + /// errors: if `did` parameter is also present 506 + /// 507 + /// deprecated: use `did`, which can be repeated multiple times 508 + from_dids: Option<String>, // comma separated: gross 509 + #[serde(default = "get_default_cursor_limit")] 510 + limit: u64, 242 511 // TODO: allow reverse (er, forward) order as well 243 512 } 244 513 #[derive(Template, Serialize)] ··· 255 524 } 256 525 fn get_links( 257 526 accept: ExtractAccept, 258 - query: Query<GetLinkItemsQuery>, 527 + query: axum_extra::extract::Query<GetLinkItemsQuery>, // supports multiple param occurrences 259 528 store: impl LinkReader, 260 529 ) -> Result<impl IntoResponse, http::StatusCode> { 261 530 let until = query ··· 265 534 .transpose()? 266 535 .map(|c| c.next); 267 536 268 - let limit = query.limit.unwrap_or(DEFAULT_CURSOR_LIMIT); 537 + let limit = query.limit; 269 538 if limit > DEFAULT_CURSOR_LIMIT_MAX { 270 539 return Err(http::StatusCode::BAD_REQUEST); 271 540 } 272 541 542 + let mut filter_dids: HashSet<Did> = HashSet::from_iter( 543 + query 544 + .did 545 + .iter() 546 + .map(|d| d.trim()) 547 + .filter(|d| !d.is_empty()) 548 + .map(|d| Did(d.to_string())), 549 + ); 550 + 551 + if let Some(comma_joined) = &query.from_dids { 552 + if !filter_dids.is_empty() { 553 + return Err(http::StatusCode::BAD_REQUEST); 554 + } 555 + for did in comma_joined.split(',') { 556 + filter_dids.insert(Did(did.to_string())); 557 + } 558 + } 559 + 273 560 let paged = store 274 - .get_links(&query.target, &query.collection, &query.path, limit, until) 561 + .get_links( 562 + &query.target, 563 + &query.collection, 564 + &query.path, 565 + limit, 566 + until, 567 + &filter_dids, 568 + ) 275 569 .map_err(|_| http::StatusCode::INTERNAL_SERVER_ERROR)?; 276 570 277 571 let cursor = paged.next.map(|next| { ··· 433 727 OpaqueApiCursor(bincode::DefaultOptions::new().serialize(&item).unwrap()) 434 728 } 435 729 } 730 + 731 + #[derive(Serialize, Deserialize)] // for bincode 732 + struct ApiKeyedCursor { 733 + next: String, // the key 734 + } 735 + 736 + impl TryFrom<OpaqueApiCursor> for ApiKeyedCursor { 737 + type Error = bincode::Error; 738 + 739 + fn try_from(item: OpaqueApiCursor) -> Result<Self, Self::Error> { 740 + bincode::DefaultOptions::new().deserialize(&item.0) 741 + } 742 + } 743 + 744 + impl From<ApiKeyedCursor> for OpaqueApiCursor { 745 + fn from(item: ApiKeyedCursor) -> Self { 746 + OpaqueApiCursor(bincode::DefaultOptions::new().serialize(&item).unwrap()) 747 + } 748 + }
+93 -1
constellation/src/storage/mem_store.rs
··· 1 - use super::{LinkReader, LinkStorage, PagedAppendingCollection, StorageStats}; 1 + use super::{ 2 + LinkReader, LinkStorage, PagedAppendingCollection, PagedOrderedCollection, StorageStats, 3 + }; 2 4 use crate::{ActionableEvent, CountsByCount, Did, RecordId}; 3 5 use anyhow::Result; 4 6 use links::CollectedLink; ··· 132 134 } 133 135 134 136 impl LinkReader for MemStorage { 137 + fn get_many_to_many_counts( 138 + &self, 139 + target: &str, 140 + collection: &str, 141 + path: &str, 142 + path_to_other: &str, 143 + limit: u64, 144 + after: Option<String>, 145 + filter_dids: &HashSet<Did>, 146 + filter_to_targets: &HashSet<String>, 147 + ) -> Result<PagedOrderedCollection<(String, u64, u64), String>> { 148 + let data = self.0.lock().unwrap(); 149 + let Some(paths) = data.targets.get(&Target::new(target)) else { 150 + return Ok(PagedOrderedCollection::default()); 151 + }; 152 + let Some(linkers) = paths.get(&Source::new(collection, path)) else { 153 + return Ok(PagedOrderedCollection::default()); 154 + }; 155 + 156 + let path_to_other = RecordPath::new(path_to_other); 157 + let filter_to_targets: HashSet<Target> = 158 + HashSet::from_iter(filter_to_targets.iter().map(|s| Target::new(s))); 159 + 160 + let mut grouped_counts: HashMap<Target, (u64, HashSet<Did>)> = HashMap::new(); 161 + for (did, rkey) in linkers.iter().flatten().cloned() { 162 + if !filter_dids.is_empty() && !filter_dids.contains(&did) { 163 + continue; 164 + } 165 + if let Some(fwd_target) = data 166 + .links 167 + .get(&did) 168 + .unwrap_or(&HashMap::new()) 169 + .get(&RepoId { 170 + collection: collection.to_string(), 171 + rkey, 172 + }) 173 + .unwrap_or(&Vec::new()) 174 + .iter() 175 + .filter_map(|(path, target)| { 176 + if *path == path_to_other 177 + && (filter_to_targets.is_empty() || filter_to_targets.contains(target)) 178 + { 179 + Some(target) 180 + } else { 181 + None 182 + } 183 + }) 184 + .take(1) 185 + .next() 186 + { 187 + let e = grouped_counts.entry(fwd_target.clone()).or_default(); 188 + e.0 += 1; 189 + e.1.insert(did.clone()); 190 + } 191 + } 192 + let mut items: Vec<(String, u64, u64)> = grouped_counts 193 + .iter() 194 + .map(|(k, (n, u))| (k.0.clone(), *n, u.len() as u64)) 195 + .collect(); 196 + items.sort(); 197 + items = items 198 + .into_iter() 199 + .skip_while(|(t, _, _)| after.as_ref().map(|a| t <= a).unwrap_or(false)) 200 + .take(limit as usize) 201 + .collect(); 202 + let next = if items.len() as u64 >= limit { 203 + items.last().map(|(t, _, _)| t.clone()) 204 + } else { 205 + None 206 + }; 207 + Ok(PagedOrderedCollection { items, next }) 208 + } 209 + 135 210 fn get_count(&self, target: &str, collection: &str, path: &str) -> Result<u64> { 136 211 let data = self.0.lock().unwrap(); 137 212 let Some(paths) = data.targets.get(&Target::new(target)) else { ··· 166 241 path: &str, 167 242 limit: u64, 168 243 until: Option<u64>, 244 + filter_dids: &HashSet<Did>, 169 245 ) -> Result<PagedAppendingCollection<RecordId>> { 170 246 let data = self.0.lock().unwrap(); 171 247 let Some(paths) = data.targets.get(&Target::new(target)) else { ··· 183 259 next: None, 184 260 total: 0, 185 261 }); 262 + }; 263 + 264 + let did_rkeys: Vec<_> = if !filter_dids.is_empty() { 265 + did_rkeys 266 + .iter() 267 + .filter(|m| { 268 + Option::<(Did, RKey)>::clone(m) 269 + .map(|(did, _)| filter_dids.contains(&did)) 270 + .unwrap_or(false) 271 + }) 272 + .cloned() 273 + .collect() 274 + } else { 275 + did_rkeys.to_vec() 186 276 }; 187 277 188 278 let total = did_rkeys.len(); ··· 338 428 dids, 339 429 targetables, 340 430 linking_records, 431 + started_at: None, 432 + other_data: Default::default(), 341 433 }) 342 434 } 343 435 }
+484 -14
constellation/src/storage/mod.rs
··· 1 1 use crate::{ActionableEvent, CountsByCount, Did, RecordId}; 2 2 use anyhow::Result; 3 3 use serde::{Deserialize, Serialize}; 4 - use std::collections::HashMap; 4 + use std::collections::{HashMap, HashSet}; 5 5 6 6 pub mod mem_store; 7 7 pub use mem_store::MemStorage; ··· 19 19 pub total: u64, 20 20 } 21 21 22 + /// A paged collection whose keys are sorted instead of indexed 23 + /// 24 + /// this has weaker guarantees than PagedAppendingCollection: it might 25 + /// return a totally consistent snapshot. but it should avoid duplicates 26 + /// and each page should at least be internally consistent. 27 + #[derive(Debug, PartialEq, Default)] 28 + pub struct PagedOrderedCollection<T, K: Ord> { 29 + pub items: Vec<T>, 30 + pub next: Option<K>, 31 + } 32 + 22 33 #[derive(Debug, Deserialize, Serialize, PartialEq)] 23 34 pub struct StorageStats { 24 35 /// estimate of how many accounts we've seen create links. the _subjects_ of any links are not represented here. ··· 33 44 /// records with multiple links are single-counted. 34 45 /// for LSM stores, deleted links don't decrement this, and updated records with any links will likely increment it. 35 46 pub linking_records: u64, 47 + 48 + /// first jetstream cursor when this instance first started 49 + pub started_at: Option<u64>, 50 + 51 + /// anything else we want to throw in 52 + pub other_data: HashMap<String, u64>, 36 53 } 37 54 38 55 pub trait LinkStorage: Send + Sync { ··· 48 65 } 49 66 50 67 pub trait LinkReader: Clone + Send + Sync + 'static { 68 + #[allow(clippy::too_many_arguments)] 69 + fn get_many_to_many_counts( 70 + &self, 71 + target: &str, 72 + collection: &str, 73 + path: &str, 74 + path_to_other: &str, 75 + limit: u64, 76 + after: Option<String>, 77 + filter_dids: &HashSet<Did>, 78 + filter_to_targets: &HashSet<String>, 79 + ) -> Result<PagedOrderedCollection<(String, u64, u64), String>>; 80 + 51 81 fn get_count(&self, target: &str, collection: &str, path: &str) -> Result<u64>; 52 82 53 83 fn get_distinct_did_count(&self, target: &str, collection: &str, path: &str) -> Result<u64>; ··· 59 89 path: &str, 60 90 limit: u64, 61 91 until: Option<u64>, 92 + filter_dids: &HashSet<Did>, 62 93 ) -> Result<PagedAppendingCollection<RecordId>>; 63 94 64 95 fn get_distinct_dids( ··· 145 176 ); 146 177 assert_eq!(storage.get_distinct_did_count("", "", "")?, 0); 147 178 assert_eq!( 148 - storage.get_links("a.com", "app.t.c", ".abc.uri", 100, None)?, 179 + storage.get_links( 180 + "a.com", 181 + "app.t.c", 182 + ".abc.uri", 183 + 100, 184 + None, 185 + &HashSet::default() 186 + )?, 149 187 PagedAppendingCollection { 150 188 version: (0, 0), 151 189 items: vec![], ··· 641 679 0, 642 680 )?; 643 681 assert_eq!( 644 - storage.get_links("a.com", "app.t.c", ".abc.uri", 100, None)?, 682 + storage.get_links( 683 + "a.com", 684 + "app.t.c", 685 + ".abc.uri", 686 + 100, 687 + None, 688 + &HashSet::default() 689 + )?, 645 690 PagedAppendingCollection { 646 691 version: (1, 0), 647 692 items: vec![RecordId { ··· 682 727 0, 683 728 )?; 684 729 } 685 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None)?; 730 + let links = 731 + storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None, &HashSet::default())?; 686 732 let dids = storage.get_distinct_dids("a.com", "app.t.c", ".abc.uri", 2, None)?; 687 733 assert_eq!( 688 734 links, ··· 713 759 total: 5, 714 760 } 715 761 ); 716 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, links.next)?; 762 + let links = storage.get_links( 763 + "a.com", 764 + "app.t.c", 765 + ".abc.uri", 766 + 2, 767 + links.next, 768 + &HashSet::default(), 769 + )?; 717 770 let dids = storage.get_distinct_dids("a.com", "app.t.c", ".abc.uri", 2, dids.next)?; 718 771 assert_eq!( 719 772 links, ··· 744 797 total: 5, 745 798 } 746 799 ); 747 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, links.next)?; 800 + let links = storage.get_links( 801 + "a.com", 802 + "app.t.c", 803 + ".abc.uri", 804 + 2, 805 + links.next, 806 + &HashSet::default(), 807 + )?; 748 808 let dids = storage.get_distinct_dids("a.com", "app.t.c", ".abc.uri", 2, dids.next)?; 749 809 assert_eq!( 750 810 links, ··· 771 831 assert_stats(storage.get_stats()?, 5..=5, 1..=1, 5..=5); 772 832 }); 773 833 834 + test_each_storage!(get_filtered_links, |storage| { 835 + let links = storage.get_links( 836 + "a.com", 837 + "app.t.c", 838 + ".abc.uri", 839 + 2, 840 + None, 841 + &HashSet::from([Did("did:plc:linker".to_string())]), 842 + )?; 843 + assert_eq!( 844 + links, 845 + PagedAppendingCollection { 846 + version: (0, 0), 847 + items: vec![], 848 + next: None, 849 + total: 0, 850 + } 851 + ); 852 + 853 + storage.push( 854 + &ActionableEvent::CreateLinks { 855 + record_id: RecordId { 856 + did: "did:plc:linker".into(), 857 + collection: "app.t.c".into(), 858 + rkey: "asdf".into(), 859 + }, 860 + links: vec![CollectedLink { 861 + target: Link::Uri("a.com".into()), 862 + path: ".abc.uri".into(), 863 + }], 864 + }, 865 + 0, 866 + )?; 867 + 868 + let links = storage.get_links( 869 + "a.com", 870 + "app.t.c", 871 + ".abc.uri", 872 + 2, 873 + None, 874 + &HashSet::from([Did("did:plc:linker".to_string())]), 875 + )?; 876 + assert_eq!( 877 + links, 878 + PagedAppendingCollection { 879 + version: (1, 0), 880 + items: vec![RecordId { 881 + did: "did:plc:linker".into(), 882 + collection: "app.t.c".into(), 883 + rkey: "asdf".into(), 884 + },], 885 + next: None, 886 + total: 1, 887 + } 888 + ); 889 + 890 + let links = storage.get_links( 891 + "a.com", 892 + "app.t.c", 893 + ".abc.uri", 894 + 2, 895 + None, 896 + &HashSet::from([Did("did:plc:someone-else".to_string())]), 897 + )?; 898 + assert_eq!( 899 + links, 900 + PagedAppendingCollection { 901 + version: (0, 0), 902 + items: vec![], 903 + next: None, 904 + total: 0, 905 + } 906 + ); 907 + 908 + storage.push( 909 + &ActionableEvent::CreateLinks { 910 + record_id: RecordId { 911 + did: "did:plc:linker".into(), 912 + collection: "app.t.c".into(), 913 + rkey: "asdf-2".into(), 914 + }, 915 + links: vec![CollectedLink { 916 + target: Link::Uri("a.com".into()), 917 + path: ".abc.uri".into(), 918 + }], 919 + }, 920 + 0, 921 + )?; 922 + storage.push( 923 + &ActionableEvent::CreateLinks { 924 + record_id: RecordId { 925 + did: "did:plc:someone-else".into(), 926 + collection: "app.t.c".into(), 927 + rkey: "asdf".into(), 928 + }, 929 + links: vec![CollectedLink { 930 + target: Link::Uri("a.com".into()), 931 + path: ".abc.uri".into(), 932 + }], 933 + }, 934 + 0, 935 + )?; 936 + 937 + let links = storage.get_links( 938 + "a.com", 939 + "app.t.c", 940 + ".abc.uri", 941 + 2, 942 + None, 943 + &HashSet::from([Did("did:plc:linker".to_string())]), 944 + )?; 945 + assert_eq!