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/*
* This file contains some old python tests that have been ported to Rust. The exersize the "edit
* lifecycle" as well as creation of a "rich" release entity (linked to all other entity types) in
* a single editgroup.
*/
extern crate fatcat;
extern crate fatcat_api_spec;
extern crate uuid;
extern crate iron;
use fatcat_api_spec::*;
use fatcat_api_spec::models::*;
mod helpers;
use helpers::{setup_client};
#[test]
fn test_api_rich_create() {
let (client, mut server) = setup_client();
let client = client.with_context(Context::new());
let admin_id = "aaaaaaaaaaaabkvkaaaaaaaaae".to_string();
let mut new_eg = Editgroup::new(admin_id);
new_eg.description = Some("a unit test edit".to_string());
let resp = client.create_editgroup(new_eg).wait().unwrap();
let editgroup_id = match resp {
CreateEditgroupResponse::SuccessfullyCreated(eg) => eg.id.unwrap(),
_ => unreachable!()
};
let mut new_container = ContainerEntity::new("schmournal".to_string());
new_container.publisher = Some("society of authors".to_string());
new_container.issnl = Some("2222-3333".to_string());
// extra=dict(a=2, i="zing"))),
let resp = client.create_container(new_container, Some(editgroup_id.clone())).wait().unwrap();
let container_id = match resp {
CreateContainerResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let mut new_creator = CreatorEntity::new("anon y. mouse".to_string());
new_creator.orcid = Some("0000-0002-1825-0097".to_string());
// extra=dict(a=2, i="zing"))),
let resp = client.create_creator(new_creator, Some(editgroup_id.clone())).wait().unwrap();
let creator_id = match resp {
CreateCreatorResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let new_work = WorkEntity::new();
// extra=dict(a=2, i="zing"))),
let resp = client.create_work(new_work, Some(editgroup_id.clone())).wait().unwrap();
let work_id = match resp {
CreateWorkResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
// this stub work will be referenced
let mut new_release = ReleaseEntity::new("derivative work".to_string());
new_release.release_type = Some("journal-article".to_string());
new_release.work_id = Some(work_id.clone());
let mut contrib = ReleaseContrib::new();
contrib.creator_id = Some(creator_id.clone());
new_release.contribs = Some(vec![contrib]);
new_release.doi = Some("10.1234/58".to_string());
let mut rref = ReleaseRef::new();
rref.title = Some("some other work".to_string());
new_release.refs = Some(vec![rref]);
// extra=dict(a=2, i="zing"))),
let resp = client.create_release(new_release, Some(editgroup_id.clone())).wait().unwrap();
let stub_release_id = match resp {
CreateReleaseResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let mut new_release = ReleaseEntity::new("dummy work".to_string());
new_release.release_type = Some("book".to_string());
new_release.work_id = Some(work_id.clone());
new_release.container_id = Some(container_id.clone());
let mut contrib = ReleaseContrib::new();
contrib.creator_id = Some(creator_id.clone());
new_release.contribs = Some(vec![contrib]);
new_release.doi = Some("10.1234/5678".to_string());
let mut rref = ReleaseRef::new();
rref.title = Some("some paper".to_string());
rref.target_release_id = Some(stub_release_id.clone());
new_release.refs = Some(vec![rref]);
// extra=dict(f=7, b="loopy"))),
let resp = client.create_release(new_release, Some(editgroup_id.clone())).wait().unwrap();
let release_id = match resp {
CreateReleaseResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let mut new_file = FileEntity::new();
new_file.sha1 = Some("7d97e98f8af710c7e7fe703abc8f639e0ee507c4".to_string());
new_file.size = Some(1234);
new_file.releases = Some(vec![release_id.clone()]);
// extra=dict(f=4, b="zing"))),
let resp = client.create_file(new_file, Some(editgroup_id.clone())).wait().unwrap();
let file_id = match resp {
CreateFileResponse::CreatedEntity(ee) => ee.ident,
_ => {
println!("{:?}", resp);
unreachable!()
}
};
let resp = client.get_changelog(Some(1)).wait().unwrap();
let last_change_id = match resp {
