will get and inser some migration data
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@ -36,54 +36,47 @@ impl MigrateStatsToV2 {
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// Iterate through all old rows, and put them into the above objects.
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for x in old_records {
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// For each of the old rows, create a (i) RpcQueryKey and a matching BufferedRpcQueryStats object
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let key = RpcQueryKey {
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response_timestamp: x.period_datetime.timestamp(),
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archive_needed: x.archive_needed,
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error_response: x.error_response,
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period_datetime: x.period_datetime.timestamp(),
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rpc_secret_key_id: x.rpc_key_id,
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origin: x.origin,
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method: x.method
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};
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// Create the corresponding BufferedRpcQueryStats object
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let val = BufferedRpcQueryStats {
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frontend_requests: x.frontend_requests,
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backend_requests: x.backend_requests,
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backend_retries: x.backend_retries,
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no_servers: x.no_servers,
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cache_misses: x.cache_misses,
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cache_hits: x.cache_hits,
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sum_request_bytes: x.sum_request_bytes,
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sum_response_bytes: x.sum_response_bytes,
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sum_response_millis: x.sum_response_millis
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};
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// TODO: Create authorization, request metadata, and bytes ... but bytes we don't really keep track of!
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// We can generate dummy bytes of the same length though, this may work as well
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// TODO: Period datetime is also a question of what it is
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// let response_stat = RpcQueryStats::new(
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// x.method,
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// authorization.clone(),
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// request_metadata.clone(),
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// response_bytes,
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// x.period_datetime
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// );
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// BufferedRpcQueryStats
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info!("Preparing for migration: {:?}", x);
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// // For each of the old rows, create a (i) RpcQueryKey and a matching BufferedRpcQueryStats object
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// let key = RpcQueryKey {
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// response_timestamp: x.period_datetime.timestamp(),
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// archive_needed: x.archive_needed,
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// error_response: x.error_response,
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// period_datetime: x.period_datetime.timestamp(),
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// rpc_secret_key_id: x.rpc_key_id,
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// origin: x.origin,
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// method: x.method
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// };
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//
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// // Create the corresponding BufferedRpcQueryStats object
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// let val = BufferedRpcQueryStats {
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// frontend_requests: x.frontend_requests,
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// backend_requests: x.backend_requests,
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// backend_retries: x.backend_retries,
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// no_servers: x.no_servers,
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// cache_misses: x.cache_misses,
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// cache_hits: x.cache_hits,
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// sum_request_bytes: x.sum_request_bytes,
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// sum_response_bytes: x.sum_response_bytes,
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// sum_response_millis: x.sum_response_millis
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// };
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//
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// // TODO: Create authorization, request metadata, and bytes ... but bytes we don't really keep track of!
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// // We can generate dummy bytes of the same length though, this may work as well
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//
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// // TODO: Period datetime is also a question of what it is
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// // let response_stat = RpcQueryStats::new(
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// // x.method,
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// // authorization.clone(),
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// // request_metadata.clone(),
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// // response_bytes,
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// // x.period_datetime
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// // );
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//
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// // BufferedRpcQueryStats
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}
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}
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@ -22,206 +22,7 @@ use migration::{Condition, Expr, SimpleExpr};
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use redis_rate_limiter::redis;
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use redis_rate_limiter::redis::AsyncCommands;
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use serde_json::json;
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// <<<<<<< HEAD:web3_proxy/src/user_queries.rs
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// /// get the attached address for the given bearer token.
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// /// First checks redis. Then checks the database.
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// /// 0 means all users.
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// /// This authenticates that the bearer is allowed to view this user_id's stats
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// pub async fn get_user_id_from_params(
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// redis_conn: &mut RedisConnection,
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// db_conn: &DatabaseConnection,
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// db_replica: &DatabaseReplica,
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// // this is a long type. should we strip it down?
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// bearer: Option<TypedHeader<Authorization<Bearer>>>,
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// params: &HashMap<String, String>,
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// ) -> Result<u64, FrontendErrorResponse> {
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// debug!("bearer and params are: {:?} {:?}", bearer, params);
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// match (bearer, params.get("user_id")) {
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// (Some(TypedHeader(Authorization(bearer))), Some(user_id)) => {
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// // check for the bearer cache key
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// let user_bearer_token = UserBearerToken::try_from(bearer)?;
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//
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// let user_redis_key = user_bearer_token.redis_key();
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//
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// let mut save_to_redis = false;
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//
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// // get the user id that is attached to this bearer token
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// let bearer_user_id = match redis_conn.get::<_, u64>(&user_redis_key).await {
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// Err(_) => {
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// // TODO: inspect the redis error? if redis is down we should warn
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// // this also means redis being down will not kill our app. Everything will need a db read query though.
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//
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// let user_login = login::Entity::find()
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// .filter(login::Column::BearerToken.eq(user_bearer_token.uuid()))
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// .one(db_replica.conn())
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// .await
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// .context("database error while querying for user")?
