//! Create/Update/Read/Delete methods for all entity types //! //! This module is very large (perhaps it should be split into per-entity files?), but it basically //! comes down to implementing the EntityCrud trait for each of the entity types. *All* entity //! reads and mutations should go through this file, which defines the mechanics of translation //! between the SQL schema and API (swagger) JSON models. use crate::database_models::*; use crate::database_schema::*; use crate::editing::EditContext; use crate::endpoint_handlers::{get_release_files, get_release_filesets, get_release_webcaptures}; use crate::errors::*; use crate::identifiers::*; use crate::server::DbConn; use diesel::prelude::*; use diesel::{self, insert_into}; use fatcat_openapi::models::*; use sha1::Sha1; use std::marker::Sized; use std::str::FromStr; use uuid::Uuid; /* One goal here is to abstract the non-entity-specific bits into generic traits or functions, * instead of macros. * * Notably: * * db_get * db_get_rev * db_create * db_create_batch * db_update * db_delete * db_get_history * db_get_edit * db_delete_edit * db_get_redirects * db_accept_edits * * For now, these will probably be macros, until we can level up our trait/generics foo. */ // Associated Type, not parametric pub trait EntityCrud where Self: Sized, { // TODO: could EditRow and IdentRow be generic structs? Or do they need to be bound to a // specific table? type EditRow; // EntityEditRow type EditNewRow; type IdentRow; // EntityIdentRow type IdentNewRow; type RevRow; // Generic Methods fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self>; fn db_get(conn: &DbConn, ident: FatcatId, hide: HideFlags) -> Result<Self>; fn db_get_rev(conn: &DbConn, rev_id: Uuid, hide: HideFlags) -> Result<Self>; fn db_expand(&mut self, conn: &DbConn, expand: ExpandFlags) -> Result<()>; fn db_create(&self, conn: &DbConn, edit_context: &EditContext) -> Result<Self::EditRow>; fn db_create_batch( conn: &DbConn, edit_context: &EditContext, models: &[&Self], ) -> Result<Vec<Self::EditRow>>; fn db_update( &self, conn: &DbConn, edit_context: &EditContext, ident: FatcatId, ) -> Result<Self::EditRow>; fn db_delete( conn: &DbConn, edit_context: &EditContext, ident: FatcatId, ) -> Result<Self::EditRow>; fn db_get_history( conn: &DbConn, ident: FatcatId, limit: Option<i64>, ) -> Result<Vec<EntityHistoryEntry>>; fn db_get_edit(conn: &DbConn, edit_id: Uuid) -> Result<Self::EditRow>; fn db_delete_edit(conn: &DbConn, edit_id: Uuid) -> Result<()>; fn db_get_redirects(conn: &DbConn, ident: FatcatId) -> Result<Vec<FatcatId>>; fn db_accept_edits(conn: &DbConn, editgroup_id: FatcatId) -> Result<u64>; // Entity-specific Methods fn db_from_row( conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, hide: HideFlags, ) -> Result<Self>; fn db_insert_rev(&self, conn: &DbConn) -> Result<Uuid>; fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>>; } #[derive(Clone, Copy, PartialEq)] pub struct ExpandFlags { pub files: bool, pub filesets: bool, pub webcaptures: bool, pub container: bool, pub releases: bool, pub creators: bool, pub editors: bool, } impl FromStr for ExpandFlags { type Err = Error; fn from_str(param: &str) -> Result<ExpandFlags> { let list: Vec<&str> = param.split_terminator(',').collect(); Ok(ExpandFlags::from_str_list(&list)) } } impl ExpandFlags { pub fn from_str_list(list: &[&str]) -> ExpandFlags { ExpandFlags { files: list.contains(&"files"), filesets: list.contains(&"filesets"), webcaptures: list.contains(&"webcaptures"), container: list.contains(&"container"), releases: list.contains(&"releases"), creators: list.contains(&"creators"), editors: list.contains(&"editors"), } } pub fn none() -> ExpandFlags { ExpandFlags { files: false, filesets: false, webcaptures: false, container: false, releases: false, creators: false, editors: false, } } } #[test] fn test_expand_flags() { assert!(ExpandFlags::from_str_list(&vec![]).files == false); assert!(ExpandFlags::from_str_list(&vec!["files"]).files == true); assert!(ExpandFlags::from_str_list(&vec!["file"]).files == false); let all = ExpandFlags::from_str_list(&vec![ "files", "filesets", "webcaptures", "container", "other_thing", "releases", "creators", "editors", ]); assert!( all == ExpandFlags { files: true, filesets: true, webcaptures: true, container: true, releases: true, creators: true, editors: true, } ); assert!(ExpandFlags::from_str("").unwrap().files == false); assert!(ExpandFlags::from_str("files").unwrap().files == true); assert!(ExpandFlags::from_str("something,,files").unwrap().files == true); assert!(ExpandFlags::from_str("file").unwrap().files == false); let all = ExpandFlags::from_str( "files,container,other_thing,releases,creators,editors,filesets,webcaptures", ) .unwrap(); assert!( all == ExpandFlags { files: true, filesets: true, webcaptures: true, container: true, releases: true, creators: true, editors: true, } ); } #[derive(Clone, Copy, PartialEq)] pub struct HideFlags { // release pub abstracts: bool, pub refs: bool, pub contribs: bool, // fileset pub manifest: bool, // webcapture pub cdx: bool, } impl FromStr for HideFlags { type Err = Error; fn from_str(param: &str) -> Result<HideFlags> { let list: Vec<&str> = param.split_terminator(',').collect(); Ok(HideFlags::from_str_list(&list)) } } impl HideFlags { pub fn from_str_list(list: &[&str]) -> HideFlags { HideFlags { abstracts: list.contains(&"abstracts"), refs: list.contains(&"refs"), contribs: list.contains(&"contribs"), manifest: list.contains(&"contribs"), cdx: list.contains(&"contribs"), } } pub fn none() -> HideFlags { HideFlags { abstracts: false, refs: false, contribs: false, manifest: false, cdx: false, } } } #[test] fn test_hide_flags() { assert!(HideFlags::from_str_list(&vec![]).abstracts == false); assert!(HideFlags::from_str_list(&vec!["abstracts"]).abstracts == true); assert!(HideFlags::from_str_list(&vec!["abstract"]).abstracts == false); let all = HideFlags::from_str_list(&vec![ "abstracts", "refs", "other_thing", "contribs", "manifest", "cdx", ]); assert!( all == HideFlags { abstracts: true, refs: true, contribs: true, manifest: true, cdx: true, } ); assert!(HideFlags::from_str("").unwrap().abstracts == false); assert!(HideFlags::from_str("abstracts").unwrap().abstracts == true); assert!( HideFlags::from_str("something,,abstracts") .unwrap() .abstracts == true ); assert!(HideFlags::from_str("file").unwrap().abstracts == false); let all = HideFlags::from_str("abstracts,cdx,refs,manifest,other_thing,contribs").unwrap(); assert!( all == HideFlags { abstracts: true, refs: true, contribs: true, manifest: true, cdx: true, } ); } macro_rules! generic_db_get { ($ident_table:ident, $rev_table:ident) => { fn db_get(conn: &DbConn, ident: FatcatId, hide: HideFlags) -> Result<Self> { let res: Option<(Self::IdentRow, Self::RevRow)> = $ident_table::table .find(ident.to_uuid()) .inner_join($rev_table::table) .first(conn) .optional()?; match res { Some((ident, rev)) => { Self::db_from_row(conn, rev, Some(ident), hide) }, None => { // return a stub (deleted) entity if it's just deleted state let ident_row: Self::IdentRow = match $ident_table::table.find(ident.to_uuid()).first(conn) { Ok(row) => row, Err(diesel::result::Error::NotFound) => Err(FatcatError::NotFound(stringify!($ident_table).to_string(), ident.to_string()))?, Err(e) => Err(e)?, }; if ident_row.rev_id.is_none() { Self::from_deleted_row(ident_row) } else { bail!("unexpected condition: entity ident/rev join failed, yet row isn't in deleted state") } }, } } }; } macro_rules! generic_db_get_rev { ($rev_table:ident) => { fn db_get_rev(conn: &DbConn, rev_id: Uuid, hide: HideFlags) -> Result<Self> { let rev = match $rev_table::table.find(rev_id).first(conn) { Ok(rev) => rev, Err(diesel::result::Error::NotFound) => Err(FatcatError::NotFound( stringify!