( 946 + links, 947 + PagedAppendingCollection { 948 + version: (2, 0), 949 + items: vec![ 950 + RecordId { 951 + did: "did:plc:linker".into(), 952 + collection: "app.t.c".into(), 953 + rkey: "asdf-2".into(), 954 + }, 955 + RecordId { 956 + did: "did:plc:linker".into(), 957 + collection: "app.t.c".into(), 958 + rkey: "asdf".into(), 959 + }, 960 + ], 961 + next: None, 962 + total: 2, 963 + } 964 + ); 965 + 966 + let links = storage.get_links( 967 + "a.com", 968 + "app.t.c", 969 + ".abc.uri", 970 + 2, 971 + None, 972 + &HashSet::from([ 973 + Did("did:plc:linker".to_string()), 974 + Did("did:plc:someone-else".to_string()), 975 + ]), 976 + )?; 977 + assert_eq!( 978 + links, 979 + PagedAppendingCollection { 980 + version: (3, 0), 981 + items: vec![ 982 + RecordId { 983 + did: "did:plc:someone-else".into(), 984 + collection: "app.t.c".into(), 985 + rkey: "asdf".into(), 986 + }, 987 + RecordId { 988 + did: "did:plc:linker".into(), 989 + collection: "app.t.c".into(), 990 + rkey: "asdf-2".into(), 991 + }, 992 + ], 993 + next: Some(1), 994 + total: 3, 995 + } 996 + ); 997 + 998 + let links = storage.get_links( 999 + "a.com", 1000 + "app.t.c", 1001 + ".abc.uri", 1002 + 2, 1003 + None, 1004 + &HashSet::from([Did("did:plc:someone-unknown".to_string())]), 1005 + )?; 1006 + assert_eq!( 1007 + links, 1008 + PagedAppendingCollection { 1009 + version: (0, 0), 1010 + items: vec![], 1011 + next: None, 1012 + total: 0, 1013 + } 1014 + ); 1015 + }); 1016 + 774 1017 test_each_storage!(get_links_exact_multiple, |storage| { 775 1018 for i in 1..=4 { 776 1019 storage.push( ··· 788 1031 0, 789 1032 )?; 790 1033 } 791 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None)?; 1034 + let links = 1035 + storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None, &HashSet::default())?; 792 1036 assert_eq!( 793 1037 links, 794 1038 PagedAppendingCollection { ··· 809 1053 total: 4, 810 1054 } 811 1055 ); 812 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, links.next)?; 1056 + let links = storage.get_links( 1057 + "a.com", 1058 + "app.t.c", 1059 + ".abc.uri", 1060 + 2, 1061 + links.next, 1062 + &HashSet::default(), 1063 + )?; 813 1064 assert_eq!( 814 1065 links, 815 1066 PagedAppendingCollection { ··· 850 1101 0, 851 1102 )?; 852 1103 } 853 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None)?; 1104 + let links = 1105 + storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None, &HashSet::default())?; 854 1106 assert_eq!( 855 1107 links, 856 1108 PagedAppendingCollection { ··· 885 1137 }, 886 1138 0, 887 1139 )?; 888 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, links.next)?; 1140 + let links = storage.get_links( 1141 + "a.com", 1142 + "app.t.c", 1143 + ".abc.uri", 1144 + 2, 1145 + links.next, 1146 + &HashSet::default(), 1147 + )?; 889 1148 assert_eq!( 890 1149 links, 891 1150 PagedAppendingCollection { ··· 926 1185 0, 927 1186 )?; 928 1187 } 929 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None)?; 1188 + let links = 1189 + storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None, &HashSet::default())?; 930 1190 assert_eq!( 931 1191 links, 932 1192 PagedAppendingCollection { ··· 955 1215 }), 956 1216 0, 957 1217 )?; 958 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, links.next)?; 1218 + let links = storage.get_links( 1219 + "a.com", 1220 + "app.t.c", 1221 + ".abc.uri", 1222 + 2, 1223 + links.next, 1224 + &HashSet::default(), 1225 + )?; 959 1226 assert_eq!( 960 1227 links, 961 1228 PagedAppendingCollection { ··· 989 1256 0, 990 1257 )?; 991 1258 } 992 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None)?; 1259 + let links = 1260 + storage.get_links("a.com", "app.t.c", ".abc.uri", 2, None, &HashSet::default())?; 993 1261 assert_eq!( 994 1262 links, 995 1263 PagedAppendingCollection { ··· 1014 1282 &ActionableEvent::DeactivateAccount("did:plc:asdf-1".into()), 1015 1283 0, 1016 1284 )?; 1017 - let links = storage.get_links("a.com", "app.t.c", ".abc.uri", 2, links.next)?; 1285 + let links = storage.get_links( 1286 + "a.com", 1287 + "app.t.c", 1288 + ".abc.uri", 1289 + 2, 1290 + links.next, 1291 + &HashSet::default(), 1292 + )?; 1018 1293 assert_eq!( 1019 1294 links, 1020 1295 PagedAppendingCollection { ··· 1081 1356 counts 1082 1357 }); 1083 1358 assert_stats(storage.get_stats()?, 1..=1, 2..=2, 1..=1); 1359 + }); 1360 + 1361 + //////// many-to-many ///////// 1362 + 1363 + test_each_storage!(get_m2m_counts_empty, |storage| { 1364 + assert_eq!( 1365 + storage.get_many_to_many_counts( 1366 + "a.com", 1367 + "a.b.c", 1368 + ".d.e", 1369 + ".f.g", 1370 + 10, 1371 + None, 1372 + &HashSet::new(), 1373 + &HashSet::new(), 1374 + )?, 1375 + PagedOrderedCollection { 1376 + items: vec![], 1377 + next: None, 1378 + } 1379 + ); 1380 + }); 1381 + 1382 + test_each_storage!(get_m2m_counts_single, |storage| { 1383 + storage.push( 1384 + &ActionableEvent::CreateLinks { 1385 + record_id: RecordId { 1386 + did: "did:plc:asdf".into(), 1387 + collection: "app.t.c".into(), 1388 + rkey: "asdf".into(), 1389 + }, 1390 + links: vec![ 1391 + CollectedLink { 1392 + target: Link::Uri("a.com".into()), 1393 + path: ".abc.uri".into(), 1394 + }, 1395 + CollectedLink { 1396 + target: Link::Uri("b.com".into()), 1397 + path: ".def.uri".into(), 1398 + }, 1399 + CollectedLink { 1400 + target: Link::Uri("b.com".into()), 1401 + path: ".ghi.uri".into(), 1402 + }, 1403 + ], 1404 + }, 1405 + 0, 1406 + )?; 1407 + assert_eq!( 1408 + storage.get_many_to_many_counts( 1409 + "a.com", 1410 + "app.t.c", 1411 + ".abc.uri", 1412 + ".def.uri", 1413 + 10, 1414 + None, 1415 + &HashSet::new(), 1416 + &HashSet::new(), 1417 + )?, 1418 + PagedOrderedCollection { 1419 + items: vec![("b.com".to_string(), 1, 1)], 1420 + next: None, 1421 + } 1422 + ); 1423 + }); 1424 + 1425 + test_each_storage!(get_m2m_counts_filters, |storage| { 1426 + storage.push( 1427 + &ActionableEvent::CreateLinks { 1428 + record_id: RecordId { 1429 + did: "did:plc:asdf".into(), 1430 + collection: "app.t.c".into(), 1431 + rkey: "asdf".into(), 1432 + }, 1433 + links: vec![ 1434 + CollectedLink { 1435 + target: Link::Uri("a.com".into()), 1436 + path: ".abc.uri".into(), 1437 + }, 1438 + CollectedLink { 1439 + target: Link::Uri("b.com".into()), 1440 + path: ".def.uri".into(), 1441 + }, 1442 + ], 1443 + }, 1444 + 0, 1445 + )?; 1446 + storage.push( 1447 + &ActionableEvent::CreateLinks { 1448 + record_id: RecordId { 1449 + did: "did:plc:asdfasdf".into(), 1450 + collection: "app.t.c".into(), 1451 + rkey: "asdf".into(), 1452 + }, 1453 + links: vec![ 1454 + CollectedLink { 1455 + target: Link::Uri("a.com".into()), 1456 + path: ".abc.uri".into(), 1457 + }, 1458 + CollectedLink { 1459 + target: Link::Uri("b.com".into()), 1460 + path: ".def.uri".into(), 1461 + }, 1462 + ], 1463 + }, 1464 + 1, 1465 + )?; 1466 + storage.push( 1467 + &ActionableEvent::CreateLinks { 1468 + record_id: RecordId { 1469 + did: "did:plc:fdsa".into(), 1470 + collection: "app.t.c".into(), 1471 + rkey: "asdf".into(), 1472 + }, 1473 + links: vec![ 1474 + CollectedLink { 1475 + target: Link::Uri("a.com".into()), 1476 + path: ".abc.uri".into(), 1477 + }, 1478 + CollectedLink { 1479 + target: Link::Uri("c.com".into()), 1480 + path: ".def.uri".into(), 1481 + }, 1482 + ], 1483 + }, 1484 + 2, 1485 + )?; 1486 + storage.push( 1487 + &ActionableEvent::CreateLinks { 1488 + record_id: RecordId { 1489 + did: "did:plc:fdsa".into(), 1490 + collection: "app.t.c".into(), 1491 + rkey: "asdf2".into(), 1492 + }, 1493 + links: vec![ 1494 + CollectedLink { 1495 + target: Link::Uri("a.com".into()), 1496 + path: ".abc.uri".into(), 1497 + }, 1498 + CollectedLink { 1499 + target: Link::Uri("c.com".into()), 1500 + path: ".def.uri".into(), 1501 + }, 1502 + ], 1503 + }, 1504 + 3, 1505 + )?; 1506 + assert_eq!( 1507 + storage.get_many_to_many_counts( 1508 + "a.com", 1509 + "app.t.c", 1510 + ".abc.uri", 1511 + ".def.uri", 1512 + 10, 1513 + None, 1514 + &HashSet::new(), 1515 + &HashSet::new(), 1516 + )?, 1517 + PagedOrderedCollection { 1518 + items: vec![("b.com".to_string(), 2, 2), ("c.com".to_string(), 2, 1),], 1519 + next: None, 1520 + } 1521 + ); 1522 + assert_eq!( 1523 + storage.get_many_to_many_counts( 1524 + "a.com", 1525 + "app.t.c", 1526 + ".abc.uri", 1527 + ".def.uri", 1528 + 10, 1529 + None, 1530 + &HashSet::from_iter([Did("did:plc:fdsa".to_string())]), 1531 + &HashSet::new(), 1532 + )?, 1533 + PagedOrderedCollection { 1534 + items: vec![("c.com".to_string(), 2, 1),], 1535 + next: None, 1536 + } 1537 + ); 1538 + assert_eq!( 1539 + storage.get_many_to_many_counts( 1540 + "a.com", 1541 + "app.t.c", 1542 + ".abc.uri", 1543 + ".def.uri", 1544 + 10, 1545 + None, 1546 + &HashSet::new(), 1547 + &HashSet::from_iter(["b.com".to_string()]), 1548 + )?, 1549 + PagedOrderedCollection { 1550 + items: vec![("b.com".to_string(), 2, 2),], 1551 + next: None, 1552 + } 1553 + ); 1084 1554 }); 1085 1555 }
+361 -41
constellation/src/storage/rocks_store.rs
··· 1 - use super::{ActionableEvent, LinkReader, LinkStorage, PagedAppendingCollection, StorageStats}; 1 + use super::{ 2 + ActionableEvent, LinkReader, LinkStorage, PagedAppendingCollection, PagedOrderedCollection, 3 + StorageStats, 4 + }; 2 5 use crate::{CountsByCount, Did, RecordId}; 3 6 use anyhow::{bail, Result}; 4 7 use bincode::Options as BincodeOptions; ··· 11 14 MultiThreaded, Options, PrefixRange, ReadOptions, WriteBatch, 12 15 }; 13 16 use serde::{Deserialize, Serialize}; 14 - use std::collections::{HashMap, HashSet}; 17 + use std::collections::{BTreeMap, HashMap, HashSet}; 15 18 use std::io::Read; 16 19 use std::marker::PhantomData; 17 20 use std::path::{Path, PathBuf}; ··· 20 23 Arc, 21 24 }; 22 25 use std::thread; 23 - use std::time::{Duration, Instant}; 26 + use std::time::{Duration, Instant, SystemTime, UNIX_EPOCH}; 24 27 use tokio_util::sync::CancellationToken; 25 28 26 29 static DID_IDS_CF: &str = "did_ids"; ··· 29 32 static LINK_TARGETS_CF: &str = "link_targets"; 30 33 31 34 static JETSTREAM_CURSOR_KEY: &str = "jetstream_cursor"; 35 + static STARTED_AT_KEY: &str = "jetstream_first_cursor"; 36 + // add reverse mappings for targets if this db was running before that was a thing 37 + static TARGET_ID_REPAIR_STATE_KEY: &str = "target_id_table_repair_state"; 38 + 39 + static COZY_FIRST_CURSOR: u64 = 1_738_083_600_000_000; // constellation.microcosm.blue started 40 + 41 + #[derive(Debug, Clone, Serialize, Deserialize)] 42 + struct TargetIdRepairState { 43 + /// start time for repair, microseconds timestamp 44 + current_us_started_at: u64, 45 + /// id table's latest id when repair started 46 + id_when_started: u64, 47 + /// id table id 48 + latest_repaired_i: u64, 49 + } 50 + impl AsRocksValue for TargetIdRepairState {} 51 + impl ValueFromRocks for TargetIdRepairState {} 32 52 33 53 // todo: actually understand and set these options probably better 34 54 fn rocks_opts_base() -> Options { ··· 56 76 #[derive(Debug, Clone)] 57 77 pub struct RocksStorage { 58 78 pub db: Arc<DBWithThreadMode<MultiThreaded>>, // TODO: mov seqs here (concat merge op will be fun) 59 - did_id_table: IdTable<Did, DidIdValue, true>, 60 - target_id_table: IdTable<TargetKey, TargetId, false>, 79 + did_id_table: IdTable<Did, DidIdValue>, 80 + target_id_table: IdTable<TargetKey, TargetId>, 61 81 is_writer: bool, 62 82 backup_task: Arc<Option<thread::JoinHandle<Result<()>>>>, 63 83 } ··· 85 105 fn cf_descriptor(&self) -> ColumnFamilyDescriptor { 86 106 ColumnFamilyDescriptor::new(&self.name, rocks_opts_base()) 87 107 } 88 - fn init<const WITH_REVERSE: bool>( 89 - self, 90 - db: &DBWithThreadMode<MultiThreaded>, 91 - ) -> Result<IdTable<Orig, IdVal, WITH_REVERSE>> { 108 + fn init(self, db: &DBWithThreadMode<MultiThreaded>) -> Result<IdTable<Orig, IdVal>> { 92 109 if db.cf_handle(&self.name).is_none() { 93 110 bail!