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// .ok_or(FrontendErrorResponse::AccessDenied)?;
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//
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// // if expired, delete ALL expired logins
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// let now = Utc::now();
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// if now > user_login.expires_at {
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// // this row is expired! do not allow auth!
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// // delete ALL expired logins.
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// let delete_result = login::Entity::delete_many()
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// .filter(login::Column::ExpiresAt.lte(now))
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// .exec(db_conn)
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// .await?;
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//
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// // TODO: emit a stat? if this is high something weird might be happening
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// debug!("cleared expired logins: {:?}", delete_result);
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//
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// return Err(FrontendErrorResponse::AccessDenied);
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// }
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//
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// save_to_redis = true;
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//
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// user_login.user_id
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// }
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// Ok(x) => {
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// // TODO: push cache ttl further in the future?
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// x
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// }
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// };
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//
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// let user_id: u64 = user_id.parse().context("Parsing user_id param")?;
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//
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// if bearer_user_id != user_id {
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// return Err(FrontendErrorResponse::AccessDenied);
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// }
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//
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// if save_to_redis {
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// // TODO: how long? we store in database for 4 weeks
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// const ONE_DAY: usize = 60 * 60 * 24;
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//
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// if let Err(err) = redis_conn
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// .set_ex::<_, _, ()>(user_redis_key, user_id, ONE_DAY)
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// .await
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// {
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// warn!("Unable to save user bearer token to redis: {}", err)
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// }
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// }
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//
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// Ok(bearer_user_id)
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// }
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// (_, None) => {
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// // they have a bearer token. we don't care about it on public pages
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// // 0 means all
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// Ok(0)
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// }
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// (None, Some(_)) => {
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// // they do not have a bearer token, but requested a specific id. block
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// // TODO: proper error code from a useful error code
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// // TODO: maybe instead of this sharp edged warn, we have a config value?
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// // TODO: check config for if we should deny or allow this
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// Err(FrontendErrorResponse::AccessDenied)
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// // // TODO: make this a flag
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// // warn!("allowing without auth during development!");
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// // Ok(x.parse()?)
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// }
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// }
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// }
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//
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// /// only allow rpc_key to be set if user_id is also set.
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// /// this will keep people from reading someone else's keys.
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// /// 0 means none.
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//
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// pub fn get_rpc_key_id_from_params(
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// user_id: u64,
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// params: &HashMap<String, String>,
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// ) -> anyhow::Result<u64> {
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// if user_id > 0 {
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// params.get("rpc_key_id").map_or_else(
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// || Ok(0),
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// |c| {
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// let c = c.parse()?;
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//
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// Ok(c)
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// },
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// )
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// } else {
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// Ok(0)
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// }
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// }
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//
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// pub fn get_chain_id_from_params(
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// app: &Web3ProxyApp,
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// params: &HashMap<String, String>,
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// ) -> anyhow::Result<u64> {
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// params.get("chain_id").map_or_else(
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// || Ok(app.config.chain_id),
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// |c| {
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// let c = c.parse()?;
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//
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// Ok(c)
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// },
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// )
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// }
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//
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// pub fn get_query_start_from_params(
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// params: &HashMap<String, String>,
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// ) -> anyhow::Result<chrono::NaiveDateTime> {
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// params.get("query_start").map_or_else(
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// || {
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// // no timestamp in params. set default
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// let x = chrono::Utc::now() - chrono::Duration::days(30);
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//
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// Ok(x.naive_utc())
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// },
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// |x: &String| {
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// // parse the given timestamp
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// let x = x.parse::<i64>().context("parsing timestamp query param")?;
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//
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// // TODO: error code 401
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// let x =
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// NaiveDateTime::from_timestamp_opt(x, 0).context("parsing timestamp query param")?;
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//
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// Ok(x)
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// },
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// )
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// }
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//
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// pub fn get_page_from_params(params: &HashMap<String, String>) -> anyhow::Result<u64> {
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// params.get("page").map_or_else::<anyhow::Result<u64>, _, _>(
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// || {
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// // no page in params. set default
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// Ok(0)
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// },
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// |x: &String| {
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// // parse the given timestamp
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// // TODO: error code 401
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// let x = x.parse().context("parsing page query from params")?;
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//
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// Ok(x)
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// },
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// )
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// }
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//
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// pub fn get_query_window_seconds_from_params(
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// params: &HashMap<String, String>,
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// ) -> Result<u64, FrontendErrorResponse> {
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// params.get("query_window_seconds").map_or_else(
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// || {
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// // no page in params. set default
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// Ok(0)
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// },
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// |query_window_seconds: &String| {
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// // parse the given timestamp
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// // TODO: error code 401
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// query_window_seconds.parse::<u64>().map_err(|e| {
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// FrontendErrorResponse::StatusCode(
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// StatusCode::BAD_REQUEST,
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// "Unable to parse rpc_key_id".to_string(),
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// Some(e.into()),
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// )
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// })
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// },
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// )
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// }
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// =======
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use super::StatType;
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// >>>>>>> 77df3fa (stats v2):web3_proxy/src/stats/db_queries.rs
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pub fn filter_query_window_seconds(
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query_window_seconds: u64,
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