($rev_table).to_string(), rev_id.to_string(), ))?, Err(e) => Err(e)?, }; Self::db_from_row(conn, rev, None, hide) } }; } macro_rules! generic_db_expand { () => { fn db_expand(&mut self, _conn: &DbConn, _expand: ExpandFlags) -> Result<()> { Ok(()) } }; } macro_rules! generic_db_create { // TODO: this path should call generic_db_create_batch ($ident_table: ident, $edit_table: ident) => { fn db_create(&self, conn: &DbConn, edit_context: &EditContext) -> Result<Self::EditRow> { if self.redirect.is_some() { return Err(FatcatError::BadRequest( "can't create an entity that redirects from the start".to_string(), ) .into()); } let rev_id = self.db_insert_rev(conn)?; let ident: Uuid = insert_into($ident_table::table) .values($ident_table::rev_id.eq(&rev_id)) .returning($ident_table::id) .get_result(conn)?; let edit: Self::EditRow = insert_into($edit_table::table) .values(( $edit_table::editgroup_id.eq(edit_context.editgroup_id.to_uuid()), $edit_table::rev_id.eq(&rev_id), $edit_table::ident_id.eq(&ident), $edit_table::extra_json.eq(self.edit_extra.clone()), )) .get_result(conn)?; Ok(edit) } }; } macro_rules! generic_db_create_batch { ($ident_table:ident, $edit_table:ident) => { fn db_create_batch( conn: &DbConn, edit_context: &EditContext, models: &[&Self], ) -> Result<Vec<Self::EditRow>> { if models.iter().any(|m| m.redirect.is_some()) { return Err(FatcatError::BadRequest( "can't create an entity that redirects from the start".to_string(), ) .into()); } let rev_ids: Vec<Uuid> = Self::db_insert_revs(conn, models)?; let ident_ids: Vec<Uuid> = insert_into($ident_table::table) .values( rev_ids .iter() .map(|rev_id| Self::IdentNewRow { rev_id: Some(rev_id.clone()), is_live: edit_context.autoaccept, redirect_id: None, }) .collect::<Vec<Self::IdentNewRow>>(), ) .returning($ident_table::id) .get_results(conn)?; let edits: Vec<Self::EditRow> = insert_into($edit_table::table) .values( rev_ids .into_iter() .zip(ident_ids.into_iter()) .zip(models.into_iter().map(|m| m.edit_extra.clone())) .map(|((rev_id, ident_id), edit_extra)| Self::EditNewRow { editgroup_id: edit_context.editgroup_id.to_uuid(), rev_id: Some(rev_id), ident_id, redirect_id: None, prev_rev: None, extra_json: edit_extra, }) .collect::<Vec<Self::EditNewRow>>(), ) .get_results(conn)?; Ok(edits) } }; } macro_rules! generic_db_update { ($ident_table: ident, $edit_table: ident) => { fn db_update(&self, conn: &DbConn, edit_context: &EditContext, ident: FatcatId) -> Result<Self::EditRow> { let current: Self::IdentRow = $ident_table::table.find(ident.to_uuid()).first(conn)?; let no_redirect: Option<Uuid> = None; // Don't set prev_rev if current status is redirect let prev_rev = match current.redirect_id { Some(_) => None, None => current.rev_id, }; if self.state.is_none() { if Some(ident.to_string()) == self.redirect { return Err(FatcatError::BadRequest( "tried to redirect entity to itself".to_string()).into()); } // special case: redirect to another entity if let Some(ref redirect_ident) = self.redirect { let redirect_ident = FatcatId::from_str(&redirect_ident)?.to_uuid(); if Some(redirect_ident) == current.redirect_id { return Err(FatcatError::BadRequest( "redundantly redirecting entity to it's current target currently isn't supported".to_string()).into()); } // TODO: if we get a diesel not-found here, should be a special error response? let target: Self::IdentRow = $ident_table::table.find(redirect_ident).first(conn)?; if target.is_live != true { // there is no race condition on this check because WIP -> is_live=true is // a one-way operation return Err(FatcatError::BadRequest( "attempted to redirect to a WIP entity".to_string()).into()); } // Note: there is a condition where the target is already a redirect, but we // don't handle that here because the state of the redirect could change before // we accept this editgroup let edit: Self::EditRow = insert_into($edit_table::table) .values(( $edit_table::editgroup_id.eq(edit_context.editgroup_id.to_uuid()), $edit_table::ident_id.eq(&ident.to_uuid()), $edit_table::rev_id.eq(target.rev_id), $edit_table::redirect_id.eq(redirect_ident), $edit_table::prev_rev.eq(prev_rev), $edit_table::extra_json.eq(&self.edit_extra), )) .get_result(conn)?; return Ok(edit) } // special case: revert to point to an existing revision if let Some(ref rev_id) = self.revision { let rev_id = Uuid::from_str(&rev_id)?; if Some(rev_id) == current.rev_id { return Err(FatcatError::BadRequest( "reverted entity to it's current state; this isn't currently supported".to_string()).into()); } let edit: Self::EditRow = insert_into($edit_table::table) .values(( $edit_table::editgroup_id.eq(edit_context.editgroup_id.to_uuid()), $edit_table::ident_id.eq(&ident.to_uuid()), $edit_table::rev_id.eq(&rev_id), $edit_table::redirect_id.eq(no_redirect), $edit_table::prev_rev.eq(prev_rev), $edit_table::extra_json.eq(&self.edit_extra), )) .get_result(conn)?; return Ok(edit) } } // regular insert/update let rev_id = self.db_insert_rev(conn)?; let edit: Self::EditRow = insert_into($edit_table::table) .values(( $edit_table::editgroup_id.eq(edit_context.editgroup_id.to_uuid()), $edit_table::ident_id.eq(&ident.to_uuid()), $edit_table::rev_id.eq(&rev_id), $edit_table::redirect_id.eq(no_redirect), $edit_table::prev_rev.eq(prev_rev), $edit_table::extra_json.eq(&self.edit_extra), )) .get_result(conn)?; Ok(edit) } } } macro_rules! generic_db_delete { ($ident_table:ident, $edit_table:ident) => { fn db_delete( conn: &DbConn, edit_context: &EditContext, ident: FatcatId, ) -> Result<Self::EditRow> { let current: Self::IdentRow = $ident_table::table.find(ident.to_uuid()).first(conn)?; if current.is_live != true { return Err(FatcatError::InvalidEntityStateTransform( "can't delete an entity that doesn't exist yet; delete edit object instead" .to_string(), ) .into()); } if current.state()? == EntityState::Deleted { return Err(FatcatError::InvalidEntityStateTransform( "entity was already deleted".to_string(), ) .into()); } let edit: Self::EditRow = insert_into($edit_table::table) .values(( $edit_table::editgroup_id.eq(edit_context.editgroup_id.to_uuid()), $edit_table::ident_id.eq(ident.to_uuid()), $edit_table::rev_id.eq(None::<Uuid>), $edit_table::redirect_id.eq(None::<Uuid>), $edit_table::prev_rev.eq(current.rev_id), //$edit_table::extra_json.eq(None::<?>), )) .get_result(conn)?; Ok(edit) } }; } macro_rules! generic_db_get_history { ($edit_table:ident) => { fn db_get_history( conn: &DbConn, ident: FatcatId, limit: Option<i64>, ) -> Result<Vec<EntityHistoryEntry>> { let limit = limit.unwrap_or(50); // TODO: make a static let rows: Vec<(EditgroupRow, ChangelogRow, Self::EditRow, EditorRow)> = editgroup::table .inner_join(changelog::table) .inner_join($edit_table::table) .inner_join(editor::table) .filter($edit_table::ident_id.eq(ident.to_uuid())) .order(changelog::id.desc()) .limit(limit) .get_results(conn)?; let history: Result<Vec<EntityHistoryEntry>> = rows .into_iter() .map(|(eg_row, cl_row, e_row, editor_row)| { let editor = editor_row.into_model(); Ok(EntityHistoryEntry { edit: e_row.into_model()?, editgroup: eg_row.into_model_partial(Some(cl_row.id), Some(editor)), changelog_entry: cl_row.into_model(), }) }) .collect(); history } }; } macro_rules! generic_db_get_edit { ($edit_table:ident) => { fn db_get_edit(conn: &DbConn, edit_id: Uuid) -> Result<Self::EditRow> { Ok($edit_table::table.find(edit_id).first(conn)?) } }; } macro_rules! generic_db_delete_edit { ($edit_table:ident) => { /// This method assumes the connection is already in a transaction fn db_delete_edit(conn: &DbConn, edit_id: Uuid) -> Result<()> { // ensure that edit hasn't been accepted let accepted_rows: Vec<(EditgroupRow, ChangelogRow, Self::EditRow)> = editgroup::table .inner_join(changelog::table) .inner_join($edit_table::table) .filter($edit_table::id.eq(edit_id)) .limit(1) .get_results(conn)?; if accepted_rows.len() != 0 { return Err(FatcatError::EditgroupAlreadyAccepted( "attempted to delete an already accepted edit".to_string(), ) .into()); } diesel::delete($edit_table::table.filter($edit_table::id.eq(edit_id))).execute(conn)?; Ok(()) } }; } macro_rules! generic_db_get_redirects { ($ident_table:ident) => { fn db_get_redirects(conn: &DbConn, ident: FatcatId) -> Result<Vec<FatcatId>> { let res: Vec<Uuid> = $ident_table::table .select($ident_table::id) .filter($ident_table::redirect_id.eq(ident.to_uuid())) .get_results(conn)?; Ok(res.iter().map(|u| FatcatId::from_uuid(u)).collect()) } }; } /* // This would be the clean and efficient way, but see: // https://github.com/diesel-rs/diesel/issues/1478 // diesel::update(container_ident::table) .inner_join(container_edit::table.on( container_ident::id.eq(container_edit::ident_id) )) .filter(container_edit::editgroup_id.eq(editgroup_id)) .values(( container_ident::is_live.eq(true), container_ident::rev_id.eq(container_edit::rev_id), container_ident::redirect_id.eq(container_edit::redirect_id), )) .execute()?; // Was previously: for entity in &["container", "creator", "file", "work", "release"] { diesel::sql_query(format!