("failed to get cf handle from db -- was the db open with our .cf_descriptor()?"); 94 111 } ··· 119 136 } 120 137 } 121 138 #[derive(Debug, Clone)] 122 - struct IdTable<Orig, IdVal: IdTableValue, const WITH_REVERSE: bool> 139 + struct IdTable<Orig, IdVal: IdTableValue> 123 140 where 124 141 Orig: KeyFromRocks, 125 142 for<'a> &'a Orig: AsRocksKey, ··· 127 144 base: IdTableBase<Orig, IdVal>, 128 145 priv_id_seq: u64, 129 146 } 130 - impl<Orig: Clone, IdVal: IdTableValue, const WITH_REVERSE: bool> IdTable<Orig, IdVal, WITH_REVERSE> 147 + impl<Orig: Clone, IdVal: IdTableValue> IdTable<Orig, IdVal> 131 148 where 132 149 Orig: KeyFromRocks, 133 150 for<'v> &'v IdVal: AsRocksValue, ··· 139 156 _key_marker: PhantomData, 140 157 _val_marker: PhantomData, 141 158 name: name.into(), 142 - id_seq: Arc::new(AtomicU64::new(0)), // zero is "uninint", first seq num will be 1 159 + id_seq: Arc::new(AtomicU64::new(0)), // zero is "uninit", first seq num will be 1 143 160 } 144 161 } 145 162 fn get_id_val( ··· 178 195 id_value 179 196 })) 180 197 } 198 + 181 199 fn estimate_count(&self) -> u64 { 182 200 self.base.id_seq.load(Ordering::SeqCst) - 1 // -1 because seq zero is reserved 183 201 } 184 - } 185 - impl<Orig: Clone, IdVal: IdTableValue> IdTable<Orig, IdVal, true> 186 - where 187 - Orig: KeyFromRocks, 188 - for<'v> &'v IdVal: AsRocksValue, 189 - for<'k> &'k Orig: AsRocksKey, 190 - { 202 + 191 203 fn get_or_create_id_val( 192 204 &mut self, 193 205 db: &DBWithThreadMode<MultiThreaded>, ··· 215 227 } 216 228 } 217 229 } 218 - impl<Orig: Clone, IdVal: IdTableValue> IdTable<Orig, IdVal, false> 219 - where 220 - Orig: KeyFromRocks, 221 - for<'v> &'v IdVal: AsRocksValue, 222 - for<'k> &'k Orig: AsRocksKey, 223 - { 224 - fn get_or_create_id_val( 225 - &mut self, 226 - db: &DBWithThreadMode<MultiThreaded>, 227 - batch: &mut WriteBatch, 228 - orig: &Orig, 229 - ) -> Result<IdVal> { 230 - let cf = db.cf_handle(&self.base.name).unwrap(); 231 - self.__get_or_create_id_val(&cf, db, batch, orig) 232 - } 233 - } 234 230 235 231 impl IdTableValue for DidIdValue { 236 232 fn new(v: u64) -> Self { ··· 249 245 } 250 246 } 251 247 248 + fn now() -> u64 { 249 + SystemTime::now() 250 + .duration_since(UNIX_EPOCH) 251 + .unwrap() 252 + .as_micros() as u64 253 + } 254 + 252 255 impl RocksStorage { 253 256 pub fn new(path: impl AsRef<Path>) -> Result<Self> { 254 257 Self::describe_metrics(); 255 - RocksStorage::open_readmode(path, false) 258 + let me = RocksStorage::open_readmode(path, false)?; 259 + me.global_init()?; 260 + Ok(me) 256 261 } 257 262 258 263 pub fn open_readonly(path: impl AsRef<Path>) -> Result<Self> { ··· 260 265 } 261 266 262 267 fn open_readmode(path: impl AsRef<Path>, readonly: bool) -> Result<Self> { 263 - let did_id_table = IdTable::<_, _, true>::setup(DID_IDS_CF); 264 - let target_id_table = IdTable::<_, _, false>::setup(TARGET_IDS_CF); 268 + let did_id_table = IdTable::setup(DID_IDS_CF); 269 + let target_id_table = IdTable::setup(TARGET_IDS_CF); 265 270 271 + // note: global stuff like jetstream cursor goes in the default cf 272 + // these are bonus extra cfs 266 273 let cfs = vec![ 267 274 // id reference tables 268 275 did_id_table.cf_descriptor(), ··· 296 303 is_writer: !readonly, 297 304 backup_task: None.into(), 298 305 }) 306 + } 307 + 308 + fn global_init(&self) -> Result<()> { 309 + let first_run = self.db.get(JETSTREAM_CURSOR_KEY)?.is_some(); 310 + if first_run { 311 + self.db.put(STARTED_AT_KEY, _rv(now()))?; 312 + 313 + // hack / temporary: if we're a new db, put in a completed repair 314 + // state so we don't run repairs (repairs are for old-code dbs) 315 + let completed = TargetIdRepairState { 316 + id_when_started: 0, 317 + current_us_started_at: 0, 318 + latest_repaired_i: 0, 319 + }; 320 + self.db.put(TARGET_ID_REPAIR_STATE_KEY, _rv(completed))?; 321 + } 322 + Ok(()) 323 + } 324 + 325 + pub fn run_repair(&self, breather: Duration, stay_alive: CancellationToken) -> Result<bool> { 326 + let mut state = match self 327 + .db 328 + .get(TARGET_ID_REPAIR_STATE_KEY)? 329 + .map(|s| _vr(&s)) 330 + .transpose()? 331 + { 332 + Some(s) => s, 333 + None => TargetIdRepairState { 334 + id_when_started: self.did_id_table.priv_id_seq, 335 + current_us_started_at: now(), 336 + latest_repaired_i: 0, 337 + }, 338 + }; 339 + 340 + eprintln!("initial repair state: {state:?}"); 341 + 342 + let cf = self.db.cf_handle(TARGET_IDS_CF).unwrap(); 343 + 344 + let mut iter = self.db.raw_iterator_cf(&cf); 345 + iter.seek_to_first(); 346 + 347 + eprintln!("repair iterator sent to first key"); 348 + 349 + // skip ahead if we're done some, or take a single first step 350 + for _ in 0..state.latest_repaired_i { 351 + iter.next(); 352 + } 353 + 354 + eprintln!( 355 + "repair iterator skipped to {}th key", 356 + state.latest_repaired_i 357 + ); 358 + 359 + let mut maybe_done = false; 360 + 361 + let mut write_fast = rocksdb::WriteOptions::default(); 362 + write_fast.set_sync(false); 363 + write_fast.disable_wal(true); 364 + 365 + while !stay_alive.is_cancelled() && !maybe_done { 366 + // let mut batch = WriteBatch::default(); 367 + 368 + let mut any_written = false; 369 + 370 + for _ in 0..1000 { 371 + if state.latest_repaired_i % 1_000_000 == 0 { 372 + eprintln!("target iter at {}", state.latest_repaired_i); 373 + } 374 + state.latest_repaired_i += 1; 375 + 376 + if !iter.valid() { 377 + eprintln!("invalid iter, are we done repairing?"); 378 + maybe_done = true; 379 + break; 380 + }; 381 + 382 + // eprintln!("iterator seems to be valid! getting the key..."); 383 + let raw_key = iter.key().unwrap(); 384 + if raw_key.len() == 8 { 385 + // eprintln!("found an 8-byte key, skipping it since it's probably an id..."); 386 + iter.next(); 387 + continue; 388 + } 389 + let target: TargetKey = _kr::<TargetKey>(raw_key)?; 390 + let target_id: TargetId = _vr(iter.value().unwrap())?; 391 + 392 + self.db 393 + .put_cf_opt(&cf, target_id.id().to_be_bytes(), _rv(&target), &write_fast)?; 394 + any_written = true; 395 + iter.next(); 396 + } 397 + 398 + if any_written { 399 + self.db 400 + .put(TARGET_ID_REPAIR_STATE_KEY, _rv(state.clone()))?; 401 + std::thread::sleep(breather); 402 + } 403 + } 404 + 405 + eprintln!("repair iterator done."); 406 + 407 + Ok(false) 299 408 } 300 409 301 410 pub fn start_backup( ··· 826 935 } 827 936 828 937 impl LinkReader for RocksStorage { 938 + fn get_many_to_many_counts( 939 + &self, 940 + target: &str, 941 + collection: &str, 942 + path: &str, 943 + path_to_other: &str, 944 + limit: u64, 945 + after: Option<String>, 946 + filter_dids: &HashSet<Did>, 947 + filter_to_targets: &HashSet<String>, 948 + ) -> Result<PagedOrderedCollection<(String, u64, u64), String>> { 949 + let collection = Collection(collection.to_string()); 950 + let path = RPath(path.to_string()); 951 + 952 + let target_key = TargetKey(Target(target.to_string()), collection.clone(), path.clone()); 953 + 954 + // unfortunately the cursor is a, uh, stringified number. 955 + // this was easier for the memstore (plain target, not target id), and 956 + // making it generic is a bit awful. 957 + // so... parse the number out of a string here :( 958 + // TODO: this should bubble up to a BAD_REQUEST response 959 + let after = after.map(|s| s.parse::<u64>().map(TargetId)).transpose()?; 960 + 961 + let Some(target_id) = self.target_id_table.get_id_val(&self.db, &target_key)? else { 962 + eprintln!("nothin doin for this target, {target_key:?}"); 963 + return Ok(Default::default()); 964 + }; 965 + 966 + let filter_did_ids: HashMap<DidId, bool> = filter_dids 967 + .iter() 968 + .filter_map(|did| self.did_id_table.get_id_val(&self.db, did).transpose()) 969 + .collect::<Result<Vec<DidIdValue>>>()? 970 + .into_iter() 971 + .map(|DidIdValue(id, active)| (id, active)) 972 + .collect(); 973 + 974 + // stored targets are keyed by triples of (target, collection, path). 975 + // target filtering only consideres the target itself, so we actually 976 + // need to do a prefix iteration of all target ids for this target and 977 + // keep them all. 978 + // i *think* the number of keys at a target prefix should usually be 979 + // pretty small, so this is hopefully fine. but if it turns out to be 980 + // large, we can push this filtering back into the main links loop and 981 + // do forward db queries per backlink to get the raw target back out. 982 + let mut filter_to_target_ids: HashSet<TargetId> = HashSet::new(); 983 + for t in filter_to_targets { 984 + for (_, target_id) in self.iter_targets_for_target(&Target(t.to_string())) { 985 + filter_to_target_ids.insert(target_id); 986 + } 987 + } 988 + 989 + let linkers = self.get_target_linkers(&target_id)?; 990 + 991 + let mut grouped_counts: BTreeMap<TargetId, (u64, HashSet<DidId>)> = BTreeMap::new(); 992 + 993 + for (did_id, rkey) in linkers.0 { 994 + if did_id.is_empty() { 995 + continue; 996 + } 997 + 998 + if !filter_did_ids.is_empty() && filter_did_ids.get(&did_id) != Some(&true) { 999 + continue; 1000 + } 1001 + 1002 + let record_link_key = RecordLinkKey(did_id, collection.clone(), rkey); 1003 + let Some(targets) = self.get_record_link_targets(&record_link_key)? else { 1004 + continue; 1005 + }; 1006 + 1007 + let Some(fwd_target) = targets 1008 + .0 1009 + .into_iter() 1010 + .filter_map(|RecordLinkTarget(rpath, target_id)| { 1011 + if rpath.0 == path_to_other 1012 + && (filter_to_target_ids.is_empty() 1013 + || filter_to_target_ids.contains(&target_id)) 1014 + { 1015 + Some(target_id) 1016 + } else { 1017 + None 1018 + } 1019 + }) 1020 + .take(1) 1021 + .next() 1022 + else { 1023 + eprintln!("no forward match"); 1024 + continue; 1025 + }; 1026 + 1027 + // small relief: we page over target ids, so we can already bail 1028 + // reprocessing previous pages here 1029 + if after.as_ref().map(|a| fwd_target <= *a).unwrap_or(false) { 1030 + continue; 1031 + } 1032 + 1033 + // aand we can skip target ids that must be on future pages 1034 + // (this check continues after the did-lookup, which we have to do) 1035 + let page_is_full = grouped_counts.len() as u64 >= limit; 1036 + if page_is_full { 1037 + let current_max = grouped_counts.keys().next_back().unwrap(); // limit should be non-zero bleh 1038 + if fwd_target > *current_max { 1039 + continue; 1040 + } 1041 + } 1042 + 1043 + // bit painful: 2-step lookup to make sure this did is active 1044 + let Some(did) = self.did_id_table.get_val_from_id(&self.db, did_id.0)? else { 1045 + eprintln!("failed to look up did from did_id {did_id:?}"); 1046 + continue; 1047 + }; 1048 + let Some(DidIdValue(_, active)) = self.did_id_table.get_id_val(&self.db, &did)? else { 1049 + eprintln!("failed to look up did_value from did_id {did_id:?}: {did:?}: data consistency bug?"); 1050 + continue; 1051 + }; 1052 + if !active { 1053 + continue; 1054 + } 1055 + 1056 + // page-management, continued 1057 + // if we have a full page, and we're inserting a *new* key less than 1058 + // the current max, then we can evict the current max 1059 + let mut should_evict = false; 1060 + let entry = grouped_counts.entry(fwd_target.clone()).or_insert_with(|| { 1061 + // this is a *new* key, so kick the max if we're full 1062 + should_evict = page_is_full; 1063 + Default::default() 1064 + }); 1065 + entry.0 += 1; 1066 + entry.1.insert(did_id); 1067 + 1068 + if should_evict { 1069 + grouped_counts.pop_last(); 1070 + } 1071 + } 1072 + 1073 + let mut items: Vec<(String, u64, u64)> = Vec::with_capacity(grouped_counts.len()); 1074 + for (target_id, (n, dids)) in &grouped_counts { 1075 + let Some(target) = self 1076 + .target_id_table 1077 + .get_val_from_id(&self.db, target_id.0)? 1078 + else { 1079 + eprintln!("failed to look up target from target_id {target_id:?}"); 1080 + continue; 1081 + }; 1082 + items.push((target.0 .0, *n, dids.len() as u64)); 1083 + } 1084 + 1085 + let next = if grouped_counts.len() as u64 >= limit { 1086 + // yeah.... it's a number saved as a string......sorry 1087 + grouped_counts 1088 + .keys() 1089 + .next_back() 1090 + .map(|k| format!("{}", k.0)) 1091 + } else { 1092 + None 1093 + }; 1094 + 1095 + Ok(PagedOrderedCollection { items, next }) 1096 + } 1097 + 829 1098 fn get_count(&self, target: &str, collection: &str, path: &str) -> Result<u64> { 830 1099 let target_key = TargetKey( 831 1100 Target(target.to_string()), ··· 860 1129 path: &str, 861 1130 limit: u64, 862 1131 until: Option<u64>, 1132 + filter_dids: &HashSet<Did>, 863 1133 ) -> Result<PagedAppendingCollection<RecordId>> { 864 1134 let target_key = TargetKey( 865 1135 Target(target.to_string()), ··· 876 1146 }); 877 1147 }; 878 1148 879 - let linkers = self.get_target_linkers(&target_id)?; 1149 + let mut linkers = self.get_target_linkers(&target_id)?; 1150 + if !filter_dids.is_empty() { 1151 + let mut did_filter = HashSet::new(); 1152 + for did in filter_dids { 1153 + let Some(DidIdValue(did_id, active)) = 1154 + self.did_id_table.get_id_val(&self.db, did)? 1155 + else { 1156 + eprintln!("failed to find a did_id for {did:?}"); 1157 + continue; 1158 + }; 1159 + if !active { 1160 + eprintln!("excluding inactive did from filtered results"); 1161 + continue; 1162 + } 1163 + did_filter.insert(did_id); 1164 + } 1165 + linkers.0.retain(|linker| did_filter.contains(&linker.0)); 1166 + } 880 1167 881 1168 let (alive, gone) = linkers.count(); 882 1169 let total = alive + gone; ··· 1024 1311 .map(|s| s.parse::<u64>()) 1025 1312 .transpose()? 1026 1313 .unwrap_or(0); 1314 + let started_at = self 1315 + .db 1316 + .get(STARTED_AT_KEY)? 1317 + .map(|c| _vr(&c)) 1318 + .transpose()? 1319 + .unwrap_or(COZY_FIRST_CURSOR); 1320 + 1321 + let other_data = self 1322 + .db 1323 + .get(TARGET_ID_REPAIR_STATE_KEY)? 1324 + .map(|s| _vr(&s)) 1325 + .transpose()? 1326 + .map( 1327 + |TargetIdRepairState { 1328 + current_us_started_at, 1329 + id_when_started, 1330 + latest_repaired_i, 1331 + }| { 1332 + HashMap::from([ 1333 + ("current_us_started_at".to_string(), current_us_started_at), 1334 + ("id_when_started".to_string(), id_when_started), 1335 + ("latest_repaired_i".to_string(), latest_repaired_i), 1336 + ]) 1337 + }, 1338 + ) 1339 + .unwrap_or(HashMap::default()); 1340 + 1027 1341 Ok(StorageStats { 1028 1342 dids, 1029 1343 targetables, 1030 1344 linking_records, 1345 + started_at: Some(started_at), 1346 + other_data, 1031 1347 }) 1032 1348 } 1033 1349 } ··· 1053 1369 impl AsRocksValue for &TargetId {} 1054 1370 impl KeyFromRocks for TargetKey {} 1055 1371 impl ValueFromRocks for TargetId {} 1372 + 1373 + // temp? 1374 + impl KeyFromRocks for TargetId {} 1375 + impl AsRocksValue for &TargetKey {} 1056 1376 1057 1377 // target_links table 1058 1378 impl AsRocksKey for &TargetId {} ··· 1124 1444 } 1125 1445 1126 1446 // target ids 1127 - #[derive(Debug, Clone, Serialize, Deserialize)] 1447 + #[derive(Debug, Clone, Serialize, Deserialize, PartialOrd, Ord, PartialEq, Eq, Hash)] 1128 1448 struct TargetId(u64); // key 1129 1449 1130 - #[derive(Debug, Clone, Serialize, Deserialize)] 1450 + #[derive(Debug, Clone, Serialize, Deserialize, PartialEq, Eq, Hash)] 1131 1451 pub struct Target(pub String); // the actual target/uri 1132 1452 1133 1453 // targets (uris, dids, etc.): the reverse index
