feat(plugin-workflow): add race mode (#542)

* feat(plugin-workflow): add race mode

* fix(plugin-workflow): fix test cases

* fix(plugin-workflow): fix node create action
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Junyi 2022-06-28 17:00:19 +08:00 committed by GitHub
parent 3e8a80a3ae
commit 4a8c9c8d87
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10 changed files with 524 additions and 182 deletions

View File

@ -548,10 +548,13 @@ export default {
'Conditions': '条件配置',
'Parallel branch': '分支',
'Add branch': '增加分支',
'All succeeded': '全部成功',
'Any succeeded': '任意成功',
'Any succeeded or failed': '任意成功或失败',
'Continue after all branches succeeded': '全部分支都成功后才能继续',
'Continue after any branch succeeded': '任意分支成功后就继续',
'Continue after any branch succeeded, or exit after any branch failed': '任意分支成功继续,或失败后退出',
'Delay': '延时',
'Duration': '时长',

View File

@ -11,6 +11,7 @@ export default {
title: '{{t("Duration")}}',
'x-decorator': 'FormItem',
'x-component': 'Duration',
default: 60000
},
'config.endStatus': {
type: 'number',

View File

@ -46,7 +46,17 @@ export default {
</Tooltip>
)
},
// { value: 'race', label: '任意退出' },
{
value: 'race',
label: (
<Tooltip
title={i18n.t('Continue after any branch succeeded, or exit after any branch failed')}
placement="bottom"
>
{i18n.t('Any succeeded or failed')} <QuestionCircleOutlined style={{ color: '#999' }} />
</Tooltip>
)
},
],
default: 'all'
}

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@ -201,11 +201,12 @@ export default class Processor {
}
// parent node should take over the control
public end(node, job) {
public async end(node, job) {
const parentNode = this.findBranchParentNode(node);
// no parent, means on main flow
if (parentNode) {
return this.recall(parentNode, job);
await this.recall(parentNode, job);
return job;
}
// really done for all nodes
@ -256,11 +257,23 @@ export default class Processor {
return job;
}
getBranches(node: FlowNodeModel): FlowNodeModel[] {
return this.nodes
.filter(item => item.upstream === node && item.branchIndex !== null)
.sort((a, b) => a.branchIndex - b.branchIndex);
}
// find the first node in current branch
findBranchStartNode(node: FlowNodeModel): FlowNodeModel | null {
findBranchStartNode(node: FlowNodeModel, parent?: FlowNodeModel): FlowNodeModel | null {
for (let n = node; n; n = n.upstream) {
if (n.branchIndex !== null) {
return n;
if (!parent) {
if (n.branchIndex !== null) {
return n;
}
} else {
if (n.upstream === parent) {
return n;
}
}
}
return null;

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@ -4,7 +4,7 @@ import { getApp } from '.';
describe('workflow > workflow', () => {
describe('workflow > Plugin', () => {
let app: MockServer;
let agent;
let db: Database;