( " UPDATE {entity}_ident SET is_live = true, rev_id = {entity}_edit.rev_id, redirect_id = {entity}_edit.redirect_id FROM {entity}_edit WHERE {entity}_ident.id = {entity}_edit.ident_id AND {entity}_edit.editgroup_id = $1", entity = entity )).bind::<diesel::sql_types::Uuid, _>(editgroup_id) .execute(conn)?; */ // UPDATE FROM version: single query for many rows // Works with Postgres, not Cockroach #[allow(unused_macros)] macro_rules! generic_db_accept_edits_batch { ($entity_name_str:expr, $ident_table:ident, $edit_table:ident) => { fn db_accept_edits(conn: &DbConn, editgroup_id: FatcatId) -> Result<u64> { // NOTE: the checks and redirects can be skipped for accepts that are all inserts // (which I guess we only know for batch inserts with auto-accept?) // assert that we aren't redirecting to anything which is a redirect already let forward_recursive_redirects: i64 = $edit_table::table .inner_join( $ident_table::table .on($edit_table::redirect_id.eq($ident_table::id.nullable())), ) .filter($edit_table::redirect_id.is_not_null()) .filter($edit_table::editgroup_id.eq(&editgroup_id.to_uuid())) .filter($ident_table::redirect_id.is_not_null()) .count() .get_result(conn)?; if forward_recursive_redirects != 0 { // TODO: revert transaction? return Err(FatcatError::BadRequest( "one or more (forward) recurisve redirects".to_string(), ) .into()); } // assert that we aren't redirecting while something already redirects to us let backward_recursive_redirects: i64 = $ident_table::table .inner_join( $edit_table::table .on($ident_table::redirect_id.eq($edit_table::ident_id.nullable())), ) .filter($ident_table::redirect_id.is_not_null()) .filter($edit_table::editgroup_id.eq(editgroup_id.to_uuid())) .filter($edit_table::redirect_id.is_not_null()) .count() .get_result(conn)?; if backward_recursive_redirects != 0 { // TODO: revert transaction? return Err(FatcatError::BadRequest( "one or more (backward) recurisve redirects".to_string(), ) .into()); } let count = diesel::sql_query(format!( " UPDATE {entity}_ident SET is_live = true, rev_id = {entity}_edit.rev_id, redirect_id = {entity}_edit.redirect_id FROM {entity}_edit WHERE {entity}_ident.id = {entity}_edit.ident_id AND {entity}_edit.editgroup_id = $1", entity = $entity_name_str )) .bind::<diesel::sql_types::Uuid, _>(editgroup_id.to_uuid()) .execute(conn)?; // update any/all redirects for updated entities let _redir_count = diesel::sql_query(format!( " UPDATE {entity}_ident SET rev_id = {entity}_edit.rev_id FROM {entity}_edit WHERE {entity}_ident.redirect_id = {entity}_edit.ident_id AND {entity}_edit.editgroup_id = $1", entity = $entity_name_str )) .bind::<diesel::sql_types::Uuid, _>(editgroup_id.to_uuid()) .execute(conn)?; Ok(count as u64) } }; } // UPDATE ROW version: single query per row // CockroachDB version (slow, single query per row) #[allow(unused_macros)] macro_rules! generic_db_accept_edits_each { ($ident_table:ident, $edit_table:ident) => { fn db_accept_edits(conn: &DbConn, editgroup_id: FatcatId) -> Result<u64> { // 1. select edit rows (in sql) let edit_rows: Vec<Self::EditRow> = $edit_table::table .filter($edit_table::editgroup_id.eq(&editgroup_id.to_uuid())) .get_results(conn)?; // 2. create ident rows (in rust) let ident_rows: Vec<Self::IdentRow> = edit_rows .iter() .map(|edit| Self::IdentRow { id: edit.ident_id, is_live: true, rev_id: edit.rev_id, redirect_id: edit.redirect_id, }) .collect(); /* // 3. upsert ident rows (in sql) let count: u64 = diesel::insert_into($ident_table::table) .values(ident_rows) .on_conflict() .do_update() .set(ident_rows) .execute(conn)?; */ // 3. update every row individually let count = ident_rows.len() as u64; for row in ident_rows { diesel::update(&row).set(&row).execute(conn)?; } Ok(count) } }; } macro_rules! generic_db_insert_rev { () => { fn db_insert_rev(&self, conn: &DbConn) -> Result<Uuid> { Self::db_insert_revs(conn, &[self]).map(|id_list| id_list[0]) } }; } impl EntityCrud for ContainerEntity { type EditRow = ContainerEditRow; type EditNewRow = ContainerEditNewRow; type IdentRow = ContainerIdentRow; type IdentNewRow = ContainerIdentNewRow; type RevRow = ContainerRevRow; generic_db_get!(container_ident, container_rev); generic_db_get_rev!(container_rev); generic_db_expand!(); generic_db_create!(container_ident, container_edit); generic_db_create_batch!(container_ident, container_edit); generic_db_update!(container_ident, container_edit); generic_db_delete!(container_ident, container_edit); generic_db_get_history!(container_edit); generic_db_get_edit!(container_edit); generic_db_delete_edit!(container_edit); generic_db_get_redirects!(container_ident); generic_db_accept_edits_batch!("container", container_ident, container_edit); generic_db_insert_rev!(); fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self> { if ident_row.rev_id.is_some() { bail!("called from_deleted_row with a non-deleted-state row") } Ok(ContainerEntity { issnl: None, issne: None, issnp: None, wikidata_qid: None, publisher: None, name: None, container_type: None, publication_status: None, state: Some(ident_row.state().unwrap().shortname()), ident: Some(FatcatId::from_uuid(&ident_row.id).to_string()), revision: ident_row.rev_id.map(|u| u.to_string()), redirect: ident_row .redirect_id .map(|u| FatcatId::from_uuid(&u).to_string()), extra: None, edit_extra: None, }) } fn db_from_row( _conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, _hide: HideFlags, ) -> Result<Self> { let (state, ident_id, redirect_id) = match ident_row { Some(i) => ( Some(i.state().unwrap().shortname()), Some(FatcatId::from_uuid(&i.id).to_string()), i.redirect_id.map(|u| FatcatId::from_uuid(&u).to_string()), ), None => (None, None, None), }; Ok(ContainerEntity { issnl: rev_row.issnl, issne: rev_row.issne, issnp: rev_row.issnp, wikidata_qid: rev_row.wikidata_qid, publisher: rev_row.publisher, name: Some(rev_row.name), container_type: rev_row.container_type, publication_status: rev_row.publication_status, state, ident: ident_id, revision: Some(rev_row.id.to_string()), redirect: redirect_id, extra: rev_row.extra_json, edit_extra: None, }) } fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>> { // first verify external identifier syntax for entity in models { if let Some(ref extid) = entity.wikidata_qid { check_wikidata_qid(extid)?; } if let Some(ref extid) = entity.issnl { check_issn(extid)?; } if let Some(ref extid) = entity.issne { check_issn(extid)?; } if let Some(ref extid) = entity.issnp { check_issn(extid)?; } if let Some(ref status) = entity.publication_status { check_publication_status(status)?; } } if models.iter().any(|m| m.name.is_none()) { return Err(FatcatError::BadRequest( "name is required for all Container entities".to_string(), ) .into()); } let rev_ids: Vec<Uuid> = insert_into(container_rev::table) .values( models .iter() .map(|model| ContainerRevNewRow { name: model.name.clone().unwrap(), // unwrap checked above publisher: model.publisher.clone(), issnl: model.issnl.clone(), issnp: model.issnp.clone(), issne: model.issne.clone(), wikidata_qid: model.wikidata_qid.clone(), container_type: model.container_type.clone(), publication_status: model.publication_status.clone(), extra_json: model.extra.clone(), }) .collect::<Vec<ContainerRevNewRow>>(), ) .returning(container_rev::id) .get_results(conn)?; Ok(rev_ids) } } impl EntityCrud for CreatorEntity { type EditRow = CreatorEditRow; type EditNewRow = CreatorEditNewRow; type IdentRow = CreatorIdentRow; type IdentNewRow = CreatorIdentNewRow; type RevRow = CreatorRevRow; generic_db_get!(creator_ident, creator_rev); generic_db_get_rev!(creator_rev); generic_db_expand!(); generic_db_create!(creator_ident, creator_edit); generic_db_create_batch!(creator_ident, creator_edit); generic_db_update!(creator_ident, creator_edit); generic_db_delete!(creator_ident, creator_edit); generic_db_get_history!(creator_edit); generic_db_get_edit!(creator_edit); generic_db_delete_edit!(creator_edit); generic_db_get_redirects!(creator_ident); generic_db_accept_edits_batch!("creator", creator_ident, creator_edit); generic_db_insert_rev!(); fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self> { if ident_row.rev_id.is_some() { bail!