decaffeinate: Convert CompileControllerTests.coffee and 17 other files to JS

This commit is contained in:
decaffeinate
2020-02-19 12:15:08 +01:00
committed by mserranom
parent 18e6b4715d
commit 79a0891fee
18 changed files with 3291 additions and 2401 deletions

View File

@@ -1,145 +1,188 @@
SandboxedModule = require('sandboxed-module')
sinon = require('sinon')
require('chai').should()
require "coffee-script"
modulePath = require('path').join __dirname, '../../../app/coffee/DockerLockManager'
/*
* decaffeinate suggestions:
* DS101: Remove unnecessary use of Array.from
* DS102: Remove unnecessary code created because of implicit returns
* Full docs: https://github.com/decaffeinate/decaffeinate/blob/master/docs/suggestions.md
*/
const SandboxedModule = require('sandboxed-module');
const sinon = require('sinon');
require('chai').should();
require("coffee-script");
const modulePath = require('path').join(__dirname, '../../../app/coffee/DockerLockManager');
describe "LockManager", ->
beforeEach ->
@LockManager = SandboxedModule.require modulePath, requires:
"settings-sharelatex": @Settings =
clsi: docker: {}
"logger-sharelatex": @logger = { log: sinon.stub(), error: sinon.stub() }
describe("LockManager", function() {
beforeEach(function() {
return this.LockManager = SandboxedModule.require(modulePath, { requires: {
"settings-sharelatex": (this.Settings =
{clsi: {docker: {}}}),
"logger-sharelatex": (this.logger = { log: sinon.stub(), error: sinon.stub() })
}
});});
describe "runWithLock", ->
describe "with a single lock", ->
beforeEach (done) ->
@callback = sinon.stub()
@LockManager.runWithLock "lock-one", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world")
, 100
, (err, args...) =>
@callback(err,args...)
done()
return describe("runWithLock", function() {
describe("with a single lock", function() {
beforeEach(function(done) {
this.callback = sinon.stub();
return this.LockManager.runWithLock("lock-one", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world")
, 100)
, (err, ...args) => {
this.callback(err,...Array.from(args));
return done();
});
});
it "should call the callback", ->
@callback.calledWith(null,"hello","world").should.equal true
return it("should call the callback", function() {
return this.callback.calledWith(null,"hello","world").should.equal(true);
});
});
describe "with two locks", ->
beforeEach (done) ->
@callback1 = sinon.stub()
@callback2 = sinon.stub()
@LockManager.runWithLock "lock-one", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","one")
, 100
, (err, args...) =>
@callback1(err,args...)
@LockManager.runWithLock "lock-two", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","two")
, 200
, (err, args...) =>
@callback2(err,args...)
done()
describe("with two locks", function() {
beforeEach(function(done) {
this.callback1 = sinon.stub();
this.callback2 = sinon.stub();
this.LockManager.runWithLock("lock-one", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","one")
, 100)
, (err, ...args) => {
return this.callback1(err,...Array.from(args));
});
return this.LockManager.runWithLock("lock-two", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","two")
, 200)
, (err, ...args) => {
this.callback2(err,...Array.from(args));
return done();
});
});
it "should call the first callback", ->
@callback1.calledWith(null,"hello","world","one").should.equal true
it("should call the first callback", function() {
return this.callback1.calledWith(null,"hello","world","one").should.equal(true);
});
it "should call the second callback", ->
@callback2.calledWith(null,"hello","world","two").should.equal true
return it("should call the second callback", function() {
return this.callback2.calledWith(null,"hello","world","two").should.equal(true);
});
});
describe "with lock contention", ->
describe "where the first lock is released quickly", ->
beforeEach (done) ->
@LockManager.MAX_LOCK_WAIT_TIME = 1000
@LockManager.LOCK_TEST_INTERVAL = 100
@callback1 = sinon.stub()
@callback2 = sinon.stub()
@LockManager.runWithLock "lock", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","one")
, 100
, (err, args...) =>
@callback1(err,args...)
@LockManager.runWithLock "lock", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","two")
, 200
, (err, args...) =>
@callback2(err,args...)
done()
return describe("with lock contention", function() {
describe("where the first lock is released quickly", function() {
beforeEach(function(done) {
this.LockManager.MAX_LOCK_WAIT_TIME = 1000;
this.LockManager.LOCK_TEST_INTERVAL = 100;
this.callback1 = sinon.stub();
this.callback2 = sinon.stub();
this.LockManager.runWithLock("lock", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","one")
, 100)
, (err, ...args) => {
return this.callback1(err,...Array.from(args));
});
return this.LockManager.runWithLock("lock", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","two")
, 200)