+1 -1
constellation/templates/dids.html.j2
··· 27 27 {% for did in linking_dids %} 28 28 <pre style="display: block; margin: 1em 2em" class="code"><strong>DID</strong>: {{ did.0 }} 29 29 -> see <a href="/links/all?target={{ did.0|urlencode }}">links to this DID</a> 30 - -> browse <a href="https://atproto-browser-plus-links.vercel.app/at/{{ did.0|urlencode }}">this DID record</a></pre> 30 + -> browse <a href="https://pdsls.dev/at://{{ did.0 }}">this DID record</a></pre> 31 31 {% endfor %} 32 32 33 33 {% if let Some(c) = cursor %}
+54
constellation/templates/get-backlinks.html.j2
··· 1 + {% extends "base.html.j2" %} 2 + {% import "try-it-macros.html.j2" as try_it %} 3 + 4 + {% block title %}Backlinks{% endblock %} 5 + {% block description %}All {{ query.source }} records with links to {{ query.subject }}{% endblock %} 6 + 7 + {% block content %} 8 + 9 + {% call try_it::get_backlinks(query.subject, query.source, query.did, query.limit) %} 10 + 11 + <h2> 12 + Links to <code>{{ query.subject }}</code> 13 + {% if let Some(browseable_uri) = query.subject|to_browseable %} 14 + <small style="font-weight: normal; font-size: 1rem"><a href="{{ browseable_uri }}">browse record</a></small> 15 + {% endif %} 16 + </h2> 17 + 18 + <p><strong>{{ total|human_number }} links</strong> from <code>{{ query.source }}</code>.</p> 19 + 20 + <ul> 21 + <li>See distinct linking DIDs at <code>/links/distinct-dids</code>: <a href="/links/distinct-dids?target={{ query.subject|urlencode }}&collection={{ collection|urlencode }}&path={{ path|urlencode }}">/links/distinct-dids?target={{ query.subject }}&collection={{ collection }}&path={{ path }}</a></li> 22 + <li>See all links to this target at <code>/links/all</code>: <a href="/links/all?target={{ query.subject|urlencode }}">/links/all?target={{ query.subject }}</a></li> 23 + </ul> 24 + 25 + <h3>Links, most recent first:</h3> 26 + 27 + {% for record in records %} 28 + <pre style="display: block; margin: 1em 2em" class="code"><strong>DID</strong>: {{ record.did().0 }} (<a href="/links/all?target={{ record.did().0|urlencode }}">DID links</a>) 29 + <strong>Collection</strong>: {{ record.collection }} 30 + <strong>RKey</strong>: {{ record.rkey }} 31 + -> <a href="https://pdsls.dev/at://{{ record.did().0 }}/{{ record.collection }}/{{ record.rkey }}">browse record</a></pre> 32 + {% endfor %} 33 + 34 + {% if let Some(c) = cursor %} 35 + <form method="get" action="/xrpc/blue.microcosm.links.getBacklinks"> 36 + <input type="hidden" name="subject" value="{{ query.subject }}" /> 37 + <input type="hidden" name="source" value="{{ query.source }}" /> 38 + <input type="hidden" name="limit" value="{{ query.limit }}" /> 39 + {% for did in query.did %} 40 + <input type="hidden" name="did" value="{{ did }}" /> 41 + {% endfor %} 42 + <input type="hidden" name="cursor" value={{ c|json|safe }} /> 43 + <button type="submit">next page&hellip;</button> 44 + </form> 45 + {% else %} 46 + <button disabled><em>end of results</em></button> 47 + {% endif %} 48 + 49 + <details> 50 + <summary>Raw JSON response</summary> 51 + <pre class="code">{{ self|tojson }}</pre> 52 + </details> 53 + 54 + {% endblock %}
+67
constellation/templates/get-many-to-many-counts.html.j2
··· 1 + {% extends "base.html.j2" %} 2 + {% import "try-it-macros.html.j2" as try_it %} 3 + 4 + {% block title %}Many to Many counts{% endblock %} 5 + {% block description %}Counts of many-to-many {{ query.source }} join records with links to {{ query.subject }} and a secondary target at {{ query.path_to_other }}{% endblock %} 6 + 7 + {% block content %} 8 + 9 + {% call try_it::get_many_to_many_counts( 10 + query.subject, 11 + query.source, 12 + query.path_to_other, 13 + query.did, 14 + query.other_subject, 15 + query.limit, 16 + ) %} 17 + 18 + <h2> 19 + Many-to-many links to <code>{{ query.subject }}</code> joining through <code>{{ query.path_to_other }}</code> 20 + {% if let Some(browseable_uri) = query.subject|to_browseable %} 21 + <small style="font-weight: normal; font-size: 1rem"><a href="{{ browseable_uri }}">browse record</a></small> 22 + {% endif %} 23 + </h2> 24 + 25 + <p><strong>{% if cursor.is_some() || query.cursor.is_some() %}more than {% endif %}{{ counts_by_other_subject.len()|to_u64|human_number }} joins</strong> <code>{{ query.source }}โ†’{{ query.path_to_other }}</code></p> 26 + 27 + <ul> 28 + <li>See direct backlinks at <code>/xrpc/blue.microcosm.links.getBacklinks</code>: <a href="/xrpc/blue.microcosm.links.getBacklinks?subject={{ query.subject|urlencode }}&source={{ query.source|urlencode }}">/xrpc/blue.microcosm.links.getBacklinks?subject={{ query.subject }}&source={{ query.source }}</a></li> 29 + <li>See all links to this target at <code>/links/all</code>: <a href="/links/all?target={{ query.subject|urlencode }}">/links/all?target={{ query.subject }}</a></li> 30 + </ul> 31 + 32 + <h3>Counts by other subject:</h3> 33 + 34 + {% for counts in counts_by_other_subject %} 35 + <pre style="display: block; margin: 1em 2em" class="code"><strong>Joined subject</strong>: {{ counts.subject }} 36 + <strong>Joining records</strong>: {{ counts.total }} 37 + <strong>Unique joiner ids</strong>: {{ counts.distinct }} 38 + -> {% if let Some(browseable_uri) = counts.subject|to_browseable -%} 39 + <a href="{{ browseable_uri }}">browse record</a> 40 + {%- endif %}</pre> 41 + {% endfor %} 42 + 43 + {% if let Some(c) = cursor %} 44 + <form method="get" action="/xrpc/blue.microcosm.links.getManyToManyCounts"> 45 + <input type="hidden" name="subject" value="{{ query.subject }}" /> 46 + <input type="hidden" name="source" value="{{ query.source }}" /> 47 + <input type="hidden" name="pathToOther" value="{{ query.path_to_other }}" /> 48 + {% for did in query.did %} 49 + <input type="hidden" name="did" value="{{ did }}" /> 50 + {% endfor %} 51 + {% for otherSubject in query.other_subject %} 52 + <input type="hidden" name="otherSubject" value="{{ otherSubject }}" /> 53 + {% endfor %} 54 + <input type="hidden" name="limit" value="{{ query.limit }}" /> 55 + <input type="hidden" name="cursor" value={{ c|json|safe }} /> 56 + <button type="submit">next page&hellip;</button> 57 + </form> 58 + {% else %} 59 + <button disabled><em>end of results</em></button> 60 + {% endif %} 61 + 62 + <details> 63 + <summary>Raw JSON response</summary> 64 + <pre class="code">{{ self|tojson }}</pre> 65 + </details> 66 + 67 + {% endblock %}
+65 -7
constellation/templates/hello.html.j2
··· 19 19 <p>It works by recursively walking <em>all</em> records coming through the firehose, searching for anything that looks like a link. Links are indexed by the target they point at, the collection the record came from, and the JSON path to the link in that record.</p> 20 20 21 21 <p> 22 - This server has indexed <span class="stat">{{ stats.linking_records|human_number }}</span> links between <span class="stat">{{ stats.targetables|human_number }}</span> targets and sources from <span class="stat">{{ stats.dids|human_number }}</span> identities over <span class="stat">{{ days_indexed|human_number }}</span> days.<br/> 23 - <small>(indexing new records in real time, backfill still TODO)</small> 22 + This server has indexed <span class="stat">{{ stats.linking_records|human_number }}</span> links between <span class="stat">{{ stats.targetables|human_number }}</span> targets and sources from <span class="stat">{{ stats.dids|human_number }}</span> identities over <span class="stat"> 23 + {%- if let Some(days) = days_indexed %} 24 + {{ days|human_number }} 25 + {% else %} 26 + ??? 27 + {% endif -%} 28 + </span> days.<br/> 29 + <small>(indexing new records in real time, backfill coming soon!)</small> 24 30 </p> 25 31 26 - <p>The API is currently <strong>unstable</strong>. But feel free to use it! If you want to be nice, put your project name and bsky username (or email) in your user-agent header for api requests.</p> 32 + {# {% for k, v in stats.other_data.iter() %} 33 + <p><strong>{{ k }}</strong>: {{ v }}</p> 34 + {% endfor %} #} 35 + 36 + <p>You're welcome to use this public instance! Please do not build the torment nexus. If you want to be nice, put your project name and bsky username (or email) in your user-agent header for api requests.</p> 27 37 28 38 29 39 <h2>API Endpoints</h2> 30 40 41 + <h3 class="route"><code>GET /xrpc/blue.microcosm.links.getBacklinks</code></h3> 42 + 43 + <p>A list of records linking to any record, identity, or uri.</p> 44 + 45 + <h4>Query parameters:</h4> 46 + 47 + <ul> 48 + <li><p><code>subject</code>: required, must url-encode. Example: <code>at://did:plc:vc7f4oafdgxsihk4cry2xpze/app.bsky.feed.post/3lgwdn7vd722r</code></p></li> 49 + <li><p><code>source</code>: required. Example: <code>app.bsky.feed.like:subject.uri</code></p></li> 50 + <li><p><code>did</code>: optional, filter links to those from specific users. Include multiple times to filter by multiple users. Example: <code>did=did:plc:vc7f4oafdgxsihk4cry2xpze&did=did:plc:vc7f4oafdgxsihk4cry2xpze</code></p></li> 51 + <li><p><code>limit</code>: optional. Default: <code>16</code>. Maximum: <code>100</code></p></li> 52 + </ul> 53 + 54 + <p style="margin-bottom: 0"><strong>Try it:</strong></p> 55 + {% call try_it::get_backlinks("at://did:plc:a4pqq234yw7fqbddawjo7y35/app.bsky.feed.post/3m237ilwc372e", "app.bsky.feed.like:subject.uri", [""], 16) %} 56 + 57 + 58 + <h3 class="route"><code>GET /xrpc/blue.microcosm.links.getManyToManyCounts</code></h3> 59 + 60 + <p>TODO: description</p> 61 + 62 + <h4>Query parameters:</h4> 63 + 64 + <ul> 65 + <li><p><code>subject</code>: required, must url-encode. Example: <code>at://did:plc:vc7f4oafdgxsihk4cry2xpze/app.bsky.feed.post/3lgwdn7vd722r</code></p></li> 66 + <li><p><code>source</code>: required. Example: <code>app.bsky.feed.like:subject.uri</code></p></li> 67 + <li><p><code>pathToOther</code>: required. Path to the secondary link in the many-to-many record. Example: <code>otherThing.uri</code></p></li> 68 + <li><p><code>did</code>: optional, filter links to those from specific users. Include multiple times to filter by multiple users. Example: <code>did=did:plc:vc7f4oafdgxsihk4cry2xpze&did=did:plc:vc7f4oafdgxsihk4cry2xpze</code></p></li> 69 + <li><p><code>otherSubject</code>: optional, filter secondary links to specific subjects. Include multiple times to filter by multiple users. Example: <code>at://did:plc:vc7f4oafdgxsihk4cry2xpze/app.bsky.feed.post/3lgwdn7vd722r</code></p></li> 70 + <li><p><code>limit</code>: optional. Default: <code>16</code>. Maximum: <code>100</code></p></li> 71 + </ul> 72 + 73 + <p style="margin-bottom: 0"><strong>Try it:</strong></p> 74 + {% call try_it::get_many_to_many_counts( 75 + "at://did:plc:wshs7t2adsemcrrd4snkeqli/sh.tangled.label.definition/good-first-issue", 76 + "sh.tangled.label.op:add[].key", 77 + "subject", 78 + [""], 79 + [""], 80 + 25, 81 + ) %} 82 + 83 + 31 84 <h3 class="route"><code>GET /links</code></h3> 32 85 33 86 <p>A list of records linking to a target.</p> 34 87 88 + <p>[DEPRECATED]: use <code>GET /xrpc/blue.microcosm.links.getBacklinks</code>. New apps should avoid it, but this endpoint <strong>will</strong> remain supported for the forseeable future.</p> 89 + 35 90 <h4>Query parameters:</h4> 36 91 37 92 <ul> 38 - <li><code>target</code>: required, must url-encode. Example: <code>at://did:plc:vc7f4oafdgxsihk4cry2xpze/app.bsky.feed.post/3lgwdn7vd722r</code></li> 39 - <li><code>collection</code>: required. Example: <code>app.bsky.feed.like</code></li> 40 - <li><code>path</code>: required, must url-encode. Example: <code>.subject.uri</code></li> 93 + <li><p><code>target</code>: required, must url-encode. Example: <code>at://did:plc:vc7f4oafdgxsihk4cry2xpze/app.bsky.feed.post/3lgwdn7vd722r</code></p></li> 94 + <li><p><code>collection</code>: required. Example: <code>app.bsky.feed.like</code></p></li> 95 + <li><p><code>path</code>: required, must url-encode. Example: <code>.subject.uri</code></p></li> 96 + <li><p><code>did</code>: optional, filter links to those from specific users. Include multiple times to filter by multiple users. Example: <code>did=did:plc:vc7f4oafdgxsihk4cry2xpze&did=did:plc:vc7f4oafdgxsihk4cry2xpze</code></p></li> 97 + <li><p><code>from_dids</code> [deprecated]: optional. Use <code>did</code> instead. Example: <code>from_dids=did:plc:vc7f4oafdgxsihk4cry2xpze,did:plc:vc7f4oafdgxsihk4cry2xpze</code></p></li> 98 + <li><p><code>limit</code>: optional. Default: <code>16</code>. Maximum: <code>100</code></p></li> 41 99 </ul> 42 100 43 101 <p style="margin-bottom: 0"><strong>Try it:</strong></p> 44 - {% call try_it::links("at://did:plc:vc7f4oafdgxsihk4cry2xpze/app.bsky.feed.post/3lgwdn7vd722r", "app.bsky.feed.like", ".subject.uri") %} 102 + {% call try_it::links("at://did:plc:a4pqq234yw7fqbddawjo7y35/app.bsky.feed.post/3m237ilwc372e", "app.bsky.feed.like", ".subject.uri", [""], 16) %} 45 103 46 104 47 105 <h3 class="route"><code>GET /links/distinct-dids</code></h3>