("called from_deleted_row with a non-deleted-state row") } Ok(CreatorEntity { extra: None, edit_extra: None, display_name: None, given_name: None, surname: None, orcid: None, wikidata_qid: None, state: Some(ident_row.state().unwrap().shortname()), ident: Some(FatcatId::from_uuid(&ident_row.id).to_string()), revision: ident_row.rev_id.map(|u| u.to_string()), redirect: ident_row .redirect_id .map(|u| FatcatId::from_uuid(&u).to_string()), }) } fn db_from_row( _conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, _hide: HideFlags, ) -> Result<Self> { let (state, ident_id, redirect_id) = match ident_row { Some(i) => ( Some(i.state().unwrap().shortname()), Some(FatcatId::from_uuid(&i.id).to_string()), i.redirect_id.map(|u| FatcatId::from_uuid(&u).to_string()), ), None => (None, None, None), }; Ok(CreatorEntity { display_name: Some(rev_row.display_name), given_name: rev_row.given_name, surname: rev_row.surname, orcid: rev_row.orcid, wikidata_qid: rev_row.wikidata_qid, state, ident: ident_id, revision: Some(rev_row.id.to_string()), redirect: redirect_id, extra: rev_row.extra_json, edit_extra: None, }) } fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>> { // first verify external identifier syntax for entity in models { if let Some(ref extid) = entity.orcid { check_orcid(extid)?; } if let Some(ref extid) = entity.wikidata_qid { check_wikidata_qid(extid)?; } } if models.iter().any(|m| m.display_name.is_none()) { return Err(FatcatError::BadRequest( "display_name is required for all Creator entities".to_string(), ) .into()); } let rev_ids: Vec<Uuid> = insert_into(creator_rev::table) .values( models .iter() .map(|model| CreatorRevNewRow { display_name: model.display_name.clone().unwrap(), // unwrapped checked above given_name: model.given_name.clone(), surname: model.surname.clone(), orcid: model.orcid.clone(), wikidata_qid: model.wikidata_qid.clone(), extra_json: model.extra.clone(), }) .collect::<Vec<CreatorRevNewRow>>(), ) .returning(creator_rev::id) .get_results(conn)?; Ok(rev_ids) } } impl EntityCrud for FileEntity { type EditRow = FileEditRow; type EditNewRow = FileEditNewRow; type IdentRow = FileIdentRow; type IdentNewRow = FileIdentNewRow; type RevRow = FileRevRow; generic_db_get!(file_ident, file_rev); generic_db_get_rev!(file_rev); generic_db_create!(file_ident, file_edit); generic_db_create_batch!(file_ident, file_edit); generic_db_update!(file_ident, file_edit); generic_db_delete!(file_ident, file_edit); generic_db_get_history!(file_edit); generic_db_get_edit!(file_edit); generic_db_delete_edit!(file_edit); generic_db_get_redirects!(file_ident); generic_db_accept_edits_batch!("file", file_ident, file_edit); generic_db_insert_rev!(); fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self> { if ident_row.rev_id.is_some() { bail!("called from_deleted_row with a non-deleted-state row") } Ok(FileEntity { sha1: None, sha256: None, md5: None, size: None, urls: None, mimetype: None, release_ids: None, releases: None, state: Some(ident_row.state().unwrap().shortname()), ident: Some(FatcatId::from_uuid(&ident_row.id).to_string()), revision: ident_row.rev_id.map(|u| u.to_string()), redirect: ident_row .redirect_id .map(|u| FatcatId::from_uuid(&u).to_string()), extra: None, edit_extra: None, }) } fn db_expand(&mut self, conn: &DbConn, expand: ExpandFlags) -> Result<()> { // Don't expand deleted entities if self.state == Some("deleted".to_string()) { return Ok(()); } // Could potentially hit this code path when expanding a redirected entity or bare // revision. In either case, `self.release_ids` should already be set. let mut hide_flags = HideFlags::none(); hide_flags.abstracts = true; hide_flags.refs = true; if expand.releases && self.release_ids.is_some() { if let Some(release_ids) = &self.release_ids { self.releases = Some( release_ids .iter() .map(|release_id| { Ok(ReleaseEntity::db_get( conn, FatcatId::from_str(release_id)?, hide_flags, )?) }) .collect::<Result<Vec<ReleaseEntity>>>()?, ); }; } Ok(()) } fn db_from_row( conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, _hide: HideFlags, ) -> Result<Self> { let (state, ident_id, redirect_id) = match ident_row { Some(i) => ( Some(i.state().unwrap().shortname()), Some(FatcatId::from_uuid(&i.id).to_string()), i.redirect_id.map(|u| FatcatId::from_uuid(&u).to_string()), ), None => (None, None, None), }; let urls: Vec<FileUrl> = file_rev_url::table .filter(file_rev_url::file_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: FileRevUrlRow| FileUrl { rel: r.rel, url: r.url, }) .collect(); let release_ids: Vec<FatcatId> = file_rev_release::table .filter(file_rev_release::file_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: FileRevReleaseRow| FatcatId::from_uuid(&r.target_release_ident_id)) .collect(); Ok(FileEntity { sha1: rev_row.sha1, sha256: rev_row.sha256, md5: rev_row.md5, size: rev_row.size_bytes, urls: Some(urls), mimetype: rev_row.mimetype, release_ids: Some(release_ids.iter().map(|fcid| fcid.to_string()).collect()), releases: None, state, ident: ident_id, revision: Some(rev_row.id.to_string()), redirect: redirect_id, extra: rev_row.extra_json, edit_extra: None, }) } fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>> { // first verify hash syntax for entity in models { if let Some(ref hash) = entity.md5 { check_md5(hash)?; } if let Some(ref hash) = entity.sha1 { check_sha1(hash)?; } if let Some(ref hash) = entity.sha256 { check_sha256(hash)?; } } let rev_ids: Vec<Uuid> = insert_into(file_rev::table) .values( models .iter() .map(|model| FileRevNewRow { size_bytes: model.size, sha1: model.sha1.clone(), sha256: model.sha256.clone(), md5: model.md5.clone(), mimetype: model.mimetype.clone(), extra_json: model.extra.clone(), }) .collect::<Vec<FileRevNewRow>>(), ) .returning(file_rev::id) .get_results(conn)?; let mut file_rev_release_rows: Vec<FileRevReleaseRow> = vec![]; let mut file_url_rows: Vec<FileRevUrlNewRow> = vec![]; for (model, rev_id) in models.iter().zip(rev_ids.iter()) { match &model.release_ids { None => (), Some(release_list) => { let these_release_rows: Result<Vec<FileRevReleaseRow>> = release_list .iter() .map(|r| { Ok(FileRevReleaseRow { file_rev: *rev_id, target_release_ident_id: FatcatId::from_str(r)?.to_uuid(), }) }) .collect(); file_rev_release_rows.extend(these_release_rows?); } }; match &model.urls { None => (), Some(url_list) => { let these_url_rows: Vec<FileRevUrlNewRow> = url_list .into_iter() .map(|u| FileRevUrlNewRow { file_rev: *rev_id, rel: u.rel.clone(), url: u.url.clone(), }) .collect(); file_url_rows.extend(these_url_rows); } }; } if !file_rev_release_rows.is_empty() { insert_into(file_rev_release::table) .values(file_rev_release_rows) .execute(conn)?; } if !file_url_rows.is_empty() { insert_into(file_rev_url::table) .values(file_url_rows) .execute(conn)?; } Ok(rev_ids) } } impl EntityCrud for FilesetEntity { type EditRow = FilesetEditRow; type EditNewRow = FilesetEditNewRow; type IdentRow = FilesetIdentRow; type IdentNewRow = FilesetIdentNewRow; type RevRow = FilesetRevRow; generic_db_get!(fileset_ident, fileset_rev); generic_db_get_rev!(fileset_rev); generic_db_create!(fileset_ident, fileset_edit); generic_db_create_batch!(fileset_ident, fileset_edit); generic_db_update!(fileset_ident, fileset_edit); generic_db_delete!(fileset_ident, fileset_edit); generic_db_get_history!(fileset_edit); generic_db_get_edit!(fileset_edit); generic_db_delete_edit!(fileset_edit); generic_db_get_redirects!(fileset_ident); generic_db_accept_edits_batch!("fileset", fileset_ident, fileset_edit); generic_db_insert_rev!(); fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self> { if ident_row.rev_id.is_some() { bail!