, (err, ...args) => {
this.callback2(err,...Array.from(args));
return done();
});
});
it "should call the first callback", ->
@callback1.calledWith(null,"hello","world","one").should.equal true
it("should call the first callback", function() {
return this.callback1.calledWith(null,"hello","world","one").should.equal(true);
});
it "should call the second callback", ->
@callback2.calledWith(null,"hello","world","two").should.equal true
return it("should call the second callback", function() {
return this.callback2.calledWith(null,"hello","world","two").should.equal(true);
});
});
describe "where the first lock is held longer than the waiting time", ->
beforeEach (done) ->
@LockManager.MAX_LOCK_HOLD_TIME = 10000
@LockManager.MAX_LOCK_WAIT_TIME = 1000
@LockManager.LOCK_TEST_INTERVAL = 100
@callback1 = sinon.stub()
@callback2 = sinon.stub()
doneOne = doneTwo = false
finish = (key) ->
doneOne = true if key is 1
doneTwo = true if key is 2
done() if doneOne and doneTwo
@LockManager.runWithLock "lock", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","one")
, 1100
, (err, args...) =>
@callback1(err,args...)
finish(1)
@LockManager.runWithLock "lock", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","two")
, 100
, (err, args...) =>
@callback2(err,args...)
finish(2)
describe("where the first lock is held longer than the waiting time", function() {
beforeEach(function(done) {
let doneTwo;
this.LockManager.MAX_LOCK_HOLD_TIME = 10000;
this.LockManager.MAX_LOCK_WAIT_TIME = 1000;
this.LockManager.LOCK_TEST_INTERVAL = 100;
this.callback1 = sinon.stub();
this.callback2 = sinon.stub();
let doneOne = (doneTwo = false);
const finish = function(key) {
if (key === 1) { doneOne = true; }
if (key === 2) { doneTwo = true; }
if (doneOne && doneTwo) { return done(); }
};
this.LockManager.runWithLock("lock", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","one")
, 1100)
, (err, ...args) => {
this.callback1(err,...Array.from(args));
return finish(1);
});
return this.LockManager.runWithLock("lock", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","two")
, 100)
, (err, ...args) => {
this.callback2(err,...Array.from(args));
return finish(2);
});
});
it "should call the first callback", ->
@callback1.calledWith(null,"hello","world","one").should.equal true
it("should call the first callback", function() {
return this.callback1.calledWith(null,"hello","world","one").should.equal(true);
});
it "should call the second callback with an error", ->
error = sinon.match.instanceOf Error
@callback2.calledWith(error).should.equal true
return it("should call the second callback with an error", function() {
const error = sinon.match.instanceOf(Error);
return this.callback2.calledWith(error).should.equal(true);
});
});
describe "where the first lock is held longer than the max holding time", ->
beforeEach (done) ->
@LockManager.MAX_LOCK_HOLD_TIME = 1000
@LockManager.MAX_LOCK_WAIT_TIME = 2000
@LockManager.LOCK_TEST_INTERVAL = 100
@callback1 = sinon.stub()
@callback2 = sinon.stub()
doneOne = doneTwo = false
finish = (key) ->
doneOne = true if key is 1
doneTwo = true if key is 2
done() if doneOne and doneTwo
@LockManager.runWithLock "lock", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","one")
, 1500
, (err, args...) =>
@callback1(err,args...)
finish(1)
@LockManager.runWithLock "lock", (releaseLock) ->
setTimeout () ->
releaseLock(null, "hello", "world","two")
, 100
, (err, args...) =>
@callback2(err,args...)
finish(2)
return describe("where the first lock is held longer than the max holding time", function() {
beforeEach(function(done) {
let doneTwo;
this.LockManager.MAX_LOCK_HOLD_TIME = 1000;
this.LockManager.MAX_LOCK_WAIT_TIME = 2000;
this.LockManager.LOCK_TEST_INTERVAL = 100;
this.callback1 = sinon.stub();
this.callback2 = sinon.stub();
let doneOne = (doneTwo = false);
const finish = function(key) {
if (key === 1) { doneOne = true; }
if (key === 2) { doneTwo = true; }
if (doneOne && doneTwo) { return done(); }
};
this.LockManager.runWithLock("lock", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","one")
, 1500)
, (err, ...args) => {
this.callback1(err,...Array.from(args));
return finish(1);
});
return this.LockManager.runWithLock("lock", releaseLock =>
setTimeout(() => releaseLock(null, "hello", "world","two")
, 100)
, (err, ...args) => {
this.callback2(err,...Array.from(args));
return finish(2);
});
});
it "should call the first callback", ->
@callback1.calledWith(null,"hello","world","one").should.equal true
it("should call the first callback", function() {
return this.callback1.calledWith(null,"hello","world","one").should.equal(true);
});
it "should call the second callback", ->
@callback2.calledWith(null,"hello","world","two").should.equal true
return it("should call the second callback", function() {
return this.callback2.calledWith(null,"hello","world","two").should.equal(true);
});
});
});
});
});