+2 -2
constellation/templates/links.html.j2
··· 6 6 7 7 {% block content %} 8 8 9 - {% call try_it::links(query.target, query.collection, query.path) %} 9 + {% call try_it::links(query.target, query.collection, query.path, query.did, query.limit) %} 10 10 11 11 <h2> 12 12 Links to <code>{{ query.target }}</code> ··· 28 28 <pre style="display: block; margin: 1em 2em" class="code"><strong>DID</strong>: {{ record.did().0 }} (<a href="/links/all?target={{ record.did().0|urlencode }}">DID links</a>) 29 29 <strong>Collection</strong>: {{ record.collection }} 30 30 <strong>RKey</strong>: {{ record.rkey }} 31 - -> <a href="https://atproto-browser-plus-links.vercel.app/at/{{ record.did().0|urlencode }}/{{ record.collection }}/{{ record.rkey }}">browse record</a></pre> 31 + -> <a href="https://pdsls.dev/at://{{ record.did().0 }}/{{ record.collection }}/{{ record.rkey }}">browse record</a></pre> 32 32 {% endfor %} 33 33 34 34 {% if let Some(c) = cursor %}
+88 -3
constellation/templates/try-it-macros.html.j2
··· 1 - {% macro links(target, collection, path) %} 1 + {% macro get_backlinks(subject, source, dids, limit) %} 2 + <form method="get" action="/xrpc/blue.microcosm.links.getBacklinks"> 3 + <pre class="code"><strong>GET</strong> /xrpc/blue.microcosm.links.getBacklinks 4 + ?subject= <input type="text" name="subject" value="{{ subject }}" placeholder="at-uri, did, uri..." /> 5 + &source= <input type="text" name="source" value="{{ source }}" placeholder="app.bsky.feed.like:subject.uri" /> 6 + {%- for did in dids %}{% if !did.is_empty() %} 7 + &did= <input type="text" name="did" value="{{ did }}" placeholder="did:plc:..." />{% endif %}{% endfor %} 8 + <span id="did-placeholder"></span> <button id="add-did">+ did filter</button> 9 + &limit= <input type="number" name="limit" value="{{ limit }}" max="100" placeholder="100" /> <button type="submit">get links</button></pre> 10 + </form> 11 + <script> 12 + const addDidButton = document.getElementById('add-did'); 13 + const didPlaceholder = document.getElementById('did-placeholder'); 14 + addDidButton.addEventListener('click', e => { 15 + e.preventDefault(); 16 + const i = document.createElement('input'); 17 + i.placeholder = 'did:plc:...'; 18 + i.name = "did" 19 + const p = addDidButton.parentNode; 20 + p.insertBefore(document.createTextNode('&did= '), didPlaceholder); 21 + p.insertBefore(i, didPlaceholder); 22 + p.insertBefore(document.createTextNode('\n '), didPlaceholder); 23 + }); 24 + </script> 25 + {% endmacro %} 26 + 27 + {% macro get_many_to_many_counts(subject, source, pathToOther, dids, otherSubjects, limit) %} 28 + <form method="get" action="/xrpc/blue.microcosm.links.getManyToManyCounts"> 29 + <pre class="code"><strong>GET</strong> /xrpc/blue.microcosm.links.getManyToManyCounts 30 + ?subject= <input type="text" name="subject" value="{{ subject }}" placeholder="at-uri, did, uri..." /> 31 + &source= <input type="text" name="source" value="{{ source }}" placeholder="app.bsky.feed.like:subject.uri" /> 32 + &pathToOther= <input type="text" name="pathToOther" value="{{ pathToOther }}" placeholder="otherThing.uri" /> 33 + {%- for did in dids %}{% if !did.is_empty() %} 34 + &did= <input type="text" name="did" value="{{ did }}" placeholder="did:plc:..." />{% endif %}{% endfor %} 35 + <span id="m2m-subject-placeholder"></span> <button id="m2m-add-subject">+ other subject filter</button> 36 + {%- for otherSubject in otherSubjects %}{% if !otherSubject.is_empty() %} 37 + &otherSubject= <input type="text" name="did" value="{{ otherSubject }}" placeholder="at-uri, did, uri..." />{% endif %}{% endfor %} 38 + <span id="m2m-did-placeholder"></span> <button id="m2m-add-did">+ did filter</button> 39 + &limit= <input type="number" name="limit" value="{{ limit }}" max="100" placeholder="100" /> <button type="submit">get links</button></pre> 40 + </form> 41 + <script> 42 + const m2mAddDidButton = document.getElementById('m2m-add-did'); 43 + const m2mDidPlaceholder = document.getElementById('m2m-did-placeholder'); 44 + m2mAddDidButton.addEventListener('click', e => { 45 + e.preventDefault(); 46 + const i = document.createElement('input'); 47 + i.placeholder = 'did:plc:...'; 48 + i.name = "did" 49 + const p = m2mAddDidButton.parentNode; 50 + p.insertBefore(document.createTextNode('&did= '), m2mDidPlaceholder); 51 + p.insertBefore(i, m2mDidPlaceholder); 52 + p.insertBefore(document.createTextNode('\n '), m2mDidPlaceholder); 53 + }); 54 + const m2mAddSubjectButton = document.getElementById('m2m-add-subject'); 55 + const m2mSubjectPlaceholder = document.getElementById('m2m-subject-placeholder'); 56 + m2mAddSubjectButton.addEventListener('click', e => { 57 + e.preventDefault(); 58 + const i = document.createElement('input'); 59 + i.placeholder = 'at-uri, did, uri...'; 60 + i.name = "otherSubject" 61 + const p = m2mAddSubjectButton.parentNode; 62 + p.insertBefore(document.createTextNode('&otherSubject= '), m2mSubjectPlaceholder); 63 + p.insertBefore(i, m2mSubjectPlaceholder); 64 + p.insertBefore(document.createTextNode('\n '), m2mSubjectPlaceholder); 65 + }); 66 + </script> 67 + {% endmacro %} 68 + 69 + {% macro links(target, collection, path, dids, limit) %} 2 70 <form method="get" action="/links"> 3 71 <pre class="code"><strong>GET</strong> /links 4 72 ?target= <input type="text" name="target" value="{{ target }}" placeholder="target" /> 5 73 &collection= <input type="text" name="collection" value="{{ collection }}" placeholder="collection" /> 6 - &path= <input type="text" name="path" value="{{ path }}" placeholder="path" /> <button type="submit">get links</button></pre> 74 + &path= <input type="text" name="path" value="{{ path }}" placeholder="path" /> 75 + {%- for did in dids %}{% if !did.is_empty() %} 76 + &did= <input type="text" name="did" value="{{ did }}" placeholder="did:plc:..." />{% endif %}{% endfor %} 77 + <span id="did-placeholder"></span> <button id="add-did">+ did filter</button> 78 + &limit= <input type="number" name="limit" value="{{ limit }}" max="100" placeholder="100" /> <button type="submit">get links</button></pre> 7 79 </form> 80 + <script> 81 + const addDidButton = document.getElementById('add-did'); 82 + const didPlaceholder = document.getElementById('did-placeholder'); 83 + addDidButton.addEventListener('click', e => { 84 + e.preventDefault(); 85 + const i = document.createElement('input'); 86 + i.placeholder = 'did:plc:...'; 87 + i.name = "did" 88 + const p = addDidButton.parentNode; 89 + p.insertBefore(document.createTextNode('&did= '), didPlaceholder); 90 + p.insertBefore(i, didPlaceholder); 91 + p.insertBefore(document.createTextNode('\n '), didPlaceholder); 92 + }); 93 + </script> 8 94 {% endmacro %} 9 - 10 95 11 96 {% macro dids(target, collection, path) %} 12 97 <form method="get" action="/links/distinct-dids">
+95
lexicons/blue.microcosm/links/getBacklinks.json
··· 1 + { 2 + "lexicon": 1, 3 + "id": "blue.microcosm.links.getBacklinks", 4 + "defs": { 5 + "main": { 6 + "type": "query", 7 + "description": "a list of records linking to any record, identity, or uri", 8 + "parameters": { 9 + "type": "params", 10 + "required": [ 11 + "subject", 12 + "source" 13 + ], 14 + "properties": { 15 + "subject": { 16 + "type": "string", 17 + "format": "uri", 18 + "description": "the target being linked to (at-uri, did, or uri)" 19 + }, 20 + "source": { 21 + "type": "string", 22 + "description": "collection and path specification (e.g., 'app.bsky.feed.like:subject.uri')" 23 + }, 24 + "did": { 25 + "type": "array", 26 + "description": "filter links to those from specific users", 27 + "items": { 28 + "type": "string", 29 + "format": "did" 30 + } 31 + }, 32 + "limit": { 33 + "type": "integer", 34 + "minimum": 1, 35 + "maximum": 100, 36 + "default": 16, 37 + "description": "number of results to return" 38 + } 39 + } 40 + }, 41 + "output": { 42 + "encoding": "application/json", 43 + "schema": { 44 + "type": "object", 45 + "required": [ 46 + "total", 47 + "records" 48 + ], 49 + "properties": { 50 + "total": { 51 + "type": "integer", 52 + "description": "total number of matching links" 53 + }, 54 + "records": { 55 + "type": "array", 56 + "items": { 57 + "type": "ref", 58 + "ref": "#linkRecord" 59 + } 60 + }, 61 + "cursor": { 62 + "type": "string", 63 + "description": "pagination cursor" 64 + } 65 + } 66 + } 67 + } 68 + }, 69 + "linkRecord": { 70 + "type": "object", 71 + "required": [ 72 + "did", 73 + "collection", 74 + "rkey" 75 + ], 76 + "properties": { 77 + "did": { 78 + "type": "string", 79 + "format": "did", 80 + "description": "the DID of the linking record's repository" 81 + }, 82 + "collection": { 83 + "type": "string", 84 + "format": "nsid", 85 + "description": "the collection of the linking record" 86 + }, 87 + "rkey": { 88 + "type": "string", 89 + "format": "record-key", 90 + "description": "the record key of the linking record" 91 + } 92 + } 93 + } 94 + } 95 + }
+99
lexicons/blue.microcosm/links/getManyToManyCounts.json
··· 1 + { 2 + "lexicon": 1, 3 + "id": "blue.microcosm.links.getManyToManyCounts", 4 + "defs": { 5 + "main": { 6 + "type": "query", 7 + "description": "count many-to-many relationships with secondary link paths", 8 + "parameters": { 9 + "type": "params", 10 + "required": [ 11 + "subject", 12 + "source", 13 + "pathToOther" 14 + ], 15 + "properties": { 16 + "subject": { 17 + "type": "string", 18 + "format": "uri", 19 + "description": "the primary target being linked to (at-uri, did, or uri)" 20 + }, 21 + "source": { 22 + "type": "string", 23 + "description": "collection and path specification for the primary link" 24 + }, 25 + "pathToOther": { 26 + "type": "string", 27 + "description": "path to the secondary link in the many-to-many record (e.g., 'otherThing.uri')" 28 + }, 29 + "did": { 30 + "type": "array", 31 + "description": "filter links to those from specific users", 32 + "items": { 33 + "type": "string", 34 + "format": "did" 35 + } 36 + }, 37 + "otherSubject": { 38 + "type": "array", 39 + "description": "filter secondary links to specific subjects", 40 + "items": { 41 + "type": "string" 42 + } 43 + }, 44 + "limit": { 45 + "type": "integer", 46 + "minimum": 1, 47 + "maximum": 100, 48 + "default": 16, 49 + "description": "number of results to return" 50 + } 51 + } 52 + }, 53 + "output": { 54 + "encoding": "application/json", 55 + "schema": { 56 + "type": "object", 57 + "required": [ 58 + "counts_by_other_subject" 59 + ], 60 + "properties": { 61 + "counts_by_other_subject": { 62 + "type": "array", 63 + "items": { 64 + "type": "ref", 65 + "ref": "#countBySubject" 66 + } 67 + }, 68 + "cursor": { 69 + "type": "string", 70 + "description": "pagination cursor" 71 + } 72 + } 73 + } 74 + } 75 + }, 76 + "countBySubject": { 77 + "type": "object", 78 + "required": [ 79 + "subject", 80 + "total", 81 + "distinct" 82 + ], 83 + "properties": { 84 + "subject": { 85 + "type": "string", 86 + "description": "the secondary subject being counted" 87 + }, 88 + "total": { 89 + "type": "integer", 90 + "description": "total number of links to this subject" 91 + }, 92 + "distinct": { 93 + "type": "integer", 94 + "description": "number of distinct DIDs linking to this subject" 95 + } 96 + } 97 + } 98 + } 99 + }