("called from_deleted_row with a non-deleted-state row") } Ok(FilesetEntity { manifest: None, urls: None, release_ids: None, releases: None, state: Some(ident_row.state().unwrap().shortname()), ident: Some(FatcatId::from_uuid(&ident_row.id).to_string()), revision: ident_row.rev_id.map(|u| u.to_string()), redirect: ident_row .redirect_id .map(|u| FatcatId::from_uuid(&u).to_string()), extra: None, edit_extra: None, }) } fn db_expand(&mut self, conn: &DbConn, expand: ExpandFlags) -> Result<()> { // Don't expand deleted entities if self.state == Some("deleted".to_string()) { return Ok(()); } // Could potentially hit this code path when expanding a redirected entity or bare // revision. In either case, `self.release_ids` should already be set. let mut hide_flags = HideFlags::none(); hide_flags.abstracts = true; hide_flags.refs = true; if expand.releases && self.release_ids.is_some() { if let Some(release_ids) = &self.release_ids { self.releases = Some( release_ids .iter() .map(|release_id| { Ok(ReleaseEntity::db_get( conn, FatcatId::from_str(release_id)?, hide_flags, )?) }) .collect::<Result<Vec<ReleaseEntity>>>()?, ); }; } Ok(()) } fn db_from_row( conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, _hide: HideFlags, ) -> Result<Self> { let (state, ident_id, redirect_id) = match ident_row { Some(i) => ( Some(i.state().unwrap().shortname()), Some(FatcatId::from_uuid(&i.id).to_string()), i.redirect_id.map(|u| FatcatId::from_uuid(&u).to_string()), ), None => (None, None, None), }; let manifest: Vec<FilesetFile> = fileset_rev_file::table .filter(fileset_rev_file::fileset_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: FilesetRevFileRow| FilesetFile { path: r.path_name, size: r.size_bytes, md5: r.md5, sha1: r.sha1, sha256: r.sha256, mimetype: r.mimetype, extra: r.extra_json, }) .collect(); let urls: Vec<FilesetUrl> = fileset_rev_url::table .filter(fileset_rev_url::fileset_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: FilesetRevUrlRow| FilesetUrl { rel: r.rel, url: r.url, }) .collect(); let release_ids: Vec<FatcatId> = fileset_rev_release::table .filter(fileset_rev_release::fileset_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: FilesetRevReleaseRow| FatcatId::from_uuid(&r.target_release_ident_id)) .collect(); Ok(FilesetEntity { manifest: Some(manifest), urls: Some(urls), release_ids: Some(release_ids.iter().map(|fcid| fcid.to_string()).collect()), releases: None, state, ident: ident_id, revision: Some(rev_row.id.to_string()), redirect: redirect_id, extra: rev_row.extra_json, edit_extra: None, }) } fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>> { // first verify hash syntax for entity in models { if let Some(ref manifest) = entity.manifest { for file in manifest { if let Some(ref hash) = file.md5 { check_md5(hash)?; } if let Some(ref hash) = file.sha1 { check_sha1(hash)?; } if let Some(ref hash) = file.sha256 { check_sha256(hash)?; } } } } let rev_ids: Vec<Uuid> = insert_into(fileset_rev::table) .values( models .iter() .map(|model| FilesetRevNewRow { extra_json: model.extra.clone(), }) .collect::<Vec<FilesetRevNewRow>>(), ) .returning(fileset_rev::id) .get_results(conn)?; let mut fileset_file_rows: Vec<FilesetRevFileNewRow> = vec![]; let mut fileset_url_rows: Vec<FilesetRevUrlNewRow> = vec![]; let mut fileset_release_rows: Vec<FilesetRevReleaseRow> = vec![]; for (model, rev_id) in models.iter().zip(rev_ids.iter()) { match &model.manifest { None => (), Some(file_list) => { let these_file_rows: Vec<FilesetRevFileNewRow> = file_list .into_iter() .map(|f| FilesetRevFileNewRow { fileset_rev: *rev_id, path_name: f.path.clone(), size_bytes: f.size, md5: f.md5.clone(), sha1: f.sha1.clone(), sha256: f.sha256.clone(), mimetype: f.mimetype.clone(), extra_json: f.extra.clone(), }) .collect(); fileset_file_rows.extend(these_file_rows); } }; match &model.urls { None => (), Some(url_list) => { let these_url_rows: Vec<FilesetRevUrlNewRow> = url_list .into_iter() .map(|u| FilesetRevUrlNewRow { fileset_rev: *rev_id, rel: u.rel.clone(), url: u.url.clone(), }) .collect(); fileset_url_rows.extend(these_url_rows); } }; match &model.release_ids { None => (), Some(release_list) => { let these_release_rows: Result<Vec<FilesetRevReleaseRow>> = release_list .iter() .map(|r| { Ok(FilesetRevReleaseRow { fileset_rev: *rev_id, target_release_ident_id: FatcatId::from_str(r)?.to_uuid(), }) }) .collect(); fileset_release_rows.extend(these_release_rows?); } }; } if !fileset_file_rows.is_empty() { insert_into(fileset_rev_file::table) .values(fileset_file_rows) .execute(conn)?; } if !fileset_url_rows.is_empty() { insert_into(fileset_rev_url::table) .values(fileset_url_rows) .execute(conn)?; } if !fileset_release_rows.is_empty() { insert_into(fileset_rev_release::table) .values(fileset_release_rows) .execute(conn)?; } Ok(rev_ids) } } impl EntityCrud for WebcaptureEntity { type EditRow = WebcaptureEditRow; type EditNewRow = WebcaptureEditNewRow; type IdentRow = WebcaptureIdentRow; type IdentNewRow = WebcaptureIdentNewRow; type RevRow = WebcaptureRevRow; generic_db_get!(webcapture_ident, webcapture_rev); generic_db_get_rev!(webcapture_rev); generic_db_create!(webcapture_ident, webcapture_edit); generic_db_create_batch!(webcapture_ident, webcapture_edit); generic_db_update!(webcapture_ident, webcapture_edit); generic_db_delete!(webcapture_ident, webcapture_edit); generic_db_get_history!(webcapture_edit); generic_db_get_edit!(webcapture_edit); generic_db_delete_edit!(webcapture_edit); generic_db_get_redirects!(webcapture_ident); generic_db_accept_edits_batch!("webcapture", webcapture_ident, webcapture_edit); generic_db_insert_rev!(); fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self> { if ident_row.rev_id.is_some() { bail!("called from_deleted_row with a non-deleted-state row") } Ok(WebcaptureEntity { cdx: None, archive_urls: None, original_url: None, timestamp: None, release_ids: None, releases: None, state: Some(ident_row.state().unwrap().shortname()), ident: Some(FatcatId::from_uuid(&ident_row.id).to_string()), revision: ident_row.rev_id.map(|u| u.to_string()), redirect: ident_row .redirect_id .map(|u| FatcatId::from_uuid(&u).to_string()), extra: None, edit_extra: None, }) } fn db_expand(&mut self, conn: &DbConn, expand: ExpandFlags) -> Result<()> { // Don't expand deleted entities if self.state == Some("deleted".to_string()) { return Ok(()); } // Could potentially hit this code path when expanding a redirected entity or bare // revision. In either case, `self.release_ids` should already be set. let mut hide_flags = HideFlags::none(); hide_flags.abstracts = true; hide_flags.refs = true; if expand.releases && self.release_ids.is_some() { if let Some(release_ids) = &self.release_ids { self.releases = Some( release_ids .iter() .map(|release_id| { Ok(ReleaseEntity::db_get( conn, FatcatId::from_str(release_id)?, hide_flags, )?) }) .collect::<Result<Vec<ReleaseEntity>>>()?, ); }; } Ok(()) } fn db_from_row( conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, _hide: HideFlags, ) -> Result<Self> { let (state, ident_id, redirect_id) = match ident_row { Some(i) => ( Some(i.state().unwrap().shortname()), Some(FatcatId::from_uuid(&i.id).to_string()), i.redirect_id.map(|u| FatcatId::from_uuid(&u).to_string()), ), None => (None, None, None), }; let cdx: Vec<WebcaptureCdxLine> = webcapture_rev_cdx::table .filter(webcapture_rev_cdx::webcapture_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|c: WebcaptureRevCdxRow| WebcaptureCdxLine { surt: c.surt, timestamp: c.timestamp, url: c.url, mimetype: c.mimetype, status_code: c.status_code, size: c.size_bytes, sha1: c.sha1, sha256: c.sha256, }) .collect(); let archive_urls: Vec<WebcaptureUrl> = webcapture_rev_url::table .filter(webcapture_rev_url::webcapture_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: WebcaptureRevUrlRow| WebcaptureUrl { rel: r.rel, url: r.url, }) .collect(); let release_ids: Vec<FatcatId> = webcapture_rev_release::table .filter(webcapture_rev_release::webcapture_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: WebcaptureRevReleaseRow| FatcatId::from_uuid(&r.target_release_ident_id)) .collect(); Ok(WebcaptureEntity { cdx: Some(cdx), archive_urls: Some(archive_urls), original_url: Some(rev_row.original_url), timestamp: Some(chrono::DateTime::from_utc(rev_row.timestamp, chrono::Utc)), release_ids: Some(release_ids.iter().map(|fcid| fcid.to_string()).collect()), releases: None, state, ident: ident_id, revision: Some(rev_row.id.to_string()), redirect: redirect_id, extra: rev_row.extra_json, edit_extra: None, }) } fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>> { // first verify hash syntax, and presence of required fields for entity in models { if let Some(ref cdx) = entity.cdx { for row in cdx { check_sha1(&row.sha1)?; if let Some(ref hash) = row.sha256 { check_sha256(hash)?; } } } if entity.timestamp.is_none() || entity.original_url.is_none() { return Err(FatcatError::BadRequest( "timestamp and