/* eslint-disable
    no-unused-vars,
*/
// TODO: This file was created by bulk-decaffeinate.
// Fix any style issues and re-enable lint.
/*
 * decaffeinate suggestions:
 * DS101: Remove unnecessary use of Array.from
 * DS102: Remove unnecessary code created because of implicit returns
 * DS207: Consider shorter variations of null checks
 * Full docs: https://github.com/decaffeinate/decaffeinate/blob/master/docs/suggestions.md
 */
const chai = require("chai");
if (Object.prototype.should == null) { chai.should(); }
const { expect } = chai;
const request = require("request");
const Settings = require("settings-sharelatex");

const buildUrl = path => `http://${Settings.internal.clsi.host}:${Settings.internal.clsi.port}/${path}`;

const url = buildUrl(`project/smoketest-${process.pid}/compile`);

describe("Running a compile", function() {
	before(function(done) {
		return request.post({
			url,
			json: {
				compile: {
					resources: [{
						path: "main.tex",
						content: `\
% Membrane-like surface
% Author: Yotam Avital
\\documentclass{article}
\\usepackage{tikz}
\\usetikzlibrary{calc,fadings,decorations.pathreplacing}
\\begin{document}
\\begin{tikzpicture}
  \\def\\nuPi{3.1459265}
  \\foreach \\i in {5,4,...,2}{% This one doesn't matter
    \\foreach \\j in {3,2,...,0}{% This will crate a membrane
                               % with the front lipids visible
      % top layer
      \\pgfmathsetmacro{\\dx}{rand*0.1}% A random variance in the x coordinate
      \\pgfmathsetmacro{\\dy}{rand*0.1}% A random variance in the y coordinate,
                                     % gives a hight fill to the lipid
      \\pgfmathsetmacro{\\rot}{rand*0.1}% A random variance in the
                                      % molecule orientation      
      \\shade[ball color=red] ({\\i+\\dx+\\rot},{0.5*\\j+\\dy+0.4*sin(\\i*\\nuPi*10)}) circle(0.45);
      \\shade[ball color=gray] (\\i+\\dx,{0.5*\\j+\\dy+0.4*sin(\\i*\\nuPi*10)-0.9}) circle(0.45);
      \\shade[ball color=gray] (\\i+\\dx-\\rot,{0.5*\\j+\\dy+0.4*sin(\\i*\\nuPi*10)-1.8}) circle(0.45);
      % bottom layer
      \\pgfmathsetmacro{\\dx}{rand*0.1}
      \\pgfmathsetmacro{\\dy}{rand*0.1}
      \\pgfmathsetmacro{\\rot}{rand*0.1}
      \\shade[ball color=gray] (\\i+\\dx+\\rot,{0.5*\\j+\\dy+0.4*sin(\\i*\\nuPi*10)-2.8}) circle(0.45);
      \\shade[ball color=gray] (\\i+\\dx,{0.5*\\j+\\dy+0.4*sin(\\i*\\nuPi*10)-3.7}) circle(0.45);
      \\shade[ball color=red] (\\i+\\dx-\\rot,{0.5*\\j+\\dy+0.4*sin(\\i*\\nuPi*10)-4.6}) circle(0.45);
    }
  }
\\end{tikzpicture}
\\end{document}\
`
					}
					]
				}
			}
		}, (error, response, body) => {
			this.error = error;
			this.response = response;
			this.body = body;
			return done();
		});
	});

	it("should return the pdf", function() {
		for (const file of Array.from(this.body.compile.outputFiles)) {
			if (file.type === "pdf") { return; }
		}
		throw new Error("no pdf returned");
	});
	
	return it("should return the log", function() {
		for (const file of Array.from(this.body.compile.outputFiles)) {
			if (file.type === "log") { return; }
		}
		throw new Error("no log returned");
	});
});