+56
lexicons/com.bad-example/identity/resolveMiniDoc.json
··· 1 + { 2 + "lexicon": 1, 3 + "id": "com.bad-example.identity.resolveMiniDoc", 4 + "defs": { 5 + "main": { 6 + "type": "query", 7 + "description": "like com.atproto.identity.resolveIdentity but instead of the full didDoc it returns an atproto-relevant subset", 8 + "parameters": { 9 + "type": "params", 10 + "required": [ 11 + "identifier" 12 + ], 13 + "properties": { 14 + "identifier": { 15 + "type": "string", 16 + "format": "at-identifier", 17 + "description": "handle or DID to resolve" 18 + } 19 + } 20 + }, 21 + "output": { 22 + "encoding": "application/json", 23 + "schema": { 24 + "type": "object", 25 + "required": [ 26 + "did", 27 + "handle", 28 + "pds", 29 + "signing_key" 30 + ], 31 + "properties": { 32 + "did": { 33 + "type": "string", 34 + "format": "did", 35 + "description": "DID, bi-directionally verified if a handle was provided in the query" 36 + }, 37 + "handle": { 38 + "type": "string", 39 + "format": "handle", 40 + "description": "the validated handle of the account or 'handle.invalid' if the handle did not bi-directionally match the DID document" 41 + }, 42 + "pds": { 43 + "type": "string", 44 + "format": "uri", 45 + "description": "the identity's PDS URL" 46 + }, 47 + "signing_key": { 48 + "type": "string", 49 + "description": "the atproto signing key publicKeyMultibase" 50 + } 51 + } 52 + } 53 + } 54 + } 55 + } 56 + }
+54
lexicons/com.bad-example/repo/getUriRecord.json
··· 1 + { 2 + "lexicon": 1, 3 + "id": "com.bad-example.repo.getUriRecord", 4 + "defs": { 5 + "main": { 6 + "type": "query", 7 + "description": "ergonomic complement to com.atproto.repo.getRecord which accepts an at-uri instead of individual repo/collection/rkey params", 8 + "parameters": { 9 + "type": "params", 10 + "required": [ 11 + "at_uri" 12 + ], 13 + "properties": { 14 + "at_uri": { 15 + "type": "string", 16 + "format": "at-uri", 17 + "description": "the at-uri of the record (identifier can be a DID or handle)" 18 + }, 19 + "cid": { 20 + "type": "string", 21 + "format": "cid", 22 + "description": "optional CID of the version of the record. if not specified, return the most recent version. if specified and a newer version exists, returns 404." 23 + } 24 + } 25 + }, 26 + "output": { 27 + "encoding": "application/json", 28 + "schema": { 29 + "type": "object", 30 + "required": [ 31 + "uri", 32 + "value" 33 + ], 34 + "properties": { 35 + "uri": { 36 + "type": "string", 37 + "format": "at-uri", 38 + "description": "at-uri for this record" 39 + }, 40 + "cid": { 41 + "type": "string", 42 + "format": "cid", 43 + "description": "CID for this exact version of the record" 44 + }, 45 + "value": { 46 + "type": "unknown", 47 + "description": "the record itself" 48 + } 49 + } 50 + } 51 + } 52 + } 53 + } 54 + }
+1
pocket/.gitignore
··· 1 + prefs.sqlite3*
+17
pocket/api-description.md
··· 1 + _A pocket dimension to stash a bit of non-public user data._ 2 + 3 + 4 + # Pocket: user preference storage 5 + 6 + This API leverages atproto service proxying to offer a bit of per-user per-app non-public data storage. 7 + Perfect for things like application preferences that might be better left out of the public PDS data. 8 + 9 + The intent is to use oauth scopes to isolate storage on a per-application basis, and to allow easy data migration from a community hosted instance to your own if you end up needing that. 10 + 11 + 12 + ### Current status 13 + 14 + > [!important] 15 + > Pocket is currently in a **v0, pre-release state**. There is one production instance and you can use it! Expect short downtimes for restarts as development progresses and occaisional data loss until it's stable. 16 + 17 + ATProto might end up adding a similar feature to [PDSs](https://atproto.com/guides/glossary#pds-personal-data-server). If/when that happens, you should use it instead of this!
+3 -1
pocket/src/lib.rs
··· 1 1 mod server; 2 + mod storage; 2 3 mod token; 3 4 4 5 pub use server::serve; 5 - pub use token::verify; 6 + pub use storage::Storage; 7 + pub use token::TokenVerifier;
+29 -4
pocket/src/main.rs
··· 1 - use pocket::serve; 1 + use clap::Parser; 2 + use pocket::{Storage, serve}; 3 + use std::path::PathBuf; 4 + 5 + /// Slingshot record edge cache 6 + #[derive(Parser, Debug, Clone)] 7 + #[command(version, about, long_about = None)] 8 + struct Args { 9 + /// path to the sqlite db file 10 + #[arg(long)] 11 + db: Option<PathBuf>, 12 + /// just initialize the db and exit 13 + #[arg(long, action)] 14 + init_db: bool, 15 + /// the domain for serving a did doc (unused if running behind reflector) 16 + #[arg(long)] 17 + domain: Option<String>, 18 + } 2 19 3 20 #[tokio::main] 4 21 async fn main() { 5 22 tracing_subscriber::fmt::init(); 6 - println!("Hello, world!"); 7 - serve("mac.cinnebar-tet.ts.net").await 23 + log::info!("๐Ÿ‘– hi"); 24 + let args = Args::parse(); 25 + let domain = args.domain.unwrap_or("bad-example.com".into()); 26 + let db_path = args.db.unwrap_or("prefs.sqlite3".into()); 27 + if args.init_db { 28 + Storage::init(&db_path).unwrap(); 29 + log::info!("๐Ÿ‘– initialized db at {db_path:?}. bye") 30 + } else { 31 + let storage = Storage::connect(db_path).unwrap(); 32 + serve(&domain, storage).await 33 + } 8 34 } 9 -
+136 -79
pocket/src/server.rs
··· 1 + use crate::{Storage, TokenVerifier}; 1 2 use poem::{ 2 - endpoint::make_sync, 3 - Endpoint, 4 - Route, 5 - Server, 6 - EndpointExt, 7 - http::{Method, HeaderMap}, 3 + Endpoint, EndpointExt, Route, Server, 4 + endpoint::{StaticFileEndpoint, make_sync}, 5 + http::Method, 6 + listener::TcpListener, 8 7 middleware::{CatchPanic, Cors, Tracing}, 9 - listener::TcpListener, 10 8 }; 11 9 use poem_openapi::{ 12 - ContactObject, 13 - ExternalDocumentObject, 14 - OpenApi, 15 - OpenApiService, 16 - Tags, 17 - Object, 18 - ApiResponse, 10 + ApiResponse, ContactObject, ExternalDocumentObject, Object, OpenApi, OpenApiService, 11 + SecurityScheme, Tags, 12 + auth::Bearer, 13 + payload::{Json, PlainText}, 19 14 types::Example, 20 - auth::Bearer, 21 - payload::Json, 22 - SecurityScheme, 23 15 }; 24 - use crate::verify; 25 16 use serde::Serialize; 26 17 use serde_json::{Value, json}; 27 - 18 + use std::sync::{Arc, Mutex}; 28 19 29 20 #[derive(Debug, SecurityScheme)] 30 21 #[oai(ty = "bearer")] 31 - struct BlahAuth(Bearer); 32 - 22 + struct XrpcAuth(Bearer); 33 23 34 24 #[derive(Tags)] 35 25 enum ApiTags { 36 - /// Bluesky-compatible APIs. 37 - #[oai(rename = "app.bsky.* queries")] 38 - AppBsky, 26 + /// Custom pocket APIs 27 + #[oai(rename = "Pocket APIs")] 28 + Pocket, 39 29 } 40 30 41 31 #[derive(Object)] ··· 62 52 }) 63 53 } 64 54 65 - #[derive(Object)] 55 + #[derive(Debug, Object)] 66 56 #[oai(example = true)] 67 - struct GetBskyPrefsResponseObject { 57 + struct BskyPrefsObject { 68 58 /// at-uri for this record 69 59 preferences: Value, 70 60 } 71 - impl Example for GetBskyPrefsResponseObject { 61 + impl Example for BskyPrefsObject { 72 62 fn example() -> Self { 73 63 Self { 74 64 preferences: json!({ ··· 82 72 enum GetBskyPrefsResponse { 83 73 /// Record found 84 74 #[oai(status = 200)] 85 - Ok(Json<GetBskyPrefsResponseObject>), 75 + Ok(Json<BskyPrefsObject>), 76 + /// Bad request or no preferences to return 77 + #[oai(status = 400)] 78 + BadRequest(XrpcError), 79 + } 80 + 81 + #[derive(ApiResponse)] 82 + enum PutBskyPrefsResponse { 83 + /// Record found 84 + #[oai(status = 200)] 85 + Ok(PlainText<String>), 86 86 /// Bad request or no preferences to return 87 87 #[oai(status = 400)] 88 88 BadRequest(XrpcError), ··· 92 92 } 93 93 94 94 struct Xrpc { 95 - domain: String, 95 + verifier: TokenVerifier, 96 + storage: Arc<Mutex<Storage>>, 96 97 } 97 98 98 99 #[OpenApi] 99 100 impl Xrpc { 100 - /// app.bsky.actor.getPreferences 101 + /// com.bad-example.pocket.getPreferences 101 102 /// 102 - /// get stored bluesky prefs 103 + /// get stored preferencess 103 104 #[oai( 104 - path = "/app.bsky.actor.getPreferences", 105 + path = "/com.bad-example.pocket.getPreferences", 105 106 method = "get", 106 - tag = "ApiTags::AppBsky" 107 + tag = "ApiTags::Pocket" 107 108 )] 108 - async fn app_bsky_get_prefs( 109 - &self, 110 - BlahAuth(auth): BlahAuth, 111 - m: &HeaderMap, 112 - ) -> GetBskyPrefsResponse { 113 - log::warn!("hm: {m:?}"); 114 - match verify( 115 - &format!("did:web:{}#bsky_appview", self.domain), 116 - "app.bsky.actor.getPreferences", 117 - &auth.token, 118 - ).await { 119 - Ok(did) => log::info!("wooo! {did}"), 120 - Err(err) => return GetBskyPrefsResponse::BadRequest(xrpc_error("booo", err)), 109 + async fn pocket_get_prefs(&self, XrpcAuth(auth): XrpcAuth) -> GetBskyPrefsResponse { 110 + let (did, aud) = match self 111 + .verifier 112 + .verify("com.bad-example.pocket.getPreferences", &auth.token) 113 + .await 114 + { 115 + Ok(d) => d, 116 + Err(e) => return GetBskyPrefsResponse::BadRequest(xrpc_error("boooo", e.to_string())), 117 + }; 118 + log::info!("verified did: {did}/{aud}"); 119 + 120 + let storage = self.storage.clone(); 121 + 122 + let Ok(Ok(res)) = tokio::task::spawn_blocking(move || { 123 + storage 124 + .lock() 125 + .unwrap() 126 + .get(&did, &aud) 127 + .inspect_err(|e| log::error!("failed to get prefs: {e}")) 128 + }) 129 + .await 130 + else { 131 + return GetBskyPrefsResponse::BadRequest(xrpc_error("boooo", "failed to get from db")); 132 + }; 133 + 134 + let Some(serialized) = res else { 135 + return GetBskyPrefsResponse::BadRequest(xrpc_error( 136 + "NotFound", 137 + "could not find prefs for u", 138 + )); 139 + }; 140 + 141 + let preferences = match serde_json::from_str(&serialized) { 142 + Ok(v) => v, 143 + Err(e) => { 144 + log::error!("failed to deserialize prefs: {e}"); 145 + return GetBskyPrefsResponse::BadRequest(xrpc_error( 146 + "boooo", 147 + "failed to deserialize prefs", 148 + )); 149 + } 121 150 }; 122 - log::warn!("got bearer: {:?}", auth.token); 123 - GetBskyPrefsResponse::Ok(Json(GetBskyPrefsResponseObject::example())) 151 + 152 + GetBskyPrefsResponse::Ok(Json(BskyPrefsObject { preferences })) 124 153 } 125 154 126 - /// app.bsky.actor.putPreferences 155 + /// com.bad-example.pocket.putPreferences 127 156 /// 128 157 /// store bluesky prefs 129 158 #[oai( 130 - path = "/app.bsky.actor.putPreferences", 159 + path = "/com.bad-example.pocket.putPreferences", 131 160 method = "post", 132 - tag = "ApiTags::AppBsky" 161 + tag = "ApiTags::Pocket" 133 162 )] 134 - async fn app_bsky_put_prefs( 163 + async fn pocket_put_prefs( 135 164 &self, 136 - Json(prefs): Json<Value>, 137 - ) -> () { 165 + XrpcAuth(auth): XrpcAuth, 166 + Json(prefs): Json<BskyPrefsObject>, 167 + ) -> PutBskyPrefsResponse { 168 + let (did, aud) = match self 169 + .verifier 170 + .verify("com.bad-example.pocket.putPreferences", &auth.token) 171 + .await 172 + { 173 + Ok(d) => d, 174 + Err(e) => return PutBskyPrefsResponse::BadRequest(xrpc_error("boooo", e.to_string())), 175 + }; 176 + log::info!("verified did: {did}/{aud}"); 138 177 log::warn!("received prefs: {prefs:?}"); 139 - () 178 + 179 + let storage = self.storage.clone(); 180 + let serialized = prefs.preferences.to_string(); 181 + 182 + let Ok(Ok(())) = tokio::task::spawn_blocking(move || { 183 + storage 184 + .lock() 185 + .unwrap() 186 + .put(&did, &aud, &serialized) 187 + .inspect_err(|e| log::error!("failed to insert prefs: {e}")) 188 + }) 189 + .await 190 + else { 191 + return PutBskyPrefsResponse::BadRequest(xrpc_error("boooo", "failed to put to db")); 192 + }; 193 + 194 + PutBskyPrefsResponse::Ok(PlainText("saved.".to_string())) 140 195 } 141 196 } 142 197 ··· 150 205 #[derive(Debug, Clone, Serialize)] 151 206 struct AppViewDoc { 152 207 id: String, 153 - service: [AppViewService; 1], 208 + service: [AppViewService; 2], 154 209 } 155 210 /// Serve a did document for did:web for this to be an xrpc appview 156 211 fn get_did_doc(domain: &str) -> impl Endpoint + use<> { 157 212 let doc = poem::web::Json(AppViewDoc { 158 213 id: format!("did:web:{domain}"), 159 - service: [AppViewService { 160 - id: "#bsky_appview".to_string(), 161 - r#type: "PocketBlueskyPreferences".to_string(), 162 - service_endpoint: format!("https://{domain}"), 163 - }], 214 + service: [ 215 + AppViewService { 216 + id: "#pocket_prefs".to_string(), 217 + r#type: "PocketPreferences".to_string(), 218 + service_endpoint: format!("https://{domain}"), 219 + }, 220 + AppViewService { 221 + id: "#bsky_appview".to_string(), 222 + r#type: "BlueskyAppview".to_string(), 223 + service_endpoint: format!("https://{domain}"), 224 + }, 225 + ], 164 226 }); 165 227 make_sync(move |_| doc.clone()) 166 228 } 167 229 168 - pub async fn serve( 169 - domain: &str, 170 - ) -> () { 230 + pub async fn serve(domain: &str, storage: Storage) -> () { 231 + let verifier = TokenVerifier::default(); 171 232 let api_service = OpenApiService::new( 172 - Xrpc { domain: domain.to_string() }, 233 + Xrpc { 234 + verifier, 235 + storage: Arc::new(Mutex::new(storage)), 236 + }, 173 237 "Pocket", 174 238 env!("CARGO_PKG_VERSION"), 175 239 ) ··· 180 244 .name("@microcosm.blue") 181 245 .url("https://bsky.app/profile/microcosm.blue"), 182 246 ) 183 - // .description(include_str!("../api-description.md")) 184 - .external_document(ExternalDocumentObject::new( 185 - "https://microcosm.blue/pocket", 186 - )); 247 + .description(include_str!("../api-description.md")) 248 + .external_document(ExternalDocumentObject::new("https://microcosm.blue/pocket")); 187 249 188 250 let app = Route::new() 189 - .at("/.well-known/did.json", get_did_doc(&domain)) 251 + .nest("/openapi", api_service.spec_endpoint()) 190 252 .nest("/xrpc/", api_service) 191 - // .at("/", StaticFileEndpoint::new("./static/index.html")) 192 - // .nest("/openapi", api_service.spec_endpoint()) 253 + .at("/.well-known/did.json", get_did_doc(domain)) 254 + .at("/", StaticFileEndpoint::new("./static/index.html")) 193 255 .with( 194 256 Cors::new() 195 257 .allow_method(Method::GET) 196 - .allow_method(Method::POST) 258 + .allow_method(Method::POST), 197 259 ) 198 260 .with(CatchPanic::new()) 199 261 .with(Tracing); 200 262 201 263 let listener = TcpListener::bind("127.0.0.1:3000"); 202 - Server::new(listener) 203 - .name("pocket") 204 - .run(app) 205 - .await 206 - .unwrap(); 207 - 264 + Server::new(listener).name("pocket").run(app).await.unwrap(); 208 265 }