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@ -22,7 +22,6 @@ describe('workflow > Processor', () => {
PostRepo = db.getCollection('posts').repository;
workflow = await WorkflowModel.create({
title: 'test workflow',
enabled: true,
type: 'collection',
config: {
@ -45,7 +44,6 @@ describe('workflow > Processor', () => {
it('execute resolved workflow', async () => {
await workflow.createNode({
title: 'echo',
type: 'echo'
});
@ -62,7 +60,6 @@ describe('workflow > Processor', () => {
it('workflow with single simple node', async () => {
await workflow.createNode({
title: 'echo',
type: 'echo'
});
@ -108,7 +105,6 @@ describe('workflow > Processor', () => {
it('workflow with error node', async () => {
await workflow.createNode({
title: 'error',
type: 'error'
});
@ -128,12 +124,10 @@ describe('workflow > Processor', () => {
describe('manual nodes', () => {
it('manual node should suspend execution, and could be manually resume', async () => {
const n1 = await workflow.createNode({
title: 'prompt',
type: 'prompt',
});
const n2 = await workflow.createNode({
title: 'echo',
type: 'echo',
upstreamId: n1.id
});
@ -163,11 +157,9 @@ describe('workflow > Processor', () => {
it('manual node should suspend execution, resuming with error should end execution', async () => {
const n1 = await workflow.createNode({
title: 'prompt error',
type: 'prompt->error',
});
const n2 = await workflow.createNode({
title: 'echo',
type: 'echo',
upstreamId: n1.id
});
@ -196,20 +188,17 @@ describe('workflow > Processor', () => {
describe('branch: condition', () => {
it('condition node link to different downstreams', async () => {
const n1 = await workflow.createNode({
title: 'condition',
type: 'condition',
// no config means always true
});
const n2 = await workflow.createNode({
title: 'true to echo',
type: 'echo',
branchIndex: BRANCH_INDEX.ON_TRUE,
upstreamId: n1.id
});
await workflow.createNode({
title: 'false to echo',
type: 'echo',
branchIndex: BRANCH_INDEX.ON_FALSE,
upstreamId: n1.id
@ -229,20 +218,17 @@ describe('workflow > Processor', () => {
it('suspend downstream in condition branch, then go on', async () => {
const n1 = await workflow.createNode({
title: 'condition',
type: 'condition',
// no config means always true
});
const n2 = await workflow.createNode({
title: 'manual',
type: 'prompt',
branchIndex: BRANCH_INDEX.ON_TRUE,
upstreamId: n1.id
});
const n3 = await workflow.createNode({
title: 'echo input value',
type: 'echo',
upstreamId: n1.id
});
@ -265,20 +251,17 @@ describe('workflow > Processor', () => {
it('resume error downstream in condition branch, should reject', async () => {
const n1 = await workflow.createNode({
title: 'condition',
type: 'condition',
// no config means always true
});
const n2 = await workflow.createNode({
title: 'manual',
type: 'prompt->error',
branchIndex: BRANCH_INDEX.ON_TRUE,
upstreamId: n1.id
});
const n3 = await workflow.createNode({
title: 'echo input value',
type: 'echo',
upstreamId: n1.id
});
@ -301,132 +284,19 @@ describe('workflow > Processor', () => {
});
});
describe('branch: parallel node', () => {
it('link to single branch', async () => {
const n1 = await workflow.createNode({
title: 'parallel',
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'echo1',
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
title: 'echo2',
type: 'echo',
upstreamId: n1.id
});
await n1.setDownstream(n3);
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toEqual(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toEqual(3);
});
it('link to multipe branches', async () => {
const n1 = await workflow.createNode({
title: 'parallel',
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'echo1',
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
title: 'echo2',
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const n4 = await workflow.createNode({
title: 'echo on end',
type: 'echo',
upstreamId: n1.id
});
await n1.setDownstream(n4);
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toEqual(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toEqual(4);
});
it('downstream has manual node', async () => {
const n1 = await workflow.createNode({
title: 'parallel',
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'prompt',
type: 'prompt',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
title: 'echo',
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const n4 = await workflow.createNode({
title: 'echo on end',
type: 'echo',
upstreamId: n1.id
});
await n1.setDownstream(n4);
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toEqual(EXECUTION_STATUS.STARTED);
const [pending] = await execution.getJobs({ where: { nodeId: n2.id } });
pending.set('result', 123);
const processor = plugin.createProcessor(execution);
await processor.resume(pending);
expect(execution.status).toEqual(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toEqual(4);
});
});
describe('branch: mixed', () => {
it('condition branches contains parallel', async () => {
const n1 = await workflow.createNode({
title: 'condition',
type: 'condition'
});
const n2 = await workflow.createNode({
title: 'parallel',
type: 'parallel',
branchIndex: BRANCH_INDEX.ON_TRUE,
upstreamId: n1.id
});
const n3 = await workflow.createNode({
title: 'prompt',
type: 'prompt',
upstreamId: n2.id,
branchIndex: 0
@ -467,19 +337,16 @@ describe('workflow > Processor', () => {
it('parallel branches contains condition', async () => {
const n1 = await workflow.createNode({
title: 'parallel',
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'prompt',
type: 'prompt',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
title: 'condition',
type: 'condition',
upstreamId: n1.id,
branchIndex: 1
@ -502,19 +369,20 @@ describe('workflow > Processor', () => {
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toEqual(EXECUTION_STATUS.STARTED);
const [e1] = await workflow.getExecutions();
expect(e1.status).toEqual(EXECUTION_STATUS.STARTED);
const pendingJobs = await execution.getJobs();
const pendingJobs = await e1.getJobs();
expect(pendingJobs.length).toBe(4);
const pending = pendingJobs.find(item => item.nodeId === n2.id );
pending.set('result', 123);
const processor = plugin.createProcessor(execution);
const processor = plugin.createProcessor(e1);
await processor.resume(pending);
expect(execution.status).toEqual(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
const [e2] = await workflow.getExecutions();
expect(e2.status).toEqual(EXECUTION_STATUS.RESOLVED);
const jobs = await e2.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toEqual(5);
});
});