original_url are required for webcapture entities".to_string(), ) .into()); } } let rev_ids: Vec<Uuid> = insert_into(webcapture_rev::table) .values( models .iter() .map(|model| WebcaptureRevNewRow { // these unwraps safe because of check above original_url: model.original_url.clone().unwrap(), timestamp: model.timestamp.unwrap().naive_utc(), extra_json: model.extra.clone(), }) .collect::<Vec<WebcaptureRevNewRow>>(), ) .returning(webcapture_rev::id) .get_results(conn)?; let mut webcapture_cdx_rows: Vec<WebcaptureRevCdxNewRow> = vec![]; let mut webcapture_url_rows: Vec<WebcaptureRevUrlNewRow> = vec![]; let mut webcapture_release_rows: Vec<WebcaptureRevReleaseRow> = vec![]; for (model, rev_id) in models.iter().zip(rev_ids.iter()) { match &model.cdx { None => (), Some(cdx_list) => { let these_cdx_rows: Vec<WebcaptureRevCdxNewRow> = cdx_list .into_iter() .map(|c| WebcaptureRevCdxNewRow { webcapture_rev: *rev_id, surt: c.surt.clone(), timestamp: c.timestamp.clone(), url: c.url.clone(), mimetype: c.mimetype.clone(), status_code: c.status_code, size_bytes: c.size, sha1: c.sha1.clone(), sha256: c.sha256.clone(), }) .collect(); webcapture_cdx_rows.extend(these_cdx_rows); } }; match &model.archive_urls { None => (), Some(url_list) => { let these_url_rows: Vec<WebcaptureRevUrlNewRow> = url_list .into_iter() .map(|u| WebcaptureRevUrlNewRow { webcapture_rev: *rev_id, rel: u.rel.clone(), url: u.url.clone(), }) .collect(); webcapture_url_rows.extend(these_url_rows); } }; match &model.release_ids { None => (), Some(release_list) => { let these_release_rows: Result<Vec<WebcaptureRevReleaseRow>> = release_list .iter() .map(|r| { Ok(WebcaptureRevReleaseRow { webcapture_rev: *rev_id, target_release_ident_id: FatcatId::from_str(r)?.to_uuid(), }) }) .collect(); webcapture_release_rows.extend(these_release_rows?); } }; } if !webcapture_cdx_rows.is_empty() { insert_into(webcapture_rev_cdx::table) .values(webcapture_cdx_rows) .execute(conn)?; } if !webcapture_url_rows.is_empty() { insert_into(webcapture_rev_url::table) .values(webcapture_url_rows) .execute(conn)?; } if !webcapture_release_rows.is_empty() { insert_into(webcapture_rev_release::table) .values(webcapture_release_rows) .execute(conn)?; } Ok(rev_ids) } } impl EntityCrud for ReleaseEntity { type EditRow = ReleaseEditRow; type EditNewRow = ReleaseEditNewRow; type IdentRow = ReleaseIdentRow; type IdentNewRow = ReleaseIdentNewRow; type RevRow = ReleaseRevRow; generic_db_get!(release_ident, release_rev); generic_db_get_rev!(release_rev); generic_db_update!(release_ident, release_edit); generic_db_delete!(release_ident, release_edit); generic_db_get_history!(release_edit); generic_db_get_edit!(release_edit); generic_db_delete_edit!(release_edit); generic_db_get_redirects!(release_ident); generic_db_accept_edits_batch!("release", release_ident, release_edit); generic_db_insert_rev!(); fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self> { if ident_row.rev_id.is_some() { bail!("called from_deleted_row with a non-deleted-state row") } Ok(ReleaseEntity { title: None, subtitle: None, original_title: None, release_type: None, release_stage: None, release_date: None, release_year: None, withdrawn_status: None, withdrawn_date: None, withdrawn_year: None, volume: None, issue: None, pages: None, number: None, version: None, files: None, filesets: None, webcaptures: None, container: None, container_id: None, publisher: None, language: None, license_slug: None, work_id: None, ext_ids: ReleaseExtIds { doi: None, pmid: None, pmcid: None, isbn13: None, wikidata_qid: None, core: None, arxiv: None, jstor: None, ark: None, mag: None, doaj: None, dblp: None, oai: None, hdl: None, }, refs: None, contribs: None, abstracts: None, state: Some(ident_row.state().unwrap().shortname()), ident: Some(FatcatId::from_uuid(&ident_row.id).to_string()), revision: ident_row.rev_id.map(|u| u.to_string()), redirect: ident_row .redirect_id .map(|u| FatcatId::from_uuid(&u).to_string()), extra: None, edit_extra: None, }) } fn db_expand(&mut self, conn: &DbConn, expand: ExpandFlags) -> Result<()> { // Don't expand deleted entities if self.state == Some("deleted".to_string()) { return Ok(()); } // TODO: should clarify behavior here. Would hit this path, eg, expanding files on a // release revision (not ident). Should we fail (Bad Request), or silently just not include // any files? if expand.files && self.ident.is_some() { let ident = match &self.ident { None => bail!("Can't expand files on a non-concrete entity"), // redundant with above is_some() Some(ident) => match &self.redirect { // If we're a redirect, then expand for the *target* identifier, not *our* // identifier. Tricky! None => FatcatId::from_str(&ident)?, Some(redir) => FatcatId::from_str(&redir)?, }, }; self.files = Some(get_release_files(conn, ident, HideFlags::none())?); } if expand.filesets && self.ident.is_some() { let ident = match &self.ident { None => bail!("Can't expand filesets on a non-concrete entity"), // redundant with above is_some() Some(ident) => match &self.redirect { None => FatcatId::from_str(&ident)?, Some(redir) => FatcatId::from_str(&redir)?, }, }; self.filesets = Some(get_release_filesets(conn, ident, HideFlags::none())?); } if expand.webcaptures && self.ident.is_some() { let ident = match &self.ident { None => bail!("Can't expand webcaptures on a non-concrete entity"), // redundant with above is_some() Some(ident) => match &self.redirect { None => FatcatId::from_str(&ident)?, Some(redir) => FatcatId::from_str(&redir)?, }, }; self.webcaptures = Some(get_release_webcaptures(conn, ident, HideFlags::none())?); } if expand.container { if let Some(ref cid) = self.container_id { self.container = Some(ContainerEntity::db_get( conn, FatcatId::from_str(&cid)?, HideFlags::none(), )?); } } if expand.creators { if let Some(ref mut contribs) = self.contribs { for contrib in contribs { if let Some(ref creator_id) = contrib.creator_id { contrib.creator = Some(CreatorEntity::db_get( conn, FatcatId::from_str(creator_id)?, HideFlags::none(), )?); } } } } Ok(()) } fn db_create(&self, conn: &DbConn, edit_context: &EditContext) -> Result<Self::EditRow> { if self.redirect.is_some() { return Err(FatcatError::BadRequest( "can't create an entity that redirects from the start".to_string(), ) .into()); } let mut edits = Self::db_create_batch(conn, edit_context, &[self])?; // probably a more elegant way to destroy the vec and take first element Ok(edits.pop().unwrap()) } fn db_create_batch( conn: &DbConn, edit_context: &EditContext, models: &[&Self], ) -> Result<Vec<Self::EditRow>> { // This isn't the generic implementation because we need to create Work entities for each // of the release entities passed (at least in the common case) if models.iter().any(|m| m.redirect.is_some()) { return Err(FatcatError::BadRequest( "can't create an entity that redirects from the start".to_string(), ) .into()); } // Generate the set of new work entities to insert (usually one for each release, but some // releases might be pointed to a work already) let mut new_work_models: Vec<&WorkEntity> = vec![]; for entity in models { if entity.work_id.is_none() { new_work_models.push(&WorkEntity { ident: None, revision: None, redirect: None, state: None, extra: None, edit_extra: None, }); }; } // create the works, then pluck the list of idents from the result let new_work_edits = WorkEntity::db_create_batch(conn, edit_context, new_work_models.as_slice())?; let mut new_work_ids: Vec<Uuid> = new_work_edits.iter().map(|edit| edit.ident_id).collect(); // Copy all the release models, and ensure that each has work_id set, using the new work // idents. There should be one new work ident for each release missing one. let models_with_work_ids: Vec<Self> = models .iter() .map(|model| { let mut model = (*model).clone(); if model.work_id.is_none() { model.work_id = Some(FatcatId::from_uuid(&new_work_ids.pop().unwrap()).to_string()) } model }) .collect(); let model_refs: Vec<&Self> = models_with_work_ids.iter().map(|s| s).collect(); let models = model_refs.as_slice(); // The rest here is copy/pasta from the generic (how to avoid copypasta?) let rev_ids: Vec<Uuid> = Self::db_insert_revs(conn, models)?; let ident_ids: Vec<Uuid> = insert_into(release_ident::table) .values( rev_ids .iter() .map(|rev_id| Self::IdentNewRow { rev_id: Some(*rev_id), is_live: edit_context.autoaccept, redirect_id: None, }) .collect::<Vec<Self::IdentNewRow>>(), ) .returning(release_ident::id) .get_results(conn)?; let edits: Vec<Self::EditRow> = insert_into(release_edit::table) .values( rev_ids .into_iter() .zip(ident_ids.into_iter()) .zip(models.into_iter().map(|m| m.edit_extra.clone())) .map(|((rev_id, ident_id), edit_extra)| Self::EditNewRow { editgroup_id: edit_context.editgroup_id.to_uuid(), rev_id: Some(rev_id), ident_id, redirect_id: None, prev_rev: None, extra_json: edit_extra, }) .collect::<Vec<Self::EditNewRow>>(), ) .get_results(conn)?; Ok(edits) } fn db_from_row( conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, hide: HideFlags, ) -> Result<Self> { let (state, ident_id, redirect_id) = match ident_row { Some(i) => ( Some(i.state().unwrap().shortname()), Some(FatcatId::from_uuid(&i.id).to_string()), i.redirect_id.map(|u| FatcatId::from_uuid(&u).to_string()), ), None => (None, None, None), }; let refs: Option<Vec<ReleaseRef>> = match (hide.refs, rev_row.refs_blob_sha1) { (true, _) => None, (false, None) => Some(vec![]), (false, Some(sha1)) => Some({ let refs_blob: RefsBlobRow = refs_blob::table .find(sha1) // checked in match .get_result(conn)?; let refs: Vec<RefsBlobJson> = serde_json::from_value(refs_blob.refs_json)?; let mut refs: Vec<ReleaseRef> = refs.into_iter().map(|j| j.into_model()).collect(); let ref_rows: Vec<ReleaseRefRow> = release_ref::table .filter(release_ref::release_rev.eq(rev_row.id)) .order(release_ref::index_val.asc()) .get_results(conn)?; for index in 0..refs.len() { refs[index].index = Some(index as i64) } for row in ref_rows { refs[row.index_val as usize].target_release_id = Some(FatcatId::from_uuid(&row.target_release_ident_id).to_string()); } refs }), }; let contribs: Option<Vec<ReleaseContrib>> = match hide.contribs { true => None, false => Some( release_contrib::table .filter(release_contrib::release_rev.eq(rev_row.id)) .order(( release_contrib::role.asc(), release_contrib::index_val.asc(), )) .get_results(conn)? .into_iter() .map(|c: ReleaseContribRow| ReleaseContrib { index: c.index_val.map(|v| v as i64), raw_name: c.raw_name, given_name: c.given_name, surname: c.surname, role: c.role, raw_affiliation: c.raw_affiliation, extra: c.extra_json, creator_id: c .creator_ident_id .map(|v| FatcatId::from_uuid(&v).to_string()), creator: None, }) .collect(), ), }; let abstracts: Option<Vec<ReleaseAbstract>> = if hide.abstracts { None } else { Some( release_rev_abstract::table .inner_join(abstracts::table) .filter(release_rev_abstract::release_rev.eq(rev_row.id)) .get_results(conn)? .into_iter() .map(|r: (ReleaseRevAbstractRow, AbstractsRow)| ReleaseAbstract { sha1: Some(r.0.abstract_sha1), mimetype: r.0.mimetype, lang: r.0.lang, content: Some(r.1.content), }) .collect(), ) }; let mut ext_ids = ReleaseExtIds { doi: rev_row.doi, pmid: rev_row.pmid, pmcid: rev_row.pmcid, wikidata_qid: rev_row.wikidata_qid, core: rev_row.core_id, isbn13: None, arxiv: None, jstor: None, ark: None, mag: None, doaj: None, dblp: None, oai: None, hdl: None, }; let extid_rows: Vec<ReleaseExtidRow> = release_rev_extid::table .filter(release_rev_extid::release_rev.eq(rev_row.id)) .get_results(conn)?; for extid_row in extid_rows { match extid_row.extid_type.as_ref() { "isbn13" => ext_ids.isbn13 = Some(extid_row.value), "arxiv" => ext_ids.arxiv = Some(extid_row.value), "jstor" => ext_ids.jstor = Some(extid_row.value), "ark" => ext_ids.ark = Some(extid_row.value), "mag" => ext_ids.mag = Some(extid_row.value), "doaj" => ext_ids.doaj = Some(extid_row.value), "dblp" => ext_ids.dblp = Some(extid_row.value), "oai" => ext_ids.oai = Some(extid_row.value), "hdl" => ext_ids.hdl = Some(extid_row.value), _ => (), } } Ok(ReleaseEntity { title: Some(rev_row.title), subtitle: rev_row.subtitle, original_title: rev_row.original_title, release_type: rev_row.release_type, release_stage: rev_row.release_stage, release_date: rev_row.release_date, release_year: rev_row.release_year, withdrawn_status: rev_row.withdrawn_status, withdrawn_date: rev_row.withdrawn_date, withdrawn_year: rev_row.withdrawn_year, ext_ids: ext_ids, volume: rev_row.volume, issue: rev_row.issue, pages: rev_row.pages, number: rev_row.number, version: rev_row.version, files: None, filesets: None, webcaptures: None, container: None, container_id: rev_row .container_ident_id .map(|u| FatcatId::from_uuid(&u).to_string()), publisher: rev_row.publisher, language: rev_row.language, license_slug: rev_row.license_slug, work_id: Some(FatcatId::from_uuid(&rev_row.work_ident_id).to_string()), refs, contribs, abstracts, state, ident: ident_id, revision: Some(rev_row.id.to_string()), redirect: redirect_id, extra: rev_row.extra_json, edit_extra: None, }) } fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>> { // first verify external identifier syntax for entity in models { // TODO: yeah... helper function to call all these? if let Some(ref extid) = entity.ext_ids.doi { check_doi(extid)?; } if let Some(ref extid) = entity.ext_ids.pmid { check_pmid(extid)?; } if let Some(ref extid) = entity.ext_ids.pmcid { check_pmcid(extid)?; } if let Some(ref extid) = entity.ext_ids.wikidata_qid { check_wikidata_qid(extid)?; } if let Some(ref extid) = entity.ext_ids.isbn13 { check_isbn13(extid)?; } if let Some(ref extid) = entity.ext_ids.core { check_core_id(extid)?; } if let Some(ref extid) = entity.ext_ids.arxiv { check_arxiv_id(extid)?; } if let Some(ref extid) = entity.ext_ids.jstor { check_jstor_id(extid)?; } if let Some(ref extid) = entity.ext_ids.ark { check_ark_id(extid)?; } if let Some(ref extid) = entity.ext_ids.mag { check_mag_id(extid)?; } if let Some(ref extid) = entity.ext_ids.doaj { check_doaj_id(extid)?; } if let Some(ref extid) = entity.ext_ids.dblp { check_dblp_key(extid)?; } if let Some(ref extid) = entity.ext_ids.oai { check_oai_id(extid)?; } if let Some(ref extid) = entity.ext_ids.hdl { check_hdl(extid)?; } if let Some(ref release_type) = entity.release_type { check_release_type(release_type)?; } if let Some(ref release_stage) = entity.release_stage { check_release_stage(release_stage)?; } if let Some(ref withdrawn_status) = entity.withdrawn_status { check_withdrawn_status(withdrawn_status)?; } if let Some(ref abstracts) = entity.abstracts { if abstracts.len() > 200 { return Err(FatcatError::BadRequest( "too many abstracts (sanity cap is 200)".to_string(), ) .into()); } } if let Some(ref refs) = entity.abstracts { if refs.len() > 10000 { return Err(FatcatError::BadRequest( "too many refs (sanity cap is 10000)".to_string(), ) .into()); } } if let Some(ref contribs) = entity.contribs { if contribs.len() > 10000 { return Err(FatcatError::BadRequest( "too many contributors (sanity cap is 10000)".to_string(), ) .into()); } for contrib in contribs { if let Some(ref role) = contrib.role { check_contrib_role(role)?; } } } } if models.iter().any(|m| m.title.is_none()) { return Err(FatcatError::BadRequest( "title is required for all Release entities".to_string(), ) .into()); } // First, calculate and upsert any refs JSON blobs and record the SHA1 keys, so they can be // included in the release_rev row itself let mut refs_blob_rows: Vec<RefsBlobRow> = vec![]; let mut refs_blob_sha1: Vec<Option<String>> = vec![]; for model in models.iter() { match &model.refs { None => { refs_blob_sha1.push(None); } Some(ref_list) => { if ref_list.is_empty() { refs_blob_sha1.push(None); continue; } // Have to strip out target refs and indexes, or hashing won't work well when // these change let ref_list: Vec<RefsBlobJson> = ref_list .iter() .map(|r: &ReleaseRef| { let mut r = RefsBlobJson::from_model(r); r.target_release_id = None; r.index = None; r }) .collect(); // TODO: maybe `canonical_json` crate? let refs_json = serde_json::to_value(ref_list)?; let refs_str = refs_json.to_string(); let sha1 = Sha1::from(refs_str).hexdigest(); let blob = RefsBlobRow { sha1: sha1.clone(), refs_json, }; refs_blob_rows.push(blob); refs_blob_sha1.push(Some(sha1)); } }; } if !refs_blob_rows.is_empty() { // Sort of an "upsert"; only inserts new abstract rows if they don't already exist insert_into(refs_blob::table) .values(&refs_blob_rows) .on_conflict(refs_blob::sha1) .do_nothing() .execute(conn)?; } // Then the main release_revs themselves let rev_ids: Vec<Uuid> = insert_into(release_rev::table) .values( models .iter() .zip(refs_blob_sha1.into_iter()) .map(|(model, refs_sha1)| { Ok(ReleaseRevNewRow { refs_blob_sha1: refs_sha1, title: model.title.clone().unwrap(), // titles checked above subtitle: model.subtitle.clone(), original_title: model.original_title.clone(), release_type: model.release_type.clone(), release_stage: model.release_stage.clone(), release_date: model.release_date, release_year: model.release_year, withdrawn_status: model.withdrawn_status.clone(), withdrawn_date: model.withdrawn_date, withdrawn_year: model.withdrawn_year, doi: match model.ext_ids.doi.clone() { None => None, // NOTE: DOI lowercase is *not* currently being enforced here, but could be Some(s) => Some(s), }, pmid: model.ext_ids.pmid.clone(), pmcid: model.ext_ids.pmcid.clone(), wikidata_qid: model.ext_ids.wikidata_qid.clone(), core_id: model.ext_ids.core.clone(), volume: model.volume.clone(), issue: model.issue.clone(), pages: model.pages.clone(), number: model.number.clone(), version: model.version.clone(), work_ident_id: match model.work_id.clone() { None => bail!