+50
pocket/src/storage.rs
··· 1 + use rusqlite::{Connection, OptionalExtension, Result}; 2 + use std::path::Path; 3 + 4 + pub struct Storage { 5 + con: Connection, 6 + } 7 + 8 + impl Storage { 9 + pub fn connect(path: impl AsRef<Path>) -> Result<Self> { 10 + let con = Connection::open(path)?; 11 + con.pragma_update(None, "journal_mode", "WAL")?; 12 + con.pragma_update(None, "synchronous", "NORMAL")?; 13 + con.pragma_update(None, "busy_timeout", "100")?; 14 + con.pragma_update(None, "foreign_keys", "ON")?; 15 + Ok(Self { con }) 16 + } 17 + pub fn init(path: impl AsRef<Path>) -> Result<Self> { 18 + let me = Self::connect(path)?; 19 + me.con.execute( 20 + r#" 21 + create table prefs ( 22 + actor text not null, 23 + aud text not null, 24 + pref text not null, 25 + primary key (actor, aud) 26 + ) strict"#, 27 + (), 28 + )?; 29 + Ok(me) 30 + } 31 + pub fn put(&self, actor: &str, aud: &str, pref: &str) -> Result<()> { 32 + self.con.execute( 33 + r#"insert into prefs (actor, aud, pref) 34 + values (?1, ?2, ?3) 35 + on conflict do update set pref = excluded.pref"#, 36 + [actor, aud, pref], 37 + )?; 38 + Ok(()) 39 + } 40 + pub fn get(&self, actor: &str, aud: &str) -> Result<Option<String>> { 41 + self.con 42 + .query_one( 43 + r#"select pref from prefs 44 + where actor = ?1 and aud = ?2"#, 45 + [actor, aud], 46 + |row| row.get(0), 47 + ) 48 + .optional() 49 + } 50 + }
+122 -51
pocket/src/token.rs
··· 1 - use jwt_compact::{Claims, UntrustedToken}; 2 1 use atrium_crypto::did::parse_multikey; 3 2 use atrium_crypto::verify::Verifier; 4 - use std::collections::HashMap; 3 + use jwt_compact::UntrustedToken; 5 4 use serde::Deserialize; 5 + use std::collections::HashMap; 6 + use std::time::Duration; 7 + use thiserror::Error; 6 8 7 9 #[derive(Debug, Deserialize)] 8 10 struct MiniDoc { 9 11 signing_key: String, 12 + did: String, 10 13 } 11 14 12 - pub async fn verify( 13 - expected_aud: &str, 14 - expected_lxm: &str, 15 - token: &str, 16 - ) -> Result<String, &'static str> { 17 - let untrusted = UntrustedToken::new(token).unwrap(); 15 + #[derive(Error, Debug)] 16 + pub enum VerifyError { 17 + #[error("The cross-service authorization token failed verification: {0}")] 18 + VerificationFailed(&'static str), 19 + #[error("Error trying to resolve the DID to a signing key, retry in a moment: {0}")] 20 + ResolutionFailed(&'static str), 21 + } 22 + 23 + pub struct TokenVerifier { 24 + client: reqwest::Client, 25 + } 26 + 27 + impl TokenVerifier { 28 + pub fn new() -> Self { 29 + let client = reqwest::Client::builder() 30 + .user_agent(format!( 31 + "microcosm pocket v{} (dev: @bad-example.com)", 32 + env!("CARGO_PKG_VERSION") 33 + )) 34 + .no_proxy() 35 + .timeout(Duration::from_secs(12)) // slingshot timeout is 10s 36 + .build() 37 + .unwrap(); 38 + Self { client } 39 + } 40 + 41 + pub async fn verify( 42 + &self, 43 + expected_lxm: &str, 44 + token: &str, 45 + ) -> Result<(String, String), VerifyError> { 46 + let untrusted = UntrustedToken::new(token).unwrap(); 47 + 48 + // danger! unfortunately we need to decode the DID from the jwt body before we have a public key to verify the jwt with 49 + let Ok(untrusted_claims) = 50 + untrusted.deserialize_claims_unchecked::<HashMap<String, String>>() 51 + else { 52 + return Err(VerifyError::VerificationFailed( 53 + "could not deserialize jtw claims", 54 + )); 55 + }; 18 56 19 - let claims: Claims<HashMap<String, String>> = untrusted.deserialize_claims_unchecked().unwrap(); 57 + // get the (untrusted!) claimed DID 58 + let Some(untrusted_did) = untrusted_claims.custom.get("iss") else { 59 + return Err(VerifyError::VerificationFailed( 60 + "jwt must include the user's did in `iss`", 61 + )); 62 + }; 20 63 21 - let Some(did) = claims.custom.get("iss") else { 22 - return Err("jwt must include the user's did in `iss`"); 23 - }; 64 + // bail if it's not even a user-ish did 65 + if !untrusted_did.starts_with("did:") { 66 + return Err(VerifyError::VerificationFailed("iss should be a did")); 67 + } 68 + if untrusted_did.contains("#") { 69 + return Err(VerifyError::VerificationFailed( 70 + "iss should be a user did without a service identifier", 71 + )); 72 + } 24 73 25 - if !did.starts_with("did:") { 26 - return Err("iss should be a did"); 27 - } 28 - if did.contains("#") { 29 - return Err("iss should be a user did without a service identifier"); 30 - } 74 + let endpoint = 75 + "https://slingshot.microcosm.blue/xrpc/com.bad-example.identity.resolveMiniDoc"; 76 + let doc: MiniDoc = self 77 + .client 78 + .get(format!("{endpoint}?identifier={untrusted_did}")) 79 + .send() 80 + .await 81 + .map_err(|_| VerifyError::ResolutionFailed("failed to fetch minidoc"))? 82 + .error_for_status() 83 + .map_err(|_| VerifyError::ResolutionFailed("non-ok response for minidoc"))? 84 + .json() 85 + .await 86 + .map_err(|_| VerifyError::ResolutionFailed("failed to parse json to minidoc"))?; 31 87 32 - println!("Claims: {claims:#?}"); 33 - println!("did: {did:#?}"); 88 + // sanity check before we go ahead with this signing key 89 + if doc.did != *untrusted_did { 90 + return Err(VerifyError::VerificationFailed( 91 + "wtf, resolveMiniDoc returned a doc for a different DID, slingshot bug", 92 + )); 93 + } 34 94 35 - let endpoint = "https://slingshot.microcosm.blue/xrpc/com.bad-example.identity.resolveMiniDoc"; 36 - let doc: MiniDoc = reqwest::get(format!("{endpoint}?identifier={did}")) 37 - .await 38 - .unwrap() 39 - .error_for_status() 40 - .unwrap() 41 - .json() 42 - .await 43 - .unwrap(); 95 + let Ok((alg, public_key)) = parse_multikey(&doc.signing_key) else { 96 + return Err(VerifyError::VerificationFailed( 97 + "could not parse signing key form minidoc", 98 + )); 99 + }; 44 100 45 - log::info!("got minidoc response: {doc:?}"); 101 + // i _guess_ we've successfully bootstrapped the verification of the jwt unless this fails 102 + if let Err(e) = Verifier::default().verify( 103 + alg, 104 + &public_key, 105 + &untrusted.signed_data, 106 + untrusted.signature_bytes(), 107 + ) { 108 + log::warn!("jwt verification failed: {e}"); 109 + return Err(VerifyError::VerificationFailed( 110 + "jwt signature verification failed", 111 + )); 112 + } 46 113 47 - let (alg, public_key) = parse_multikey(&doc.signing_key).unwrap(); 48 - log::info!("parsed key: {public_key:?}"); 114 + // past this point we're should have established trust. crossing ts and dotting is. 115 + let did = &untrusted_did; 116 + let claims = &untrusted_claims; 49 117 50 - Verifier::default().verify( 51 - alg, 52 - &public_key, 53 - &untrusted.signed_data, 54 - untrusted.signature_bytes(), 55 - ).unwrap(); 56 - // if this passes, then our claims were trustworthy after all(??) 118 + let Some(aud) = claims.custom.get("aud") else { 119 + return Err(VerifyError::VerificationFailed("missing aud")); 120 + }; 121 + let Some(mut aud) = aud.strip_prefix("did:web:") else { 122 + return Err(VerifyError::VerificationFailed("expected a did:web aud")); 123 + }; 124 + if let Some((aud_without_hash, _)) = aud.split_once("#") { 125 + log::warn!("aud claim is missing service id fragment: {aud:?}"); 126 + aud = aud_without_hash; 127 + } 128 + let Some(lxm) = claims.custom.get("lxm") else { 129 + return Err(VerifyError::VerificationFailed("missing lxm")); 130 + }; 131 + if lxm != expected_lxm { 132 + return Err(VerifyError::VerificationFailed("wrong lxm")); 133 + } 57 134 58 - let Some(aud) = claims.custom.get("aud") else { 59 - return Err("missing aud"); 60 - }; 61 - if aud != expected_aud { 62 - return Err("wrong aud"); 135 + Ok((did.to_string(), aud.to_string())) 63 136 } 64 - let Some(lxm) = claims.custom.get("lxm") else { 65 - return Err("missing lxm"); 66 - }; 67 - if lxm != expected_lxm { 68 - return Err("wrong lxm"); 137 + } 138 + 139 + impl Default for TokenVerifier { 140 + fn default() -> Self { 141 + Self::new() 69 142 } 70 - 71 - Ok(did.to_string()) 72 143 }
+67
pocket/static/index.html
··· 1 + <!doctype html> 2 + <html lang="en"> 3 + <head> 4 + <meta charset="utf-8" /> 5 + <title>Pocket: atproto user preference storage</title> 6 + <meta name="viewport" content="width=device-width, initial-scale=1" /> 7 + <meta name="description" content="API Documentation for Pocket, a simple user-preference storage system for atproto" /> 8 + <style> 9 + :root { 10 + --scalar-small: 13px; 11 + } 12 + .scalar-app .markdown .markdown-alert { 13 + font-size: var(--scalar-small); 14 + } 15 + .sidebar-heading-link-title { 16 + line-height: 1.2; 17 + } 18 + .custom-header { 19 + height: 42px; 20 + background-color: #221828; 21 + box-shadow: inset 0 -1px 0 var(--scalar-border-color); 22 + color: var(--scalar-color-1); 23 + font-size: var(--scalar-font-size-3); 24 + font-family: 'Iowan Old Style', 'Palatino Linotype', 'URW Palladio L', P052, serif; 25 + padding: 0 18px; 26 + justify-content: space-between; 27 + } 28 + .custom-header, 29 + .custom-header nav { 30 + display: flex; 31 + align-items: center; 32 + gap: 18px; 33 + } 34 + .custom-header a:hover { 35 + color: var(--scalar-color-2); 36 + } 37 + 38 + .light-mode .custom-header { 39 + background-color: thistle; 40 + } 41 + </style> 42 + </head> 43 + <body> 44 + <header class="custom-header scalar-app"> 45 + <p> 46 + TODO: thing 47 + </p> 48 + <nav> 49 + <b>a <a href="https://microcosm.blue">microcosm</a> project</b> 50 + <a href="https://bsky.app/profile/microcosm.blue">@microcosm.blue</a> 51 + <a href="https://github.com/at-microcosm">github</a> 52 + </nav> 53 + </header> 54 + 55 + <script id="api-reference" type="application/json" data-url="/openapi"></script> 56 + 57 + <script> 58 + var configuration = { 59 + theme: 'purple', 60 + hideModels: true, 61 + } 62 + document.getElementById('api-reference').dataset.configuration = JSON.stringify(configuration) 63 + </script> 64 + 65 + <script src="https://cdn.jsdelivr.net/npm/@scalar/api-reference"></script> 66 + </body> 67 + </html>
+2
quasar/src/lib.rs
··· 1 1 mod storage; 2 + 3 + pub use storage::Storage;
+1 -1
quasar/src/storage.rs
··· 1 1 2 - trait Storage { 2 + pub trait Storage { 3 3 4 4 }
+12
reflector/Cargo.toml
··· 1 + [package] 2 + name = "reflector" 3 + version = "0.1.0" 4 + edition = "2024" 5 + 6 + [dependencies] 7 + clap = { version = "4.5.47", features = ["derive"] } 8 + log = "0.4.28" 9 + poem = "3.1.12" 10 + serde = { version = "1.0.219", features = ["derive"] } 11 + tokio = "1.47.1" 12 + tracing-subscriber = { version = "0.3.20", features = ["env-filter"] }
+9
reflector/readme.md
··· 1 + # reflector 2 + 3 + a tiny did:web service server that maps subdomains to a single service endpoint 4 + 5 + receiving requests from multiple subdomains is left as a problem for the reverse proxy to solve, since acme wildcard certificates (ie. letsencrypt) require the most complicated and involved challenge type (DNS). 6 + 7 + caddy [has good support for](https://caddyserver.com/docs/caddyfile/patterns#wildcard-certificates) configuring the wildcard DNS challenge with various DNS providers, and also supports [on-demand](https://caddyserver.com/docs/automatic-https#using-on-demand-tls) provisioning via the simpler methods. 8 + 9 + if you only need a small fixed number of subdomains, you can also use certbot or otherwise individually configure them in your reverse proxy.