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@ -0,0 +1,415 @@
import { Application } from '@nocobase/server';
import Database from '@nocobase/database';
import { getApp, sleep } from '..';
import { EXECUTION_STATUS } from '../../constants';
describe('workflow > instructions > parallel', () => {
let app: Application;
let db: Database;
let PostRepo;
let WorkflowModel;
let workflow;
let plugin;
beforeEach(async () => {
app = await getApp();
plugin = app.pm.get('@nocobase/plugin-workflow');
db = app.db;
WorkflowModel = db.getCollection('workflows').model;
PostRepo = db.getCollection('posts').repository;
workflow = await WorkflowModel.create({
enabled: true,
type: 'collection',
config: {
mode: 1,
collection: 'posts'
}
});
});
afterEach(() => app.stop());
describe('single all', () => {
it('all resolved', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(3);
});
it('some rejected', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.REJECTED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(3);
});
it('first branch rejected', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.REJECTED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(2);
});
});
describe('single any', () => {
it('first resolved', async () => {
const n1 = await workflow.createNode({
type: 'parallel',
config: {
mode: 'any'
}
});
const n2 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(2);
});
it('first rejected', async () => {
const n1 = await workflow.createNode({
type: 'parallel',
config: {
mode: 'any'
}
});
const n2 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(3);
});
it('all rejected', async () => {
const n1 = await workflow.createNode({
type: 'parallel',
config: {
mode: 'any'
}
});
const n2 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.REJECTED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(3);
});
});
describe('single race', () => {
it('first resolved', async () => {
const n1 = await workflow.createNode({
type: 'parallel',
config: {
mode: 'race'
}
});
const n2 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(2);
});
it('first rejected', async () => {
const n1 = await workflow.createNode({
type: 'parallel',
config: {
mode: 'race'
}
});
const n2 = await workflow.createNode({
type: 'error',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.REJECTED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(2);
});
});
describe('branch and join', () => {
it('link to single branch', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'echo1',
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
title: 'echo2',
type: 'echo',
upstreamId: n1.id
});
await n1.setDownstream(n3);
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(3);
});
it('link to multipe branches', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'echo1',
type: 'echo',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
title: 'echo2',
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const n4 = await workflow.createNode({
title: 'echo on end',
type: 'echo',
upstreamId: n1.id
});
await n1.setDownstream(n4);
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(4);
});
it('random branch index', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'echo1',
type: 'echo',
upstreamId: n1.id,
branchIndex: 3
});
const n3 = await workflow.createNode({
title: 'echo2',
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(3);
});
it('downstream has manual node', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
title: 'prompt',
type: 'prompt',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
title: 'echo',
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const n4 = await workflow.createNode({
title: 'echo on end',
type: 'echo',
upstreamId: n1.id
});
await n1.setDownstream(n4);
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.STARTED);
const [pending] = await execution.getJobs({ where: { nodeId: n2.id } });
pending.set('result', 123);
const processor = plugin.createProcessor(execution);
await processor.resume(pending);
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(4);
});
});
describe('nested', () => {
it('nested 2 levels', async () => {
const n1 = await workflow.createNode({
type: 'parallel'
});
const n2 = await workflow.createNode({
type: 'parallel',
upstreamId: n1.id,
branchIndex: 0
});
const n3 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id,
branchIndex: 1
});
const n4 = await workflow.createNode({
type: 'echo',
upstreamId: n2.id,
branchIndex: 0
});
const n5 = await workflow.createNode({
type: 'echo',
upstreamId: n1.id
});
await n1.setDownstream(n5);
const post = await PostRepo.create({ values: { title: 't1' } });
const [execution] = await workflow.getExecutions();
expect(execution.status).toBe(EXECUTION_STATUS.RESOLVED);
const jobs = await execution.getJobs({ order: [['id', 'ASC']] });
expect(jobs.length).toBe(5);
});
});
});

View File

@ -79,6 +79,8 @@ export async function create(context: Context, next) {
}
instance.set('upstream', upstream);
return instance;
});
await next();

View File

@ -1,5 +1,5 @@
import Plugin from '..';
import { JOB_STATUS } from "../constants";
import { EXECUTION_STATUS, JOB_STATUS } from "../constants";
import ExecutionModel from '../models/Execution';
import JobModel from '../models/Job';
import Processor from '../Processor';
@ -27,10 +27,16 @@ export default class {
},
include: [
{
association: 'execution'
association: 'execution',
attributes: [],
where: {
status: EXECUTION_STATUS.STARTED
},
required: true
},
{
association: 'node',
attributes: ['config'],
where: {
type: 'delay'
},
@ -61,9 +67,11 @@ export default class {
}
async trigger(job) {
const { execution = await job.getExecution() as ExecutionModel } = job;
const processor = this.plugin.createProcessor(execution);
await processor.resume(job);
const execution = await job.getExecution() as ExecutionModel;
if (execution.status === EXECUTION_STATUS.STARTED) {
const processor = this.plugin.createProcessor(execution);
await processor.resume(job);
}
if (this.timers.get(job.id)) {
this.timers.delete(job.id);
}