("release_revs must have a work_id by the time they are inserted; this is an internal soundness error"), Some(s) => FatcatId::from_str(&s)?.to_uuid(), }, container_ident_id: match model.container_id.clone() { None => None, Some(s) => Some(FatcatId::from_str(&s)?.to_uuid()), }, publisher: model.publisher.clone(), language: model.language.clone(), license_slug: model.license_slug.clone(), extra_json: model.extra.clone() }) }) .collect::<Result<Vec<ReleaseRevNewRow>>>()?, ) .returning(release_rev::id) .get_results(conn)?; let mut release_extid_rows: Vec<ReleaseExtidRow> = vec![]; let mut release_ref_rows: Vec<ReleaseRefRow> = vec![]; let mut release_contrib_rows: Vec<ReleaseContribNewRow> = vec![]; let mut abstract_rows: Vec<AbstractsRow> = vec![]; let mut release_abstract_rows: Vec<ReleaseRevAbstractNewRow> = vec![]; for (model, rev_id) in models.iter().zip(rev_ids.iter()) { if let Some(extid) = &model.ext_ids.isbn13 { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "isbn13".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.arxiv { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "arxiv".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.jstor { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "jstor".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.ark { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "ark".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.mag { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "mag".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.doaj { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "doaj".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.dblp { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "dblp".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.oai { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "oai".to_string(), value: extid.clone(), }); }; if let Some(extid) = &model.ext_ids.hdl { release_extid_rows.push(ReleaseExtidRow { release_rev: *rev_id, extid_type: "hdl".to_string(), value: extid.to_lowercase(), }); }; } for (model, rev_id) in models.iter().zip(rev_ids.iter()) { // We didn't know the release_rev id to insert here, so need to re-iterate over refs match &model.refs { None => (), Some(ref_list) => { let these_ref_rows: Vec<ReleaseRefRow> = ref_list .iter() .enumerate() .filter(|(_, r)| r.target_release_id.is_some()) .map(|(index, r)| { Ok(ReleaseRefRow { release_rev: *rev_id, // unwrap() checked by is_some() filter target_release_ident_id: FatcatId::from_str( &r.target_release_id.clone().unwrap(), )? .to_uuid(), index_val: index as i32, }) }) .collect::<Result<Vec<ReleaseRefRow>>>()?; release_ref_rows.extend(these_ref_rows); } }; match &model.contribs { None => (), Some(contrib_list) => { let these_contrib_rows: Vec<ReleaseContribNewRow> = contrib_list .iter() .map(|c| { Ok(ReleaseContribNewRow { release_rev: *rev_id, creator_ident_id: match c.creator_id.clone() { None => None, Some(v) => Some(FatcatId::from_str(&v)?.to_uuid()), }, raw_name: c.raw_name.clone(), given_name: c.given_name.clone(), surname: c.surname.clone(), index_val: c.index.map(|v| v as i32), role: c.role.clone(), raw_affiliation: c.raw_affiliation.clone(), extra_json: c.extra.clone(), }) }) .collect::<Result<Vec<ReleaseContribNewRow>>>()?; release_contrib_rows.extend(these_contrib_rows); } }; if let Some(abstract_list) = &model.abstracts { // For rows that specify content, we need to insert the abstract if it doesn't exist // already let new_abstracts: Vec<AbstractsRow> = abstract_list .iter() .filter(|ea| ea.content.is_some()) .map(|c| AbstractsRow { sha1: Sha1::from(c.content.as_ref().unwrap()).hexdigest(), content: c.content.clone().unwrap(), }) .collect(); abstract_rows.extend(new_abstracts); let new_release_abstract_rows: Vec<ReleaseRevAbstractNewRow> = abstract_list .into_iter() .map(|c| { Ok(ReleaseRevAbstractNewRow { release_rev: *rev_id, abstract_sha1: match c.content { Some(ref content) => Sha1::from(content).hexdigest(), None => match c.sha1.clone() { Some(v) => v, None => bail!("either abstract_sha1 or content is required"), }, }, lang: c.lang.clone(), mimetype: c.mimetype.clone(), }) }) .collect::<Result<Vec<ReleaseRevAbstractNewRow>>>()?; release_abstract_rows.extend(new_release_abstract_rows); } } // can't insert more than 65k rows at a time, so take chunks for release_extid_batch in release_extid_rows.chunks(2000) { insert_into(release_rev_extid::table) .values(release_extid_batch) .execute(conn)?; } for release_ref_batch in release_ref_rows.chunks(2000) { insert_into(release_ref::table) .values(release_ref_batch) .execute(conn)?; } for release_contrib_batch in release_contrib_rows.chunks(2000) { insert_into(release_contrib::table) .values(release_contrib_batch) .execute(conn)?; } // abstracts-per-release limit is much smaller for abstracts (won't ever hit 65k row // limit), so don't need to chunk these inserts if !abstract_rows.is_empty() { // Sort of an "upsert"; only inserts new abstract rows if they don't already exist insert_into(abstracts::table) .values(&abstract_rows) .on_conflict(abstracts::sha1) .do_nothing() .execute(conn)?; } if !release_abstract_rows.is_empty() { insert_into(release_rev_abstract::table) .values(release_abstract_rows) .execute(conn)?; } Ok(rev_ids) } } impl EntityCrud for WorkEntity { type EditRow = WorkEditRow; type EditNewRow = WorkEditNewRow; type IdentRow = WorkIdentRow; type IdentNewRow = WorkIdentNewRow; type RevRow = WorkRevRow; generic_db_get!(work_ident, work_rev); generic_db_get_rev!(work_rev); generic_db_expand!(); generic_db_create!(work_ident, work_edit); generic_db_create_batch!(work_ident, work_edit); generic_db_update!(work_ident, work_edit); generic_db_delete!(work_ident, work_edit); generic_db_get_history!(work_edit); generic_db_get_edit!(work_edit); generic_db_delete_edit!(work_edit); generic_db_get_redirects!(work_ident); generic_db_accept_edits_batch!("work", work_ident, work_edit); generic_db_insert_rev!(); fn from_deleted_row(ident_row: Self::IdentRow) -> Result<Self> { if ident_row.rev_id.is_some() { bail!("called from_deleted_row with a non-deleted-state row") } Ok(WorkEntity { state: Some(ident_row.state().unwrap().shortname()), ident: Some(FatcatId::from_uuid(&ident_row.id).to_string()), revision: ident_row.rev_id.map(|u| u.to_string()), redirect: ident_row .redirect_id .map(|u| FatcatId::from_uuid(&u).to_string()), extra: None, edit_extra: None, }) } fn db_from_row( _conn: &DbConn, rev_row: Self::RevRow, ident_row: Option<Self::IdentRow>, _hide: HideFlags, ) -> Result<Self> { let (state, ident_id, redirect_id) = match ident_row { Some(i) => ( Some(i.state().unwrap().shortname()), Some(FatcatId::from_uuid(&i.id).to_string()), i.redirect_id.map(|u| FatcatId::from_uuid(&u).to_string()), ), None => (None, None, None), }; Ok(WorkEntity { state, ident: ident_id, revision: Some(rev_row.id.to_string()), redirect: redirect_id, extra: rev_row.extra_json, edit_extra: None, }) } fn db_insert_revs(conn: &DbConn, models: &[&Self]) -> Result<Vec<Uuid>> { let rev_ids: Vec<Uuid> = insert_into(work_rev::table) .values( models .iter() .map(|model| WorkRevNewRow { extra_json: model.extra.clone(), }) .collect::<Vec<WorkRevNewRow>>(), ) .returning(work_rev::id) .get_results(conn)?; Ok(rev_ids) } }