+112
reflector/src/main.rs
··· 1 + use clap::Parser; 2 + use poem::{ 3 + EndpointExt, Response, Route, Server, get, handler, 4 + http::StatusCode, 5 + listener::TcpListener, 6 + middleware::{AddData, Tracing}, 7 + web::{Data, Json, Query, TypedHeader, headers::Host}, 8 + }; 9 + use serde::{Deserialize, Serialize}; 10 + 11 + #[handler] 12 + fn hello() -> String { 13 + "ษนoส‡ษ”วส…โ…Žวษน".to_string() 14 + } 15 + 16 + #[derive(Debug, Serialize)] 17 + struct DidDoc { 18 + id: String, 19 + service: [DidService; 1], 20 + } 21 + 22 + #[derive(Debug, Clone, Serialize)] 23 + #[serde(rename_all = "camelCase")] 24 + struct DidService { 25 + id: String, 26 + r#type: String, 27 + service_endpoint: String, 28 + } 29 + 30 + #[handler] 31 + fn did_doc(TypedHeader(host): TypedHeader<Host>, service: Data<&DidService>) -> Json<DidDoc> { 32 + Json(DidDoc { 33 + id: format!("did:web:{}", host.hostname()), 34 + service: [service.clone()], 35 + }) 36 + } 37 + 38 + #[derive(Deserialize)] 39 + struct AskQuery { 40 + domain: String, 41 + } 42 + #[handler] 43 + fn ask_caddy( 44 + Data(parent): Data<&Option<String>>, 45 + Query(AskQuery { domain }): Query<AskQuery>, 46 + ) -> Response { 47 + if let Some(parent) = parent 48 + && let Some(prefix) = domain.strip_suffix(&format!(".{parent}")) 49 + && !prefix.contains('.') 50 + { 51 + // no sub-sub-domains allowed 52 + return Response::builder().body("ok"); 53 + }; 54 + Response::builder() 55 + .status(StatusCode::FORBIDDEN) 56 + .body("nope") 57 + } 58 + 59 + /// Slingshot record edge cache 60 + #[derive(Parser, Debug, Clone)] 61 + #[command(version, about, long_about = None)] 62 + struct Args { 63 + /// The DID document service ID to serve 64 + /// 65 + /// must start with a '#', like `#bsky_appview' 66 + #[arg(long)] 67 + id: String, 68 + /// Service type 69 + /// 70 + /// Not sure exactly what its requirements are. 'BlueskyAppview' for example 71 + #[arg(long)] 72 + r#type: String, 73 + /// The HTTPS endpoint for the service 74 + #[arg(long)] 75 + service_endpoint: String, 76 + /// The parent domain; requests should come from subdomains of this 77 + #[arg(long)] 78 + domain: Option<String>, 79 + } 80 + 81 + impl From<Args> for DidService { 82 + fn from(a: Args) -> Self { 83 + Self { 84 + id: a.id, 85 + r#type: a.r#type, 86 + service_endpoint: a.service_endpoint, 87 + } 88 + } 89 + } 90 + 91 + #[tokio::main(flavor = "current_thread")] 92 + async fn main() { 93 + tracing_subscriber::fmt::init(); 94 + log::info!("ษนoส‡ษ”วส…โ…Žวษน"); 95 + 96 + let args = Args::parse(); 97 + let domain = args.domain.clone(); 98 + let service: DidService = args.into(); 99 + 100 + Server::new(TcpListener::bind("0.0.0.0:3001")) 101 + .run( 102 + Route::new() 103 + .at("/", get(hello)) 104 + .at("/.well-known/did.json", get(did_doc)) 105 + .at("/ask", get(ask_caddy)) 106 + .with(AddData::new(service)) 107 + .with(AddData::new(domain)) 108 + .with(Tracing), 109 + ) 110 + .await 111 + .unwrap() 112 + }
+11 -11
slingshot/src/server.rs
··· 437 437 Ok(did) => did, 438 438 Err(_) => { 439 439 let Ok(alleged_handle) = Handle::new(identifier) else { 440 - return invalid("identifier was not a valid DID or handle"); 440 + return invalid("Identifier was not a valid DID or handle"); 441 441 }; 442 442 443 443 match self.identity.handle_to_did(alleged_handle.clone()).await { ··· 453 453 Err(e) => { 454 454 log::debug!("failed to resolve handle: {e}"); 455 455 // TODO: ServerError not BadRequest 456 - return invalid("errored while trying to resolve handle to DID"); 456 + return invalid("Errored while trying to resolve handle to DID"); 457 457 } 458 458 } 459 459 } 460 460 }; 461 461 let Ok(partial_doc) = self.identity.did_to_partial_mini_doc(&did).await else { 462 - return invalid("failed to get DID doc"); 462 + return invalid("Failed to get DID doc"); 463 463 }; 464 464 let Some(partial_doc) = partial_doc else { 465 - return invalid("failed to find DID doc"); 465 + return invalid("Failed to find DID doc"); 466 466 }; 467 467 468 468 // ok so here's where we're at: ··· 483 483 .handle_to_did(partial_doc.unverified_handle.clone()) 484 484 .await 485 485 else { 486 - return invalid("failed to get did doc's handle"); 486 + return invalid("Failed to get DID doc's handle"); 487 487 }; 488 488 let Some(handle_did) = handle_did else { 489 - return invalid("failed to resolve did doc's handle"); 489 + return invalid("Failed to resolve DID doc's handle"); 490 490 }; 491 491 if handle_did == did { 492 492 partial_doc.unverified_handle.to_string() ··· 516 516 let Ok(handle) = Handle::new(repo) else { 517 517 return GetRecordResponse::BadRequest(xrpc_error( 518 518 "InvalidRequest", 519 - "repo was not a valid DID or handle", 519 + "Repo was not a valid DID or handle", 520 520 )); 521 521 }; 522 522 match self.identity.handle_to_did(handle).await { ··· 534 534 log::debug!("handle resolution failed: {e}"); 535 535 return GetRecordResponse::ServerError(xrpc_error( 536 536 "ResolutionFailed", 537 - "errored while trying to resolve handle to DID", 537 + "Errored while trying to resolve handle to DID", 538 538 )); 539 539 } 540 540 } ··· 544 544 let Ok(collection) = Nsid::new(collection) else { 545 545 return GetRecordResponse::BadRequest(xrpc_error( 546 546 "InvalidRequest", 547 - "invalid NSID for collection", 547 + "Invalid NSID for collection", 548 548 )); 549 549 }; 550 550 551 551 let Ok(rkey) = RecordKey::new(rkey) else { 552 - return GetRecordResponse::BadRequest(xrpc_error("InvalidRequest", "invalid rkey")); 552 + return GetRecordResponse::BadRequest(xrpc_error("InvalidRequest", "Invalid rkey")); 553 553 }; 554 554 555 555 let cid: Option<Cid> = if let Some(cid) = cid { 556 556 let Ok(cid) = Cid::from_str(&cid) else { 557 - return GetRecordResponse::BadRequest(xrpc_error("InvalidRequest", "invalid CID")); 557 + return GetRecordResponse::BadRequest(xrpc_error("InvalidRequest", "Invalid CID")); 558 558 }; 559 559 Some(cid) 560 560 } else {
+2
spacedust/src/error.rs
··· 30 30 TooManySourcesWanted, 31 31 #[error("more wantedSubjectDids were requested than allowed (max 10,000)")] 32 32 TooManyDidsWanted, 33 + #[error("more wantedSubjectPrefixes were requested than allowed (max 100)")] 34 + TooManySubjectPrefixesWanted, 33 35 #[error("more wantedSubjects were requested than allowed (max 50,000)")] 34 36 TooManySubjectsWanted, 35 37 }
+11 -2
spacedust/src/server.rs
··· 227 227 #[serde(default)] 228 228 pub wanted_subjects: HashSet<String>, 229 229 #[serde(default)] 230 + pub wanted_subject_prefixes: HashSet<String>, 231 + #[serde(default)] 230 232 pub wanted_subject_dids: HashSet<String>, 231 233 #[serde(default)] 232 234 pub wanted_sources: HashSet<String>, ··· 241 243 /// 242 244 /// The at-uri must be url-encoded 243 245 /// 244 - /// Pass this parameter multiple times to specify multiple collections, like 246 + /// Pass this parameter multiple times to specify multiple subjects, like 245 247 /// `wantedSubjects=[...]&wantedSubjects=[...]` 246 248 pub wanted_subjects: String, 249 + /// One or more at-uri, URI, or DID prefixes to receive links about 250 + /// 251 + /// The uri must be url-encoded 252 + /// 253 + /// Pass this parameter multiple times to specify multiple prefixes, like 254 + /// `wantedSubjectPrefixes=[...]&wantedSubjectPrefixes=[...]` 255 + pub wanted_subject_prefixes: String, 247 256 /// One or more DIDs to receive links about 248 257 /// 249 - /// Pass this parameter multiple times to specify multiple collections 258 + /// Pass this parameter multiple times to specify multiple subjects 250 259 pub wanted_subject_dids: String, 251 260 /// One or more link sources to receive links about 252 261 ///
+15 -6
spacedust/src/subscriber.rs
··· 42 42 loop { 43 43 tokio::select! { 44 44 l = receiver.recv() => match l { 45 - Ok(link) => if self.filter(&link.properties) { 46 - if let Err(e) = ws_sender.send(link.message.clone()).await { 47 - log::warn!("failed to send link, dropping subscriber: {e:?}"); 48 - break; 49 - } 45 + Ok(link) => if self.filter(&link.properties) 46 + && let Err(e) = ws_sender.send(link.message.clone()).await 47 + { 48 + log::warn!("failed to send link, dropping subscriber: {e:?}"); 49 + break; 50 50 }, 51 51 Err(RecvError::Closed) => self.shutdown.cancel(), 52 52 Err(RecvError::Lagged(n)) => { ··· 124 124 let query = &self.query; 125 125 126 126 // subject + subject DIDs are logical OR 127 - if !(query.wanted_subjects.is_empty() && query.wanted_subject_dids.is_empty() 127 + if !(query.wanted_subjects.is_empty() 128 + && query.wanted_subject_prefixes.is_empty() 129 + && query.wanted_subject_dids.is_empty() 128 130 || query.wanted_subjects.contains(&properties.subject) 131 + || query 132 + .wanted_subject_prefixes 133 + .iter() 134 + .any(|p| properties.subject.starts_with(p)) 129 135 || properties 130 136 .subject_did 131 137 .as_ref() ··· 154 160 } 155 161 if opts.wanted_subject_dids.len() > 10_000 { 156 162 return Err(SubscriberUpdateError::TooManyDidsWanted); 163 + } 164 + if opts.wanted_subject_prefixes.len() > 100 { 165 + return Err(SubscriberUpdateError::TooManySubjectPrefixesWanted); 157 166 } 158 167 if opts.wanted_subjects.len() > 50_000 { 159 168 return Err(SubscriberUpdateError::TooManySubjectsWanted);
+1 -1
ufos/Cargo.toml
··· 13 13 clap = { version = "4.5.31", features = ["derive"] } 14 14 dropshot = "0.16.0" 15 15 env_logger = "0.11.7" 16 - fjall = { git = "https://github.com/fjall-rs/fjall.git", features = ["lz4"] } 16 + fjall = { git = "https://github.com/fjall-rs/fjall.git", rev = "fb229572bb7d1d6966a596994dc1708e47ec57d8", features = ["lz4"] } 17 17 getrandom = "0.3.3" 18 18 http = "1.3.1" 19 19 jetstream = { path = "../jetstream", features = ["metrics"] }
+4 -4
who-am-i/src/server.rs
··· 268 268 Some(parent_host), 269 269 ); 270 270 } 271 - if let Some(ref app) = params.app { 272 - if !allowed_hosts.contains(app) { 273 - return err("Login is not allowed for this app", false, Some(app)); 274 - } 271 + if let Some(ref app) = params.app 272 + && !allowed_hosts.contains(app) 273 + { 274 + return err("Login is not allowed for this app", false, Some(app)); 275 275 } 276 276 let parent_origin = url.origin().ascii_serialization(); 277 277 if parent_origin == "null" {