View File

@ -9,41 +9,54 @@ export const PARALLEL_MODE = {
RACE: 'race'
} as const;
const StatusGetters = {
[PARALLEL_MODE.ALL](result) {
if (result.some(j => j && j.status === JOB_STATUS.REJECTED)) {
const Modes = {
[PARALLEL_MODE.ALL]: {
next(previous) {
return previous.status !== JOB_STATUS.REJECTED;
},
getStatus(result) {
if (result.some(status => status != null && status === JOB_STATUS.REJECTED)) {
return JOB_STATUS.REJECTED;
}
if (result.every(status => status != null && status === JOB_STATUS.RESOLVED)) {
return JOB_STATUS.RESOLVED;
}
return JOB_STATUS.PENDING;
}
},
[PARALLEL_MODE.ANY]: {
next(previous) {
return previous.status !== JOB_STATUS.RESOLVED;
},
getStatus(result) {
if (result.some(status => status != null && status === JOB_STATUS.RESOLVED)) {
return JOB_STATUS.RESOLVED;
}
if (result.some(status => status != null ? status === JOB_STATUS.PENDING : true)) {
return JOB_STATUS.PENDING;
}
return JOB_STATUS.REJECTED;
}
if (result.every(j => j && j.status === JOB_STATUS.RESOLVED)) {
return JOB_STATUS.RESOLVED;
},
[PARALLEL_MODE.RACE]: {
next(previous) {
return previous.status === JOB_STATUS.PENDING;
},
getStatus(result) {
if (result.some(status => status != null && status === JOB_STATUS.RESOLVED)) {
return JOB_STATUS.RESOLVED;
}
if (result.some(status => status != null && status === JOB_STATUS.REJECTED)) {
return JOB_STATUS.REJECTED;
}
return JOB_STATUS.PENDING;
}
return JOB_STATUS.PENDING;
},
[PARALLEL_MODE.ANY](result) {
return result.some(j => j && j.status === JOB_STATUS.RESOLVED)
? JOB_STATUS.RESOLVED
: (
result.some(j => j && j.status === JOB_STATUS.PENDING)
? JOB_STATUS.PENDING
: JOB_STATUS.REJECTED
)
},
[PARALLEL_MODE.RACE](result) {
return result.some(j => j && j.status === JOB_STATUS.RESOLVED)
? JOB_STATUS.RESOLVED
: (
result.some(j => j && j.status === JOB_STATUS.REJECTED)
? JOB_STATUS.REJECTED
: JOB_STATUS.PENDING
)
}
};
export default {
async run(node: FlowNodeModel, prevJob: JobModel, processor: Processor) {
const branches = processor.nodes
.filter(item => item.upstream === node && item.branchIndex !== null)
.sort((a, b) => a.branchIndex - b.branchIndex);
const branches = processor.getBranches(node);
const job = await processor.saveJob({
status: JOB_STATUS.PENDING,
@ -57,7 +70,14 @@ export default {
// for users, this is almost equivalent to `Promise.all`,
// because of the delay is not significant sensible.
// another benifit of this is, it could handle sequenced branches in future.
await branches.reduce((promise: Promise<any>, branch) => promise.then(() => processor.run(branch, job)), Promise.resolve());
const { mode = PARALLEL_MODE.ALL } = node.config;
await branches.reduce((promise: Promise<any>, branch, i) =>
promise.then((previous) => {
if (i && !Modes[mode].next(previous)) {
return Promise.resolve(previous);
}
return processor.run(branch, job);
}), Promise.resolve());
return processor.end(node, job);
},
@ -73,13 +93,15 @@ export default {
// find the index of the node which start the branch
const jobNode = processor.nodesMap.get(branchJob.nodeId);
const { branchIndex } = processor.findBranchStartNode(jobNode);
const branchStartNode = processor.findBranchStartNode(jobNode, node);
const branches = processor.getBranches(node);
const branchIndex = branches.indexOf(branchStartNode);
const { mode = PARALLEL_MODE.ALL } = node.config || {};
const newResult = [...result.slice(0, branchIndex), branchJob.get(), ...result.slice(branchIndex + 1)];
const newResult = [...result.slice(0, branchIndex), branchJob.status, ...result.slice(branchIndex + 1)];
job.set({
result: newResult,
status: StatusGetters[mode](newResult)
status: Modes[mode].getStatus(newResult)
});
if (job.status === JOB_STATUS.PENDING) {