GetChangelogResponse::Success(list) => list[0].index,
_ => unreachable!()
};
match client.accept_editgroup(editgroup_id.clone()).wait().unwrap() {
AcceptEditgroupResponse::MergedSuccessfully(_) => (),
_ => unreachable!()
};
let resp = client.get_changelog(Some(1)).wait().unwrap();
match resp {
GetChangelogResponse::Success(list) => assert_eq!(list[0].index, last_change_id+1),
_ => unreachable!()
};
// test that foreign key relations worked
let re = match client.get_release(release_id.clone(), None).wait().unwrap() {
GetReleaseResponse::FoundEntity(e) => e,
_ => unreachable!()
};
assert_eq!(re.contribs.clone().unwrap()[0].clone().creator_id.unwrap(), creator_id);
assert_eq!(re.work_id.unwrap(), work_id);
assert_eq!(re.contribs.unwrap()[0].clone().creator_id.unwrap(), creator_id);
assert_eq!(re.refs.unwrap()[0].clone().target_release_id.unwrap(), stub_release_id);
let fe = match client.get_file(file_id, None).wait().unwrap() {
GetFileResponse::FoundEntity(e) => e,
_ => unreachable!()
};
assert_eq!(fe.releases.unwrap()[0], release_id.clone());
// had a test for active_editgroup here, but that's soon-to-be-deprecated
server.close().unwrap()
}
#[test]
fn test_merge_works() {
let (client, mut server) = setup_client();
let client = client.with_context(Context::new());
let admin_id = "aaaaaaaaaaaabkvkaaaaaaaaae".to_string();
let resp = client.create_editgroup(Editgroup::new(admin_id)).wait().unwrap();
let editgroup_id = match resp {
CreateEditgroupResponse::SuccessfullyCreated(eg) => eg.id.unwrap(),
_ => unreachable!()
};
// Create 2x works, each with releases; work_b has two releases
let resp = client.create_work(WorkEntity::new(), Some(editgroup_id.clone())).wait().unwrap();
let work_a_id = match resp {
CreateWorkResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let mut new_release = ReleaseEntity::new("some release".to_string());
new_release.release_type = Some("journal-article".to_string());
new_release.work_id = Some(work_a_id.clone());
new_release.doi = Some("10.1234/A1".to_string());
let resp = client.create_release(new_release, Some(editgroup_id.clone())).wait().unwrap();
let _release_a1_id = match resp {
CreateReleaseResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let resp = client.create_work(WorkEntity::new(), Some(editgroup_id.clone())).wait().unwrap();
let work_b_id = match resp {
CreateWorkResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let mut new_release = ReleaseEntity::new("some release".to_string());
new_release.release_type = Some("journal-article".to_string());
new_release.work_id = Some(work_b_id.clone());
new_release.doi = Some("10.1234/B1".to_string());
let resp = client.create_release(new_release, Some(editgroup_id.clone())).wait().unwrap();
let _release_b1_id = match resp {
CreateReleaseResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
let mut new_release = ReleaseEntity::new("some release".to_string());
new_release.release_type = Some("journal-article".to_string());
new_release.work_id = Some(work_b_id.clone());
new_release.doi = Some("10.1234/B2".to_string());
let resp = client.create_release(new_release, Some(editgroup_id.clone())).wait().unwrap();
let _release_b2_id = match resp {
CreateReleaseResponse::CreatedEntity(ee) => ee.ident,
_ => unreachable!()
};
match client.accept_editgroup(editgroup_id.clone()).wait().unwrap() {
AcceptEditgroupResponse::MergedSuccessfully(_) => (),
_ => unreachable!()
};
/* TODO:
// merge works
client.merge_works(work_a_id, work_b_id)
*/
// check results
let work_a = match client.get_work(work_a_id.clone(), None).wait().unwrap() {
GetWorkResponse::FoundEntity(e) => e,
_ => unreachable!()
};
let _work_b = match client.get_work(work_b_id.clone(), None).wait().unwrap() {
GetWorkResponse::FoundEntity(e) => e,
_ => unreachable!()
};
// TODO: assert_eq!(work_a.revision.unwrap(), work_b.revision.unwrap());
assert_eq!(work_a.redirect, None);
// TODO: assert_eq!(work_b.redirect, Some(work_a_id));
server.close().unwrap()
}
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